Bibliography on Cermets (1945 - 1971)

Mai 1972

Institut für Material- und Festkörperforschung

Bibliography on Cermets (1945 - 1971)

Ä. Jesse

KFK 1598

G M. 8. H.

Mai 1972

KERNFORSCHUNGSZENTRUM KARLSRUHE

KFK- 1598

Institut rar Materia1- und FestkBrperforschung

Bib1iography on Cermets (1945-1971)

by

Andreas Jesse *

Gesellschaft für Kernforschung m.b.H., Kar1sruhe

* now at CERN, Sci.lnf.ServiceCH-1211 Geneva 23

2.5.1972

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Abstract

The bibliography contains some 3000 references on two-phase cermets.

The arrangement is chronological (1945-1971) and alphabetical (first

author), respectively.

An author index and a detailed subject index is included. The subject

index lists the contents of every reference by means of descriptor

strings with logic structure. The thesaurus of descriptors comprises

the following fields: materiales), technology, properties, applications,

and bibliographie information.

The distribution of the number of references with time, the main Helds

of application, and some basic problems related to the research and de

velopment of cermets are shortly discussed.

Abstrakt

Die Bibliografie enthält etwa 3000 Referenzen über zweiphasige Germets.

Die Anordnung ist chronologisch (1945-1971) bzw. alphabetisch (nach dem

ersten Autor).

Ein Autoren- und ein ausführliches Sach-Verzeichnis sind vorhanden. Im

Sach-Verzeichnis wird der Inhalt jeder Referenz durch Descriptor-Ketten

mit logischer Struktur erschlossen. Das Descriptor-Vokabular ist nach

folgenden Gebieten angeordnet: Material(ien), Technologie, Eigenschaf

ten, Anwendungen und bibliografische Information.

Die zeitliche Verteilung der Zahl der Referenzen, die wichtigsten An

wendungsgebiete sowie grundlegende Probleme im Zusammenhang mit der

Weiterentwicklung von Germets werden kurz diskutiert.

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Contents

1. Preface page

Fie1d Covered 7Information Sources 8

Findings and Conc1usions 9

2e References

1945 (year of pub1ication) 11

1950 13

1955 27

1960 55

1965 88

1970 138

Appendix 154

3. Indices

Author Index 151

Subject Index 183

Figure 1 Variation of the number of references per yearwith time for different fields of application

Table 1

Table 2

Guide to subject fields and descriptors

Ceramic-metal combinations which have beeninvestigated (also used as descriptors)

p. 9

185

186

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1. P r e f ace

Field Covered

Cer met s are composite materials that contain (at least) one ~amic

and (at least) one ~allic phase. Ceramic phase indicates a materials with

mainly localized binding forces such as occur in oxides, sulphides, ~

The references in this bibliography cover essentially the field of ~-phase

cermets, i.e. combinations of the type

where ~=a metal, N=a non-meta.L, M:o:=a metal, x=stoichiometry (e.g. U02-CU,ceramic ~Nx = urania, metal M:o: = copper).

The composites treated here are usually m i c rod i s per s e d systems

(dispersions); the representative dimensions of the embedded phase are in the

order of 1 to lOO/um (an exception is given by thin-film cermets).

Dispersion and precipitation hardened materials are not included, nor are

laminated and fiber reinforced materials. The bibliography was confined to

~-phase cermets in order to facilitate a relatively simple insight into

composites.

Marginal references were evaluated when they seemed to be of interest to the

field of cermets: e.g., the evaporation of metals on ceramics is of interest

in the production of coated particles; porous ceramics may serve as models

in theoretical considerations; phase diagrams and constitutional investigations

give information on the compatibility of ceramic/metal combinations.

The arra~ement of the references is by year of publication and, within each

year, alphabetically by first author. Contributions by firma and such like

are designated by "Anon." (anonymous author). The references are given in

their original language if it is English, Prench, or German; otherwise, the

titles are translated into English or German.

Papers read at conferences are only given in those cases where they seem

not to have been published elsewhere. By including these unpublished papers,

as weIl as patents, it is intended to give as complete a bibliography con

cerning the fields of research and development of cermets.

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Information Sources

The references were found in abstracting periodicals that have a special

heading like "cermets", "composites", or similar:

AED-AB, Informationen zur Kernforschung und Kerntechnik (since 1962)

Applied Science and Technology Index (since 1958)

Berichte der Deutschen Keramischen Gesellschaft (sinee 1920)

Ceramic Abstracts (sinee 1918)

Index Bibliographique de Chemie et Metallurgie des Materiaux Nucleaires(since 1965)

International Nuelear Information System, atomindex (sinee 1970)

Metallurgical Abstracts (sinee 1934)

Metals Abstracts (sinee 1968)

Nuelear Science Abstracts (sinee 1948)

Planseeberiehte fUr Pulvermetallurgie (sinee 1953)

Cross-cheeking and complementing was done using the referenees no. 143, 953,

1328, 2001, and 2329.

Original contributions on eermets may be found espeeially in the following

periodicals:

American Ceramic Soeiety Bulletin (sinee 1922)

Composites (sinee 1969)

J o American Ceramie Soeiety (sines 1918)

J. Composite Materials (sinee 1967)

J. Nuelear Materials (sinee 1959)

Metal Progress (sinee 1912)

Microstruc~ares (since 1970)

Nuclear Technology (sinee 1971)

Powder Metallurgy (sinee 1958)

Powder Metallurgy International (sinee 1969)

Soviet Powder Metallurgy and Metal Ceramies (sinee 1964)

Patents are given in, e.g.

brevatome (Atom Patents Abstracts) (since 1958)

Current classifieation numbers for cermets are

669.018.9

B22f; C22

(Universal Deeimal Classifieation)

(International Patent Classifieation)

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Findings and Conclusions

(1) Fig. 1 shows the variation of the number of references per year with

time. As may be noted, this number was around 100/year in the period 1955/60;

it became nearly twice as much ten years later.

The largest field of application of cermets is in nuclear engineering; the

references on fuels, fuel elements, and thermionic emitters cOEStitute

25 %of the total number.

Other applications of importance are as turbine materials (decreasing

number of publications with time), as thin-film cermets (since 1965),

cutting materials (41 references), rocket materials (40 ref.), electrical

contacts (25 ref.), and friction materials (21 ref.).

20 %of the references are on (two-phase) cemented carbides, notably

WC-Co and TiC-Co.

200 cermets(2809 )

thermionic emitters(46 )

'70'65

lJ·.. ~......... I _

: :::::::: :::: ::::: fuels.fuel elernents::: : ::: :: :: :: :: :: :' (671 ).. . . . . . . . . .. . .... .: :::: : :: : : : : : : : :: :::-.......... . .. .. . .. . . .. .. . . . . . . . . ... . . .. .. . . . . .. . . . . . . . . . . . . .

'60'55'50

100

N(ref./yeor)

50

'SO '55 '60 '65 '70t (year)

Fig.l Variation of the nurnber cf references per year (N) withtime (t ) for different fields of application.

(The total number of references is indicated in parantheses)

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(2) Table 2 on page 186 lists the ceramic/metal combinations and cermets

that have been investigated. Among the ceramies (97), the oxides are dealt

with most often; among the metals (46), the elements Fe, Co, Ni and Cr,

Mo, Wprevail. It can also be seen from this table that the 500 combin

ations investigated so far constitute only 11 %of all listed, possible

systems (4462); of course, not all systems are of technical interest.

(3) For a further effective development of cermets, the following points

need clarification:

- the definition as used in this bibliography (cf. references 2282, 2545,and 2907) is not yet generally adopted

- the models used for understanding and computing the physical properties

of cermets in dependence of the microstructure are too idealized and

need further refinement. Possible ways consist in the development of

"model cermets" and the simulation of different models by means of

computers

- the literature on cermets is spread very widely. There is a lack in

recent reviews on technology, properties, and applications; these reviews

would prove useful not only in the field of cermets but for composites

in general (e.g., dispersion hardened materials, fiber reinforced mater

ials, etc.). Finally, further authoritative~ collections are needed.

Acknowledgment

I would like to thank Prof. Dz , F. Thfunmler and Dr, G. Ondracek for sup

porting this work, Mr. K. Scott for comments, and my wife, Gudrun, for

considerable help in preparing this bibliography as weIl as for talking

me into the purehase of an electric typewriter.

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2. R e f e ren ces

lW.1. M. Hauser, Schweiz.Bauztg. ~, 282-4 (1945): Von Silizium

keramiken zu Metallkeramiken

2. F.R. Hense1 and E.I. Larsen, Trans.AIME 161, 569 (1945): CertainCharacteristics of Silver-Base Powder Meta11urgica1Products

3. R. Russell jr., PR-18776 (1945): The Eleetrica1 and Teehnica1Ceramic Industry of Germany

4. M.l. Grenzelovieh, Automobil'naya Prom. No.9-10, 20-1 (1946):New Cemented Carbide Composition of lncreased Hardnessand Toughness

5. Friedr. Krupp FD-Rept.No. 258 146 (1946), Pt.l: Tungsten Carbide

6. M. Littmann, Engng 122, 502-3 (1946): Hardness and Wear Resistanee

7. P.M. MeKenna, Iron Age 121 (6), 64-8 (1946): German VersusAmerican Cemented Carbides

8. A.D. MeQui11an, C.S.M. Duggan and M.K. Peteh, F.D. Doeum. No.1179/46 (1946): Improvement in Production of SinteredCarbides

9. Anon., PB-10 489, Rept. 133 (1947): Determination of Solubi1ityLimit for Cobalt in Tungsten Carbide

10. S.H. Brier1ey, Metallurgia 22 (209), 253 (1947): CementedTungsten Carbides

11. W. Dawihl and Studienges. Hartmetall, F.D.-Rept. No. 3930/47(1947): Zone Formation in Hard Metal

12. M.l. Genze1ovich, C.A.41, No.9, 2682 (1947)= New Cemented CarbideComposition of lnereased Hardness and Toughness

13. H. Krainer and K. Konopicky, Berg- u. Hüttenmänn. Monatsh. ~(10/11), 166-78 (1947): Investigations of SinteredHard Metals

14. A.D. McQuillan, C.S.M. Duggan and M.K, Peteh, Met.Powd.Rept. 1(10), 155 (1947): Improvement in Produetion of SinteredCarbides

15. E.C. Mantle, Metal Treatment l!, 141-8 (1947): Sintering ofCobalt Binder

16. E. Meyer-Hartwig, in: R. Sehmid, AMC Transl. No. F-TS-955-RE(1947): Heat Resistant Mixed Metal-Ceramic Materials

17. F.J. Sandford, Metal Treatment l!, 239-41 (1947)= Sintering ofTungsten Carbides with Cobalt Binder

18. E.J. Sandford and E. Ineson, Metallurgia 22 (210), 298-300 (1947):Production of Cemented Tungsten Carbides

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19. E.J. Sandford and E.M. Trent, Iron and Steel Inst. Spec.Rept. No.38, 84-91; Met.Powd.Rept. 1 (11), 170 (1947): Physioa1Meta11urgy of Sintered Carbides

20. F. Skaupy, Technik 1, 157-8 (1947): Mischkörper aus Metallen undNichtmetallen, insbesondere 0Xlfden

21. Studienges. Hartmetall, F.D. Reports 3722/47, 37~4/47, 3740/47,3784/47, 3789/47, 3792/47, 3795/47, 3796/47, 3828/47,3831/47, 3841/47, 3843/47, 3844/47, 3862/47, 3873/47,3878/47, 3882/47, 3882/47, 3892/47, 3923/47 (1947):Cemented Carbides

2~. E.M. Trent, Metal Ind. 71, 499 (1947): Sintered Carbides - Productsand Properties --

25. N.T. Williams, Sci.lnstr. ]&, 394-7 (1947): Metal-Ceramic VacuumSeals

24. B. Zacharzewski, Hutnik 14 (6), 292-301 (1947): Production andFroperties of Sintered Carbides

1948

25. A.L. Berger, Tech.Data Dig. 13 (23), 13-8 (1948): High TemperatureCeramic Materials

26. H. Franssen, Arch.EisenhUttenwes. 19, 79-84; 85-9 (1948): Strukturvon Hartmetall-Legierungen; Magnetische Eigenschaften beider Beurteilung von Hartmetall-Legierungen

27. M. Hauser und F. Held, Osterreieh.Chemiker-Ztg 49 (10/11), 196-7(1948): Keramik, Siliziumkeramik, Metallkeramik

28. H.H. Hausner, Metal Ind. 72, 405-40 (1948): Metal Ceramies

29. R. Kieffer und W. Hotop, Pulvermetallurgie der Sinterwerkstoffe(2 •AU.fl. , Springer, Berlin, 1948), 1-12, 382-3

30. A.G. Metcalfe, Met.Powd.Rept. 1 (12), 184; Osterreich.ChemikerZtg 49 (10/11), 194 (1948): Preparation and Propertiesof Titanium and Tungsten-Carbide

31. S.J. Sindeband, Met.Powd.Hept. 1 (12), 186; Osterreieh.ChemikerZtg 49 (10/11), 195 (1948): Cemented Chromium Boride

32. C.S. Smith AlME Techn. Paper No. 2387, Metals Technology (1948):Gr~inS, Phases and Interfaces - An Interpretation of Miero-structure

33. R.E. Tate, NEPA-531; AECU-I05 (1948): Report on Tantalum Carbide

34. G.J. Trapp, Mech.World 123 (3192), 332-5 (1948): Production ofHard Met als --

35. B. Zacharzewski, J.lron Stee] Inst. 160 (1), 113 (1948): Productionand Properties of Cemented Carbides

36. N.M. Zarubin, Zavodskaya Lab. 14, 1434-6 (1948): MetallographieStudy of Cemented Carbides

37. J. Barksdale, Titanium - Its Occurrence, Chemistry and Technology~onald Press, New York, 1949), Ch.23: ttard Metal Alloys

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38. A.R. Blackburn, T.S. Shevlin and H.R. Lowers, J.Am.Ceram.Soc. ~,81-89, 91 (1949): Pundamental Study and Equipment forSintering and Testing of Cermet Bodies

39. G.C. Deutsch, A.J. Repko and W.G. Lidman, NACA-TN-1915 (1949):Elevated Temperature Properties of Several TitaniumCarbide Base Cermets

40. H. Franssen, Stahl u. Eisen~, 169 (1949): Struktur von Hartmetall-Legierungen

41. H.J. Hamjian and W.G. Lidman, NACA-TN-1948 (1948): Investigationof Bonding Between Metals and Ceramics. I. Nickel, Cobalt,Iron or Chromium with Boron Carbide

42. C.A. Hoffmann, G.M. Ault and J.J. Gangler, NACA-1836 (1949):Initial Investigation of Carbide-Type Ceramal of 80 %Titanium Carbide plus 20 %Cobalt for Use as Gas TurbineBlade Metals

43. R. Kieffer und F. Benesovsky, Berg- u. Hüttenmänn. Monatsh. 94,284-94 (1949): Die Herstellung und Eigenschaften von~euartigen Sinterlegierungen (Tränkwerkstoffen)

44. R. Kieffer und F. Benesovsky, Werkstatt und Betrieb 82 (5), 145-8(1949): Gesinterte Hartmetalle --

45. M. Littmann, Brit.Patent 623,552 (1949): Bearings and Like RubbingSurf'ace

46. J.C. Redmond and E.N. Smith, AINill Metal Trans. 185, 981-93 (1949):Cemented Titanium Carbide

41. E.J. Sandford, Alloy Metal Rev. 7 (52), 2-12 (1949): Control ofProperties of Sintered Rard Metals

48. T.S. Shev1in and A.R. Blackburn, J.Am.Ceram.Soc. ~, 363-6 (1949):Fundamental Study arid Equipment for Sintering and Testingof Cermet Bodies. IV. Developing and Testing Equipment

49. S.J. Sindeband, Trans. AIWill 185, 198-202 (1949): Properties ofChromium Boride and Sintered Chromium Boride

1950

50. Anon., Am.Machinist 94, 1296 (1950): New Use for Carbide

51. Anon., Machine Design 22 (10), 101-2 (1950): Metal Ceramies

52. Anon., Metal Progr. 57 (2), 259-61 (1950): Metal-Oxide Partsfor Turbine Blades

53. J.C. Campbell, Materials and Methods 31, 59 (1950): Metals andRefractories Combined in High Temperature StructuralParts

54. W.B. Crandall, paper.: Office of Nava l, Res , , Conf. on High Temperatures, Philadelphia 1950: Oxidation Studies on Ceramets

55. W.B. Crroldall and W.G. Lawrence, HP-1779, NP-1823 (1950): Fundamental Properties of Metal-Ceramic Mixtures at HighTemperatures

56. W.B. Crandall, H.S. Levine, G.E. Lorey and V.D. Frechette, NP-1763(1950): Mechanism of Cermet Oxidation at High Temperatures

62. G.R.

63. L. S.

64. V.D.

65. R.F.

66. C.G.

67. H.W.

68. H.J.

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57. W. Dawihl und K. Schröter, Z.Metallkde 41, 231-3 (1950): Sinternvon Hartmetall-Legierungen

58. W.H. Duckworth and I.E. Campbell, Ind.Heating 17, 124-6 (1950):High Temperature Applications of Cefamic Materials inGas Turbines

59. W.H. Duckworth and I.E. Campbell, Mech.Engng 72, 128, 140 (1950):The Outlook for Ceramics in Gas Turbin~

60. W.J. Engel, PB-IOI 851; NACA-TN-2l87 (1950): Bonding Investigationof Titanium Carbide with Various Elements

61. H. Fahlenbrach, Elektrotechn.Z. 71, 295-6 (1950): Metallkeramik,Verbundstoffe aus Metallen und keramischen Stoffen

Finlay, paper: Electrochem.Soc., Cleveland 1950: Refractoriesfor 4,000 °F

Foster et al., J.Am.Ceram.Soc. 21, 27-33 (1950): SinteringCarbides by Means of Fugitive Binders

Frechette, NP-1467 (1950): Fundamentals of Metal-CeramicMixtures at High Temperatures

GeIler, Nucleonics 7 (4), 3-17 (1950): A Survey of Ceramicsfor Nuclear Reactors

Goetzel, Treatise in Powder Metallurgy (Interscience, New York,1950), Vol.2, 75-182: Hard Metals and Compositions

Greenwood, Metallurgia 42, 176-8 (1950): Problems in PowderMetallurgy

Hamjian and W.G. Lidman, PB-I02 793 (1950): Sintering Mechanism between Zirconium Carbide and Columbium

69. H.H. Hausner and H.B. Michaelson, Ceram.Age 22 (2), 78-80 (1950):Sintered Semiconducting Materials

70. Igramic Electric Comp., Brit.Patent 643,967 (1950): ElectricalContacts

71. R. Kieffer und F. Koelb, Berg- u. Hüttenmänn. Monatsh. 22, 49-58(1950): Herstellung von Hartmetallen durch das Tränkverfahren

72. W.D. Kingery et al., NEPA-1449 (1950): 10th Informal Month1y Reporton Development of Metal-Ceramic Compositions Suitable forService at Elevated Temperatures

73. J.H. Koenig et al., PB-l04 140, PB-I04 141, PB-l04 142, PB-I04 148,PB-l04 149, PB-I04 164 (1950): Ceramic Metalloid-MetalBodies

74. A. Langer and C. Wilson, WAPD-RM-22 (1950): Contribution to theElectroplating of Uranium Oxide on Aluminium and Magnesium

75. W.C. Lidman and H.J. Hamjian, NACA-TN-2050 (1950): Properties ofBoron Carbide-Iron Ceramal

76. L.H. Matthias and E.C. Ragatz, U.S. Patent 2,496,555 (1950): Contactfor Electrical Switches

77. M. Oswald, U.S. Patent 2,509,838 (1950): Tungsten and MolybdenumCarbides and Sintered Alloys

78. J.E. Roach, paper: Electrochem.Soc., Cleveland 1950: Effect ofChromium on the Oxidation Resistance of Titanium Carbide

Industrial Application

92. J.D.

93. A.L.

94. W.B.

95. W.B.

96. L.J.

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79. P. Schwarzkopf, Z.Anorg.Allg.Chem. 262, 218-22 (1950): Beitrag zurTheorie des pulvermetallurgischen Tränkverfahrens

80. T.S. Shevlin, Ohio Univ.Engng Exp.Sta.News ~ (4), 22, 41 (1950):Fundamental Concepts in Sintering and Properties of OxideMetal Cermets

81. Soc.An. le Carbone-Lorraine, Brit.Patent 635,221 (1950): Processfor Producing Carbides of Tungsten and/or Molybdenum andTheir Sintered Alloys

82. W.O. Sweeny, Tool Engnr 24 (5),21 (1950):of Metamics --

83. H. Thurnauer, paper: Electrochem.Soc., C1eveland 1950: A Survey ofHigh Temperature Metals and Ceramics

84. E.M. Trent, A. Carter and J. Bateman, Metallurgia 42, 111 (1950):High Temperature Alloys Based on Titanium Carbide

85. O.J. Whittemore, paper: Electrochem.Soc., Cleveland 1950: Stabilized Zirconia Refractories

86. E. Ammann und J. Hinnüber, Stahl Eisen 71 (2), 1081-90 (1951): DieEntwicklung von Hartmetall-Karbiden in Deutschland

87. Baker and Co., Brit.Patent 661,147 (1951): Electrical ContactElements

88. A.R. Blackburn and T.S. Shevlin, J.Am.Ceram.Soc. 34, 327-31 (1951):Fundamental Study and Equipment for Sintering and Testingof Cermet Bodies. V. Fabrication, Testing and Propertiesof 30 Chromium - 70 Alumina Cermets

89. R.J. Bondley, Ceram.Age 58 (1), 15-8 (1951): Low Melting TemperatureSolders in Metal-Ceramic Seals

90. E. Bryjak, Hutnik 18, 14-24 (1951): Metallography of Sintered Carbides

91. J.E. Cline and J. Wulff, J.Electrochem.Soc. 98, 385-7 (1951): VaporDeposition of Metals on Ceramic Particles

Cobine and C.J. Gal1aher, Trans. AlME 70, Tl-143 (1951): NewElectrodes for Stabilizing Inert Gas Welding Arcs

Cooper and L.E. Colteryahn, NACA-RM-E51-110 (1951): The ElevatedTemperature Properties of Titanium-Carbide Base CeramalsContaining Nickel and Iron

Crandal1, NP-3243 (1951): Fundamental Properties of MetalCeramic Mixtures at High Temperature

Crandall and W.G. Lawrence, NP-1949 (1951): Fundamental Properties of Metal-Ceramic Mixtures at High Temperatures

Cronin, Am.Ceram.Soc.Bull. 30 (7), 234-8 (1951): RefractoryCermets

97. E. Dürrwächter, German Patent 807,416 (1951): Material für Elektrische Kontakte

98. W.J. Engel, Metal Progr. 22 (5), 664-7 (1951): Bonding Investigationsof Titanium Carbide with Various Elements

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99. J.W. Freeman and H.C. rrross, NACA-RM-51D 23; 23 a (1951): Notes CaHeat-Resistant Materials in Britain from Technical Mission

100. C.G. Goetzel et al., PB-I09 766; PB-I09 767 (1951): Investigationof Infiltrated and Sintered Titanium Carbide

101. C.A. Hoffmann, G.M. Ault and J.d. Gangler, J.Am.Ceram.Soc. 34, 123(1951): Initial Investigation of Carbide-Type Ceramel ofBO %Titanium Carbide and 20 %Cobalt for Uses as GasTurbine-Blade Materials

102. E.W. Holman and E.J. Soxman, PB-I07 676 (1951): Investigation ofa Method of Casting Cermets Dispersed by Mechanical Means

103. Igramic Electric Co., Brit.Patent 653,796 (1951): Electrical Contacts and Contact Materials

104. Igramic Electric Co., Brit.Patent 65B,470 (1951): ElectricalSwi tch Contacts

105. W.D. Kingery, M. Economos, M. Humenik and M. Berg, NEPA-IB48 (1951):Final Report on Development of Metal-Ceramic CompositionsSuitable for Service at Elevated Temperatures

106. W.J. Koshuba and J.A. Stavrolakis, Iron Age 16B (22), 77-BO; (23),154-B, 171-6 (1951): Cermets May Answer Jet Designer'sPrayers

107. W.J. Lidman and H.J. Hamjian, Product Engng 11 (10), 147-50 (1951):Metal Refractory Alloys

lOB. C.C. McBride, H.M. Greenhouse and T.S. Shevlin, paper: 53rd Ann.Meeting Am.Ceram.Soc., Chicago 1951: Cermets VI A Preliminary Study of the Oxidation ond the Physical Properties ofTiC-Base Cermets

109. S.S. Manson, PB-I09 B35 (1951): Behavior of Materials under Conditions of Thermal Stress

110. E. Meyer-Hartwig, Z.Metallkde 42, 302-B (1951): Uber Halbmetallemit kontinuierlichen Ubergangseigenschaften

111. B.C. Miller and W.H. Bridges (eds.), ORNL-910 (1951): MetallurgyDivision Quarterly Progress Report

112. B.T. Montgomery et al., ATI-117 7Bl; PB-lOB 765 (1951): Impregnationor Carbide Skeletal Bodies wi th Selected Metals 'or Alloys

113. D.G. Moore et al., NACA-TN-2329 (1951): High Temperature Protectionof a Titanium Carbide Ceramal with a Ceramic Metal CoatingHaving a High Chromium Content

114. D.G. Moore et al., NACA-TN-23B6 (1951): Studies of High TemperatureProtection of a Titanium Carbide Ceramal by Chromium-TypeCeramic Metal Coatings

115. J.A. Nelson et al., J.Electrochem.Soc. 9B, 456-73 (1951): Refractory Bodies Composed of Boron and~itaniumCarbides Bondedwith Metals

116. J.T. Norton, Powder Met. Bull. 2 (2), 75-B (1951): Significance ofBinder Metal in Sintered Hard Metals

117. F.H. Norton and W.D. Kingery, NYO-3136 (1951): The Study of MetalCeramic Interactions at Elevated Temperatures

11B. W.C. Patton, Iron Age 16B (17), 57 (1951): Sintered ChromiumCarbide Hard Metal

- 17 -

119. J.C. Redmont, Metal Progr. 60 (1), 75 (1951): Bonding of TitaniumCarbide

120. L.T. Richardson and M.R. Swinehart, U.S. Patent 2,572,662 (1951):Contact Body

121. J.M. Robertson, paper: Symp. High-Temperature Steels and Alloys forGas Turbines, London 1951: Future Needs in Materials forLand and Marine Gas Turbines

122. W. Seith und H. Schmeken, Festschr. 100jähr. Jubil. W.C. Heraeus(1951), 218-42: Sinterwerkstoffe aus metallischen undnichtmetallischen Pulvern

123. T.S. Shevlin and C.A. Hauck, J.Am.Ceram.Soc. 34, 327-31 (1951):Fhbrication, Testing and Properties of 30 %Chromium 70 %Alumina Cermets

124. K.V. Shooter, Research ~ (3), 136-9 (1951): Frictional Propertiesof Tungsten Carbide and of Bonded Carbides

125. Skoda Works, Brit.Patent 659,763 (1951): A Method of ProducingSintered Hard-Metal Alloys

126. J.R. ~inklepaugh et al., PB-I09 030 (1951): Oxidation of TitaniumCarbide Containing Small Substitutionsof Various Metals

127. J.R. Tinklepaugh et al., PB-I09 031 (1951): Oxidation Studies ofIron and Chromium Bonded Titanium Carbide

128. R.C. Turnbull, PB-I08 028 ~1951); PB-115 246 .•• 9; PB-115 351 (1951):Diffusion of cobalt, Iron and Nickel into Titanium Carbide

129. J.H. Westbrook and J. Wulff, paper: Am.Ceram.Soc., Chicago (1951):The Thermal Shock Resistance of Metallized Hollow CeramicCylinders

1952

130. Anon., Business Week (1952), No.1203, 66-76; Iron Age 170 (13), 56(1952); West.Mach.Steel World 43 (11), 131 (1952): TitaniumAlloy Explodes into Production

131. Anon., Iron Age 170 (16), 114 (1952): Moly-Based Metal-CeramicDesigned for High Temperature Use

132. British Thomson-Houston Co., Brit.Patent 680,698 (1952): Methodsfür Making and Casting Cemented Carbide Articles

133. L.A. Connant and D.M. Gil~s, U.S. Patent 2,656,596 (1953); Brit.Patent 668,682 (1952): Tungsten-Chromium-Alumina MetalCeramics

134. W.B. Crandall and M.A. Tuttle, NP-4135 (1952): Evaluation Techques for High Temperatur Metal-Ceramic Materials

135. F.K. Davey, E.R. Glabou and G.E. Lorey, PB-I09 701 (1952): TitaniumNitride Cermets

136. W. Dawihl, Z.Metallkde 43 (1), 20-2 (1952): Sintern von Wolframkarbid-Kobalt Hartmetallen als Oberflächenreaktion

137. W. Dawihl, Microtecnic ~ (3), 165-73 (1952): Grain Formation inHard Metal Alloys

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138. G.C. Deutsch, A.J. Meyer jr. and W.C. Morgan, NACA-E52K13 (1952):Preliminary Investigation of Several Root Designs for(Titanium Carbide) Ceramal Turbine Blades in TurbojetEngines

139. F. Eisenkolb, Elektrotechn. &, 548-53 (1952): PulvermetallurgischeWerkstoffe der Elektrotechnik

140. G.E. Evans, Iron Age 170 ( ), 93 (1952): Wanted: Better Materialsfor Nuclear Reactors

141. J.L. Everhart, Materials and Methods 37, 92-6 (1952): Which Metalfor Jet Engine Blades?

142. H. Federspiel, U.S. Patent 2,599,751 (1952): Welding Process toJoin a Metal Body and a Semiconducting Body Composed ofMetallic and Ceramic Material

143. C.G. Goetzel, Treatise on Powder Metallurgy (Interscience, New York,1952), Vol. Irr, Classified and Annotated Bibliography, Part2, Patent Survey, 493-6: Composite and Coated Powders; 575639: Hard Metal Compound Compositions; 640-62: ElectricalMaterials and Products

144. H.M Greenhouse, J.Am.Ceram.Soc. ]2, 271-4 (1952): Oxidation Products Which Contribute to the Oxidation Resistance of TiCBase Cermets

145. H.W. Greenwood, Mach.Lloyd~, 89-91 (1952): Ceramics and Metallurgy

146. J. Gurland and J.T. Norton, H.Metals 4, 1051-6 (1952): Role of theBinder Phase in Cemented Tungsten Carbide-Cobalt Alloy

147. R.S. Gurnick and A.L. Cooper, NACA-RM-E52E27 (1952): InfiltrationofTitanium Carbide with Several Metals

148. H.J. Hamjian and W.C. Lidman, J.Am.Ceram.Soc. ]2, 44 (1952): BoronCarbide as a Base Material for a Cermet

149. M. HilI, M.W. Taylor, G.S. Mikhalapov, E.G. Touceda, C.L. Clark,W.V. Knopp and H.D. Shaw, WADC-TR-52-106 (1952); PB-lll 286 (1952):

Production of Cermets by Flash Sintering Process

150. C.A. Hoffman and A.L. Cooper, NACA-RM-E52H05 (1952): Investigationof Titanium Carbide Base Ceramals Containing Either Nickelor Cobalt for Use as Gas Turbine Blades

151. W. Hofmann und E. Schmalenbach, Arch.Eisenhüttenwes. 23, 136-43(1952): Uber den Verbund zwischen Sinterwerkstoffen undkompakten Metallen

152. Igramic Electric Co., Brit.Patent 683,343; 684, 199 (1952): ContactBody

153. M. Kantzer, Metaux (Corrosion~ndustrie) 27 (328), 506-10 (1952):Les Cermets

154. H.V. Kinsey, Can.Metals 15 (11), 28-30; (13), 20-4 (1952): HighTemperature Alloys for Gas Turbines - A Review

155. C. Konopicky, Tech.Mitt. 45, 395-400 (1952): Hochfeuerfeste Sonderbaustoffe

156. S. Krapf, German Patent 853,069 (1952): Metallische Agglomerate

157. E. Lardner and N.B. Gregor, J.Inst.Metals 80 (7), 369-74 (1952):Determination of Elastic Constants and Stress-Strain Relationship to Fracture of Sintered Tungsten Carbide-CobaltAlloys

161. C.C.

162. C.C.

163. L.R.

164. L.E.

165. G.B.

166. B.T.

167. J.A.

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158. V. Licini, Ceramics (Milan) 1 (9), 57 (1952): Cermet

159. W.G. Lidman and H.d. Hamjian, J.Am.Ceram.Soc., 35, 236-40 (1952):Reactions During Sintering of a Zirconium Carbide-NiobiumCermet

160. M. Litmann and Metro-Cutanit Ltd., Brit.Patent 674,128 (1952):Wear-Resistant Materials

McBride, Metal Progr. 61, 84 (1952): Polishing Cermets

McBride, H.M. Greenhouse and T.S. Shevlin, J.Am.Ceram.Soc.35, 28-32 (1952): A Preliminary Study of the Oxidationand Physical Properties of TiC-Base Cermets

McCreight, KAPL-M~LRM-7 (1952): Thermal Expansion Measurements of Six Fuel Materials

Marchi, J.A. Stavrolakis and E.P. Flint, WADC-TR-52-327 (1952):Research on the Application of Fundamental Concepts of Bonding Metals and Ceramics

Massengale, L.E.Mong, M.B. Stiefel and R.A. Heindl, NBS-1624(1952): Interim Report on Evaluation of Tests for Cermetsas Components of Heat Resistant Materials

Montgomery and J.A. Lytle, WADC-TR-52-166 (1952): NickelMagnesia Cermet Coatings

Nelson et al., WADC-TR-52-111 (1952): Metal Bonded TitaniumBoride

168. F.H. Norton and W.D. Kingery, NYO-3139 (1952): Study of MetalCeramic Interactions at Elevated Temperatures

169. B.P. Planner, Steel 131 (18), 98-100, 102 (1952): High TemperatureMetallurgy

170. B.P •• Planner, Western Mach. Steel World 43 (6), 105, 117-8; (7),83-5, 97; (8), 93-5, 107 (1952): Extremely High TemperatureMaterials

171. Rutgers Univ. N.J., Ceramic Res. Station, NP-4020 (1952): CeramicMetal Bodies for Use as Aircraft Power Plant Parts Subjectedto Elevated Temperatures

172. M. Schwartz (ed.), WADC-TR-52-327 (1952): Proceedings of the WADCCeramic Conference on Cermets

173. P. Schwarzkopf, Proc.lnt.Symp. Reactivity of Solids, Gothenburg1952, 1027-41: High Temperature Materials Produced byPowder Metallurgy

174. T.S. Shevlin, WADC-TR-53-17 (1952): Development, Properties andInvestigation of a Cermet Containing 28 %Alumina and 72 %Chromium

175. R. Steinitz, Proc.Symp. Progress in Quality Electronic Components,Washington 1952: Metallic Refractories - New Materials forthe E1ectrical Industry

176. A.D. Stevens and J.C. Redmond, Metal Progr. ~, 124-8, 148 (1952):Testing Cemented Carbides

177. A.W. Treptom, U.S. Patent 2,725,353 (1952): Bonded Tantalum Bodies

178. Union Carbide and Carbon Corp., Brit.Patent 679,804 (1952): AluminaMetal Ceramics

185. Anon. ,

186. Anon. ,

187. Anon. ,

188. Anon. ,

189. Anon. ,

190. Anon , ,

(1953): Materials for High Temper-

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119. A. Vambersky, Hutnicke listy ~ (3), 129-32 (1952): Materials forGas Turbines

180. H. Vatter, Glas- und Hochvakuumtechn. __ ' 79-85 (1952): Die Keramik-Metall-Löttechnik

181. R.H. Warring, Ceramics~, 472-6 (1952): Super Refractories

182. Watt Glühlampen und Elektrizitäts-AG, Austrian Patent 171,413(1952): Herstellung von Teilen aus Hartmetall-Legierungen

183. J.H. Westbrook, Am.Ceram.Soc.Bull. 31, 205-8; 248-50 (1952):Metal-Ceramic Composites (I/rr)

1953

184. R.A. Alliegro and J.R. Tinklepaugh, WADC-TR-53-55 (1953): Invest-igation of the Bonding of Silicon Carbide by Metals

Automobile Eng. 43 (565), 157 (1953): Cerametallic BrakeLinings

Chem.Eng.News 31 (19), 1976, 1978 (1953): Silicon-BasedCermets May be Useful in Aircraft Engines

Materials and Methods 37 (6), 69-72 (1953): Materials withHigh Strength at High Temperatures

Materials and Methods 38 ( ), 188, 190 (1953): ImpactStrength of Newer Cermets

Product Eng. 24 (4), 5 (1953): New Cermet

Trans. ASME 12 (2), 127-36 (1953): Gas-Turbine ProgressReport. Materials, Cooling and Fuels

191. H.N. Barr, L. Marchi, J.A. Stavrolakis and H.H. Rice, WADC-TR-53356; AD-17 501; PB-117 936 (1953): Research on Applicationof Fundamental Concepts of Bonding Metals and Ceramics

192. F. Benesovsky (ed.), Pulvermetallurgie (Metallwerk Plansee, 'Reutte/Tirol, 1953)

193. E.S. Bomar, CF-53-5-190; CF-53-9-179 (1953): Solid Fuel Plates ofAluminum and U

30 8194. W.H. Bridges, ORNL-1503 (1953): Metallurgy Div. Quart. Progress

Report for Period Ending Jan.31, 1953

195. L.A. Conant and D.M. Gillies, U.S. Patent 2,656,596 (1953): Sintered Cermet Bodies

196. W.B. Cottrell (ed.), ORNL-1515 (1953): Aircraft Nuclear PropulsionProject Quarterly Progress Report for Period Ending March 10,1953

197. H.C. Cross, Ind. Heating __ ,ature Service

198. W. Dawihl, German Patent 868,031 (1953): Elektrisches Element, insbesondere Elektrode zur Elektrolyse und elektrischen Hochtemperatur-Fusion

199. W. Dawihl, Z.Metallkde 44 (2), 69-70 (1953): Comments on the Workof J. Gurland an~J.T. Norton on Skeleton Formation inSintered Carbide Alloys

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200. G.C. Deutsch, A.J. Meyer and W.C. Morgan, NACA-RM-E52K13 (1953):Preliminary Investigation in J-33 Turbojet Engine of SeveralRoot Designs for Ceramal Turbine Blade

201. G. Economos, Ind.Eng.Chem. 45 (2), 458-9 (1953): Behavior of Refractory Metal OxideS-in Conjunction with Metals at HighTemperatures

202. F. Eisenkolb und W. Richter, Wiss.Z. TH Dresden 2, 71-80 (1953-4):Einige Untersuchungen an gesinterten Verbundwerkstoffen ausmetallischen und nichtmetallischen Bestandteilen

203. J .L. Everhart, Materials and Methods 27, 92-6 (1953): Which MetalForm for Jet Engine Blades?

204. Fansteel Products Co., German Patent 765,479 (1953): SinteredHard-Metal Alloys

205. I.M. Fedorchenko, Izvest.Akad.Nauk SSSR, Otdel, Tekh.Nauk (1953),393-406: The Laws of the Process of Setting MetalloceramicBriquets in Sintering

206. H.J. Goldschmidt, Brit.Patent 692,486 (1953): Sintered IronTungsten Carbide

207. J.W. Graham, U.S. Patent 2,654,145 (1953): Oxidation-ResistantHard Carbide Composition

208. H.M. Greenhouse and H.W. Newkirk, NP-4838 (1953): Study of theMicrostructure of Cermets

209. W.L. Havekotte, Metal Progr. 64, 67 (1953): Super Refractoriesfor Use in Jet Engines

210. C.A. Hoffman, NACA-Res.Memo-E52L15a (1953): PreliminaI'Y' Investigation of Zirconium Boride Ceramals for Gas Turbine BladeApplications

211. C.A. Hoffman, NACA-RM-E53G07 (1953): lnvestigation of a ChromiumPlus Aluminum Oxide Metal-Ceramic Body for Possib1e GasTurbine B1ade Application

212. W.D. Jones, Metal lnd. (1953), 32: Metal Ceramics

213. J.D. Kennedy, Prod.Eng. 24 (8), 154-7 (1953): Cemented ChromeCarbides

214. W.D. Kingery, J.Am.Ceram.Soc. ~, 362 (1953): Metal Ceramic lnteractions. I. Factors Affecting Fabrication and Propertiesof Cermet Bodies

215. W.D. Kingery and G. Economos, J.Am.Ceram.Soc. ~, 403-9 (1953):Metal Ceramic lnteractions. I1 Metal Oxide Interfacia1Reactions at Elevated Temperatures

216. W.D. Kingery and M. Humenik jr., NYO-3143 (1953): Study of MetalCeramic Interactions at Elevated Temperatures: SurfaceTension. I. Furnace and Method for Use of the Sessile DropMethod; Surface Tension of Si, Fe and Ni.

217. W. Kinna nnd o. RUdiger, Arch.EisenhUttenwes. 24, 535-42 (1953):Der Oxydationsvorgang in Titankarbid-Kobalt-Hartmetallen

218. E.P. Knudson, Ceram.Bu1l. 32 (4), 156 (1953): Physical Characteristics of Titanium-Base Cermets at Elevated Temperatures

219. S. Krapf, German Patent 860,557 (1953): Metallic Agglomerates

220. A.E. Lessor, paper: Electrochem.Soc., Pittsburgh 1953, abstractNo.48: Cermet Films

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221. A. Lorenz, G1as- und Hochvakuum-Technik 2, 247-9 (1953): Conducting Sintered Bodies (Cermets) for-E1ectric Leads in FusedQuartz Vacuum Devices

222. D. McNair, R.T. Lynch and N.B. Hannay, J.App1.Phys. 24, 1335-6(1953): Mo1ded Thermionic Cathodes

223. P.B. McSherry, Iron Age 172, 100-1 (1953): Metal Ceramic WallLengthens Thermocoup1e Life

224. Ma110ry Meta11urgica1 Products, Brit.Patent 690,540 (1953): E1ectrica1 Contacts

225. W.A. Maxwell and R.W. Smith, NACA-RM-E53F26 (1953): Thermal ShockResistance and High Temperature Strength of MOSi

2-A120 3226. A.J. Meyer, G.C. Deutsch and W.C. Morgan, NACA-E53G02 (1953): Pre

1iminar~ Investigation of Several Root Designs for (TitaniumCarbide) Cermet Turbin Blades in Turbojet Engines. 1L RootDesign Alterations

227. E.T. Montgomery and P.E. Rempes jr., WADC-TR-53-164 (1953): Exploratory Study of Nickel-Magnesia Cermets

228. H.W. Newkirk et al., AD-22891 (1953): Study of the Microstructureof Cermets

229. F.H. Norton,W.D. Kingery, G. Economos and M. Humenik jr., NYO3144 (1953): Metal-Ceramic Interactions at Elevated Temperatures

230. F.H. Norton, W.D. Kingery, F.A. Halden and M. Berg, NYO-6289(1953): Study of Metal-Ceramic Interactions at ElevatedTemperatures

231. Ohio State Univ. Res. Foundation, Progress Report No.3, ContractAF33(616)-472 (1953): Cermet Development

232. A. Pechman, Chem.Eng. §Q, 186-90 (1953): Ceramics for High Temperatures

233. A. Pechman, Finish 10, 37-8, 86, 88; Ceram.Age 62 (5), 27, 31, 34(1953): Cermets - Possib1e Answer to Ultrahigh Temperatures

234. H. Pfau und W. Rix, Techn.wiss.Abhandlgn der OSRAM-Ges. ~, 193-201(1953): Untersuchungen im System Co-WC

235. L.B. Pfeil, Materials and Methods 21, 79 (1953): How to Eva1uateHigh Temperature Performance of Materials

236. L.T. Richardson and M.R. Swinehart, U.S. Patent 2,654,945 (1953):E1ectrica1 Contact

237. H.R. SalIer, S.T. Stacey, N.S. Eddy and H.l. K1ebanov, BMl-834(1953): Creep strength of Uranium A110ys at 1500-1800 °F

238. M.A. Schwartz, E1ectrica1 Mfg 2}, 144-8 (1953): Ceramic Metals forComponent Design

239. S. Skorba, Naturwiss. 40, 605 (1953): Ein Verfahren zur Präparation von Uranoxid-Schichten auf Aluminium

240. E.J. Soxman, WADC-TR-53-370; AD-27514 (1953): An lnvestigation ofa Method of Casting A110y Titanium Carbide Cermets

241. Staff, Aviation Week (Feb.23, 1953), 36-7: Cermets May Help JetsOperate Hotter

242. R. Steinitz and I. Binder, Powd.Met.Bull. 6, 123-5 (1953): NewTernay Boride Compounds

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243. M.S. Tacvorian, Recherche aeronaut. 33, 51-6 (1953): Modern Refractory Material: (Sintered)~lumina-ChromiumMixtures,or 'Chromal'

244. M.S. Tacvorian, French Patent 1,035,941 (1953)~ Cermets

245. J.R. Tinklepaugh et al., WADC-TR-53-369 (1953): Iron Bonded Titanium Carbide

246. R.C. Turnbull, PB-lll 612; Am.Ceram.Soc.Bull. 32 (4), 145 (1953):Diffusion of Iron, Nickel and Cobalt into Hot PressedTitanium Carbide

247. R.C. Turnbull andW.G. Lawrence, NP-4735 (1953): Study of BasicMechanism of Diffusion of Metals into Ceramic Materials

248. B. Wäser, Werkstoffe und Korrosion i, 397-9 (1953): Hochhitzebeständige Werkstoffe und Cermets

249. L.H. deWald, Tooling and Production (Feb.1953), 31-4; (March 1953),52-6: Cemented Carbides: Their Development and Application

250. H.A. Wilhelm, H.J. Svec, A.I.Snow and A.H. Danne, AECD-3275 (1953):High Temperature Thermocouples

251. L.S. Williams and P. Murray, AERE-M/R-1242 (1953): Bonding inCermets

252. C.R. Wilson and A. Langer, Nucleonics 11 (8), t8 (1953): Electrodeposition of Uranium Oxide on Aluminum

253. R.R. Wilson, WADC-TR-53-369 (1953); AD-29 399 (1953): Iron BondedTitanium Carbide

254. J .R. Wilson, Am.Ceram.Soc.Bull. E, 375-6 (1953): High TemperatureProtection of a Titanium Carbide Cermet

255. J.M. Zimmer, General Electric Report (Sept.1953): Method of ProofLoad Testing Dovetail Section of Cermet Turbine Buckets

256. C. Agte and J. Vacek, Pokroky praskove met. (1954), 443-50: TheSavings of Cobalt When Employing Cermet Carbides

257. N.P. Allen and W.E. Carrington, J.Inst.Metals 82, 525-33 (1953-54);Metal Progr. 66, 182 (1954): Materials for 1000 °c (1832 °F)

258. R.A. Alliegro, J.R. Tinklepaugh et al., WADC-TR-54-38 (1954):Metal and Self-Bonded Silicon Car~ide

259. Anon., Am.Metal Market &! (134), 1 (1954): New TiC Cermet has noCobalt or Tungsten

260. Anon., Keram.Z. ~, 104-5 (1954): Cermet - Ceramic Metal - MetalCeramic

261. Anon., Metallurgia 53, (1954): New Heating-Element MaterialSuitable forTemperatures up to 1600 °C

262. Anon., Steel 134, 105 (1954): Cermets - A Flash Sintering ProcessBeing Used to Produce Turbojet Engine,Blades

263. G.M. Ault and G.C. Deutsch, J.Metals 6, 1214-30 (1954): The Applicability of Powder Metallurgy to High Temperature Problems

264. W. Ballas et al., Bull.Am.Phys.Soc. 20, 29 (1954): Oxide-InpregnatedNickel Matrix Cathode

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265. M. Basche, R.G. Bourdeau and F. Wulff, WADC-TR-54-211 (1954):Joining of Titanium Carbide-Nickel Cermets

266. D.G. Bennett et al., AD-38 003 (1954): High Temperature ResistantCeramic Coatings - Ceramic and Metal-Ceramic Bodies

267. D.G. Bennett et al., A}'-TR-6540 (1954): RefractQry Bodies Composedof Baron and Titanium Carbides Bonded with Metals

268. T.H. Blakeley, Report (Battersea Polytechnic, London, 1954): MetalCeramics: Structure, Manufacture and Properties

269. :'1. Blumenthal, AD-51 073 (1954), final report: Ceramics and CermetMaterials

270. N.P. Bogoroditskil, N.L. Polyakova, G.K. Kirrilova and A.M. Eidel'kind, Elektrichestvo (1954), No.7, 56-60: New Types of Electrical

Ceramics

271. L.B. Brownlee et al., Spec.Report No.58 (Iron and Steel Inst.,London, 1954-6), 302-4: Effect of Carbon Content on theProperties of WC-Co Hard Metal

272. D.G. Burnside, U.S. Patent 2,667,431 (1954): Metallizing Ceramics

273. T.L. Charland et al., WADC-TR-54-414 (1954): Ceramic and CermetMaterials

274. J. Chudo'ba , Pokroky pr~skove met , (1954), 490-7: ElectroerosiveMachining of Cermet Carbides

275. C.L. Clark, Metal Progr. 22, 72-6 (1954): American Development inAlloys for High Temperatures

276. H.R. eJauser, Materials and J~hods 39, 117-32 (1954): Materialsfor High Temperature Service

277. P.G. Cetter, J.A. Cohn and R.A. Potter, U.S.Bur.Mines R.I. 5 100(1954): Improved Tungsten Carbide-Cobalt Compacts by ElectricResistance Sintering

278.'N. Cremens et al. , AD-37 311 (1954): Research on Mechanical Properties of Sintered A1uminum Powder. I. Wrought Nickel-AluminumProducts for High Temperature Use. rr. Oxide-Metal StructureStudies

279. M. Deri, Tecb.ung. 1., 92-6 (1954); Pe r-t Lgungs t echn • .± (12), 669,893 (1954): Metallgebundene Keramiken

280. P. Duwez, ScLAmerican 191 (3), 99-106 (1954): High TemperatureMaterials

281. N. Engel, Powd.Met.Bull. 7, 8-18 (1954): Properties of MetallicPhases as a FunctiOn of Number and Ki~d of Bonding Electrons

282. V.D. Frechette, Ceram.lnd. 22 (3), 79, 80, 110 (1954): Cermet Development

283. V.D. Frechette, NP-1467 (1954): Fundamentals of Metal-Ceramic Mixtures at High'Temperatures

284. V.D. Frechette and J .A. Hedva.ll, in: Pulvertechnik (Ingeniorsvetenskapsakademi, Stockholm, 1954), 24-32: Cermets, theNew Ceramics

285. J.J. Gangler, J.Am.Ceram.Soc. 37, 312-6 (1954): Resistance ofRefractories to Molten Lead-Bismuth Alloy

286. E. Gebhardt und W. Obrowski, Z.Metallkde 45, 333-8 (1954): Uberden Aufbau des Systems Kupfer-Blei-Sauerstoff

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287. F.W. Glaser, Planseeber.Pulvermet • .,g, 59-70 (1954): ProgressReport on Cermets

288. J.W. Gra~am, Machine Design 26 (5), 159-62 (1954): Endurance atHigh Temperature is the Outstanding Property of One of theNewer Cemented Carbides

289. J. Gurland, J.Metals ~ (2), 285-90; Trans. AI1ffi 200, 285-90 (1954):A Study of the Effect of Carbon Content on the Structure andProperties of Sintered Tungsten Carbide-Cobalt Alloys

290. G.T. Harris and H.C. Child, paper: Symp. on Powder Me~, Iron andsteel Inst., London 1954: The Rupture Strength of someMetal-Bonded Refractory Oxides

291. W.L. Havekotte, AD-29 415 (1954): Ti tanium-Carbide Program

292. J. Hinnüber, Tech.Mitt.Krupp 12 (1), 5-12 (1954): Hard Metals w:LthSpecial Physical and Chemical Properties

293. C.A. Hoffman, J.lnst.Metals 21 (10), 878 (1954): Pre1iminary Investigation of Zirconium Boride Ceramals for Gas-TurbineBlade Application

294. A.E. Johnson jr., PB-116 110; NACA-TN-3309 (1954): Mechmlica1Properties at Room Temperature of Four Cermets of TungstenCarbide with Cobalt Binder

295. A.I~. Johnson jr., PB-1l4 995; NACA-TN-3197 (1954): MechanicalProperties at Room Temperature of FO'J.r Cermets of TitaniumCarbide with Nickel Binder

296. A.D. Joseph et al., WADC-TR-55-32 (1954): The Heat Treatment, Reinforcement and Cladding of TitanilUll Carbide Cermets

297. W.D. Kingery, J.Am.Ceram.Soc. 37, 42-5 (1954): Absolute Measurement of Metal-Ceramic Interfacial Energy and the Interfacial Adsorption of Si from Fe-Si Alloys

298. W.D. Kingery and M. Humenik jr., J.Am.Ceram.Soc. 37, 18-22 (1954):Surface Tension and Wettability of Metal-Ceramic Systems

299. W.D. Kingery and F.H. Norton, NYO-6296 (1954): Study of ~1etalCeramic Interactions at Elevated Temperatures. SurfaeeTensions of Iron-Nitrogen and Nickel-Indium Al10ys

300. F.P. Knudsen, R.E. J\~oreland and R.F. GeIler, WADC-TR-54-1 (1954):Physical Characteristics of Ti tanium Carbide-Base Cermetsat Elevated Temperatures

301. S. Krapf, German Patent 915,391 (1954): Metallagglomerate durchthermische Reaktion

302. S. Krapf, Ber.Deut.Keram.Ges. 31, 18-21 (1954): Das re8~tionsthermische Verfahren

303. W.G. Krauch, AlITL-5268 (1954): Urania-Zirconium Cermets

304. E.I. Larsen, A.S. Doty and D.A. Williams, U.S. Patent 2,669,512(1954): Electrical Contact Material

305. M. Littmann an1 Metro-Cutanit Ltd., Can. Patent 500,750 (1954):Wear-Resistant Materials

306. J. Lomas, Can.Machinery~ (6), 133-4 (1954); Machinery Lloyd ~(5), 77-8 (1954): New Carbides Resist Oxidation, Strongat High Temperatures

307. G.D. McTaggart, T.A. Willmore and D.G. Bennett, WADC-TR-54-194(1954): Metal Bonded Zirconium Diboride

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308. G.A. Meerson, Priroda 12, 45-51 (1954); Chim.lnd. 72, 1206 (1954):~ritted Alloy

309. E.T. Montgomery, Ohio Univ.Eng.Exp. Station news~, 39-40 (1954):Cermet Solid Bodies and Coatings for Gas Turbine EngineBlading and Metal Parts

310. N.C. Moore, BHt. Patent 710,562 (1954): Alumina-Chromium Cermets

311. P. Murray et a1., Trans.Brit.CerEoo.Soc. 53, 474-510 (1954): Practica1 and Theoretica1 Aspects of the Hot Pressing of Refractory Oxides

312. H. nowotny et al., Z.Metallkde 45, 97-101 (1954): Das tern~reSystem Ti-W-C

313. A. Pechman, Aircraft Eng. 26, 157-60 (1954): Ceramics for HighTemperature Applications

314. A. Pechman, Finish 11, 35-'7, 64 (1954): Cermets and Ceramic CoatedMetals Team up with Jet Propu1sion

315. A. Pechman, Materials and Methods 39, 94-6 (1954): Two New HighTemperature Coatings --

316. T.W. Penrice arid D.H. Shote, paper: Symp. on Powder Met. 1954,277-81: The Testing of Ceramic Materials with Feferenc8 toa Simple Ti tanium Carbide/Cobalt Materi.al

317. B. Pinkel, G.C. Deutsch and N.H. Katz, nACA-E54D13 (1954): TheNACA Drop Test for the Eva'l.ua't i.ori of the Impact Strengthof Cermets

318. G.R. Pulliam and F:.S. Fitzsimmons, ISC-550 (1954): A Study of the'Reaction 01' Thorium wj_ th Same Pure Refractory Cornpounds

319. J. Quirk and C.G. Harmon, J.Am.Ceram.Soc. 37, 24-6 (1954): Properties of a Tin Cxide-Base Ceramic Body

320. W.G. Rauch, AlifL-5268 (1954): Urania-Zirconium Cermets

321. E.L. Reed, J.Am.Ceram.Soc. 37, 146-53 (1954): Stability of Refractories in Liquid Metals

322. L.D. Richardson sr., Am.Ceram.Soc.Bull. 12, 135-7 (1954); J.E1ectrochem.Soc. 101 (9), 222-4 (1954): Ceramics 1'01' Aircraft Propulsion Systems

323. C.K. RusselI, WADC-TN-WCLP-54-116 (1954): Engine Testing of Titanium Carbide Cermet Nozzle

324. C.K. Russell and A.W. Allen, Am.Ceram.Soc.Bull. 12 (4), 31 (1954):Heat-Treatment Studies 01' Coba1t- and Nf.cke L-Bonded TitaniumCa.rbide

325. A. Schulze, Umschau 54, 293-5 (1954): Metallkeramische Widerstandswerkstoffe für die Elektrotechnik

326. P. Schwartzkopf, Proc.lnt.Symp. on Reactivity of Solids (1954),Pt. 2, 1027-41: High-T emperature Mat erials Made by PowderMetallurgy

327. P. Schwarzkopf and W. Leszynski, Powd.Met.Bu11. 1, 19-21 (1954):note on the Relationship Between Britt1eness and Microstructure 01' Cermets

328. T.S. Shev1in and C.A. Hauck, WADC-TR-54-173 (1954), Pt.1: A1uminaBase Cermets

- 27 -

329. T.S. Shevlin and C.A. ffauck, J.Am.Ceram.Soc. 37, 140-5 (1954):Fabrication, Testing and Properties of~2 %Chromium 28 %Alumina Cermets

330. R. Steinitz, Machine Design 26 (11), 221-4 (1954): Cermets Materials for High Temperature Service

331. W. Stoner and J. Wulff, PB-118 268 (1954): Studies in the SystemNickel-Titanium-Carbon

332. B. Sutton, J.Inst.Prod.Engrs 22 (8), 449-?3 (1954); Metal lnd. ~(9), 172-3 (1954): Materials for Gas Turbines

333. N.R. Thielke, WADC-TR-53-9 (1954): Oxide-Base and Carbide-BaseMaterials

334. A. Vam.bersky, Pokroky praskove met. (1954), 166-76: Some SpecialProcesses of Powder Metallurgy

335. B.A. De Vincentis and W.E. Rusüell, NACA-RM-E54B15 (1954): Effectsof Some Metal Additions on Properties of Molybdenum Disilicide

336. R.F. Vines, U.S. Patent 2,673,167 (1954): Contact

337. B.C. Weber and P.S. Hessinger, J.Am.Ceram.Soc. 37, 267-72 (1954):Silicon-Base Cermets and Related Observations

338. A.E.S. White, F.K. Earp, 7.H. Blakeley and J. Walker, paper: Symp.on Powder Met., Iron and Steel Inst., London 1954: MetalCeramic Bodies

339. II.S. Williams and P. Murray, Metallurgia 49, 210-7 (1954): Bondingin Cermets

340. W.H. Woodward, in: Pz-oc , Metal Powd, Assoe. , Chicago 1954, 1, 51:Aircraft Applieations for Powder Metallurgy

341. L.A. Yerkovich and G.J. Guarnieri, WADC-TR-54-582 (1954): Compressive-Creep Properties of High-Temperature Materials

342. A.B. Altmann und LP. Melaschenko, Elektrotechn. 9, 444-6 (1955):Metallkeramische Materialien für elektrische Kontakte

343. Anon., Ceramies 2,271-3 (1955): Vapor Deposition of M~al onCeramie Partieles

344. Anon., Ind.Heating 1Z, 1869 (1955): Cermet Pcwder Combined withCermic Frit Provides Cohere~t Protective Coating

345. Anon., Materials and Methods 42,143 (1955): Cermets Coatings forHigh Temperature Protection

346. Anon., Metallurgia 51 (306), 185-6 (1955): Borides as Base forHigh Temperature Resistant Materials

347. Anon., Nat .Bur. Stand.Teeh.News Bull. 2.2., 112-4 (1954): ImprovedMethod for Applying Cermets

348. Anon., PB-121 413 (1955): Fundamental Properties of Metal-CeramicMixtures at High Temperatures

349. Anon., Steel 136 (9), 88-90 (1955): Materials for Turbine Blades

350. J.R. Baxter, Australasian Engr (Sept.1955), 45-50: Cermets

360. T.L.

361. J.F.

362. L.A.

363. W.B.

364. W.B.

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351. R.J. Beaver, CF-55-6-13 (1955): Irradiation Experiments on U02-AlPowder Fuel Plates

352. W.W. Beaver, in: The Metal Beryllium (Am.Soc.Meta1s, Cleveland,1955), 57-98: Refractory Compounds and Cermets of Beryllium

353. W.C. Bell, R.D. Dillender, R.R. Lominac and E.G. Manning, WADC-TR53-193; J.Am.Ceram.Soc. 38, 396-404 (1955): Vibratory Compacting of Metal and Ceramic Powders

354. G. Bieler, Chem.lnd. 74 (6), 1163-74 (1955): Ceramics without aVitreous Phase: Their Special Properties

355. I. Binder and D. Moskowitz, AD-71 936 (1955); PB-121 346 (1955):Cemented Borides

356. T.R. Blakeley and A.E.S. White, in: De Re Metallica (MetallwerkPlansee , Reutte/Tirol, 1955), 335- 43 : Sil'ver Alumina Bodies

357. R. Blumenthal, WADC-TR-54-12 (1955): Ceramics and Cermet Materials.Investigation of the Effect of Raw Material Production Variables on tbe Physical and Chemical Properties of Carbides,Nitrides and Borides

358. T.A. Bragdon, WADC-TR-55-215 (1955): Evaluation of Cermets for &tEngine Turbine Blading

359. K. Bungardt, Stahl und Eisen 12 (21), 1383 (1955): Entwicklung vonhochwarmfesten Werkstoffen

Charland et al., WADC-TR-54-414 (1955): Ceramic and CermetMaterial: Pressure-Carbonization of Carbon-Bonded SiliconCarbide-Graphite for Use in Uncoo1ed Rocket- Nozzles

Co11ins and R.W. Gerby', J .J'ii3';als 1, 612-5 (1955): New Refractory Uses for Silicon Nitride Reported

Cenant and D.M. Gillies, U.S. Patent 2,698,990 (1955): MetalCeramic

Crandall, LA-30-115-0R1)-498, WAL-13 (Alfred Univ. 1955): Exploratory Research in t~e Field of Container Materials forTitanium

Crandall and J .H. 2.' i n"k:l epaugh , in: Dc Re Metallica (IVIetallwerk Plansee , Reutte/Tirol, ·1955), 344-74 : High Temperature Materials and Methods of Evaluation

365. L.J. Crönin, Vide 10, 355-9 (1955): Thoria-Tungsten Cermet Cathodefor Pulse Magnetrons

366. J. Dempsey and E.F. Rexer, J.Appl.Phys. 26, 1163-5 (1955): Oxidimpragnierte Nickel-Matrixkathoden

367. A. Dziuba, in: F.Eisenkolb (ed.), Die Neuere Entwicklung der Pulvermetallurgie (VEB, Berlin, 1955), 444-54: Tränklegierungen,Pseudolegierungen und Kontaktwerkstoffe

368. F. Eisenkolb, Wiss.Annal. .1, 593-656 (1955): Neuartige Hochtemperaturwerkstoffe

369. R. Francis, A.D. Joseph, K.D. Scheffer, RTP. Riegert and J.R. Tinklepaugh, WADC-TR-55-489 (1955): Reinforcement and Cladding of Cermets

370. L. Franz, R.W. Flickinger and R.V. Carter, Boeing-Re~D-15 588(1955): Design, Fabrication and Testing of Cermet SimulatedFirst-Stage Turbine Wheels

371. B. Gisner, Swedish Patent 149,336 (1955): Sintered Hard-Metal Body

- 29 -

372. F.W. Glaser, Metal Progr. 67 (4), 77-82 (1955): Progress Reporton Cermets -

373. C.G. Goetzel and L.P. Skolnick, in:De Re Metallica (MetallwerkPlansee, Reutte/Tirol, 1955), 92-8 : Some Properties of aRecently Developed Hard Metal Produced by Infiltration

374. J. Gurland and P. Bardzi1, J.Meta1s 7, Trans. AlME 203, 311-5(1955): Relation of Strength, Composition and Grain Sizeof Sintered WC-Co Al10ys

375. J. Gurland andJ.T. Norton, in: De Re Meta1lica (Metallwerk Plansee, Reutte/Tirol, 1955), 99-110: The Ro1e of the BinderPhase in Cemented Carbides

376. W.L. Havekotte, in: De Re Metallica (Metallwerk Plansee, Reutte/Tiro1, 1955), 111-29: Titanium Carbide-Base Cermets

377. J.A. Hedvall, in: De Re Metal1ica (Metallwerk Plansee, Reutte/Tir-oL, 1955), 1- 7: Diffusion in einigen Oxydsystemen

378. R.H. Herron, Am.Ceram.Soc.Bull. 21, 395-8 (1955): Friction Materials - A New Field for Ceramics and Cermets

379. G. Jäger, Metall 9, 358-66 (1955): Keramische Sonderwerkstoffefür metallurgische Zwecke

380. D.W.P. Jenkins, Vakuum-Techno 1, 107-12 (1955): Vakuumdichte Keramik~Metall-Verbindungen

381. A.D. Joseph et a1., paper: Am.Ceram.Soc., Cleveland 1955: Effectof Time at High Temperatures on Physical Properties ofNi-TiC-Cermets

382. W.D. Kingery et al., Am.Ceram.Soc.Bull. 34~ 117-9 (1955): Note onReactions of Metals with TiC and TiN

383. W.D. Kingery and F.H. Norton, NYO-6296 (1955): Study of Meta1Ceramic Interactions at E1evated Temperatures

384. W.D. Kingery and F.H. Norton, NYO-6451 (1955): Measurement ofThermal Conductivity of Refractory Materials

385. F.P. Knudsen, R.E. Mo~eland and R.F. GeIler, J.Am.Ceram.Soc. 38,312-23 (1955): Physical Characteristics of Titanium CarbideType Cermets at Elevated Temperatures

386. W.J. Kramers et al., AWRE-0-15/55 (1955): Investigation of Refractory Metal-Oxygen Systems for Possible New CeramicCompositions

387. G.S. Krefmer, O.S. Safonova and A.I. Baranov, Zhur.Tekh.Fiz. 25(1), 117-24 (1955): Temperature and Grain Size Dependenceof Strength of Tungsten Carbide-Cobalt Cermets

388. D.T. Livey and P. Murray, in: De Re Metallica (Metallwerk Plansee,Reutte/Tirol, 1955), 375-401: The Wetting Properties ofSolid Oxides and Carbides by Liquid Metals

389. R.A. Long, Metal Progr.68~ 123 (1955): Super Refractory Materials

390. W. McFarlane, J.Roy.Tech.Coll.Met. Club (1955/56), No.18, 15-9:A Study of Some Nickel-Magnesia-Binary Cermets

391. M.W. Mallett, A.F. Gerds, A.W. Lemmon and D.L. Chase, BMI-I028(1955): The Knnetics of Zirconium-U0 2 Reaction

392. F.A. Mauer, WADC-TR-55-473 (1955): Measurement of Thermal Expansionof Cermet Components by High Temperature X-Ray Diffraction

- 30 -

393. G.A. Meerson and A.N. Zelikman, Gosudarst.Nach.-Tekho.lzdatel'stvoLit.Chernoi i Tsvetnoi Met. (Moscow, 1955), 453-86: HardAlloys

394. E.T. Montgomery, T.S. Shevlin, H.M. Greenhouse and H.W. Newkirk,WADC-TR-54-33 (1955): Ceramic and Cermet Materials, Preliminary Microscopic Studies of Cermets at High Temperatures

395~. W.E. Moody, A.J. Taylor and J.R. Johnson, ORNL-1778 (1955): Preliminary Investigation of the Fission Product RetentionAbility of Cermets Compacts

396. D.G. Moore and J.R. CuthilI, Am.Ceram.Soc.Bull. 34 (11), 375-82(1955): Protection of Low Strategie Alloys with ChromiumBaron-Nickel Cermet Coating

397. F.H. Norton and W.D. Kingery, NYO-4630 (1955) (cf. NYO-3136 (1951),NYO-3139 (1952), NYO-3144/5 (1953), NYO-4632 (1955)): Studyof Metal-Ceramic Interactions at Elevated Temperatures:Surface Tension of Nickel Alloys; Wetting; Sintering

398. E.M Onitsch-Modl, in: De Re Metallica (Metallwerk Plansee, Reutte/Tirol, 1955), 427-41; Planseeber. 2, 42-56 (1955): Sinterverhalten, Mikrogefüge und Eigenschaften von Cr-A1

20 3-Cermets399. R. Palme and H.Wagner, Metall 2, 752 (1955): Herstellung von Mikro

zerreissproben aus schwer-bearbeitbaren Werkstoffen

400. H. Palmour, J.Electrochem.Soc. 102, 160-4C (1955): Review of HighTemperature Metal-Ceramic Seals

401. M. Petrdlik and V. Dufek, Hutnicke listy 10 (9), 528-35 (1955):The Effect of Carbon Content on the Properties of WC-CoSintered Carbides

402. K. Pfaffinger, H. Blumenthal and F.W. Glaser, ASTM Preprint No.94b(1955)= Titanium Carbide Base Cermets for High TemperatureService

403. B. Pinkel, G.C. Deutsch and W.C. Morgan, NACA-E55J04 (1955): Preliminar~ Investigation of Several Root Designs for (TitaniumCarbide) Cermet Turbine Blades in Turbojet Engines. Irr.Curved Root Design

404. H.B. Porter, PB-131 503 (1955): Rocket Refractories

405. V.S. Rakovski!, F.F. Smirnov, L.A. Rozhdestvenskir and 1.1. Kryukov,Reference Handbook: Use of Hard Alloys in Machine Building(Mashgiz, Moscow, 1955), Ch.2/3

406. W. Richter und G. Kammerieh , Silikattechn. 6, 528-34 (1955): EinigeUntersuchungen über Keramiken und Cermets zur Herstellungvon Schneidplatten

407. A. Richter, H. Weber und W. Wolf, German (East) Patent 8,886 (1955):Oxydkeramik-Verbindung

408. D.A. Robins and I. Jenkins, in: De Re Metallica (Metallwerk Plansee, Reutte/Tirol, 1955), 187-198: The Stability of SomeMetal Silicides of Potential Value in High TemperatureMaterials

409. H.A. SalIer, F.A. Rough, J.M. Fackelmann, A.H. Bauer and J.R. Doig,BMI-I023 (1955)= Phase Relations in the Uranium-ZirconiumOxygen Systems Involving Zr and U0

2

- 31 -

410. M.A. Schwartz, in: De Re Metallica (Metallwerk Plansee, Reutte/Tirol, 1955), 457-G4: Powder Ceramics - Powder Metallurgy: AReview of Relationship and Development

411. P. Schwarzkopf, in: De Re Metallica (Metallwerk Plansse, Reutte/Tirol, 1955), 199-204; Montan.Rundsch. 2 (7), 157-60 (1955):Gesinterte Hochtemperaturwerkstoffe

412. T.S. Shevlin and C.A. Hauck, J.Am.Ceram.Soc. 38, 45-54, 450 (1955):Fundamental Study and Equipment for Sintering and Testing ofCermet Bodies. vrr. Fabrication, Testing and Properties of34 A1203-66

Cr-Mo Cermets

413. R.W. Smith and A. Rose, French Patent 1,101,893 (1955): SwitchContact

414. R. Steinitz, Jet .Propulsion 25, 326-30 (1955): Cermets - New HighTemperature Materials

415. M.B. Stiefel, Am.Ceram.Soc.Bull. 34 (5), 133-7 (1955): Applicationof Photoelasticity to the Design of Tensile Specimens forCerami.c-Metal Materials

416. E. Strobel und W. Richter, in: F'.EiserJkolb, Die Neuere Entwicklungder PulveI~etallurgie (Akademie-Vlg, Ber1in, 1955), 419-29:MiscrJkeramische Werkstoffe

417. M. Sugiyama, Y. Mishima, K. Shida and S. lto, Sogoshikenjo Nempo 14,84-90 (1955): Researcb on the Sintering of IntermetallicAlloys. 1. Study on tbe Titanium Carbie Cermets

418. E.L. Swarts and W.B. Crandall, NP-5796 (1955): Fundamental Properties of Metal-Ceramic Mixtures at High Temperatures

419. M.S. Tacvorian, in: La Chimie des Hautes Temperatures (Paris, 1955),101-18: Les Mixtes Oxydes-Metaux: Le Chromal

420. N.R. Thie1ke, PB-121 046; WADC-TR-54-467 (1955): Ceramic and CermetMaterials. Refractory Materials for Use in High TemperatureAreas of Aircraft

421. J .R. Tinklepaugh et al. , WADC-TR-54-38 (1955), Pt.2: Metal andSelf-Bonded Silicon Carbide

422. B. Wliser, Kolloid-Z. 140 (2/3), 1:;9 (19:;5): Sintern von Metallenund Metal-Keramik-Verbindungen (Patent-Review)

423. J.lVI. Warde and J.R. Johnson, J.Franklin lnst. 260, 455-66 (1955):Recent Developments in the Technology of Ceramic Materialsfor Nuclear Energy Service

424. y....P. Wellard and R.J .A. Perfettini, Brit. Patent 723,842 (1955):Manufacture of Composite Metal-Ceramic Material

425. W.W. Wellborn, WADC-TR-55327 (1955): Ceramic and Cermet Materials •.~n lnvestigation of the Feasibility of Producing Metal BondedCarbide Eodies by the Extrusion Process

426. H. Wester and T. Wester, Brit. Patent 733,390 (1955): Manufactureof Metalloceramic Agglomerates by Exotherrnal Reaction

427. J .F. Whi t e , in: The Metal Beryllium (Am.Soc.Metals, Cleveland, 1955),599-619: Cermets and Ceramics. The Refractory Properties ofBeryllium Oxides

428. O.J. Whittemore jr., lnd.Eng.Chern. 47, 2510-2 (1955): Special Refractories for Use Above 1700 °C --

432. Anon , ,

433. Anon , ,

434. Anon , ,

435. Anon. ,

436. Anon , ,

- 32 -

429. L.A. Yerkovich wld G.J. Guarnieri, Proc. ASTM 55, 732-56 (1955):Compression Creep Properties of Severairiiietallic and CermetMaterials at High Temperatures

430. M.R. D'Amore, CF-56-11-130 (1956): Procedures Development at theOak Ridge National Laboratory for Fabricating StainJ.essStee1 Clad B

4C-CuComposite Plates

431. Anon., Am.Machinist 100 (20), 132 (1956): Russian and GermanCarbide Standards

Aviation Week 2.1, 41-2 (1956): New materials for MetalCutting Hold Promise for Production

Iron Age 177, 27-9 (1956): New Carbide Tool Drills CastIron Ten Times Faster (Cermet)

~Hachinery SS, 737 (1956): Ceramics as Cutting Materials

Metallurgia 22 (31S), 175 (1956): Properties of SinteredMolybdenum Si1icides and MolybdenlUll Silicide Alloys forHigh Temperature Purposes

Nucleonics 14 (6), 64 (1956): Ceramies - Versatile NuclearIVIat erials -

437. Anon., CTR-319 (1956): Cermets 1940-1955

438. Armour Research Foundation, Progr.Report B-OgOGl (1956): Researchon Phase Relationships in Ternary rJIetal-Metal-Oxygen Systems

439. E. Barnes, W. Munro, R.W. Thackray, J. Williams and P. Murray,Progr.Nucl.Energy Ser.V, l, 435-47 (1956): Preparation,Fabrication, and Properties of Uranium Carbide and Urani.um/Urani.um Carbide Cermets

440. J.R. Baxter arid A.L. Roberts, Spec.Report, Powder lVIet. (Iron andSteel Inst., London, 1956), 315-24: Development of lVIetalCeramics from lVIetal-0xide Systems

441. R. ,T. Beaver, CF-56-12-116 (1956): Irradiation Experiment on A1uminum Fuel Element Containing U

30s-Dispersion

442. W.W. Beaver and J .J. Theodore, paper: Am. Ceram.Soc., New York 1956:Cermets with Synthetic Mica

443. R. Bernard, Plansee Proc., 2nd Seminar (Pergamon "Press, London,1956), 41-9: Electron Microscope Exarninations of the Structure of Cemented Carbides

444. T.H. Blakeley and A.E.S. White, in: F.Benesovsky, War~~este undkorrosionsbeständige Sinterwerkstoffe (Springer, Wien, 1956),335-43: Silver Alumina Bodies

445. H. BlumenthaI and R. Silverman, J .Metals §., 977-S1 (1956): Infiltration of TiC Skeletons

446. W.H. DuBois, Machine Design 28 (24), 139-41 (1956): lVIetal-CeramicFriction Materials

447. E.A. Brandes, Product Eng. 27 (9), 186-90 (1956): High TemperaturelVIaterials (A Review)

449. L.D.

450. A.M.

451. W.B.

452. J "W.

453. R.W.

454. 1'J.K.

455. J.F.

456. E.J.

- 33 -

448. British Thomson-Houston Co., Brit. Patent 747,483 (1956): BondedBoride Material

Bro~nlee, R. Edwards &~d T. Raine, Iran and Steel Inst., Spec.Report No.58, 302-4 (1956): Effect of Carbon Content on theProperties of Tungsten-Carbide-Coba1t Hard Alloys

Cherepanov, Fiz.-Khim.Osnovy Keramiki (1956), 349-58: Cermetsand their Properties

Crandall, Am.Ceram.Soc.Bull. ]2, 66-70 (1956): An OxidationStudy of Cobalt-Alumina Mixtures

Culp and P. Koskos, Sylvania Tochnologist~, 27 (1956): ACeramic-Metal Voltage Reference Tube

Dayton and C.R. Tipton, BMI-1l44 (1956): Kinetics of -bheZr-U0 2-Reaction

Disen and G.F. Hüttig, Planseeber. i (1), 10-4 (1956): On theAction of Acid Solvents on Certain Hard Silicides and HighMelting Metals

Eckel, C.A. Bruch, A. Levy, A.E. Willis and W.E. Seymor, TID75]5 (1956), Pt.2, 170-221: Radiation Effects on ReactorMaterials

Egan, Iran Age 17l (18), 91-4 (1970): Throwaway CeramiesTurns New Profits from Old Lathes

457. S.H. Fitch and N.E. Huston (eds.), NAA-SR-1634 (1956): ReactorSafety Quarterly Progress Report, Nov. 1955 - Jan. 1956

458. T. Fukatsu, Funtai oyobi Funmatsuyakin i, 74-87 (1956): UnsolvedProblems in the Study of Refractory Hard Metals

459. R. Girschig, Metaux (Corrosion - Industrie) 31 (366), 80-93 (1956):La Fabrication et Utilisation des Oaz-bur-es met a.Ll.Lqu.e s etAlliages Durs

460. F.W. Glaser and N. Grossman, Powd.Met.Bull. 7, 90-3 (1956): Qermetsand the Problem of Impact Strength

461. C.G. Goetzel and J.B. Adamec, Metal Progr. 70 (6), 101 (1956): Infiltration of Cermets for Improved Toughness

462. J.W. Graham and J.C. Redmond, in: I.E. Campbell (ed.), High-Temperature Technology (Wiley, New York, 1956), 208-32: Cermets

463. N.~. Grant, Metal Progr. 69 (6), 76 (1956): Design of Hieh-Temperature Alloys: Cermets and Oxide Dispersions

464. J. Gurland and J.T. Norton, Plansee Proc. 2nd Seminar (Pergamon,London, 1956), 99-110: The Role of the Binder Phase inCemented Carbides

465. G.T. Harris and H.C. Chi1d, Iron and Steel Inst., Spec.Report No.58,325-30 (1956): Rupture Strength of Some Metal-Bonded Refractory Oxides

466. G.T. Harris, H.C. Child and J.F. Howard, Iron and Steel Inst., Spec.Report No.58, 282-91 (1956): The Creep Strength of TitaniumCarbide Base Materials

467. C.A. Hauck, E.W. Deadwyler and T.S. Shevlin, PB-121 253; PB-121 461;WADC-TR-54-173,Pt.2 (1956): A1umina-3ase Cermets

468. H.H. Hausner and D.P. Ferriss, Materials and Methods 43, 132 (1956):Metal Powder Slip Castings

- 34 -

469. W.L. Havekotte, Metal Progr. ~ (4), 56-61 (1956): High Temperature Parts Based on Titanium Carbide

470. W.L. Havekotte, Plansee Proc. 2nd Seminar (Pergamon, London, 1956),111-29: Titanium Carbide Base Cermets

471. C.W. Henson, Materials and Methods 44,96-8 (1956): Boron CarbideLooks Promising for Nuclear Uses

472. J. Hiavac, Sklar a keramik~, 87-90 (1956): Keramische Stoffe inKernreaktoren

479. J. Hinnüber and O. RÜdiger, Iron an d Steel Inst., Spec.Report No.58,305-10 (1956): Chromium Carbide in Hard Metal Alloys

474. L.D. Hower, Proc.12th Ann.Meeting, Metal Powder Ass., 108-19 (1956):Ceramic Metal Friction Materials

475. M.J. Humenik and N.M. Parikh, J.Am.Ceram.Soc. 22,60-3 (1956):Cermets. I. Fundamental Concepts Related to Micrüstructureand Physical Properties of Cermet Systems

476. T.r. Jones, TID-7567 (1956), Pt.l, 32-4·5: Metallography of CertainHot-Pressed Carbides Possessing High Melting Points

477. J.R. Johnson, J.Metals 8 (5660), (May 1956): Ceramic Fuel Mater-ials for Nuclear Reactors

478. J.R. Johnson, R.L. Hamner, A.J. Taylor and J.M. Warde, Nucl.Sci.Techn.1. (2), 111-30 (1956): High-Temperature Cel'amic PowerReactors Using SiC-Si Fuel Elements

479. H. Kalsing, Sprechsaal Keram. 89, 414-6 (1956): Keramische Stoffefür Raketenantriebe

480. D.L. Keller, Progr.Nuclear Energy V (1956): Fuel Materials

481. M.J. Kerper et al., pape r s Am.Ceram.Soc., New York 1956: Evaluationof the TensileTest for Cermets

482. W.D. Kingery, Bull.A~eram.Soc. 35, 108-12 (1956): Role of the Surface Energies and Wetting in Metal-Ceramic Sealing

483. R. Kiyoura and T. Sata, J.Ceram.Ass.Japan 64, 183-92 (1956): Preliminary Study of Oxide Cermets of Alumina, Zirconia andMagnesia Series Containing Nickel and Iron

484. G.S. Krermer, Poroshk. Met. (Yaroslavl, 1956), 115-26: Strength ofSintered Tungsten Carbide-Cobalt Hard Metals

485. H.P. Leeper, TID-12 268 (1956): Compatibility of Materials in Liquid Metal and Composition

486. M.H. Leiphold, W.R. Foster and T.S. Shevlin, AC-121 940 (1956):Final Summary Report for the Period March 18, 1953 toNovember 30, 1955

487. A.V. Levy, Trans.Soc.Automotive Eng • .§.i , 366-78 (1956): App1icationof High-Temperature Materials for Aircraft Power Plants inthe Temperature Range 1200-2400 °F

488. D.R. Livey and P. Murray, in: F.Benesovsky, Warmfeste und korrosionsbeständige Sinterwerkstoffe (Pergamon, London, 1956), 375-404:The Wetting Properties of Solid Oxides and Carbides by LiquidMetals

489. M. Lorant, Sheet Metal Ind. ]2, 247-9 (1956): Cermets - Details ofSome Improved Applications Methods

- 3S -

490. J.R. Low jr., J.Metals 8, 982-4 (1956); Trans. AlME 206, 982-4(1956): Brittle Fracture of Cemented Titanium Carbide

491. G.W. Lucas, U.S. Patent 2,731,711 (1956): Sintered Tungsten CarbideCompositions

492. F.A. Lytton and J.A. Cashmore, U.S. Patent 2,733,161 (1956): Cermetsfrom Alumina-Impregnated with Silver

493. E. Mack, Ohio State Univ., AD-I03 599 (1956): Research on Phase Relationship in Ternary Metal-Metal Oxygen Syst~ms

494. G.A. Meerson and G.V. Samsonov, Izvest.Akad.Nauk SSSR, OtdelenteTekh.Nauk ±, 121-5 (1956): Cermet Hard Alloys with UnequalDistribution of the Carbide Component, for the Machining ofAbrasive Materials

495. R. Meyer, Metaux (Corrosion-Industrie) 31 (869), 219-32 (1956): NewDevelopments of Powder Metallurgy in the Field of High Temperature Materials

496. E. Meyer-Hartwig, Ber.Dtsch.keram.Ges. 33, 85-91 (1956): Das Reaktionssintern

497. W.E. Moody and W.W. KriegeI, paper: Am.Ceram.Soc., New York 1956:1 33Determination of the Activation Energy for Diffusion of Xe

through MgO-Ni Cermet Compacts

498. V.G. Morris, Machine Tool Blue Book (April 1956), 115-7: DevelopmentWork on Ceramic Toolholder Design Still in Progress

499. J.T. Norton, Ceram. Age 67 (4), 32-8 (1956): Development of Cermetsas Structural Materials

500. J.T. Norton, Mach.Design 28, 143-6, 148 (1956): Selecting Cermetsfor High Temperature Applications

501. J.T. Norton, Mech.Eng. 78, 319-22 (1956): Cermets for High Temperature Service

502. Oak Ridge Nat.Lab., TID-7515 (1956), Pt.2, 5-100: Brief Summary ofResearch on Radiation Effects in Solids

503. E.M. Onitsch-Modl, in: F.Benesovsky, Warmfeste und korrosionsbeständige Sinterwerkstoffe, 2. Plansee-Seminar, Reutte/Tirol1956 (Springer, Wien, 1956), 427-41: Sinterverhalten, Mikrogefüge und Eigenschaften von Cr-A120 3-Cermets

504. A.P. Palkin and V.T. Redchenko, J.lnorg.Chem.(USSR) 1 (1), 139-49(1956): Reactions between Salts and Metals in the Molten State

505. T.W. Penrice and D.H. Shote, Iron and Steel lnst. London, Spec.Rep.No.58, 277-81 (1956): Testing of Ceramal Materials with Particular Reference to a Simple Titanium-Carbide Cobalt Material

506. A.C. Pezzi and H.P. Kling, WADC-TR-56-329 (1956): lmprovement of theImpact Resistance of Cermets

507. K. Pfaffinger, H. BlumenthaI and F.W. Glaser, paper: ASTM Symp. onMetallic Meterials for Service Temperatures Above 1600 °F(1956), 90-102: Titanium Carbide-Base Cermets for High Temperature Service

508. B. Post et al., NP-6041 (1956): Cemented Borides

509. T. Raine, U.S. Patent 2,736,086 (1956): Corrosion Resitant CementedTitanium Carbide Material

- 36 -

510. J.C. Redmond and A.M. Burghardt, WADC-TR-56-8 (1956): PreliminaryInvestigation of Ultrasonic Examination of Cermet TurbineBuckets

511. J.C. Redmon~ R.J. Reintgen, J.R. Fenton and M.E. Simon, PB-131 026(1956~: Evaluation of the Engineering Properties of TiC-BaseCermets

512. L.T. Richardson and M.R. Swinehart, U.S. Patent 2,760,256; 2,760,257(1956): Silver-Base Electrical Contacts

513. V.A. Schalnov, Stanki i Instrument 27 (1), 26-8 (1956): Grinding andPolishing of CeTamic Alloys

514. M.A. Schwartz, in: F.Benesovsky, Warmfeste und korrosionsbeständigeSinterwerkstoffe, 2.Plansee-Seminar, Reutte/Tirol 1955 (Springer, Wien, 1956), 457-64: Powder Ceramics - Powder Metallurgy

515. P. Schwarzkopf, U.S. Patent 2,768,611 (1956): Gas Turbine Rotors andtheir Production

516. P. Schwarzkopf, Proc.Int.Symp. on Reactivity of Solids, Madrid 1956:Turbine Buckets by Powder Metallurgy: Cermets versus coatedMolybdenum

517. T.S. Shevlin, H.W. Newkirk, E.G. Stevens and H.M. Greenhouse, WADCTR-54-33 (1956), Pt.2: Ceramics and Cermet Materials. Preliminary Microscopic Studies of Cermets at High Temperatures

518. H.J. Siekmann, Machinery &2, (1956): Cemented Oxides or Carbides

519. L.P. Skolnick and C.G. Goetzel, ASTM Symp. on Metallic Materials forService at Temperatures above 1600 °F, Spec.Tech.Pub.174(1956): Titanium Carbide Products Produced by the InfiltrationTechnique

520. H.G. Sowman, C.E. Lacy and G.L. Ploetz, KAPL-1557 (1956): A Methodof Fabricating Stainless Steel-U0 2 Dispersion Fuel Elements

521. E.J. Soxman and J.R. Tinklepaugh and M.T. Curran, J.Am.Ceram.Soc.]2, 261-5 (1956): An Impact Test for Use with Cermets

522. J.A. Stavrolakis, H.N. Barr and H.H. Rice, Am.Ceram.S~c.Bull. ]2,47-52 (1956): An Investigation of Boride Cermets

523. R. Steinitz, Powder Met.Bull. 1 (3-6), 155-8 (1956): Materials forHigh Temperatures

524. S. Tacvorian, U.S. Patent 2,767,463 (1956): Metalloceramic Composition

525. E.J. Tangerman, Amer.Machinist 100, 154-9 (March 1956): What weshould Know about Ceramic Tools

526. E.J. Tangerman, Metalworking Production 100 (13), 516-22 (1956):What Do We Know about Ceramic Tools?

527. F.A. Trumbore, C.D-. Thurmond and M. Kowalchik, J.Chem.Phys. 24, 1112(1956): Germanium-Oxygen System

528. P.S. Turner, J.Res. NBS 21, (1956):

529. H.F.G. Uelts, U.S. Patent 2,770,029 (1956): Alloys for ElectricalResistors and Parts of Jet Engines and Rockets

530. J.M. Warde, Materials and Methods 44 (2), 121 (1956): Materials forNuclear Power Reactors --

531. C.E. Weber and H.H. Hirsch, Progr.Nu~l.EnergyV, Metallurgy and Fuels(McGraw~Hill, New York, 1956), 523- : Dispersion Type Fuel

- 37 -

532 .. A.E.S. White, Brit. Patent 750,111 (1956): Metal-Ceramic Bodies

533. A.E.S. White, F.K. Earp, T.H. Blakeley and J. Walker, Iran and SteelInst. London, Spec.Rep. No.58, 311-4 (1956): Metal-CeramicBodies

534. TI.R. Wilder, in: I.E. Campbell (ed.), High Temperature Technology(Wiley, New York, 1956), 235-50: Sintering of Metallic andNonmetallic Refractory Materials

535. V.I. Zikarev, Stanki i Instrument 27 (2), 19-21 (1956): Gebrauch vonSchneidwerkzeugen mit keramischen Plättchen

536. W.F. Zimmermann and H.A. Larson, paper: Am.Ceram.Soc., New York 1956:Performance of Some Cermet Engine Components in a TurbojetEngine

1957

537. TI.H. Ahmann et al., KAPL-1877 (1957): A UO~-Bismuth System as aReactor Fuel .:

538. Anon., Ceramics ~ (102), 29 (1957): Cermets as High-TemperatureProtective Coating

539. Anon., Genie civil 134, 379-81 (1957): Fortschritte auf dem Gebieteder Cermets und ihre industrielle Anwendung

540. Anon., Mater.TIesign Eng. 46 (1), 143-4 (1957): Cermet Pin ControlsCopper Flow in Continuous Casting Machine

541. Anon., Metallurgia 53, 239-40 (1957): New Heating-Element MaterialSuitable for~emperatures up to 1600 0

542. N.N. Ault, J.Am.Ceram.Soc. 40, 69-74 (1957): Characteristics of Refractory Oxide Coatings Produced by Flame Spraying

543. o. Bätz, Geologie 6, 452 (1957): Ceramic Materials with High AluminaContent and of Pure Alumina

544. G.W. Barnes, Grits and Grinds 48, (1957): Ceramic Cutting Tools- Progress Report

545. A.P. Beard et al. , KAPL-1770 (1957): Quart. Reactor Techn.Report No.l

546. R.J. Beaver, R.C. Waugh and C.F. Leitten, ORNL-2225 (1957): Specifications for APPR-l Fuel Elements

547. C.A. Bertella, Met.ital. 49 (8), 637-46 (1957): Cermets

548. W. Biernawski, Strojirenska vyroba 2, (1957): Gesinterte Metalloxyde - Neue Zerspanungswerkstoffe

549. T.H. Blakeley, Metal Powder Reports 11 (5), 95 (1957): Metal-Ceramics

550. T.H. Blakeley and R.F, TIarling, Engineer 203, 25-52 (1957): The TIevelopment of Refractory Nozzle Blades for Use in High Temperature Gas Turbines

551. R. Bollack and M. Rey, French Patent 1,14.9,539 (1957): AluminiumNitride Articles

552. R. Changs, NAA-SR-M-1887 (1957): Survey of Mechanical Properties TIataof Ceramic Materials

553. A.M Cherepanov, Referat.Zhur.Met. No.14 437 (1957): Cermets and theirProperties

- 38 -

554. L.A. Conant, Brit. Patent 787,273 (1957): Chromium Containing Cermets

555. L.A. Conant, U.S. Patent 2,783,530 (1957): Metal Ceramic Product

556. J.E. Cunnlngham, R.S. Beaver and W.C. Thurber, TlD-7546 (1957), 269:Fuel Dispersions in Aluminum Base Fuel Elements For ResearchReactors

557. E.H. Despard, Can.Machinery 68, 134-6, 246-8 (1957): Why CementedCarbides Behave as They Do

558. G.C. Deutsch, paper: AlME High-Temperature Materials Conference,Cleveland 1957: The Use of Cermets for Gas Turbine Blades

559. V. Dufek, Strojirenstvi 1 (11), 857-61 (1957): Determining the Quality of Sintered Hard Alloys

560. P. Duwez, paper: 16th congress on pure and applied chemistry, Paris1957: Preparation and Properties of Highly Refractory Compounds

561. F. Eisenkolb, Technik 12, 824-9 (1957): Uber die Prüfung von warmfesten metallkeramischen Werkstoffen

562. F. Eisenkolb und W. Richter, Silikattechn. §, 140-7 (1957): Untersuchungen an Sinterwerkstoffen aus metallischen und nichtmetallischen Bestandteilen

563. F. Eisenkolb und W. Schatt, Neue HUtte 2, (1957): Herstellung undPrüfung von SinterkBrpern aus Aiuminiumoxyd und Chrom

564. J.L. Ellis, Tool Eng. 38 (4), 103-5 (1957): A Machinable, Heat Treatable, and Weldable Cemented Carbide for Tooling Purposes

565. V.N. Eremenko and Yu.V. Naidich, Ukrain Khim.Zhur. 12, 573-8 (1957):Electrical Conductivity of Oxides and Their Wetting by LiquidMetals

566. H.M. Feder, N.R. Che11ew and C.L. Rosen, ANL-5765 (19B7): Interactionof Uranium and its Alloys with Ceramic Oxides

567. R.P. Felgar and J.D. Lubahn, ASTM Proc. 57, 770-88; 789-90 (1957):Mechanical Behavior of Cemented Carbides

568. H.C. Friedemann ~enn.Texas Corp., Nucl.En~.Div., New York, 1957):Development of Cermets 1950 - 1956 ,a Bibliography)

569. B.R.T. Frost, Atomics and Nuclear Energy §, 387-90 (1957): TheWetting of Solids by Liquid Metals

570. General Electric. Co., Brit. Patent 768,329; 768,532 (1957): ChromiumBase Refractory Compositions; Sintered Hard Compositions

571. R.M. Gill, Machinery 91, 1341-6 (1957): Ceramic-Oxide Cutting Tools

572. F.W. Glaser, U.S. Patent 2,807,075; 2,807,076 (1957): Chromium BorideCermets with Ch~omium or Silicon; Chromium Boride Cermet withChromium and Molybdenum

~73. F.W. Glaser, Planseeber. Pulvermet. 2, 460-83 (1957): Fortschritts-bericht über Cermets -

574. E.W. Goliber, French Patent 1,133,464 (1957): Sintered Body ofChromium and Titania

575. R.D. Grinthal, Powder Met.Bull. § (1-2), 18-22 (1957): Effect of SomeMetal Additions on Molybdenum Disilicide

576. B.A. Grjaznov, Maschinostroj Priborostroj (1957), Nr.6, 43-5: Maschinezur Bestimmung der Temperatur-Wechselfestigkeit von Sinterwerkstoffen

- 39 -

577. J. Gurland, J.Metals 2 (4), 512-3 (1957); Trans. AlME 209, 512-3(1957): Comparison of the Strength of Sintered Carbides

578. J. Gurland, Metal Progr. 72, 178- (1957): Temperature stresses inthe Two-Phase Alloy WC-Co

579. H.H. Hausner, paper: Albuquerque 1957: Fundamentals of Metal-CeramicCombinations (Cermets)

580. E. Heymmel, paper: Int.Pulvermet. Tagung, Eisenach 1957: Zerspanungstechnische Untersuchungen an keramischen Schneidwerkstoffen

581. J. Hinnüber, German Patent 1,019,470 (1957): Tungsten-Carbide-CobaltAlloys

582. A. Hivert and S. Tacvorian, Rev.met. 54 (1), 57-64 (1957); Met.ital.49 (10), 745 (1957): A New High-Temperature Material: Chromal

583. G. Imich, U.S. Patent 2,793,949 (1957): Composite Products ContainingMetallic and Nonmetallic Materials

584. H. Isken, Neue Hütte g (9), 580 (1957): Influences of Test Conditionsand Grain Size on Toughness and Hardness Values and on FreeSurface Wear of Hard-Metal Specimens

585. 1.1. Iskol'dski~ and L.P. Bogorodskaya, Zhur.Priklad.Khim. 30 (2),177-85 (1957): Regarding the Possibility of Producing Metallorefractory Hard Alloys Based on Borides of Chromium, Titaniumand Tungsten

586. J.R. Kattus, Jet Propulsion (June 1957), 644-9: Structural Materialsfor Missile Application at Very High Temperatures

587. N.F. Kazakov and M.N.Andrianova, Stanki i Instr. 28 (5), 24-5 (1957):Determination of Cutting Performance of Tungsten Carbide withCobalt and.z'or- Nickel as Binders

588. D.L. Keller, BMI-1208 (1957): Evaluation of Reactor Core Materialsfor a Gas-Cooled Reactor Experiment

589. W.D. Kingery, paper: 16.Kongr.f.reine u. angew.Chemie, Paris 1957:Surface Tension and its Temperature Dependence for LiquidMetals and Metal-Oxides at Elevated Temperatures

590. W.D. Kingery, J .Am.Ceram.Soc. 40, 351-2 (1957): Note on Thermal Expansion and Microstresses in Two-Phase Composites

591. C. Kopelman, TID-7546 (1957), 231: Recent Developments in DispersionType Fuel Elements

592. B.S. Korshunov, Vestnik Mashinostroeniya 37 (9), 54-6 (1957): Electrochemico-Mechanical Machining of Hard Metals

593. W.J. Kramers< D.R. Whitt~er and W.B. Rotsey, Brit. Patent 784,321(1957): Cermets from Thoria and Thorium

594. G.S. Kreimer, A.J. Baranov and O.S. Safonova, Fiz.Metal. i Metalloved.2 (2), 361-4 (1957): Static and Cyclic Strength of SinteredTungsten Carbide- Cobalt Hard Metals

595. M.C. Lambert and D.C. Bixby, HW-19 300 (1957): X-Ray Photometrie Determination of Uranium in Metal Oxides

596. H.W. Lavendel and C.G. Goetzel, WADC-TR-57-135 (1957); AD-131 031(1957): A Study of Graded Cermet Uomponents for High Temperature Turbine Applications

597. W.G. Lawrence,1957),

in: The Defect Solid State (Interscience, New York,: Ceramic Materials for High Temperatures

- 40 -

598. J.W. L~ndenthal, J.G. Stradley and T.S. Shevlin, WADC-TR-54-173;PB-131 342 (1957): Alumina-Base Cermets

599. D.T. Livey, Trans.Brit.Ceram.Soc. 2§ (9), 482-98 (1957): Ceramicsand the Development of Nuclear Power

600. J. Lomas, Machinery Lloyd 29, 55-7 (1957): The New Refractories

601. M.W. Ivlallett{ J.W. Droege, A.F. Gerds and A.W. Lemmon, BMI-1210(1957): The Zr-U0 2 Reaction

602. H. Matsumoto, S. Yamauchi and S. Nishiyama, Nagoya Kogyo GijutsuShikensho Hokoku 6, 110 (1957): Alumina-Base Cermets. I. Adherence Between Alumina and Chromium

603. N.C. Moore, U.S. Patent 2,785,974 (1957): Process for ProducingMetal Ceramic Compositions

604. W.G. Morgan and G.C. Deutsch, NACA-TN-4030 (1957): ExperimentalInvestigation of Cermet Turbine Blades in an Axial-FlowTiirbojet Engine

605. P. Murray, Refractories J. 33, 2-6 (1957): Some Aspects of Ceramicsin Atomlc Energy

606. S. Palmquist, Jernkontorets Ann. 141, 30C-7 (1957): Tensi1e StrengthDetermination in Brittle Materials, Particu1arly CementedCarbides

607. S.J. Papr-ockd , D-L. Keller and G.W. Cunnf.ngham , BMI-1l84 (1957):Fabrication of Dispersed Uranium Fuel Elements Using PowderMetallugry Techniques

608. N.M. Parikh, J.Am.Ceram.Soc. 40, 335-9 (1957): Cermets. Irr. Modesof Fracture and Slip in Cemented Carbides

609. N.M. Parikh and M. Humenik jr., J.Am.Ceram.Soc. 40, 315-20 (1957):Cermets. 11. Wettability and Microstructure Studies inLiquid-Phase Sintering

610. A.C. Pezzi and H.:P. Kling, PB-131 093 (1957): Improvement of theImpact Resistance of Cermets

611. K. Pfaffinger et al., Produat Eng. 28, B6-8 (Oct.1957): TitaniumCarbide Cermets for High-Temperature Applications

612. R. Pollack and M. Rey, Brit. Paterrt 785,814 (1957): Production andArticles of Aluminium Nitride

613. H.B. Probst and H.T. McHenry, NACA-TN-3894 (1957): Study of theImpact Behavior of High Temperature Materials

614. T. Raine, Metal Powder Reports 11 (5), 91 (1957): Sintered Carbides

615. W. Richter, Neue Hütte 2 (8), 506 (1957); Silikattechn. 8 (9), 387-9(1957): Keramikmischungen für den Hochtemperaturbereich

616. G. Ritzau, in: Jahrbuch der Oberflächentechnik1957), : Stand und Problematik der Cermet Sinterwerkstoffe

617. L. Robins and E.M. Grala, NACA-TN-3927 (1957): Preliminary Investigation of the Effect of Surface Treatment on the Strength of aTitanium Carbide - 30 %Nickel-Base Cermet

618. M.T. Robinson, CF-57-6-42 (1957): The Reaction of Zirconium with U02

619. O.A. Sandven, AGARD-Rep. No.99 (1957): Cermets as Potential Materialsfor High-Temperature Service

(1957): Performance of Ceramic

- 41 -

620. W. Schatt, Silikattechn. Q, 268-73 (1957): Gefügeuntersuchungen anSinterkörpern aus Tonerde und Chrom

621. A.O. Schmidt et al., Machinery 90,Tools

622. A.W. Searcy, J.Am.Ceram.Soc. 40, 431 (1957): Predicting the Thermodynamic Stability and Oxidation Resistance of Silicide Cermets

623. M.C. Shaw, A.D. Hoch und T.R. Reinhart, Tool Eng. 39, 109-14 (1957):Amerikanische oxydkeramische Schneidstoffsorten

624. T.S. Shevlin, Ceram. Age 70 (5), 22 (1957): Cermets, Their Natureand Uses

625. A. Siede and A~G. Metcalfe, PB-131 820 (1957): Cermet Preparationby Reactions in the Iron-Aluminum-Oxygen System

626. F. Skaupy, Neue Hütte ~ (8), 507 (1957): Neuere Entwicklung vonHartstoffen hoher Temperatur- und Korrosionsbeständigkeit

627. R. Steinitz, in: Aviation Age, R&D Handbook ( ,1957),: Oe~Ls and ~etal1ic Refractories

620. W.,T. Strang, Engineer 204 (5304), 417 (1957): Use of NonmetallicMaterials at H'i.gh Temperatures

629. Syracuse Uni.v., New York, NP-6402 (1957): Materials Evaluati.on inRelation to Component Eehavior

630. S. Tacvorian, Lnd i c e r-arn , (1957), No.486, 139-49: Evolution of Re-·fractory Materials: Superrefractories and Cermets

631. R. Takagi, K. Tamura andY. ':':am.ura, Kikai Shikensho Shoho 11 (4),140-4 (1957): A S~udy of erB Cermet

632. J.A. Ternisien, Techn.Mod. ~, 94-8 (1957): Cermets als Kataysatoren

633. V.Ya. Tretyakov, Neue Hütte? (S), 505 (1957); Technik 12 (11), 733-5(1957): Properties and lI'lanufacture of Metallo·-Ceramic WC-CoAlloys

634. G. Verrtrur-e.lLo and V. Ooen, l'iletallurgia Ital. 49, 621-5 (1957): Herstellung eines Cr-Al')03 Cermets nach der aluminothermi.schenMethode ~

635. R.C. Wangh and R.J. Beaver,CF-57-9-60 (1957)~ Recent Development inthe Powder IJIE:tallurgy Application o r Uranium Oxides to Aluminum Hesearch Reactor Fuel Elements

636. B.C. Weber, W.M. Thomson, E.O. Bielstein and M.A. Schwartz, J.Am.Ceram.Soc. 40, 363-73 (1957): Ceramic Crucible for Melti.ngTitanium -

637. J. Weil1, Usine Ncuv , , Sondernummer 1957, 1<'35, 187-8: Ke r-amd s cheS chne Ldwer-k seuge

638. R.';. Westex'holm, Gr:Lts and Grj.nds 48 (10), 3-7 (1957): Norton RokideCoatings Helping Industry toBreak Through l!~'hermal Barrier"

639. J. Williams, TID-7546 (1957), 554: Dispersion Type }i'ue1 Elements forResearch Reactors Based on Fissile Ceramies

640. L.S. Williams, D.T. Livey, E. Barnes and P. Murray, <T.Nucl.Energy..±,164-78 (1957): Investigation of Three Cermets on UraniumOxide Baeä s

64Oa-,G. Youssov, U.S. Patent 2,789,341 (1957): Ceramic Re:fractory Products (Cermets)

1958

641- Anori, ,

642. Anon. ,

643. Anon. ,

644. Anon. ,

645. Anon. ,

646. Anon. ,

647. Anon. ,

660. H.J.

659. T.S.

- 42 -

ASTM 13 311-58 (1958): Density 01' Cemented Carbides

Ind. Heating~, 791-6 (1958): Cermets: Production andTesting

Machinery 64, 140 (June 1958): Sintered Metal Ceramies forHigh-Temperature Applications

Metal Ind. 93, 252 (1958): Slip Casting Cermets

Metal Progr. 74 (4), 96 (1958): Preview 01' Space Metals

Metal Progr. 73 (5), 97 (1958): 13etter Ways to FabricateHigh-Temperature Materials

Metallurgia 57, 247-50 (1958): Sintered Metaland CerametallicFriction Materials

648. Anon., Mater. Design Eng. 48, 231-3 (Oct.1958): Refractory Ceramiesand Cermets

649. Anon., NBS - Techn.News 13ull. (Oct.1958), 196-7: Determining Mechanical Properties 01' 13rittle Cermets

650. P. Asanti, Teknillisen Kemian Aikakanilekti]2, 9-10 (1958): CeramicMetal Materials

651. K. 13ackhaus, Elektrowärme li, 189-93 (1958): Uber einige Fortschritteauf dem Gebiet der Werkstoffe für die Elektrowärmetechnik

652. M. 13asche, R.G. 130urdeau and J. Wulff, P13-133 199 (1958); U S. Govt.Res.Repts 30 (4), 262 (1958): Joining 01' Titanium CarbideNickel Cermets

653. S.J. 13asham, J.H. Stang and E.M. Simons, Nucl.Eng.Sci.Conf., Chicago1958; Preprint 23; 24: Corrosion Screening 01' Component Materials for NaK Exchange Systems

654. Y. 13askin and T.A. Greening, WADC-TR-58-152 (1958), Suppl.l: Study01' the Mechanism 01' Failure 01' Rocket Materials

655. A.P. Beard and R.N. Honeyman, paper: Metallurgical Soc., Cleveland1958: Preparation 01' Zirkonium-13ase Dispersion Fuels

656. C.W. 13esserer, TG-370-14 (1958): Ramjet Technology - Materlals forRamjet Engines and Components

657. T.K. 13ierlein, H.W. Newkirk and 13. Mastel, J.Am.Ceram.Soc. 41, 196200 (1958): Etching 01' Refractories and Cermets by Ion Bombardment

658. I. 13inder and R. Steinitz, WADC-TR-58-432 (1958): An Investigation01' the Mechanical Properties 01' Cermets as Related to theMicrostructure

13ragdon< P13-134 946 (1958); U.S. Govt.Res.Repts 30 (6), 613(1958): Evaluation 01' Cermets for Jet E-.agine Turbine Blade

13rown, USo Patent 2,837,428 (1958): Method 01' Sintering Chromium-Alumina Metal Ceramics

661. J. 13uTkett, Metal1urgia 58, 32-6, 64-6 (1958): Metallurgie in derKerntechnik

662. J .D. 13urney, WADC-TR-15-0971 (1958): AStudy 01' the Possibili ty 01'Reinforcing High-Temperature Alloys by Addition or Refractory Powders

- 43 -

663. LA. Bystrova and V.F. Funke, Izvest.Akad.Nauk.SSSR.§. (1), 37-41(1958): Some Data on the Properties of Cemented Carbides withUneven Distribution of the Cementing Phase

664. N.T. Cannistraro, Metal Progr. 74 (5),111-3 (1958): Where Do WeStand in Ceramic CoatingS-

665. A.J. Carah, Iron Age 181, 102-4 (1958): What We Need in HighTemperature Materials

666. R.D. Carnahan, T.C. Johnston and C.H. Li, J.Am.Ceram.Soc. 41, 343-7(1958): The Wetting of A1203

by Aluminum

667. J. Caste1franco, Ceram.Ind. 70 (5), 84 (1958): What Can Ceramies Dain Missiles -

668. J.S.S. Cole and F.J. Hynes, Bull.Am.Ceram.Soc.37, 135-8 (1958): SomeParameters Affecting Ceramic-to-Metal Seal Strength of HighAlumina Body

669. L.A. Conant, U.S. Patent 2,843,646 (1958); Brit. Patent 788,918/9;796,489 (1958): Laminated Ceramic-Cermet Articles; ChromiumAlumina. Cermets; Metal-Ceramic Composition

670. R.M. Corelli, Aerotechnica 38, 71-87 (1958): Cermets, Ceramies andProtective Coatings for High-Temperatures Applications in JetPropellers

671. G.W. Cunningham, A.K. Foulds, D.L. Keller and W.E. Ray, Nucl.Sci.Eng •..1, 449-57 (1958): Development of Composite Control Rod

672. J.E. Cunningham and R.J. Beaver, paper: Metallurgical Soc., Cleveland 1958: Stainless Steel-Uranium Dioxide Fue1 Components forArmy Package Power Reactor

673. J.E. Cunningham, Proc.2nd Int.Conf. Peaceful Uses Atomic Energy,Geneva 1958, Vo1.6, 521-30: APPR Fuel Technology

674. M.T. Curran, R.P. Riegert, R.K. Francis, R.S. Truesdale and ,LR.Tinklepaugh, PB-131 188 (1958); U.S. Govt.Res.Repts 29 (5), 274

(1958): Ceramic Reinforced Alloys and Plated Cerroets

675. R.W. Dayton and C.R. Tipton, BMI-1294, 1301, 1304, 1307 (1958):Progress Relating to Civilian Application

676. G.G. Deutsch< A.J. Meyer and G.M. Ault, NATO-Adv.Group Rep.No.185(1958): A Review or the Development of Cermets

677. J. Dubusson, A.Houyvet, E. LeBoulbin, R. T.ucas and C. Moranville,Proc.2nd UN Int.Conf. 6, 551-60 (1958): The Preparation ofUranium Ca.rbi.de Cermets arid Stoichiometric Monocarbide bySintering under Stress

678. F'. Eisenkolb, Forschungen u , Fortschritte 32, 257-63 (1958): Uberpulvermetallurgische Verbundstoffe aüs metallischen undnicht-metallischen Bestandteilen

679. A.L. Eiss, SCNC-257 (1958): Reactivity of Certain Uranium Dioxideswith Aluminum

680. J.L. Ellis et al., U.S. Patent 2,843,501 (1958): Method for thePrecision Production of Infiltrated Articles

681. V.N. Eremenko und J.V. Najditsch, Akad.Nauk.Ukrain RSR, JPRS-5006(1958): Oberflächenbenetzung hochschmelzender Stoffe mitseltenen Erden

682. W.A. Recher and G. Lorenz, Arch.EisenhUttenwes. 29, 293-300 (1958):Untersuchungen zur Entwicklung eines oxydischen Thermoelements

700. H.H.

70l. H.H.

702. H.H.

703. F.W.

- 44 -

683. R.K. Francis, R. Brown, P.P. McNamara and J.R. Tinklepaugh, PB151 664 (1958): Metal-Ceramic Laminates

684. M. Frangon and Y. Gandon, Compt.Rend. 246, 922 (1958): Untersuchungder Kontaktwinkel flüssiger Oberflächen mit festen Körperndurch Interferenzen mit polarisiertem Licht

685. T.F. Frangos, Ceramies ..2" 22-6 (1958): Alumina-Type Cermets

686. T.F. Frangos, Mater. Design Eng. 47 (2), 112-5 (1958): New AluminaType Cermets

687. R.S. DeFries and E.E. Re~nolds, PB-132 831 (1958); U.S. Govt.Res.Repts 30 (2), 77 ~1958): Evaluation of Cast Welding of Cermets to-Austenitic Alloys

688. T. Fukatsa, Funtai oyobi Funmatsuyakin 2, 41-5; 107-14 (1958):Cermet Binders. Pt.l/2

689. W.F. Gibson, Ceramies 9 (117), 8-16 (1958): Ceramic Sealing Appliedto Engineering Problems

690. F.W. Glaser, in: Ch.L.Mantel (ed.), Engineering Materials Handbook(McGraw-Hil1, New York, 1958), Sect.22, 27-33: Cermets

691. E. Glenny and T.A. Taylor, Powder Metallurgy (1958), No.l/2, 189226: The High-Temperature Properties of Ceramies and Cermets

692. C.G. Goetzel, J.Metals 10, 180-1 (1958): Powder Metallurgy in theUSSR

693. E.W. Goliber, U.S. Patent 2,841,862 (1958): Refractory Compositionsof Titanium Oxide and Chromium

694. J.W. Graham and W.F. Zimmermann, Metal Progr. 73 (4), 108-11 (1958):Cermets in Jet Engines

695. J.W. Graham arid W.F. ZilDlIlerman.n, Metal Progr. 73 (3), 89-91 (1958):What's Happened to Cermets

696. J. Gurland, Trans.Am.Soc.Met. 50, 1063-71 (1958): Temperature Stressesin Two-Phase Alloy WC-CO-

697. J. Gurland, Office of Naval Res., NOnr-562 (19), NR-039-028, Tech.Rpt No.l (1958): Metallographie Study of the Deformation ofa Particle-Strengthened WC-Co Alloy

698. C.B. Gwyn jr., U.S. Patent 2,830,898 (1958): Electrical ContactElements

699. J. Haglund and S. Amberg, Elektrowärme 16, 151-5, Disc. 156-62 (1958):Ein Widerstandsmaterial für Temperaturen bis 1600 oe

Hausner, Proc. Am.Soc.Met., Cleveland 1958, 315-39: Fundamentals of Metal-Ceramic Combinations (Cermets)

Hausner, NYO-8530 (1958): Slip Casting of Cermets

Hausner, Metal Progr. 73 (1), 105-8 (1958): Report on PowderMetallurgy in USSR --

Heck, D.P. Ferriss and G.J. Comstock, PB-132 324 (1958); U.S.Govt.Res. Rpts 30 (5), 340 (1958): Navy Project for Investigation of Hot Coined Cermet Coating~Refractoryand Resistantto Oil Ash Corrosion

704. T. Hibino, Y. Wakao and S. Yamouchi, Rep.Gov.Ind.Res.Inst.Nagoya 7,69-73 (1958): Oxides for Cermets. M. -

705. F.R.

706. A.F.

707. G.R.

708. G.R.

709. J •. B.

- 45 -

Himsworth, A.W. Elmes and L.G. Hugget, Brit. Patent790,621 (1958): Chromium-Alumina Cermets

Hofstatter, Materials Design Eng. 47 (4), 115 (1958):Protecting Metals at High Temperatures

van Houten, Welding J. 37, 558s-69s (1958): A Surveyof the Bonding of Cermets to Metale

van Houten, Materials Design Eng. 48 (7), 110-4 (1958):Ceramic-to-Metal Bond --

Huffad ine, Longla.nd and Moore, Powder Metallurgy NI'.1/2,235-52 (1958/59): The Fabrication and Propertiesof Chromium-Alumina and Molybdenum-Chromium-AluminaCermets

710. W. Jellinghaus und T. Shuin, Stahl und Eisen 78 (7), 419(1958): Cermets aus Aluminiumoxyd und~isen oderEisenlegierungen

711. J.R. Johnson, Powder Meta11urgy in Nuclear Engineering(Am.Soc.Met., Cleveland, 1958), 193-206: CeramicFuel Materials for Nuclear Reactors

712. J.W. Johnson and M.A. Breding, J.Phys.Chem. 62, 604-7 (1958):Miscibility of Metals with Salts in the Molten State.Irr. The Potassium-Potassi-Qill Halide Systems

713. W.D. Jones, lVIetals Ind. 92, 450 (1958): Metal Ceramics714. M.F. Judkins, Metals for Supersonic Airkraft and Missiles

(Am.Soc.Met. 1958), 340-52: Specific Ceramics andCermets of Promise

715. L.P. Kachalova und A.I. AV'f;ustinik, Izv.Vysch.Uch.Zav.Chim.(1958), Nr.5, 70-5: Cermets auf Basis Zr0 2-Zr

716. L.W. Kates (ed.), SCNC-261 (1958): QUbrterly 'l'echn • .2rog.Report

717. E. Kato, Nagoya Kogyo Gijutsu Shikensho Hokoku 7 (5), 64(1958): Sintering of TiC-Base Cermets : I. Aut omat I cRecording Apparatus for Expansion emd ContractionDuring Sintering

718. C. Kawashima and S. Saito, Yogyo Kyokai Shi 66 (752),174-82 (1958): Titanium Carbide Cermets Sinteredin a Hydrogen-MolybdenuIll Ji'urnace

719. C. Kawashirna, S. Saito and T. Hanazawa, Yogyo KyokaiShi 66 (753), 191-203 (1958): Titanium CarbideCobalt Cermets Sintered in a Hydrogen-MolybdenumFurnace

720. C. Kawashima, S. Saito and T. Hanazawa, Yogyo KyokaiShi 66 (753), 204-13 (1958): Titanium CarbideNickel Cermet Sintered in a Hydrogen-lVIolybdenumPurnace

721. C. Kawashima, S. Saito and M. Kato, Funtai oyobi Funrnatsuyakin5, 18-25 (1958): Pressing Metallic Powder by theHydrostatic Method. I. Studies on Pressing of TiC-CoSystem Cermet

722. D.L. Keller, Reactor Core Mat. 2 (3), 11-4 (1958):Dispersion Fuel Materials

723. M.J. Kerper, L.E. Mong, M.B. Stiefel and S.~. Holley, J.Res·Nat.Bur.Standards 61 (3), 149-69 (1958); NBSTechn.News.Bull. 42 (10), 96-7 (1958): Evaluationof Tensile, Cornpressive, Torsional, Transverse,and Impact Tests and Correlation of Results forBrittleCermets

- 46 -

724. R. Kieffer und R. Meyer, Chim.lnd. 79, 414-31, 589-99 (1958):Powder Metallur'gy - Its General IJevelopment andits Future Possibilities in the Field of Mechanica11ySound Refractories and Cermets

725. R.M. King, R.J. Brinkm~nn and W.E. Watkins, PB Rept. 134 765(1958). U.S.Govt.Research Repts. 30 (5), 341 (1958):Resistance to Continued Heating or-Powdered CoverCoats Applied to Enameling Iron and Ferritic Alloys

726. Vi.]). Kingery, Ceramic Fabrication Processes (J. Wiley,New York, 1958)

727. J. Kittl and J.H. Handwerk, ANL-5675 (1958): Prelimindr:vIrradiations of Ceramic Fuels U02' U02-zr and Th02-U02

728. J. Kittl, R.E. Machado, J.A. Mazza,J. Sabato and J. Silbert,2nd Int.Conf., Geneva 1958, 6, 531-7: Manufactureof Fue1 Elements of the Argonaut-Type

729. R. Kiyoura and T. Sata, Yogyo Kyokai Shi 66 (747), 49-59(1958): Selection of Metals for Cermet Bodies ofAlumina Series

730. F. Kölbl, Maschinenwelt, Elektrotechnik 13, 127-37 (1958)und Planseeber.Pulvermet. 6, 48-00 (1958): Kanndie Schneidkeramik das Hartmetall ersetzen?

731. J.H. Koenig, Materials ])esign ~ng. 47 (5), 131-6 (1958):Ceramies for High-Temperature Use

732. H.C. Kopituk, Nletal Progr. 73 (6)~ 79-84 (1958): Materialsfor Rocket Engines --

733. W.J. Kramers and J.R. Smith, Ln t ern v Congrv Pur-e Appl.Chem.1957. Mineral Chem. (1958): The Chemical Interactionof Refraatory Oxides with Metals at High Temperatureand the Influence of Non-Metallic Additions

734. S. Krapf, U.S.Patent 2,848,324 (1958): Metallic Agglomerates735. G.S. Kreimer, 1.1. Sidorin and E.F. Tishchenkova, Izvest.

Akad.Nauk SSSR 6 (3), 113-8 (1958): The FatigueStrength ofTungsten Carbide-Cobalt Hard lVletals

736. H. Lawendel and C.G. Goetzel, PB Rept. 131 434 (1958). U.S.Govt.Research Repts. 29 (6), 347-8 (1958): Stüdyof Graded Cermet Components for High TemperatureTurbine Applications

737. C.F. Leitten, iN.J. Kucera, CF 58-10-30 (1958): FOl'eignHeactor Fuel Sarnple Irradiation of U308-AI-IJispersions

738. J.W. Lennon, Ind.Eng.Chem. 50, 1433-7 (1958): Ceramies739. G.N. Levin, U.S.S.R.Patent 75,347 (1958): WC-Ni Hard Alloy740. L.]). Loch, Chem.Eng. 65 (13), 105-9 (19~8): Materials for

Use at Temperatures above 2500 F (1370 0 C)741. P. Loewenstein, in: Ceramic Fabrication Processes (J. Wiley,

New York, 1958), 195-8: Some Possible Applicationsof Metal-Working Processes to Cerarnics and Cermets

742. T. Matsukawa, Japan.Patent 4705/58. 7506/58 (1958):Electrical Contact Materials

743· H. Matsumoto, S. Yamanchi and G.N. Nishiyama, Nagoya Ind.Exp.Sta.Rep. 7 (1958), 543-52: Alumina-Base Cermets.IT. Effects of-Additives on the Adhesion BetweenAlumina and Iron

744· M.J.C. Matthijsen, Metaalbewerking, No.22, p.452, 1958.No.23, p.467: Sintered Ceramic Tool Materi&ls (I-TI)

745. S.I. Megeff and J.L. Zambrow, paper: Fall Meeting, Met.Soc., Cleveland, 1958: Fabrication of AluminumPlate-Type Elements Containing Uranium-])ioxide asthe Fuel

- 47 -

746. T. Mitsuhashi and K. Tamura, Nippon Xinzoku Gakkaishi 22 (8),416-20 (1958): Study of Disilicide Cermet --

747. b.T. Montgomery, T.S. Shevlin, H.M. Greenhouse and H.W.Newkish, PB Rept. 131 470 (1958): U.S. Govt.ResearchRepts. 29 (5), 274 (1958): Preliminary MicroscopicStudies-of Cermets at High Temperatures

748. X. Müller, El ektz-o technv z . 10 (B), 69-71 (1958): Vakuumdichte IVletall-Keramik-Verbindungen

749. P. Murray and J. Williams, Proc.2nd Int.Conf.,Geneva 1958,~, 538-50: Ceramic and Cermet Fuels

750. Yu.V. Nuidich and V.N. Eremenko, Voprosy Poroshkovi Met. i?rochnosti Materi~lov, Akad.Nauk SSR (1958), No 6,53-64: Wetting of Hard Surf&ces of Some Fusible Compounds with liquid Metals

7:>1. Nat .Res. Council, IVIAB-146-M: Report on Composi te StructuralLiaterials

752. L. Navias, U.S. Patent 2,855,491 (1958): Metal-CeramicL:lectrical Resistors

753. H.W. Newkirk and H.H. Sisler, J.Amer.Ceram.Soc. 41, 93-103(19?8). (Disc.ibid. 42, 306-9(1959): Determinationof Residual Stl'eSSeSln TitaniulIl Carbide Base Cerrnetsby High-Temperature X-ray Diffraction

754. F.I. Orell and H.H. ltoge, paper s Fall Meeting, IVlet.Soc.,Cleveland, 1958: Altenate $Qnding Techniques forFuel Element Components

755. J.H. Oxley, J.F. Hannah, J.M. Blocher and I.E. Campbell,USo AEC. BMI-1297 (1958): Coating of Uranium Dioxide Powders with Metallic Tungsten Films

756. S.J. Paprocki et al., BMI-1259 (1958): Fabrication ofCermet Fuel Elements

757. S.J. Paprocki et al., paper: Fall Meeting, Met.Soc.,Cleveland, 1958: Pressure Bonding of Zircaloy-CladFlat-Plate Uranium Dioxide Fuel Elements

758. A. Petzold, Werkstoffe und Korrosion 9, 761-5 (1958):Kermische Uberzüge als Hochtemperatur-Korrosionsschutz für Metalle

759. V.V. Rassochin and M.A. Pura, Stanki i Instr.(Febr. 1958),12-4: Vergleich metallkeramischer und Schnellstahlz e r-apanungewe rkze'uge

760. J.C. Redmond. Off.Techn.Serv.,PB-131, 783 (1958): DesignParameters for Cermets

761. P.F. Rempes, B.C. Weber and M.A. Schwartz, Am.Ceram.Soc.Bull. 37 (1958), 334-9: Slip Casting of Metals,Ceramies and Cerrnets

762. A.E. Richt, CF-58-8-35 (1958): Metallographic Examinationof Irradiated Cerrnet Fuel Elements

763. R. Riviere and R. Bernard, J.Phys.Radium 19, 81-2 S (1958):Nachweis der inneren Spannung in WC-Co-Verbindungen

764. J.F. Roberts, Ceramics 9, Nr.115, 6-8,10 (1958): SinteredProducts and Cermets

765. Yu.N. Ryabinin, Piz.Met. i Metalloved. ~ (5), 893-9 (1958):The Uses of Super-Hard Alloys in High-Pressure Vessels

766. G.V. Samsonov and N.S. Strel'nikova, Ukrain.Fiz.Zhnr. 3,135-8 (1958): On the Thermoelectromotive Force-cfSome Metallic Borides and Carbides in Contact withCopper

- 48 -

767. I.M. Schifferli, Prod.Eng. 29 (1958), 84-5: Slip CastingIts Field Broadens

768. H. Schreiner, German Patent 1,029,571 (1958): SinteredComposite Material for Electrical Contacts

769. R. Scott and J. Williams, Trans.Brit.Ceram.Soc. 57, 199-209(1958): The Warm Pressing of U02 and U02-MetallVIixtures

770. S. Shapiro and M. Galvez, Proc.2nd Int.Conf., Geneva 1958,6, 516-20: A New Fabrication Technique for theProduction of Stainless-Steel Oxide-Dispersion ~uel

Elements771. 2.M. Shapiro, WAPTI-PMM-167 (1958): Fesume of Uraniwfi Oxide

Dat a Ir772. T. Shimohira and T. Yamauchi, Yogyo Kyokai Shi 66 (748),

83 (1958): Study on the Oxidation of Solld Solutionsof TiC-Cr")C 2 System and Cermets of TiC-Cr3C2-(Ni,Co) System

773. A. Siede and A.G. Metcalfe, PB Rept. 131 820 (1958), U.S.Govt.Besearch Bepts. 30 (2), 80-1 (1958): CermetPreparation by Reactions in the Iron-AluminumOxygen System

774. G.M. Slaughter, P. Patriarca and W.TI. Manly, Welding J. 37(6), 249-54s (1958): Bonding of Cermet-ValveComponents to Metals

775. w. Späth, Metall 12, 925-9 (1958): Die Festigkeit von Hartmetallen -

776. R. Steinitz, Jet Propulsion 28 (1), 15, 68-70 (1958):Recent Advances in Cermets

777. R. Steinitz et al., WADC-AF33 (616)-5084 (1958): An Investigation of the Mechanical Properties of Cermetsas Related to the Miclostructure

778. D.R. Stenquist and R.J. Anicetti, paper: Fall Heeting,Met.Soc.,Cleveland 1958: Fs.brication of CeramicFuel Elements by Swaging

779. S. StolchheiEl, '1'001 Engng 41,193-4 (1958): Cermet ControlRod Fabrication by-Powder Rolling

780. J.G. Stradley and T.S. Shevlin, Off.Techn.Serv., PB-l 51 143(1958): Alumina-Base Cermets

781. R. Takahashi, Rippon Kogyo Kaishi 74, 934 (1958): On theElectrolytic Corrosion of Tungsten Carbide-CobaltHard Metal

782. J.B. Townsend in: Metals for Supersonic Aircraft and Missiles(Am.Soc.Met. 1958), 353:b2: ReView, SummaryandEvaluation

783. P. Turillon and N.J. Grant, lVIit. AD-155 559, AF. WATIC-TR58-29 (1958): Preliminary Study of the SystemTitanium-Aluminum Oxide Extruded Alloys

784. W.P.Wallace, M.T. Simnad and B. Turovlin, Vortrag: FallMeeting, Met.Soc., Cleveland 1958: Fabrication andProperties of Uranium-Zirconium Hydride Fuel Elementsfor Triga Reactors

785. B.C. Weber et a1., Am.Ceram.Soc.Bul1. 37 (7),334 (1958):Slip Casting of Metals, Ceramics and Cermets

786. C.E. Weber and H.H. Hirsch, in: Powder Metallurgy of Nuc:iearEngineering (Am.Soc.Met., Cleveland 1958), 224-41:TIispersion Type Fuel Elements

- 49 -

787. F. Wever, W. Jellinghaus und T. Shuin, Forschungsbel'. Nordrhein Westf., 1958: Gemischtkeramische Sinterwerkstoffe aus Aluminiumoxyd und Eisen oder Eisenlegierungen

788. A.E.S. White, Brit. Patent 803,079 (1958): Metal-CeramicBody, Wiedes Carbidwerk FreYung, German Patent

1,042,449 (1958): Bodies of High-Melting Metals andMe taL Oxi des

789. A.E. 'Nilliams, Ind.Finishing 10 (1958), 22-6: BondingCeramies to Metals --

790. L.S. Wil1iams and J. Graham, proc.Austrian Atomic EnergySymp. Sect. 1153 (1958): Special Cerdmics andCermets Investigations

791. Vi. Wolek, Chemik 11, 113-6 (1958): Cermets

792. W.J. Wright, h.B. Gibbon and J. Williams, Powder Met.Nr.l/2,253-72 (l95d/59): 'I'he FabTication and Propertiesof Urunium-Oxide-Iron Cermets

793. S. Zirinsky and D.S. Carr, Techn.Proc. 45 t h Ocnc s Ame r .Electroplaters Soc. (1958), j7-104: ElectrodepositedNetallic and Flame-Spr0yed Ceramic Coatings

794. C.R. Agte, R. Kohlermann and E. Heymel, (Akademie-Verlag,Berlin, 1959), Schneidkeramik

795. N.A. Alekseeva, A.I. Bardnov and G.S. Kreimer, Izvest.Akad.Nauk SSSR, Otdel.Tekh.Nduk, Met i Toplivo },92-8 (1959): Effects of Composition, Structure andTesting Temperature on the strength, Hardness andIJuctility of TQ~gsten Carbide-Cobalt Cermets

796. B.C. Allen and W.TI. Kingery, Trans.Met.Soc. AlME 215 (1959):Surface Tension and Contact Angles in Some LiquidMetal-Solid Ceramic Systems at Elevated Temperatures

797. Ancn , , lüectr.lVIanufact. 63,9-10 (June 1 j59): Nature of Cer-am i,cMetal Bonds Investigated

798. Anon , , Engng 187, 90 (1959): Ceramics and Cermets: The Searchfor New High Temperature Materials

799. Anon., J. Iron and Steel Inst. 191, 65-6 (1959): PowderMetallurgy of Ceramic-Metal r~aterials (Symp.)

800. Imon., Mater.Design Engng 5u, 273-5; 317 (Oct. 1959):Properties of Materials: Refractory Ceramies andCermets; Ceramic, Cermet and Refractory Coatings

801. Anon., Office of Technical Services CTR-319 (1959): Cermets1940-59

802. Anon., steel 144, 34 (Jan. 1959): .2rocess ,.I:lkcs 1:letto'Cermets at Lower Cost (BibliogrLphy, 112 ref)

803. D.J. Armstrong, D. Murray and L.M. Hopkin, J. Less-CommonMetals 1:, 125-310 (1959): Techniques for CreepTesting zt High Temperatures

804. W.L. Aves, Vortrag: Electrochem.Soc.Columbus 1959: MetalCeramic

805. W.L. Aves, Metal Progress 75 (3), 90-94, 189-90 (1959):Coating for Re-Entry

806. J. Baird, R. Friddle, H. Bergua and J. Diaz, Nucl.Sci.Entng~ (1), Suppl. 130-1 (1959): Recent Improvementsin the Fabrication of the ISNSE Aluminum PlateFuel Element

- 50 -

B07. R.J. Beaver and J.E. C~~ningham, TITI-7559 (1959), 45-B:Recent TIevelopment in Aluminum-Base Fuel Elementstor Research Reactors

BOB. H. Bergua, E. Friddle, J. TIiaz ",nd J. Baird in: H.H. Hausnerand J.F. Schw~ar (eds.), Nuclear Fuel Elements(Reinhold Publ., New York 1959), Chap , 11,184-92:Fabrication of the ISNSE Fuel Element tor LowPower Research Eeactors

B09. J. Binder and B. Steinitz, Off.Techn.Serv. FB-151 722 (1959).WATIC-TR-58-432 (Pt TI): An Investigation of the 'Mechanical Properties of Cermets as Related tothe Microstructure

BIO. E.W. Blocker, C.A. Hauck, S. Sklarev and A.V. Levey, WADCTE-59-102 (1959): Development and Evaluation ofInsulting Type Ceramic Coatings

811. H.J. Boosz, Trans. AlME 215, 395-7 (1959): Heat Content andSpecific He~t of WC-Co Alloys

812. H.J. llorchardt, J.lnorg.Nucl.Chem. 12, 113-21 (1959): Observations on Beactions of-Uranium Compounds

813. D.H. Br-adhurs t and A.S. Bucharian , J.Phys.Chem. 63, 14B6-B(1959): 'l'he Surface Properties of Liquid Lead inContuct wi th Ur-ani um Dioxide

814. W. Cannistraro in: Sheet li'aterials for High Ter;peratureService (Am.Soc.N;et., Cleveland 1959), 25-36:Ceramic Coatings fOI Protection of High TemperatureMaterials

B15. J. Castelfranco, Ceramics 10, 13-20 (M"y 1959): Keramische1v1a teriali en für Uberschal1raketen

816. B. Cech, Silikaty 2, 192-201 (1959): CennetyB17. J.H. Cherubini and C.F. Leitten, CF-50-7-1 (1959): Zirconi

um TIiboride, Boran Nitride and BOI-on CarbideCompatibility with Austenic Stainless Steel

818. P.T. Chiarito and J.E. Johnston, Mater.TIesign Engng 50,IBO- (Sept. 1959): Bettel' Cermets Need e d tor GasTurbine Parts

819. P.T. Chiarito and J.R. Johnston, NASA-M-2-13-59E (1959):Experimental Evaluation of CerTIlet Turbine statorBlades for Use at Elevated Gasfemperatures

820. G.J. Comstock, AECU-4410 (1959): U02-Bearing Fuel Flates821. L.A. Conant, U.S. patent 2,872,724 (10 Feh195~: Oxidizeo.

Chromium-Alumina TiIetal Cerccmc c Protective Tube

822. C.T. Cox, U.S. 2,8~9,740, August 18, 1959: Brake Materialtor Extreme Heavy Duty

823. J. Cunningham ano. W. Maxwell, paper: Symposium on NuclearFuel Elements, New York 1959: TIispersion Type Elements

B24. R.W. Dayton and C.R. Tipton, BMl-1315, BKI-1324, BMI-1330,BMI-1340, BMI-1366, BMl-1377, BMl-1391, BMI-1398,BMI-1632 (1959): Progress Relating to CivilianApplication

B25. G.C. TIeutsch in: High Temperature Materials (J.Wiley, NewYork 1959), 190-204: Use of Cermets as Gas-TurbineBlading

826. M. Dlouhy, Hutnicke Listy 14 (8), 692-5 (1959): BendingStrength of Sintered Carbides at Elevated Temperatures

B27. P.H. Eisenberg, U.S. Patent 2,872,312 (1959): Manufactureof Cermets and Metal-Coated Nonconductors by Nonelectrolytic Plating

- 51 -

828. M. Epner and E. Gregory, Planseeber.Pulvermet. 7 (3), 120-81959: Carbide of Elements of the Fifth Group of thePeriodic Table Bonded with Steel

829. V.N. Eremenko and T.Ya. Kos oLapova , Voprosy Poroshkova L[et.i prochnosti Materialov (Akad.Nauk SSR, 1959), No 7,3-6: Interaction of Titanium Carbide with Nickel -

830. V.N. Eremenko und J.V. Najditsch, Zur.Fiz.Chim. 33, 1238-45(1959): Untersuchungen über Benetzbar-keit;von Oxydenmi t flüssigen Metallen. Byul. Inst .I\,[etallokerami Spets.Splavov, Akad.Nauk Ukr. SSR 4, 38-51 (1959):Wetting of Solid Surfaces of Certain-RefractoryCompounds wi th Liquid l''Letal

831. M. Ference, Machiney 65, 139 (March 1959): Cermets LookPromising to Ford Researchers

832. E. Fitzer. D.S. 2,377.114. March 10. 1959: Method of PloducingSintered Metallic Bodies

833. L. Frsnk, D.L. Eaton and J.R. Bedell, TID-7559 (P5) (1959)

834. F.I!I. }'uhath, J.Am.Cerarn.Soc. 42,423-9 (1959): Internalstresses in Model Ceramic Systems

835. P. Galmiache and A. Hivert, French Patent 1,198,870 (1959):Process f'o r the M~Lllufacture or NucLear ?uel l\IIaterialsand Products

836. A. Gatti, Trans.Illet.Soc. AIl,J.E 215, 753-5 (1959): Iron-Alumina Materials ---

837. T.M. Giles. T.S. Shevlin 2nd J.O. Everhart, NP-8965 (1959):Stresses in Polycomponent Solid Ceramics or Ce:cmets

838. J.S. Gill and W.L. Marshall, CF-59-8-95 (1959): The CompoundCuO'3 U03

839. Y.G. Godron, Silicates Ind. 24, 539-49 (1959): Wettabilityof Glass/Metal arid oflietal/Ceramics

840. C.G. Goetzel e t a1., U.S. 2,899,338, August 11,19')9:Thermal Element

841. E.W. Goliber, U.S. Patent 2,872,725 (1959): Chromium-BaseCermets

842. H.B. Goodwin, End v Res ea.r'ch I/lag. l, Nos. 3 and 4 (1959): TheWorld's Hottest Alloys

843. J.W. Graham, W.F. Ford and N.W. Newkirk, J.Am.Ceram.30c. 42,306-8. Disc. 309 (1959): Residual Stresses inTitanium Carbide-Nickel Cermets

844. G.B. Greenough, Nuclear Power 4, 92-6 (1959): Brennstoffelemente heute und morgen

845. J. Gurland, Trans. AHm 215, 601-7 (1959): Observations onthe structure and Sintering Mechanism of CementedCarbides

846. H.T. Hahn, Ind.Eng.Chem. 51, 197-9 (1959): Uranium-Oxide-Liquid Metals --

847. J.J. Harwood, Am.Soc.Mech.Eng. Paper) 59-MD-2 (1959): NewDevelopment in Metals and Ce:c~mics for HighTemperature Service Above 1000 F

848. H.H. Hausner and J.F. Schumal', Nuclear Fuel Elements(Reinhold Publ., New York 1959)

849. R.F. Hehemann and G.M. Ault, High Temperature Materials( J. Wiley. New York,1959)

850. W.H. Herz, Mater. Design Eng. 49 (4), 98-9 (1959): Celmets,Two New Forms --

- 52 -

851. E. Heyrnel, Betrieb 9, 226-8 (1959): Die mechanische Befestigung von Hartmetall-und Keramikschneidplatten

852. E.E. Hoffmann, OF~L-7624 (1959): Corrosion of Materialsby Lithium at Elevated Temperatures

853. A.G. Holms and A.J. Repko, Non-Destructive Test. 17 (3),156-64 (1959): Cermet-Body Non-DestructiveTest DataEvaluated by Spin Test of Blades and Bend Testof Bars

854. G.R. van Houten, Bull.Amer.Ceram.Soc. 38, 301-7 (1959):A Survey of Ceramic to Metal Bonding

855. V.N. Jeremenko und J.V. Najdic, Zur.Fiz.Chim. 33 (6),(1959): Benetzung von Oxiden durch flüssi6e Metalle

856. E. Kato and S. Naka, N&goyo ~ogyo Gijtsu Shikensko Hokoku8 (3), 78-84 (1959): Sintering of TiC-Base CennetsIt. Shrinkage of TiC-Ni Compact by Heating in VaCUUln

857. R. Kieffer, F. Benesovsky und K. Messmer, Metall 13, 919-22(1959): Hafniumcarbidhaltige Hartmetalle--

858. W.D. Kingery, paper: Symposium High Temperature TechnologyAsilomar, 1959: Oxide and Cermets

859. N.R. Koenig. NAA-SR-M-~730 (1959): Composition, Burnup andSome Physical Properties of Cermet Fuels

860. G.S. Kreimer und N.A. Alexejeva, Isvest.Akad.Nauk USSR,Metallurgiga i toplivo 3,92 (1959): Festigkeit,Härte und Zähigkeit von-WC-Co-Legierungen in Abhängigkeit von deren Zusammensetzung, Struktur undTemperatur

861. J. Kroehler, NAA-SR-4579 (1959): Comparative Properties ofDispersion-Element Components

862. V.A. Kuzmenko, Zavodskaya Lab. 25 (3), 351-3 (1959): Devicefor Measuring Young's Moaulus at High Temperatures

863. D.J. Larin and E.E. Muller, Trend in Engng 11, 19-23 (April1959): Refractory Ceramic Coatings --

864. J.H. Lauchner, D.G. Bennett and G.L. Morgan, WADC-TR-59-412(1959): Nondestructive Tests for Cerarnic, Cermetand Graphite Materials

865. H. W. Lavendel and C.G. Goetzel in: High Temperature Materials(J. Wiley, New York 1959), 140-54: Recent Advancesin Infiltrated Titanium Carbides

866. J.V. Long and J.V. Furth, U.S. Patent 2,898,236, August 4(1959): Protective Cermet Coating Method and Materials

867. J.V. Long and J.V. Furth, U.S. Patent 2,900,276 (1959):Cermet Composition and Method of Coating Therewith

868. J.E. Mahaffy and W.O. Woods, Watertown Arsenal, Rodman Lab.Rept. RPL 43/1 (1959): Evaluation of Alloy BinderSystems in Cemented Carbides

869. C.R. Mason, J.D. Walton, M.D. Bowen and W.T. Teague, NP7121 (1959), Quart.Rep.No. 13: Investigation ofHigh-Temperature Resistant Materials

870. T. Matsukawa, U.S. Patent 2,894,839 (1959): Composite SilverCadmium Oxide Powder

871. F.A. Mauer and L.H. Bolz, USGRR-31 (1959), 451. PB-136066(1959): Measurement of Thermal Expansion of CermetComponents by High-Temperature X-ray Diffraction

Maxwell in H.H. Schumal', Nuclear Fuel Elements (Reinhold Publ., New York 1959), 170-83: Tabular-TypeDispersion Elements

- 53 -

873. S.l. Megeff and J.L. Zambrow, Inst.Met.Div., Spec.Rept.Sero 5, Nr.7, 25-8 (1959): Fabrication of AI-PlateType Elements Containing U02 as the Fuel

874. Met&lwerk Plansee, Brit.Patent 809,555 (1959): SinteredChromium-Base Bodies for Use at High Temperatures

875. R. Mitsehe und H. Blaha, in: F. Benesovsky, Herausg. Hochschmelzende Metalle, 3. Plansee-Seminar, 1958(Springer, Wien 1959), 438-52: Beitrag zur Technikder elektronenmikroskopischen Untersuchungen vonlnfra-Cermets

876. E.M. Modl, U.S. Patent 2,909,834 (1959): Cermets withHigh Impact Strength

877. R.L. Mohan, AD-259 062 (1959): Rollbelastungsfähigkeit vonCermet-Formkörpern

878. D.J. Molella, PA-TM-ME-5-59 (1959): lnvestigation andEvaluation of Available Hypersonic Probe Materialsand Oxidation-Resistant Coatings for Possible Useat 40000F for 60 Seconds

879. N.C. Moore und J.B. Huffadine, Nuclear Power 4, 86-94 (1959):Die Zukunft keramischer Brennstoffelemente

880. J.F. Nachmann and L.E. Olds, Steel 144,89 (Jan.1959): MetalProcess Quadruples Hot Strellgth

881. H.W. Newkirk jr., H.H. Sisler and J. Graham, J.Am.Ceram.Soc. 42, 306-9 (1959): Residual Stresses in TitaniumCarbide-Nickel Cermets

882. E. Niki, S. Kohara and M. Tajiri, Koku Kenkyusho Shuho,Tokyo Daigaku 1, 372 (1959): Hot-Pressing of TiC-Ni Cermet -

883. J. T. Norton in: High Temperature Materials (J. Wiley, NewYork 1959), 119-24: Cermets and Bonded Hard Metals

884. E.I. Onstatt and G.D. Cremer, U.S. Patent 2,894,837 (1959):Method for Producing Cemented Carbide Articles

885. J.H. Oxley und J.F. Blocher, Batelle Techn.Rev. 8 (6) (1959):Keramische oder metallkeramische Pulver mit Metallüberzügen ergeben Werkstoffe mit besonderen Eigenschaften

886. J.H. Oxley, J.F. Hannah, J.M. Blocher and I.E. Campbell,Vortrag: Elektrochem.Soc., Columbus 1959: CoatingUranium Dioxide Powders with Metallic Films

887. H. Palmour Irr, W.W. Kriegel, J.J. DuPlessis and G.O. HarrelI,N. Carolina State Coll.Dept., Eng.Research Bull(1959),No. 73: Selected Abstracts on the MechanicalBehaviüur of Ceramics

888. N.M. Parikh, High Temperature Materials (J. Wiley, NewYork 1959), 169-81: Müdes of Fracture and Slip inCemented Carbides

889. N.M. Parikh and M. Humenik in: High Temperature Materials(J.Wiley, Lendon 1959), 155-68: Wettability andMicrostructive Studies in Liquid-Phase Sintering

890. S.J. Paprocki, D.L. Keller, G.W. Cunningham ans A.K. Foulds,BMI-1365 (1959): Development of Uranium Nitride Stainless Steel - Dispersion Fuel Elements

891. T.J. Planje, paper: AlME, San Francisco 1959: Cermets Current Types and Applications

892. N.M. Popova, A.F. Platonova and L.V. Zaslavskaya, Zavodskaya Lab. 25 (3), 271-3 (1959): Chemieal Methodsof Phase Analysis of Metalloeeramic Alloys Basedon Titanium Carbide and Chromium and Titanium Diborides

- 54 -

8~3. J.M. Puri, Research (London), 12 (7), 246 (1959): Use ofCeramic Materials for Gas Turbine Blades

894. W. Richter, Fertigsungstechnik (1959), 80-2: Uber metallhaltige Schneidkeramiken

895. O.J.C. Runnalls, in: H.H. Hausner and J.F. Schumar, NuclearFuel Elements (Reinhold PubI., New York 1959),228-56: Ceramic Fuel Elements

896. T. Sata und R. Kiyoura, J.Ceram.Assoc. Japan 67, 116-23(1959): Herstellung von Cermets im System A1203 -CrdUTCh Heißpressen

897. L.M. Schifferli, Metal Progr. 76 (4), 99-102 (1959): SlipCasting --

898. P. Schwarzkopf in: Tercera Reunion Internac.Reactividadde los Solidos 1956, Madrid 1959, 641-7: GesinterteTurbinenschaufelwerkstoffe, Cermets, Molybdän

899. H. Shapiro and R.M. Powers, SCNC-271 (1959): UraniumdioxideFuel Materials with Improved Thermal Conductivity

900. F.D. Shaw, Vortrag: Electrochem.Soc., Columbus 1959:Refractory Ceramic Coatings Today and Tomorrow

901. J. Sheinhartz, Nucl.Sci. and Engng 2 (1), 131 (1959): NonOxide Dispersions Type Fuel-Elements

902. J. Sheinhartz, SCNC-273 (1959): Dispersion Type Materialsfor Fuel Elements (TI): Uraniumcarbide and Uraniumsulfide Dispersion Materials

903. J. Sheinhartz and G.L. Zambrow, SCNC-266, -273 (1959):Dispersion Type Materials for Fuel Elements (I):Uraniumnitride and Uraniumsilicide Dispersion TypeMaterials

904. T.S. Shevlin, News in Engng 31,17-19, 54 (April 1959):Strong Tough Cermets--

905. L.B. Sibley, C,M. Allen et al., U.S.Govt.Res.Rept. 31(1959), 231. PB 151 483 (1959): Study of RefractoryMaterials fbr Seal and Bearing Application inAircraft Accessory Units and Rocket Motors

906. S. Slarew, paper: Electrochem.Soc., Columbus 1959:Refractory Coatings for Ramjet and SupersonicAircraft Applications

907. V.V. Skorochod, Inz.Fiz.Zur. 2 (8), 51-8 (1959): ElektrischeLeitfähigkeit von Mischungen aus Leitern undNichtleitern

908. N.V. Sokolov and A.I. Levin, Zh.Prikl.Khim 32,1774-81 (1959):Electrolytic Treatment of Metalloceramic Drawplates

909. J.W. Taylor in: H.M. Finniston and J.P. Howe, Progr.Nucl.Energy V, Metallurgy and Fuels 2 (PergamonPress, London 1959), 398-416: Wetting by LiquidMetals

910. J.A. Ternisten, Metaux (Oorrosion-Inds.) 34 (404), 151-61(1959): Heterogeneous Catalysis in-Metallurgy,Affinallurgy and Ceramallurgy

911. F.C. Wagner, U.S. Patent 2,875,510, March 3, 1959:Bearing Composition

912. J.D. Walton jr. and N.E. Poulos, J.Am.Ceram.Soc. 42 (1),40-9 (1959): Cermets from Thermite Reactions

913. R.C. Wangh, ORNL-2701 (1959): The Reaction and Growth ofUranium-Dioxide-Aluminum Fuel Elements and Compacts

914. C.E. Weber, Progress in Nuclear Energy, Series,V, Volume2, Metallurgy and Fuels (Pergamon Press 1959),295-362: Progress on Dispersion Elements

- 55 -

915. W.W. Wellborn, Mater.Design Eng. 49 (2), 79-81 (1959):Vfuy and where to Use CarbIUe-Base Cermets

916. R.J. Westerho1m, Grits and Grinds 50 (4), 3-12 (1959):Rokide Ceramic Coatings --

917. L.S. Williams, Australasian Eng. 51, 50 (1959): BasicConcepts and TeChni~ues o~Modern Ceramics

918. R.E Wilson, L.B. Coffin and J.R. Tinklpaugh, U.S.Govt.Res.Rept. 31 (1959), 231. PB- 151.115 (1959):Metal and Self-Bonded Silicon Carbide

919. W. Wolf, Fertigungstechn. Betrieb 9, 220-3, Disk. 223-6(1959): Keramik und ihre Anwendung als Schneidstoff

920. J.M. Wouldbroun, Brdnance 43,501-5 (1959): Cermets forOrdnance --

921. S.J. Yosim, A.J. Darnell, W.G. Gehmann and S.W. Mayer,J.Phys.Chem. 63,230-3 (1959): The Bismuth-BismuthTrichloride System

922. K. Zeman, Techn.Zpravy VUPM Nr.l, 10-26 (19D9): Anwendungkeramischer Gießmethoden in der Pulvermetallurgie

1960

923. C.M. Allen, TID-7604 (1960), 227-31: Special Seal Programs924. Anon., Am.Ceram.Bull. 39, 473 (1960): Classification of

Electronic Ceramies925. Anon., British Patent 844,833 (Aug.l7, 1960): Nuclear Fuel

Preparation926. Anon., CNLM-2393 (1960): Data Book on Physical Properties

of Materials927. Anon., Electronics 33, 76 (Aug. 1960): Aluminum Oxide

Capacitors Take 500°C - Construction Uses HighOxide Cermet

928. Anon., Engng 189, 679 (1960): Hot Bearings Made from Cermet929. Anon., Mater. Design Engng 52, 150 (Dec. 1960): Cermets

Strengthened by Meta! Fibres930. Anon., Metal Treatment 27, 60-2 (1960): The Cermets931. Anon., Metal Treatment 52, 287 (Nov. 1960): Properties

of Materials: Refractory Cerarnics and Cermets932. Ancn , , NYO-9187 (1960): Corrosion and Radiation Damage

Resistant Fuel Material933. Anon., Powder Reactor Technol. 4, 85-96 (1960-61): Fast

Breeders -934. A.I. Avgustinik, Zhur.Vsesoyuz.Khim.Obshchestva im. D.I.

Mendeleeva 2 (2), 156-68 (1960): Cermets935. A.I. Balyaev and E.A. Zhemchuzhina, Sb.Nauchn.Tr.lnst.

Izvetn.Metal 33, 132-42 (1960): Wetting of Metallicand Heat Resistant Materials by Molten Lithium

936. A. Blainey, Meta1 ProgI'. 77, 104-8 (Jan. 1960): Hot PressingPowders in Englan~

937. T.H. Blake~ and A.E.S. White, Chem. and 'Ind., p 305-6(March 1960): Improvement of Refractories by theIncorporation of Metals

938. M.A. Breding and H.R. Bronstein, J.Phys.Chem. 64, 64-7 (1960):Miscibility of Liquid Metals with SaltS-IV. TheSodium-Sodium Halide Systems

- 56 -

939. M.A. Breding and J.W. Johnson, J.Phys.Chem. 60, 1899-1900(1960): Miscibility of Metals with saIts V. TheRb-Rb Halide Systems

940. A. Briggs, AERE-M-737 (1960): Observations on the Wetting ofUranium Dioxide by a Platinum Alloy

941. D.H. Buckley and R.L. Johnson, NASA-TN-D-302 (1960): Use ofLess Reactive Materials and More Stable Gases toReduce Corrosive Wear when Lubricating with Haloge~

ated Gases942. J.J. Byerley, CRFD-971 (1960): The Compatibility of Uranium

Dioxide with Refractory Metals and Refractory MetalsThermocouples at Temperatures above 17500 C

943. B. Öech, Silikaty 4 (1),1-9 (1960): Structural Stability ofTitanium Carbide Cermets

944. C.C. Cronin in: J.R. Tinklepaugh, W.B. Crandall (eds.):Cermets (Reinhold Publ., New York,1960), 158-66:Testing and Application of Cermets. ElectronicRefractory Cermets

945. W.H. Cook, ORNL-2902 (1960): Corrosion Resistance of VariousCeramics and Cermets to Liquid Metals

946. R.W. Dayton and C.R. Tipton, BMI-1398, 1403, 1409, 1430,1448, 1455, 1464, 1469, 1473, 1480, 1489, (1960):Progress Relating to Civilian Applications

947. H.C. Duneaan, PB 162 444 (1960): Ceramic to Metal Seal byPressed Powder Technique

948. M. Epner and E. Gregory in: J.R. Tinklepaugh and W.B.Crandall (eds.), Cermets (Reinhold Publ., New York,1960), 146-9: Carbide-Base Cermets. Titanium CarbideSteel Cermets

949. C.O. Fain, C.M. McClure and G.C. Robinson, Clemson College1960: Literature Survey of Uses of Uranium Oxide inthe Ceramic Industry

950. J.D. Fleming and J.W. Johnson, ORO-325, Pt.2 (1960):Materials for High Temperature Nuclear EngineeringApplications

951. R.K. Francis and J.R. Tinklepaugh, J.Am.Ceram.Soc. 43, 560-3(1960): Thermal Conductivity in Ceramic-MetaILaminates

952. W.C. Francis and S.E. Craig, IDO-16 574 (1960): ProgressReport on Fuel Element Development and AssociatedProjects

953. H. Friedemann in: J.R. Tinklepaugh and W.B. Crandall (eds.),Cermets (Reinhold Publ., NewYork 1960), 209-32:Bibliography on Cermets (1949-59)

954. J.J. Gangler, K.A. Sanders and S.L. Orell, NASA-TN-D-262(1960): Uranium D±oxide Compatibility with RefractoryMetals, Carbides, Borides and Oxides Between 3500and 50000 F

955. J. Golden und G.W. Rowe, Brit.J.Appl.Phys. 11 (11),(1960): Verschleiß von harten und weIchen Phasenin mit Kobalt abgebundenem Wolframkarbid

956. A. Goldsmith, T.E. Watermann and H.J. Hirschhorn,WADC-TR58-476,vol. IV (Rev.),(1960): ThermophysicalProperties of Solid Materials, vol.IV: Cermets,Intermetallics, Polymerics and Composites

957. D.E. Gücer, Bull.Techn.-University Istanbul 13 (2), 69-82(1960): Design for the Application or-UltrasonicEnergy to Metallurgical Processes (WC-Co)

- 57 -

958. A.B. Graham, Met.lnd. 97, 455-8, 480-2, 502-4, 521, 535-8(1960): Extrusion of Hardmetals

959. J. Gurland, PB-159 004 (1960): The Influence of Basis Designand Processing Variables on the Properties of WC-Co:A.lloys

960. H.T. Hahn, U.S. Patent 2,937,982 (May 1960): Method ofMaking U02-Bi-Slurries

961. R.L. Hammer, W.D. Manly and W.H. Bridges in: ReactorHandbook (2nd Ed., Intersci.Publ., New York 1960),502-19: Carbides and Cermets

962. J.B. Huffadine in: P.Popper (ed.), Special Ceramics (Rugby1960), 220-36: The Fabrication and Properties ofMoSi2 and MOSi 2-A1203

963. H.B. Huntress in: J.R. Tinklepaugh, W.B. Crandall (eds.),Cermets (Reinhold Publ., New York, 1960), 166-9:Testing and Application of Cermets. Cel'mets inFriction Materials

964. M. Rumen1k jr. and T.J. Whalen in: J.R. Tinklepaugh and W.B.Crandall (Reinhold Publ., New York, 1960), 6-49:Physicochemical Aspects of Cermets

965. J.R. Johnson in: J.R. Tinklepaugh, W.B. Crandall (eds.),Cermets, (Reinhold Pubi., New York, 1960), 191-6:Testing and Application of Cermets. Applicationof Cermets to Nuclear Devices

966. W.D. Jones, Fundamental Principles of Powder Metallurgy(Arnold, London,1960)

967. D.L. Keller, Reactor Handbook 1 (13), 304-30, MaterialsC!ripton (ed.), InterscTence Press, 1960):Dispersion Fuels

968. D.L. Keller, E.S. Hodge, C.B. Doyer, J.B. Fox, D.E. Kizerand S.W. Porembka, BMI-1475 (1960): Progress on theUse of Gas-Pressure Bonding for Fabrication Low-CastCeramic,Cermet and Dispersion Fuel

969. W.F. Kenney and H. Suskind, BNL-648 (1960): EngineeringScale Preparation and Characteristics of Th02-BiSlurries

970. W.D. Kingery, Proc.lnt. Symposium on High TemperatureTechnology, Asilomar 1959 (McGraw HilI, New York,1960), 76-89: Oxides for High-Temperature Applications

971. N.R. Koenig and B.A. Webb, NAA_SR-3880 (1960): Propertiesof Ceramic and Cermet Fuels for Some Graphite Reactors

972. H. Kotsch, Wiss.Z.Techn. Hochschule Dresden 9, 1203-6 (1960):Sinterwerkstoffe auf Chromborid-Basi~

973. H. Kubota, ORNL-2662 (1960): Study of Chemical Changes inU02-Al Reactor Fuel Elements During Heat Treatmentat 600 0 C

974. S.M. Lang, Nat.Bur.Stand.Monograph 6 (1960):Properties ofHigh -Temperature Ceramics arid Cermets - Elasticityand Density at Room Temperature

975. J.H. Lauchner, D.G. Bennett and G.L. Morgan, PB Rept.161 815 (1960); U.S. Govt.Research Repts. 34,309-10 (1960): Nondestructive Tests for Ceramic,Cermet and Graphite Materials

976. F.V. Lenel in: J.R. Tinklepaugh, W.B. Crandall (ed.),Cermets,(Reinhold Pubi., New York,1960), 81-5: FabricatianTechniques. Resistance Sintering of Cermets underPressure

- 58 -

977. C.L. Marshall in: J.R. Tinklepaugh, W.B. Crandall (ed.),Cermets, (Reinhold PubI., New York,1960), 109-19:Oxide Base Cermets. Chromium-Alumina Base Cermets

978. M.J. Mayfield, U.S. Patent 2,961,325 (1960): Cermet Bodies979. S. Maziliauskas, Ceram.Age 75 (3), 40-1 (1960): Entwicklun

gen auf dem Gebiete-Uer Metallkeramik980. P.I. Melnitschuk, V.N. Klimenko and A.B. Ljatschenko, Inf.

Listok No.225 (Kiew 1960): E-Modul von ChromkarbidNickel

981. A.J. Meyer jr. and G.D. Deutsch in: J.R. Tinklepaugh, W.B.Crandall (ed.), Cermets, (Reinhold PubI., New Yor~

1960), 196-207: Testing and Application of Cermets.Application of Cermets to Aircraft Power Plants

982. H. Meyer, Werkstoffe und Korrosion 11, 601-15 (1960):FlameSpraying with Alumina --

983. W.T. Monagle, S.A.E. Journal 68, 54-62 (1960): CeramiesHelp Solve Rocket Problems: Bodies and CoatingsMade from Ceramies are Successful1y Rep1acing OtherMaterials

984. W.E. Moody, W.D. iVhitehead and W.W. KriegeI, J.Am.Ceram.Soc. 43, 634-40 (1960): Activation Energy forDiffusion of Xe through MgO-Ni-Cermet Compacts

985. L. Moudy, L. Silvermann and W. Houck in: Advances in X-RayAnalysis (Plenum Press, New York,1960),Vol.l, 271-81:Determination of U02 in Stainless Steels

986. P. Murray, Powder Met. 2, 64-80 (1960): Metal-Cermic Mixtures987. H.W. Newkirk, H.H. Sisler and T.S. Shevlin, Am.Ceram.Soc.

Bull. 39,370-6 (1960): Microstructural Changes inTitanium Carbide-Base Germets at 20000 F

988. C. Nishimatsu and J. Gurland, Trans.~m.Soc.Met. 52, 469-84(1960): Experimental SUI'vey of the Deformation ofthe Hard-Ductile Two-Phase Al10y System WC-Co

989. R.A. Noland, D.E. Walker and L.C. Hymes,ASTM Spec.Techn.Publications No. 276 (1960), 336: Fabrication ofU308-Aluminum Dispersion Fuel Elements by Extrusion

990. J.M. Nowak, S.A.E. Trans. 68, 571-7 (1960): Refractory NonMetals for Use in Hypersonic Aircraft

991. Nuc1ear Materials and Equipment Corp., NUMEC NYO-2797, 2799,2801 (1959), 2804, 9184, 9186, 9187 (1960): Corrosionand Radiation Damage

992. A.E. Ogard, W.C. Pritchard, R.M. Douglass and J.A. Leary,TID-12 562 (1960): The Powder Metal1urgy of PlutoniumFuel Materials

993. L.E. Olds, PB Rept. 147 737 (1960); Govt. Research Repts.34 (2), 202 (1960): Development of Copper-Base Cermetby Melt-Saturation Method

994. S.J. Paprocki, D.L. Keller, G.W. Cunningham and D.E. Kizer,BMI-1448, 1487 (1960): Preparation and Properties ofU02 Cermet Fuels

995. F.R. Paulsen, Chem. Process Eng. 41, 49-52 (1960): Ceramicsand Cermets for Nuc1ear Fuels

996. B.Ya. Pines, Zhur.Vsesoyuz.Khim.Obshchestva im D.I. Mendeleeva5 (2), 173-80 (1960): Sintering and Diffusion Creepof Metal-Ceramic Bodies

997. G.L. Ploetz, Am.Ceram.Soc.Bul1. 39,362-5 (1960): CeramicMaterials for Nuclear Reactor Controls and Poison

998. P.Popper (ed.), Special Ceramics (Heywood, London,1960)

- 59 -

999. J.R. Riddle, ORNL-2839 (19607: Thermal Expansion of U308Al Cermets

1000. E. Ryshkewitsch, Oxide Ceramics (AcademicPress, New York,1960)

1001. S. Saito, J.Ceram.Soc. Japan 68, 267-73 (1960): Sinteringof Cermets in the TiC System

1002. E.M. Savicki und A.I. Vlasov, Cvetnyje Metally (1960),NI'. 7, 72-7: Sinterkörper aus Kupferpulver und Oxyden

1003. A.V. Savin und J.A. Eiduk, Tverdyje Splavy (1960), No.2,15-23: Herstellung von WC-Co Hartmetallen für denGerätebau

1004. I.N. Schaporova, E.A. Schtschetelina und S.E. Serebrova,Tverdyje Splavy (1960), Nr.2, 90-104: Einfluß derBindemetallphase auf die mechanischen Eigenschaftvon WC-Co-bzw.WC-Ni-Hartmetallen

1005. W. Schatt, nie Technik 15 (7), 486-94 (1960): Uber einigeVerfahren und Probleme der mechanischen Prüfungvon spröden Hochtemperaturwerkstoffen

1006. W. Schatt, PlanseebeI'. Pulvermet. 8, 122-9 (1960): Wettingof Oxide by Liquid Metals -

1007. T.S. Shevlin, Vortrag: Am.lnst.Chem.Eng. 42, Ann. Meeting1960: Chemical and Mechanical BehaVTour of Cermets

1008. T.S. Shevlin,in: J.R. Tinklepaugh, W.B. Crandall (ed.),Cermets, (Reitihold PubI., New York,1960), 50-5:Preparation of Oxides; 97-109: Oxide-ßase Cermets.Alumina-Metal Cermets

1009. n.R. Snoke, NP-9677 (1960): Development of Iron PropellantSystems

1010. H.G. SOWffian and G.L. Ploetz, KAPL-1245 (1960): The Application of Cold-Powder Extrusion and Sintering to theFabrication of Stainless-Steel-Uranium Dioxide Fue1Elem:ent

1011. E.J. Soxman,in: J.R. Tinklepaugh, W.B. Crandal1 (ed.),(Reinhold PubI., New York,1960), 181-91: Testingand Application of Cermets. An Impact Test for Usewith Cermets

1012. M. Sugiyama und H. Suzuki, Kogyo Zassi 63, 1094-1100:Cermet mit Titankarbid als Grundstoff

1013. M. Sugiyama and H. Suzuki, J.Japan Inst.Met. 24, 618-22,622-5 (1960): Hot Pressing of TiC-Co-Cermets

1014. M. Sugiyama and H. Suzuki, J.Japan Inst.Met. 24, 689-92(1960): Vacuum-Sintering of TiC-Ni-Cermets

1015. M. Sugiyama, H. Suzuki and A. Hara, J.Japan Inst.Met. 24,740-3 (1960): Some Observations on the Fracture-ofCermets

1016. M. Tailot, Compt.rend. 251, 1362 (1960): Etude magn{tiquede l'e~robage par pel1icules de cobalt des grainsde carbures du tungstene

1017. J.R. Tink1epaugh,in: J.R. Tinklepaugh, W.B. Crandal1 (ed.),(Reinhold PubI., New York,1960),Cermets, 170-80:Testing and Application of Cermets. Metal Reinforcement and Cladding of Cermets and Ceramics

1018. J.R. Tinklepaugh, W.B. Crandall (eds.), (Reinhold PubI.,New York 1960): Cermets

1019. J. Uhlmann, Wiss.Z.Techn. Hochschule nresden 9, 1190-1202(1960): Korrosionsbeständige Sinterwerkstoffe aufChromkarbid-Nickel-Basis

- 60 -

1020.J.D. Walton, N.E. Poulos, C.R. Mason, Ceramic Age 12 (6),39-45 (1960): The Use of Thermite Reactions toProduce Refractory Cermets

1021. J. Wambol~in: J.R. Tinklepaugh, W.B. Crandall (ed.),Cermets, (Reinhold Publ., New York, 1960), 86:Fabrication Techniques. Explosive Isostatic Forming;122-~: Carbide-Base Cermets. Properties of TitaniumCarblde-Metal Compositions

1022. B.C. Webe~ in: J.R. Tinklepaugh, W.B. Crandall (ed.),Cermets (Reinhold Publ., New Yor~ 1960), 58-73:Fabrication Techniques. Slip Casting of Cermets

1023· B.C. Weber, M.A. Schwa~Lin: J.R. Tinklepaugh, W.B. Crandall(ed.), Cermets, (Re i.nho Ld PubI . , New Yor~ 1960),119-21: Oxide-Base Cermets. Metal-Modified Oxides.154-8: Testing and Application of Cermets. ContainerMaterials for Melting Reactive Metals

1024. K. Weigel und W. Track, Metall 17, 433-6 (1960): DasTränken poröser keramischer Körper mit Metallen

1025. J.V. West,in: J.R. Tinklepaugh, W.B. Crandall (ed.), Cermets(Reinhold Publ., New York, 1960), 86-96: A Summary ofGood Practice in the Pressing of Cemented Carbides

1026. A.E.S. White, Chem.Ind. (1960), No. 12, 305-6: Improvementof Refractories by the Incorporation of Metals

1027. A.E.S. White and D.W. Brown, Brit. Patent 844,773 (1960):Molybdenum-Alumina Cermet

1028. J. White, Proc.Int.Symp.High Temp.Technol., Assimolar 1959(McGraw HilI, New York, 1960), 241-52: High Temperature Research in the Uni ted Kingdom

1029. D.N. Williams, J.W. Roberts and R.I. Jaffee, Modern Casting37 (3), 81-5 (1960): Formation of Dispersions inMolten Copper by Mechanical Mixing, Trans.Met.Soc.AlME 218, 574-5 (1960): Formation of a Dispersion inCopper by Reaction in the Melt

1030. J. Williams, U.S. Patent 2,965,480 (1960): Method ofMaking Uranium-Uranium Monocarbide Cermet

1031. L.G. Wisnyi, Ceram.Ind. 74 (4), 124-6, 141 (1960): KeramischeWerkstoffe in Kernreaktoren

1032. J.C. Withers, Vortrag: Electrochem.Soc., Houston 1960The Electrodeposition of Cermets

1961

1033. R.H. Abrams and F.C. Jamerson, J.Appl.Phys. 32, 1783-4(1961): Thermionic Emission of UC-Nb --

1034. A. Accary and R. Lucas, Mem.Sci.Rev.Met. 58, 383-7 (196L):Influence of Heat Treatments on Uranium Monoearbideand U-UC Cermet

1035. V.L. Adams, NP-IO 364 (1961): Defense Metals InformationCenter Seleeted Accessions

1036. G.M. Adamson, R.J. Beaver and J.E. Cunningham, paper: 4.Plansee Seminar, Reutte/Tirol 1961: Radiation PerformanceAnd Fabrication Advances with Aluminum DispersionFuel Elements

1037. J.H. Affleck, AD-262 774, 262 776 (1961): Investigation ofVarious Activator Refractory Substrate Combinations

1038. C. Agte und G. Blum, Neue Hütte 6, 139-46 (1961): Hochtemperatur-Werkstoffe auf Titankarbidbasis

1040. Anon , ,

1041. Anon , ,

1042. Anon . ,

1043. Anon . ,

1044. Anon. ,

1045. Anon , ,

1046. Anon. ,

- 61 -

1039. J.F.R. Ambler and G.F. Slattery, J.Nuel.Mater. 4, 90-9(1961): New Metallographie Techniques for theExamination of Uranium, Uranium Alloys and UraniumDioxideAERE/EMR/PR 108-4/5 (1961): Binary Carbide-MetalSystemsCeramie Age (1961), 39-45: Aluthermißehe Reaktionzur Herstellung von CermetsMater.Design Engng 54, 283-5 (1961): MaterialsSeleetor lssue: Refraetory Cermics and CermetsMetal lnd. 99, 399-400 (1961): MetaleeramiesMetalworking Production 105 (9), 69 (1961): SteelBonded Carbide Whittles. Die CostsOil Gas ~ 59, 109 (May 1961): Process lndustriesGet New Construction Material: Ceramie-Metal CompositeSteel 149, 111 (Dee. 1961): Cermets Stand High Heatin Vaeüüiii

1047. R.W. Bane, TID-7606 (1961), 100-11: Analysis of UraniumOxide Fuel Materials

1048. J. Barta, G. Briggs and J. White, Vortrag: 4.Plansee-Seminar(Reutte/Tirol, 1961): Phase Diagrams of UraniumMonocarbide-Transition Metal Systems. The SystemsUC-Cr, UC-Fe, UC-UFe2 and UC-Ni

1049. I.L. Bartasehev, Cvetnyje Metally (1961), Nr.3, 82-6:Metallkeramische Werkstoffe

1050. M. Beckerman and R.E. Thun, Trans. 8th AVS Vaeuum Symp.(Pergamon, New York, 1961), Vol.g, 881

1051. B.T. Bradbury, Research 14, 423-9 (1961): Uranium OxideFuel of the Future-

1052. D.H. Bradhurst and A.S. Buchanan, Austr.J.Chem. 14, 397-408(1961): Surfaee Properties of Liquid Na and Na-KAlloy in Contact with Metal Oxide Surfaee

1053. D.H. Bradhurst and A.S. Buchanan, Austr.J.Chem. 14, 409(1961): Surfaee Properties of Molten Bismuth-BismuthChloride in Contaet with U02

1054. K.J. Brookes, Metalworking Prod. 105 (5), 65-7 (1961):What is Steel-Bonded Carbide?

1055. R.D. Brown, R.A. Burton and P.M. Ku, ASD-TR-61-301 (1961):Frietion and Wear Characteristics of Cermets atHigh Temperature and High Vacuum

1056. J.J. Byerly, CRFD-971 (1961): The Compatibility of U02with Refraetory Metals1057. J.H. Cherubini, R.J. Beaver and C.F. Leitten jr., ORNL-3077,

1961: Fabrieation Development of U02-Stainless SteelComposite Fuel Plates for Core B of Enrico FERMIFast Breeder Reactor

1058. J. Chvojka, Tech.praee No.ll, 945-52 (1961): Material forHigh and Highest Temperatures. Trends in the Development of Non-Ferrous Metals and Cermets

1059. F.J.P. Clarke and J. Williams,in: J.H. de Boer (ed.),Reaetivity of Solids (Elsevier, Amsterdam, 1961),593-601: Reaetivity Problems Concerning the Formationof Ceramie Materials

1060. G.W. Cunningham, D.W. Kizer and S.J. Paprocki, Proceedings4th Plansee Seminar, Powder Metallurgy in theNuclear Age, F. Benesovsky, (ed.), (Springer-Verlag,Vienna, 1961), 483: Cermet Fuel Elements

- 62 -

1061. J.K. Davidson, W.L. Rabb and O.N. Salmon, U.S. Patent2,961,390 (1961): Method of Preparing Uranium,Thorium 01' Plutonium Oxide in Liquid Bismuth

1062. R.W. Dayton and C.R. Tipton, BMI-1430, 1480, 1489, 1504,1518, 1546, 1557 (1961): Progress Relating toCivilian Applications

1063. H.T. Dowing et ale USA Quart.No.P-60-23 (1961): AdvancedSolid Properties, Cermics and Cermets, NozzleEvaluation Program

1064. K. Dudley and L. Lesensky, Proc.Adv.Electron Tube Techn.(New York, 1961), 128-32: Rare Earth Cermet Cathodes

1065. M. Epner, Metal Treating 12 (1), 12-4, 40 (1961): MartensiticSteel Bonded TiC --

1066. H.R. Erard, PB-155 594 (1961): Relationship of Propertiesof Selected Cemented Carbides with Machining Performance

1067. V.N. Eremenko, Poverch.Javlenia Metal Splav.Akad.Nauk Ukr.RSR (1961), 5-16: Physiochemische Grundlagen beider Formgebung von Cermets

1068. R.C. Eschenbach and R.J. Wickham, WADD-TR-60-439 (1961):Metal-Ceramic Ablative Coatings

1069. F. Forscher, F.M. Cain and B.L. Vondra, IAEA Symposium,Vienna, (May 10-13, 1960), Vol.2, 253 (AcademicPress, 1961): Coated Fuel Particles, Fuel ElementFabrication with Special Emphasis on CladdingMaterials

1070. D.G. Freas and J.H. Saling, BMI-1529 (1961): RadiationStability of Special U02 Dispersed in Stainless Steel

1071. T. Fukatsu, J.Japan Soc. Powder Met. 8, 183-94 (1961):Structure of WC-Co Compositiorls

1072. T. Fukatsu, J.Japan Soo. Powder Met. 8, 247-52 (1961)=Study of Binder Phase of Cemented Chromium Carbidewith Nickel

1073. V.F. Funke, V.I. Tumanov und Z.S. Truchanova, Izv.Akad.Nauk SSSR, Met.Topl. (1961), 101-8: Einfluß derLegierungsbildung auf Struktur und Eigenschaftenvon WC-Co-Hartmetallen

1074. E.S. Funston and J.A. McGurty, Platinum Metals Rev.5. 56(1961): Rare Earth-Palladium Cermets -

1075. E.S. Funston and J.A. McGurty in: Rare Earth Research(Macmillan, N.Y., 1961), 288-96: Rare Earth Metalsin Metallurgy, Ce~~ies and Cermets

1076. L.C. Gaunt, Cutting Tool Eng. 13 (5), 19, 22 (1961): DoesCarbide Impregation Work?

1077. C.G. Goetzel and P. Landler, Planseeber. Pulvermet. 9,758-67 (1961): Refractory Coatings for Tungsten

1078. A. Goldsmith, T.E. Waterman and H.J. Hirschhorn, Handbookof Thermophysical Properties of Solid Materials(~cmil1an Co., New York, 1961), Vol.IV: Cermets,Intermetallics, Polymerics and Composites

1079. J. Gurland in: W. Leszynsky (ed.), Powder Metallurgy(Intersci.Publ., New York, 1961), 661-82: TheInfluence of Basic Design and Processing Variableson the Properties of Sintered WC-Co-Alloys

1080. T. Haase, Keramik (Deutscher Vlg. d. Wissenschaften, Berlin,1961), 355-62: Cermets

- 63 -

1081. G.L. Hanna, Conf.Met.Beryllium, London, 1961 (Prepr.18):The Compatibility of Beryllium with U02 and Th02

1082. Z. Hashin and S. Shtrikman, AD-265 (1961): On Some Variational Principles in Elasticity and their Applicationto the Theory of Two Phase Materials

1083. H.H. Hausner, IAEA-Reviews Nr. 11 (1961): Powder Metal1urgyin Nuclear Reactor Construction

1084. J. Hinnüber, O. Rüdiger and W. Kinna, Powder Met. (1961),Nr. 8, 1-24: An Electron -Microscope and X-RayInvestigation of the Milling of Tungsten CarbideCobalt Mixtures

1085. V.V. Hryhoreva und V.M. Klimenko in: Splavy na OsnoviKarbidu Chanu (Kiew, 1961): Chromkarbid-Hartmetalle

1086. Huffmann, O.K. Skupe, M. Hatch and D.D. Geffries, IDO-16 665 (1961): MTR-ETR Technical Branches. SampIeFuel Plate Irradiation and Testing

1087. J. Huminik and G.G. Bargero, NP-I0 577 (1961): Developmentand Testing of Electrodeposited Cermets

1088. W.B. Jepson and D.W. Aylmore, J.Electrochem.Soc. 108,942-7 (1961): The Formation of Porous Oxides on Metals

1089. A. Kauffmann, B. Loewenstein and J. Hunt, Proc.lnt.Symp.Fuel Elements (Wien, 1961), 325-41: The Fabricationof Clad Massive U02-Fuel Elements by Hot Extrusion

1090. D.L. Keller, Nucleonics 19 (6), 45-8 (1961): PredictingBurnup of Stainless-U02 Cermet

1091. R. Kieffer und F. Benesovsky in: Handbuch der Astronautik(Akad. Verlagsges. Athenaion, Konstanz, 1961),Bds L, 219-34: Werkstoffe für' Raketentriebwerke

1092. A.G. Knapton and K.B.C. West, J.Nucl.Mater. 3, 239-40 (1961):The Compatibi1ity of Beryllium with Uranium Dioxide

1093. J. Kotowski and J. Muschaweck, Vakuum-Technik 10, 141-5(1961): Adhesive Strength of Metal Coatings onCeramics

1094. W.C. Kubrea, C.F. Leitten and I.R. Beaver, ORNL-2988 (1961),283-340

1095. E.Labusoa, N. Labusca und I. Teodorescu, Stud.Cerc.Met.6(1), 102-12 (1961): Einige Anschauungen über denEinfluß des Gefüges auf die Eigenschaften von Hartmetallen

1096. E. Lassner and R. Scharf, Chemist Analyst 50, 69-71 (1961):Determination of Titanium, Niobium and Tantalum inCemented Carbides

1097. A. Latin, Metallurgia 64,211 (1961): The Properties of WC-CoAlloys Used for~ineral Cutting Tool

1098. P.V. Lenel, Vortrag: 4.Plansee-Seminar, Reutte/Tirol, 1961:Dispersed Phases in the Powder Meta11urgy of NuclearMaterials

1099. A.V. Levy, S.R. Locke and H. Leggett, Astronautics 6, 27-9(Aug. 1961): Composite Ceramic-Metal Systems -

1100. B.W. Lewis, AD-258 762 (1961). U.$. Govt.Research Repts.36 (5), 47 (1961): Investigation of the Deteriorationöf 22 Fefractory Materials in Mach 2 Jet at aStagnation Temperature of 38000F

1101. P. Loewenstein, L.R. Aronin and A.L. Geary, Powger Met.(1961), 563-83: Hot Extrusion of Metal Powders

- 64 -

1102. C.D. McKinney, W.B. Tarpley and F.H. Gaskins, NYO-9586(1961): Applications of Ultrasonic Energy: Ultrasonic Casting of Ceramic and Cermet Slips

1103· D.I. Mason and J.D. Bingle, ANL-6333 (1961), 221: ThermalAnalysis of Uranium Oxide-Metal Cermets

1104· P.Mathelot, Bull.Soc.France Ceram. (1961), Nr.53, 43-7:Int~r@t des cermets aux terres rares pour le contrtledes r~acteurs nuc16aires

1105. E. Meckelburg, Metall 15, 776-8 (1961): Metallisch-keramischeMehrschichtenüberzüge für die Raketentechnik

1106. L. Meny, J. Buffet and Ch. Sauve, Proc. 4th Plansee-Seminar,Powder Metallurgy in the Nuclear Age, F. Benesovsky,(ed.),(Springer-Verlag, Vienna, 1961),566: Applicationde frittage-filage de poudres a la fabricationd'elements combustibles dispers~s U-Al et U02-inox

1107. A. Merz, Vortrag: Int.Pulvermet. Tagung, Eisenach 1961:Zur Biege-Bruchfestigkeit spröder Werkstoffe

1108. E. Meyer-Hartwig, U.S. Patent 2,982,014 (1961): Process ofManufacturing Compounds and Metallic Ceramic Compounds

1109. K. Monma and H. Suto, J.Jap.lnst.Met. 25, 65-8, 143-7 (1961):Studies on Cermets (Parts 8 and-g), Thermodynamiesof Surface Tension

1110. K. Monma and H. Suto, Vortrag: AlME, St. Louis (1961):Several Factors Affecting High-Temperature Strengthof Cermets

1111. J.W. Moore and G.M. Ellis, U.S. Patent 3,006,862 (1961):Method of Making Nuclear Fuel Element

1112. D.J. Murphy et al., LA-2563 (1961): Elevated TemperatureImpact flensification of Mo-U02 Powder

1113. P. Murray in: J. Thewlis (ed.), Encyclopaedic Dictionary ofPhysics (Pergamon, Oxford, 1961), 619: Cermets

1114. S. Naka, E. Kato, G. Nishiyama and H. Matumoto, Rep.Goc.Ind.Res.lnst.Nagoya 10, 199-205 (1961): Study onZr02-Ni Cermets --

1115. E. Niki, S. Kohara, M. Tajiri and K. Tatsuzawa, YogyoKyokai Shi 69, 169 (1961): A Study of the Sinteringof Nickel-Bonded TiC

1116. E. Nishibori, R. Ueda, S.Yajima, S. Ichiba, Y. Kamemotoand K. Shiba, Proc. 4th Plansee-Seminar, Reutte/Tirol (Springer, Wien, 1961): Fission Products inSemi-Homogenous Fuels

1117. Nuclear Materials and Equipment Corp., NYO-9187 (196L7:Corrosion and Radiation Damage Resistant Fuel MaterialCoatings of Uranium and Uranium Dioxide Particles

1118. H.J. Oel, Ber.dtsch.keram.Ges. 38, 258-67 (1961): Die Benetzung von Glas-und MetäIlschmelzen an festen metallischen und keramischen Hochtemperaturwerkstoffen

1119. S.J. paprocki, D.L. Keller, G.W. Cunningham and D.E. Kizer,BMI-1504 (1961)

1120. S.J. Paprocki, S.W. Porembka, E.S. Keller and C.B. Boyer,BMI-1555 (1961): Progress on the Use of Gas-PressureBonding for Fabricating Low-Cost Ceramic, Cermetand Dispersion Fuels

1121. S.J. Paprocki, E.S. Hodge and P.J. Gripshover, DMIC-159(1961): Gas-Pressure Bonding

- 65 -

1122. S.J. Paprocki, E.S. Hodge, P.J. Gipshover and D.C. Carmichael,Proc.Int.Symp.Fuel Elements (Wien, 1961), 283-300:Fabrication of a Compartement Flat-Plate CeramicFuel Element

1123· H. Pearlman, J.p. Howe, J.H. Walter and M.H. Binstock, NAASR-Memo 6228 (1961): Radiation Effeets on DispersionFuel Elements. Bibliography

1124. V.V. Pen'kovskii, Poroshkovaya Met. No. 5, 74-9 (Sept. 1961):Action of Neutron Irradiation on Refractory Compoundsand Powder Metals (Review)

1125. W.C. Pritchard, K.A. Johnson, J.A. Leary and W.J. Maraman,LA-2621 (1961): Compaction and Sintering of pu0

2-MoPowder Mixtures1126. S.A. Rabin, H. Inouye and M.M. Martin, Minutes 4th Semi

annual Inf.Meeting on the ORNL Fast Breeder Assist.Progr. (At.Power Devel.Ass. 1961), L 1-12: Development of Uranium-Molybdenum-Base Cermets

1127. C.F. Reinke,ANL-6516 (1961), 141: Annual Report for 1961.Metallurgy Division

1128. S.L. Ruskin, British Patent 881,184 (1961): Improvement inor Relating to Metallo-Ceramic Compositions

1129. I.N. Schaporova und J.A. Schtschetelina, Isv.Akad.Nauk SSR,Met. 1961, Nr. 1: Ein-und Zweiphasengrenzen in denSystemen W-C-Co und W-C-Ni

1130. I.N. Schaporova, E.A. Schtschetelina und 0.1. Serebrova,Metalloved.Term.Obr.Metallov. (1961), Juli, 44-6:Einfluß einer Wärmebehandlung auf die Eigenschaftengesinterter WC-Co-Hartmetalle

1131. W. Schatt, Neue Hütte 6, 644-54 (1961): Schutzschichtenaus Oxyden und Cermets

1132. Z. Sobczyk, Mechanik Warschau 34. 360-1 (1961): CermetsNew Refractory StructuräI Materials and theirApplicat~on

1133. S. Spinner, J.Res.Nat.Bur.Stand. 65 C, 89-91 (1961):Temperature Dependance of Elastic Constants of SomeCermet Specimens

1134. G.E. Spriggs, Powder Met. No. 7, 296-311 (1961): A Preliminary Study of the Reac~ions between Tungsten Carbideand Tungsten Uarbide-6/o Cobalt Powders and Wetand Dry Hydrogen

1135. M. Sugiyama and H. Suzuki, J.Japan Inst.Metals 25,1-4, 4-8,8-11, 167-70 (1961): Heat Treatment of TIC-Ni Cermet

1136. R.W. Swindeman, Minutes 4th Semiannual Meeting ORNL FastBreeder Assist.Progr. (At.Power Developm., 1961),G 1-5: The Mechanical Properties of the U02-Type 347Stainless Steel Cermet proposed for Core B of theFermi Reactor

1137. I. Tangermann, Vortrag: Fut. Pulvermet. Tagung, Eisenach 196~

Neue Hütte 6, 767-71(1961): Untersuchung der Benetzbarkeit in Oxyd-und Karbid-Systemen

1138. D.J. Tate, WADC-TR-53-373 (Suppl.) (1961): A Review of theAir Materials Research and Development Program

1139. G.T. Tsao, Ind.Eng.Chem. 53, 395-7 (1961): Thermal Conductivity of Two-Phase~aterials

1140. V.I. Tumanov, M.L. Baskin und N.R. Anders, Cvetnyje Metal1y(1961), Nr. 12, 68-73: Einige Eigenschaften vonWC-Co-Hartmetallen

- 66 -

1141. V.I. Tumanov, V.F. Funke und T.A. Novikova, Izv.Akad.NaukSSSR, Met.Topl. (1961), 144-8: Die physikalischenEigenschaften von WC-Co-Hartmetallen

1142. E. Violante jr., Anal.Chem. 33, 1600-2 (1961): PhaseSeparation and Analysis of Sintered TiC-Ni CermetsUsing Alcoholic Bromine

1143. A.J. Wall and D.R. Milner, J.Inst.Metals 90, 394-402(1961/62): Wetting and Spreading Phenomena in a Vacuum

1144. R.C. Wangh, J.E. Cunningham and R.J. Beaver in: J. Belle,Uraniumoxide (USAEC, Naval Reactors, 1961):U308-AI-Reaction

1145. J.H. Warren and S.A.S. Ofner, NP-lI 410 (1961): ProgressReport Nr.3

1146. J.C. Withers, WADD-TR-60-718 (1961): Electoplated CermetCoatings for Oxidation Protection of Substratesin Excess of 20000F

1147. D. Yarnton and D.K. HilI, Engng Mat.Design 4, 439-42 (1961):Glass - Hs Role in Powder ivIetallurgy

1962

1148. R.E. Adams, A.V. Crewe, F.G. Foote et al., ANL-6610,6658 (1962): Reactor Development Program ProgressReport

1149. G. Adamson, R.J. Beaver and J.E. Cunningham in: F. Benesovsky, Pulvermetallurgie in der Atomkerntechnik(Metallwerk Plansee, Reutte/Tirol, 1962), 433-66:Radiation Performance and Fabrication Advances withAluminum Dispersion Fuel Elements

1150. Anon., Engng 194, 18-9 (July 1962): Comments on a Metal/Ceramic Material

1151. Anon., J. Franklin Inst. 273, 264 (1962): Metal-Ceramic,Microminiature Eleetronic Components

1152. Anon., HW-76 300 (1962): Ceramics Research on DevelopmentOperation, Quarterly Report Oct.-Dec. 1962

1153. Anon., Materials in Design Engng 56 (2), 123 (1962):Ceramic, Cermet and Refractory Coatings

1154. W. Arbiter and G. Stern in: F. Benesovsky, Pulvermetallurgie in der Atomkerntechnik(Metal1werk Plansee,Reutte/Tirol, 1962), 467-82: Preparation and Properties of Dispersion Hardened Uranium/Uranium Oxide

1155. W.M. Armstrong, A.C.D. Chaklader and J.F. Clarke, J.Am.Ceram.Soc. 45, 115 (1962): Interface ReactionBetween Metals and Ceramics: Saphire-Nickel-Al1oy

1156. A.Ya. Artamonov, Sov.Powder Met.Metal Ceramics (1962),No.2, 137-41: Problem of Calibrating Porous CermetBearing

1157. N.N. Ault and W.M. Wheildon (Boston, 1962): Modern FlameSprayed Ceramic Coatings

1156. R. Bakish, C.A. GellaI' and I. Marinow, J.Metals 14, 770-4(1962): Vapo~ Phase Metallurgy and Ceramics

1159. E.S. Bartlett, Machine Design 34 (15), 198-204(1962):Protection of Refractory-Metals at High Temperatures

- 67 -

1160. R.J. Beaver and C.F. Leitten jr., Army Reactors ProgramAnnual Progress Report for Period Ending Oct.31,1962, ORNL-3386, 12, (See also ORNL-2834, April 1962):Fue1 Element Development Studies

1161. R. Bernard und R. Riviere in: Ber.IT. 1nt.Pulvermet.TagungEisenach 1961 (Akademie Verlag, Berlin, 1962) 43-59:Röntgenuntersuchungen der in Wolframkarbid-Kobaltlegierungen vorhandenen Spannungen

1162. J.M. Blocher jr., in: Chemical Vapor Deposition (DM1C Rep.170 (1962), 1-14: The Promise and Problems ofChemical Vapor Depositions

1163. D.W. Brite and K.R. Sump, Quarterly Report, Oct.-Dec.1962,HW-76 300 , p. 2.10, General Electric , HanfordAtomic Products Operation, Ceramics Research andDevelopment Operation: U02 Cermets

1164. R.D. Brown, R.A. Burton and P.M. Ku, Am.30c.Lubr.Eng.Trans. 5, 24-31 (1962): Friction and Wear Characteristics cf Cermets at High Temperature and High Vacuum

1165. C. Capasso, Rassegna Chim. 14 (2), 64-7 (1962): Stoffefür Hochtemperatur-Cermets

1166. D.F. Carroll, Ceramics Research and Development Operation,Quartely Report, Oct.-Dec.1962, HW-76 300, GeneralElectric, Hanford Atomic Products Operations, p. 2.9:Pu0 2-Zr Cermet

1167. H.H. Chandler, General Dynamic Corp.Rep. MR-59-2 (1962):Bonding Ceramic to Metal

1168. Cheg Chih-Chiang, K'o Hsueh Ta Chung (China),No.4, 99-100(1962): The New Era of Porcelain

1169. F.B. Cuff, ASD-TR-62-7 (1962), AD-277 152 (1962): Researchto Determine the Composition of Dispersed Phases inRefractory Metal Alloys

1170. G.W. Cunningham, D.E. Kizer, S.J. Paprocki, in: F. Benesovsky,Pulvermetallurgie in der Atomkerntechnik (Metallwerk Plansee AG, Reutte/Tirol, 1962), 483-505:Cermet Fuel Elements

1171. W. Dawihl und B. Frisch, Ar'ch. Eisenhüttenwesen 33, 61-6(1962): Verformungsmessungen an Hartmetallen im Zusammenhang mit der GeTÜsttheorie

1172. M.L. Dring, AD-294 155 (1962): Ceramic-to-Metal Seal forHigh-Temperatures Thermionic Converters

1173. A.S. Dworkin, H.R. Bronstein and M.A. Breding, J.Phys.Chem. 66, 572-3 (1962): Miscibility of Metals withSalts.~. Lithium-Lithium Halide System

1174. J.E. Edström, U.S. Patent 3,044,867 (1962): Method for theProduction of Metallic-Ceramic Materials

1175. V.N. Eremenko, Z.1. Tolmatscheva und T.J. Velinkanova, Iss1.Zaroprtsch.Spl. 8, 95-102 (1962): Gefüge von TiC-Ni,TiC-Cr und TiC-~~

1176. R. Fabian, Mater.Design Engng 56, 105-7 (1962): PlatedCermet Coatings Fight Heat Wear

1177. S.M. Feinberg, S.T. Konobeevskii, N.A. Dollezhal, J.Y.Eme1yanov, V.A. Tsihanov, I.M. Bulkin, A.D. Zhirnov andA.G. Fillipov, Reactor Science and Technology (J.Nucl.

Energy, Parts A+B) 16, 533- (1962): The 500MW Research Reactor SM 2-rHigh Flux)

1179. J.D. Fleming and J.W. Johnson, T1D-7642 (1962), 649-66:Exothermic Reactions in AI-U308 Composites

- 68 -

1180. J.D. F1eming, J.W. Johnson, P. Bolud, S.H. Bomar and A.R.Co11ord, TID-17 530 (1962): Materials for HighTemperature Nuc1ear Engineering App1ications

1181. W.C. Francis, G.W. Gibson, M.J. Graber and W.P. Scarrah,IDO-16 827 (1962): MTR-ETR- Technica1 BranchesReactor Fue1s and Materials Deve10pment

1182. W.C. Francis, G.W. Gibson and W.P. Scarrah, TID-7642 (1962),444: Some Results of Uranium A1uminum Irradiationsat the RTR/ETR

1183. T. Fukatsu, Nippon Kinzoku Gakkai Shi 26, 43 (1962):Structure and Properties of Binder Phase of TiC-NiCermets

1184. V.F. Funke, V.I. Tschu1epov und S.I. Judkovsky, Fiz.Meta11oved. 13, 794 (1962): Beziehung zwischenWiderstand und Struktur von WC-Co-Legierungen

1185. H.S. Gadiyar and J. Ba1achandra, Trans.lndian Inst.Met.15,168-76 (1962): Vapor Phase Deposition of Mo1ybdenumon U02 Partic1es Using F1uidized Bed Technique

1186. A. Gatti, Powder Met. (1962), Nr.10, 77-86: Notes on theStabi1ity of Aluminium Oxide in Iron, Nickel andCobalt

1187. C.W. Gibson and N.C. Francis, IDO-16 799 (1962): Annua1Report in Fue1 Element Deve10pment

1188. W.A. G1aeser, E1ectro-Techno1. (Apr.1962): Wear Characteristics in Nonmeta11ic Materials

1189. E. Glenny, Engineering 194, 852 (1962): Cermets: A Hopethat did not Materia1ize

1190. W.V. Goedde1, GA-3109 (1962): Coated Partic1e Fue1s Development at General Atomic

1191. D.E. Gos1ee, Vortrag: 18th Powder Met.Meeting, Philadelphia1962: ~~ Advance in Dispersion Nuclear Fuel Elementsby Powder Meta11urgy

1192. J. Gurland, Jernkont.Ann (1962): Current Views of theStructure and Properties of Cemented Carbides

1193. R.L. Hami1ton and O.R. Crosser, Ind.Eng.Chem.Fund. 1,187-90 (1962): Thermal Conductivity of HeterogeneousTwo Component Systems

1194. L.e. Harrington and G.H. Rowe,CNLM-4234 (1962): ThermalExpansion of 5 Titanium Carbide Cermets from 68 to1800 0 F

1195. M.M. Hendrickson and J.E. Brown, HW-75 914 (1962): Researchand Deve10pment Programs

1196. P. Herscovici, M. Sache1arie and I. Oprica, CercetariMeta1urgice i, 273-97 (1962): Meta110ceramic Filters

1197. T. Heumann und K. Forch, Z.Meta11kde 53,122-30 (1962):Die Ausbreitung flüssiger MetaIIe auf der Oberflächefester Metalle

1198. E.S. Hodge, C.B. Boyer and F.D. Orcutt, Ind.Engng Chem.54 (1), 31-5 (1962): Gas Pressure Bonding (Cermets)

1199. G.R. Horn, W.J. Flaherty and D.W. Brite, Ceramies Researchand Deve10pment Operation, Quarterly Report, Oct.Deo. 1962, HW-76 300, p. 4.4, General E1ectrio,Hanford Atomic Products Operation: High TemperatureIrradiation Testing of U02-Tungsten Cermet

1200. M. Humenik, D.W. Hall and R.L. Van Alsten, Metal Progr. 81(4), 101-8, 132 (1962): Graphite-Base Cermets - a New Material for Bearing, Electrical High-Temperature APp1ications

- 69 -

1201. V.A. Ivensen und A.E. Kovalski, Fiz.Metallov. Metalloved.13, 793-4 (1962): Abhängigkeit des elektrischenWiderstandes vom Gefüge bei WC-Co-Hartmetallen

1202. F.E. Jamerson, R.F. Hill and F.E. Gifford, AD-290 727 (1962):Investigation on the Direct Conversion of NuclearFission Energy in a Plasma Diode

1203. H. Kalish and F.B. Litton, Materials Research and Standards,2, 638, 1962: Thermal Expansion of Stainless SteelÜ02 Dispersion Type Nuclear Fuel Plates

1204. H.Kato and C.E. Armantrout, U.S. MB U-IOOl (1962), 11-3:Refractory High-Temperature Alloy (Mo-Gd203)

1205. S. Katz, J.Nucl.Mater. 6, 172-81 (1962): High TemperatureReactions between Refractory Uranium Compounds andMetals

1206. D.L. Keller, D.E. Kizer and D.L. Stoltz, BMI-1607 (1962):Fabrication of Cermet Fuel Elements

1207. D.E. Kizer, BMI-1598 (1962), 171: UC Cermets and UN Cermets1208. G.S. Kreimer and N.A. Alexejara, Phys.Met.Metallogr. USSR

13 (4), 117-21 (1962): Mechanism of Fracture inSintered Tungsten-Cobalt Carbides

1209. G.S. Kreimer und O.S. Safanova, Izv.Akand.Nauk SSSR, Met.Topl. (1962), Nr.3, 94-7: Einfluß der Abkühlgeschwindigkeit beim Sintern von WC-Co-Hartmetallen

1210. F.V. Lenel, in: F.Benesovsky, Pulvermetallurgie in der Atomkerntechnik (Metallwerk Plansee, Reutte/Tirol, 1962),529-40: Dispersed Phases in the Powder Metallurgy ofNuclear Materials

1211. W.H. Lenz and P.R. Mundiger, LAMS-2716 (1962): High DensityW-U02 by Activated Sintering

1212. R. Lingaet, G. Rodier and J. Roger, Bull.Soc.Franc.C~ramique (1962), Nr.54, 39-49: Ceramic Coatings by Spraying at High Temperatures

1213. H. Lloyd, AERE-R-4324 (1962): Development of UO?-StainlessSteel Fuel Plates Containing 30-50 v/o Oxide

1214. C.D. McKinney et al., Metal Progr. 82, 184-5 (Sept.1962):Ultr~sonic Casting of CeramiC-and Cermet Slips

1215. W.R. Martin and J.R.Weir, TID-7642 (1962): Mechanical Properties of X8001 Aluminum Cladding and X8001 Al-BaseFuel Dispersion at Elevated Temperatures

1216. H. Matsumoto, S. Ymanchi and G. Nishiyama, Rep.Gov.lnd.Res.Inst.Nagoya 11, 765-74 (1962): Alumina Base Cermets

1217. L. Meny, J. Buffet et eh. Sauvre, in: F. Benesovsky, Pulvermetallurgie in der Atomkerntechnik (Metallwerk Plansee, Reutte/Tirol, 1962), 566-607: Application defrittage-filage de poudres ~ la fabrication d'elementa combustibles dispers~es U-Al et U02-Inox

1218. M. Merlub-Sobel, U.S. Patent 3,067,047 (1962): MolecularCermets and Method of Making them

1219. A. Merz und H. Kotsch, in: Ber. TI. Lrrt . Pulvermet. TagungEisenach 1961 (Akademie-Verlag, Berlin, 1962), 423-30:Untersuchungen an Chromborid-Werkstoffen

1220. A. Merz und J. Uhlmann, in: Ber , II. Ent . Pulvermet. TagungEisenach 1961 (Akademie-Verlag, Berlin, 1962), 431-5,Disk. 450: Uber den Einfluß der Mahlbehandlung aufTechnologie und Eigenschaften von Chromkarbid-Hartmetallen

1221. J. Molinari, CER-2103 (1962): pr~par~tion ~ l'Etat Solide deMoninitrure d'Uranium Massif a Partir des Poudresd'Uranium et des Nitrures Sup~rieurs d'Uranium

- 70 -

1222. A.J. Murphy, J.Brit.Interplanet Soc. 18, 320-8 (1962): AGeneral Survey of the MaterialS-Problem

1223. E. Niki and T. Kyoya, Bunseki Kagaku 11, 1185-91 (1962):Electrolytie Separation of Metallic Phase in TiC-NiCermets

1224. Y. Nishi, Nippon Kinzoku Gakki Shi 26, 329 (1962): SealesFormed on TiC-Base Cermets a~High Temperatures

1225. A. Nishiyama and R. Ishida, Trans.Soc.Met. 3, 185-190 (196~:Purity of Cobalt Phase in Carbide Hard Metals

1226. Office of Techn. Serv., OTS SB-504 (1962): Cermets - Selective Bibliography

1227. G. Ondracek, Vortrag: Keramische Werkstoffe im Reaktorbau,Baden-Baden 1962: Untersuchungen im Mischsystem U02Mo

1228. F.K. Orcutt, H.H. Krause and C.M. Allen, Wear 5, 345-62(1962): Lubricants for High Temperatures

1229. J.H. Oxley, M.F. Browning, N.D. Veigel and J.M. Blocher,Ind.Eng.Chem., Prod.Res.Dev.l (2), 102-7 (1962):Microminiaturized Fuel Elements by Vapor-DepositionTeehnique

1230. N.M. Parikh, AD-275 369 (1962): Zone Sweeping of CementedTungsten Alloys

1231.L.P. Pepkowitz, B.L. Vondra and F. Shipko, TID-7622 (1962):Development of Protective Metal Coatings for U02 andU-Particles

1232. A.B. Platov, Poroshkovaja Met. (1962), Nr.3, 63-8: Abhängigkeit der Härte von WC-Co-Hartmetallen von derTemperatur

1233. p. Popper (ed.), Special Ceramies (Academic Press, London,1962)

1234. Yu.M. Pozin, 0.1. Pondarenko and V.I. Sishman, Sov.PowderMet.Metal Ceram. (1962), No.3, 201-4: Production ofHigh-Porosity Cermets Parts for Storage Batteries

1235. V.A. Rakovskii, Sov.Powder Met. (1962), No.5, 347-50:Strength of Cermet Alloys

1236. V.S. Rakovskiy, Principles of Physical Powder Metallurgy(Gos.Nauchno-Tekhn.Izd., Moscow, 1962)

1237. D.O. Raleigh, J.Electroehem.Soc. 109, 521-5 (1962): Equilibrium Studies in the Reduction of Thorium Oxideby Aluminum

1238. G. Rassmann und A. Merz, Technik No.l, 17-23; No.2, 74-9(1962): Entwicklungsstand auf dem Gebiete der Hochtemperaturmaterialen

1.239. A.E. Richt and L.P. Schaffer, ORNL-3386 (1962), 12: InterimPost-Irradiation Examination of the SM-2B Fuel Element

1240. J.A.L. Robertson, Trans.Am.Nucl.Soc. 5 (1), 225-6 (1962):High Temperature Properties of-Ceramic Fuels; theirSignificance and~easurement

1241. C. Sari et E. Jonckheere, in. F. Benesovsky, Pulvermetallurgie in der Atomkerntechnik (Metallwerk Planse~,Reutte/Tirol., 1962), 600-7: Recouvrement de part1.cules par m~tallisation sous vide

1242. M.D. Scruggs, Machine Design 34, 192-8 (1962): Metal-CeramicStrength Composites as Engineering Materials

1243. S. Sklarew, S.A.E. J. 70, 80-1 (1962): Reinforced Refractory Ceramic Coatings Developed

- 71 -

1244. A.K. Smalley, M.C. Brockqay and W.H. Duckworth, BMI-1579(1962): Improved Techniques for Dispersing CoatedFuel Particles (Oxide)

1245. C.N. Spalaris, Trans.Am.Soc. 5 (1), 228-30 (1962): UraniumDioxide-Cladding Interactions

1246. P.F. Stablein, J.Am.Ceram.Soc. 45, 505-6 (1962): Apparatusfor Forming Small Ceramic-Spheres

1247. R.F.M. Thornley, L. Cartz, J.Am.Ceram.Soc. 45, 425-8 (1962):Examination of Ceramic Surfaces. Scanning ElectronMicroscope. (Cermets)

1248. Ke-Seng Tien, Chosun Kwahak-won ~ongo (1962), Nr.l, 8-9:Innere Reibung in WC-Fe (Ni)

1249. M.H. Ti kkanen , B.O. Rosell and O. Wiberg, Powder Met. (1962),Nr.l0, 49-60: Sintering of Metal P9wder CompactsContaining Ceramic Oxide

1250. V.I. Tretjakov, Sinterhartmetalle; Physiko-Chemische Grundlagen der Herstellung, Eigenschaften und Anwendung(Metallurgizdat, Moskau, 1962)

1251. V.I. Tumanov, V.F. Funke and L.I. Belenkaya Zh.Fiz Khim36, 1574-7 (1962): Wettability of Aluminium Oxideand of Carbides by Metals of the Iron Group

1252. N.I. Valujev, Izv.Vysch.utsch.Zaved.Maschinostr. (1962),Nr.6, 124-8: Härtebestimmung an Titan-ChromkarbidCermets bei erhöhten Temperaturen

1253. L.F. Vereschtschagin, V.A. Schapotschkin und L.B. Piropova,Zur.Techn.Fiz. 32, 233-7 (1962): Druckfestigkeitvon WC-Co-Hartmetallen

1254. L.F. Vereschtschagin, E.V. Zubova und V.A. Schapotschkin,Zur.Tec~-!l.Fiz. 32, 230-2 (1962): Elektrischer Widerstand von WC-Co=Rartmetal1en

1255. W.R. Wade and W.S. Slemp, NASA-T~-D-998 (1962): Measurementsof Total Emittance of Several Refractory Oxides,Cermets and Ceramies for Temperatures from 600 to2,000oF

1256. B.E. Walker, G.T. Ewing and R.R. Mil1er, J.Chem.Engng Data7, 595-7 (1962): Specific Heat of Some High Temperature Materials

1257. B.C. Weber, Keram.Z. 14, 454-65 (1962): TIber die Anwendungdes Schlickergießverfahrens bei der Herstellung vonFormkörpern aus Cermets

1258. W.R. Weinberger and T.S. Weissmann, TID-7642 (1962), 376-97:Fabricarion of Composites Plates by Powder Metal1urgy

1259. A.E.S. White and T.S. Blakely, Chem.lnd. (1962), Nr.40,1740-3: The Improvement of Ceramics by Incorporationof Metals

1260. K.T. Wilke, Z.Phys.Chem. 220, 137-43 (1962): Herstellungvon hochschmelzenden Verbindungen durch Aufdampfprozesse

1261. W.D. Wi~nson, Uranium Metallurgy (Interscience PubI., 1962),I and TI

1262. J.C. Withers, Products Fin. 26 (11), 62-8 (1962): E1ectrode-positing Cermets --

1263. N. Yutani and A.L. PickrelI. Metal Progr. 82, 66-71 (Aug.1962): Electrical Discharge Machining of DifficultAlloys

- 72 -

1264. H.M. Abbott,AD-408 618 (1963): Composite Materials (Bibliography)

1265. R.M. Adams, A. Glassner, A.V. Crewe, F.G. Foote et al.,ANL-6683, 6764 (1963): Reactor Development ProgramProgress Report

1266. S. Amberg, Jernkontoret.Ann. 147, 200-18 (1963): Zur Berechnung der thermischen Spannungen in WC in der Oberfläche von WC-Co-Legierungen

1267. R.V. Ammon, Nukleonik 5 (7) (1963): Untersuchungen an Uranoxiden und UrariKarbid mit der Differential-Thermoanalyse

1268. Anon., GEMP-17A (1963). Oxida~ion liesistant Fuel Element• Mater~als Research

1269. Anon., HW-76 301, 76 302, 76 304 (1963): Cermics Research1270. Anon., Mater. Design Engng 58, 79-126 (Sept. 1963): The

Promise of Composites1271. Anon., Mater. Design Engng 58, 322-4 (Oct.1963): Properties

ofMaterials Refractory Ceramics and Cermets1272. Anon., PWR-2309 (1963): Determination of the Emissivity of

Materials1273. Anon., Quarterly Digest Euratom-USAEC 3 (4)(1963) and MPI-S

(1963): Preparation and Irradiation of U-UC-Cermetsand of Stoichiometric UC

1274. L.M. A~ininokaya and I.D. Radomysel'skii, Sov.Powder Met.Metal.Ceram (1963), No.6, 487-93: Corrosion of Cermet Construction Materials and Method of ApplyingProtective and Decorative Electroplated and Chemica1 Ooatings

1275. W.M. Armstrong, A.C.D. Chaklader and D.J. Rose, Trans.AIME227, 1109-15 (1963): Interface Reactions betweenMetals and Ceramics

1276. J.F. Bacon and R.D. Veltri, Rev.Sci.Instr. 34, 1264-5(1963): Improved Method of ElectricarContact toCeramics for High Temperature Use

1277. W.E. Bal1ard, Metal Spraying (4th ed., Griffin, London,1963)1278. J. Ballif, W. Friske and R. Gordon, paper: Conf. New Nuclear

Mater.Techn.,Prague 1963 (Ref.CN 16/28): Fabrication of Prototype APM-Clad U02-Fuel Elements

1279. H. Barr and L. Frank, U.S. Patent 3,091,501 (1963): Fissionable Fuel Capsules and Method of Manufacturing them

1280. J.L. Bates, HW-76 304 (1963): Effects of Atmosphere andTemperature During Annealing of W-U02 Cermet

1281. L. Baker, J.D. Bingle, R. WarehaI und C. Barnes, ANL-6800(1963), 390: Aluminum-u308 Thermite Reaction

1282. M.J. Balschin,in: Issl. po Zaroprotsch Spl. 3 (Moskau 1958),AD-418153, 572-83 (1963): Probleme der thermischenStabilität von Cermets

1283. M.L. Baskin, V.I. Tumanov und V.F. Funke, Fiz.Metallov. 16,112-6 (1963): E-Modul von WC-Co-Hartmetal1en

1284. J.R. Baxter, CPD-65 (1963): Non-Linear Stress V$StrainBehaviour of two Types of Cermets

1285. Bendix-Corp., AD-410 101 (1963): Ceramic-to-Metal Seals forThermionic Converters

- 73 -

1286. F. Benesovsky und R. Kieffer in: Ullmanns Encyclopädie dertechno Chemie (Urban u. Schwarzenberg, München, 1963),Bd. 14, 440-9: Hartmetalle, Cermets

1287. G.C. Benson, P.l. Freman and E. Demsey,J.Am.Ceram.Soc. 46 (1)143 (1963): Calculation ofCoheS1ve and Surface Energiesof Thorium and Uranium Dioxide

1288. J.F. Benzel, Bull.Am.Ceram.Soc. 42, 748-51 (1963): Metallkeramische Klebemittel --

1289. R. Bernard, Jernkontorets Ann. 147 (1), 22-36 (1963): EineStudie über innere Spannungen in Hartmetall-Legie~gen

1290. R.M. Bidwell, H.M. Haydt, C.T. deFreytas and T.D. SouzaSantos, 8th Arm.Congr. of the Associacao Brasileirade Metais: Nota preliminar sobre propriedades eextruras de dispersas U308-Al

1291. P.L. Blum, P. Guinet et H. Vaugoyeau, Compt.Rend. 257,3401 (1963): Systeme u-u02 ---

1292. C. Bondesan, E. Brutto, A. Gioja, G. Perona and R. Sesini,Energia Nucl.lO (10), 536 (1963): Producing Smal1Spheres of UO--by lsostatic Pressing;in: New Nuc1.Mater.lncludi~g Non-Metallic Fuels (IAEA, Wien, 1963)Vol.l, 165-90: A New Process for Producing SmallU02 Sintered Spheres Based on Isostatic Pressing

1293. G. Briggs, J. Guka, J. Barta and J. White, Trans.Brit.Ceram.Soc. 62,221 (1963): Systems of UC, UC 2 and UN withTransition Metals

1294. D.W. Brite, K.R. Sump and L.O. Slind, HW-76 301 (1963),p. 3.~

U02 Cermets1295. R.L. Bullard, R.A. Hasbrouck, P.S. Schlemmer and R.E. Thun,

U.S. Patent 3,308,528 (1963): Fabrication of CermetFilm Resistors to Close Tolerances

1296. A.G. Buyers, J.Am.Ceram.Soc. 46, 244 (1963): Cermic-MetalBonding Stable in Excess of 22480K .

1297. B. ~ech und P. Oliverius, Praskove Met. (1963), Nr.3, 3-30:Quantitative Metallographie von Sinterwerkstoffen(Hartmetall)

1298. J.A. Christinsen, S.L. Daniel, S.O. McPartland, D.W. Brite,K.R. SumPf W.J. Flaherty, G.R. Horn and L.A. Pemba,HW-76 302 (1963): Ceramies Research and Development

1299. C. Cohn, G. Golden, B. Hoglund, W. Loewenstein, G. Rosenberg, D. Sproks and C. Youngdahl, ANL-6656 (1963):Material Resulting from ANL Rocket Study

1300. V.A. Crewe, S. Lawroski, M. Novick, F.G. Focte, B.L. Spinardand R.C. Goetz, ANL-6749, 6808, 6860 (1963/64):Reactor Development Program

1301. G.W. Cunningham and S.J. Paprocki, TID-7642 (1963), 369-75:A New Concept for Aluminum Base Fuel Elements

1302. J.L. Daniel, HW-SA-2863 (1963): High Temperature Reaction inU02-W-Cermets

1303. J.L. Daniel, HW-76 304 (1963): Plutonium Carbide CermetElectron Microscopy

1304. J.T. Davies and E.K. Rideal, Interfacial Phenomena (AcademicPress, New York, 1963)

1305. W. Dawihl und G. Altmeyer, Z.Metallkunde 54, 645-50 (1963):Dehnungsmessungen an Wolframkarbid-Kobalt-Legierungenim Zusammenhang mit der Gerüsttheorie

- 74 -

1306. W. Dawihl, G. Altmeyer und Manoranjan Kumar Mal, Z.Metal1kunde 54, 66-71 (1963): Das Verformungsverhalten vonWC-Co-Legierungen bei Temperaturen bis 10000C

1307. R.W. Dayton, R.F. Dickerson et al., BMI-1614, 1644, 1655(1963): Progress Relating to Civilian Applications

1308. R.M. DelI and M. Allbutt, AERE-R-4253 (1963): The Nitridesand Sulfides of Uranium,Thorium and Plutonium (AReview of Present Knowledge)

1309. E. Demsey, Phil.Mag. 8, 285 (1963): Bonding in RefractoryHard-Metals -

1310. M.L. Dring, RTD-TDR-63-4109 (1963): Ceramic-to~etal Sealsfor High-Temperature Thermionic Converters

1311. W.H. Duckworth, A.K. Smalley and M.C. Brockway, Bull.Am.Ceram.Soc. 43, 494-7 (1963): Pelletizing ofDisperseNuclear Fue~Elements

1312. V.N. Eremenko, in: The Role of Surface Phenömena in Metal1urgy(Consultants Bur., New York, 1963), 1-8: Physiochemical Basis of the Formation of Cermets

1313. V.N. Eremenko and V.V. Fesenko in: V.N. Eremenko (ed.), TheRole of Surface Phenomena in Metallurgy (ConsultantsBureau, New York, 1963), 117-9: Rate of Infiltrationof TiC with Cu/Ni Alloys

1314. V.N. Eremenko and V.N. Nizenko in: The Role of SurfacePhenomenain Metallurgy (Consultants Bur., New York,1963), 54-8: Effects of Titanium and TiC on theSurface Properties of Ni and Co

1315. V.N. Eremenko and N.D. Lesnik in: The Role of SurfacePhenomena in Metal1urgy (Consu1tants Bur., New York,1963), 102-16: The Kinetics of Infiltration of porousMaterials with Liquid Metals

1316. W.J. F1aherty, G.R. Horn and L.A. Pembar, HW-76 304 (1963):Long-Term Irradiation of Cermet Fue1s

1317. J.D. F1eming and J.W. Johnson, Nuc1eonics 21 (5), 84 (1963):AI-U

308 Exothermic Reactions --1318. J.D. F1eming, J.W. Johnson, P. Bo10nd and S.H. Bomar, TID

18 286, 18 891, 19 057, 20 026 (1963): Materials forTemperature Nuclear Engineering

1319. R.P.H. Fleming, Powder Met. (1963), Nr.12, 179-87: TheEffect of Composition on the Porosity Structure andProperties of Nickel-Tantalum, Nickel+Tantalum Carbideand Ni-Ta-TaC-Alloy

1320. R.H. Forster, J.Austral.Inst.Met. 8, 405-14 (1963): TheEffect of Ca~bon in Cementea Carbides

1321. E.L. Foster jr., paper: ANS Aerospace Nuc1ear Safety NationalTopica1 Meeting, Albuquerque 1963: Re-Entry BurnupEnhancement of Hydrided Zirconium Uranium A110y Fuel

1322. W.C. Francis, G.N. Gibson and M.J. Graber, IDO-16 932 (1963):MTR-ETR-Technica1 Branches Quarter1y Report

1323· W.C. Francis, V.A. Walker and G.W. Gibson, Trans.Am.Nucl.Soc. 6, 373 (1963): High Temperaure IrradiationTesting of Uranium-Aluminum Fue1s for the ATR

1324. E.W. Friedrich, U.S. Patent 3,114,612 (1963): CompositeStructure

1325· H. Frye, J.E. Cunningham,J.I. Federer, D. Heitkamp, J.F.Murdoch, T.S. Lundy and W.K. Bi ermann , ORNL-3470(1963): Metals and Ceramies Annual Progress Report

- 75 -

1326. M.S. Gadiyar and J.J. Ba1achandra, Ind.J.Techno1. 1, 162-4(1963): Sintering Studies on Mo1ybdenum-Coated U02Partiales

1327. L.E. Gatzek, Machine Design 35 (18), 136-9 (1963): WearResistant Finishes ano-Coatings

1328. C.G. Goetzel, Treatise on Powder Meta11urgy IV (IntersciencePubI., New York, 1963): C1assified and Annotated Bib1iography 1950-1960.Pt.1, Literature SurveY.~32-7: Cermets and Intermetallics ;y.44-6: Sintering in Multiple ComponentSystems;y.418-45: Cemented Carbidesand other HardCompounds;n471-515: Cermets, Meta1-Ceramics andIntermetallicsPt.2, Patent Survey.p.1145-67: Other Compounds (Oxidebase Cermets)

1329. E. Goodman, R.A. Thomson and H.P. Weinberg, AD-407 973(1963): Research and Deve10pment on E1ectrodeposited Coatings for liigh-Temperature ExperimentalSolid Propellant Rocket Nozz1e

1330. P.M. Goodwin, paper: ASME Conf., New York 1963 (Ref. 63MD-20): Composite Materials

1331. D.E. Gos1ee, Nuc1eonics 21 (7), 48-52 (1963): ImprovingPerformance of Stain1ess Stee1-U02 Cermet Fue1s

1332. J. Graham, J.H. Weymouth and L.S. Wi11iams, J.Austra1.Met.8, 280-97 (1963): Fundamental and Techno1ogica1Aspects of Infi1trated Oxide Cermets

1333. D.E. Gücer and J. Gurland, Jernkontoret.Ann. 147 (1), 111-5(1963): An App1ication of Fracture Statistics tothe Microstructure of Cemented Carbides

1334. J. Gurland, Jernkontoret.Ann. 147, 4-21 (1963): Cux'rent Viewsof the Structure and Properties of Cemented Carbides

1335. J. Gurland, Trans.Met.Soc.AIME 227, 1146-56 (1963): TheFracture Strength of Sintered Tungsten Carbide-CobaltA110ys in Relation to Composition and Partic1eSpacing

1336. W.B. Ha11amd J.W. Graham, in: High Temperature Materials rr(Intersci. PubI., New York. 1963), 789-99: CeramicCoatings for Co1umbium

1337. G.L. Ranna, AAEC/TM 212 (1963): The Irradiation Behaviourof Berry1ium Oxide Based Dispersion Fue1s-A Literature Review

1338. L.C.

1339. L.C.

1341. V.E.

1342. V.A.

Harrington and G.H. Rowe, Am.Soc.Testing Mater.Proc.63. 630-2; 633-45 (1963): Thermal Expansion of FiveTitanium Carbide Cermets from 63 to lS00oF; ThermalExpasion of Thirteen Tungsten Carbide Cermets from63 to 18000F

Harrington and G.H. Rowe, CNLM-4479 (1963): ThermalExpansion of Thirteen Tungsten Carbide Cermets

Inman and H.R. Tipler, Met.Reviews 8, 105-66 (1963):Interfacia1 Energy and Composition-Meta1s and A110ys

Ivanov, V.F. Zelenskij, S.I. Fajfer, S.M. Zdanov, V.I.Maksimenko and V.I. Savcenko, in: New Nuc1ear MaterialsInc1uding Non-Metallic Fue1s (IAEA, Wien, 1963),Vo1.2143-54: Uranium Based Cermet A110ys

Ivensen, Poroschkovaja Met. (1963), Nr.3, 37-51: Einfluß der Herstellungsbedingungen auf die Eig~nschaf

ten von WC-Co-Hartmeta11en

- 76 -

1343. L. Jakeszowa and D. Jakes, At.Energy Rev.1 (3), 3-46 (1963):Carbides, Nitrides and Si1icides of Uranium as Promissing Nuc1ear Fue1

1344. Jurid-Werke GmbH, Frebh Patent 1,328,260 (1963): Processfor Making Cermets and Artic1es Made Thereof

1345. H. Kajihara, N. Nakajama, S. Sakai, K. Yamada and I. Mori,Nagoya Kogyo Gijutsu Shikensho Hokuku 12 (1), 1-6(1963): U1tra-High-Speed Cutting by Cermet Too1

1346. J.M. Ke1b1e and J.E. Bernados, Aerospace Engng 22 (1), 56-75(1963): High-Temperaure Nonmeta11ic Materials

1347. D.L. Keller, BMI-X-10 041 (1963): Deve10pment of UraniumMononitride

1348. D.L. Keller, G.W. Cunningham, W.E. Murr, E.O. Fromm and D.E.Lozier, BMI-1608 (1963): High Temperature IrradiationTest of U02 Cermet Fue1s

1349. C.R. Ki1gore, Prod.Finishing 27 (8),34-40 (1963): EngineeredComposite Coatings --

1350. I.P. Kis1jakov, L.V. Beilina und A.N. Kuzin, Izv.Vysch.Utsch.Zaved.Cvet.Met. 6 (1), 117-29 (1963): Benetzungvon WC ttnd TiC durch geschmolzenes Kupfer

1351. R.S. Xiwak, Vortrag: Electrochem.Soc., New Yoek, 1963:Meta1 to Ceramic Seals for Thermionic Converters

1352. D.E. Kizer, Reactor Metr. ~ (4), 21 (1963/64): Cermet Fuels1353. R.F. Klein et al., HW-78 118 (1963): Quarterly Progress

Report1354. o. Knotek, Werkstattstechnik 53, 8-11 (1963): Der Aufbau

der Sinterhartmetalle --1355. S.T. Konobevsky, N.F. Pravdyuk, S.M. Astrakhantsev, V.I.

Xarpukhin, V.V. Skvortsov and V.A. Nikoajenko, Vortrag: Conf.New Nuc1ear Mat.Techn., Prag 1963 (Ret.CN 16/70); NP-13 108 (1963): lnvestigation of CertainProcesses in U02 Dispersed in a Matrix

1356. L.M. Kouba, Wang-Shin-Hua and E.I. Sikotkina, Dok1.Akad.Nauk SSSR 148, 113 (1963): Reaktion von U02 mitV und Nb

1357. W.C. Kramer and C.H. Bean, ANL-6649 (1963): Fabrication ofU02-Stain1ess Steel Dispersion Fue1

1358. W.J. Kucera, C.F. Leitten and R.J. Beaver, ORNL-3458 (1963):Specification and Procedures Used in ManufacturingU~OA-Al Dispersion Fue1 Elements for Corel of thePtterto Rico Research Reactor

1359. M. Kumazawa and J. Gurland, Vortrag: Met.Soc.AIME (Cleveland1963): Particle Coalescence Durtng Liquid-PhaseSintering of WC-Co Alloys

1360. J.D.B. Lambert, Trans.Brit.Ceram.Soc. 62, 247 (1963):Irradiation Stabi1ity of Dispersion Fuels

1361. R.E. Latta and C.C. Brown, Vortrag: Am.Chem.Soc., New York1963: The Preparation and Properties of ParticulateOxide Fuels

1362. A.A. Lebedev, Sov.Powder Met.Metal Ceram. (1963), No.5,401-3: Method of Testing Cermets under Complex Stress

1363. W.H. Lenz, LAMS-2906 (1963): A Brittleness Test for PowderMetallurgy Materials

1364. W.H. Lenz and P.R. Mündinger, J.Less-Common Metals 5, 101-11(1963): High Density W-UO~ by Activated Sintering

- 77 -

-1365. K. Lewenstein and B. Paszkowski, Prace Przeurys1owego lnst.

Elektron 4, 263-70 (1963): Thorium Oxide CermetCathode -

1366. H. L1oyd,lAEA Conf. of New Nuc1ear Materials lnc1uding NonMetallic Fue1s, Prague 1963, Vo1.2, 103-42: Development of U02-Stain1ess Stee1 Fue1 P1ates Containing30-50 v/o oxide

1367. W. Lubars, H.R. C1auser, J.E. Hauck, R.J. Fabian, D. Pecknerand J.B. Campbell, Mater. Design Engn 58 (3), 79-126(1963): Promise of Composites (M/DE Special ReportNo.2l0)

1368. L.L. Maas and P.L. Hofmann, HW-78 756 (1963): Nuc1earParameters Survey for Some Compact, Fast Spectrum,Cermet Reactors

1369. H. Matsumoto, S. Yamaguchi and G. Nishiyama, Rep.Gov.lnd. ResInst.Nagoya 12, 55-62,218-24 (1963): Alumina BaseCermets -

1370. W.A. Maxwell, U.S. Patent 3,109,797 (1963): Tabular FuelElements and Fabricating Techniques Therefor

1371. Menahem Merlub-Sobel, U.S. Patent 3,102,848 (1963): Nuc1earFue1 Composition and Method of Making the Same

1372. W.R. Micks, U.S. Patent 3,098,723 (1963): Nove1 Structura1Composite Material

1373. C.E. Moeller and J.B. Loser, Machine Design 35 (25), 196-203(1963): lnsulating Materials -

1374. E. Niki und K. Masato, J.Japan lnst.Met. 27, 588-92 (1963):Mechanical and Physical Properties-of Extruded TiCNi Cermets

1375. H.J. Oel, Ber.dtsch.keram.Ges.40, 73-83 (1963): KermischeWerkstoffe für Brutstoffe, Moderatoren, Reflektoren,Regelstäbe, Abschirmmaterial und Konstruktionselemente sowie thermoelektrische Stromerzeugung

1376. Office Techn.Service, SB-526 (1963): Bibliography on MetalComposites

1377. S.J. Paprocki and G.W. Cunningham, U.S. Patent 3,074,153(1963): Ductile Chrome

1378. T. Peart and S. Schneider, Electronics 36, 44-5 (Aug.1963):Experts Evaluate Nonwirewound Po~

1379. G.I. Pogodin-Alexejev and K.F. Schtochelov, Liteinoje Proj.(1963), No.8, 26-7: Manufacture of Cermet Bodies byVibratory Compaction

1380. V.A. Presnov in: The Ro1e of Surface Phenomena in Meta11urgy(Consultants Bur., New York, 1963), 92-5: Physiochemica1 Nature of Bonds Between Dissimi1ar Materials

1381. W.C. Pr~hard, K.A. Johnson and J.A. Leary, LA-2828 (1963),Conf. on New Nuc1ear Materials Inc1uding Non-MetallicFuels (Prague, 1963)p.155: Compatibility of the MajorElementa1 Components of Type-302-B Stain1ess Steelwith Pu0 2 and U02

13820 S.Ro Rabins, M.M. Martin, A.L. Lotts and J.p. Hamruond,ORNL-3437 (1963): Dispersion Fuels U-MO-U02,U-Mo-UC

1383. J.G. Rasmussen, M. Yamazaki, N.J. Grant, NASA NsG 117-61(1963): Progress Report on Cermets

1384. R.A. Reeder and R.A. Long, Am.Ceram.So~.Bul1. 42, 337 (1963):Cermic Adhesive Bonding of Refractory Metals

1385. C.F. Reinke, ANL-6665, 6677 (1963): Metallurgy Div.AnnualReport 1962

- 78 -

1386. K.N. Repenko, N.V. Hulko und I.A. Hetman, Ognenpory (1963),Nr.l, 42-5: Reaktion zwischen metallischem Titan undZr0 2-Tiegeln

1387. H.E. Röllig, Kernenergie 6, 685-91 (1963): Kinetik der U02Al-Reaktion in Pulvermischkörpern1388. R. Ruh, J.Am.Ceram.Soc. 46, 301-7 (1963): Reaction of Zir

conia and Titanium-at Elevated Temperatures1389. R. Ruh and W.C. Simmons, Vortrag: Am.Ceram.Soc., Pittsburgh

1963: Metallographic Studies in the.System Zr0 2-Zr1390. M.J. Sanderson, L.N. Grossman, H.W. HilI and A.I. Kaznoff,

Joint IEEE, AIAA, Thermionic Conversion SpecialistsConference, Gatlinburg, Tenn., (1963) p.275~ Compatibility of Nuclear Fuel and Thermionic EmitterMaterials

1391. N.S. Savannah, ORNL-3416 (1963): Maritime Reactor Program1392. W. Schatt, in: F. Eisenkolb und F. Thümmler, Fortschritte der

Pulvermetallurgie (Akademie-Vlg., Berlin, 1963),Vol.2, 641-711 : Metalloxid-Metall-Verbundwerkstoffe(Oxid-Cermets)

1393. H. Scheibe, TID-7654 (1963): Cermic Matrix Fuels ContainingCoated Particles

1394. K.S. Schlyjakova, Met. Metalloved.Fiz.Chim.Metody Issl. (196~

Nr.12, 118-20: Pulverspritzen von Keramiken1395. F. Schmitz and R. Lindner, Radiochim.Acta 2, 218-20 (1963):

Diffusion of Pu in U02 -1396. R.C. Shank, IDO-14 636 (1963): Annual Report of Division

Analytical Branch1397. R.E. Skavdahl, HW-76 301 (1963): Ceramics Research and

Development Operation1398. R.E. Smith, Mater.Design Engng 58 (6), 85-7 (1963): Ceramic

Coated Metals Resist Hea~Corrosion

1399. J.K. SparrelI, K.G. Coumou and J.D. Plunkett, AD-421886(1963): Thermal Conductance of High-TemperatureMaterials (Cermets)

1400. R.F. Stoops and H.J. Mione, NCSC-2981-4 (1963): A NuclearFuel Consisting of Very Small, Uniformly DispersedUC-Particles in a Uranium Matrix

1401. J. Strobl, Pokroky Praskove Met. (1963), Nr.4, 56-61: Herstellung von Verbundkörpern durch Sintern

1402. A.G. Thomas, J.B. Huffadine and N.C. Moore, Met.Rev. 8,461-88 (1963): Preparation,Properties and Appllcationof Metal/Ceramic Mixtures

1403. F. Thümmle~ in F. Eisenkolb und F. Thümmler (eds.), Fortschritte der Pulvermetallurgie, Vol.l (Akademie-Vlg.,Berlin, 1963), 329-452: Wissenschaftliche Grundlagender Sintervorgänge, C. Systeme mit mehreren Komponenten

1404. M.H. Tikkanen, Jernkontoret.Ann. 147, 22-37 (1963): ZurTheorie der Benetzbarkeit zwischen Metallverbindungenund flüssigen Metallen

1405. G.N. Tretjatschenko, Poroschkova Met. (1963), Nr.l, 26-32:Einfluß der Belastungs- auf die Festigkeitscharakteristik von Cermets

1406. V.I. Tumanov, V.F. Funke, Z.I. Pavlova, T.A. Novikova undK.A. Bystrova, Fiz.Metallov Metalloved.14, 285 (1963):struktur von WC-Co-und WC-TiC-Co-Hartmetallen undderen Druckfestigkeitsgrenzen

- 79 -

1407. V.I. Tumanov, Z.S. Truchanova, V.F. Funke und V.G. Schtscherbakova, Zavod.Labor (1963), Nr.3, 277-80: Elektrochemische Separation und Bindungsart der Karbidphasein WC-Co-Legierungen

1408. Uni ted Kingdom Atomic Energy Authority, French Patent1,321,788 (1963): Manufacture of Ceramic MaterialMixed with a Metal

1409. J.I. Venard and R.W. Swindeman, ORNL-TM-665 (1963): Mechanical Properties of the U02-Type 347 Stainless SteelCermet for Core B of the Fermi Reactor

1410. A.S. Vlasov and D.N. Polubojarinov, Ogncupory 28' (5), 232(1963); Ceramics 14 (174), 34-6 (1963):~erstellungvon Cr-Al 0 Cermets durch exotherme Reaktion;Tr.Mosk. cih~.Technol. Lne t . (1963), Nr.41, 185-93:Einfluß von Temperatur und Gas auf die Sinterung vonCr-A1203 Cermets

1411. B.C. Weber, Interceram. (1963). Nr.l, 25-32 (Transl.):Application of the Slip Casting Process for the Forming of Cermets

1412. K. Weigel und W. Track, Metall 17, 433-6 (1963): Das Tränkenporöser keramischer Körper mit Metallen

1413. N.A. Weil and I.M. Daniel, J.Am.Ceram.Soc. 47, 268-73 (1963):Analysis of Fracture Probabilities in-NonuniformlyStressed Brittle Materials

1414. W.M. Wheildon, Bull.Am.Ceram.Soc. 42, 308-11 (1963): Abriebfeste keramische Werkzeuge in der keramischen Fertigung

1415. C.D. Wiseman, R.N. Duncan, J.W. Linga, J.W. Felter and M.E.Shyder, Am.Soc.Met.~rans.Quart. 56, 717-27 (1963):Mechanical Properties of PotentiaI Nuclear ReactorAluminum Cermet Material

1416. R.W. Yancey, Am.Soc.Met.Techn.Rep.No.20-7 (1963): Meta11urgical Characteristics of Chromium-Ceramic Composites

1417. F. Zimmer, Metal.Progress 83 (1), 101-4, 147-8 (1963): NeueWege zur Verbindung-Verschiedenartiger Werkstoffe

1418. G.M. Adamson and J.W. McWerther, ORNL-TM-902 (1964):Specifications forHigh Flux Isotope Reactor FuelElements

1419. I. Amato, R. Colombo et A.M. Protti, Vortrag: Journ€esd'automne Soc.Met.Francaise, Paris 1964: Cermetsbioxyde d'uranium-tungstene obtenus par frittageactiv~

1420. I. Amato, R. Colombo et A.M. Protti, Mem.Sci.~t. 61, 481-3(1964): Quel~ues propri~t€s des cermets U02-Mo

1421. Anon., AD-409 015 (1964): BaO-W-U02, Performance as NuclearThermionic Emitter

1422. Anon., Fundamental Nucl.Energy Research USAEC (1964), 99:Fuels and Materials

1423. Anon., GA-4874 (1964): W-U02-Thermionic Properties1424. Anon., GEAD-4319 (1964): Reactions of Uranium Dioxide with

Tungsten at 20000C

- 80 -

Anon. ,Anon , ,

Anon . ,

1427.1428.1429.

1425. Anon., GEMP-41A,-265,-334A (1964): High Temperature MaterialsProgram Progress Report

1426. Anon., GEST-2017,-2033,-2036,-2045,-2046 (1964): Researchand Development Program of Thermionic Conversion ofHeat to Electricity

Anon., HW-76 302,-76 303,-79 280 (1964): Ceramies Researchan<1 lJeveopmen"tAnon., IDO-17 081 (1964), 1-47: Reactor EngineeringAnon., Mater.Design Engng 60,333-5 (Oct.1964): Properties

of Materials: Refractory Ceramies and CermetsMND-2945-4 (1964): Thermionic Double-Diode ProgramNAA-SR-9999 (1964): Annual Technical Progress ReportNMI-4996,-4997,-4998,-4999 (1964): 14th MetallographieGroup Meeting

1433. G. Arthur and J.A. Cou1son, J.Nucl.Mater. 13, 242-53 (1964):Physica1 Properties of U02-StainlessSteel Cermets

1434. V.I. Avdasev, V.D. Lemeshonok and N.I. Kovzel, Sov.PowderMet.Metal Ceram. (1964). No.3. 226-31: Broaching ofPorous Cermets

1430.1431.1432.

1435. L. Baker and J.D. Bingle, ANL-6900 (1964), 298: AluminumU308 Thermite Reaction

1436. A.I. Baranov in: S.I. Baschkirov (ed.), Hard Metals Production Technology and Research in SSSR (Pergamon Press,London, 1964), 149-56: Dynamic Strength of WC-CoCermets at High Temperatures

1437. S.I. Baschkirov (ed.), Hard Metals Pro duc ti on Techno1ogyand Research in SSSR (Pergamon Press, London, 1964)

1438. R.J. Beaver and G.M. Adamson, ORNL-3670 (1964): Army ReactorsProgram

1439. R. Bernard. R. Riviere und Mai Xuan. Vortrag: Gemeinschaftssitzung über Pulvermetallurgie (Paris, 1964): Röntgenographische Eigenspannungsuntersuchungen an Wolframkarbid-Kobalt-Hartmetall1egierungen und Abhängigkeitder Spannungen von der Temperatur

1440. W. Bernhardt, Tonind.Z.Keram.Rundschau 88 (17/18), 418 (1964):Surface Energy and Wetting of Meta1 Melts on Refractory Oxides

1441. R.M. Bidwe11, H.M. Haydt, C.T. de Frey tas and T.D. de SouzaSantos, ABM (Bol.Assoc.Brasil.Metals) 20, 567-76(1964): Preliminary Remarks on Properties andStructures of Powder Dispersions of U308-Al

1442. J.T. Bilton, Vortrag: Refractory Composites Working Group,1964: Refractory Composite and Coating Work Conductedat IITRI

1443. R.F. Boyle, W.V. Ketron, R.C. Nelson and R.E. Smith,Nucleonics 22, 76 (April 1964): Autoradiography: AUseful Tool for Examining Irradiated U02

1444. F.N. Breslich and L.M. Stejskal, AD-607 078 (1964): Impregnated Porous Refractory Oxide Composites

1445. M.G. Briton, AD-461 995 (1964), No.20: A Status Report onCeramic Techno1ogy

1446. G.A. Bugajev,in: Electric Contacts (Izd.Energiya, Moscow,1964), 270-5: The Possibility of Using Cermets toReplace Tungsten

1447. J. Bugl and D.L. Keller, Nucleonics 22 (9),66-70 (1964):Uranium Mononitride Reactor Fuel

- 81 -

1448. L.G. Carpenter, Brit.J.Appl.Phys. 15, 371-82 (1964): Materials at High Temperatures --

1449. I.N. Chaporova, V.I. Tretjakov, E.A. Shchetlina and T.G.Maharenko, in: S.I. Baschkirov (ed.), Hard MetalsProduction Technology and Research in SSSR (PergamonPress, London, 1964), 165-78: Solubility of TungstenCarbide in Cobalt and Nickel

1450. J.F.G. Conde, Ispra Symposium on Electron Microprobe Analysi~Oct.1963, EUR 1819.e (1964),p.l05: The Applicationon X-Ray Projection Microscopy to the Quality Controland Inspection of Coated Particle Fuels for theDragon Reactor Experiment

1451. L.H. Cope, Metallurgia 70, 59-63 (1964): A Coining Techniquefor the Fabrication of Medium-Volume Cermet NuclearFuels

1452. L.H. Cope and R.J. Warner, BP-969 975 (1964): ImprovementsRelating to the Manufacture of Cermet Nuclear Fuelsand Fue1 Elements Containing such Fuel

1453. J. Corteville et L. Pons, Comp.Rend. 258, 2058-61 (1964):Preuve de l'existence d'une structure continue decarbure de tungstene dans les composees de carburede tungstene fritt~s avec un liant de cobalt

1454· A.V. Crewe et al., ANL-6923 (1964), 87: Progress Report1455. J.E. Cunningham and J.W. Ullmann, ORNL-P-2355 (1964); CONF

660336-1: Cladding and Dispersion Fuel Developmenta t ORNL

1456. W. Dames, K. Wright and J. Williams, U.S. Patent 3,117,914(1964): Nuclear Fuel Materials

1457. W. Dawihl und B. Frisch, Cobalt 22, 16-23 (1964): Zur Kenntnis der mechanischen Eigenschaften der Kobaltphasein WC-Co-Hartmetallen

1458. R.W. Dayton, R.F. Dickerson et al., BMI-1659, BMI-1661,BMI-1694 (1964): Progress Relating to CivilianApplications

1459. A.V. Dean, Appl.Mater.Res. 3 (4), 195-202 (1964): The Development of Composite Materials

1460. D. Delic and M. Ristic, Technika 19, 130-3, 133-6 (1964):Cermets aus dem System AI-Gr203; 930-3: Herstellungvon A1-Cr203-Cermets

1461. W.H. Dennis, Refract.J. 40 (5), 216-8 (1964): Cermets1462. J.M. Dickinson an<\T.J •. Ready, LAMS-3065 (1964): Feasibility

Study of Coextrusion of Refractory Meta1 C1ad Reactor Fuel Elements

1463. M. D'lcughy and J. Houdek, Pokroky Prask Met •.(l964~, No s L,33-40: Nonuniformity of Physica1 and Mechanlca1 properties in the Cross Section of Bits from Cermets

1464. Z.P. Dorf, S.G. Napara-Volgina and M.I. Litovchenko, Sov.Powde~Met.Metal Ceram. (1964), No.2, 164-9: Deter~nation of the Range of Parts for the Cermet Shop ofa Powder Meta11al1urgy Plant

1465. J. Drott, Proc.Europ.Reg.Conf.E1ectron Microscopy, Prague,1964, 159-60 (CA 62, 11 480): Observations of anIntermetallic Layer in WC-Co-Al1oys

1466. K. Drumheller, HW-SA-3754 (1964): Utilization of PneumaticImpaction for Material Fabrication and Development

1467. L.J. Ebert,paper: Am.Soc.Met., Philadelphia 1964: MechanicalBehaviour of Interfaces

- 82 -

1468. P. Elkins, NAA-SR-7502 (1964): Compatibility of UraniumCarbide Fuels with Cladding Materials

1469. J.L. Evans, BP-975 213 (1964): Improvement Relating to theBonding of Metal Cladding to a Cermet Body

1470. H.E. Exner, Diss.Montanistische Hochschule Leoben 1964;.TSrnkont.Lab.f.Pulvermet. stockholm JK U8, 64-201(1964)6 Struktur und Eigenschaften der Hartlegierung

-WO-lO /0 Co, ihre Wechselwirkungen und ihre Abhängigkeit von den Ausgangspulvern

1471. G.R. Faulkner and L.S. Williams, Planseeber.Pulvermet. 12,111-8 (1964): Joining of Oxide to Metals Trough Intermetallic Compounds

1472. A.D. Feith, GE-TM-64-10-4 (1964): Therm~l Conductivity cfSeveral Ceramic Material to 2500 C

1473. J.D. Fleming, J.W. Johnson and S.H. Bomar, TID-21 311 (1964):Reactions in Al-34w/o U

308 Dispersions (Final Repert)1474. H. Franssen,in:Landoldt-Börnstein~, 133-44 (1964): Eigen

schaften von Mischkörpern aus Metallen und niahtmeta11ischen Stoffen (Cermets)

1475. J.H. Frye and J.E. Cunningham (eds.), ORNL-3670 (1964):Metal and Ceramics Division Annual Progress Report

1476. W.C. Funk and R.C. Landinham, CONF-373-3, AGN-TP-52 (1964):Ceramic Extrusion

1477. A. Gatti, U.S. Patent 3,158,473 (1964): Method for ProducingComposite Bodies

1478. O.F. Gayda~ in: Electric Contacts (Izd.Energiya, Moscow,1964)178-84: Resistance of Contact Materials to ElectricNear

1479. E. Gebhardt, G. Ondracek, J.Nucl.Mater.12, 113-4 (1964):Untersuchungen im 8ystem UO -Mo;-r3, 210-9 (1964):Herstellung von u02-Festkör~ern; 13, 220-8 (1964):Aufbau des Systems U02-Mo

1480. E. Gebhardt, G. Ondracek und F. ThÜffim1er, J.Nucl.Mater. 13,229-41 (1964): Eigenschaften von U02-Mo-Formkörpern

1481. G.W. Gibson, IDO-16 994 (1964): MTR-ETR Technica1 BranchesQuarterly Report

1482. M.J. Graber, IDO-17 052 (1964), 8: Nuc1ear Techno10gyBranches Quarter1y Report

1483. M.J. Graber, G.W. Gibson, V.A. Walker and W.C. Francis,IDO-16 958,-17 037 (1964): Results of ATR Sampie FuelPlate Irradiation Experiment

1484. C.L. Griffis, N.C. Nahas and J.R. Couper, Univ.Arkansas,E~gng Experiment Station Res.Report No.5 (Fayettevllle, Arkansas, 1964): Thermal Conductivity: ASurvey and Critica1 Evaluation of the Literature

1485. G.R. Hall, Trans.lnst.Chem.Engrs.41, 336-41 (1964): TheElectrolytic Dissolution or-Nuclear Fuel Elements

1486. R.F. HilI and F.E. Gifford, Trans.Am.Nucl.Soc. 7, 102-3(1964): Materials Study of a Barium Oxide UO -wCermet Nuclear Thermionic Emitter; Report of2Thermionic Conversion Specialist Conf.,279-86 (1964):The Development of Ba-U Emi-tter Materials

1487. P. Himmelstein, H. Kroll, B. Liebmann and L. Schäfer,EUFAEC-I066,-1108 (1964): Development of Processfor Fabrication of Uranium Carbides and Cermets onUC Basis

- 83 -

1488. D.O. Hobson, R.L. Heestand and C.F. Leitten, ORNL-3644(1964): U308-Al Composite Fuel

1489. E.S. Hodge, Powder Met. 7, 168-20 (1964): Elevated-Temperature Compaction cf Metals and Ceramics by GasPressures

1490. C.L. Holmes and D.C. Kinsey, QPR-ll; AD-601 867 (1964):Production Engineering Measure for Subminiature,Transistor Type, Potentiometers

1491. J.E. van Hoomissen and A.I. Kaznoff, Trans.Am.Nucl.Soc. 1,376 (1964): Compatibility of UO?-W ThermionicEmitters in Ex-Reactor Converter Environment

1492. F.J. Huegel and C.H.Li, U.S. Patent 3,137,927 (1964):Dispersion Hardened Materials

1493. J.B. Huffadine and A.G. Thomas, Powder Met. 7 (14), 290-9(1964): Flame Spraying as a Method of-FabricatingDense Bodies of Alumina

1494. J. Hunt and P. Loewenstein, Bull.Am.Ceram.Soc. 43, 562-5(1964): Hot Extrusion of U02 Fuel Elements

1495. V.A. Ivensen, O.N. Eiduk und L.C. Pivovarov, PoroschkovajaMet. (1964), Nr.4, 43-57: Einige Erscheinungen beimVerformen von WC-Co-Hartmetallen

1496. Jurid-Werke GmbH, BP-964 064 (1964): Process for the Production of Shaped Metal/Ceramic. Articles

1497. A.I. Kaznoff, M.J. Sanderson and J.E. van Hoomissen, Trans.Am.Nucl.Soc. 7, 100-1 (1964): Interaction andDiffusion in the U02/W System

1498. M.R. Keegan, ceramKs Research and Development Operation,(1964), HW-8l 600, p.2.l2, General Electric, HanfordAtomic Products Operation: Diametral-Tension Testingof Tungsten-U02 Cermets

1499. D.L. Keller, BMI-X-I0 073,-10 083 (1964): Development ofUranium Mononitride

1500. D.E. Kizer, Nucleonics 22 (6), 71 (1964): Improved CermetProperties --

1501. W.H. Kohl, Vacuum 14,333-54 (1964): Ceramics and Ceramic-toMetal Sealing

1502. W.J. Kramers und J.R. Smith, Nature 202,39-41 (1964): Chemische Umsetzung von Oxiden mit Metallen bei hohenTemperaturen

1503. J. Kraus und Gosmanova, Pokroky Praskove Met. (1964), Nr.3,26-9: Elektrolytisches Polieren von WC-Co-Hartmetallen

1504. G.S. Kreimer, V.I. Tumanov, D.S. Kamenskaja und Z.I. PavlovaFiz.Metallov.Metalloved.17,572-7 (1964): Festigkeit I

und Bruchmechanismus bei-WC-Co-Hartmetallen1505. C.A. Krier, paper: Refractory Composites Working Group 1964:

Refractory Composite Research at Development at theBoeing Company

1506. B.T. Krysin et al., Tr.Vsches.Nautschn.Techn.Konf.Poroschk.Met., Erivan 1964, 257-65: Produktion von Cermets

1507. W.J. Lackey jr., HW-8l 602 (1964), p.2.l1: High TemperatureReactions in the W-U-O System

1508. W.E. Lawrie and M.D. Oestreich, AD-601 112 (1964): Testingof Ceramic Coatings

1509. A.A. Lebedev, Sov.Powder Met.Metal Ceram. (1964), No.l, 55-9:Durability of Silicon Carbide (Cermet) in a ComplexStressed State

- 84 -

1510. W.H. Lenz and M.C. Tinkle, LA-3232 (1964): The Forming andEvaluation of U02-Agglomerates for Cermets Applications

1511. E.M. Levin, C.R. Robbins and H.F. McMurdie, Phase Diagramsfor Ceramics (Am.Ceram.Soc., Columbus, 1964), 43-71:Two Metals with Oxygen

1512. M.R.Licciardell~B. Ohnysty and J. Boland, AD-461 368 (1964):Composite Structures (W-A120 3)

1513. T.S. Lundy, J.J. Federer, W.K. Biermann, D. Heitkamp andF. Murdoc, ORNL-3470 (1964), 67-74: Diffusion Studiesof Niobium into U02

1514. D.R. McClintok and C.J. Kubit, Trans.Am.Nucl.Soc. 7, 120(1964): Performance of Stainless Steel Clad-U02 FuelElements in a Borated PWR Loop

1515. R.W. McClung, E.S. Bomar and R.J. Gray, Metal Progr. (July1964), 90: Evaluatinß Coated Particles of Nuclear Fuel

1516. W.R. Martin and S.R. Weir, ORNL-3557 (1964), Reactor Mater.7(3) (1964): Mechanical Properties of X-8001 and 6061Aluminum Alloys and Aluminum Base Fuel Dispersion atElevated Temperatures

1517. L.A. Maschkovitsch, A.F. Kutejnikov und T.P. Maslova, Zavod.Labor (1964), Nr.5, 522-4: Phasenanaly~vonWC-Hartmetallen

1518. H. Matsumoto, S. Yamanchi and G. Nishiyama, Rep.Gov.Ind.Res.Inst.Nagayo 13, 39-45 (1964): Alumina Base Cermets VI

1519. R. Matt, Vortrag: 20th. Ann.Meeting Meta1 Powder Ind.Fed.Chicago 1964: Composite Materials

1520. I.P. Melashenko and K.V. Gubar, in: Electric Contacts(Izd.Energiya, Moscow, 1964), 234-44: Heavy DutySwitching Contacts

1521. R. Mendez-Penalosa and R.E. Taylor, J.Am.Ceram.Soc.4h 416-7(1964): The~mal Expansion of Uranium Sesquicarbide

1522. A. Milner and C.R. Tottle, J.lnst.Met. 93, 48-52 (1964):The Bonding of Metals to Uranium-nioxide

1523. G.W.C. Milner, G. Phillips, I.G. Jones, D. Crossley and D.H.Rowe in: L.E. Russel (ed.), Carbides in Nuclear Energy(Macmillan and Co, London, 19641 447-56: ChemicalAnalysis of Actinide Ceramics and Cermets for MainConstituents

1524. A. Migoshi und Y. Doi, Sumitomo Electric Techn.Rev. (1964),Nr.4,80-6: The Particle Size of Submicron Tungsten andWO Powders for WC-Co Alloy

1525. J.E. Monroe and D.W. Stoffel, TID-7E87 (1964), 360-83:Fueled Donklemodule Converters: Fabrication, Testingand Evaluation

1526. A.R. Moss and W.J. Young, Powder Met. 7 (14), 261-89 (1964):The Role of Are-Plasma in MetalTurgy

1527. S. Nishigaki and K. Maekawa, CONF-281-34 (1964): On theStudy of Fabrication of BeO-U02-Be Fuel Pellets

1528. J. Nixdorf, BMI Frankfurt (1964): Hinweise auf die Verwendung von Cermets in direkten Stromerzeugern

1529. G. Ondracek, LEITZ-Mitt.Wiss.u.Techn. 11 (7), 216-9 (1964)Uber Untersuchungen mit dem LEITZ-Universaldilatometer Modell UBD an Spaltstoffcermets

1530. G. Ondracek, Prakt.Metallogr. 1, 113-7; 154-9 (1964): Anwendung metallographischer Methoden auf Keramik,Cermets und Sintermetalle. I. Allgemeine Einführung;IT. Arbeitsvorgänge

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1531. G. Pancer, BNL-841 (1964): Settled Bed Fuel Studies1532. R. Paris, A.McLean-Elrick, J.M. Davies and P.M. French,in:

L.E. Russell (ed.), Carbides in Nuclear Energy (Macmillan, London, 1964), Vol.2, 777-800: Bonding of UCand UC-Iron Cermets to Canning Materials

1533. L,Peras, U.S. Patent 3,136,011 (1964): Methods of PreparingCasting Molds

1534. S. Peterson, Nucl.Safety 6 (1), 41 (1964): Ignition andCombustion of Fuels and Structural Materials

1535. S. Peterson, Nucl.Safety 6 (1), 238 (1964): Integrity ofMetallic Reactor FUels

1536. J. Poulignie~ in: J. Benard (ed.), Oxydation des metaux(Gauthier-Villars, Paris, 1964), Ch.15, 483-97:Les mat~riaux ceramiques et les cermets

1537. N.F. Pravdjuk, S.M. Astrakhantsev, K.P. Dubrovnin, E.G.Ivanov ~nd V.I. Karpukin, A/Conf. 28/P/338b (1964):Behaviourof Nuclear Fuel under Irradiation

1538. S.I. Radu, Cerc.Met. (1964), Nr.6, 365-76: Aufarbeitung vonHartmetall-Schrott

1539. T.J. Ready, W.V. Green and H.D. Dewis, LA-2485 (1964):Fabrication and Evaluation of Powder-Rolled TungstenUranium Dioxide Dispersions

1540. G.C. Reed and W.L. Smith, J.Meta1s 16, 175-9 (1964):Chromium-Magnesia Composites--

1541. K.D. Reeve, J.Nucl.Mater. 14, 435-43 (1964): Fabrication andStructure of Beryllium Oxide-Based Fuel

1542. H. Reininger, Metalloberfl. 18, 45-9, 261-4, 374-52 (1964):Flammspritzen nichtmetallischer Schutzsehichten aufMetalloberflächen

1543. C.F. Reinke, Trans.Affi.Nucl.Soc. 7, 126-7 (1964): Postirradiation Annealing of Some Al-Base Fuels

1544. A.G. Richt. ORNL-3470 (1964), 221-6

1545. E. Richt, E.J. Manthos and E.D. Sims, NMI-4997 (1964):Metallography of Irradiated Dispersion Type Fuel

1546. H.E. Röllig, Kernenergie 7, 11-8 (1964): Compatibility ofU02 and Al. 2 StudTes on UO?-Al Reaction Inhibitionin Dispersion-Type Fuel Element

1547. H.E. Röllig, Deutsches Patent 1 182 363 (1964): Methode zurHerstellung von Dispersionen spaltbaren Materialsfür Brennelemente

1548. R.R. Rollins, (Unpublished Report), General Electric, Vallecitos Atomic Laboratory,1964: Hot Pressing of Dispersion Fuels

1549. P. Rousset et A. Accary, Symposium sur la metallurgie despoudres (Editions Metaux, St.-Germain-en-Laye, 1964),289-303: Frittage en pr~sence d'une phase liquidede cermets uranium-monocarbure d 'uranium

1550. R. Ruh and H.J. Garrett, J.Am.Ceram.Soc. 47, 627 (1964):Reaction of Zr02 and Cr --

1551. L.E. Russel (ed.), Carbides in Nuclear Energy- Proc.of aSymp. held at AERE, Harwell 1963 (Macmillan and Co.London, 1964)

1552. L.E. Russel and B. Riley, BP-945 726 (1964): Improvements inor Relating to Nuclear Fuel Compositions

- 86 -

1553. W. Rutkowski, W. Szteke and M. Wieczorkowski, INR-557/15(1964): Swaging Metallic ana Non-Metallic Powdersin Metallic Tubes

1554· M.K. Rybaltschenko and O.V. Padalko, Tr.Vsches Nautsch Techn.Konf.Poroschk.Met., Erivan 1964, 195-9: Gefüge vongesinterten Mo-Zr02-Cermets

1555. E.I. Ryshkewitch, Vortrag: 5.Plansee-Seminar Reutte/Tirol1964: Combination of BeO-W

1556. E.I. Ryshkewitch, U.S. Patent 3,148,981 (1964): Metal-OxideGradient Ceramic Bodies

1557. D.J. Sandstrom, Metal Progr. 86 (3), 91 (1964): ConsolidatingMetal Powders Magneticäny

1558. S. Schneider, Electronic Ind. 23, 59-62 (Dec.1964): Appraisalof Cermet PotentiometerS-

1559. H. Schreiner, Pulvermetallurgie elektrischer Kontakte(Springer, Berlin, 1964)

1560. D.M. Scruggs and R.H. Herron, U.S. Patent 3,139,672 (1964):Rocket Nozzles etc.

1561. B.J. Seddon, TRG-842 (1964): Summarized CompatibilityReview of Reactor Materials for CO2-Cooled GraphiteModerated Reactors

1562. S.J. Senatore, Trans.Am.Nucl.Soc. 7,414-5 (1964): Use ofGamma-Ray Shielding Techniqües for Evaluating theMatrix Homogenity of Reactor Fuel Elements ContainingMaterials with Similar Atomic Numbers

1563. V.Ya. ShlYUko, Sov.Powder Met.Metal Ceram. (1964),No.3,245-7: Laboratory Apparatus for Electron-Beam VacuumMelting and Machining of Refractory Cermets

1564. F.H. Simpson, AD-458 800 (1964): Macrolaminate ParticleComposite Material

1565. S. Sklarew, paper: Refractory Composites Working Group 1964:The Problem of Accurately Measuring ChangingTemperatures of Non-Metallic Surface

1566. F.F. Smirnov, L.F. Gurewitsch, T.M. Stepanova und B.Z. Levin,Tverdyje Splavy (1964),Nr.5, 14-28: Schneideigenschaften von WC-Co-Hartmetall mit erhöhter Festigkeit

1567. E.A. Snajdr, HW-79 676 (1964): Fracture Stresses of UO?Tungsten Cermets Evaluated by the Diametral TensileTest

1568. M. Steinberg, Vortrag: 5.Plansee-Seminar, Reutte/Tirol 1964:Die Rolle der Verbundwerkstoffe in der Raketen-undRaumfahrttechnik

1569. H.E.N. Stone and N.A. Lockington, Nature 203, 70 (1964):Cr 0 -Cermets; Powder Met. 7 (14),-rT3-24 (1964):Th€ Preparation and Some Properties of Chromic OxideChromium Cermets Made by Partial Reduction of theOxide

1570. R.F. Stoops and A.J. Mione in: L.E. Russel (edJ, Carbides inNuclear Energy (Macmillan, London, 1964): NovelUranium/Uranium Carbide Cermet

1571. K.H. Styr, NASA-CR-59 210 (1964): Thermal Insultation Materials

1572. W.H. Sutton et al., AD-461 357 (1964): Composite StrueturalMaterials

1573. H. Suzuki, M. Sugiyama and I. Umeda, J.Japan Inst.Met. 28,55-8 (1964): Effect of Carbon Content on the Properties of WC-Co Alloys

- 87 -

1574. J.A. Swartout, A.L. Bock, F.E. Co1e, R.TI. Cheverton, G.M.Adamson and C.E. Winters, A/CONF 28/P/221 (1964):The Oak Ridge High F1ux Isotope Reactor

1575. B.L. Tay1or, G.W.C. Mi1ner, F.I. Birks and H.A. Prior in:L.E. Russe11 (ed.), Carbides in Nuc1ear Energy(Macmi11an, London, 1964): TIetermination of MinorConstituents and Contaminants in Actinide Ceramicand Cermete

1576. R. Theisen, EUR-1819 (1964), 63: App1ication of X-RayMicroana1ysis and X-Ray Projection Micro-Radiographyto the Study of Unirradiated and Irradiated HighTemperature Reactor Fue1s

1577. W.C. Thurber and R.J. Beaver, ORNL-3470 (1964), 227-31:Enrico Fermi Fast-Breeder Reactor

1578. W.C. Thurber, F.R. McQui1kin, E.L. Long and M.F. Osborne,ORNL-3709 (1964), 227-31: Irradiation Testing ofFue1 for Core B of the Enrico Fermi Fast BreederReactor

1579. V.I. Tretjakov, I.N. Chaporova and E.TI. Samoi10va in: S.L.Baschkirov (ed.), Hard Metals Techno10gy and Producüonin SSSR (Pergamon Press, London, 1964), 157-64: TheEffect of the Coo1ing Conditions and Phase Compositionof WC-Co Hard Al10ys on the TIecomposition of aSolidSolution of Wand C in Co

1580. H. Titze, Sprechsaa1 Keramik 97, 711 (1964): Keramische undmetallkeramische Werkstoffe in der Raumfahrttechnik

1581. V.I. Tumanov, V.F. Funke, M.L. Baskin und T.A. Novikova, Izv.Akad.Nauk SSSR, Met. (1964), Nr.l, 170-5: Einflußder Temperatur auf die physikalischen Eigenschaftenvon WC-Co-Hartmetallen

1582. V.I. Tumanov, V.F. Funke, Z.S. Truchova, T.A. Novikova undK.F. Kuznekova, Poroschkovaja Met. (1964),Nr.2, 57-60:Wärmebehandlung von WC-Co-Hartmeta11en

1583. A.M. Umanskii and V.I. Sokol'skii, Sov.Powder Met.Meta1Ceram. (1964),No.2, 151-2: Use of Hard-Alloyed Too1swhen Pressing Cermet Parts on Transfer Presses

1584. J.W. Vogan and J.L. Trumbul1, ATI-604 685 (1964): Meta1Ceramic Structura1 Composite Materials

1585. W.H. Wade and N. Hackerman, Advan.Chem.Series 43, 222-31(1964): Thermodynamics of Wetting of SoITds

1586. B.E. Waye, Ceramics 15 (186), 46-51 (1964): TechnicalCeramies: XITI-,-Ceramics for High Temperature

1587. H.P. Wi11iams, Ber.TItsch.Keram.Ges. 41, 637-44 (1964): TIieMeta11isierung von keramischen-Pu1vern

1588. L.S. Wi11iams, paper: Special Ceramies, Stoke-on-Trent 1964:Infi1tated Oxide Cermets

1589. A.P. Wing, ITIO-17 Oll (1964): Transient Test of Fully Enriched, Stain1ess Stee1 P1ate-Type, P Core in Spert IReactor: TIata Summary Report

1590. W.J.K. Wright and J. Wil1iams, U.S. Patent 3,117,914 (1964):Nuc1ear Fue1 Materials

1591. L. Yang, TI.L. Bosseau, F.TI. Carpenter et a1., GA-4769 (I)(1964): Investigations of Carbides as Cathodes forThermionic Space Reactors

1592. K. Zarnowiecki, B. Fi1ipiatz and M. Czerniewski, Nuc1eonica~,

601-6 (1964): The Release of Fission Products from aLeaky Fue1 Element

- 88 -

1593. R.J. Ackermann, E.G. Rauch and R.J. Thorn, J.Chem.Phys. 42,2630 (1965): Comments on the Pressure of Uranium overUranium-Uranium Dioxide System

1594. C.C. Addison, M.G. Barker and R.J. Pulkam, J.Chem.Soc.4483(1965): Reactions of Liquid Sodium with TransitionMeta1 Oxides

1595. G.I. Aksenov and E.M. Minaev, Sov.Powder Met.Metal Ceram.(1965),No.3, 241-44: Determination of the Physiomechanica1 and Techno1ogica1 Properties of CermetMaterials on a Single Annular Specimen

1596. A.E. A1brethsen, BNWL-IR-3 (1965): Description of InventionUranium Dioxide-Lead Radiation Shie1ding

1597. I. Amato, R.L. Colombo and F. Polin, paper: Colloque Int.Proprietes des Refractaires ä Haute Temperatures,Paris 1965: Dependance of Microstructure of the HighTemperature Properties of Uranium Oxide-Mo1ybdenumand Uraniumoxide-Tungsten Cermets. I. E1ectrica1Resistivity

1598. I. Amato, R.L. Co1ombo and A.M. Protti, Energia Nuc1. 12,326 (1965): Dispersion Fue1 Elements -

1599. Anon., ANL-7003,-7020,-7071 (1965): Reactor Deve10pmentProgram

1600. Anon., Beckmann-Report 1/65 (1965): Ein neues Cermet-E1ementder He1ipot-Division- das z.Z. kleinste Potentiometerder Welt

1601. Anon., BNWL-91 (1965): Ceramics Research and Development1602. Anon., GEMP-43A, 49A, 50A, 51A, 52A, 55A, 334A (1965): High

Temperature Materials Program1603· Anon., HW-81 603, 81 984 (1965): Ceramic Fue1 Research Stud

ies1604. Anon., Mater.Demgn Engng 61, 7 (Feb.1965): Metals, Ceram

ics Formed into ComPIex Shapes by Powder Process1605· Anon., Mater.Design Engng 62, 353-5 (Oct.1965): Properties

of Materials: RefraClory Ceramics and Cermets1606. Anon., Power Reactor Technol. 8 (2), 126-8 (1965): Cermet

Fuels for Fast Reactors-1607. Anon., Steel 157, 58 (Dec.1965): Metal-Ceramic Coat Holds

Plastic Firmly1608. A.Y. Artamonov, Effet des conditions du traitement sur

l'dtat physico-mechanique des cermets (Naukova Dumka, Kiev, 1965)

1609. G. Arthur, Brit.Patent 1,012,162 (1965): Improvements inand Relating to the Manufacture of Cermets withMetal Members Bonded thereto

1610. Associated E1ectrical Industries, Brit.Patent 985,174 Q96~:

Preparation of Cermets1611. A.I. Avgustinik, Zur.Vsches.Chim.Obschtsch.D.I. Mendelejeva

10 (5), 5121 (1965): Reaktion von Oxiden und Karbidän mit Metallen

1612. A.I. Avgustinik et al., Sb.Stat.Issl.0bl.Chim., Si1ikatovOkislov (1965), 257-64: Cermets aus W-A120, fürGlühkathoden

1613. W.J. Bailey, R.J. Hennig, D.R. deHaas and R.E. Skavdahl,BNWL-SA-251 (1965): FFTF Driver Fuel: Pu02-StainlessSteel Cermet

- 89 -

1614. A.S. Bain, M. Aragones and H. Guerrero, AE6L-2289 (1965):Me1ting of Uranium Oxide During Irradiation of ShortDuration

1615. R.W. Bart1ett and J.K. Hall, Am.Ceram.Soc.Bul1. 44 (5),444-9 (1965): Wetting of Severa1 Solids bY-A1203and BeO Liquida

1616. A. BäumeI, Werkstoffe u. Korrosion 16, 11-20 (1965):Korrosionsverhalten gebräuchTicher und neuentwickelter, gegossener Hartlegierungen

1617. A.L. Bax1ey and J.R. Couper, Univ.Arkansas, Engng ExperimentStation Res.Report No.6 (Fayettevi1k, Arkansas, 1965):Thermal Conductivity of Two-Phase Systems: Designand Construction of a Thermoconductimetric Apparatus

1618. B.A. Be1kevitsch, Nauka Technika (Minsk 1965): Zerspanungvon Cermets

1619. J.A. Bennett and J.A. Charman, Instrum.Practice 19, 627(1965): Cermet Resistivity Films --

1620. R. Bernard, R. Riviere et Mai-Xuan, in: Symp. sur la~eta11urgie des poudres (Metaux, Paris, 1965),271-8:Etude radiocrista11ographique des anfraints dansles a11iages durs frittes WC-Co et de 1eur ~volutionen fonction de 1a temp~rature

1621. O.R. Bergmann, U.S. Patent 3,178,807 (1965): Cermet ofAluminum with Boron Carbide or Silicon Carbide

1622. A.A. Betser,RMB-2394-15 (1965): Transverse Bending Test ofWC-Co SampIes at E1evated Temperatures

1623. I.S. Brochin and A.B. P1atov, Sov.Powder Met.Meta1 Ceram.(1965), No.7, 576-80: Preparation and Microstructureof A1203-MO Cermets

1624. E. Bryjak,J. Bujok und Oh , Lesniak, Vortrag: 3.Int.Pulvermet.Ta~~~g, Eisenach 1965: Physikalische und metallographische Eigenschaften von Titankarbid-Stah1-Tränklegierungen

1625. J. Buffet, TI.S. Patent 3,182,474 (1965): Hot Extrusion of(Cermet) Materials

1626. G.F. Burdi (ed.), NAA-SR-8617 (1965), Vo1.TI!: 3.1 Cermets1627. A.C.D. Chaklader and M.N. Shetty , Trans.Met.Soc.AIME 233,

1440-2 (1965): Ceramic Metal Composites by ReactiveHot-Pressing

1628. F.J. C1aus, Am.Soc.Met.Eng.Quart. 5 (4), 58-61 (1965):Lubricants for the Space En1rironment (~ermets)

1629. M. Conte-Albert, CEA-R-2828 (1965): Etude de l'oxidationdes poudres d'uranium ä basse temperature et sonapp1ication au frittage de poudres d'uranium oxyde

1630. L.H. Cope, Metallurgia 72, 165-77 (1965): MechanicalProperties cf Nuclear Cermets

1631. W. Dawihl and G. Altmeyer, Z.Metallkde 56, 512-5 (1965):Uber die Temperaturabhängigkeit aer Torsionsfestigkeit von WC-Co-Legierungen

1632. R.W. Dayton and S.J. Paprocki, BMI-1707 (1965): ProgressRe1ating to Civi1ian App1ications

1633. A.G.H. Dietz, paper: Am.Soc.Test.Mat., Philadelphia 1965:Composite Materials

1634. J.P. Dumas, B. Mansard and p. Rousset, EUR-2023f ,1965):Preparation and Irradiation of U-UC Cermets and ofStoichiometric UC

- 90 -

1635. F. Eisenkolb, Wiss.Z.Teehn.Hoehsehule Dresden 14, 123-34(1965): TIber einige Sondergebiete der PÜIvermetallurgie

1636. V.P. Eljutin et al., Izv.Akad.Nauk.SSSR, Neorg.Mater.l,2208-11 (1965): Benetzung von W durch flüssiges A1203

1637. J.P. Evans, AERE-M-1314 (1965): The Fabrieation of (u,Fu)02Stainless Steel Cermets

1638. R.L. Every, J.Eleetroehem.Soe. 112, 524-6 (1965): Preparationof Transition Metal Oxide-Metal Eleetrodes

1639. H.E. Exner, Materialprüf. 7, 375-9 (1965): Die Auswertungvon Festigkeitsdaten spröder Werkstoffe mit Hilfe derExtremwertstatistik

1640. E.W. Filer, C.A. Asaud, K. Laeefield and R.B. KulI, NMI5025 (1965): Metallographie and CeramographiePreparation of Nuelear Materials

1641. H.F. Fischmeister und H.E. Exner, Planseeber.Pulvermet. 13,178-98 (1965): Beobachtungen über den Mahlvorgang-bei Hartmetallpulvern

1642. B.R.T. Frost, L.H. Cope, J.D.B. Lambert, H. Lloyd, W. Long,J.A. Manson and P.G. Mardon, Proe. 3rd lnt.Conf.Geneva 1964 (Uni ted Nations, New Yo~k, 1965), Vol.lO,170-7: Fabrieation and Irradiation Studies of UO Stainless Steel and (U,Pu)02-Stainless Steel Ce~ets

1643. N. Fuhrmann and R. Holden, GMAD-3078-25 (1965): Developmentof Hot Isostatie Pressed Cermet-Fuel

1644. R.M. FUlrath,in: J.E. Hove and W.C. Riley (ed.), Ceramies forA~vaneed Teehnologies (J.Wiley, New York, 1965),Ch.6: Composite Materials

1645. A. Giamei and E.J. Freise, paper: Met.Soe.AlME, New York,1965: An Investigation of the Effeets of Tungsten Carbide Additions on the Allotropie Transformation ofCobalt

1646. C.G. Goetzel and H.W. Lavendel,in: F. Benesovsky (ed.),Metalle für die Raumfahrt (Metallwerk Plansee, Reutte/Tirol, 1965), 149-62: lnfiltrated Powder Componentsfor Power Plant and Propulsion Systems

1647. S. Goldsmith, BNWL-SA-415 (1965): Stainless Steel-Pu02Cermet Development Studies

1648. S. Goldsmith, BNWL-150 (1965): Stainless Steel-Pu02 CermetPin Irradiations

1649. M.J. Graber and R.A. Moen, Trans.Am.Nuel.Soe. 8, 31 (1965):The Effeets of Compatibility on the PerIormanee ofAluminum Fuel Plates Containing Various Fuel Dispersions

1650. L.N. Grossman, R.R. Ekvall and H.W. HilI, CONF-650 908-4(1965): Uranium Oxide Fuel for Nuelear ThermionieConverters

1651. L.N. Grossman and D.M. Rooney, GEAP-4679 (1965): InterfaeialReaetion between U02 and Zirealoy 2

1652. B.H. Hamling, S. Kahn, G.G. Meissels and R.J. Miller, AGN8132 (1965): Fissioehemieal Development Program

1653. D.P. HasseIman and R.M. Fulrath, URCL-16 658 (1965), 155-7:Meehanieal Properties of Composite Systems with Ceraie Matriees

1654. F.X. Hassion, SA-TR-18-1096, AD-621 064 (1965): Test Resultson Falex Pins Coated by the Plasma-Are Proeess

1661. E.S.

1662. S.P.

1663. R.J.

1664. J.W.

1665. J.G.

- 91 -

1655. K.R. Herrmann, Schweiz.Arch.Angew.Wiss.Tech. 31, 2-29 (1965):Zusammenfassender Bericht über die Entwicklung keramischer Konstruktionswerkstoffe, ihre Eigenschaftenund ihren Anwendungsbereich

1656. J.F. Hildebrand and W.H. Watson, Wear 8, 34-42 (1965):Fretting Failure of WC-Co Coated Slide Bearing

1657.J.S. Hill, U.S. Patent 3,201,236 (1965): Method of MakingMetal Bodies Incorporated with Nonmetallic RefractoryMaterial and Product Thereof

1658. P. Himmelstein, H. Kroll, H. Kühn, B. Liebmann und L. Schäfer, EUR-2004d (1965), EURAEC-1148 (1965): Entwicklungvon Verfahren zur Herstellung von Urankarbiden sowieCermets auf UC-Basis

1659. L.N. Hjelm, SAMPE J. (June 1965), 8-19: Metal-CerarnicComposite Material

1660. L.N. Hjelm, Proc.Air Force Materias Symp., Miami Beach 1965~ARML-TR-65-29 (1965), 555-82: Metal-Cerarnic CompositeStructural Materials

Hodge, Mater.Design Engng 61, 92-7 (May 1965): HotIsostatic Pressing Improves Powder Metallurgy Parts

Hoffmann, S.I. Ogawa and H.E. Williams, GEAP-4702(1965): Performance of Fuel Rods to InvestigateIncreased Thermal Output Capabilities

Holladay, GEAP-4894 (1965): High Power Density Deve1opment Project

Huffadine, NA-63-1358-13 (1965): Deve10pment of HighStrength Low Density Composite Material

Hunt, paper: Am.Ceram.Soc., 67th Meeting, Philadelphia1965 (Ref.Nr. 7-S1-65): Hot Extrusion of CerarnicNuclear Fuels

1666. V.V. Ivaschenko, I.P. Tartakovoskii and T.M. Golubev, Sov.Powder Met.Metal Cerarn. (1965), No.9, 727-9:Investigation of the Vibratory Compaction of TwoComponent Systems of Spherical Powders

1667. G. Jayne, G. Cizeron und P. Lacombe, Rev.Met. 62, 619-24(1965): U02-W Cermets durch aktiviertesSintern

1668. G.H. Johnson, Ceramic-Metal Systems and Enamel Bibliographyand Abstracts 1963-64 (Am.Cerarn.Soc., Columbus, 1965)

1669. K.R. Jord~~, R.J. Herbst and R.G. Palm, ANL-7120 (1965), 301:Compatibility of Modified Carbide Fuels with StainlessSteel

1670. J.M Karet and W.M. Wheildon, Am.Soc.Met.Techn.Rep.No.D5-22(1965): Flame Sprayed Ceramies Progress from Aerospace to Industry

1671. V.K. Kazakov, Poroschkovaya Met. (1965), No.10, 80-5:Interaction of Titanium Nitrides with Molybdenum,Tungsten and Iron-Group Metals

1672. A.I. Kaznoff and M.J. Sanderson, CONF-650 908-6 (1965):Diffusion and Interactions in the Urania-Tungstenand Urania-Molybdenum Systems

1673. A.I. Kaznoff, M.J. Sanderson and I.E. van Hoomissen, Trans.Am.Nucl.Soc. 8, 32 (1965): Interaction and Diffusionin the Urania=Molybdenum System

1674. R. Kieffer and F. Benesovsky, Hartmetalle (Springer-Vlg,Wien, 1965)

1675. S. Kiss, Nuklearna Energija 2 (5/6), 9-14 (1965): SomePhysico-Chemica1 Aspects of Cermet Production

1676. I.B.

1677. C.1.

1678. E.A.

1679. 1.1.

1680. A.J.

- 92 -

Knighton and R.K. Steunenberg, ANL-7057 (1965):Preparation of Metals by Magnesium-Zine Reduetion

Kobrin, Iron Age 196, 121-3 (Oet.1965): Cermets, MetCers, Plastimets: Building from the Partiele up

Konevskii and A.P. Fillipov, Radioklumiya 7, 207 (1965):Kineties of U02- and Fe (TII)- Reaetions In PerehloricAcid ~

Kornilov and V.V. Glazova, 1zv.Akad.Nauk SSSR Met.(l965),Nr.l, 189-94: System Ti-A1203

Krasovski and V.I. Trosehtsehenko, Zavod.Labor Nr.l,109-12 (1965): Einfluß der Probengröße auf die Festigkeit von Cermets

1681. I. Kraus, Czeehosl0 Fiz.Zh. 15B (5), 366-71 (1965): ThermalStresses in Sintered WC-Co Cermets with 2.2 and 3Mieron Mean WC Grain

1682. 1. Kraus, Pokroky Prask Met. (1965),No.2, 19-31: ThermalStresses in Cermets Based on Tungsten Carbide

1683. R.H. Krueger, Lubrie.Engng 21, 501-5 (1965): FrietionalBehaviour of MateriaIS in JP-4 Fluid

1684. W.H. Lenz and M.C. Tinkle, LA-3232- Ms (1965): The Formingand Evaluation of U02 Agglomerates for CermetApplieations

1685. R. Lieeiardell0, AD-461 369 (1965): Composite Struetures1686. F.E. MeGrath, J.A. De Mastry and M.S. Farkas, NMI-5025

(1965), 39-58: Metallography of Ceramic Fuel andRefraetory Metal Compatibility Couples

1687. W.J. Maeek and J.E. Rein, IDO-14 656 (1965): Burnup Detemination of Nuelear Fuels - Annual Report

1688. J.W. Mar and L.A. Shephard, AD-627 173 (1965): MechaniealBehaviour of Composite Materials

1689. A.E. Martin and R.K. Edwards, J.Phys.Chem. 69, 1788 (1965):The Uranium-Uranium Dioxide Phase Diagram at HighTemperatures

1690. P.W. Martin, Metal Finishing 11, 447-51 (1965): Eleetrodeposition of Composite-Materials (WC-Cu)

1691. S. Matras, ANL-6975 (1965): Vibratory Grinding and Polishingof Metallographie Speeimen

1692. E. Meckelburg, Chem.~andsch. (1965),Nr.15, 449-52: CompositeMaterials

1693. G.W.C. Milner, A.J. Wood and G.E. Cassie, AERE-R-4975 (1965):The Determination of Plutonium by PotentiometrieTitration

1694. A.J. Moulson, W.R. Phillips and P. Popper, in: P. Popper (ed~

Special Ceramies 1964 (Academic Press, New York, 1965}Interactions between Metals and Ceramies at HighTemperature and its Effect on Eleetrieal Insultation

1695. J. Nakayama, J.Am.Ceram.Soc. 48, 583-7 (1965): DirectMeasurement of Fraeture-Energies of Brittle Heterogeneous Materials

1696. E. Niki, S. Kohara and K. Tatouzawa, Jap.1nst.Metals J. 29(5), 548-52 (1965): Sintering and some Properties-of1ron-Bonded Titanium Carbides

1697. R.C. Noyes, NAA-SR-M-ll 731 (1965): Temperature Distributionsfor Various Fuels with Nonuniform Heating

1698.K.N. Nu and J. Gurland, NYO-2394-12 (1965): Meehanical Properties of High-Cobalt Cemented Tungsten Carbide

- 93 -

1699. B. Ohnysty, R.J. Akins and A.R. Stetson, AD-467 204 (1965):Composite Materials for Gas Turbine App1ications

1700. G.W. Parker, C.I. Barton, G.E. Creek, J.G. Wi1helm and W.I.Martin, OF~L-3789 (1965), 251-62: Experiments withthe Containment Mockup Faci1ity

1701. G.W. Parker and J.G. Wilhe1m, ORNL-3776 (1965), 37-40:Me1ting Points of Mixtures of Oxidized Fuel C1addingwi th U02

1702. A. Pattaret, S. Smoes and S. Drowart, EUR-2458 (1965):Etudes thermodynamiques par spectrom~trie de masse:syst~me uranium-oxygene

1703. V.M. Pelepelin, Sov.Powder Met.Metal Ceram. (1965), No.ll,933-8: Effect of Plastic Deformation on the Physiomechanical Properties of Tungsten Carbide-CobaltHard Alloys

1704. S.I. Popel et al., Pover Javl.Razpl.Voznik Tverd.Faz.(1965),550-7: Eindringtiefe von Oxydschmelzen in poröseMg-Körper

1705. I.D. Radomyselski, Poroschk.Met.Metalloobr.Erivan (1965),112-31: Derzeitiger Stand der Herstellung metallkeramischer Werkstoffe

1706.S.I. Radu, Cercet Met. 7,415-26 (1965): Vacuum Sintering ofHard Alloys -

1707. D. Ramaswani, N.M. Levitz and A.A. Jonke, ANL-6830 (1965):Engineering Development of Fluid-Bed FluorideVolatility Processes. Pt 2. Bench-Scale Investigationof a Process for Aluminum-Uranium Alloy and Stain1essSteel Cermet Fuels

1708. L. Ramqvist, Int.J.Powder Met. 1 (4), 2-21 (1965): Wettingof Metallic Carbides by Liquid Copper, Nickel, Copperand Iron

1709. T.J. Ready and H.D. Lewis, LA-DC-6671 (1965): Int.J.PowderMet. 1 (2), 56-63 (1965): A Technique for PowderR~lling Tungsten and Tungsten 45 Volr% U02 Disper Slons

1710. L. Reed and R.A. Huggins, J.Am.Ceram.Soc. 48, 421-6 (1965):Electron Probe Microanalysis of Grain-to-Metal Seals

1711. L. Reed and R.C. McRae, Am.Ceram.Soc.Bull. 44, 12 (1965):Evaporated Metallizing of Ceramics --

1712. A.H. Roberson, A. Landsberg and F.E. Block,in: F. Benesovsky(ed.), Metalle für die Raumfahrt (Metallwerk Plansee,Reutte/Tirol, 1965), 316-24: Nonweta11ic PowdersCoated with Tungsten and Molybdenum

1713. ~ Rubisch und O. Vohler, in: F. Benesovsky (ed.), Metals forthe Space Age (Metallwerk Plansee, Reutte/Tirol, 1965~759-85: Graphit in der Raumfahrt

1714. W. Rutkowski, W. Seteke and M. Wieczorkowski, Nukleonika 10,503-12 (1965): Paliwowy .--

1715. E. Ryshkewitsch,in: F. Benesovsky (ed.), Metalle für dieRaumfahrt (Metallwerk Plansee, Reutte/Tirol, 1965),823-30: Oxide-Metal Compound Ceramics

1716. W. Sakwa und Ch. Lesniak, Giessena-Praxis Nr.8, 157-61(Apr.1965): Schlickergießen von Karbidpulver

1717. V.T. Scheljubsky, Dokl.Akad.Nauk SSSR 162, 1038-40 (1965):Untersuchung von Metall-Glas-PUIVergemischen

1718. I.P. Schwartz, SPM-867 (1965): Das Brennelement vom Typ ATR

- 94 -

1719. R.L. Sharkitt and P.S. Hessinger, paper: Am.Geram.Soc. 67thMeeting, Philadelphia 1965 (Ref.Nr.lO-C-65): Development and Evaluation of Beryllium OXide-TungstenComposite Rocket Nozzles

1720. F.H. Simpson and L.M. Stejskal, AD-457 992,-462 748,-464 507(1965): Macrolaminate Particle Gomposite MaterialDevelopment

1721. L.A. Smirnov, S.I. Popel and B.V. Tsarevskii, Izv.VysshikhUchebn.Zavedenii, Chern.Met. 8 (3), 10-4 (1965):Effect of Titanium on Surface-Propexties of Iron andIron-Garbon Alloys

1722. R.E. Smith, Ghem.Eng. 72 (10), 194-200 (1965); Mach.Design 38(21), 201-5 (1965): Geramic-Metal Composites --

1723' Ge Soen Joeng and Chan Soen Lee, Chosun Kwattakwon Tongbo(1965), Nr.4, 20-5 (CA 67, 56 679): Study of theBinder Phase in WC-Ni Hard Metals

1724' Solar, AD-469 234 (1965): Composite Structures1725. T.D. Souza Santos, H.M. Haydt and C. de Freitas, Met.ABM 21,

369-76 (1965): Fabrication of Fuel Elements for theArgonaut Reactor of the Institute of NuclearEngineering

1726. T.D. Souza Santos, H.M. Haydt and G.T. de Freitas, Proc.3rd Int.Conf.Peaceful Uses Atomic Energy, Geneva 1964(United Nations, New York, 1965),Vol.10, 26-9; 32-6:Development in Fuel Fabrication of Research Reactorsin Brazil; Experimental Studies on the Fabricationof Thin Fuel Plates with U

308-Al Cermet1727' H.S. Spacil, U.S. Patent 3,192,042 (1965): Method of Forming

a Cermet1728. M.A. Steinberg, in: F. Benesovsky (ed.), Metalle für die

Raumfahrt (Metallwerk Plansee, Reutte/Tiro1, 1965),85-118: The Role of Composites in Missile and Spacecraft Application

1729. K. Steinkopf und L. Loeffler, Deutsches Patent 1.195.879(1965): Preßblock zur Herstellung stabförmiger Kernreaktor-Brennelemente

1730. D.L. Stolz, Reactor Mater. 8 (2), 64-5, 72 (1965): Metals-Ceramic Fuels -

1731. H.E.N. stone and N.A. Lockington, Powder Met. 8 (15), 81-91(1965): The Preparation and Some Properties of Chromic Oxide-Ghromium Germets. TI. Preparation Directlyfrom Mixtures of Oxide and Metals and of Oxide,Metal and Graphite

1732. R.F. Stoops, N. Carolina state Univ., Dept.Eng., Res.Bull.No.82 (1965): Cermet Technology

1733' K.H. Styhr, NASA-CR-63 650 (1965): Research on ThermalTransfer Phenomena

1734' L.A. SundqUist and H.N. Barr, paper: Am.Ceram.Soc l 67thMeeting, Philadelphia 1965 (Ref.Nr.8-S1-65J: A NewTechnique for Metallic Coating Nuclear Fuel Particles

1735' W.H. Sutton et al., AD-466 957 (1965); NOw-64-0540c (1965);DMIC-61 643,-60 592,-61 625 (1965): CompositeStructural Materials for High Temperature Application

1736. T. Tahamori and M. Tomozawa, J.Am.Ceram.Soc. 48, 405-9 (1965~

Behaviour of Interlayers of Glas-to-Tungsten Seals1737· L.A. Tentarelli, J.M. White and R.W. Buck, AD-467 529,

471 207 (1965): Refractory Metal-to-Ceramic Seals

- 95 -

1~8 • A.S. Tetelman, NASA-CR-64 Oll (1965): Mechanism of Strengthen~ng and Fracture in Composite Materials

1739· G.N. Tret'yachenko, Sov.Powder Met.Metal Ceram. (1965),No.2,154-8: Similarity Theory Applied to the Thermal ShockResistance of Brittle Cermets

1740. S.W. Tsai, NASA-CR-224 (1965): Strength Characteristic ofComposite Materials

1741. L.H. Van VIaeh, Am.Soc.Met., Met.Eng.Quart. 2 (4), 7-12(1965): The Metal-Ceramic Boundary

1742. P. Wagner, J.Less-Common Met. 2, 40-7 (1965): Loss of U02from Molybdenum-U02 Cermets by High-TemperatureDiffusion

1743. R. Wang et D. Yerouchalmi, Vortrag: Colloque Int.Prop.Mec.Phys.-Chim. des Refractaires, Paris 1965: Electrodeset parois a temp6ratures de faces frontales structuralement determinees pour g~nerateurs magn~tohydrodynamiques a cycle ouvert

17~4. T.D. Watts, W.I. Werner and I.P. Hammond, ORNL-TM-l193 (1965)Calculations of Charge and Contour Dimensions ofPowder Loading Assemblies Used in the Production ofHFIR Composite Fuel Compacts

1745. B. Weidenbaum and H.H. Hausner, Trans.Am.Nucl.Soc. 8, 32(1965): The Compatibility of Tungsten with MoltenUrania

1746. K. Weigel, Werkstatt und Betrieb 98, 233-7 (1965): Cermetsund Metalle mit keramischem-Anteil

1747. L.S. Wil1iams, in: P. Popper (ed.), Special Ceramies 1964(Academic Press, New York, 1965): Infiltrated OxideCermets

1748. K. Yamamato ~~d T. Wajima, J.Nucl.Sci.Techno1. 2, 200(1965): Influence of Duncoff Effect on TemperatureCoefficient

1966

1749. B.W. Abbott and L. Broutman, Exp.Mech. 6, 383-4 (1966):Stre~Wave Propagation in Composlte Materials

1750. C. Agace, R. Klersy, G. Musso, A. Parisotto, K. Schrader andL. Alfille, Canadi~~ Patent 741,416 (1966): NuclearFuel Element Made of Ceramic Metal Composite Materialand Method for Closing the Ends of the Said Elements

1751. A.C. Allen, Ceram.Ind. 87 (5), 53-9 (1966): The CompositeConcept --

1752. I. Amato, R.L. Colombo and F. Plin, Rev.Hautes Temp. 3,189-96 (1966): Properties of Uranium Dioxide-Molybdenum (Tungsten) Cermets

1753. C.M. Ault, NAFI-TR-688 (1966): Fabrication and Evaluationof Vacuum Deposited Cermet (Cr-SiO) Resistors

1754. Anon., Australian Mach.Prod.Eng. 19 (209), 13-8 (1966):The Physical Properties of-cemented Carbides

1755. Anon., Australian Mach.Prod.Eng. 19 (212), 61, 63 (1966):Machining Cemented Carbide

1756. Anon., BNWL-269 (1966), 5.1-36: Development of AdvancedFuel Concepts

1757. Anon., Electronics 39, 49-50 (Aug.1966): New Techniqueto Produce High-Accuracy Cermet Resistors in MicroCircuits

- 96 -

1758. Anon., GEMP-59A (1966): High Temperature MateI'ials Program1759. Anon.,Machine Design 38, 19 (Dec.1966): New Cermet Igniter

Cleans Auto'sExhaust1760. Anon., Mater.Design Engng 64, 370-2 (Oct.1966): Properties

o~ Materials: Re~ractory Ceramics and Cermets1761. Anon., ResJDevelop. 17, 20-3 (June 1966): Broader Horizons

~or Ceramic-Metal Composites1762. Anon., Steel 158, 60 (March 1966): Ceramics and MetallS

Combined in Turbine Heat Exchanger1763. A. Arias, J.Am.Ceram.Soc. 49, 334-8; 339-41 (19666: Thermal

Shock Resistance of Zirconia with 15 Mole- /0 Titanium; Mechanism by Which Metal Additions ~prove theThermal Shock

1764. A. Arias, J.Am.Ceram.Soc. 49, 621-4 (1966): Effect ofInclusions on Grain~rowth o~ Oxides

1765. G. Arthur, U.S. Patent 3,237,293 (1966): Manufacture o~ Cermets with Metal Members Bonded Thereo~

1766. J. Bardsley and A. Ridal, AAEC-TM-315 (1966): The Fabricationo~ 233 U/Aluminium Fuel Plates for a SubcriticalAssembly

1767. F.R. Barnet, S.P. Prosen and W.J. McLean, Mech.Eng. 88 (2),32-9 (1966): Composite Materials

1768. S. Bartolucci and H.H. Schlossia, Acta Met. 14 (3), 337-9(1966): Plastic De~ormation Preceding~racture inTungsten Carbide-Cobalt Alloys

1769. O.R. Bergmann, Am.Ceram.Soc.Bull. 45, 639-42 (1966): AluminumBonded Titanium Carbide Cermets

1770. A.A Betser and J. Gurland, Progr.Powder Met. 22, (1966),66-MD-I7: Some E~fects of Temperature and HeatTreatment on the strength of Sintered WC-Co Al10ys

1711. W.D. Biggs, in: L. Holliday (ed.), Composite Materials(Elsevier, Amsterdam,1966), Ch.2, 28-64: TheoreticalBackground

1772. L.D. Blackburn et al., NML Techn.J. 8 (1), 45-55 (1966):Metal Matrix Composite Materials

1773. S.A. Bortz, paper: Am.Ceram.Soc., Washington 1966 (Ref. 32C-66): Composite Rocket Nozzles

1774. L. Braun and D.E. Lood, IEEE Pr'oc . 54, 1521-7 (1966):Precision Thin-Film Cermet Resistors for IntegratedCircuits

1775. D.W. Brite, K.R. Sump, U.S. Patent 3,276,867 (1966): CermetMaterials and Process of Making

1776.• E. Bryjak, J. Bujok und Ch. Lesniak, in: Irr. Int.Pulvermet.Tagung, Eisenach 1965 (Akademie-Vlg, Berlin, 1966),269-73: Physikalische und metallographische Eigenschaften von Titankarbid-Stahl-Tränklegierungen

1777. A.S. Buf~erd, in: J. Burke, N. Reed and V. Weiss (eds.),Strengthening Mechanisms: Metals and Ceramics(Syracuse Univ. Press, Syracuse, 1966), 531-48:Preparation of Metal-Oxide Dispersion Composites

1778. B.R. Butcher and L.H. Cope, AERE-M-1804 (1966): The Elongation to Fracture of Unbonded Cermets

1779. B.R. Butcher and B.W. Howlett, AERE-M-1728 (1966); Int.Powder Met. 2 (4), 29-34 (1966): The TheoreticalStrength of Cermets Containing Spheroidal CeramicParticles

- 97 -

1780. R.J. Car1son, S.W. Porembka and C.C. Simons, Am.Ceram.Soc.Bul1. 45, 266-70 (1966): Explosive Compaction ofCeramic-Materia1s

1781. R.W. Cahn, in: L. Ho11iday (ed.), Composite Materials(Elsevier, Amsterdam, 1966), Ch.3, 65-90: Meta1Systems

1782. B. Cech und I. Kraus, in: 2.Int. Tagung Pulvermet. StarySmokovec 1966, Bd.2, 159-70: Röntgenographische Untersuchungen von Spannungen in WC-Co-Sinterwerkstoffen

1783. G.P.K. Chu, Vortrag: Diskussionstagung Reaktormeta11e,Jülich 1966: Ermittlung der Zugfestigkeit, des E-Modu1s und der Querkontraktion von UO -Mo- und UNStah1-Cermets mit Hilfe des Diametr&ldruckversuchs

1784. W.A. Compton, R.J. Akins and H. Mnew, Soc.Aerospace Mat.Process Eng., San Diego 1966 (C-61/76): Meta1 MatrixComposite Materials for Aircraft Compressor B1ades

1785. R.W. Davies, paper: Am.Oeram.Soc., Washington 1966 (Ref.260-66): Fabrication of Metal Matrix Composites

1786. W. Dawihl und G. Altmeyer, Z.Meta11kde 57 (1), 55-9 (1966):Uber Formänderungsmessungen zur Ermittlung von Eigenspannungen in Hartmetallen

1787. W. Dawih1 und G. Altmeyer, Z.Meta11kde 57, 688-901 (1966):Uber den Einfluß von Kerben und einer Wärmbehandlungauf die Biegeschwe11festigkeit von WC-Co-Legierungen

1788. D.A. Doug1as, BNWL-268 (1966), 17.1-17.10: C1adding andDispersion Fuel Development at ORNL

1789. H. Droscha, Metall 20, 232-4 (1966): Aluminiumoxid-Keramikund ihre Verbindung mit Metallen bei elektronischenBauelementen

1790. E.M. Dudnik, Yu.I. Erosov, V.S. Fomenko, Yu.K. Lapshov, I.A.Podcherniaeva and G.V. Samsonov, Poroshkovaia Met.6,17-23 (1966): Production and Physica1 Properties ofA110ys of the W-LaB6-System

1791. v. Dufek, Abh.Deut.Akad.Wiss.Ber1in 1, 277-84 (1966): DieAnwendung der Reibungstheorie-auf die Weiterentwicklung metallkeramischer Reibwerkstoffe

1792. V. Dufek, A. Navratil and J. Micu1ek, Powder Met. 9 (18),141-50 (1966): Pressure-Sintering of Meta1/CeramicFriction Materials: A Special Process in PowderMetal1urgy

1193. J. Duga, NRO-31-710 (1966): E1ectrica1 and Thermal TransportModels for Analysis of Reinforced Composites

1194. B.J. Eastwood and D.A. Robins, Powder Met 9, 175-84 (1966):The Effect of Partic1e Size and Oxiae Dispersion onthe Properties of Tin Extruded from Powder

1195· K. Edsmar, TZ Prakt.Meta11bearb. 60, 242-6 (1966): Physikalische Eigenschaften von Hartmetallen

1796. R.K. Edwards and A.E. Martin, in: Thermodynamics (IAEA,Wien, 1966), Vol.2, 423-9: Phase Relations in theUranium-Uanium Dioxide System at High Temperatures

1797· H.E. Exner, Metall 20, 448-54 (1966): Experimentelle Untersuchung des Verdichtungs-und Sinterverhaltens einerWolframkarbid-Koba1t-Legierung

1798. H.E. Exner und H. Fischmeister, Arch.Eisenhüttenwes. 37,417-26 (1966): GefügeaU$bi1dung von gesinterten-WCCo-Hart1egierungen

- 98 -

1799. H.E. Exner und H. Fischmeister, Prakt.Metallogr. 3, 18-27(1966): Die Anwendung der Linearanalyse zu-quantitativen Gefügebestimmung

1800. H. Fischmeister und H.E. Exner, Arch.Eisenhüttenwes. 37,499-506, Disk. 506-10 (1966): Gefügeabhängigkeit derEigenschaften von Wolframkarbid-Kobalt-Hartlegierungen

1801. H. Fischmeister, H.E. Exner and G. Lindelöf, in: H.H. Hausner(ed.), Modern Development in Powder Metallurgy (PlenumPress, New York, 1966), Vol.l, 106-24: Particle-SizeAnalysis in Cemented Carbide Technology

1802. D. Fishlock, Metalworking Prod. 110 (33), 58-62 (1966): Com-posite Materials ---

180'. D.E. Fornwalt, B.R. Gourley and A.V. Manzione, in: T.D. MeKinley, K.F. Heinrich and D.B. Wittry(eds.~The ElectmnMicroprobe (Wiley, New York, 1966), 581-603: Compatibility of Selected Refractory Metals with VariousCeramic lnsulation Materials

1804. D.N. French and D.A. Thomas, paper: Met.Soc.AlME, Chicago,1966: Excess Carbon Defects in WC+Co Alloys

1805 N. Fuschillo, M.L. Gimpl and A.D. McMaster, Trans.AlME 236,335-44 (1966): Nichrome-Silicon Monoxide Cermet Resistors for Compatible Thin-Film Monolithic Circuits

1806. W.S. Gilman, MLM-1424 (1966): Packing of Particles1807 M.A. Gimpl and N. Fuschillo, AFML-66-171 (1966): Electrical

Conductors for High Temperatures

1808. J.H. Gittus, TRG-1278 (S), TRG-M-1249 (S) (1966): TheMechanism of Failure in U02/Stainless Steel Cermets

1809. J.H. Gittus, L.R. Williams and G.A. Baily, BP-l,031,678(1966): Improvement in or Relating to Cermets

1810. L.I. Gladnjeva et a1., Poroschkovaja Met. (1966),Nr.5, 67-73:Gefügeentwicklung bei Me-MeO Sinterwerkstoffen durchIonenbeschuß

1811. O. Götzmann und F. Thiimmler, KFK-435 (1966): Vergleich derVerträglichkeit der Kernbrennstoffe UN, UC und U02mit Metallen

1812. J.M. Guiot, Silicates lnd. 31, 363-7; 457-61 (1966): Studyof Cermets Based on SiO. I. Study of Mo-Sie Systems;TI. Study of the Reactions Between SiC and Mo

1813. J. Gurland, NYO-2394-18 (1966): Some Aspects of the Fractureof Metallic Composites

1814. J. Gurland, in: 2.lnt.Tagung Pulvermet., Stary Smokovec 1966,Bd.2, 145-58: Untersuchung der mechanischen Eigenschaften von Sinterhartmetallen mit hohem Co~Gehalt

1815. H. Guttmann and T.E. HaIe, Progr.Powder Met. 22 (1966),66-MD-80: Compressive Properties of Cemented Carbides

1816. H.H. Rausner, in: G.L. Clark and G.G. Raw1ey, The Enoyclopedia of Chemistry (2nd e d , , Reinhold, New York, 1966),202-4: Cermets

1817. C. Hausser, G. Ondracek, Prakt.Metallographie 3, 112-5(1966): Metallographische untersuchungen an MetallKeramikschichten

1818. T. Hayashi, Taikabutsu 18, 538-47 (1966): Penetration ofEutectic Minera1S-in Chrome Magnesite and MagnesiteRefractories

- 99 -

1819. N.L. Hecht, paper: Am.Ceram.Soc., Washington 1966 (Ref. 23C-66), CONF-660 505-13; AED-CONF-66-103-22: PlasmaSprayed Metal-Ceramic Coatings

1820. C.J. Helgesson, Trans.Chaliners Univ. (1966), Nr. 311, l-108;109-21: Bonding Mechanism Between Metals and Ceramies

1821. R.J. Herbst and K.R. Jordan, Trans.Am.Nucl.Soc. 9 (1),12(1966): Compatibility of Modifi~ Monocaroide Fuelswith Stainless Steel

1822. K. Hino, A. Hara and S. Kurata~ J.Japan Inst.Met. 30, 603-5(1966): Co-Phase Composition in WC-Ce-Cemen~dCarbides

1823·R.L. Hodsan and N.M. Parikh, Int.J.Powder Met. 2 (4), 55-63(1966): Cemented Carbides with High-Melting Binders.I. Carbides Bonded with Cr and Valloys

1824. L. Holliday (ed.), Composite Materials (Elsevier, Amsterdam,1966)

1825. L. Holliday,in: L. Holliday (ed.), Composite Materials(Elsevier, Amsterdam, 1966), Ch.l, 1-27: GeometricalConsiderations and Phase Relationship

1826. F. Huber, W. Witt and W.Y. Pan, Trans.lnt.Vacuum Congr. 1965(New Yoek, 1966), 359-61: Hf-Hf02 Capacitors

1827. Res.lnt., NOw-65-0271-f (1966): Deformation and Fracture inComposites

1828. Y. Imai and T. Miyazaki, Tohoku Univ.Sci.Rep.Res.lnst.A-18 (1966),Nr.2, 59-64: Selbstdiffusion in Ag-A120 3

1829. V.I. lvanec et al., Fiz.Chim.Mechan.Mat. 2, 656-60 (1966):Einfluß des Diamantschliffes auf dTe Eigenschaftenvon WC-Co-Hartmetallen

1830. D.R. James, paper: Ceramic Metal Systems, Oak Brook 1966,(Ref.16-C-66F): Role of Refractory Thermal ProtectionSystems in Bal1istic Reentry

1831. S. Janes, M. Kadner, H.G. Kling, D. Merz, W. Oberender undK. Schuster, BMwF-FBK-66-28, Teil 1 (1966): Herstellung und Untersuchung von karbidischen Heizern füreinen mit Kernenergie betriebenen thermionischernKonverter

1832. G.H. Jahnson, Ceramic Metal Systems and Enemel Bibliography and Abstracts-1965 (Am.Ceram.Soc., Columbus,1966)

1833. A. Kelly, G.C. Smith., P.J.E. Forsyth and A.I. Kennedy(eds.), Composite Materials (llife Books, London,1966)

1834. R.W. Kel1y, G.M. Wood and D.V. Manfredi, Lubrication Eng.22(2), 41-9 (1966): Cermet Face Seals for Inert Gas -Environments

1835. J.P. Kershaw and L.A. Shepard, AD-638 621 (1966): BrittleFracture Mechanisms in Composites

1836. T. Kido, Japanese Patent 1966-9998 (1966): Method forProducing U-UC Cermets

1837. R. Kieffer, Vortrag: 12. Arlberg -Kolloquium, St.Christoph,1966: Kornwachstum in WC-Co- Hartmetallen

1838. P.S. Kislyi and M.A. Kuznekova, Sov.Powder Met.Metal Ceram.(1966), No.5, 360-5: Regularities of Sintering ofZirconium Diboride-Molybdenum Al10ys

1839. S. Kiss, Nukl.Energijy Kroat. 2 (5), 9-14 (1966): Physiochemische Gesichtspunkte der Cermet-Herstellung

1841.• H.

1842-. S.

1843. • P.

1844.· J.1845. I.

- 100 -

1840. S.J. Kiss and M.M. Ristic, in: Thermodynamics (IAEA, Wien,1966), Vol.2, 511-6: Thermochemistry of Reactionsin the System U

308-U02-MetalKonno, K. Kudaka, T. Matoba and M. Ando, Jap.lnst.

Metald J. 30, 1063-8 (1966): Effect of Pressingwith High-Pressures Apparatus on WC-Co Hard Metals

Korman, NASA-SP-5060 (1966); N67-13511: Some New Metaland Metal-Ceramic Composites

Kraft and J. Schlamer, U.S. Patent 3,233~985 (1966):Method for the Produetion of an Improved MetallCeramic Material and Artieles

Kramar, Vide 21, 402-4 (1966): Metal Ceramic JointsKraus, Pakroky Praskove Met.(1966), Nr.4,43-59: Theo

retisches Gefügemodell von WC-Co-Hartmetallen1846. W.W. Kriegel and H. palmour (eds.), Mater.Sei.Res. 3 (Plenum

Press, New York, 1966): The Role of Grain BOUndaryand Surfaces in Ceramies

1847. 0. Kubaschevski, Rev.Hautes Temp. 3, 229-34 (1966): Thermoehemistry of Metal-Refraetory lnteraetions

1848. J.D.B. Lambert, paper: High Temp.Nuclear Fuels, AlME,Delevan 1966: An Irradiation Study of UO?-StainlessSteel and puO?-Stainless Steel Cermet Fuel in Rodand Plate Geometry

1849. H.D. Lewis and A. Goldman, J.Am.Ceram.Soe. 49, 323-7 (1966):Theorems for Calculation of Weight Ratios toProduce Maximum Paeking Density of Powder Mixtures

1850. D.E. Lloyd, in: L. Holliday (ed.), Composite Materials(Elsevier, Amsterdam, 1966), Ch.4, 91-128: CeramicSystems

1851. S.N. Lvov, P.I. Malko and U.F. Nemtschenko, PoroschkovajaMet. (1966),Nr.9, 89-91: Apparatur zur Bestimmungder Wärmeleitfähigkeit von Cermets

1862. R.D. MacDonald, AECL-2601, IEXP-NRX-23 503 (1966): InitialResults of the ln-Feactor Compatibility of Uraniawith Refractory Metals

1853. F.J. McGarry, Exp.Mech.6, 331-6 (1966): Composite StructuralMaterials -

1854. D.F.A. MaeLachlan, G. Planer and R. Arnold, Ceramies 17(209), 30 (1966): Resistance Temperatures of Cr-Si-OCermets

18B5. C.R. Manning, Diss.North Carolina State Univ. Raleigh 1966:Thermochemieal, Compatibility and WettabilityStudies of High-Temperature Molybdenum-RheniumBase Cermets

1856. D. Markowitz and M. Humenik jr., in: H.H. Hausner (ed.),Modern Developments in Powder Metallurgy (PlenumPress, New Yoek, 1966), Vol.3, 83-94: CementedTitanium Carbide Cutting Tools

1857. R.E. Maringer, AD-640 465 (1966): Damping Capacity ofMaterials, Vol.I

1858. A. Matting und B. Delventhal, Metalloberfl. 20, 424-34(1966): Das Plasmaspritzen und die Herstellbarkeitwärmedämmender Sehutzschichten auf Stahl

1859. H. Matsumoto, S. Yamauchi and G. Nishiyama, Nagoya KogyoGijitsu Shikensho Hokuku 15, 61-8 (1966): Alumina-base Cermet . --

- 101 -

1860. K.R. Merckx, Trans.ANS 9 (2), 381-2 (1966): Axial Expansionof Cermet Rods During Reactor Transients

1861. E.D. Miller and B. Davies, Am.Ceram.Soc.Bull. 45, 710-3(1966): Modulus of Rupture of Refractories atElevated Temperatures

1862. R. Mitsche, H. Fischmeister und H.E. Exner, Berg-Hüttenmänn.111, 138-46 (1966): Mikrogefüge und Eigenschaften vonWC-Co-Hartmetallen, ihre gegenseitige Beeinflussungund Abhängigkeit von den Ausgangspulvern

1863. A. Miyoshi, K. Hino, A. Hara and S. Kurata, Nippon KinzokuGakkai Shi 30, 603-6 (1966): Cobalt Phase Compositionin WC-Co Cemented Alloys

1864. M. Nicholas, R. Forgan and D.M. Poole, AERE-R-5285 (1966):The Adhesion of Metal-Alumina Interfaces

1865. L.F. Norris, NASA-TN-D-3650(1966): Examining MaterialsContaining Oxide Particles

1866. G.C.E. 01ds, Science J. 2 (8), 58-64 (1966): New Ceramies1867. G. Ondracek, Vortrag: Metallographie-Tagung, Berlin 1966:

Zur metallographischen Präparation von Keramik-undCermetproben

1868. G.P. Pancer, R.B. Holden and D.H. GUJ'.'insky, CONF-66-1003-5:Studies on a Fuel for an Ordered Bed Reactor

1869. H. Parthey and B. Kanellakopulos, Nukleonik 8, 363-5 (1966):Chlorination of U02-MO Sintered Pellets

1870. J.A. Pask, paper: Ceramic Metal Systems, Oak Brook 1966(Ref. 2-C-66F): Reactions and Bonding at GlassMetal Interface

1871. R.L. Pezner and F.Ya. Kharitonov, Inorganic Materials 3(3), 490, 568 (1966): Method of Strength Testing forCeramic Materials

1872. Y.S. Pirogov, R.M. Brown and A.L. Friedberg, Bull.Am.Ceram.Soc. 45, 1071-4 (1966): Electrical Propertiesof A1203-Ni-.-Metal

Multilayer Flame-Sprayed Coatings18~3. P. Popper and N.F. Astbury, Rev.Hautes Temp. et Refract. 3,

185-8 (1966): Electrode-Dielectric Interactions atHigh Temperature

1874. D.E. Price, D.P. Moak, W. Chubb and D.L. Keller, BMI-1760(1966): The Compatibility of Uranium Nitride withPotential Cladding Metals

1875. I.D. Radomyselsky and N.I. Schtscherban, PoroschkovajaMet. (1966), Nr.ll, 17-22: Untersuchung des Sinterprozesses von Metall-Glas-Materialien

1876. I.D. Radomyselsky and N.I. Schtscherban, Sov.Powder Met.Metal Ceram. (1966), No.4, 297-301: Relations inthe Pressing of Two-Component Cermet Materials

1877. A.I. Rajcenko, in: 2.Int. Tagung Pulvermet., Stary Smokovec1966, Bd.l, 153-64: Uber den Zusammenhang zwischender chemischen Zusammensetzung und den physikalischenEigenschaften bei metallkeramischen Legierungen

1878. P.A. Rebinder (ed.), Physiochemical Mechanics of DispersedStructures (Nauka Press, Moscow, 1966)

18,79. R.H. Redwine and M. Conrad, Pr-oc , 3rd Symp. on Materials,Univ. of California 1966: Ceramic MicrostructuresTheir Analysis, Significance and Production

1880. G. Reinhardt, W.S. Cremeus and J.W. Weeton, NASA-TN-3511(1966): Compaction of Metal-Dispersed Blends

- 102 -

1881. L.A. Retznitzki, Inorganic Mater. 6 (6), 811, 953 (1966):Nature of Bond and Thermodynamic Properties ofTransition Metals and Metal-Like-Component

1882. R.K. Robinson and K.R. Sump, BNWL-SA-482 (1966): Fabricationof Refractory Composites by Pneumatic Impaction

1883. W. Rutkowski and W. Sztoke, Inst.Nucl. Res.Warsaw Rep.INR-751/XIV/R (1966): Powder Dispersion Materialsfor Rector Physics Measurement

1884. W. Rutkowsk, W. Sztoke and M. Wiszorkowski, Inst.Nucl.Res.Warsaw Rep.INR-728/XIV/R (1966): Some CoextrusionExperiments of Aluminium Cladded Cermetallic Core Rods

1885. D.S. Rutman, L.V. Vinogradov and T.S. Makarova, VysokoOgneupor.Mat.Sb.Statei (1966), 72-81: Schutzkeramikenfür Hochtemperatur-Thermoelemente

1880. K. Schuster, DLR-Mitt.-66-07, 69-71; BMwF-K-66-08 (1966)1Hochtemperaturtests an mit Wolfram umhüllten U02-MoCermets für thermionische Reaktorbrennelemente;W-plattierte Mo-U02-Sinterkörper

1867. V.P. Shishokin, Trudy Leningrad Politekln Inst. (1966),268, 5-7: The Relation Between Hardness and Composition of Mechanical Mixtures

1888. A. Simpson, AD-637 573 (1966): Macrolaminate ParticleComposite Material Development

1889. B.S. Skidan, D.N. Polubojarinov and A.S. Vlasov, in:Hochwarmfeste Werkstoffe (Metallurgija, Moskau,1966), 221-4: Gesinterte Cermets auf A1203-Grundlage

1890. B.S. Skidan, A.S. Vlasov and D.N. Polubojarinov, MendeleevInst.Chem.Technol. (Moskau) 50, 213-5 (1966):Kerbschlagzähigkeit von Cermets des Systems A1203Metall

1891. E.A. Snajdr, paper: Am.Ceram.Soc., Portland 1966 (Ref. 19N-66F): Mechanical Properties of Brittle and DuctileMetal Matrix Cermet Fuels

1892. N. Soga and O.L. Anderson, J.Am.Ceram.Soc. 49, 318-22(1966): Simplified Method for Calculating ElasticModuli of Ceramic Powder from Compressibility andDebye Temperature Data

1893. W.H. Sutton, AD-477 422,-630 359 (1966): Role of Interfacein Metal-Ceramic Compositions

1894. W.H. Sutton,paper: Ceramic Metal Systems, Oak Brook 1966(Ref. 6-C-66F): Role of Adhesion-Wettability in theComposite Structure

1895. H. Suzuki, Trans.Japan Inst.Met. 7, 112-7 (1966); J.JapanSoc.Powder Met. 13, 243-7 T1966): Effect of ParticleSize and Binder Composition on Properties of WC-CoAlloys

1896. H. Suzuki and H. Kubota, Planseeber.Pulvermet. 14, 96-109(1966): The Influence of Binder Phase Compositionon the Properties of WC-Co Cemented Carbides

1897. H. Suzuki, M. Sugiyama and T. Yamamoto, Nippon KinzokuGakkeishi 30, 367-71 (1966); CA-65, 8485: Propertiesof WC-Co AIToys

1898. H. Taketani and J.L. Arnold, RFP-658 (1966), 124-36:Failure Analysis of Thermionic Emitters

T899-; L-S. Tetelman, ---mrsA~UR~f45T-C~6-6-)T-~nanism-l:fIS-trengthening and Fracture in Composite Materials

- 103 -

1900. M.K. Thomas, AD-651 191 (1966): Metal1ic-Ceramic and Intermetallic Compounds by the Floating Zone Technique

1901. H.R. Thornton, J.E. Burrough, paper: Am.Ceram.Soc.,Washington 1966 (Ref. 29-C-66): Composite Structuresa ceramic-metal system

1902. V.I. Tumanov, Z.A. Gol'dberg, V.V. Cheryshev and Z.I.Pavlova, Sov.Powder Met.Metal Ceram. (1966),No.lO,818-22: Thermal Shock Resistance of Tungsten CarbideCobalt Al10ys

1903. R.Z. Vlasjuk, I.D. Radomyselski, Poroschkovaja Met. (1966),Nr.lO, 11-5: Einfluß des geometrischen Faktors beiCermets auf die elastische Nachwirkung

1904. M.E. Waddoups and P.D. Shockey, paper: Ceramic Metal Systems,Oak Brook 1966 (Ref. 8-C-66F): Sandwich Beam Tests

for Determination of Strength and Modulus of CompositeMaterials

1905. J. White, Advances in Materials (Pergamon, London, 1966),195-202: New Ceramies and Refractories

1906. J.E. White, Int.J.Powder Met. 2 (3),19-26 (1966):Alloying-Element/Dispersed-Phase Interactions inTungsten-Base Al10ys

1907. Ch. Wiek, Machinery (EngI.) 109, 1228-35 (1966): CeramicCuttIng Tools ---

1908. W. Wood, PrcTchInst.Mech.Eng. 180, Pt 3 D, 193-9 (1965-66):Ceramic-Metal Composite--Nucerite

1909. T.R. Wright, R.J. Diersing and D.C. Carmichael, paper:Ceram.Soc., Washington 1966 (Ref. 24-C-66): CeramicCoatings for High-Temperature Protection of RefractoryMetal Shapes

1910. J.A. Yoblin, Soc.Aerospac.Mat.Process Eng., San Diego 1966(F-71/89): New Techniques for Making High TemperatureComposite Materials

1911. L. Zagar und W. Bernhardt, Forschungsber.Landes NordrheinWestfalen Nr.1733 (Westdeutscher Verlag, Köln, 1966):Beitrag zur Frage der Bindefähigkeit ver-schiedenerMetalle mit Nichtmetallen als Grundbedingung beider Her-stellung von Cermets

1912. F. Zimmer, U.S. Patent 3,284,,74 (1966): Composite StructuresMade by Bonding Ceramies, Cermets, Alloys, HeavyAlloys and Metals of Different Thermal ExpansionCoefficient

19l3. G.I. Zuravlev, Poroschkovaja Met. (1966), Nr.lO, 36-43:Temperaturstabilität von keramischen Uberzügen aufMetallen

1914. G.M. Adamson, J. Binns and R.W. Knight, Trans.Am.Nucl.Soc.lO, 124-5 (1967): Production of High-FluxIsotope Reactor Fuel Elements

1915. G.B. Alexander, S.F. West and P.C. Yates, U.S. Patent3,310,400 (1967): Process of Making Metal PowderCompositions wherein Some Metal Grains Contain Dispersed Refractory Metal Oxide Partioles

1916. M.A. Ali, W.J. Knapp and P. Kurtz, Am.Ceram.Soc.Bull. 46,275-7 (1967): Strength of Sintered Speoimens Containing HollowaGlass Miorospheres

- 104 -

1917. I. Amato, Energ.Nucl. 14, 730-2 (1967): CompatibilityStudies in U02-Nb (Ta)-H System

1918. I. Amato and L. Ardizzone, Rev.lnt.Hautes Temp.Refract. 4,199-204 (1967): Preparation of U02-Nb(Ta) Cermet Fuel by Metal Vapor Deposition in Fluidized Bedand Hot Pressing

1919. I. Amato and L. Ardizzone, Rev.lnt.Hautes Temp.Refract.4,297-302 (1967): Preparation of UO -Mo and UO -W Cermets Fuel by Metal Vapor Deposftion in Fl~idizedBed and Hot Pressing

1920. P.B. Anderson, Planseeber.Pulvermet. 15, 180-6 (1967):Hartmetalle erhöhter Zähigkeit--

1921. Anon., AD-651 191 (1967): Metal-Ceramic and IntermetallicCompounds by the Floating Zone Technique

1922. Anon., lVlater.Engng 38, 51 (Feb.1967): Properties ofMaterials: Refractory Ceramics and Cermets

1923. Anon., Metal Progr. 91 (5), 69-75 (1967): Fight againstWear Starts with Material Selection

1924. Anon., Pamphlet: Climax Molybdenum Comp., New York 1967:The Use of Molybdenum in TiC-Base Cermets

1925. Anon., Product Engng 38, 51 (Feb.1967): Bearings inHypersonic Flight May Be Made from Ceramics

1926. P.B. Anderson, Planseeber.Pulvermet. 15 (3), 180-6 (1967):Cemented Carbides of Increased Toughness

19'27. A.A. Appen, in: Heat-Resistant Coatings, 1-38 (1967):Fundamental Principles Underlying the Productionof Inorganic Heat-Resistant Coatings

19'28. A.J. Artamanov, A.N. Ivanov and V.N. Rudenko, PoroschkovajaMet. 7 (9), 84-7 (1967): Polieren von Cermets mitDiamanten

1929. A.J. Artamanov and V.I. Kononenko, Poroschkovaja Met. 1 (7),92-9 (1967): Schnittkräfte beim Zerspanen vonCermets

1930. A.J. Artamanov and L.S. Schischkin, Poroschkovaja Met. 7(12), 84-8 (1967): Einfluß der Schleifbedingungenauf die Oberflächenrauhigkeit und Oberflächendichtevon Cermets

1931. A.I. Avgustinik, I.L. Gandelsman und L.V. Gorfunkei, Zur.Prik1.Chim. 40, 2684-90 (1967): Leitfähigkeit gesinterter GemIsche (A120 3-W)

1932. W. Baehr, KFK-573 (1967): Dissolution of U02-MO Fuel Cores193~ J. Bardsley and A. Ridal, AAEC-TM-404 (1967): Fabrication

of U02-Al Fuel Plates1934. L.K.H. van Beek, in: J.B.Birks (ed.), Progr. in Dielectrics

(Reywood, London, 1967), Vol.7, 69-114: DielectricBehaviour of Heterogeneous Systems

19 35. J .H. Bender, CONF-67 0533, 131-8 (1967): Metallographyof.Pyrolytic Carbon and/or Tungsten-Coated UraniumOx~de and Uranium Carbide Fuel Spheres

1936. R. Benz, paper: Am.Ceram.Soc., New York 1967 (Ref. 34-N-67;CONF-67 0533, 84-91: Thorium-Thorium Dioxide PhaseEquilibric

1937. J. Beynon ~d K~ Head, J.Sci.lnstrum. 44, 313-5 (1967):Fabr~cat~on of Cermet Resistors-Using a RejectionMask Technique

- 105 -

1938. S.W. Bradstreet, paper: Am.Ceram.Soc.Bull. 46 (8), 777(1967): The Kingdom of Composites

193~ J.G. Brady, Can.Min. and Met.Bull. 60, 1397-402 (1967):Glass, Clay Products and Ceramic-Metal Systems

1940. E.A. Brandes and D. Goldthorpe, Metallurgia 76, 195-8(1967): Electrodeposition of Cermets --

1941. P. Brenner, Z.Metallkde 58 (9), 585-600 (1967): Standund Aussichten hocnfester Verbundwerkstoffe

1942. L.J. Broutman and R.H. Krock (eds.), Modern CompositeMaterials ( Addison-Wes~ey PubI., Reading, 1967)

1943. C.B. Brown and N. Mostaghel,J.Mater. 2 (1), 120-30 (1967):Modulus and Strength of Reinforced Matrices:Critical Values of Inclusion Concentration

1944• D.A. Bruhl and W.E. Counts, U.S. Patent 3,326,720 (1967):Cermet Resistance Composition and Resistor

1945. V.J. Bulanov, V.N. Nebolsinov and V.E. Saparov, PoroschkovajaMet. 7 (7), 1-6 (1967): Graphische Errechnung derZusammensetzung von Mehrstoff-Cermets

1946. A.R. Burkin, Metals and Materials 1 (12), (1967):Production of Metal Powders-and Coatings by Precipitation Techni~ues and their Fabrication

1947. R.M. Burns and W.W. Bradley, Protective Coatings forMetals,(3rd ed.,Reinhold, New York, 1967)

1948. B.C. Buzek, NASA-TM-X-1468 (1967): Determination of Dispersed Distribution in Powder Blends

1949. I.E. Campbell and E.M. Sherwood (eds.), High-TemperatureMaterials and Technology (J.Wiley, 1967), Pt.IIT:Materials

1950. P.E. Caspar, Proc.Joint Conf.Appl.Electron Eng. (IERE,London, 1967), 2-4: A Compatible Thin-Film CermetResistor

1951. A.C.D. Chaklader and J.A. Ganshorn, Powder Met. 10 (19),1-12 (1967): Slip-Casting Tungsten Carbide-CobaltPowder Mixtures

1952. D.R. Chandhavy and R.C.• Bhandari, India J •Pure Appl.Phys.2.,413-6 (1967): Heat Transfer Trough DispersedSystem Having Irregular Pore Size

1953. B.G. Childs, AECI-2798 (1967): Microstructure of YttriaZirconium Dispersions

1954. N. Claussen, AERE-Trans. 1094 (1967). Ber.Deut.Keram.Ges.44, 267-70 (1967): Isothermer Elastizitätsmodulvon U02 und U02-Mo-Cermets

1955. N. Claussen, Mate.rtalprüf. 9, 140:-2 (1967): Uber die Anwendung des Diametra~druckversucheszur Ermittlungder Zugfestigkeit, des E-Moduls und der Poissonsehen Zahl von keramischen Stoffen und Cermets

1956. Climax Molybdenum Company (New York, 1967): The Use ofMolybdenum in TiC-Base Cermets

1957. L.J. Cohen and O. Ishai, J.Compos.Mater. 1, 390-403 (1967):The Elastic Properties of Three-Phase Composites;Int.J.Mech.Sci. 9, 539-46 (1967): The Propertiesof Filled and Porous Epoxy Composites

1958. J.F. Collins and P.N. Flagella, GEMP-545 (1967): Propertiesof Mo-U02 Cermets

1959. A. Col1ins, U.S. Patent 3,300,331 (1967): Composite MetalCeramic Article and Method for Making same

1960. G.A. Cooper, J.Mater.Sci. 2, 409-14 (1967): ElectroformedComposite Material -

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1961. L.H. Cope and R.J. Warmer, U.S. Patent 3,336,656 (1967):Manufacture of Cermet Bodies

1962. H.T. Corton, in: L.J. Broutman and R.H. Krocks (eds.),Modern Composite Materials (Addison-Wesley, Reading,1967), 27-105: Micromechanics and FractuI'e Behaviourof Composites

1963. W.E. Counts and W.T. Kelly, U.S. Patent 3,326,645 (1167):Cermet Resistance Element Material

1964. M. Dalle Donne and K.Wirtz, KFK-689 (1967): Gas Coolingfor Fast Breeders

1965. L.W. Davis, Am.Soc.Test.Mat.Spec.Techn.Publ.No.427, 69-90(1967): How Metal-Matrix Composites are Made

1966• L.W. Davis, Am.Soc.Test.Mat., paper 15 ND (1967): Compositesat Low Temperatures

1967. W. Davis and W.R. Morgan, J.Spacecraft Rocket 4, 386-9(1967): New Metal-Metal Composite MaterTals

19 68• W. Dienst, Externer Bel'. 6/67-1 (Kernforschungszentrum,Karlsruhe, 1967): Bestrahlungsverhalten von Dispersions-Brennstoffplatten auf Al-Basis für Hochflußreaktoren

1969. H. Doi, Y. Fujiwara and K. Miyake, Proc.Strength of Metals,~ökyo 1967: Strengthening Mechanism of WC-Co Alloys

1970. G.N. Dulnev, I. Zarichniak and P. Zarichniak, InzhenernoFiz.Zh. 12 (4), 419-25 (1967): Thermal Conductivityof Multicomponent Mixtures

1971. J. Dundurs, J.Compos.Mater. 310-22 (1967): Effect ofElastic Constants on Stress in a Composite underPlane Deformation

1972. G. Epstein, F. Hribar and H. Smallen, Metal Progr. 91,105-8 (1967): Where Non-Metallic(jMetallic)Composites are Used

1913. F. Fallon and L. Holliday, J.Mater.Sci. 2, 502-5 (1967):The Number of Components Required-in A CompositeMaterial

197~.I.M. Fedortschenko and L.V. Zabolotny, Poroschkovaja Met.7(12, 64-9 (1967): Verschleiß beim Zerspanen von Cermets

1975. A.H. Feingold and Che-Yu-Li, paper: Met.Soc.AlME, Cleveland 1967: Coupled Diffusional Process at Ni-A1203Interface

1976. B. Fiero, NASA-TN-D-4272 (1967): W-U02 Fuels1977. F. Frehn, Blech 14, 537-42 (1967): Höhere Standzeiten

beim Schneiden, Stanzen und Umformen durch denbearbeitbaren Hartstoff Ferro-TiC

1978. F. Frehn, TZ prakt.Metallbearb. 61, 230-5 (1967): Wärmebehandlung von Ferro-TiC --

1979. D.N. French and D.A. Thomas, Int.J.Powder Met. 3 (3), 7-14(1967): The NatuI'e and Effects of Excess-CarbonDefects in Tungsten Carbide-Cobalt Alloys onMechanical Properties

1980. W.O. Freitag and V.R. Weiss, Res./Develop. 18, 44-6(Aug. 1967): Low-Cost Method for Diode Sputteringof Cermet Films

1981. M.D. Freshley, in: O.J. Wiek (ed.), Plutonium Handbook(Gordon and Breach Sci.Publ., New York, 1967), Vol.2,643-706: Irradiation Behaviour of Plutonium Fuels

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1982. B. Frisch, Arch.Eisenhüttenwes. 38 (2), 151-61 (1967):Zur Kornanordnung in Pulversäulen und Sinterkörpernunter dem Einfluß von Zwischenschichten

1983 N. Fuhrman and R.B. Holden, Trans.Am.Nucl.Soc. 10, 483-4(1967): Development and Testing of High-LoadedU02-Cb Cermet Fuel

1984. T. Fukatsu, K. Yuhara and K. Kobori, Nippon Kinzoku GakkaiSi 31 (10), 1127-32 (1967): On the Wear-Res~ance ofCemented Carbides

1985. A.p.P. Giamei, Diss. Univ. Evanston 1967: Equilibria inWC-Co Alloys

1986. F.E. Gifford and R.~Hill, J.Appl.Phys. 38, 2261-8 (1967):Thermionic Emitters from BaO-U02-W-

19B7. S. Giuliani, C. Mustacchi, I. !mato, R.L. Colombo and R.Coselli, Rev.lnt. Hautes Temp.R~fract. 4, 77-83(1961): High Temperature Properties of U02-MO (W)Cermets

1988. T.G.J. Glinon, Eastern Metals Rev. 20, 869-75 (1967): Engineering Ceramics and CermelS

19fB9. M.J. Graber, M. Zukor and G.W. Gibson, Trans. ANS 10, 482-3(1967): Superior Irradiation Performance of-Stainless-Steel Cermet Fuel Plates Through Use of LowDensity U02

1990. R.B. Greenstine, Am.Soc.Met.Eng.Quart. 7 (1), 8-16 (1967):AdvancedMetal Compositas -

1991. L.N. Grossmann,paper: Am.Ceram.Soc., New York1967 (Ret.6-B): A1203-Nb Interfacial and Equilibrium Reactions

1992. W. Hayes and J. Van Hise, Electr.Engnr 26, 70-4 (Aug.1967):How to Design Thick Film Hybrid lntegrated Circuits

199~. R.R. Heidenf'els, NASA-TM-X-60 069 (1967): Application ofComposite Materials in Space Vehicle Structures

1994. A. Ihrenberger und F. Benesovsky, Prakt.Metallogr. 4, 48991 (1967): Zur Metallographie von Oxyd-Metall'-Werkstoffen

~99> D. Jake~ and M. Vobo~il, UJV-1356 (1967): Some Propertiesof the Cermet UC=U

1996. K.R. Janowski and R.C. Rossi, AD-659 134 (1967): MgO~NiComposites

1997. K.R. Janowski and R.C. Rossi, J.Am.Ceram.Soc. 50, 599-603(1967): Elastic Behavior of MgO Matrix ~mposites

199~ A. Jesse, Vortrag: Techn. Akademie, Esslingen 1967: Quantimet-Messungen an Cermetproben

1999. A. Jesse andG. Ondracek, paper: Inter/Micro-67, Cambridge,England, 1967: Application of Quantitative Area Analysis in the Case of Composite Materials

2000.G.H. Johnson,Ceramic-Metai SystemsandEnamel Bibliography and Absracts-1966 (Am.Ceram.Soc., Columbus1967)

200·1. P.J. Jones, AERE-Bib"ll155 (1967): Vibratory Compactionof Meta1 and @eramic Powders

2002. P.J. Jones, AERE-Bib-155 (1967): Wetting of Aluminium Oxideand Other Oxides by Liquid Metals

20D3. R.C. Jones, Civil.Eng. 37 (2), 54-7 (1967): StructuralMetal Composites--

200l. Jong ge Son, Chosun Kwahakwon Tongbo (1967), Nr.2, 18-22:Low Temperature Internal Friction of Metal1ooeramioBodi'es

- 108 -

200'. B.F. Judin and T.P. Marcholja, Ogneupory (1967), Nr.7,46-52: Thermodynamik der Reaktion von Zr02 mithochschmelzenden Metallen

2006. S. Jurca, Int.J.Powder Met. 3 (4), 50-61 (1967): Hydrogenversus Vacuum Sintering of Nickel Cemented Chromium

2007. W.T. Kaarlela, W.S. Margolis and H.R. Thornton, Am.Soc.Test.Mat.Spec.Publ.No. 427, 53-68 (1967): FundamentalStudy of Meta1-Matrix Composites

2008. P.P. Kalitin and N.M. Pavluschkin, Tr.Mosk.Chim.Technol.Inst. (1967), Nr.55, 193-8: Cermets aus Korundund Mo, W

2009. J. Kanieski and Z. Kowalski, Pr.lnst.Mech.Precyz 15 (4),41-9 (1967): Ni(Cr)-MgO Cermets --

2010. T. Karwata und E. Bryjak, Vortrag: 2.Konf.Pulvermet.,Krakan, 1967: Einf1u~ der Kugelmah1ungsparameterauf Körnung der Mischungen und mechanische Eigenschaften der Hartmetalle mit 6 Prozent Co und 94Prozent WC

2011. W.B. Kaufman, R.F. Tischler and R. Breitwieser, NASA-TMX-52 373 (1967): A High Temperature, ~lectricallyInsulating Cermet Seal Having High Strength andThermal Conductivity

2012. H.J. Kim et al., AD-830 429 (1967): The Characterizationof Metal Oxide Films

2013. R.S. Kiwak, U.S. Patent 3,340,026 (1967): CompositeArticle of Bonded Refractory Meta1 and aCeramie

201~. T. Kobuto, Trans.Japan Inst.Met. 8, 269-75 (1967):Behaviour of U02-W(Ta)B Fue1s in Steam

2015. W.H. Kohl, Handbook of Materials and Techniques for VacuumDevices (Reinhold, New York, 1967), 441-74: Ceramicto~Metal Sealing

2016. Ya. Kondratov, I.A. Podchernyaeva and V.S. Fomenko, Sov.Powder Met.Meta1.Ceram. (1967), Nr.9, 743: ThermoEmission of Al10ys of Tungsten with Rare EarthOxides-I

2017. Ya. Kondratov, I.A. Podchernyaeva, G.V. Samsonov und V.S.Fomenko, Planseeber.Pulvermet. 15, 127-34 (1967):Ober die Thermissionseigenschaf1en von Legi~rungendes Systems W-La203

2018. S. Kose, M. Kinoshita and Y. Hamano, Osaka Kogyo GijutsuShikenjo Kiho 18, 350-9 (1967)~ Yogyo Kyokai Shi75 (6), 175-83-= Hot-Pressing of ZrC-Ni Mixtures

2019. E. Krainer und J. Robitsch, Planseeber.Pulvermet. 15 (1),46-56 (1967): X-Ray Investigation of Cubic ~gstenCarbide in Spark Machined Cermets and CementedCarbides

2020. I. Kraus, CeQhQs10v J.Phy~ics lLl7,2.49-5S (:1.967): .Bestimmung der Spannungen in Wö=Co-Hartmeta11en durchRöntgenmessungen

2021. R.H. Krock, in: L.J. Broutman and R.H. Kocks (eds.),Modern Composite Materials (Addison-Wesley Pubi.,Reading~ 1967), 455-78: Inorganic ParticulateComposi tes

2022. R.H. Krock and L.J. Broutman, in: L.J. Broutman and R.H.Krocks (eds.), Modern Composite Materials (AddisonWes1ey Pubi., Reading, 1967), 3-26: Principles ofComposites and Composites Reinforcement

- 109 -

2023. K. Kudaka and H. Konno, Nippon Kinzoku Gakkai-Shi 31, 302-3(1967): Temperature-Dependence of the Hardness ofWC-Co

2024. K. Kudaka and H. Konno, Trans. Japan Inst.Met. 8, 207(1967): High-Fressure Sintering of WC-Co-

2025. K. Kudaka, H. Konno and T. Matoba, Nippon Kinzoku GakkaiShi 31, 177-82 (1967): Sintering of WC-Co underHigh""""Pres sure

2026. V.T. Kumskov, V.A. Gaschenko and O.V. Raikin, Cvetn~je

Metally (1967), Nr.9, 84-6: Bestimmung des Wärmeleitfähigkeit-Koeffizienten von Hartmetallen

2027. R. Laffont and R. Wyss, Hev.Met. 64, 503-10 (1967): Fe-Cr-Bauxite Cermets --

2028. L.T. Lakey and W.B. Kerr, Ind.Eng.Chem.Process Design 6,774-9 (Apr.1967): Pilot Plant Development of anElectrolytic Dissolver for Stainless Steel AlloyNuclear .J.iuels

2030. J.D.B. Lambert, Nucl. Energy , 106-11 (July 1967): TheIrradiation Behaviour of U02-Stainless Steel Cermets between 550 to 700 0C

2031. J.D.B. Lambert, Proc.Brit.Ceram.Soc., Nucl. and EngngCeramics, No.7, 331-42 (1967): Irradiation Behaviourof U02 Particles in Cermets

2032. C.H. Lane and J.P. Farrell, AD-648 018 (1967): Reactive1ySputtered Cermet Resistors

203}. C.l!'. Lei tten, A.E. Richt and R.J. Beaver, ORNL-4104 (1967):Eu203-Stainless

Steel Dispersion2034. D.O. Leitten, ORNL-TM-1692 (1967): Characterization of

U308 Dispersions. in Aluminium

2035. A.I. Lezin, M.A. Evseeva and Ya.A. Fedyushkina, Elektronnaya Obrabot.Mat. (1967), No.2, 28~31: Voltage Balance inthe AnodicMachining of WC-Co Alloy VK8

2036. M.R. Licciardello and B. Ohnysty, AFFDL-TR-67-54 (1967):Composite structures (W-Th02)

2037. A.B. Lomax, Metals and Materials 1 (4), 116-20 (1967):A Model System to Simulate-Creep to Composites

2038. TI.E. Lood, J.Appl.Phys. 38, 5087-9 (1967): ElectricalProperties cf Cr-STO Cermet Films

2039. M.G. Loschak und L.I. A1exandrova, Poroschkovaja Met. 7(12), 74-7 (1967): Elastische Eigenschaften vonHartmetallen

2040. 0. Lutz, DLR-FB-67-78 (1967): A Historical Review ofDevelopment in Propellants and Materials forRocket Engines

2041. G.D. McAdam, Powder Met. 10 (20), 307-17 (1967): TheMechanical Propert!es of Cermets with a MetallicMatrix

2042. R.D. MacDonald, AED-Conf. 67-226-014 (1967): ThermoelectricNuclear Fuel Elements

2043. McElroy et al., ORNL-4121 (1967); Thermal Conductivityof Solids Between 20 and 150 0C Using ComparativeLongitudinal Apparatus

2044. W. Mader und J. Blaha, Radex Rundschau (1967), 472-85:Besonderheiten von Hartmetallgefügen im Elektronenmikroskop

- 110 -

20~5. A. Madeyski and W.W. Schme1tzer, Mater.Res.Bul1. 2, 427-35(1967): The Preparation and Structure of Zr02Spheres

2046. R.Ch. Manning, papers: Am.Ceram.Soc., New York 1967(Ref. 17-S1-671 18-S1-67): High-Temperature Cermets.I. Compatibi1ity Studies; JL Wetting and FabricationStudies

2047. T.P. Marcho1ja, B.F. Judin and N.I. Voronin, Chim.Vyso~

kotemp.Mat. Leningrad 1967, 203-8: Reaktion zwischenhochschmelzenden Metallen und A1203 und Si02

204~. P. Margineanu, A. 01arin and E. Weissmann, 18-42 (1967):E1ectrica1 Conductivity of Nickel-A1umina andNicke1-Chromia Systems

2049. G.W. Meadows, U.S. Patent 3,451,791 (1967): Coba1t-BondedTungsten Carbide

20,0. G.A. Meerson, Porosh,Met.Akad.Nauk Ukr. SSR (1967), No.ll,50-64; IPRS-45 339: Cermet Materials in ~uclear

Technology2051. K.R. Merckx, Nucleonics 25 (6), Gf7l(1967): The Computer:

Neglected Too1 of~e Materials Specialist2052. A. Milch, J.J. La1ak and R.H. Ah1ert, E1ectrochem.Techno1.5

(3/4), 83-6 (1967): Refractory Ceramic-to-Meta1 Sear2053. J.V. Mil1er, NASA-TN-D-3898 (1967): Estimating Thermal

Conductivity of Cermet Fue1 Materials for NuclearReactor Applications

2054. N.C. Mi11er an~ G.A. Shirn, App1.Phys.Lett. 10, 86-8 (1967):Co-Sputtered Au-Si02 Cermet Films --

2055. N.C. Mi11er and G.A. Shirn, Prod.So1id State Techno1. 10(9), 28-31 (1967): Co-Sputtered Cermet Films --

2056. A. Miyoshi, A. Hara and Y. Sugimoto, Planseeber.Pulvermet. 15 (3), 187-96 (1967): An Investigation ofCrackS-around Vickers Hardness Indentation inCemented Carbides

2057. I.L. Mogford, Met.Feviews 12, 49-68 (1967): The Deformationand Fracture of Two-Phase Materials

2058. J.p. Moore, T.G. Ko11ie, R.S. Graves and D.L. McElroy,ORNL-4121 (1967): Thermal Conductivity Measurementson Solids Between 20 and 1500C Using a ComparitiveLongitudinal Apparatus: Results on MgO, BeO, Th02,ThxUn_x02+y and Al-U02 Cermets

2059. Th.A. Moss, Nuc1.Appl. 3, 71-81 (1967): Materials Technology Presently Avai1able fol' Advanced Rankine Systems

2060. M. Mouchnino, CEA-R-3353 (1967): R~action des carburesd'uranium et de plutonium avec des aciers austenitiques

20b1. F.R.N. Nabarro and S.B. Luyckx, Proc. Strength of Metals,Tokyo 1967, 374-7: The Theory of Strength of WC-CoCompacts

2062. L.E. Nie1sen, J.Comp.Mat.l, 100-19 (1967): MechanicalProperties of PartTcu1ate-Fi11ed Systems

2063. E. Niki and K. Masato, Jap.lnst.Metals J. 31 (1), 1-5(1967): Phase Composition of TiC-Ni~ermet

2064. S. Öhmann, E. Parnma and S. Pa1mquist, Jernkont.Ann. 151,126-59 (1967): Studies on Residual Stresses inVlö'Ce Systems

- 111 -

2065. G. Ondracek, Vortrag: Hochtemperatur-Werkstoffe, Wuppertal1967: Hochtemperatur-Werkstoffe bei der direktenEnergieumwandlung

2066. G. Ondracek, Vortrag: Techn.Akademie Esslingen 1967:Veränderungen im oberflächennahen Teil polierterProben und ihre metallographische Untersuchung

2067. G. Ondracek und F. ThUmmler, Vortrag: HochtemperaturWerkstoffe, Wuppertal 1967: Cermets

2066. G. Ondracek und F. Thümmler, Vortrag: Joint Meeting ofDeutsche Glastechn., Deutsche Phys. und DeutscheKeram.Ges., Erlangen 1967: Festigkeitsuntersuchungenan spaltstoffcermets

2069. J.A. Pask, paper: Am.Ceram.Soc.Bull. 46 (8), 777 (1967):Wetting and Spreading --

2070. A.J. Patrick, LA-3718 (1967): Gas-Collection Techniquefor Measurement of Fission-Gas Retention inIrradiated MO-U02 Cermets

2071. W. Peter, E. Kohlhaas und O. Jung, Prakt.Metallographie 4,284-90 (1967): Sichtbarmachung der Gefüge von -Hartmetallen durch Interferenz-Aufdampfschichten

2072. M.B. Perterson and S.EI• Murray, Met.Eng.Quart. 7 (2),

22-9 (1967): Frictional Behaviour of Cermets andMetals

2073. G. Petzow, Vortrag: Metallische verbundstoffe, DeutscheGes.F.Metallkunde, Köln 1967: Aufbau und Eigenschaften von Cermets

2074. W.H. Pfeifer, paper: Am.Ceram.Soc., Pacific Coast Meet.,San Francisco 1967: Preparation and Characterizationof Ceramic Microspheres

2075. R.M. Pilliar, T.G. Carruthere and J. Nutting, J.Mater.Sei. 2. 28-32 (1967): Reaction Between Ni or Cuand A'I203

2076. M.R. Pinnel, A. Lawley and D.R. Hay, Am.Soc.Test.Mat.Meeting, Boston 1967 (paper 6): Microstrain Behaviourin Metal Composites

2077. L.K. Pivovarov, E.A. Shchetilina, A.V. Varaksina and 0.1.Sere'brova, Izv.Akad.Nauk. SSSR Metally (1967), No.2,177-82: Investigation of WC-Co Cermet

2078. C. Politis und S. Ohtani, Prakt.Metallographie 4, 401-16(1967): Möglichkeiten zur Ätzung keramischer Stoffe

2079. I.A. Popova, A.A. Burenina, N.Y. Karasik and 1.1. Selivanova, Poroschkovaja Met. 7 (9), 52-7 (1967): Untersuchungen des Gefüges von Mo(W)-Zr02-Cermets

2080. B. Pruniaux, CEA Rep. 3120 (1967): AI-A1203 Thin Films2081. I.D. Radomyselski, Poroschkovaja Met. 7, 63-75 (1967):

Cermets - Konstruktionseinzelheilen2082. I.D. Radomyselski und N.I. Sehtscherban, Poroschkovaja

Met. 7 (5), 36-9 (1967): Untersuchung des Sinterprozesses von Metall-Glas-Materialien

2083. C. Reale, IEEE Proc. 55, 1770-1 (1967): Dependance of theResistivity of-nhromium-Silicon Monoxide Films ontheir Chemical Composition

2084. J.C. Redmont, in: I.E. Campbell and E.M. Sherwood (eds.),High Temperature Materials and Technology (J.Wiley,New York, 1967), 485-511: Cermets

2085. J. Rezek and B.G. Chi1ds, AECL-2663 (1967): Fabricationand Mechanical Properties of Zirconium-Ytria Dispersions

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2086. N.E. Riehards, J.S. Berry and T.J. Johnston, U.S. Patent3,328,280 (1967): Eleetrieally Conduetive CermetCompositions

2067. F.C. Robertshaw, R.K. Bette and D.E. Conner, Nucl.Sei.Eng. 28, 20-33 (1967): The Use of Spherieal U02in a -eirmet Fuel

2088. H. Roehow, Ber.dtsch.keram.Ges. 44, 224-31 (1967): Haftungvon Mo-Schichten auf keramIschen Teilen

2089. J.M. Rozinski, Rudy Met.Niezel 12 (1), 25-7 (1967):Analyse von Hartstoffen --

2090. L.E. Samuels, Metallographie Polishing by MechanicalMethode (Pi tman, Melboume, 1967)

2091. D.J. Sandstrom, in: H.H. Hausner, K.H. Roll and P.K.Johnson (eds.), New Methods for the Consolidationof Metal Powders (Plenum Press, New York, 1967),75-81: Consolidating Metal Powders Magnetieally

2092. T.E. Saunder and P.D. Stark, J.Solid-Stat Circuits 2 (1),4-10 (1967): Resistor and Capacitor of A1203~Ta

209;. K.V. Savicky et al., Izv.Vysch.Utsch.Zaved.Fiz. 10 (11),139-41 (1967): Ni-A1 203 Cermets

2094. K.V. Savicky et al., Porosehkovaja Met. 7 (1), 31-6 (1967):Stranggepreßte Ni-A1 203-Legierun

gen2095. K.W. Sawitzkij, W.A. Kulikow, A.P. Sawitzkij and W.M.

Sergenkowa, Vortrag: 2.Konf.Pulvermetallurgie,Krakau 1967: Einfluß der Grundmetallstruktur aufdie Verfestigung von Metall-0xyd-Verbundwerkstoffen

2096. W.L. Sehalliol, Electro-Technol. 80, 62-4 (Aug. 1967):Precision Cermet Resistors~eet Rugged Requirements

2091. S.J. Scharivker, Poroschkovaja Met. 7 (6), 70-3 (1967):Haftfestigkeit p1asmagespritz~erUberzüge

2098. H. Schneider and D. Sehoenwald, KFK-555 (1967): Die Abscheidung von Molybdän auf Zirkonoxid und Urandioxid-Kugeln aus der Gasphase

2099. H. Schreiner, Z.Metallkde 58, 600-5 (1967): Verbundwerkstoffe und ihre Anwendung für elektrische Kontakte

2100. R.C. Scott, J.Appl.Phys. 38, 2652-5 (1967): CorrelatedStructure in Evaporated Cermet Films

2101. J.V. Shennan, Chem.lng.Progress-Symposium Series Vol. 6;,92-110: Dispersed Ceramic Fuels for the AdvancedGas-Cooled Reactor

2102. M.T. Simnad, AED-Conf.67-239-0;0: Equilibrium DissoeiationPressuree and Performance of Pulsed U-ZrH Fueleat Elevated Temperatures

2103. P. Snowdon and J.H. Gittus , BP-l,054,ll6 (1967): Improvemente in or Relating to Nuelear Fuel

2104. G.S. Springer, J.Comp.Mat. 1,166-73 (1967): ThermalConductivitiee of UnIdireetional Materials

2105. S. Stolarz et ale (eds.), CONF-670 988 (Vol.2). Proc.2nd Conf.Powder Met., Krakow 1967 (Zakl.Graf.Politeeh., Krakow 1967), 478-94: Diffusion Weldingof Metal Ceramie Metale

2106. H.E.N. Stone, Mater.Sci.Engng 1, 365 (1967): DensifieationProeess in Oxide and Me~al Sintering

2107. H.E.N. Stone and N.A. Lockington, Mater.Sci.Engng 2 (1),21-4 (1967): Hardness/Porosity Relationship-inCr20; Cermets

- 113 -

2108. B.P. Strauss and R.M. Rose, paper: Met.Soc.AIME, Cleve-land 1967: Superconductivity in a Composite structure

2109. M.J. Strief, L.I. Peart and S. Schneider, U.S. Patent3,324,440 (1967): Cermet Resistance Elements andTerminal and Tap Connections Therefor

2110. G. Strohmeier, K. Sedlatschek und E. Pipitz, Vortrag:Feuerfeste Baustoffe in der Eisenhüttenindustrie,Leoben 1967: Metallkeramische Werkstoffe in derEisenindustrie

2111. H. Suzuki, I. Yamamato and K. Hayashi, J.Japan.Soc.PowderMet. 14 (6), 262-66 (1967): Phase Transformationof Binaer Metal in Cemented Carbides

2112. H. Suzuki, T. Yamamato and I. Kawakatsu, J.Japan Soe.Powder Met. 14, 86-91 (1967): Effeet of Carbonon the Properties of WC-I0Fe/Co Cemented Carbides

2113. T. Takahashi, K. Sugiyama and K. Tomita, J.Eleetroehem.Soc. 114, 1230-5 (1967): Chemical Vapour Depositionof Titanium

2114. A.S. Tetelman and A.J. McEvily, Fracture of StructuralMaterials (Wiley, New York, 1967), 635-64:Composite Materials. 650-64: The Fraeture of Cermets,

2115. J.W. Thie~ann, paper: Am.Ceram.Soc., Pacific Coast Meet.,San Francisco 1967: Process Controls for HighRe1iability Ceramäc-to-Metal Seals

2116. M.K. Thomas, AD-651 191 (1967): Metal1ic-Ceramie Materials2117. F. Thümm1er and W. Thomma, Met.Reviews 12, 69-108 (1967):

The Sintering Process --2118. A.G. Todd and J.S. Stafford, AEI Eng. 7 (3), 154-8 (1967):

The Deve10pment of Cemented Caroides2119. Y.S. Touloukian (ed.), Thermophysical Properties of High

Temperature Solid Materials (McMi11an, New York,1967), Vol.6/~ 727-935: Cermets

2120. V.T. Troschtsehenko, Poroschkovaja Met. 7, 84-90 (1967):Haltbarkeit von Cermets -

2121. A. Veld op Het und P. Bogers, Prakt.Metallographie 4,235-9 (1967): Eine Präparationsmethode zur Gefügeentwicklung von Hartmetallen

2122. R.C. Vickery, U.S. Patent 3,343,985 (1967): Cermet ~lectri~cal Resistance Material and Method of Using thesarne

2124. J.B.

2125. M.B.

2126. M.D.

2127. G.J.

2128. J.F.

Vincent, Ceram.lnd. 89, 59-62 (July 1967)~ CerarnicIndustry Composites: Glass Cerarnic Coatings Expandinto Commercial Field

Wachtman, Ceram.Soc.Bull. 46 (8), 756-74 (1967):Mechanica1 Properties of-ceramics (An IntroductorySurvey)

Waldron, Powder Met. 10 (20), 288-306 (1967): TheProduction of Cermets Containing a Relatively LargeAmount of Dispersed Phase

Weisinger, paper: Met.Soc.AlME, Cleveland 1967:Machining of New Composite Materials

Weldrick, A.J. Wood, D. Crossley et al., AERE-R-5617(1967): The Determination of Ruthenium in UraniumCarbide-Ruthenium and Plutonium Carbide/UraniumCarbide-Ruthenium Cermets

White, AEC Fuels and Materials Development Program,GEMP-69 (1967), 135-48: Physico-Chemica1 Studiesof Clad U02 in Potential Meltdown Environments

- 114 -

2129. D.I.I. Williams and A.P. Greenough, Powder Met. 10 (20),318-25 (1967): A Thermal-Etching Study of~heNickel/Alumina Interfaoe

21~O. R.V. Williams, Eng.Digest 28 (1), 67-9 (1967): Progressin Composite MateriäIs

2131. Winkenbaoh and Heidtmann, BBC-Naohr. 49, (1967): Untersuohungen an bestrahlten mit Uö2 gefüllten MoEmittern

2132. E.G. Wolff, ASTME-TP, No. EM-67-687 (1967): CompositeFabrioation Teohniques

21~3. A.J. Wright and R.C. Vickery, U.S. Patent 3,324,439 (1967):Eleotrioal Terminations for Cermets neslstanceElements

2134. B.J. Zelechowski, IEEE Trans. on Electron Devices, Völ.14,paper 859 (1967): Thermionic Cermet Cathode Emissionat High Temperatures Produced by Parallel ElectronBeam Bombardment

1968

2135. G.M. Adamson jr., ORNL-4370 (1968), 101-15; 161-4: FuelElement Fabrication Development; Assistance inResearch Reactor Core Procurement

2136. J.A. Alexander, Mater.Engng 68 (1), 58-63 (1968): FiveWays to Fabricate Meta! Matrix Composite Parts

2137. I. Amato, L. Ardizzone and V. Crisa, Rev.Int.Hautes Temp.R~fract. 5, 117-8 (1968): Phenomenological Aspectsof Cosintering U02-W Oermets

2138. U. Amato, R. Ooselli, Met.Ital. 60, 155-8 (1968):Preparation and CharacteriZation of Cermets(Stainless Steel-U02)

2139. Anon., BP-l,137,493 (1968): Oxide Containin~Products andProcess for Manufacturing Them

2140. Anon., Eleotronics 41, 70 (11 Nov.1968); Oermet ResistorLadder NetworKs

2141. Anon., Mater.Eng. 68 (2), 30-2 (1968): Improved OementedCarbides Reauoe Wear and Corrosion

2142. Anon., Mater. Eng. 68 (10), 63 (1968): Tough Cermet OoatingGains Many New Uses

2143. Anon., Mater.Eng. 68 (10), 298-300 (1968): Properties ofMaterials: ~fractory Ceramios and Cermets

2144. Anon., Reactor Materials 11 (3), 191 (1968): Special Fabrication TeohniqueS-

2145. E.A. Antonova, L.A. Kuznetsova, L.M. Vsesvyatskaya andG.N. Borovkov, Temperature-Stable Proteotive Coatings(Nauka Press, Leningrad, 1968): Data on the Resistanoeof Cermet Coatings to Abrasion

2146. A.A. Appen, Temperature-Stable Proteotive Coatings (NaukaPress, Leningrad, 1968): Shock-Resistant CermetCoatings on Steel

2147. S.B. Artoluooi-Luyokx, Acta Met. 16, 535-44 (1968):Microscopic Aspects of Fracture in WC-Co Alloys

2148. J.C. Banerjee, S.P. Banerjee and N.R. Sircar, Rev.Int.Hautes Temp.R'fract. 5, 63-8 (1968): High-TemperatureThermal Expansion of Magnesite and Chrome-MagnesiteBrioks

- 115 -

2149. P. Batzies, J. Demny, H.E. Schmid und R. Zö11er, BMwF-FEK-68-25 (1968): Entwicklung von Emittern für thexmionische Reaktor-Brennstoffelemente

2150. A.L. Bax1ey, N.C. Nahas and J.R. Couper in: D.R. F1ynnand B.A. Peavy jr. (eds.), Thermal Conductivity(Nat.Bureau of Standards Special Pub1ication 302,Washington, 1968), 685-94: Thermal Conductivity ofTwo-Phase Systems

2151. R.G. Be1yanina et a1., EUR-4210 f,e (1968), 655-70:Insulating Materials of ThermOemission Convertes

2152. R. Benz and M. Tinkle, J.E1ectrochem.Soc. 115 (3), 324(1968): Uranium-Uranium Monoarsenide Phase Diagram

2153. A.L. Berg and D.E. Lood, Solid-State E1ectronics 11, 773-8(1968): Effects of Laser-Adjustment on Cr-SIO ThinFilms

2154. C.S. Beroes and H.D. Hatters, in: D.R. F1ynn and B.A. Peavyjr., (eds.), Thermal Conductivity (Nat.Bureau ofStandards Special Pub1ication 302, Washington, 1968),721-8: The Measurement of the Effective ThermalConductivities of WeIl-Mixed Porous Beds of Dissimi1arSolid Partic1es by Use of the Thermal ConductivityProbe

2155. J. Beynon and K. Head, Thin Solid Films 1, 388-92 (1967/68):A Phenomenon Associated with the Abrasion of Cr-SiOCermet Resistors

2156. J. Beynon et al., E1ectronic Eng. 40, 685-7 (1968): Designand Fabrication of a Thin-FIIm Starvation Amp1ifier

2157. D. Biedermann, Diss.Techn.Hochschule Aachen 1968: Berechnung der instationären mikroskopischen Temperaturverteilung in Matrixbrennstoffele~entenmit Hilfeeines duplizierten ~ifferenzenvertahrens

2158. J.J. Bikerman, The Science of Adhesive Joints (2nd ed.,Academic Press, New York, 1968)

2159. J. van den Boomgaard, Philips Res.Rept. 23 (3), 270-80(1968): System Cr-SiC

2160. S.A. Bortz, paper: Cerarnic Metal Systems, Fort Worth 1968(Abstr.5-C-68F): Structura1 Ceramic CompositeSystems

2161. D.A. Bruh1 jr. and W.E. Counts, U.S. Patent 3,386,165(1968): Method of Making Cermet Resistance Elementsand Terminal Connections Therefor

2162. E.F. Brush and C.M. Adams, We1ding J. (1968), 106s-14s:Vapor Coated Surfaces for Brazing Cerarnies

2163. P.P. Budnikov, N.V. Shishkov and N.V. Shubina, Zur.Vsches.Chim.Obsch. 13, 122-9 (1968): Deve10pment ofComposite Materials Based on Oxides and Metals

2164. H. Bumm, F. Thümm1er und P. Weimar, Vortrag: 2.Int.Europ.Symp.Pulvermeta11urgie, Stuttgart 1968 (paper 4.12):Herstellung und Eigenschaften von Cermets mitidealisiertem Gefüge durch isostatisches Heißpreßenbeschichteter Teilchen

2165. H. Bumm, F. Thümm1er und P. Weimar, KFK-708 (1968), Ber.Deut.Ker.Ges. 45, 406-12 (1968): IsostatischesHei ßpre ßen - einneues Verdichtungsverfahren derPulvermetallurgie

2166. J. Burbach, Techn.Mitt. Krupp Forschungsber. 26 (2), 71-80(1968): New Investigations into the P1astic Behaviour and Fracture of Hard Metals

- 116 -

2167. C.A. Burgess, U.S. Patent ',404,200 (1968): Method ofPreparing a Cermet Nuc1ear Fue1

2168. A.L. Burykina, Temperature-Stab1e Protective Coatings(Nauka Press, Leningrad, 1968): Zirconium Carbideand Niobium Carbide Coatings on Niobium, Tanta1um~

Mo1ybdenum and Tungsten2169. B.R. Butcher and L.H. Cope, Int.J.Powder Met. 4 (4), 49-57

(1968): The Elongation to Fracture of UnbondedCermets

2170. R.J. Buzzard, NASA-TM-X-1625 (1968): High-Temperature CreepRupture Properties of a Tungsten-Uranium DioxideCermet Produced from Coated Partiales

2171. V.N. Bykov et a1., EUR-4210 f,e (1968), 761-72: Investigationof Diffusion Interaction and Structura1 Stabilityof Cathode Material

2172. Ch.V. Cag1e, Adhesive Bonding Technigues and App1ications( McGraw-Hill, New York, 1968)

217'. J.D.T. Capochi, S.H.L. Cintra and E.F. Gentile, Meta11urgiaABM 24, 201-12 (1968): Fabrication of F1at FuelElements Having Cermet Cores ( 65% U,08-A1)

2174. C.M. Cappe11etti, C.A. Busse and E.A. Dörre, EUR-4210 f,e(1968t 61~-32: Metal-to-Ceramic Seals for ThermionicConveflter$

2175. F.L. Car1sen and D.G. Dryer, Int.J.Powder Met. 4 (4), 31-7(1968): Powder Metallurgy Wear Resistant-Alloys

2176. H.G. Car1son, G.A. Brown, V.H. Harrap, D.L. Dugger and R.J.Porebsting, NASA-CR-97 459 (1968): Deve10pment ofSilicon Nitride and Cermet Resistors for Use in aBinary Counter, Meta1 Insulator Fie1d EffectTransistor Circuit

2177. H.W. Carpenter, G.Y. Onoda and S.D. Brown, paper: CeramicMetal Systems, Forth Worth 1968 (Abstr.24-C-68F):Evaluation of Slurry App1ied Heat Barrier Coatingsfor Rocket Engine App1ications

2178. J. Chorne et al., AD-665 810 (1968): Composite StructuralMaterial for High Temperature App1ications

2179. N. Claussen, BMwF-FB K-68-24: Zur Untersuchung der mechanischen Eigenschaften von keramischen. und metallkeramischen Reaktorwerkstoffen

2180. V. Coen and H. Kolbe, AED-Conf. 1968, 142-002: Compatibilittatra i1 carburo di uxanio 1eggermente aovraatechiometrico ed i metal1i refrattari tantalio, niobio,molibdeno, ne1 campo di temperature 1200-16000C

2181~ W.B. Crandal1 and E.E. Kipfer, paper: Am.Ceram.Soc.,Chicago 1968 (Ref. 9-C-68): Thermal Shock Resistanceof Ceramic-Meta1 Composites

2132. I. Crive11i-Visconti, Met.Ital. 60, 548-52 (1968):Characteristics and Use o~Metal1ic Composites

2183. J.E. Cuevas, J.Comp.Mat. 2, 113 (1968): Effective ModuliCa1culations of Isotropie Composites

2184. M. Da11e Donne, E. Eisemann, F. ThÜMm1er und K. Wirtz,paper: Symp.Advanced and High Temperature Gas CooledReactors, Jülich 1968; KFK-841 (1968): High Tempere.ature Gas Cooling for Fast Breeders

2185. w. Dawih1 und E. Klingler, Vortrag: Deutsche keram.Ges.,Baden-Baden 1968: Uber mechanische und thermisoheEigenschaften von Schweißverbindungen zwischenA1203 und Metallen

- 117 -

2186. O.F. Devereux, Trans.Met.Soc. AlME 242, 795-9 (1967):Structure of Reaction Formed-xIumina-Si1icon Cer.mets

218~. E.L. Dieck, Diss.Techn.Hochschule Aachen 1968: Die zerstörungsfreie Bestimmung des Kernbrennstoffgehaltesoder des Abbrandes an Brennstoffproben oder Reaktorbrennelementen

2188. H. Doi, Y. Fuyiwara and K. Mtyake, Proc.Int.Conf.Strengthof Metals and Al10ys (Japan Inst.Meta1s, Tokyo,1968), 378-81: On Strengthening Mechanisms ofTungsten Carbide-Cobalt A110ys

2189. H.L. Druyden, U.S. Patent 3,415,556 (1968): Ceramic-toMeta1 Seal and Method of Making Same

2190. A.P. Dubrovskii and V.I. Baharinova, in: M.K. Rybaltschenko,Pulvermetallurgie in der modernen Technik (Nauka,Moskau, 1968): Porou8 Cermet Materials

2191. S.A. Dunn, Bul1.Am.Ceram.Soc. 47, 554-9 (1968): ViSCOU8Behaviour of Silica witniTungsten Inc1usions

2192. E.J. Ebert, C.H. Hami1ton and S.S. Recher, AFML-TR-68-71(1968): Composite Behaviour

2193. F. Eichhorn und J. Metzler, Meta11oberfl. 22, 225-34 (1968):Plasmaspritzen von Oxydkeramischen werkstoffen

2194. V.S. Emel'janov und A.J. Evstjuchin, Metallurgie der Kernbrennstoffe (Atomisdat, Moskau, 1968)

2195. B.R. Emrich and S.D. Brown, Mater.Engng 67 (5), 72-7 (1968):Ten New Ways to Fabricate Ceramic-Parts

2196. V.S. Eremeev, At.Energ. (USSR) 25 (5), 489-92 (1968):lnvestigation of C DiffuSion from UC into Mo and W

2197. S.K. Evans and E.A. Aitken, paper: Am.Ceram.Soc., Pasadena1968: Compatibi1ity of Pu02 with Rhodium

2198. H.E. Exner, AD-666 555 (1968): Palmquist Method forToughness Testing of Cemented Carbides

2199. W. Fairhurst, Metallurgia 77, 145-9 (1968): Usa of Mo1ybdenum in TiC-Based Germets

2200. I.V. Fedina, P.P. Ka1itiu and F.Ya. Kharitonov, Sov.PowderMet.Meta1 Ceram. (1968), Nr.6, 452: Influence ofSintering Conditions on Some Properties of MetalAluminum Oxide Cermets

2201. I.M. Fedorchenko, B.I. Chaika, A.V. Klimenko, T.V. Larinand B.M. Astashkevich, Poroschkovaya Met. (1968),Nr.ll, 56-61: Anti-Friction Properties of CermetPistoh Rings. ]I. Testing Materials on a FrictionMachine with To~and Fro Motion of the Friction Pair

2202. I.M. Fedorchenko and N.E. Ponomarenko, Sov.Powder Met.Metal Ceram. (1968), Nr.3, 219-25: Wear of Antifriotion Cermet Materials Under Conditions of EndFace Sliding Friction

2203. I.M. Fedortschenko andL.V. Zabolotny, Poroschkovaja Met.8(2), 27-31 (1968): Einfluß der Oberfläche auf den Verschleiß von Cermets

2204. I.B. Fiero, NASA-TN-4279 (1968): Temperature Gradient inW-U02 Fuel Elements

2205. J.N. Fleck, M. Goldstein, E. Jablonewski and D.E. Niesz,paper: Am.Ceram.Soc., Chicago 1968: CompositeMaterials: What Are They and Where Are They Going?

2206. D.N. French, Int.J.Powder Met. 4 (3), 55-61 (1968):Deformation of WC and Co-Alloys

- 118 -

2207. D.N. French, J.Metals 80, 120A (1968): X-Ray stressAnalysis of Tungsten Carbide-Cobalt Alloys

2206. N. Fuhrman, R.B. Holden and D.L. Hower, paper: Am.Ceram.Soc., Chicago 1968 (Ref. 28-N-68): Fabrication ofHigh Loaded U02-Cb Cermets by Sintering

2209. R.M. Fulrath and E.L. Hollar, Bull.Am.Ceram.Soc. 47, 493-7(1968): Manganese Glass-Mo Metal1izing Ceramies

2210. R.M. Fulrath and J.A. Pask, Ceramic Microstructures( Wiley, New York, 1968)

2211. G. Gerlach, G. Osterwald und W. Stichel, Z.Metallkde 59,576-9 (1968): Coulometrische Bestimmung der Mi~schungslücke zwischen flüssigem Kupfer und Kupfer(I)-Oxid

2212. W.A. Glaeser, Eval.Wear Test. (June 1968), 42-54: Wearand Friction of Nonmetal1ic Materials

2213. G. Glanz, Rev.Roumaine Phys. 13 (10), 829 (1968): Methodezur Bestimmung der Wärmeleitfähigkeit während Bestrahlung im Kernreaktor

2214. E. Gordon and N. Fuhrman, U.S. Patent ~,419,387 (1968):Process of Making High Loaded U02-Columbium Cermets

2215. M.J. Graber and G.W. Gibson, IN-1160 (1968): IrradiationTesting of Fuel for the Mark I Core of the ArgonneAdvanced Research Reactor

2216. W.A. Gray, The Packing of Solid Particles (Chapmann andHall, London, 1968)

2217. A.P. Greenough, Interfacial Cohesion (Inter-Service Met.Res.Council, London, 1968)

2218. H. Grewe und p. Walter, Metall 22, 707-16 (1968): ZurFrage des Wachstums der Gefügekomponenten und derVeränderung der Festigkeitseigenschaften in WC-CoHartmetallen

2219. F. Gross and R. Zöl1er, EUR-4210 f,e (1968), 451-60:Post Irradiation Investigations of U02-FueledThermionic Emitters

2220. L.N. Grossman, NASA-CR-1154 (1968): Thermal Conductivityof Coated Particles U02-W

2221. K. Grünthaler, S. Janes and J. Nixdorf, Vortrag: 2.Europ.Symp.Pulvermetallurgie, Stuttgart 1968 (Nr. 5.7):Ein Beitrag zur (pulvermetallurgischen) Herstellungvon Verbundwerkstoffen

2222. G.I. Gutshin, AED-Conf. 1968-080-111: Thermionic ConverterElectrical Characteristics with Matrix CircuitConnection

2223. V.J. Hammond, D.R. Gray and G.V. Planer, Microelectron.Rel. (Nov.1968): New Thin Film Cermet Resistors

2224. Akiro Hara and Shuji Yazu, J.Japan Soc.Powder Met. 15 (7),356-62 (1968): Rotating Bending Fatigue TestS-ofTungsten Carbides-Cobalt Cemented Carbides

2225. Akiro Hara and Shuji Yazu, Nippon Kinzoku Gakkai-Si 32 (1),61-6 (1968): On the Strength Recovery Phenomenä byAnnealing Cemented (Tungsten) Carbides ContainingCracks

2226. Z. Hashin, J.Comp.Mater.2 (3), 284-300 (1968): Assessmentof the Self Conslstant Scheme Approximation:Conductivity of Partic~ate Composites

2227. B.S. HilI, SC-DR-68-295 (1968): Samaria-Tungsten CermetImpact Tests

- 119 -

2228. R.H. Hiltz, U.S. Patent 3,410,145 (1968): Coating ofRefractory Metals with Metal Modified Oxides

2229. I.S. Hirschhorn, AED-Conf. 1968-080-047: Scel1ementsCeramique=Metal

2230. A. Hivert, Soc.Franc.C~ram. 80, 93-109 (1968): Some BasieAspects of Metal Rein?örcement by aCeramie Phase

2231. J. Hohenstein, J.Vacuum Sci.Technol. 5 (2), 65-6 (1968):Cermet Resistors by Concurrent-rf and dc Sputtering

2232. A.N. Holden (ed): High Temperature Nuclear Fuels (Gordonand Breach, New York, 1968)

223J. A.N. Holden, Dispersion Fue1 Elements (Gordon and Breach,New York, 1968), 1-11: Introduction and History12-31: Dispersion Fuel Theory; 32-55: FabricationProcesses; 56-79: Aluminum Base Dispersion Fuel;80-98: Stain1ess Steel Base Dispersions; 99-127:Graphite Base Dispersion Fue1; 128-151: Oxide BaseDispersion Fue1; 152-183: Refractory Metal andOther Dispersion Systems; 184-218: Effects ofRadiation on Dispersion Fuels; 229-250: Metallographyand Examination of Dispersion ~llels

2234. H. Holleck, J.Nuc1.Mater. 28, 339-40 (1968): TernaryCarbides in the Sys1em U-M-C

2235. V.R. Howes, Corrosion Sei. 8, 221-4 (1968): Observationsof the MetallOxide Interface for Fe-Cr A110ys

2236. H. Hübner K. Janner, M. Peehs and H. Stehle, EUR-4210 f,e(1968), 711-20: A Low Swe11ing, Oxide FueledThermionic Emitter

2237. J.J. Huet and J. Vangeel, EUR-4210 f,e (1968), 731-47:High Temperature Compatibility of Refractory Metalsin Contact with Refractory Materials

2238. D.R. James, paper: AlME Meeting, New York 1968~ J.Meta1s 20~

112A (1968): Acoustic Emission by a Metal-Matrix -Composi te

2239. w. Jel1inghaus, Arch.Eisenhüttenwes. 39, 705-18 (1968):Powder Metallurgical Investiga1Ions on the TernarySystems Fe-W-C and Fe-Mo-C

2240. A. Jesse und G. Ondracek, Microscope 16, 115-21 (1968):Application of Quantitative Areä Analysis toComposites

2~1. A. Jesse und G. Ondracek, Vortrag: Metallographie-Ta6~g,

Gießen 1968: Stereometrische Gefügemessungen ankeramischen Proben und Cermets

2242. A. Jesse und G. Ondracek, Vortrag: Deutsche KeramischeGes., WÜTzburg 1968: Präparative Untersuchungensowie qualitative und quantitative Gefügeauswertungvon Verbundstoffen mit keramischer und metallischerPhase

2243. G.H. Johnson (ed.), Cerarnic-Meta1 Systems and EnamelBib1iography and Abstracts-1967 (Am.Ceram.Soc.,Columbus, 1968)

2244. R.B. Kaplan and F.A. Glanski, paper: Am.Ceram.Soc., Pasadena 1968: High Temperature Ceramic:CompositesFabricated by Chemica1 Vapor Deposition Techniques

2245. E.S. Karabozov et al., Fiz.Chim.Obr.Mat. (1968), Nr.3,123-9: Schweißverbindung Nb-A1203

2246. J.A. Kaschta1jan et al., Poroschkovaja Met. ~ (3), 91-3(1968): Elastische Eigenschaften von Eisen-GlasWerkstoffen

- 120 -

2247. R. Kleffer und E. Eipe1tauer, Vortrag: Deutsche keram.Ges., Baden-Baden 1968: Neue Entwicklungen auf demGebiete der Cermets

2248. S.S. Kiparisov, V.K. Narva and V.L. Rodionov, Izv.VUZ Tsvetnaya Met. (1968), No.6, 126-30: Producing CermetsBased on Titanium Carbide with a Binder of AlloySteel by the Impregnation Method

2249. K. Kirner, Bosch Techn. Ber. 2, 220-6 (1968): Plasmagespritzte, elektrisch isolierende Keramikschichten

2250. R.W. Knight, J. Binns and G.M. Adamson jr., ORNL-4242(1968): Fabrication Procedures for ManufacturingHigh Flux Isotope Reactor Fuel Elements

2251. I.Ya. Kondratov and I.A. Podchernyaeva, Trans.Sci.Conf.Asp.Labor.Naukova Dumka (Kiew, 1968), 137-43: Thermoemission of A110ys of Tungsten with Rare EarthElements

2252. M.S. Koval'chenko and N.N. Sereda, Sov.Powder Met.MetalCeram. (1968), No.l, 13-22: Sintering of TitaniumCarbide Base Cermets

2253. R.D. Kremith, J.W. Rosenbery and V. Hopkins, paper: Ceramic Metal Systems, Forth Worth 1968 (Abstr.20-C68F): Plasma Sprayed High Temperature Solid LAbricant Coatings

2254. T. Kubota, S. Takahashi, Y. HQnda et al., J.Atomic EnergySoc.Japan 10 02), 678 \1968): Behavior of BismuthBonding between Powder Compacted Ceramic Fue1 andCladding

2255.• T. Kubota, I. Komine and S. Takahashi, J.Atomic Energy Soc.Japan 10 (7), 384-9 (1968): Behavior of Dy?03 Dispersions in-W, Zr0 2 and U02 at High Temperatures

2256. I.S. Kulikov, G.M. Matveev, B.L. Rudoi and M.K. Shorshorov,Fiz.Khim.Obrab.Mater. (1968), No.4, 118-24: Choice ofOxide Phases for the Dispersion Hardening of MetaIBase Composite

2257. J .B. Lambert, U. S. Patent 3,415,640 (1968): Process fOl:·Making Dispersions of Particulate Oxides in Metal

2258. J.D.B. Lambert, in: High Temperature Nuclear.Fuels V.42,237-54 (1968): Irradiation Study of UO?-Stain1essStee1 and (Pu, U)O?-Stainless Stee1 Cermet Fuels inRod and Plate Geometry

2259. P. Lanaspeze and H. Tannellberger, EUR-3614 (1968): Searchfor aCeramie Crucible Material for Uranium Smelting

2260. A.S. Lautsyuo, Yu.A. Meshkuotis, V.B. To1utis and A.F.Chyapas, Materia1y I Respublik.Konf. (AN Litovskoi SSR, Vil'

nyus, 1968), 66-7: Thin Films in the System Cr-SiO2261. B. Lehtinen, J .Sci .Instr. 1, 673-4 (1968): The Thinning of

WC-Co Hard Metals to-Electron Transparancy by Electropolishing

2262. R. Linder, BMwF-FB K 68-35 (1968): Verhalten von Kernreaktorbrennstoffen bei höheren Temperaturen

2263. L.A. Lucare11i and D.W. Link, Paper: Ceramic Metal Systems,Fort Worth 1968 (Abstr.23-C-68F): Re-Entry Simulationwith Thermal and Mechanica1 Stresses for CeramicMetal Systems

2264. S.B. Luyckx, Acta Met. 16, 535-44 (1968): MicroscopicA$pects of Fractur-e in WC-Co Alloys

- 121 -

2265. S.N. L'vov, P.I. Mal'ko and V.F. Nemchenko, Porosh.Met.Akad.Nauk Ukr.SSR (1968), No.8, 100-2: Installationfor Determining the Temperature Dependence of Resistivity over the Temperature Range from 300 to 2500 °K

2266. W. Mader und K. Müller, Vortrag: 2.Europ.Symp.Pulvermet.,Stuttgart 1968, Ber.Nr.7.ll: Bestimmung und Vergleichvon Gefügeparametern bei Hartmetall-tegierungen überelektronenmikroskopische und lichmikroskopische Aufnahmen

2267. C.R. Manning and R.F. stoops, J.Am.Ceram.$oc.5l, 411-5,415-9 (1968): High Temperature Cermets.-r. CompatibHity; II:. Wetting and Fabrication

2268. L.h. Mansfield, Iron and Steel 41 (2), 545-7 (1968): MetalBased Composite Materials--

2269. R.Morowska and J. Ma1inowski, Vacuum 18 (9), 515 (1968):Preparation of Cermet Thin Films by E1ectron-Bombardment Evaporation

2270. K. Miyakee, Y. Fujiwara and K. Nishigaki, Nippon KinzokuGakkaishi 32, 1128-31 (1968): On the Fatigue of WOCo A1loys --

2271. A. Miyoshi, A. Hara and Y. Sugimoto, Sumitomo Elec.Tech.Rev.11, 120-3 (1968): Investigation of Cracks Around Vickers Hardness Indentation in Cemented Carbides

2272. F.R.N. Nabarro and S.B. Luyckx, Proc.lnt.Conf. on Strengthof Metals and Al10ys (Japan Inst.Met., Tokyo, 1968),374-7: The Thepry of the Strength of Tungsten CarbideCobalt Compacts

2273. S. Nazare und G. Ondracek, Vortrag: Deutsche Keram.Gas.,Baden-Baden 1968: Zur thermischen Ausdehnung vonCermets

2274. B.P. Nichiporenko, A.]). Osipov, V.I. Zmii, A.F.Korzhavyiand N.S. Po1tavtsev, Temperature-Stable ProtectiveCoatings (Nauka Press, Leningrad, 1968),Effect of Conditions of the Preparation of Si1icideLayers on Molybdenum on some of their Properties

2275. M. Nichola~ J.Mater.Sci. 3, 571-6 (1968): The Strength ofMetal/Alumina Inter?aces

2276. M. Nicholas, R.R.D. Forgan and D.M. Poole, J.Mater.Sci. 3,9-14 (1968): The Adhesion of Metal/A1umina Interfaces

2277. J .M.Nijpjes, Vortrag:6.Plansee-Seminar, Reutte/Tü'ol 1968:Zr02-Coatings on Nimonic A110ys

2278. G.C.E. 01ds, Metals and Ceramics (Oliver and Boyd, Edinburgh, 1968)

2279. G. Ondracek, Vortrag: Metallographische UntersuchungsmethodenII:, Techn.Akad., Ess1ingen 1968: Gefügeanalyse mitHilfe des Quantimet-E1ektronenrecrülers

2280. G. Ondracek, B. Leder und C. Politis, Prakt.Metallogr. 5,71-84 (1968); KFK-740 (1968): Quantitative Schlif?präparation bei Metall-Keramik-Kombinationen

2281. G. Ondracek und U. Ludwig, Prakt.Metallogr. 5, 369-75 (196$:Veränderungen im Oberflächenbereich me~allographischpräparierter Proben

2282. G. Ondracek und E. Patrassi, Ber.Dtsch.Keram.Ges. 45, 61721 (1968): Die instabile Cermetkombination Trruranoktaoxid-A1uminium. II:. Reaktionsverhalten und Eigenschaften von U30S-Al-Cermets

2283. G. Ondracek und B. Schulz, Ber.Dtsch.Keram.Ges. 45, 509-13(1968): Die instabile Cermetkombination TrIüranoktaoxid-AluminIum. I. Technologie von U308-Al-Cermets

- 122 -

2284. G. Ondracek und B. Schulz, Vortrag: Deutsche Ges.Metallkunde, Hannover 1968: Zur Leitfähigkeit von Cermets

2285. G. Ondracek und F. ThÜIDmler, Vortrag: 2.Int.Europ.Symp.Pulvermet., Stuttgart 1968, Ber.Nr.5.l: Untersuchungen an stabilen und instabilen Dispersionen aus Uranverbindungen und Metallen

2286. V.C. Pearson, ANL-7477 (1968): Developments in the Elimination of Boron Loss from Uranium Dioxide-StainlessSteel Dispersion Fuel Plates for the Argonne AdvancedResearch Mark 1 Core

2287. D. Peckner, Materials Engng 67 (5), 37-9 (1968): TiC-MoCermets Resist Heat anOlWear

2288. G. Person, Nature 218, 159-60 (1968): Thin Foils of WC-CoHard Metals ---

2289. W. Peter, E. Kohlhaas und A. Fischer, Prakt.Metallogr. 5,~15-23 (1968): Verfahren zur Probenpräparation vonhartmetallen für elektronenmikroskopische Aufnahmen

22'90. G. Petzow, N. Claussen und H.E. Exner, Z.Metallkde 59, 1709 (1968): Aufbau und Eigenschaften von CermetS-

2291. K.E.~. Pitt and A.J. Howard, Vacuum 18 (9), 517-8 (1968):The Nature of Residual Gases During the Depositionof Resistive Thin Films

2292. L.P. Pons, P. Coster et K. Desehanvres, rapport: 2.Europ.Symp.Pulvermet., ,Stuttgart 1968, Ber.Nr.7.4: Surcertains h~t~rogenites de strueture ~e~ composesWC-Co soumis Ades pressions tr~s ~leves

2293. S.I. Radu, C. Zamfirescu and O. Perva, Cere.Met. 10, 38548 (1968): Sintering with Liquid Phase in tne SystemWC-Co

2294. W.A. Ranken, M.C. Channey and A.J. Patrick, EUR-4210 f,e(1968), 410-5: Retention of Fission Gases in theUO? Phase of Mo-U02Cermets Irradiated at High Temperatures

2295. J. Rezek and B.G. Childs, J.Nucl.Mater. 26, 285-99 (1968):Properties and Structure of Zr-Y0 2-nispersions

2296. R.C. Rossi, J.Am.Ceram.Soe. 51, 433- (1968): Predietionof the Elastic Moduli O? Composites

2297. A. Rouanet, Compt.Rend. C 267 (23), 1581- (1968): Diagrammes de solidification et diagrammes de phasesde haute temperature des syst~mes zireone-oxyded'erbium, zircone-oxyde d'yttrium et zircone-oxyded'yterbium

2298. K.K. Rybaltschenko, in: M.K. Rybaltschenko (ed.), Pulvermetallurgie in der modernen Technik (Nauka, Moskau,1968), 53-63: Thermal Stability of Refractory Cermet Materials and Thermal Insulation Coatings

2299. N.N. Rykalin, I.D. Kulagin, V.V. Kudinov and E.K. Sinolitsyn, Temperature-Stable Protective Coatings (Nauka, Lenin-

grad, 1968), : Methods of Raising the Qualityof Metallized Ceramic Coatings

2300. A.A. Ryzhkin, Stanki i Instrument 39 (6), 26-8 (1968):Whole Hard-Alloy Drills for Machining Heat-Res~ant

Steels

2301. A.D. Saamishivli, Trudy Gruz.Politekhn.lnst. (1968), No.7,199-205: Diffusion of the Components of a CarbideTool into Nickel Creep Resistant Alloys

- 123 -

2302. !. Sa~ai and Z. Rara, Scisan-Kenkyu 20, 367-9 (1968):Flash Resistance Sintering in Jre-Al203

230" G.V. Samsonov et al., Porosh.Met. 8 (11), 42-8 (1968):Wetting of Refractory Carbides by Liquid Metals

2304. A.P. Savicky und L.S. Marcunova, lzv.Vysch.Utsch.Zaved.Fiz.11 (5), 157-9 (1968): Sinterung von AI-CuO-Körpernund Reduktion des Oxids

2305. R.A. Schapery, J.Compos.Mater. 2, 380-404 (1968): ThermalExpansion Coefficients of-Composite Materials Basedon Energy Principle

2306. R. Schenck,N.G.Schmahl und H.Kuepperbusch, Forschungsber.Landes Nordrhein-Westfalen Nr. 1938 (1968): Erzeugungund Verhalten festhaftender Oxydschichten auf metallischen Werkstoffen

2307. E.U. Schluender, Wärme- und Stoffübertrag. 1 (3), 153(1968): Reat Transfer in Packed.Beds-

2308. ~. Schmidt, G. Ondracek and E. Gebhardt, EUR-4210 f,e Q968h773-82: Cermets as Material for Thermionic Emitters

23D9. R. Schneider und D. Schönwald, K~~-787/EUR-3959 d (1968):Die Abscheidung von Chrom auf U02- und A1 203-Kugelnaus der Gasphase

2310. R. Schneider and D. Schönwald, MLM-1508 (1968): The Deposition of Mo on Zr02 and U02

2311. R. Scholze (Salmang/Scholze), ~ie physikalischen und chemischen Grundlagen der Keramik (5.Aufl., Springer,Berlin, 1968)

2312. D.R. Schuyler and T.G. Gregory, LA-DC-9616 (1968): TheMetallographie Examination of U02-Mo Cermet Fuels

2313. N.N. Sereda and M.S. Koval 'chenko, VortI'ag: 2.Europ.Symp.Pulvermet •• Stuttgart 1968. Ber.Nr.5.4; Poroshk.Met.(1968), No.lO, 88-92: Character of Fractures inTitanium Carbide-Base Cermets

2314. I.N. Sheenko, Svar.Proizv. (1968), No.?, 10-1: Hardfacingwith Cermet and Changes in Structure and Rardness ofthe vVhite Diffusion Layer

2315. p.F. Sikora and A.C. Millunzi, NASA-TM-X-1563 (1968): RotIsostatic Compaction of Tungsten-Uranium DioxideFuels with High-Volume Fraction of Uranium Dioxide

2316. A.K. Smalley, paper: Am.Ceram.Soc., Pasadena 1968: Deposition of A1203

by CVD on a Righ-Tantalum Alloy2317. A.K. Smalley, paper, Am.Ceram.Soc., Chicago 1968 (Ref.

18-C-68): Application of Al?03 Coatings by ChemicalVapor Deposition onto a Tanta~um Alloy

2318. J.T. Smith and J.D. Wood, Trans.AlME 242, 1181-2 (1968):~ispersed-ParticleDeformation rn-WC-Co Alloys

2319. R.A. Smith, E.O. Spidel and D.E. Kizer, BMI-1824 (1968):Factors Controlling the Growth of Cermets DuringThermal Cycling

2320. R.F. Snowball and D.R. Milner, Powder Met. 11 (21), 23-40(1968): Densification Processes in th€iTungstenCarbide-Cobalt System

232~. T.D. de Souza-Santos et al., Metallurgia ARM 24, 295-9(1968':Fuel Elements Raving Multiple Cermets

2322. E.O. Sp~idel, D.E. Kizer and D.L. Keller, BMl~1842 (1968):Preparation and Properties of U02' UN and UC CermetFuels

2323. C.A. Spindt, J.Appl.Phys. 39, 3504-5 (1968): Mo-Al203Emission Cathode

- 124 -

2324. R.E. Stapleton and R.J. Towner, Bull.Am.Ceram.Soe. 47,560-1 (1968): Hot-Pressed Alumina-Niobium GraaedComposites

2325. M.A. Stett and R.M. Fulrath, J.Am.Ceram.Soe. 51, 599-600(1968): Strengthening by Chemieal Bonding in BrittleMatrix

2326. J.J. Stiglieh, AMlffiC-MS-68-04 (1968): A Survey of PotentialCeramic Armor Materials

2327. H.E.N. Stone, Mater.Sei.Eng. 2, 280-1 (1968): Shrinkage andCavitation inthe Sintering of Cr-Cr203-Cermets

2328. I.M. Storozhevsky, Sov.Powder Met.Metal.Ceram. (1968), No.5,409-13: Some Problems in Modelling a Porous Body

2329. A. Stowa, ASM Bibliography No.B89-26 (1968): Cermets andCemented Carbides (1966-July 1968)

2330. G. Strohmeier, K. Sedlatschek und E. Pipitz, Erzmetall 21,51-7 (1968): Sinterwerkstoffe hoher Beständigkeit-gegen Metallschmelzen

2331. T. Sugita, M. Furnkawa and H. Yasui, Funtai Oyobi Funmatsuyakin 15 (5), 227-32; 233-9 (1968): Friction andWear Behavior of Ceramies Cemented Carbide Couples

2332. K.C. Sumpter, paper: Met.Soc.AIME, Detroit 1968: A PrimaryStudy on the Compressive Properties of CompositeNuelear Fuel Plates

2333. V.M. Surin, A.N. Maslov, V.S. Sokolov und G.A. Danilov,Pribory i Tekhnika Eksperimenta (1968), Nr·5, 227:Vakuum-Verdampfung von U02, Np02' Am02 und Cm02 zurHerstellung dünner Schichten für nukleare Untersuchungen

2334. W.H. Sutton, paper: Ceramie-Metal Systems, Fort Worth 1968(Abstr. 2-C-68F): Wetting, Bonding and Chernical Reaetions in Ceramie-Metal Composites

2335. Hisashi Suzuki and Kozi Hayashi, J.Japan Soe.Powder Met. 15(1), 369-11 (1968): High-Strength Tungsten Carbide--10 % Cobalt

233~ W.A. Tatern, paper: Cerarnic-Metal Systems, Fort Worth 1968(Abstr. 25-C-68F): Wear Resistant Plasma SprayedCoatings in lndustry

2337. T.R. Tauchert, J.Cornpos.Mater. 2, 478-86 (1968): ThermalStresses at Spherieal IneYusions in Uniform Heat Flow

2338. H.R. Thornton, J.Compos.Mater. 2, 32-42 (1968): Fabrieationof Metal Matrix Composite-Materials

233~ T.L. To1bert, Am.Soe.Test.Mat. EM-68-128 (1968): High Performance Composites

2340. V.I. Tumanov, E.A. Shchetilina, S.M. Filmanova and 0.1.Serebro, 1zv.Akad.Nauk SSSR, Metal (1968), No.8, 152-9:

The Structure and Physieal-Mechanieal Properties ofCast and Sintered WC-Co Alloys

2341. R.F. Tylecote, We1d.Metal Fabr. 36 (2), 61-73 (1968):Diffusion Bonding.TII. Ni, ~, Zr, Nb, Ti, W, Ta andCermets

2342. J.Valovic, N1JS-R-526 (1968): Dependence of Density on Parameters of Compression

2343' N.D. Veigel et al. NASA-CR-12404 (1968): Chemical VaporDeposition of Cr on ThO?

2344. V.K. Vitrynayuk and V.B. Ordenko, Sov.Powder Met.Meta1Ceram. (1968), No.l, 23-9: Classification of Methodsand Processes for the Manufacture of High-PorositySintered Materials. I.

- 125 -

2345. D. Vo11ath, KFK-762/EUR-3952 d (1968): Vertr.äg1ichkeithochschmelzender Metalle mit Urandioxid

2346. R. Warren, J.Mater.Sci. 3, 471-85 (1968): Microstructura1Deve10pment during-the Liquid-Phase Sintering of TwoPhase Al10ys with Special Reference to the NbC-CoSystem

2347. J.F. Wi11iford jr., Ceram.Age 84 (12), 28-33 (1968): HERFDensifies Ceramies, Cermets and Composites

2348. K. WDtz, KFK-836 (1968): Thermal Diffusion in Nuc1earReactor Fue1s

2349. J.C. Withers and E.F. Abrams, P1ating 55, 605-11 (1968):E1ectroforming of Composites --

2350. A.K. Wong and J. Brown, An-68 1920; AMMRC-TR-68-17 (1968):Titanium Carbide Content on Erosion in Cermet RocketNozz1e

235i. L. Yang and R.G. Hudson, EUR-4210 f,e (1968), 576-87: Fue1and Fission Product Transport through Chemica11yVapor-Deposited Fluoride Tungsten

2352. B.M. Zakharov and M.G. Trofimov, Temperature-Stab1e Pro-tective Coatings (Nauka, Leningrad, 1968), :Erosion-Resistant Coatings made of Tungsten Carbideand Tungsten Cobalt Carbide

2353. V.A. Zhi1in and V.M. Druzhinin, Sov.Powder Met.Meta1.Ceram.(1968), No.6, 488-91: Effect of Heating Temperatureon Properties of Hard-A11oy Cutting P1ates

1969

2354' G. Abate-Daga et I. Amato, rapport: Journees M~t. d'Automne,Soc.Franc.Met., Paris 1969: Preparation et characterisation d'un cermet U02-Mo

2355· R.J. Ackermann, E.G. Rauh and M.S. Chandrasekhariah, J.Phys.Chem. 73, 762-9 (1969): Thermodynamic Study of theSystemu02-U

2356. D.W. Adams and T.J. Moore, NASA-TM-X-1815 (1969): Brazingof U02-W Joints

2357· G.M. Adamson, ORNL-4420, 222-40; ORNL-4440 (1969), 192-215:Deve10pment of Fuel Element Fabrication

2358· G.M. Adamson and W.R. Martin, ORNL-4470 (1969), 94-111:Fue1 Element Fabrication Method

2359. L~M. Anishenko, Tsvet.Meta11y (1969), No.2, 86-8: Temperature Dependenee of the Thermal Conductivity of HardA110ys

2360. Anon., AD-695 046; DMIC-M-234 (1969): Meta1-Matrix Composi tes

2361. Anon., E1ectronics 42, 141-2 (1969): These Pots are notDrift1ess but~hey Drift 1ess

2362. Anon., E1ectronics 42, 185-6 (1969): Thick-film ic is totald-a converter-

2363· Anon., Mater. Eng. 70, 31 (Oct.1969): Comparisons of Materials; Me1ting-Points of Metals and Cerarnics

2364. Anon., Mater. Eng. 70, 44-5 (Nov.1969): Materials towardsthe Year 2000-

2365· Anon., Mater. Eng. 70, 298-300 (Oct.1969): Properties ofMaterials; ReTFactory Ceramies and Cermets

- 126 -

2366. Anon., ORNL-4270 (1969), Vol.1, rev.: Bibliography of theTechnical Literature of the Metals and Ceramics Division for the Period 1948 thIOugh 1968

2367. Anon., Reactor Mat. 11, 253-61 (Winter 1968-69): SpecialFabrication TeCEni~ues. Review of Fabrication Techni~ues for Cermets

2368. Anon., Reactor Mat. 12, 1-15 (Spring 1969): Fuel and FertileMaterials --

2369. Anon., WeId. Eng. 54 (6), 48-9 (1969): New Electric ProcessJoins Glass~o Metals

2370. Anon., West.Mach.Steel World 60 (6), 20-3, 35 (1969): Manufacturers to Order Properties - Not Materials (Res.and Dev. on New Products and Materials)

2371. A.Ya. Artamonov, A.M. Lemeshko and L.M. Murzin, Poroshk.Met.(1969), No.9, 95-100: Choice of Optimum Conditions forthe Electro-Erosion Machining of Chromium-Carbide BaseMaterial

2372. A.l. Avgustinik, G.I. Zhuralev and I.A. Matusov, Zh.Prikl.Khim. 42 (1), 62-7 (1969): Reaction of A1203 Meltwith Tantalum, Molybdenum, and Niobium

2373. M.M. Babich, Poroshk.Met. (1969), No.2, 100-4: Butt Weldingof Hard-Al1oy Cermet Parts

2374. M.M. Babich, A.F. Lisovsky, and N.B. Lisovskaya, Poroshk.Met. (1969), No.3, 96-100: Low-Temperature Oxidationof Hard-Alloy Mixtures

2375. L.L. Ball and D.W. Sheibley, NASA-TM-X-1872 (1969): Postirradiation Analysis of High-Temperature, Low-BurnupTungsten-Uranium Dioxide Test Plates

2376. H.N. Barr and F.T. Princiotta, paper: Am.Ceram.Soc., 22ndCoast Regional Meeting, Seatt1e 1969: Metal Impragnated Ceramie Foam Composites for Radioisotope Generator Systems

2377. S. Barron, Am.Ceram.Soc.Bull. 48, 770-4 (1969): Thermocouple Cermets for Nucleär Rocket Engine Nozzles

2378. W.G. Baxter and W.C. Kuhlmann, GEMP-I013 (1969), 339-48:Fast Breeder Reactor Thermocouple Development

2379. M. Ben-Amoz, Int.J.Engng Sei 7 (10), 999-1010 (1969): TheEffective Wave Veloeities of Heterogeneous Materials

2380. R. Benz, J.Nucl.Mater. 29, 43-9 (1969): Th-Th02 Phase E~ui-libria --

2381. O.R. Bergmann, U.S. Patent 3,459,515 (1969): Cermets of Aluminum with Titanium Carbide and Titanium and Zirconium Borides

2382. P. Beucherie et M. Block, EUR-4398f (1969): Revetement departicules fissiles par pulverisation par plasma induct1f haute fr~~uence

238~ J. Beynon and K. Head, Vacuum 19, 82 (1969): Compositionof Chromium-Silicon MonoXIde Cermet Resistors

2384. P.H.H. Bishop and K.F. Rogers, RAE-TR-69 053 (1969): Predicting the Behaviour of Material Systems by Fittinga Theoretical Model to Observation

2385. L. Boginskii, Planseeber. Pulvermet. 17, 225-36 (1969):New Trends in the Impulse PressIng of Powders

2386. L.J. Bonis and R. Gierson, U.S. Patent 3,460,971 (1969):Method for Production of Composite Materials andArticles Produced Therebye

- 127 -

2387. J. Bratspies and J.D. Wood, paper: Fall Meeting Met.Soc.AlME, Philadelphia 1969: Elevated-Temperature andStrain-Rate Effects on the Strength of Tungsten Carbide-Cobalt Alloys

2388. J. Bratspies and J.D. Wood, paper: Fall Meeting Met.Soc.AlME, Philadelphia 1969: Tungsten Carbide-CobaltAlloys in Bending - The Effect of Strain Rate andTemperature

2389. L.J. Broutman, T. Koboyashi and D. Carrillo, J.Compos.Mater.3, 702-4 (1969): Determination of Fracture Sites inComposite Materials with Liquid Crystals

2390. J.B. Brown and V.W. Storhok, Reactor Fuel Process. (Spring1969), 134-50: Postoperative Studies of PM-l and PM3A Fuel Tubes

2391. T.W. Butler, Meta11ogr. 2, 289-92 (1969): An lnvestigationof Particle Size Analysis as Applied to WC-Co

2392· T.W. Butler, PB-18 306. NYO-2394-35. TR-35 (1969): A FurtherLook at WC-Co from the Continuum Viewpoint

2393. J.A. Champion, B.J. Keene and J.M. Sillwood, J.Mater.Sci.4 (10), 39-49 (1969): Wetting of Aluminum Oxide byMolten Aluminum and other Metals

2394. A.T. Chapman, G.W. Clark and D.E. Hendrix, paper: Am.Ceram.Soc., Washington 1969 (Ref. I-N-69): UO,-W CermetsProduced by Unidirectional Solidification

239> I.N. Chaporova, L.E. Pivovarov, V.A. Ivensen, O.N. Eiduk,T.A. Sultanyan, V.A. Varaksina, R~F. Korotkova and V.A.Chistyakova, Poroshk.Met. (1969), No.5, 63-8: lnvestigation

of Changes in the Structure of WC-Co Alloys atPlastic Deformation

239& V. Cherkh and I. Kraus, CONF-660 915 (1969), Vol.2, 159-70:Stresses in Sintered WC-Co

2397. V. Coen, H. Hausner, H. Kolbe and D. Quataert, in: O.L.Kruger (ed.), Ceramic Nuclear Fuels (Am.Ceram.Soc.,Columbus, 1969), 147-55: Interaction between UraniumCarbide and Refractory Metals

239~ J.F. Collins, GEMP-741 (1969); GE-NSR, GEMP-IOll (1969),82-6: Refractory Metal Fuel Element Research

239~ J.F. Collins and D.L. Newsom, GEMP-I013 (1969), 43-51:Refractory Metal Fuel Element Research

240~ J.F. Collins and D.L. Newsom, GEMP-I013 (1969), 149-65:Testing and Evaluation of 710 Reactor Program inPile Test Specimens

2401. M. Coster and A. Deschanvres, Compt.Rend. 29C, 221-3 (1969):Experimental Results of the Kinetics-of the Growth ofTungsten Carbide Crystals in the Presence of Cobalt

2402. E.D. Covington (ed.), lN-1335 (1969), 25-82: Reactor Fuelsand Materials Development

2403. G.M. Damson, ORNL-4342 (1969): Fabrication of U02-B4C-AlFuel Elements2404. R.W. Davidge, Contemp.Phys. 10 (2), 105-24 (1969): Mechani

cal Properties of Ceramic Materials2405. L.W. Davis and J.R. Long, paper: Am.Ceram.Soc., Ceramic

Metal Div., Cleveland 1969 (Abstr.19-C-69F): TitaniumMatriK Composite Development

2406. L.W. Davis and E.V. Summer, paper: Am.Ceram.Soc., NuclearDiv., Seattle 1969: State-of-the-Art for Metal MatrixComposites

- 128 -

24.07. W. Dawihl and E. Doerre, Powder 'Met. Int. 1 (1), 11-5 (1969):Adsorption Reactions of the Surfaces-of Powders, Sintered Metals and Oxides

24D8. W. Dawihl and E. KlingleI', Ber.Dtsch.Keram.Ges. 46, 12-8;Disk.321 (1969): Mechanische und thermische-Eigenschaften von Schweißverbindungen des A120~ mit Metal-len ./

2409. A.S. Demjantschuk, Zhur.Prikl.Spektrosk. 10, 550-3 (1969):Einfluß der Porosität auf die Analysenresultate beiCermets

2410. A.G. Dobrovol'sky, Poroshk.Met. (1969), No.2, 94-9: SlipCasting of an Zirconium Carbide-Tungsten Composite

2411. A. Dogu, G. Petitjean and A. Accary, J.Nucl.Mater. 30, 282-8(1969): Study of the Mechanism of the Fritting-Reaotion under Pressure

2412. H. Doi, Y. Fujiwara and K. Miyake, Trans.Met.Soo.AIME 245,1457-70 (1969): Mechanism of Plastio Deformation-andDislooation Damping of Cemented Carbides

2413. P.D. Donovah and B.R. Watson-Adams, Metals Mater. 3,(1969): Formation of Composite Materials by ~leetrodeposition

2414. N.F. Dow and B.W. Rosen, NASA-CR-1324 (1969): Zero ThermalExpansion Composites

2415. W. Dress and J.H. Grimmes, Brit. Patent 1,175,834 (1969):Improvement in or Relating to the Chemical Productionof Meta1-Containing Materials as Partieles or otherConfigurations

2416. E.C. Duderstadt, GEMP-682 (1969): Fission Transport Proeessesin Refractory Metal-Fuel Systems

2417. P. Ettmayer, H. Priemer 1h~d R. Kieffer, Metall 23, 307~10

(1969): Heuere Entwicklungen bei Hochtemperatur-Hoehdruck-Autoklaven für pulvermetallurgische Produkte,insbesondere Hartmetalle

2418. H.E. Exner, Trans.Met.Soe.AIME, 245, 671 (1969): The Inf1uenee of Sampie Preparation-on Palmqvist's Method forToughness Testing of Cemented Carbide

2419. J.M. Faekelmann, paper: Am.Ceram.Soe., 22nd Paeifie CoastRegional Meeting, Seattle 1969: Phase Equilibria inthe U-V-C and U-V-N Systems

2420. A.A. Fahmy and A.N. Ragai, paper: Am.Ceram.Soe., Washington1969 (Ref.2-JV-69): Hardness Deformation and Failureof Glass-Metal Composites

2421. V.N. Filimonenko, J. Gurland and M.H. Riehman, Metallogr.~,125-36 (1969): The Microstrueture of Eleetrie DisehargeMaohined WC-Co

2422. B. Fran20is and J.P. Stora, J.Nuel.Mat~r. 29, 302-14 (1969):Preparation and Thermal Conductivity-of U02 MetallioCeramies of Certain Texture

2423. D.N. Freneh, J.Am.Ceram.Soe. 52, 261-11; 211-5 (1969): xRay Stress Analysis of WO-Co Cermets. I. Procedures;H. Temperature Stresses

2424. D.N. French, Int.J.Powder Met. 5 (3), 41-60 (1969): TheMierostructure and Mieroproperties of WC-Co Alloys

2425. D.N. Freneh, Trans.Met.Soe.AIME 245, 2351-2 (1969): Residual Stresses and Craoking in WC-Co Alloys

2426. R.D. Freneh, M.H. Richman and A.P. Levitt, AD-700 121,AMMRC-TR-69-29 (1969): Interfacial1y Aetive Metalsin Metal-Ceramic Composites

- 129 -

2421· R.E. Fryxell, GEMP-1013 (1969), 15-41: High-TemperatureStudies of Uranium Based Fuels

2428. N. Fuhrmann, E. Gordon and R.B. Holden, U.S. Patent 3,429,699 (1969): High Loaded U0

2-ColumbiumCermets. High

Loaded U02-Niobium Cermets2429. H.T. Fullam, BNWL-1014 (1969): Cold Pressing of Aluminum

Rare Earth Oxide Composites2430. R.M. Pulrath, UCRL-19 023 (1969): Ceramic-Metal Adhesion2431. 0. Gautsch and E. Ruedel, J.Nucl.Mater. 32, 290-8 (1969):

On the Protection of U02' U and UC-oy Metal Filmsagainst Fission Induced Losses of Uranium

2432. Yu.D. Gerasimov, R.V. Rybal'chenko, A.L. Lunts and B.N.Anders, Poroshk.Met. (1969), No.4, 14-85: Use of Mathemati

cal Analysis in Detecting Relationships betweenManufactured Parts and the Quality of the OriginalMaterials, Using Alloy T17K6 as an Example

2433. A. Gilpin, Dictionary of Fuel Technology (Butterworths,London, 1969)

2434. o. Götzmann, KFK-985 (1969), 135-59: Verträ·glichkeit vonHüllmaterialien mit Kernbrennstoffen

2435. o. Götzmann und F. Thümmler, in: F.Benesovsky, Hochtemperatur-Werkstoffe (MetalIwerk Plansee, Reutte/Tirol,1969), 439-66: Wechselwirkungen von möglichen Hül1werkstoffen des schnellen Brüters mit UN und U02

2436. Ya.G. Gorodetsky and V.S. Tsikalenko, Poroshk.Met. (1969),No.4, 90-5: Method of Determining the Economic Efficiency of the Cermet Industry

2437. B.G. Gurevich, N.G. Morozova, V.G. Sobolev, I.D. Radomysel'sky and N.N. Klimenko, Poroshk.Met. (1969), No.9, 87-92:

Experience in the Heat Treatment of Metal10ceramicParts of Complex Form

2438. J. Gurland, AD-699 187; ARPA-E70 (1969): Microstructural Aspe~

of Strength and Hardness of Cemented Tungsten Carbide2439. E.A. Guzewics, U.S. Patent 3,427,698 (1969): Rocket Nozzle

2440. T. Hachisuka, T. Nishimura and M. Kondo, Trans.Jap.lnst.Met. 10, 271-6 (1969): The Role of Molybdenum in theOxidatron of TiC-Ni-Mo Alloys

2441. A.S. Halpern, TI.S. Patent 3,457,637 (1969): Method forTrimming Cermet Resistors

2442. A. Hara, T. Nishikawa and S. Yazu, Sumitomo Denki (March1969), No.99, 98-110: Electron Microscope Observationof Fracture Surfaces of WC-Co Cemented Carbides

2443. A. Hara, T. Nishikawa and S. Yazu, Sumitomo Denki (July1969), No.lOO, 136-43: Rotating Bending Fatigue Testsof WC-Co Cemented Carbides

2444. D.P.H. Hasselman, J.Am.Ceram.Soc. 22, 457 (1969): GriffithFlaws and the Effect of Porosity on Tensile Strengthof Brittle Ceramics

2445. H.M. Haydt, J.D.T. Cappocchi, S.H.L. Cintra and E.F. GentileMetallurgia (Sao Paulo) 25, 111-7 (1969): PreliminaryNote on the Properties ana StructuI'e of Thoria-BaseDispersions

2446. K. Head, Thin Solid Films 4, 153-10 (1969): The Developmentof Cermets - Vacuum ~eposited Materials of High Resistivity

- 130 -

2447. J.M. Hendrie, K.C. Hoffman, H.J.C. Kouts, R.J. Parsick, J.p.Phelps, G.A. Price, M. Rich, H. Takahashi and H.H. Windsor,

BNL-13 208 (1969): Brookhaven Pulsed Fast ResearchReactor

2448. J.J!'. Henrickson, G. Kraus, R.N. Tauber and J.D. Sharp, J.Appl.Phys. 40, 5006-14 (1969): Structure and Properties of Spultered Ta-Al203 Cermet Thin Films

2449. R.F. Hilbert et al., BMI-1875 (1969), 18-22: Progress onHigh-Temperature Fuels Technology During August throughOctober 1969

2450. E. Hillnhagen an d J. Willbrand, Prakt.Metallogr. 6, 135-44(1969): stereometrische Elektronenmikroskople an WCCo-Legierungen

2451. D.W. Hobbs, Nature 222 (5196), 849-51 (1969): Bulk ModulusShrinkage and~ermal Expansion of Two-Phase Material

2452· P. Hofmann, F. ThümWler und H. Wedemeyer, KFK-979/EUR-3967d(1969): Vertraglichkeitsuntersuchungen mit simulierten Spaltprodukten an nicht-rostendem Stahl und Molybdän mit und ohne Gegenwart von U02

2453. H. Holleck, KFK-IOll (1969): Ternary Uranium-TransitionMetal-Nitrides

2454. S. F. Hulbert, J.Brit.Ceram.Soc. 6, 11-20 (1969): SolidState Reactions in Powdered-Compacts (A ReView)

2455. H.Y. Hunsicker, Trans.Met.Soc.AIME 245, 29-42 (1969): Graphie Method for Analysis of ~Deformation and Effectsof Directional Properties (Composites)

2456. V.S. Ivanova et al., Metalloved.Term.Obr.Met. (1969), No.5,32-4: Outlook for Composites

2457. S. Janes und J. Nixdorf, Ber.Deut.Keram.Ges. 46, 60-4 (196~:

Herstellung dichter Formkorper aus Karbiden, Boriden,Nitriden, Siliziden, Oxiden und Cermets durch Drucksintern

2458. A. Jesse, Diss. Universität Karlsruhe 1969: Untersuchungenan den stabilen Dispersionen UA1

4-Alund U02-Cu

2459. A. Jesse, in: G.Ondracek (com~1 Bildanalyse mit dem Quantimet (KFK-845 (1969 », Bei trag Nr.5: Zur quanti tativen Schliffpräparation und quantitativen Gefügeanalyse von Cermets

2460. A. Jesse und G. Ondracek, in: G.Ondracek (com~1 Bildanalysemi t dem Quantimet (KFK-845 (1969», Beitrag Nr.6: stereometrische Gefügeanalyse mit Universal-Mikroskopund Quantimet

2461. A. Jesse und G. Ondracek, Vortrag: Quantimet-Kolloquium,Frankfurt 1969: Zur Anwendung des Quantimets bei derUntersuchung von Materialien der Kerntechnik

2462. J. Johansson, G. Persson and R. Hiltscher, in: Recent Material Development in Powder Metallurgy (Deut.Akad.Wiss.,~resden, 1969), Vol.2, 36.1-19: Determination of Staticand Fati~e Strength of Hard Me~als

2463. R.L. Jones, Acta Met. 17, 229-35 (1969): The Tensile Deformation of Copper Single Crystals Containing BeOParticles

2464. W.T. Kaarlela, U.S. Patent 3,421,202 (1969): process forJoining Metals and Ceramies Having Grossly DifferentCoefficients of Thermal Expansion

2465. D.L. Keller and W. Chubb, BMI-1875 (1969): Progress onHigh-Temperature Fuel Technology

- 131 -

2466. R. Kieffer, E. Eipeltauer und E. Gugel, Ber.Deut.Keram.Ges.46, 486-92 (1969): Neue Entwicklungen auf dem Gebietaer Cermets

2467. S.S. Kiparisov and V.K. Narva, Izv.V.U.Z., Tsvet.Jlet. (MayJune 1969), No.;, 135-9: Production and Properties ofTitanium-Carbide-Base Cermets with a Binding Phase ofAlloy Steel

2468. S.S. Kiparisov, I.V. paisov and V.K. Narva, Poroshk.Met.(1969), No.9, 10-1;: Heat Treatment of MetalloceramicMaterials Based on Titanium Carbide

2469. R. Klersy and G. Musso, Brit. Patent 1,158,458 (1969): Process for Welding Tubes Made with Composite MetalMetal Oxide Materials, More Particularly for ClosingCans of Nuclear Reactor Fuel Elements

2470. J.T. Kl omp, Vortrag: 5th Int.Conf.Sci.Ceramics, RonnebyBrunn/Sweden 1969: Festkörperverbindung Metall/Keramik

2471. R.J. Knops and T.R. Steel, J.Compos.Mater. ;, 652-6; (1969):Stability of a Mixture of Two Elastic-Solids

2472. R.B. Kotelnikov, S.B. Baschlykov, A.I.Kaschtanov und T.S.Menschikova, Hochschmelzende Kernbrennstoffe (Atomisdat,

Moskau, 1969)2473. O.L. Kruger and A.I. Kaznoff (eds.), Ceramic Nuclear Fuels

(Am.Ceram.Soc., Cleveland, 1969)2474. V.T. Kumskov, L.M. Anishenko, V.S. Sidorov and Yu.P. Sidoro~

Tsvet.Met. (1969), No.l, 80-;: Study of the ThermalProcess in Sintering Furnaces

2475. I.B. Kuzma and M.V. Chepiga, Izv.Akad.Nauk SSSR, Neorg.Maten5 (1), 49-53 (1969): X-Ray Study of W-Fe-B and W-Co-B'System

2476. J.V. Larsen, AD-699 140; NOLTR-69-189 (1969): The ScanningElectron Microscope and its Application in FractureStudies of Composite Materials

2477. A. Lasalmonie et M. Sindzingre, rappcr-t s Journees Mlh. d' I

Automne, Soc.Franc.Met., Paris 1969: M~canique de deformation d'un alliage a phase dispersee

2478. E.M. Levin, C.R. Robbins and H.F. McMurdie, Phase Diagramsfor Ceramists, 1969 Suppl. (Am.Ceram.Soc., Columbus,.1969), 11-55: Two Metals with Oxygen

2479. C. Liesner und G. Wassermann, Z.Metallkde 60, 827-35 (1969)Verformungsverhalten und mechanische~igenschaftenvon Kupfer mit ~-Korund

2480· G. Lorenz, J.Austral.lnst.Met. 14, 5;-60 (1969): Effect ofDispersed Phases on the Macninibility of Metals

2481. W. Mader und K.F. Müller, Radex-Rdsch. (1969), 416-20: Bestimmung und Vergleich von Gefügeparameternbei Hartmetall-Legierungen über elektronenmikroskopische undlichtmikroskopische Aufnahmen

2482. K.H. MeGee, ASTME paper No.EM69-550 (1969): Metallurgy,Properties and Applications of Cemented Carbides

2483. W.R. Martin and J.M. Jones, ORNL-TM-2417 (1969): Performance and Stability of Borosilicate Glasses duringRolling of Stainless Steel U02 Fuel Coupons

2484. D.I. Matkin, Vortrag: 5th Int.Conf.Sci.Ceramies, RonnebyBrunn/Sweden 1969: Herstellung und Eigenschaftenhochfester Oxide und Oxidverbundstoffe

2485· V.A. Matonis, Polymer Engng Sei. 9 (2), 100- (1969): TheInterfaeial Stresses in a Partieulate CompositeSystem

- 132 -

2486· B.S. Methven, Radio Electron.Eng. 37, 17-21 (1969): Design,Construction and Performance-of Thick Film CermetTrimming Potentiometers

2487' S.P. Mitoff, in: H.Hermann (ed.), Advances in Materials Re-search (J.Wiley, New York, 1969), Vol.3, : Prop-erties Calculations for Heterogeneous Systems

2488. I. Miura and O. Okuno, J.Soc.Mat.Sci. Japan 18, 357-68 U96~:

Metallic Composite Materials --2489. T.J. Moore and D.W. Adams, NASA-TM-X-1815" (1969): A Pro

cedure for Furnace Brazing Butt Joints in TungstenUranium Dioxide Cermet Cylinders at 300 °c

2490· V.K. Moorthy and B.D. Zope, Trans.Indian Inst.Met. 22 (1),25-30 (1969): Preparation of High-Density UranIumMonocarbide Pellets by Reaction Sintering of Mixtureof Uranium Dicarbide and Uranium Metal Powders

2491· W.R. Morgan and R.L. Sands, Met.Rev. 14, 85-102 (1969): Isostatic Compaction of Metal Powders

2492. D.L. Newsom and J.F. Collins, GEMP-710 (1969): IrradiationTesting and Evaluation of Refractory Metal Fuel Elements of 710 Fast Reactor Program

2493- J .M. North, Bri t. Patent 1,164,810 (1969): Improvements inor Relating to Production of Particulate RefractoryMaterial

2494. R.J. Olsen and G.S. AnselI, Trans.Am.Soc.Met. 62, 711-20(1969): The Strength Differential in Two-Phase Alloys

2495' G. Ondracek, Vortrag: Metallographie-Seminar, Labor f.Werkstoffunters., München 1969: Quantitative Gefügeanalyseund Eigenschaften mehrphasiger Werkstoffe

2496. G. Ondracek und B. Kanel1akopulos, J.Nucl.Mater. 29, 169-77,(1969)p KFK-972 (1969): Untersuchungen im System TIrandioxid-Kupfer

2497' G. Ondracek, B. Schulz und F. Thümmler, High Temp. - HighPressures 1, 439-47 (1969): Zur Wfrmeleitfähigkeitvon Cermets und ihre Messung mit der Radialflußmethode

2498. S.S. Ordan'yan, N.V. Kosterova and A.I. Avgustinik, Izv.AkadNauk SSSR, Neorg.Mat. 5 (2), 389-90 (1969): Phase Diagram of the Tantalum Cärbide-Rhenium System

2499. H.J. Osburn, Powder Met. 12 (24), 471-502 (1969): Wear ofRock-Cutting Tools --

2500. V.A. Osipova and M.r. Pak, At.Energ. (USSR) 26, 72-3 (1969):Thermal Properties of Aluminum Oxide-Base Metal Ceramics in the Temperature Range of 473 to 1673 °K

2501. R.W. Parcel, in: J.B.Rittenhouse and J.B.Singletary (eds.),Space Materials Handbook (NASA, Washington, 1969),433-48: Metallic and Ceramic Materials for Structura1Applications

2502. B.A. Parker, J.Austr.Inst.Met. 14, 31-7 (1969): High ModulusComposites --

2503. P. Patriarca and W.O. Harms (comps.), ORNL-4350 (1969), 26089: Fuel Element Fabrication Development

2504. P. Patriarca and D.J. Rucker (eds.), ORNL-4480 (1969), 21344: Deve10pment of Fuel Element Fabrications

2505. L.A. Pember, R.D. Leggett and J.W. Weber, paper: Am.Ceram.Soc., Nuc1.Div., Seattle 1969 (Abstr.lO-N-69F): Interactions of the Mixed Oxide-Stainless Steel System atHigh Burnup

- 133 -

2506' W.M. Phillips, NASA-CR-I08 231: JPL-TR-32-1420 (1969): Metalto-Ceramic Seals for Thermionic Converters - A Litexature Survey

2507. C. Politis, F. Thümmler und H. Wedemeyer, J.Nucl.Mate~. 32,181-92 (1969): Untersuchungen über die Verträglich~keit von Uranmononitrid mit Molybdän, Wolfram undThoriumoxid bei hohen Temperaturen

2508. J.K. Pollard, R.L. Bell and G.G. Bloodworth, J.Vacuum Sei.Techn. 6, 702-5 (1969): The Structure and EleotriealProperties of Evaporated Gold/Silicon Monoxide Cermet Films

2509. S. Popovis, Am.Ceram.Soc.BUll. ~, 1060-~ (1969):.St~oturalModel Approach to Two-Phase Compos~te Mater~als, State-of-the-art

2510. E.C. Redward, Metallurgia 79, 225-8 (1969): Electrodeposited Composite Coatings

2511. F.C. Robertshaw, G~lP-717 (1969): Ni-Base Al10y Fuel Dispersions

2512. F.C. Robertshaw, GEMP-718; GEMP-719 (1969): Ferritic stainless Steel Fuel Dispersions; Austenitic StainlessSteel Fuel Dispersions

2513. J.A.L. Robertson, Irradiation Effeots in Nuolear Fuels(Gordon and Breach, New York, 1969)

2514. L. Roesch, Mem.Sci.Rev.Met. 66, 29-45 (1969): Influenoe ofDispersed Al203 in Fe --

25 15. B.W. Rosen, Univ.Miorofilms 69-5661 (1969); Ph.D. ThesisPennsylvania Univ., Philadelphia 1968: Thermal Expansion Coefficients of Composites

2516. R.C. Rossi, Am.Ceram.Soc.Bull. 48, 736-7 (1969): ThermalShock-Resistant Ceramic Composites

2517. R.C. Rossi, AD-690 164 (1969): Thermal Behavior of CeramicComposites

2518. A.G. Samojlov, A.I. Kastanov and V.S. Volkov, DispersionFuel Elements for Nuclear Reactors (Atomisdat, Mos-kau, 1969) .

2519. G.V. Samsonov (ed.), Protective Coatings on Metals (Acad.Sei. Ukr.SSR, Kiev; Consultants Bureau, Washington,1969), VoLl

2520. G.V. Samsonov and I.Ya. Kondratov, Poroshk.~~ad. Nauk Ukr.SSR (1969), No.8, 87-91: Cermet Alloys of Rheniumwith yttrium Hexaboride

2521. G.V. Samsonov, G.V. Plyushch and G.A. Pryadka, Poroshk.Met.(1969), No.8, 71-7: Rheological Properties of HardAlloy Mixtures Plasticized by Paraffin

2522. G.V. Samsonov, G.V. Plyushch, S.I. Slezko and G.A. Pryadka,Poroshk.Met.(1969), No.7, 18-27: Laws of Die Ex-trusion of Hard-Alloy M1xtures

2523~ A.E. Schaefer and J.A. Hibbits, Analyt.Chem. 41, 254-9(1969): Determination of Oxygen-to-UranTüm Ratiosin Hypo- and Hyperstoichiometric Uranium Dioxideand Tungsten-Uranium Dioxide

2524· S.J. Scharivker et al., Poroahk.Met. 9 (1), 38-43 (1969):Dichte von keramischen Plasmascnichten

2525' D. Schmidt, Diss.Universität Karlsruhe 1969; DLR-FB-69-96(1969): Cermets als thermionische Emitterwerkstoffe,vorzugsweise behandelt aB BariumkalziumwolframatWolfram-Formkörpern

- 134 -

2526. S.J. Schneider and C.L. McDanie1, J.Am.Ceram.Soc. 52, 518-9(1969): The System BAO-Pt

2527· H. Schuerch, paper: Am.Ceram.Soc., Nuc1.Div., Seatt1e 1969:Ceramic Composite Structura1 Components Made by Deposition Processes

2528. B. Schulz, Vortrag: Gemeinschaftstagung Deutsch.Physika1.Ges,Deutsch.Keram.Ges. und Deutsch.Glastechn.Ges., Mainz1969: Wl"rme1eitfähigkeit in Kernbrennstoffen

2529· J. Schwartz, U.S. Patent 3,441,895 (1969): Cermet ResEtanceModule

2530.• M.A. Schwartz, Space/Aeronaut. 52, 95-8 (July 1969): High-Temperature Materials --

2531. H.E. Schwiete, W. Krönert und H. B1eckmann, Vortrag: Dtsch.Keram.Ges., Mainz 1969: Reaktionen zwischen Hochtemperaturmeta11en und keramischen Oxiden unter Beteiligung der Gasphase

2532. J.E. SeIle, MLM-1589 (1969): A Summary of the Phase Diagrams and Compatibi1ity of Pu0

2with various Materials

2533. G.P. Sendecky, J.Compos.Mater. 2' 177-81 (1969): E1asticModu1i of Composites

2534. A.V. Serebrjakov, Fiz.Tverdogo Tela 11, 954-7 (1969): Koagulierung von Oxidteilchen in-einer metallischenGrundmasse

2535. V.I. Shvidenko, Poroshk.Met. (1969), No.1, 97-100: Methodof Studying the Heat Resistance of High1y-Refractor,yMaterials in Smal1 SampIes

2536. M.A. Stett and R.M. Fulrath, UCRL-18 723 (1969): Mechanica1Properties of Britt1e Matrix Composites

2537. I.M. Storozhevskii, AD-697 327; FSTC-HT-23-245-70 (1969)[Transl. from Poroshk.Met.5(1),70-5(1965)]= Simulationof Porous Body and the Determination of Relative CrossSectiona1 Weakening by the Pores

2538. H. Suzuki and K. Hayashi, Trans.Jap.Inst.Met. 10, 360-4(1969): Ro1e of Partic1e Size and Carbon-Uontent inHigh Strength WO-10 % Co Alloys

2539. H. Suzuki and T. Yamamotov, Trans.Jap.Inst.Met. 10, 351-9(1969): Cratering Wear of Cemented CarbideS-in Relation to Carbon Content in Too1s and Machined Steels

2540. H. Suzuki, T. Yamamoto and I. Kawakatsu, Nippon KinzokuGakkaishi 22 (1), 82-8 (1969): Cratering Wear in WCCo Cemented Carbides

2541. J.H. Swisher" E.O. Fuchs and T.D. Schlabach, J.Inst.Met. 97(4), lU3-9 (1969): Mechanical and Electrica1 Properties of Cu-Cu20 Eutectic A110ys

2542. P.D. Takkunen, NASA-TN-D-5136 (1969): Fabrication of Cermetsof Uranium Nitride and Tungsten or Mo1ybdenum fromMixed Powders and from Coated Partic1es

254}' R. Theisen, Canad. Patent 813,998 (1969): Method of CoatingUranium Carbide with Niobium and Nuc1ear Fue1 ElementsObtained according1y to Said Method

2544· W. Thie1emann, VDI-Z. 111, 525-9 (1969): Festigkeits- undWerkstoff-Fragen fur Satelliten und Raumfahrzeuge

2545. F. Thümm1er, Ber.Dtsch Keram.Ges. 46, 321 (1969): Diskussionsbeitrag zu 'Mechanische-urid thermische Eigenschaften von Schweißverbindungen des Al20~ mit Me-tallen J

- 135 -

2546· F. ThÜIDmler, Vortrag: Reaktortagung d. Deutschen Atomforums, Frankfurt 1969 (Abstr.S.232); AED-Conf.69-247001 (1969): Neue Ergebnisse auf dem Gebiet der Dispersions- und Cermet-Kernbrennstoffe

2547· F. ThÜIDmler, Vortrag: Int.Team for the Study of Sintering,Herceg-Novi/Jugoslawien, 1969: Neueste Entwicklungenauf dem Gebiet der Dispersions- und Cermet-Kernbrennstoffe

2548. F. Thümmler und E. Gebhardt, Reaktorwerkstoffe (Teubner,Stuttgart, 1969), Teil 2: Keramische und pulvermetallurgische Werkstoffe

2549. V.I. Tumanov, Poroshk.Met. (1969), No.3, 77-81: Study ofthe Structure of Cermets by Magnetic Methods (WC-Coand WC-TiC-Co)

2550. V.I. Tumanov, G.S. Kreimer, o.s. Safonova and V.V. Chernyshev, Izv.Akad.Nauk SSSR Met. (July-August 1969), No.4,

249-52: Strength and Ductility of Tungsten-CarbideCobalt Hard Alloys on Compressibility

2551. R.R. Tummala and A.L. Friedberg, J.Nucl.Mater. 32, 354-6(1969): Thermal Expansion of Cermets ContirningUraniumDioxide

2552. R.R. Tummala and A.L. Friedberg, paper: Am.Ceram.Soe.,Washington 1969 (Ref.7-JV-69): Thermal Expansion ofComposites as Affe~ted by the Matrix

2553. E. Valerius, VDI-Nachr. 23 (25), 26 (1969): Hartmetalleseit 1926 --

2554. P.Ä. Vormelker, Thesis, Ames Lab. Iowa 1969: Effect ofDispersions on the Ductility of Chromium

2555. R.K. Waits, Sol.State Technol.(June 1969), 64-8: HighResistivity Thin-Film Resistors for MonolithicCi rcuf ts (A Review)

2556. F.F.Y. Wang, paper: Am.Ceram.Soc., Washington 1969 (Ref.9JV-69): Elastie Moduli of Binary Composites

2557. R. Warren, J.Less-Common Meta1s 17, 65-72 (1969): CarbideGrain Growth during the Liquid-Phase Sintering of theAlloys NbC-Fe, NbC-Ni and NbC-Co

2558. p. Weimar, Diss.Universität Karlsruhe 1969: Herstellung undEigenschaften von Cermets mit idealisier·tem Gefüge(U02-Mo und U02-Cr)

2559. p. Weimar und F. Thi~ler, KFK-1112 (1969): Herstellung undEigenschaften von Cermets mit idealisiertem Gefüge imSystem U02-Cr

2560. P.Weimar, F. ThümIDler und H. Bumm, J.Nucl.Mater. 31, 215-25(1969): UO?-Cermets with Idealized structure-by Particle Coating and Isostatic Hot Pressing

2561. W.M. Whei1don, Ceram.lnd.Mag. ~ (3), 52-5 (1969): Ceramic Coatingsby Thermal Spraying

2562. R.E. Wi1son, paper: Am.Ceram.Soe., Washington 1969 (Ref. 5-JV-69):Properties of the Tungsten-Siliea System

2563. F.L. Yaggee and F.G. Foote, ANL-7644 (1969): Method for Reeonstructi.ng a Thermal-Expansion Graph from two Values of Mean Expansion Coefficient

2564. A.M. Zakharovand 1.1. Druzhinin, Izv.V.U.Z.Tkvet.Met. '(1969), No.2, 135-8: Deformation of Refraetory Metals and Alloys underVacuum at High Temperatures

- 136 -

2565. W.F. Zelezny, G.W. Gibson and M.J. Graber, CONF-690910 (1969), 51632: A Microprobe Study of the Retention of the Fission GasXenon in Irradiated Uranium Fuels Dispersed in Aluminum-CladNuclear Reactor Fuel Plates

2566. G.M. Zhdanovich, Poroshk.Met. (1969), No.5, 24-8: Coefficient ofLateral Pressing

2567. G.P. Zlobin and O.P. Gamov, Electr.Obrab.Mater. (1969), No.l, 85-8:Fundamental Laws of the High-Frequency Erosion Machining of aHard Alloy

2568. G. Abate-Daga, I. Amato and G. Grappiolo, EUR-4550 e (1970): NuclearFuel with Burnable Poison. Pt.l, Gd203 microspheres preparationfrom the sol-gel method; pt.2, preparation and out-of-pileevaluation of Gd203 poisoned U02 pellets

2569. A. Accary, Powder Met.Int. ~, 40-2 (1970): Applications of Sintering in Nuclear Industry

2570. A. Accary, Rev.lnt.Hautes Temp.Refract. 1 (2), 106-14 (1970): Croissance cristalline dans l'aggreg-dt polycristallin ceramique

2571. G.M. Adamson, ORNL-4480; -4560 (1970), 213-43; 218-30: Deve10pmentof Fuel Element Fabrication

2572. A.C. Allen, Ceram.lnd. 22 (1), 44 (1970): Thick Films, Thin Filmsand Ceramies

2573. B.C. Allen, DMIC Rev. (29 July 1970), 2p.: Oxidation-Resistant Coating for Refractory Metals

2574. A.M. Alper (ed.), Phase Diagrams (Academic Press, N.Y., 1970): Vol.l,Theory, principles and techniques of phase diagrams; Vol.2, Theuse of phase diagrams in metal, refractory, ceramic and cermettechnology; Vol.3, The use of phase diagrams in electronic materials and glass technology

2575. R.L. Andelin and J.D. Watrons, MDC-G-2026 (1970): Plutonia/CuriaCompatibility Testing

2576. R.W. Anderson, SNC-3693 (1970), 170- : Tm Oxide for Thermal SourceApplications

2577. Anon., AD-701 500; DDC-TAS-70-1-Vol.l (1970): Manufacturing Methodsof Composite Materials (Bibliographie Repor~ Jan.1955-May 1969)

2578. Anon., AD-706 000; DDC-TAS-70-41-1 (1970): Seals (BibliographieReport, Jan.1955-0ct.1969)

2579. Anon., Amer.Machinist 114 (14), 91-2 (1970): R/D for Tomorrow'sComposites

2580. Anon., Ceramic Data Book 1971 - Supp1ier's Catalogue and Buyers'Directory (Cahner's Publ., Chicago, 1970)

2581. Anon., Chemische Werke Hüls, German Patent Appl. 1,948,183 (1970):Zirconium Nitride Coated Electrodes

2582. Anon., Chemische Werke Hüls, German Patent Appl. 1,948,181 (1970):Zirconium Carbide Coated Electrodes

2583. Anon., Deutscher Normenausschuss, DIN 30.900 (1970): Fachwörter aufdem Gebiet der Pulvermetallurgie und deren Definition

- 137 -

2584. Anon., Du Pont & Co., Brit.Patent 1,231,084 (1970): Cobalt-BondedTungsten Carbide

2585. Anon., Du Pont & Co., German Patent Appl. 2,029,501 (1970): DenseSintered Bodies of Tungsten Carbide Bonded with Cobalt

2586. Anon., Du Pont & Co., German Patent Appl. 2,009,696 (1970): AluminaCermet Cutting Tools

2587. Anon., Electro Material Corp. of America, pamphlet No.125-6 (1970),10p.: Thick-Film Resistor, Conductors

2588. Anon., Electronics ~ (22), 39-40 (Oct.1970): Thin-Film CermetSolves Resistor Problems

2589. Anon., Grace & Co., Brit.Patent 1,224,012 (1970): Production ofUniform Spherical Particles from Metal Oxides for Use asNuclear Fuels

2590. Anon., Iron Age 205, 842 (7 May 1970): Repair or Replace? RepublicDoes neither; rebuilds the chocks with ceramaloy coatings

2591. Anon., Mater.Eng. ]g (7), 46-9 (1970): Versatile Ceramic CoatingsResist tough new Service Environments

2592. Anon., Mater.Eng. ]g, 309-11 (Nov.1970): Properties of Materials:Refractory ceramics and cermets, fired or sintered parts

2593. Anon., Metal Progr. ~, 7-8 (Nov.1970): Cemented Tungsten Carbidesare both Rard and Strong

2594. Anon., Nucl. Materials and Equipment Corp., Brit.Patent 1,201,845(1970): Production of Coated Metallic and Ceramic Particles

2595. Anon., 0RNL-4570 (1970), 1-4: Crystal Physics

2596. Anon., OIL~=4570 (1970), 127=35: ~~el Element Fabrication Development

2597. Anon., Thomson CSF, Brit.Patent 1,229,312 (1970): ReinforcingCeramic-to-Metal Seals

2598. L.M. Anihchenko et al., Fiz.Khim.Obr.Mat. ~, 120 (1970): Temperature Dependance of the Thermal Conductivity and ElectricalResistivity of Porous Molybdenum

2599. A.I. Avgustinik, S.S. Ordan'yan, R.Ya. Serbezova and I.F. Fonareva,Inorg.Mater. (USSR) ~, 1244-6 (1970): Phase Diagram of theSystem ZrB2-Re

2600. J.A. Ayer, U.S.Patent 3,517,431 (1970): Method of Making Combination Fuel Rods

2601. V.F. Bakarinova, E.M. Savitskii, B.G. Arabei and S.E. Salibekov,Inorg.Mater. (USSR) ~, 1818-9 (1970): Reactions of EuropiumHexaboride and Refractory Metals

2602. U. Baumgartner, Techn.Rundschau Nr.50 (27 Nov. 1970), 25-9: Hartmetallwerkzeuge

2603. R.G. Bedford and E. Catalano, Proc.8th Rare Earth Conf. (CONF700403), Vol.l, 376-87 (1970): An Investigation of the EuEu20~ System and the Equilibria between the Europium Oxidesand the Eu-pt Systems with Related Studies of the Sm-Sm203and the Yb-Yb203 Systems

2604. A. Ber and E.J. Weller, Met.Progr. 21, 139-40 (1970): Sma11 Hardness Variation Affect Cemented Carbide Tool Life

2605. M.J. Berau, in: Mechanies of Composite Materials (Pergamon, Oxford,1970), 243-54: Statistical Theory of Heterogeneous Media

- 138 -

2606. C. Bergman et al. (Allmanna Svenska Elektr. AB), U.S.Patent 3,517,635(1970): Method for Isostatic Compression, such as the Manufacture of Powder Bodies

2607. H. Bernstein, in: A.M. Alper (ed.), Phase Diagrams (Academic Press,New York, 1970): Computer Calculation of Refractory MetalPhase Diagrams

2608. M.B. Bever et al., Mater.Sci.Tech. ~ (3), 149-66 (1970): On Structural Applieations of Composites

2609. E.R. Booser, Mach.Design ~ (15), 14-20 (1970): Trends in Bearingsand Lubrication. 3, Plain-Bearing Materials

2610. C.W. Bradstreet, paper: Metal Matrix Compesites, Amer.See.Met., St.Paul 1970: Compatibility and the Interface

2611. R.L. Brown and J.C. Richards, Principles of Powder Mechanies (Pergamon, Oxford, 1970)

2612. R.W. Buck, U.S.Patent 3,565,684 (1970): Metallised Ceramic andMethod and Composition therefor

2613. B.. Budiansky, J.Comp.Mater. ,4" 286-309 (1970): Thermal and Thermoelastic Properties of Isotropie Composites

2614. P.P. Budnikov, F.Ya. Kharitonov, Ya.V. Maths and Z.F. Zemlyakova,J.Appl.Chem. (USSR) ~, 2652-5 (1970): Corrosion Tests onRefractory and Refractory Materials in Metallic Sodium at850 °c

2615. A. Bukat et al., Proc. 3rd Int.Conf.Powdermet., Karlsbad 1970, Vol.3,295-314: Einfluss von feindispersem U02 im Gefüge von gesintertem U-Metall auf die Rekristallisationstemperatur

2616. H. Bumm, W. Dienst, P. Nikolopoulos, F. Thüwmler und P. Weimar, AED~

COrIF-70-235-034 (1970); CONF-700920; Proc. Fast Reactors andFuel Elements (Kernforschungszentrum, Karlsruhe, 1970), 474-95:Neuere Ergebnisse auf dem Gebiet der Cermets mit idealisiertemGefüge durch isostatisches Heisspressen

2617. A.J. Burton, Design Engng (Nov. 1970), 51: Heating Elements - thedesign, selection and use of industrial and commercial eleetric elements

2618. D.A. Chance, Met.Trans. 1, 685-94 (1970): Refractory Metallizationof Ceramic Green Ceramie

2619. M.C. Chaney and A.J. Patrick, Thermionie Conversion Specialities(IEEE, New York, 1970), 281-7: Techniques for Determining thePost-Irradiation Disposition of 85Kr Produced in Mo-U02 CermetFuels

2620. A.T. Chapman, G.W. Clark and D.E. Hendrix, J.Amer.Ceram.Soc• .22.,60-1 (1970): U02-W Cermets Produced by Unidirectional Solidification

2621. M. Chatain, Mecanique-Materiaux-E1ectricite, Nos. 246-7, 15-22 (1970):Etude comparative et c1assification des materiaux eomposites

2622. J.L. Chermant, M. Coster et A. Deschanvres, Compt.Rend. C 271, 446-9(1970): Etude de 1a sensibilite a la fracture de plaquettes enWC-Co par methode de flexion

2623. J.L. Chermant, M. Coster et A. Deschanvres, Compt.Rend. C g]l, 885-8(1970): Facies microfraetographiques de carbures refractaires;cas des carbures TiC et des alliages WC-Co

- 139 -

2624. S.H.L. Cintra, E.F. Gentile, I. Nishioka, M.A. de Souza Abrao andF.A. Filho, Metallurgia (Sao Paulo) 26, 31-43 (1970): Analysis of

Parameters in Fabrieating U308-Al Dispersion Fuel Elements

2625. S.H.L. Cintra, E.F. Gentile and D.T. de Souza Santos, Metallurgia(Sao Paulo) ~, 417-20 (1970): Thermal Cyeling Test forPlates Containing Dispersions

2626. G. D'Andrea and F.F. Ling, Proe.Int.Conf. Heat Transfer (Elsevier,Amsterdam, 1970), 47- : On the Thermal Conduetivity of Composites

2627. A.S. Darling, G.L. Selman and R. Rushforth, Platinum Met. Rev, M,95-102 (1970): Reaetion of Platinum with Refraetory Oxides

2628. R.W. Davidge et al., Mater.Sei.Eng. 2 (5), 281-312 (1970): TheStrength of Ceramies

2629. L.W. Davies, paper: Metal Matrix Composites, Amer.Soe.Met., St.Paul 1970: Why Composites?

2630. H. Doi, Y. Fujiwara, K. Miyake and Y. Oosawa, Met.Trans. 1, 141725 (1970): A Systematie Investigation of Elastie MOduli ofWC-Co Alloys

2631. J.A. Donovan, D.T. Rankin, J.E. Stuekey and W.R. MeConell, DP-MS-70-10;CONF-700608-21 (1970): Interaetion of Curium Sesquioxide withRefraetory Metal Matriees in Pressed and Sintered Cermet Compacts

2632. E. Dorre et al., Ber.Deut.Keram.Ges. iI, 622-6 (1970): CeramicMetal-Seals on an A1203-Bsis for Use at Elevated Temperatures

2633. F.A.L. Dullen and V.K. Batra, Ind.Eng.Chem. 62 (10), 25-53 (1970):Determination of the Structure of Porous Media

2634. G.W.A. Dlli~er, Materials for Conduetive and Resistive Functions(Hayden, New York, 1970), 108-10; 298-9: Thin-Film IntegratedCircuits; Cermet Films (Cr-SiO)

2635. V.N. Ermenko, Yu.V. Naidieh and I.A. Lavrinenko, Liquid Phase Sintering (Plenum Press, New York, 1970)

2636. V.N. Eremenko and T.Ya. Velikanova, Powder Met.Metal Ceram. (1970),No.9, 744-7: Phase Equilibria in the Mo-TiC-Ti Region of theTernary System Mo-Ti-C

2637. G. Ervin, AI-AEC-12 928 (1970): Research on Carbide Fue1s on Irradiation Test of Swelling Control by Fine Particle Dispersions

2638. J.H. Erwin, ORNL-4480 (1970), 230-1: Susceptibility to Blisteringof Fuel Plates that Contain Shaped Fuel Cores

2639. J.H. Erwin, ORNL-4600 (1970), 242-6: Deformation Behavior of ShapedFue1 Cores During Hol1ing of Aluminum Dispersion Fue1 Plates

2640. H.E. Exner, Powder Met. 12, 249-58 (1970): Methods and Significaneeof Particle and Grain Size Contro1 in Cemented Carbide Technology

2641. H.E. Exner et a1., Powder Met.Int. l, 140-6 (1970): New Methods forthe Characterisation of the Structure of Sintered Materials

2642. H.E. Exner and J. Gurland, J.Mater. 2' 75-85 (1970): The Effeet ofSma11 P1astic Deformations on the Strength and Hardness ofTungsten Carbid-Cobalt A110ys

2643. H.E. Exner and J. Gurland, Powder Met. 12 (25), 13-31 (1970): AReview of Parameters Influencing some ~echanical Propertiesof Tungsten Carbide-Cobalt Alloys

- 140 -

2644. H.E. Exner and J. Gurland, Powder Met.Int. 2, 59-63, 104-5, 147(1970): A Guide to the Literature on TUngsten Carbide-CobaltAlloys (Bibliography 1933-1970)

2645. T.J. Fabiniak, NASA-CR-I02 874; CAL-KC.2862-P-l (1970): 1nvestigation of Zero Gravity Effects on Materials Properties

2646. A.A. Fahmy and A.N. Ragai, J.Appl.Phys. !h, 5108-11 (1970): ThermalExpansion Bahavior of Two-Phase Solids

2647. L.T. Fan, S.J. Chen and C.A. Watson, 1nd.Eng.Chem. 62 (7), 53-69(1970): Solids Mixing (Review)

2648. E.M. Fennimore et al., U.S. Patent 3,576,722 (1970): Method forMetallizing Ceramics

2649. J.D. Forrest, paper: Metal Matrix Composites, Amer.Soc.Met., St.Paul 1910: Potential to Composite Design

2650. K.S.E. Forssberg, Sci.Ceram. 2' 63-82 (1970): Aspects on the Wettability of Refractory Materials

2651. B.E. Foster, S.D. Snyder and M.M. Martin, ORNL-4480 (1910), 239-41:Effect of Variations in Fuel Particle Size on X-Ray Attenuation

2652. R.D. French, A. Levitt and M.H. Richman, Amer.Ceram.Soc.Bull. ~,580-3 (1910): 1nterfacially Active Metals in Metal-CeramicComposites

2653. H.T. Fullmann, BNWL-1389 (1970): High-Temperature Compatibilityof Promethium Sesquioxide

2654. N. Fuschillo et al., J.Mater.Sci. ]2, 1018-86 (1910): Electricaland Tensile Properties of Cu-Th02, Au-Th02' Pt-Th02 andAu-A1203' Ft-A1203 Alloys

2655. J. Gasperic and B. Navinsek, 1JS-587; CONF-10l032-1 (1910): ThermalTreatment of Cr-SiO Cermet Thin Films

2656. E.F. Gentile, S.H. Cintra and R.B. Trancanella, Metallurgia (SaoPaulo) 26, 305-9 (1910): Study of the Reactivity of U308-AlDispersions

2651. R.F. Gerdes, A.T. Chapman and G.W. Clark, Science 1&1, 919-80(1970): Refractory Metal Composites - Scanning ElectronMicroscopy and X-Ray Diffraction of U02-W

2658. G. Giacchetti ULDd J. Ränsch, EUR-4504 d (1970): Untersuchung bestrahlter Materialien mit der Mikrosonde, erläutert anU02-Mo und U02-Zirkaloy-Spaltstoffcermets

2659. W.H. Gitzen (ed.), Aluminy as a Ceramic Material (Amer.Ceram.Soc.,Columbus, 1910)

2660. 0. Götzmann, P. Hofmann und W. Stumpf, AED-CONF-70-235-035 (1970);CONF-700920, Proc. Fast Reactor Fuels and Fuel Elements (Kernforschungszentrum, Karlsruhe, 1970), 562-88: Verträglichkeitsuntersuchungen von Urankarbid mit Stählen und Vanadinlegierungen

2661. E. Gordon, U.S. Patent 3,519,405 (1970): Composite RefractoryStructure

2662. H.W. Grünling und H.W. Hennicke, paper: Verbundwerkstoffe, DeutscheGes.Metallkunde, Konstanz 1970: Haftung und Grenzflächenreaktion im Verbundstoffsystem A1203-Ni

2663. K.H. Grünthaler, S. Janes, J. Nixdorf und H. Wittig, paper: Verbundwerkstoffe, Deutsche Ges.Metallkunde, Konstanz 1970: Idealund Realstrukturen von Verbundwerkstoffen

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2664. J. Gurland, paper: B1SRA-1S1 Conf., Materials for Metal Cutting,Scarborough 1910; 1S1 prepring 126, p.122-6: MicrostructuralAspects of the Strength and Hardness of Cemented TungstenCarbides

Haller, Brit.Patent 1,228,422 (1910): Extrusion of Coated Sintered Powdered Metal Articles

Hara et al., Powder Met.1nt. l, 43-6 (1910): X-Ray Study ofResidual Stresses in Ground Cemented Carbides

Hara and T. 1keda, Nippon Kinz.Gak. 2!, 120-5 (1910): CompressiveFracture Phenomena of Tungsten Carbide-Cobalt

Hara, T. Nishikaw and T. Nishimoto, Sumitomo Elec.Tech.Rev. (Nov.1910), No.14, 106-9: Transmission Electron Microscopy of WC-CoCemented Carbides

Hara, T. Nishikawa and T. Nishimoto, J.Jap.Soc.Powder Met. 16,310-8 (1910): Transmission Electron Microscopy of WC-Co Alloys

Hara, T. Nishikawa and S. Yazu, Planseeber.Pulvermet. ~, 28-43(1910): The Observation of the Fracture Path in WC-Co CementedCarbides Using a Newly-Developed Replica Method with an Electron Microscope

2611. A. Hara and S. Yazu, Sumitomo Elec.Tech.Rev. (Nov.1910), No.14, 91105: Strength Recovery Phenomena by Annealing Cemented Carbides with Cracks

2612. D.R. Harbur, B.N. Robbins and J.W. Romero, LA-4495-MS (1910): CeramicCoatings Used in Casting Plutonium and its Alloys

2613. Z. Hashin, in: Mechanics of Composite Materials (Pergamon, Oxford,1970), 201-42: Theory of Composite Materials

2674. E.L. Hollar, F.N. Rebarchik and D.M. Mottox, J.Electrochem.Soc. 117,1461-2 (1970): Composite Film Metallizing for Ceramics ---

2675. F.C. Holtz, U.S. Patent 3,512,962 (1970): Cobalt-Tungsten Alloy andProcess

2616. J. Huber et al., Amer.Machinist 1li (14), 92 (1970): How to MachineComposites

2671. H. Huebner and B. 1lschner, AED-CONF-10-363-001 (1910): ParticleGrowth and Creep Rate in a Finely Dispersed U02-Mo Cermet

2678. C.O. Hulse, U.S. Patent 3,541,612 (1970): Process for Forming aProtective Coating on a Metal Surface

2679. R.P. 1czkowski, 1nd.Eng.Chem.Fundam. 2, 674-6 (1910): ElectricalConductivity of Partially Saturated Porous Solids

2680. V.E. 1vanov et al., Neorgan.Materialy (1zv.Akad.Nauk, SSSR) ~ (8),1427-31 (1910): Coalescence of Alumina Particles in Molybdenumat High Temperatures

2681. V.E. 1vanov, E.P. Nechiporenko, V.M. Krivoruchko et al., 1norg.Mater.(USSR) ~, 1255-60 (1910): Coalescence of A1203 Particles inMolybdenum at High Temperatures

2682. G. Jangg, R. Kieffer, E. Gugel, G. Jicinsky und W. Kollwentz, Ber.Deut.Keram.Ges. jI, 563-10 (1970): Untersuchungen an Cermetsaus Th02-Ni(Co) und Zr02-Mo mit Chrom-Zusatätzen

2683. A. Jesse, paper: 4.Kolloquium f.elektron.Bildanalyse, Frankfurt 1910:Der experimentelle Stand der Bildanalyse auf dem Gebiet derSonderwerkstoffe

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2684. A. Jesse (comp.), KFK-1131 (1970): Gefügeanalyse bei Cermets

2685. A. Jesse, KFK-1131 (1970), 1-6: Methoden der Gefügeanalyse bei Cermets

2686. A. Jesse, KFK-1131 (1970), 68-78: Zur quantitativen Schliffpräparationund quantitativen Gefügeanalyse von Cermets (reprinted fromKFK-845 (1969), contribution no.5)

2687. A. Jesse and G. Ondracek, KFK-1131 (1970), 53-9: Application ofQuantitative Area Analysis to Composite Materials (reprintedfrom Microscope 16, 115-21 (1968»

2688. I. Johannsson, G. Persson and R. Hiltscher, Powder Met. 12, 449-64(1970): Determination of Static and Fatigue Compressive Strengthof Hard Metals

2689. D.L. Johnson and I.B. Cutler, in: A.M. Allen, Phase Diagrams (AcademicPress, New York, 1970): The Use of Phase Diagrams in the Sintering of Ceramics and Metals

2690. o. Jung, E. Kohlhaas, W. Dawihl und W. Peter, Arch.Eisenhüttenwes.Al, 1103-10 (1970): Das Verschleissverhalten von Hartmetallenbei verschiedenen Bearbeitungsbedingungen

2691. D.L. Keller, BMI-1886 B (1970): Technology of Nuclear Fuels for Advanced Fst Reactors

2692. W.L. Kennicott, Metal Progr. 2I (4), 78-9 (1970): Carbide Tools EaseCold Extrusion

2693. R. Kieffer und F. Krall, P1anseeber.Pulvermet. 18, 111-23 (1970):Sinteröfen for Hartmetalle

2694. S.S. Kiparisov, O.A. Nikiforov and Yu.K. Kuz'mina, Izv.Vyssh.Ucheb.Zaved., Tsvet.Met., No.5, 93-5 (1970): Posibi1ity of Sintering Tungsten Borides with Nickel

2695. H. Kleykamp, KFK-1245 (1970): ~nderung der Wärmeleitfähigkeit ineinem oxidischen Brennelement während des Abbrandes

2696. J.T. Klomp, Ber.Deut.Keram.Ges. Al, 627-34 (1970): Solid StateBonding of Metals to Ceramics

2697. J.T. Klomp, Sci.Ceram. 2, 501-22 (1922): Solid State Bonding ofMetals to Ceramics

2698. S.L. Koh, in: Mechanics of Composite Materials (Pergamon, Oxford,1970), 387-402: Continuum Theory for Composite Materials

2699. W.I. Kononenko, Powder Met.lnt. ~, 24-8 (1970): Some Laws Governing Tool Wear during Machining of Porous Materials

2700. G. Koves, Materials for Structural and Mechanical Functions (Eayden,New York, 1970)

2701. E. Lamb, 0RNL-4639 (1970), 2-20; 21-2: Curium Fuel FOrm8; ThuliumFuel Forms

2702. E. Lardner, Powder Met. 12, 394-428 (1970): The Control of GrainSize in the Manufacture of Sintered Hard Metal

2703. D.W. Larson, SC-PR-7-222 (1970), 43: Solid Solution Oermet FuelImpact Temperature

2704. L.A. Lawrence et al., J.Nucl.Mater. i, 248-50 (1970): MolybdenumDistribution in Irradiated Oxide Fuels

2705. B. Lehtinen and K.E. Easterling, Proc. 7th Int.Congr. Electron Microscopy (Grenoble, 1970), 587- : Direct Observation on theSintering of Milled WC-Co Powders Using the Hot Stage of a1000 kV Electron Microscope

2119. M.M.

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2106. J.M. Leitnaker, ORNL-4600 (1910), 50-1: Compatibility of MixedNitride Fuels with LMFBR Cladding Alloys

2107. R. Lorel, Entropie (36), 32-44 (Nov.1910): Elaboration des materiauxrefractaires par depots chimiques en phases gazeuses

2708. R.C. Lueth and T.E. Hale, Mater.Res.Stand. 12 (2),-23-8; 64-5 (1910):Compressive Strength of Cemented Carbide; Failure Mechanicsand Testing Methods

2109. R.D. McDonald, AECL-3606 (1970): Irradiation Performance of Zirkaloy Sheathed Fuel Elements with Metallic or Ceramic Discsbetween U02 Pellets

2110. R.W. McLung, ORNL-4600 (1910), 246-1: Development of NondestructiveInspection Techniques; E.E. Foster and S.D. Snyder: RadiationScattering - Establishment of Standards for Eurned U

30a andHigh-Loaded, High-Fired U30s HFIR Plates

2711. W. Mader and K.F. Müller, Radex-Rdsch. 1910, 286-96: Determinationof Structural Parameters of WC-TiC-TaC-Co Alloys Using Electron and Optical Micrographs

2112. V.N. Madhav Rao and R.V. Tamhankar, Proc. Symp. on Materials Sei.Res. (Dept. of Atomic Energy, Bombay, 1970), 35-64: HighTemperature Materials

2113. G.P. Marino, WAPD-TM-807 (1970): The Porosity Correction Factor forthe Thermal Conductivity of Porous Materials

2114. T.P. Markholiya et al., in: N.A. Toropov (ed.), Chemistry of HighTemperature Materials (Plenum, New York, 1970), 223-7: Interaction of Refractory Metals with Alumina and Silica

2115. M.M. Martin, ORNL-4480 (1970), 214-7: Status of Irradiation Experiments in ETR

2716. M.M. Martin, ORNL-4480 (1970), 233-7: Defor~tion Charcteristics ofU308-Al and UAlx-Al Dispersion Fuel Plates with IncreasedLoading

2117. M.M. Martin, ORNL-4520 (1910), 277-S2: Parametrie Study of the Deformation of U308- and UAlx-Al Dispersion Fuel Plates

2118. M.M. Martin, ORNL-4600 (1910), 239-42: Evaluation and Design ofCermet Fuel Plate for Irradiation Experiments in HFIR; 242:Modifications and Improvements to HFIR Fuel Plates; 242-4:Void Content of HFIR Fuel Plates

Martin and W.K. Crowley, ORNL-4480 (1970), 213-4: Evaluationand Design of Cermet Fuel-Plate Irradiation Experiment

Martin and W.R. Martin, ORNL-4611 (1970): Fabrication Voidsin Aluminum-Ease Fuel Dispersions

Martin and A.E. Rieht, ORNL-4480 (1910), 219-24: RefraetoryMetal Cermet Fuel

Martin, 0RNL-4520 (1970), 282-6: Effect of Dispersoid Coneentration on Void Content of Composite Plates

Meadows, U.S. Patent 3,514,818 (1970): Cobalt Bonded TungstenCarbide Cutting Tool

Meadows, U.S. Patent 3,515,540 (1910): Mixed Cobalt TungstenCabide Powders

Miller, B. Hardiman and G.A. Shirn, J.Apll.Phys. !h, 1850-6(1910): Transport Properties, Microstructure and ConductionModel of Cosputtered Au-Si02 Cermet Films

- 144 -

2726. Yu.V. Miloserdin, Methods for Studying Refractory Materials (Atomizdat, Moscow, 1970)

2727. G.F. Mitsohkevitsch et al., Poroshk.Met. lQ, 60-5 (1970): Ag-CuOSintered Bodies

2728. C.F. Morel, EUR-4482 e (1970): Surface Tensions of Molten Salts andContact Angle Measurements of Molten Salts on Solids

2729. N.R. Morrow, Ind.Eng.Chem. 62 (6), 32-56 (1970): Physics and Thermodynamies of Capillary Action in Porous Media

2730. D. Moscowitz and M. Humenik, paper: Int.Powder Met. Conf., New York1970: High Strength Tungsten Carbides

2731. E.M. Müller, Atomwirt. 12, 434-5 (1970): Untersuchung der Abhängigkeit der thermischen Leitfghigkeit von Oxid-Brennstoffen vonder Porositl:tt

2732. S. Nazare und G. Ondracek, peper: Deutsche Ges.f.Metallkunde, Ausschuss f. Verbundwerkstoffe, Konstanz 1970: Aufbau und Eigenschaftsbeziehungen bei Cermets

2733. S. Nazare, G. Ondracek und F. Thümmler, paper: 3. Int. Tagung 'Fortschritte in der Metallographie', Leoben 1970: Quantitative Gefügeuntersuchungen zur Reaktionskinetik von instabilen Dispersionen

2734. S. Nazare, G. Ondracek and F. Thümmler, KFK-1236 (1970): Relationbetween Stereometrie Microstructure and Properties of Cermetsand Porous Materials

2735. R.P. Nelson and J.J. Rasmussen, J.Amer.Ceram.Soc. 22, 527 (1970):Composite Solidification in the Systems Cr203-Mo, Cr203-Re,Cr203-W, and MgO-W

2736. J.E. Nerly, W.H. Boyer and C.A. Martinek, Bull.Amer.Ceram.Soc. ~,710-3 (1970): Sintered ~~-Cr Granules for New RefractoryMaterials

2737. S. Nomura et al., J.Nucl.Sci.Tech. 1 (7), 54 (1970): Compatibi1ityof Tantulum with Uranium Carbide at High Temperatures

2738. G. Ondracek, KFK-1131 (1970), 7-19: Anwendung metallographischer Methoden auf Keramiken, Cermets und Sintermetall. I. AllgemeineEinführung; IL Arbeitsvorgl!nge (reprinted from Prakt.MetalLogr-, 2., 152-9 (1968»

2739. G. Ondracek und C. F~usser, KFK-1131 (1970), 20-3: MetallographischeUntersuchungen an Metal-Keramik-Schichten (reprinted fromPrakt.Metallogr. i, 112-5 (1966»

2740. G. Ondracek, B. Leder und C. Politis, KFK-1131 (1970), 39-52: Quantitative Schliffprl:tparation bei Metall-Keramik-Kombinationen(reprinted from Prakt.Metallogr. 2., 71-84 (1968»

2741. G. Ondracek und U. Ludwig, KFK-1131 (1970), 60-7: Veränderungen imOberfll:tchenbereich metallographisch prl:tparierter Proben (reprinted from Prakt.Metallogr. 2., 369-76 (1968»

2742. G. Ondracek und D. Schmidt, paper: Deutsche Ges.f.l~etallkunde,Ausschuss f. Verbundwerkstoffe, Konstanz 1970: Thermische Elektronenemission von Cermets

2743. G. Ondracek and B. Schultz, Rev.Int.Haute Temp.Refract. 1, 397-401(1970): The Electrical Conductivity of Cermets

2744. G. Ondracek, B. Schulz und F. Thümmler, KFK-1282 (1970): Zur Leitfl!higkeit von Cermets

2762. S.K.

2763. P.A.

2764. A.E.

2765. A.E.

2766. V.M.

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2745. G. Ondracek und K. ~plichal, Proc. 3. Int. Conf. Pulvermetallurgie,Karlsbad 1970, Vol. n/2, 296-314: Die Mikrostrukturuntersuchungin cermethaltigen Systemen

2746. G.C. Padgett et al., Sci.Ceram.l, 281-318 (1970): Deformation Behavior of Heterogeneous Materials at High Temperature

2747. E. Pärnama and H. Jonsson, paper: BISRA.-ISI Conf. Materials forMetal Cutting, Scarborough 1970, ISI preprint 126, p.131-4:Influence of the Binder-Phase Composition of Cemented Carbideson the Strength and Wear Resistance in Turning

2748. T.C. Paine, U.S. Patent 3,579,390 (1970): Method of Making a Cermet

2749. A.V. Panstovskii, Poroshk.Met. 1970, No.4, 60-5: Wear of ElectrodeTools in Electromagnetic Machining

2750. J.A. Pask, UCRL-19 155 (1970), 145: Microstructure and Behaviour ofCeramic Materials; Glass and Ceramic-Metal Systems

2751. V.M. Patarini and T.Z. Kattamis, paper: ASM Mater.Eng.Congr. andMet.Soc.AlME, Cleveland 1970: Structure and Property Studiesin Unidirectionally Solidified Co-NbC Eutectic

2752. P. Patriarca and D.J. Rucker (eds.), ORNL-4520 (1970), 265-94: Development of Fuel Element Fabrication

2753. J.A. Patterson (Sondell Res.Dev.Comp.), U.S. Patent 3,577,294 (1970):Process of Coating Particles with Metals

2754. J.G. Perkins and P.T. Stroud, AWRE-0-9/70 (1970): Thin Film CermetStructures Formed by Ion Bombardment

2755. G. Peterson, paper: Metal Matrix Composites, Amer.Soc.Met., St.Paul1970: Advanced Composite Development

2756. S. Peterson and C.B. Curtis, OF~1-4503 (1970): Thorium Ceramics DataManual. Vol.1, Oxides; Vol.2, Nitrides

2757. C. Politis und S. Ohtani, KFK-1131 (1970), 23-38: ~6g1ichkeiten zurchemischen !tzung keramischer Stoffe (reprinted from Prakt.Metallogr. i, 401-16 (1967»

2758. C.B. Pollock and H.H. Stadel~ier, Metallurg.Trans. 1, 767-70 (1970):The Eta Carbides in Fe-W-C and Co-W-C Systems

2759. J.J. Rasmussen and R.P. Nelson, AD-711 964 (1970): Surface Tensionand Density of Molten Alumina

2760. S.K. Rhee, J.Amer.Ceram.Soc. 22, 386-98 (1970): Wetting of Ceramicsby liquid Aluminum

2761. S.K. Rhee, J.Amer.Ceram.Soc. 22' 426-7 (1970): Wetting of AINandTiC by Liquid Lead

Rhee, J.Amer.Ceram.Soc. 22, 639-48 (1970): Wetting of AIN andTiO by Liquid Ag and Liquid Cu.

Rice, D.J. Fontugne, R.G. Latini and A.J. Barduhn, Ind.Eng.Chem.62 (6), 23-31 (1970): Anisotropic Permeability in Porous Media

Richt, ORlfL-4480 (1970), 218-9: Correlation of Cermet Swellingwith Fabrication Voids

Richt, M.M. Martin and W.R. Martin, ORNL-4569; ORNL-4570 (1970),127-35: Postirradiation Examination and Evaluation of Tur~ten

Urania Cermets

Romaskov, N.I. Timofeeva, K.I. Frolova and I.V. Romanovich, Sov.Powder Met.Metal Ceram. 1970, No.9, 762-6: Reactions of Nickelwith Samarium Hexaboride and Boron

2782. E.A.

2783. R.H.

2784. T.D.

2785. G.E.

2786. E.J.

2787. S.V.

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2767. P. Rowcroft, J.Phys.E, Sci.lnstr. i, 211-3 (1970): Ceramic-to-Meta1Seals Meta11ized by Sputtering

2768. E. Rudy, AD-713 150 (1970); AD-713 153 (1970): Experimental PhaseEqui1ibria of Se1ected Binary, Ternary, and Higher OrderSystems. Pt.7, The phase diagram Ti-V-C; Pt.1, The phasediagrams of the systems Ti-Nb-C, Ti-Ta-C and Ti-Mo-C

2769. 0. Rüdiger, D. Hirschfeld, A. Hoffmann, J. Ko1aska and G. Ostermann,paper: Int.Powder Met.Conf, New York 1970: Composition andProperties of the Binder Meta1 in Coba1t-Bonded Tungsten Carbides

2770. o. Rüdiger, G. Ostermann und H. Kolaska, Techn.Mitt.Krupp~, 33-54(1970): Einige neuere Ergebnisse und Probleme bei der Erforschung von Hartmetallen

2771. G.V. Samsonov (ed.), Refractory Carbides (Naukova Dumka, Kiev, 1970)

2772. D.J. Sandstrom, U.S. Patent 3,517,432 (1970): Diffusion Bonding ofCeramics

2773. A.W. Searcy, in: A.\v. Searcy (ed.), Chemical and Mechanical Behaviorof Inorganic Materials (Wiley, New York, 1970), 57-79: Reactionsof High-Temperature Materials

2774. H. Schneider und D. Schönwald, KFK-1292 (1970): Abscheidung von Vanadin auf U02-Kugeln aus der Gasphase

2775. E.G. Schwartz, K.L. Wi1son and J.B. Hornsby, SRO-475-8 (1970): PowderMetallurgy Compaction

2776. J.E. SeIle, J.J. English, P.E. Teane~ and J.R. McDougal, MLM-1706(1970): The Compatibi1ity of 2~8Pu02 with Various RefractoryMetals and Alloys

2777. J.E. SeIle, J.R. McDöugal and D.R. Sch~effer, MLM-1684 (1970): TheCompatibility of P1utonium-238 Dioxide with Platinum and P1a=tinum-Rhodium Alloys

2778. M. Semlitsch, Rev.Techn.Su1zer, No. de recherches 1970, 3-9: Couchesd'interference appliquees par evaporation pour les analysesdes microstructures de materiaux a l'aide de la microsondee1ectronique

2779. R.C. Shank, IN-1426 (1970): Ana1ytical Chemistry Branch Annua1 Report

2780. R. Sifferlen, C. Guichard and J.C. Sorot, French Patent 2,038,858(1970): Manufacture of Composite Reinforced Alloys

2781. A.L. Smith, NASA-TM-X-2130; E-5789 (1970): Survey of Materials forThermionic Converters

Snajdr, BNWL-325 (1970), pt.7.2: Effect of Temperature on Mechanical Properties of Cermets

Snider and W.R. Mouser, CONF-690954; TID-4500 (1970), 192-219:Metallography of some Uranium Plutonium :Fuel Materials

de Souza Santos, Metalurgia (Sao Paulo) 26, 283-9 (1970): Reduction of Powdered U308 by Liquid Aluminium

Spriggs, Powder Met. 12, 369-93 (1970): The Importance ofAtmosphere Control in Hard-Metal Production

Stefanides, Design News l2. (19), 96-7 (1970): Refractory Metalplus MoSi2 Yields Rugged Self-Lubricating Material

Stepanov, Heat Transfer Sov.Res. 1 (4), 18-42 (1970): Concerning the Thermal Conductivity of Two-Phase Systems

- 147 -

2788. M.A. Stett and R.F. Fulrath, UCRL-19 155 (1970), 155-6: MechanicalProperties and Fracture Behaviour of Chemically Bonded Composites

2789. A.L. Stuijits, Philips Tech~Rev~ 21 (2) (1970): Renaissance ofCeramic Technology

2790. K.R. Sump and R.H. Beauchamp, BNWL-1151 (1970): Metallography ofPolonium-210 Containing Microspheres

2791. H. Suzuki and K. Hayashi, J.Jap.Inst.Metals 2!, 491-6 (1910): Effectsof Additive Carbides on the Strength of WC-IOCo

2792. C.S. Swamy and P. Weimar, Powder Met.Int. g, 134-8 (1970): E1ectricConductivity of Cermets with Idealized Structure between RoomTemperature and 1000 °c

2793. V.G. Syrkin et al., Sov.Powder and Metal Ceramics 1970, N04: ~ispers

ing of Finely Divided Powder of 0.5-5 ~ Particle Size

2794. H. Teicher et al., U.S. Patent 3,576,652 (1970): Bonding Liquids forRefractory Material

2795. T.J.W. van Thoor (ed.), Materials and Technology (Longman-de Bussy,Paris, 1970), Vo1.3: Metals and Ores

2796. Y.S. Touloukian et al.,Thermal Conductivity (1F1/Plenum, New York,1970), Vol.2, NonmetallicSolids

2797~ F~ ThUmmler, paper: Deutsche Ges~f~Metallk.unde, Ausschuss f~ Verbundwerkstoffe, Konstanz 1970: Cermet- und Dispersionsbrennstoffe für nukleare Anwendungen

2798. E.M. Trent, paper: BISRA-ISI Conf., Materials for Metal Cutting,Scarborough 1970; IS1 preprint 126, p.lO-5: Wear Processeswhich Control the Life of Cemented Carbide Cutting Tools

2799~ R.R~ Tummala and A.L~ Friedberg, J.Amer~Ceram.Soc.22, 376-85 (1970):Thermal Expansion of (Dispersed) Composites as Affected bythe Matrix

2800. R.R. Tummala and A.L. Friedberg, J.Appl.Phys • .&1., 5104-7 (1970):Thermal Expansion of Composite Materials

2801. M. Ugajin and I. Takahashi, J.Nucl.Mater. 21, 303-13 (1970): PhaseReaction in the UC-W System

2802. A.P. Watts et al., Ceramic Age 86 (7), 125 (1970): Refractories

2803. J. White, in: A.M. Alper, Phase Diagrams (Academic Press, New York,1970): The Relationship of Phase Diagrams to Constitution andMicrostructure in Ceramic and Ceramic-Metal Systems

2804. G.A. Wood, Powder Met. 12, 338-68 (1970): Quality Control in theRard-Metal Industry

2805. R.H.T. Yeh, J.Appl.Phys • .&1., 224-6 (1970): Variational Bounds ofTransport Properties of Composite Materials

2806. R.H.T. Yeh, J.Appl.Phys • .&1., 3353-6 (1910): Variational Principlesof the Elastic Moduli ofComposite Materials

2807. M. Xokohama and T. Sadahiro, J.Jap.Soc.Powder Met. 16, 45-50 (1970):The Influence of Surface Finishing on Crack Length of CementedCarbides

2808. Ch.A. Young, UCRL-20 395 (1970): Strength of Internally StrainedMatrix Composites

2809. A.M. Zakharov, 1.1. Novikov and V.G. Parshikov, Izv.Vyssch.Ucheb.Zavel., Tsvet.Met. 1970, No.6, 106-12: Ternary System Molybdenum-Titanium-Carbon

- 148 -

l2.ll2810. D.G. Alexander and O.N. Carlson, Met.Trans. l, 2805-11 (1971):

V-VO Phase System

2811. R.A. Alfintseva, Sov.Powder Met.Netal.Ceram. 10 (1), 65-8 (1971):Behaviour of Boron Nitride and Alumini~Nitride Particlesin a Molybdenum Matrix

2812. I. Amato and G. Abate-Daga, Rev.Int.Hautes Temp.Refract. Q (1), 2530 (1971): Preparation et etude du cermet moleculaire uraniumdioxid-molybdene

2813. R.L. Andelin and J.D. Watrous, MDC G-2033 (1971): Plutonia/CuriaCompatibility Testing

2814. R.L. Andelin and J.D. Watrous, MDC G-2034 (1971): Refractory-Al1oyCompatibi1ity with P1utonia-238 at High Temperatures

2815. R.L. Andelin and J.D. Watrous, MDC G-2055 (1971): P1utonia/CuriaCompatibility Testing

2816. R.L. Andelin and J.D. Watrous, MDC G-3124 (1971): Plutonia/CuriaCompatibility

2817. Anon., AD-720203; DDC-TAS-79-1-Vo1-1 (1971): Refractory Coatings

2818. Anon., Brit.Patent 1,238,166 (Brit.Patent Abstr. ~ (26), July 1971):Isostatical Pressed Metal Jacketed Cermets

2819. Anon., Brit.Patent 1,238,378 (Brit.Patent Abstr. ~ (26), July 1971):Conductive Ceramic Material with Continuous Metal Network

2820. Anon., Deutsche Ede1stah1werke, Germ.Patent Appl. 1,959,690 (1971):Coating Tool Materials with Nitrides

2821. Anon., Electronics !i, 128-9 (Feb.1971): Resistor Nets Move in Irwa1in-Line Package

2822. Anon., Feldmühle, Germ.Patent Appl. 2,017,367 (Germ.Patent Gaz.I,Chem.~(43), Oct.1971): Shaped Sintered Bodies Containing Refractory Oxides and Heavy Metals

2823. Anon., General Electric, Brit.Patent 1,249,417 (Brit.Patent Abstr.~ (40), Oct.1971): Ceramic-Metal Seals

2824. Anon., IEEE Trans. on Parts, Materials and Packaging, PMP-7, no.1,3-10 (1971): Bibliography and Abstracts on Electrical Contacts, Circuit Breakers, and Arc Phenomena, 1965-1969

2825. Anon., LA-4697 (1971): 238Pu Space Electric Power Fuel

2826. Anon., Mater.Eng. 11 (4) (1971): Materials Selector - p. 421-3,Refractories and Cermets, Fired or Sintered Parts; p. 428,Buyers Guide, Cermets

2827. Anon., MLM-1817 (1971): Mound Laboratory Isotopic Powder FuelsProgram (Jan.-March 1971)

2828. Anon., NAA-SR-12492 (1971): Annual Technical Progress Report(Fiscal Year 1967; unclassified)

2829. Anon., NASA Pech.Brief 71-10116 (1971): Metal-to-Ceramic Seals A Literature Survey

2830. Anon., RISO-M-1350 (1971): Review of Danish Boiling Water Reactor

2831. Anon., Sadem S.A. des Entreprises Minieres, Brit.Patent 1,228,654(1971): Stabilized Substoichiometric Urania-Cermet Fuels

Catalano, J.Solid State Chem. 2' 112-24 (1971):into the Eu-Eu203' the Eu-Pt-Eu203 and the Yb-

- 149 -

2832. Anon., Sumitomo Electric Industries, Germ.Patent Appl. 2,110,520(Germ.Patent Gaz.I, Chem. Q. (40), Sep.1971): Titanium Carbide Coating of Cemented Carbides by Electrohoresis in CuttingTool Production

2833. Anon., Varian Ass., Germ.Patent Appl. 2,106,120 (Germ.Patent Gaz.I,Chem. Q. (37), Sep.1971): Metal Ceramic Seals

2834. Anon., UCRL-20500 (1971), 147-73: Ceramic Science (Inorg. MaterialsRes.Div., Ann.Report 1970)

2835. Anon., UK Secr.of State of Defence, Brit.Patent 1,249,623 (Brit.Patent Abstr. Q. (40), Oct.1971): Metallizing Substrates Coatings of Al, Zn, Cd or Ti are applied to metallic or nonmetallic substrates, particularly small objects such as fibresand whiskers

2836. Anon., UK Secr.of State of Defence, Brit.Patent 1,249,624 (Brit.Patent Abstr. Q. (40), Oct.1971): Transition Metal CoatingSubstrates - suitable for depositing Cr, Mo, W or Fe ontofibres, whiskers and other surfaces

2837. U. Bäckmann and E. Lehtinen, Rev.Sci.Instr. ~, 508-11 (1971): Quantitative X-Ray Analysis of Tungsten, Carbide-Cobalt CementedCarbides in the Scanning Electron Microscope

2838. W.J. Baxter, Appl.Phys. ~, 2682-8 (1971): Work Function of Tantalum Carbide and the Effects of Absorption and Sputtering ofCesium

2839. R.G. Bedford and E.InvestigationYb203 Systems

2840. T.F. Berry et al., Ceramic Age~ (3), 25 (1971): How EngineeringEvaluation Solved (Ceramic, Metal) Seal Problem

2841. V.P. Bondarenko, V.V. Morozov and L.V. Chernyak, Sov.Powder Met.Metal.Ceram. 1Q (1), 57-61 (1971): Reaction of Lanthanum andCerium Hexaborides with Refractory Metals

2842. C.E. Eoyer, J~E. Hatfield and F.D. Orcutt, Mech.Eng• .22. (2), 33-9(1971): Hot Isostatic Pressing

2843. D. Erucklacher, W. Dienst, T. Dippel, O. Götzmann, P. Hofmann, H.Holleck, H. Kleykamp, W. Siebmanns und F. ThUmmler, New Techniques

(Neue Technik) 1971, No.7, 299-307: Some Basic Work on Advanced Ceramic Nuclear Fue1

2844. E. Euehler, J.H. Wemick and J.L. Shay, Mater.Res.Eu11. ~, 303-9(1971): CdP2-Sn System and some Properties of CdSnP2 Crysta1s

2845. D.D. Bump, MLM-1802 (1971): Methods and Materials for Encapsulation(A Literature Survey)

2846. C.A. Calow, P.D. Bayer and 1.1. Porter, J.Mater.Sci. ~, 150-5 (1971f.Solid-State Eonding of Nickel, Chromium and Nichrome Sheetsto (l(.-A1203

2847. W.E. Campbell et al., Amer.Ceram.Soc.Eull. 2Q, 938 (1971): Apparatusfor Contact Angle Measurement

2848. M.G. Chasanov, J. Fisher, D.R. Fredrickson, S.D. Gabelnick, L.Leibowitz, A.D. Tevebaugh and R.C. Vogel, ANL-7820 (1971): Chemical

Engineering Division, Reactor Safety and Physical PropertyStudies Semiannual Report

- 150 -

2849. N. Claussen, G. Petzow and J. Jahn, paper: 3rd Powdermet. Conf.,Zakopane 1971; Proo. i, 32- : Eigensohaften von A1203-FeCermets mit untersohiedlioher Phasenhaftung

2850. P. Conrad, Resistor Materials 1971 (Noyes Data Corp., Park Ridge,N.J., 1971)

2851. M. Contre et al., Powder Met.Int. i, 33-6 (1971): The Behaviour ofWC-Co Compositions under high Pressure

2852. F.W. Crossman and A.S. Yue, Met.Trans. ~, 1545-55 (1971): Unidirectionally Solidified Ti-TiB and Ti-Ti5Si3 Euteotio Composites

2853. W.E.A. Davies, J.Phys.D i, 318-28 (1971): The Theory of CompositeDieleotrios

2854. W.E.A. Davies, J.Phys.D i, 1176-81 (1971): The Elastio Constants ofa Two-Phase Composite Material

2855. P.B. Deshpande, Thesis, Arkansas Univ., Fayetteville (1971): Effeotof Partiole Spatial Distribution on Thermal Conduotivity ofTwo-Phase Systems

2856. T.E. Dunham, Met.Trans. ~, 2797-804 (1971): Effect of Deformationof Th02 Particle Morphology in W-l wt. per oent Th02 Materials

2857. K.E. Erhardt, NYO-4117-3 (1971), SKF Industries AL-71-C-005: ALiterature Review and Materials Evaluation for Rolling Bearings Operating in Liquid Sodium in the Temperature Range8000F to 12000F

2858. G. Ervin, Amer.Ceram.Soo.Bull. 2Q, 659-61 (1971): Uranium and Plutonium Carbides with Tungsten Additive

2859. H.E. Exner, in: H.H. Hausner (ed.), Modern Developments on PowderMetallurgy (Plenum, New York, 1971), Vol.4, 3l5~25: GrainGrowth in Liquid=Phase Sintering of Carbides

2860. R.E. Fitzharris, M.D. Kel1y and J.E. Selle, MLM-1809 (1971):Metallographio Analysis of Dart ]I Heat Souroe Capsule

2861. C.A. Foehl und S. Nazare, Atomkernenergie 11, 245-50 (1971):Technologie von U02-/Pu02-Brennelementen

2862. C.A. Foehl und G. Ondraoek, Atomkernenergie 11, 158-62 (1971):Pulvermetallurgisohe Herstellung von U02-/Pu02-StahlFormkörpern

2863. J.P. Giltrow, Composites ~, 228-30 (1971): A possible Source ofPorosity in Composites

2864. V.G. Gopienko, Ogneupory No.6, 55-8 (1971): Conatact Interaotionof Metallic Titanium with Oxide Refraotories

2865. H. Goretzki, H.E. Exner and W. Scheuermann, in: H.H. Hausner (ed.),Modern Developments in Powder Metallurgy (Plenum, New York,1971), Vol.4, 327-37: Eleotronic Structure of RefractoryCarbides with Relation to Wetting

2866. J.P. Guha, J.Nuol.Mater. ih, 187-94 (1971): Phase Equilibrium Relationship in the System UN-UC-Fe

2867. J. Harvey et al., Thin Solid Films ~ (6), 427- (1971): SputteredAu-Ta-O Cermet for Thin Film Resistors (A Preliminary Survey)

2868. R. Haynes, PowderMet. 11 (27), 64-71 (1971): Effeot of PorosityContent of the Tensile Strength of Porous Materials

2869. J.C. Hebeisen, D.P. Moak and W.H. Pfeifer, EMI-1895 (1971): Compatibility of Nitride Rector Fuels with Austenitio StainlessSteel

2889. P.

- 151 -

2870. E.N. Hodkin, D.A. Mortimer, M.G. Nicho1as and D.M. Poo1e, J.Nuc1.Mater• .22, 59-68 (1971): Surface and Interfacia1 Energies ofthe Uranium-Uranium Carbide System

2871. A. Hoffmann und P. Pant, Techn.Mitt.Krupp, Forschungsber. ~ (1),15-21 (1971): Untersuchungen an Europiumoxid-Cermets als Kontro11e~ent für Kernreaktoren

2872. G. Jangg et a1., Ber.Deut.Keram.Ges. ~, 282-8 (1971): Anwendungvon Tränkverfahren bei der Cermet-Herste11ung

2873. B.O. Jaensson, 11ater.Sci.Engng ~ (1), 41- (1971): Residual Stressesand Stress-Strain Behavior of the WC-Co Composite Material

2874. T.J. Jorganson, U.S.Patent 3,598,435 (Off. Gazette U.S.Patent Office889 (2), Aug.1971): Ceramic-Metal Bonding Composition andComposite Artic1e of Manufacture

2875. o. Jung et a1., Cobalt No.53, 214- (1971): Sintering of Cobalt andi ts Alloys Containing 10 %Carbides

2876. A.I. Kaznoff and M.O. Mar10w, U.S. Patent 3,579,390 (1971): Methodof Making a Cermet

2877. E.C. Kedward, B. Kiernan, R.A. Duffin, Brit.Patent 1,220~331 (1971):Improvements in and Relating to the Electro-Deposition of Composite Coatings

2878. E.C. Kedward, B. Kiernan, A. Godfrey, Brit.Patent 1,220,332 (1971):II"Janufacture of Nuclear Fuel Elements

2879. M.D. Ke11yand J.E. SeIle, 11LM-OP-71006; CONF-710902-4 (1971): Quantitative Analysis of a Cermet Sphere

2880. P. Kenny, Powder Met. 1i (27), 22-39 (1971): The App1ication ofFracture Mecr~nics to Cementec Tungsten Carbides

2881. J.T. Klomp, Powder Met.Int. i, 142-6; 193-4 (1971): Recent Deve1opment of Bonding Ceramics to Metals

2882. F. Koe1bl, Planseeber.Pu1vermet. ]2, 18-24 (1971): Vorrangstellungvon Wolfram-Karbid bei Hartmetallen

2883. H.W. Köhler, Techn.Rundschau ~ (23)(1971): Werkstoffe für die Raumfahrt, S.41: Keramische und metallkeramische Stoffe (Cermets)

2884. P. Kneisel, O. Stoltz, J. Halbritter, H. Diepers, H. 11artens, R.K.Sun, Proc.8thInt.Conf.High-Energy Accelerators (CERN, Geneva, 1971),

275-81: RF-Losses of Superconducting Niobium Cavities Coatedwith Nb205

2885. N.H. Krikorian, J.Less Gommon Met. ~, 271-9 (1971): Rection of Se1ected Lanthanide Carbides with Platinum and Iridium

2886. H. Kukral et a1., J.Phys.E i, 65-7 (1971): Ceramic-Metal Sealingwith Solder Glass

2887. E. Lamb, ORNL-4692 (1971): ORNL Isotopic Power Fuels (Quart.ReportPeriod Ending March 1971)

2888. E. Lamb, 0RNL-4723 (1971): ORNL Isotopic Power Fuels (Quart.ReportPeriod Ending June 1971) . \

Lamparter, S. Steeb and A. Guke1berger, paper: 7th Plansee Seminar, Reutte/Tirol 1971: Diffusion Measurements in the SystemsPd-V and Pd-Ti as weIl as in Metal-Ceramic Systems by Meansof a Microprobe

2890 . C.O. Leiber, Planseeber.Pulvermet. ]2, 25-36 (1971): DYnamischesVerhalten disperser inhomogener Systeme

- 152 -

2891. H. Leibold und B. Roenigk, Z.Metallkde 62, 270-3 (1971): Keramischeund Cermet-Materialien fUr hochbeanspruchte Pressmatrizen

2892. V.V. Letunovskii, V.N. Androsov and E.A. Petrovskii, Sov.Powder Met.Metal.Ceram. lQ, 244-6 (1971): Preparation of Mixtures ofTungsten Carbide and Cobalt by Means of Ultrasonic Vibrations

2893. G.E. McConald, Trans.Amer.Nucl.Soc. ]&, 566-7 (1971): IrradiatingMolybdenum-Uranium Dioxide Cermet Fuel Pins at 16000F to 5.3per cent Burnup

2894. A. Malliaris and D.T. Turner, J.Appl.Phys. ~, 614-8 (1971): Influence of Particle Size on the Electric Resistivity of Compacted Mixtures of Polymerie and Metallic Powders

2895. G.P. Marino, J.Nucl.Mater. ~, 178-90 (1971): The Porosity Correction Factor for the Thermal Conductivity of Ceramic Fuels

2896. M.M. Martin and R.G. Donnellly, Trans.Amer.Nucl.Soc. ]&, 576-7(1971): Fabrication of Helium Permeable Cermets for Application to Curium Fuels

2897. R.P. May, SC-DR-70~908 (1971): Hugoniot Relationship for a highDensity, Distended Cermet (Thoria-Molybdenum)

2898. G.W. Mellors and S. Senderhoff, J.Electrochem.Soc. 118, 220-5 (1971}.Electrodeposition of Coherent Coatings of Refractory Metals.7. Zirconium Diboride

2899. E. Meyer, U.S.Patent 3,601,855 (Off.Gaz. 889 (5), 31 Aug.1971):Apparatus for Forming a Composite Metal-Ceramic Article(Sealing)

2900. J.E. Morris and A.D. Booth, Radio and Electronic Eng. ih, 163-71(1971): Rate Control for Vacuum Co-Deposition of Thin-FilmCermets

2901. D. Moskowitz et al., in: H.H. Hausner (ed.), Modern Development inPowder Metallurgy (Plenum, New York, 1971), Vol.5, 225-34:High-Strength Tungsten Carbides

2902. S. Nazare und G. Ondracek, Atornkernenergie 11, 251-4 (1971): Eigenschaften von U02-/Pu02-rostfreier Stahl

2903. S. Nazare, G. Ondracek and F. Thümmler, in: H.H. Hausner (ed.),Modern Development in Powder Metallurgy (Plenum, New York,1971), Vol.5, 171-186: Relations between Stereometrie Microstructure and Properties of Cermets and Porous Materials

2904. R.J. Nelson and D.R. Milner, Powder Met. 11 (27), 39-64 (1971):Liquid-Flow Densification in the Tungsten Carbide-CopperSystem

2905. V.A. Nikolayeva, in: Materials for MHD Generator Channel (Nauka,Moscow, 1969; transI.: Joint Publ.Res.Serv., Washington, D.C.,1971), 177-82: Certain Properties of Refractory Cermets

2906. G. Ondracek und B. Schulz, Ber.Deut.Keram.Ges. ~, 427-34; 525-8(1971): Zur Leitfähigkeit von Cermets und anderen mehrphasigen Werkstoffen. I. Theoretische Ansätze zur Konzentrationsund Stereometrieabhängigkeit des elektrischen Widerstandes;lL Ableitung der Konzentrations- bzw. Stereometriefunktiondes elektrischen Widerstandes aus der Feldgleichung

2907. G. Ondracek und K. Spl{chal, Ber.Deut.Keram.Ges. ~, 343-54 (1971):Cermets in Zustandsdiagrammen

- 153 -

2908. S.S. Ordan'yan, N.V. Kosterova and A.I. Avgustinik, Inorg.Mater.(USSR) 1 (1), 57-9 (1971): Structure of Alloys in the SystemTa-C-Re

2909. E. Pamama et al., Powder Met.Int. 1, 131-3 (1971): Processing Parameters in the Production of Cemented Carbides

2910. J.A. Pask, LBL-166 (1971): Chemical Reactions and Adherence atGlass-Metal Interfaces

2911. J.A. Pask, UCRL-20500 (1971), 157-63: Microstructure and Behaviourof Ceramic Materials - Glass and Ceramic-Metal System

2912. C. Politis, J.Nucl.Y~ter. 22, 258-64 (1971): Das System Uranmonokarbid-Wolfram

2913. C. Politis, F. Thümmler und H. Wedemeyer, J.Nucl.Mater. ~, 93-104(1971): Untersuchungen der Systeme UN-Mo und UN-W bei hohenTemperaturen

2914. D.T. Rankin, DP-1270 (1971): Hot-Pressing Techniques for FabricatingCm203 for Radioisotopic Fuel Forms

2915. D.T. Rankin et al., J.Amer.Ceram.Soc. 2i, 277-82 (1971): Hot-Pressingand Mechanical Properties of A1203 with an Mo-Dispersed Phase

2916. S.K. IL~ee, J.Amer.Ceram.Soc. 2i, 332-4 (1971): Wetting of Ceramicsby 1iquid Metals

2917. E.I. Riegner et al., Exp.Mechanics 11 (1), 38-45 (1971): AluminiumReinforced Epoxy Models

2918. R.F. Rolsten et a1., Powder Met. l! (27), 86-93 (1971): OxidationProtection Mechanism during the Sintering of Mo-FeSi2 Mixtures

2919. K.S.B. Rose, J.Inst.Nucl.Engrs 12 (4), 95-100 (1971): Coated Particle Fuels

2920. 0. Ruediger, D. Hirschfeld, A. Hoffmann et al., Techn.Mitt.Krupp,Forschungsber. ~ (1), 1-14 (1971); in: H.H. Rausner (ed.),Modern Development in Powder Metallurgy (Plenum, New York,1971), Vol.5, 215-24: Composition and Properties of the Binder Metal in Cobalt Bonded Tungsten-Carbide

2921. D.J. Sandstrom and D.S. Fisher, LA-4752 (1971): High-Energy RateForming of Refractory Metals

2922. E. Santa Marta, Diss. Univ. Stuttgart 1971: Zur Gefügeausbildungvon gesinterten Karbid-Metal1-Systemen

2923. 1.J. Schwartz, M. Kolodney and R.A. Graff, Met.Trans. ~, 1429-32(1971): Kinetics of Interaction of Tanta1um Disi1icide withTantalum and other Metals

2924. J.E. SeIle and K.1. Breakal1, MLM-1853 (1971): Metallographie Investigation of Two Large Radioisotopic Heat Source (LRHS)Capsu1es

2925. 1.1. Sivo, Proc.IEEE 22, 317-8 (1971): App1ication of MechanicalStress for Studying the Interface Properties of the Si-Si02System

2926. K.E. Spear et al., High Temp.Sci. 1, 26-9 (1971): Phase Investigations in the U-Cr-N System

2927. C.D. Starr, J.Mater. ~ (1), 105 (1971): Metal-Metal Oxide Reactions

2928. M.H. Tikkanenn, S. Ylaesaari and K. BIomster, Phys.Sintering 1, 1-27(1971): Wetting Problems in Connection with Sintering

- 154 -

2929. J.B. Walsh, J.Appl.Phys • .&6" 1098-2000 (1971): First Pressure Derivative of Bulk Modulus for Porous Materials

2930. F.F.Y. Wang, Mater.Sci.Eng. 1, 109-16 (1971): Calculation of theElastic Moduli of Binary Comp sites

2931. H. Watanabe, T. Kurasawa, T. Kikuchi, K. Furukaw and I. Nihei, J.Nucl.Mater. ~, 213-20; 236-8 (1971): Reaction between UraniumCarbides and Liquid Sodium; Interaction between Uranium Carbideand Liquid Sodium with a small Oxygen Content

2932. R.K. Williams, T.E. Banks and D.L. McElroy, ORNL-4660 (1971): Measurement and Correlation of Thermal Resistance of UN-Metal Interfaces

2933. M. Yamawaki et al., J.Nucl.Mater. 22, 209-18 (1971): High TemperatureReaction between Uranium Monosulfide and Zirconium

2934. R.H.T. Yeh,J. Appl.Phys • .&6" 1101-3 (1971): Variational Bounds ofthe Elastic Moduli of Two-Phase Materials

Appendix

2935. Anon., International Atomic Energy Agency, Bibliographie Series,STI!PUB!21!14 (1964): Uranium carbides, nitrides and silicides(1961-63); STI!PUB!21!21 (1966): Uranium carbides, nitridesand silicides (1963-65); STI!PUB!21!33 (1968): Uranium carbides, nitrides and silicides (1966-67)

2936. Anon., International Atomic Energy Agency, Bibliographie Series,STI!PUB!21!39 (1970): Thorium Fuel Cycle

2937. Anon., International Atomic Energy Agency, Proceedings Series,EP!l (1961): Fuel Element Fabrication with special Emphasison Cladding Materials

2938. Anon., International Atomic Energy Agency, Proceedings Series,STI!PUB!77 (1963): New Nuclear Materials including non-metallicFuels

2939. Anon., International Atomic Energy Agency, Proceedings Series,STI!PUB!58 (1962): Thermodynamics of Nuclear Materials;STI!PUB!162 (1968): Thermocynamics of Nuclear Materials

2940. Anon., International Atomic Energy Agency, Review Series, STI!PUB!15!25(1962): Fabrication of Fuel Elements

2941. E.K. Storms, The Refractory Carbides (academic Press, New York, 1967)

2942. L. Bilefeld (ed.), Proc.Int.Symp. on Powder Coatings (Office Publ.,London, 1968)

2943. K. Splichal, Ustav Jad.Vyzk., Prag (1968), Nr.1996: Ursachen derschlechten Korrosionsbeständigkeit von Mg-Mgü Cermets

2944. Anon., French Patent 1,573,897 (1969): Aluminium Products Strengthened by Dispersions

2945. T.W. Butler, Thesis, Brown Univ., Providence, 1969 (University Microfilms 70-8698): Futher Look at WC-Co from the Continuum Viewpoint

2946. J. Chevillon and L. Pons, Mecan.Elec. ~ (12), 9-20 (1969): Wearand Deformation of Sintered Tungsten Carbide in Contact withRocks

- 155 -

2941. F.J. Clauss, Engineer's Guide to High-Temperature Materials (AddisonWesley, Reading, Mass., 1969)

2948. T.E. Christen, Thesis, Denver Univ., Colorado, 1969): ElectricalConduction in Cermet Films

2949. P.K. Conn and E.C. Duderstadt, GEMP-682 (1969): Fission ProductTransport Process in Refractory Metal-Fuel Systems

2950. T.P. Fidelle, Thesis, Massachusetts Univ., Amherst, 1969): EffectiveThermal Conductivity in Composite Solids

2951. E.J. Lumley and L.M. Gillin, J.Austral.Inst.Met. 1!, 266-10 (1969):Diffusion in SiC-Cr Composites

2952. W. Michel, Tech.Mitt. Krupp, Forschungsber. ~ (3/4), 19-82 (1969):Thermische Leitfähigkeit gesinterter Karbide bei hohen Temperaturen

2953. N.A. Olschanski et al., Sb.Stat.Mosk.Vysch.Techn.Utsch.I.Baumany(1969), No.132, 13-9: EB-Schweissen von A1203-Metall Cermets

2954. G.V. Samsonov, G.V. Plyushch and G.A. Pryadka, Met. 1969, No.8, 11-7;Sov.Powder Met.Metal.Ceram. 1969, 660-4: Rheological Properties of Hard-Alloy Mixtures Plasticized by Paraffin

2955. D. Schmidt, JUL-Conf. i, 36-45 (1969): Erzeugung von Cermet-Elektroden

2956. C.P. daSilva, H. Carvalhinhos and O.A. Sampaio, LFEN-NI-53-a (1969):Techniques for Preparation Of U02-Niobium (or Molybdenum) Cermets

2951. T.D. de Souza Santos and D. Tharcisio, Metallurgia (Sao Paulo) ~,281-5 (1969): Pyrometallurgical Treatment of U308~Al FuelElements

2958. J.L. Tarpley, NASA-TM X 63639 (1969): Cermet Thin-Film Resistivity

2959. W.M. Wheildon, Ceramic Ind.Mag. ~ (3), 52-5 (1969): Ceramic Coatings by Thermal Spraying

2960. S. Nazare and G. Ondracek, BMBW-FB-K 10-01 (1910), 631-41: ThermalExpansion of Cermets

2961. S.C. Carniglia, J.Amer.Ceram.Soc. 21, 591 (1911): Discussion of"Hot Pressing and Mechanical Properties of A1203 with a MoDispersed Phase"

2962. K. Spieler, Prakt.Metallogr. 2, 21-31 (1912): Der Einfluss verschiedener Diamantpoliermittel auf die Schliffgüte von Cermets. TheInfluence of Different Diamond Polishing Pastes on the PolishedSurface Quality of Cermets

Closing date: January 1972

- 157 -

AUTHOR INDEX

Abate-Daga, G. 2354, 2568, 2812Abrams, E.I. 2349Abrams, R.H. 1033Abbott, B.W. 1149Abbott, H.M. 1264Accary, A. 1034, 2411, 2569, 2510Ackermann, R.J. 1593, 2355Adamec, J.B. 461Adams, C.M. 2162Adams, D.W. 2356, 2489Adams, R.E. 1148Adams, R.M. 1265Adams, V.1. 1035Adamson, G.M. 1036, 1418, 1438,'

1514, 1914, 2135, 2250,2351, 2358, 2511

Addison, C.C. 1594Adrianova, M.N. 581Affleck, J.H. 1031Agace, C. 1150Agte, C.R. 256, 194, 1038Ahlert, R.H. 2152Ahmann, D.M. 531Aitken, E.A. 2191Akins, R.J. 1699, 1184Akiro Hara 2224, 2225Aksenov, G.I. 1595Albertsen, A.E. 1596Alekseeva, N.A. 195, 860, 1208Alexander, D.G. 2810Alexander, G.B. 1915Alexander, J.A. 2936Alexandrova, L.I. 2039Alfille, 1. 1150Alfintseva, R.A. 2811Allen, A.C. 1151, 2512Allen, B.C. 196, 2513Allen, C.M. 905, 923, 1228Allen, N.D. 251Allen, W.A. 324Al1igero, R.A. 184, 258Ali, M.A. 1916Alpes, A.M. 2514van Alsten, R.1. 1200Altmann, A.B. 342Altmeyer, G. 1305, 1306, 1631

1186Amato, I. 1419, 1420, 1591, 1598,

1152, 1911, 1918, 1919,1981, 2131, 2138, 2354,2564, 2812

Amberg, S. 695, 1266Ambler, J.F.R. 1039Ambrosio, F.F. 2652Amma.nn, E. 86Ammon, R.V. 1261

D~Amore, M.R. 430Andelin, R.1. 2813, 2814, 2815, 2816Anders, N.R. 1140Anderson, 0.1. 1892Anderson, P.B. 1920, 1926Anderson, R.W. 2516Ando, M. 1841D'Andrea, G. 2515, 2626Androsov, V.N. 2892Anicetti, R.J. 118Anishenko, L.M. 2359, 2414, 2598AnselI, G.S. 2494Antonova, E.A. 2145Apininskava, L.M. 1214Appen, A.A. 1921, 2146Arabei, B.G. 2601Arbites, W. 1154Arias, A. 1164Armantrout, C.E. 1204Ardizzone, L. 1918, 1919, 2137Armstrong, D.J. 803Armstrong, W.M. 1155, 1275Arnold, J.1. 1898Arnold, R. 1854Aronin, L.R. 1101Artamanov, A.J. 1608, 1928, 1929,

1930Artamanov, A.Y. 1156, 2371Arthur, G. 1433, 1609, 1765Artolucci-Luyckx, S.B. 2147Asanti, P. 650Asaud, C.A. 1640Astbury, N.B. 1873Astrakhantsev, S.M. 1355, 1537Ault, C.M. 1753Ault, G.M. 101, 263, 676, 849Ault, N.N. 542, 1157Avdasev, V.I. 1433Aves, W.L. 804, 805Avgustinik, A.I. 715, 934, 1931,

2372, 2498, 2599, 2908Ayer, J.A. 2600Aylmore, D.W. 1088

Babich, M.M. 2373, 2374Backhaus, K. 651Bacon, J.F. 1276Baehr, VI. 1932Mckmann, U. 2837Baes, 3.L. 1280Baharinova, V.I. 2190Bailey, G.A; 1809Baird, J. 806, 808Bakarinova, V.F. 2601Baker, L. 1281, 1435

Bakish, R. 1158Ba1achandra, J. 1185Ball, L.L. 2375Ballard, VI.E. 1277Ballas, VI. 264Ba11if, J. 1278Balschin, M.J. 1282Balyaev, A.I. 935Bane, R.VI. 1047Banerjee, J.O. 2148Banerjee, S.P. 2148Banks, T.E. 2932Baranov, A.I. 795, 1436Baranov, A.J. 387, 594Barduhn, A.J. 2763Bards1ev, J. 1766, 1933Bardzi1, P. 374Bargero, G.G. 1087Barker, M.G. 1594Barksda1e, J. 37Bar1ett, E. 1159Barnes, C. 1281Barnes, E. 439, 640Barnes, G.VI. 544Bar.net, F.R. 1767Barr, H. 1279Barr, H.N. 191, 522Barron, S. 2376Barta, J. 1048, 1293Bartascher, I.L. 1049Bartolucci, S. 1768Barton, C.I. 1700Rasche, M. 265, 652Baschkiron, S.I. 1437Basch1ukov, S.B. 2472Basham, S.J. 653Baskin, M.L. 1140, 1283, 1581Baskin, Y. 654Bateman, J. 84Batra, V.K. 2633Bätz, o. 543Batzies, P. 2149Baumgartner, u, 2602Baver, A.M. 409Baxley, A.L. 2150Baxter, J.R. 350, 440, 1284Baxter, W.G. 2378, 2838Bayer, P.D. 2846Bean, C.H. 1357Beard, A.P. 545, 655Beauchamp, R.H. 2790Beaver, I.R. 1094, 1438Beaver, R.J. 351, 441, 546, 635,

672, 807, 1036, 1057,1144, 1149, 1160, 1358,1577, 2033

Beaver, R.S. 556Beaver, W.W. 352, 442Beckerman, M. 1050

- 158 -

Bede11, J.R. 833Beek, van L.K.H. 1934Bedford, R.G. 2603, 2839Bei1ina, L.V. 1350Bell, R.L. 2508Bell, W.C. 353Be1enkaya, L.I. 1251Be1enkanina, R.G. 2151Bender, J.H. 1935Benesovsky, F. 43, 44, 192, 857,

1091, 1286, 1674,1728, 1994

Ben-Amoz, M. 2379Benson, G.C. 1287Bennet, D.G. 266, 267, 307, 864, 975Benz, R. 1936, 2152, 2380Benzel, J.F. 1288Ber, A. 2604Berau, M.J. 2605Berg, A.L. 2153Berg, M. 105, 230Berger, A.L. 25Bergmann, C. 2606Bergmann, O.R. 1769, 2381Bergua, H. 806, 808Bernard, R. 443, 763, 1161, 1289, 1439Bernardos, J.E. 1346Bernhardt, W. 1440, 1911Bernstein, H. 2607Berte11a, L.A. 547Beroes, C.S. 2154Berry, J. 2086Berry, T.F. 2840,Besseva, c.w. 656Betser, A.A. 1770Betts, R.K. 2087Beucherie, P. 2382Bever, M.B. 2608Beynon, J. 1937, 2155, 2156, 2303Bhandari, R.C. 1952Bidwe11, R.M. 1290, 1441Biederman, D. 2157Bie1efe1d, L. 2942Bieler, G. 354Bie1stein, H.O. 636Bier1ein, T.K. 657Biermann, W.K. 1325, 1513Biernawsky, W. 548Biggs, W.D. 1771Bikerman, J.J. 2158Bi1ton, J.T. 1442Binder, J. 355, 658, 809Bing1e, J.D. 1103, 1281, 1435Binns, J. 1914, 2250Binstock, M.N. 1123Bishop, P.M.H. 2384Birks, F.I. 1575Bixby, D.C. 595B1achburn, L.D. 1772

Blackburn, A.R. 38, 48, 88Blaha, J. 2044Blainey, A. 936Blakeley, T.R. 268, 338, 356, 444,

533, 549, 550, 931Blakeley, T.S. 1259Bleckmann, R. 2531Blocher, E.W. 810Blocher, J.M. 1162, 1269Block, F.E. 1112Block, M. 2382BIomster, K. 2928Bloodworth, G.G. 2508B1um, G. 1038Blum, P.L. 1291Blumentha1, R. 269, 351, 402,

445, 501Bock, A.L. 1514Bogers, P. 2121Boginskii, L. 2385Bogorodirskii, N.P. 210Bogorodskaja, L.P. 585duBois, W.R. 446Boland, J. 1512Bollack, P. 1318Bolud, P. 1180Bolz, L.R. 811Bomar, E.S. 193, 1515Bomar, S.R. 1180, 1318, 1413Bondarenko, V.P. 2841Bondesan, C. 193, 1515Bonis, L.J. 2386Boomgard, van den, J. 2159Booser, E.R. 2609Booth, A.D. 2900Borchard, R.J. 812Borovkov, G.N. 2145Borts, S.A. 1113, 2160Bosseaw, D.L. 1591Bourdeau, R.G. 265, 652Bowen, M.P. 869Boyer, C.B. 1120, 1198, 2842Boyer, W.R. 2136Boyle, R.F. 1443Bradbury, B.T. 1051Bradhurst, D.M. 813, 1052, 1053Brad1ey, W.W. 1941Bradstreet, C.W. 2516, 2610Bradstreet, S.W. 1938Brady, J.C. 1939Bragdon, T.A. 358Bragdon, T.S. 659Brandes, A. 441Brandes, E.A. 1940Bratspies, J. 2381, 2388Braun, L. 1114Breaka11, K.L. 2924Breding, M.A. 112, 938, 999, 1113Breitwieser, R. 2011

- 159 -

Brenner, P. 1941Breslich, F.N. 1444Bridges, W.R. 111, 194, 961Briggs, A. 940Briggs, G. 1048, 1293Brierley, S.M. 10Brinkmann, R.J. 725Brite, D.W. 1163, 1199, 1294,

1298, 1115Briton, M.G. 1445Boosz, R.J. 811Brockway, M.C. 1311Brokes, K.J. 1054Bronstein, R.R. 938, 1113Broutman, L. 1149Broutman, L.J. 1942, 2022, 2389Brown, C.B. 1943Brown, C.C. 1361Brown, D.W. 1821Brown, G.A. 2116Brown, R.J. 660Brown, J. 2350Brown, J.B. 2390Brown, J.E. 1185Brown, R.D. 683, 1055, 1164Brown, R.L. 2511, 2611Brown, R.M. 1812Brown, S.D. 2111, 2195Brownlee, L.D. 211, 449Brownling, M.F. 1229Bruch, C.A. 455Brucklacher, D. 2843Bruhl, D.A. 1944, 2161Brush, E.F. 2162Brutto, E. 1292Bryjack, E. 90, 1116, 2010Buchanan, A.S. 813, 1052, 1053Buck, R.W. 1131, 2612Bucley, D.R. 941Budiansky, B. 2511, 2613Budnikov, P.P. 2163, 2614Buehler, E. 2844Buffet, J. 1106, 1211Bugajef, G.A. 1446:Bugl, J. 1441Bukat,A. 2615Bulanov, V.J. 1945Bullard, R.L. 1295Bumm, R. 2164, 2165, 2560, 2616Bump, D.D. 2845Bungard, K. 359Burbach, J. 2166Burges, C.A. 2161Burghardt, A.M. 510Bujock, J. 1116Burenik, A.A. 2019Burkett, J. 661Burkin, A.R. 1946Burney, J.D. 662

Bums, R.M. 1947Bumside, D.G. 272Burrough, J.E. 1901Burton, A.J. 2617Burton, R.A. 1055, 1164Burykina, A.L. 2168Busse, C.A. 2174Butcher, B.R. 1778, 1779Butler, T.W. 2391, 2392, 2945Buyers, A.G. 1296Buzek, B.C. 1948, 2169Buzzard, R.T. 2170B,yer1ey, J.J. 942, 1056B,ykov, V.N. 2171B,ystrova, K.A. 663, 1406

Cag1e, Ch.V. 2172Cahn, R.W. 1781Cain, F.M. 1069Ca1ow, C.A. 2846Campbell, I.E. 58, 59, 1949Campbell, J.B. 1367Campbell, J.C. 53Campbell, J.E. 755, 886Campbell, W.B. 2847Cannistravo, N.I. 664Cannistravo, W. 814Canasso, C. 1165Capochi, J.D.T. 2173, 2445Capcraova, I.N. 1579Caran, A.J. 665Carland, T.L. 273Car1en, F.L. 2175Ca1son, H.G. 2176Car1son, O.N. 2810Car1son, R.J. 1780Carmichae1, D.C. 1122, 1909Carnahan, R.D. 666Carnig1ia, S.C. 2961Caro11, D.F. 1166Carpenter, F.D. 1591Carpenter, H.W. 2177Carpenter, L.G. 1448Carr, D.S. 793Carril0, D. 2389Carrington, W.E. 257Carter, A. 84Carvalhinos, H. 2956Cartz, L. 1247Cashmore, J.A. 492Cassie, G.E. 1693Caspar, P.E. 1950Caste1franco, J. 667, 815Cata1ano, E. 2603, 2839Cech, B. 816, 943, 1297, 1782Chak1ader, A.C.D. 1155, 1951Chaika, B.I. 2201Champion, J.A. 2393

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1135, 1579, 1895, 1896,1897, 2111, 2112, 2538,2539, 2540,2191

Swamy, C.S. 2792Swartout, J.A. 1574Swarts, E.L. 418Swee, R.J. 250Sweeny, W.O. 82Swindeman, R.W. 1136, 1409Swinehart, M.R. 236, 512Swisher, J.R. 2541Syrkin, V.G. 2793Szteke, W. 1553, 1883, 1884

Tacvorian, M.S. 243, 244, 419Tacvorian, S. 524, 582, 630Tahamori, T. 1736Tailot, M. 1016Tajiri, M. 882, 1115Takagi, R. 631Takahashi, R. 2447Takahashi, I. 2801Takahashi, R. 781Takahashi, S. 2298Takahashi, T. 2113Taketani, H. 1898Takkunen, P.D. 2542Tamhankar, R. V• 2712Tamozawa, M. 1736Tamura, K. 631, 146Tamura, Y. 631TangermanQ, E.J. 525, 526Tangermann, I. 1137Tannenberger, H. 2259Tarp1ey, J.L. 2958Tartakovoskii, I.P. 1666Tate, D.J. 1138Tate, R.E. 33Tatem, W.A. 2336Tatzuzawa, K. 1115, 1696Tauber, R.N. 2448Taucher, T.R. 2331Tendarelli, L.A. 1131Tetlmann, A.S. 1138, 1899, 2114Tay1or, B.L. 1515Taylor, J. 395, 478Tay1or, M.W. 149, 909Taylor, R.E. 1521Tay1or, T.A. 691Teague, W.T. 869Teaney, P.E. 2116Teicher, H. 2794Teodorescu, I. 1095Ternisten, J.A. 632, 910Tevebaugh, A.D. 2848Thackray, R.W. 439Tharcisio, D. 2951Theisen, R. 1576, 2543Theodore, J.J. 442Thielemann, W. 2544Thielke, N.R. 333, 420Thiemann, J.W. 2115Thomas, A.G. 1402, 1493Thomas, D.A. 1804, 1979Thomas, M.K. 1900, 2116Thomma, W. 2111Thomson, R.A. 1329Thomson, W.M. 636VanThor, T.J.W. 2795Thorn, R.J. 1593Thornley,R.F.M. 1247Thornton, R.R. 1901, 2007, 2338

- 180 -

ThUmmler, F. 1392, 1403, 1480, 1811,2067, 2068, 2117, 2164,2165, 2184, 2285, 2435,2452, 2497, 2507, 2545,2546, 2547, 2548, 2559,2560, 2616, 2733, 2734,2744, 2797, 2843, 2903

Thun, R.E. 1050, 1295Thurber, W.C. 556, 1577, 1578Thurmond, C.D. 527Thurnauer, H. 83Tien Ke-Seng, 1248Tikkanen, M.H. 1249, 1404, 2928Timofeeva, N.I. 2766Tinkle, M. 2152,Tinkle, M.C. 1510, 1684Tinklepaugh, J.R. 126, 127, 245, 258,

363, 369, 421, 521,683, 918, 951, 953,1011, 1017, 1018

TipIer, H.R. 1340Tipton, C.R. 453, 675, 824, 946, 1061Tischler, R.F. 2011Tishchenkova, E.F. 735Titze, H. 1580Todd, A.G. 2118Tolbert, T.L. 2339Tolmatscheva, Z.I. 1175Tolutis, V.B. 2260Tomita, K. 2113Tottle, C.R. 1522Touceda, E.G. 149Touloukian, Y.S. 2119, 2796Towner, R.I. 2324Townsend, J.R. 782Track, W. 1024, 1412Trancanella, R.ß. 2656Trapp, G.J. 34Trempton, A.W. 177Trent, E.M. 19, 22, 84,2121, 2798Tretjakov, V.I. 1449, 1579Tretjatschenko, G.N. 1405, 1739Tretyakov, V.Ya. 633Trofimov, V.I. 1680, 2120Truchanova, Z.S. 1073Truchova, Z.S. 1407, 1582Truesdale, R.S. 674Trumbore, F.A. 527Trumbull, J .L. 1584Tsai, S.W. 1740Tsao, G.T. 1139Tschulepov, V.I. 1184Tsrkalenko, V.S. 2436Tumanov, V.I. 1073, 1140, 1141, 1283,

1406, 1407, 1504, 1581,1582, 1902, 2340, 2549,2550

Tumala, R.R. 2551, 2552, 2799, 2800Turil1on, P. 783

Turnbull, R.C. 128, 246, 247Turner, D.T. 2894Turner, P.S. 528Turov1in, B. 784Tuttle, M.A. 134Tylecote, R.F. 2341

Ueda, R. 11Uelts, H.F.G. 529Ugajin, M. 2801Uhlmann, J. 1019, 1220Ullmann, J.W. 1455Umanski, A.M. 1583Umeda, I. 1573

Vacek, J. 256Vacuum, J. 2231Valerius, E. 2553Valovic, J. 2342Valujev, N.I. 1252Vambersky, A. 179, 334Vangeel, J. 2237Vaugoyeau, H. 1291Veigal, N.P. 1229, 2343Ve1d Op Het, A. 2121Velikanova, T.J. 1175, 2636Veltri, R.D. 1276Venard, J.I. 1409Venturell0, G. 634Vereschtschagin, L.F. 1254, 1253DeVicentis, H.A. 335Vickery, R.C. 2122, 2133Vincent,G.L. 2123Vines, R.F. 336Vinogradov, 1.V. 1885Violante, E. 1142Vitrynayuk, V.K. 2344VIaeh, van L.H. 1741Vlasjuk, R.Z. 1903V1asov, A.I. 1002V1asov, A.S. 1410, 1889, 1890Voboril, M. 1995Vogan, J.W. 1584Vogal, R.C. 2848Vohler, o. 1713Volkov, V.S. 2518Vollrath, D. 2345Vondra, B.L. 1069, 1231Vormelker, P.R. 2554Voronin, N.I. 2047VsesyYatskaya, L.M. 2145

Wachtman, J.B. 2124

- 181 -

Wade, W.H. 1585Wade, W.R. 1255Waddoups, M.E. 1904Wäser, B. 248, 422Wagner, F.C. 911Wagner, H. 399Wagner, P. 1742Waits, R.K. 2555Wajima, T. 1748Walmo, Y. 704DeWald,L.M. 249Waldron, M.B. 2125Walker, B.E. 1256Walker, D.C. 989Walker, J. 338, 533Walker, V.A. 1323, 1483Wall, A.J. 1143Wallace, W.P. 784Walsh, J.B. 2929Walter, J.H. 1123Walter, P. 2218Walton, J.D. 869, 912, 1020Wambold, J. 1021Wang, F.F.Y. 2556, 2930Wang, R. 1743Wangh, R.C. 546, 635, 913, 1144\1Tarchal, R. 1281Warde, J.M. 423, 478, 530Warmer, R.J. 1961Warner, R.J. 1452Warren, J.H. 1145Warren, R. 2346, 2557Warring, R.H. 181\1Tassermann, G. 2479Watanabe, H. 2931\1Tatermann, T.E. 956, 1078Watkins, W.E. 725Watrons, J.D. 2575, 2813, 2814, 2815,

2816\1Tatson, C.A. 2592,2647Watson, W.H. 1656Watson-Adams, B.R. 2413Watts, A.P. 2802Watts, T.D. 1744Waye, B.E. 1586Webb, B.A. 971\1Teber, B.C. 636, 761, 786, 1022,

1023, 1257, 1411Weber, B.L. 337Weber, C.E. 531, 786, 914Weber, H. 407Weber, J.W. 2505Wedemeyer, H. 2452, 2507\1Teeton, J.\1T. 1880Weidenbaum, B. 1745WeigeI, K. 1024, 1412, 1746Weil, N.A. 1413Weill, J. 637Weimar, P. 2164, 2165, 2558, 2559,

2560, 2616, 2792

Weinberg, H.P. 1329Weinberge, \1T.R. 1258Weir, J.R. 1215Weir, S.R. 1516Weisinger, M.D. 2126Weiss, V.R. 1980Weissmann, 2048 .Weissmann, T.S. 1258\1Teldrick, G.J. 2127Wellard, J.P. 424\1Tellborn, W.W. 425, 915Weller, E.J. 2604Wemer, W.L. 1744Wernik, J.H. 2844West, J.V. 1025West, K.B.C. 1092West, S.F. 1915Westbrock, J.H. 129, 183\1Tester, H. 426Westerholm, R.J. 638, 916\1Tever, F. 787\1Teymouth, J.H. 1332\Vhalen, T.J. 964Wheildon, W.M. 1157, 1414, 1670,

2561,2959White, A.E.S. 338, 356, 444, 532,

533, 788, 937, 1026,1027, 1259

White, J. 1028, 1048, 1293, 1905, 2803White, J.E. 1906White, J.F. 427, 2128White, J.M. 1737Whitehead, W.D. 984Whittaker, D.R. 593Whittenmore, O.J. 85, 428Wiberg, o. 1249\1Tick, Ch. 1907Wickham, R.J. 1068Wieczorkowski, M. 1553, 1714\1Tilder, D.R. 534Wilhelm, H.A. 250\1Tilhelm, J.G. 1700, 1701Wilke, K.T. 1260Wilkinson, W.D. 1261Willbrand, J. 2450\1Tilliams, A.E. 789Wil1iams, D.A. 304Wi11iams, D.N. 1029Wil1iams, D.I.I. 2129Wil1iams, H.E. 1662Williams, H.P. 1587Williams, J, 439, 639, 749, 769, 792,

1030, 1059, 1456, 1590Williams, L.R. 1809Williams, L.S. 251, 339, 640, 790,

917, 1332, 1471, 1588,1747

\1Til1iams, N.T. 23Wil1iams, R.K. 2932Wil1iams, R.V. 2130

- 182 -

Williford, J. 2347Willis, A.H. 455Willmore, T.A. 307Wilson, C. 74, 252Wilson, J.R. 254Wilson, K.L. 2775Wilson, R.E. 253, 918, 2562Windsor, H.H. 2447Wing, A.P. 1589Winkenbach, 2131Winters, C.E. 1574Wirtz, K. 1964, 2184, 2348Wiseman, C.D. 1415Wisnyi, L.G. 1415Wiszorkowski, M. 1884Withers, J.C. 1032, 1146, 1262, 2349Witt, W. 1826Wittig, H. 2663Wolek, W. 791Wolf, E.G. 2132Wolf, W. 407, 919Wong, A.K. 2350Wood, A.J. 2127Wood, G.A. 2804Wood, G.N. 1834Wood, J.D. 2310, 2388, 2387Wood, W. 1908Wood, W.O. 868Woodwara, W.H. 340Wouldborn, J.M. 920Wright, A.J. 2133Wright, K. 1456Wright, T.R. 1909Wright, W.J. 792Wright, W.K. 1590Wulff, J. 91, 129, 331, 652Wulff, F. 265Wyss, R. 2027

Yaggee, F.L. 2563Yajiama, S. 1116Yamada, K. 1345Yamaguchi, S. 1369Yamamato, I. 2111Yamamato, K. 1748Yamamotov, T. 1897, 2112, 2539, 2540Yamauchi, S. 602, 743, 1859Yamauchi, T. 772Yamawaki, M. 2933Yamazaki, M. 1383Yamouchi, S. 704Yang, C. 2351Yang, L. 1591Yancey, R.W. 1416Yarnton, D. 1147Yasui, H. 2331Yazu, S. 2442, 2443, 2670, 2671Yeh, R.H.T. 2805, 2806, 2934

Yerkowiah, L.A. 341, 429Yerouchalmi, D. 1743Ylaesaari, S. 2928Ymanchi, S. 1216, 1518Yoblin, J.A. 1910Yokohama, M. 2807Yosim, S.J. 921Young, Ch.A. 2808Young, W.J. 1526Youngdahl, C. 1299Youssov, G. 640 aYue, A.S. 2852Yubara, K. 1984Yutani, N. 1263

Zabo10tny, L.V. 1974, 2203Zagar, L. 1911Zdanov, S.M. 1341Zakharov, A.M. 2564, 2809Zakharov, B.M. 2352Zambrow, J.L. 745, 903Zamfirescu, C. 2293Zarazewski, B. 35Zarichniak, I. 1970Zarichniak, P. 1910Zarnowiecki, K. 1592Zarubin, N.M. 36Zas1avskaya, L.V. 892Zelechowski, B.J. 2134Zelenskiy, V.F. 1341Zelezny, W.F. 2565Ze1ikmann, A.N. 393Zeman, K. 922Zemlyakova, Z.F. 2614Zhdanovich, G.M. 2566Zhemchuzhina, E.A. 935Zhilin, V.A. 2353Zhuralev, G.I. 2372Zikarev, V.J. 535Zimmer, F. 1411, 1912Zimmer, J.M. 255Zimmermann, W.F. 536, 694, 695Zirinsky, S. 193Zmii, V.I. 2274Zlobin, G.P. 2561Zaller, R. 2149, 2567Zope, B.D. 2490Zubova, E.V. 1254Zukor, M. 1989Zurav1ev, G.I. 1913

- 183 -

SUJ3JECT INDEX

The contents of every reference is indicated by means of descriptors. In

doing this, the questions posed were:~ material combination has been

investigated, h2:!! was it fabricated,~ properties have been evaluated,

~ is the said material applied, and !h!i information is available?

Thus, the deseriptors were selected aecording to the following subjeet fields:

materialsteehnologypropertiesapplicationsbibliographie information

(see Table 1, Guide to subjeet fields and deseriptors, and Table 2, Oeramie

metal eombinations and cermets which have been investigated).

'Physieoehemieal properties' are listed under 'materials' rather than under

'properties' because they deal with relations and reaetions between ceramies

and metals as such and not neeessarily with eermets.

Normally, every paper on eermets gives details on its technology (i.e. pre

paration), density, and strength. These descriptors seem trivial and are

only used when special or detailed investigations were performed.

Every reference is characterized by astring of deseriptors. The structure

of these strings is usually aecording to the proeedures of research and de

velopment, i.e. materials, teehnology, ••• (as above). This strueture has also

been maintained wherever possible when listing the particular referenee

aceording to the seeond, third, ••• deseriptor. It should be noted, however,

that the sequenee of deseriptors also earries some information; e.g.

mierostrueture meehanieal properties WO-Co = relation betweenmierostrueture and meehanieal properties; applieation to WC-Co

mierostrueture WC-Co meehanical properties = investigation ofthe microstructue of WC-Co; some meehanieal properties havealso heen investigated

Every entry (exeept those dealing with eomposites, refractories and other

similar materials) is about eermets; therefore the term 'cermet' has been

omitted.The subjeet index also lists several cross referenees in the form of

and see also--

- 184 -

Other explanations

coated particles

A1203-Co,-Cr,-Fe; Ti02 •••

TiC-CoTiC-Co

= this reference is a paper read at a conferencejwritten documentation is most likely not available

= alumina cermet(s)

= A1203-Co, A1203-Cr, A1203-Fe ~ Ti02-Co, Ti02-C~

Ti02-Fe cermets were investigated.

Cermets separated by a semi-colon are treated asdifferent descriptors; thus this combination islisted again as Ti02-Co,-Cr,-Fe; A1203••• )

= (ceramic) powder particles covered by a (metallic)layer

= the technology of making coated particles or coating any other object

= resulting product (such as, surface coatings)

= interactions and reactions between TiC and Co= phase diagram Ti-Co-C, with special reference to

the cermet TiC-Co

= specific model or a material configuration orcombination thar-is suitable for the simulationfor cermets (e.g., porous bodies, glass-bakelitecomposites)

+definition = patent on a cermet; adefinition of cermets isalso given in the patent

A1203

patent

coating

coatings

compatibilityconstitution

model

(2624)

reviewreview

ss

= review article on cermets in generalcemented carbides = review article on cemented carbides

= stainless steel

Grouping of descriptors has been done wherever possible; thus

bending strengthcreepfracture

~ listed ~strength !bending)strength creep)strength fracture)

The structure of descriptors is as follows:

strengthstrength (bending)strength (bending)/high temperature/strength /temperature/strength, measurementstrength, theory

( )/ /

for grouping

for specific additionalinformation

The arrangement of the deseriptor strings is alphabetical; e.g.,

TaC-Co..•..••..•thermal conductivity..........Th02-Be..........

.....00U1

•BIBLIOGRAPHIC INFORMATION

other materials

nuclear materials *nuclear materials (control rod)fuel elementes)

bearingcutting materialfriction materiallaminatesrocket materialshieldingstructural materialturbine materialvacuum seal

classificationdatadata evaluationdefinitionmodelstatistics

electronic components *capacitorcontactelectrodeheating elementresistor

resistor (thin-film)thermoelementthermionic emitter

bibliographybookpatentreviewsurvey(2624) D paper read at

a conference

... ---------------~

~ APPLICATIONS

distribution)electron micn)etching)grinding)high temper.)lineal anal.)particle size)polishing)porosity)stresses)

microstructuremicrostructuremicrostructuremicrostructuremicrostructuremicrostructuremicrostructuremicrostructuremicrostructuremicrostructure

microstructure *

transport preperties

electrical conductivitythermal conductivity

other properties

densitydielectric propertiesmagnetic propertiesoptical propertiesthermoelectric properties

- -- - --- --- - --- - --

mechanical properties *elastic constantshardnessstrength

strength bending)strength creep)strength compressive)strength fatigue)strength fracture)strength impact)strength tensile)strength thermal shock)strength torsion)

stresseswear

thermal properties

specific heatthermal expansion

• • •• measurement•••• theory

r-t+ PROPERTIES

processing

powder metallurgy *millingmixingpressing

pressing explosion)pressing extrusion)pressing hot)pressing hot isostatic)pressing magnetic)pressing vibratory)

sinteringsintering (liquid phase)sintering (pressure)

ether processes

coated particlescoating

coating !electrOdepOSiting)coating electroplating)coating flame spraying)coating precipitation)

coatingsevaporationfuel elements. fabr~cation

sputteringthermite reaction

smelting,

castingcasting (slip c.)

infiltration

chemical anaLysischemieal analysis (microprobe)chemical anal. (spectroscopy)

chemieal processingforming

forming (electroforming)irradiationjoiningmachiningrollingswagingtesting

physicochemical properties

bondingcompatibility

compatibility (corrosion)constitution

constitution (solubility)wetting

Al203-Ag }Al203-Al See Table 2........boride-earbidecemented boridescemented carbidescemented oxidesnitride-oxidephosphidesulphide-

other materials

MATERIALS

cermets

carbidesceramicscompositesmaterials

materials ~development)materials new)materials sintered)

rare earthsrefractories

refractories (superrefract.)transition metals

-- --- ------- - ---

* D also used as adesoriptor

I t-'i TECHNOLOGY

Table 1

Gtude to subject fieldsalld descriptors

- 187 -

abrasion ~ wear

adhesion ~ bondingwetting

AlN- strength patent 612AlN-Ag,-Cu; TiC-Ag,-Cu wetting 2762

-Al patent 551-Mo; BN-Mo compatibility 2811-Nb,-Ta,-Ti,-V; Si3N4••• ; Ti02... compatibility 2889-Pb; TiC-Pb wetting 2761

AIN- strength patent 612AlN-Al patent 551AlN-Pb; TiC-Pb wetting 2761

2849

405

55

105117, 201

598, 2846

282, 283, 284

2589

2080Zr02•••

920(2470)

A1203A1203Al203-

467, 729, 780, 1008, 1216, 1367, 1518, 1859, 2659BeO- wetting 1615

bonding 1864, (2624)casting (slip) patent 752coated particles strengthcoatings (2316), (2317)cutting material patent 2586electronic component 1789joining 668, 2953joining mechanical properties (2185)machining strength electrical + thermal conductivityresistor patent 752sintering physical properties 2200

Si02- compatibility 2047, 2714strength 1890, 2275, 2276

U02-W irradiation 2701vacuum seal 2632thermal expasion 328wetting bibliography 2002

A1203-Ag,-Au,-Co,-Cu,-Fe,-Ni,-Sn; B4C••• ; CaO••• ; Si02••• ; Zr02... wetting 1911-Ag compatibility 1828

eleetriaal aond~etivity 356, 444infiltration patent· 4g3, 532

-Ag,-Cu strength 1284-Al resistor (thin film)-Al,-Be,-Co,-Ni,-Zr; BeO••• ;-Al,-Co,-Fe; TiC-Co,-Fe,-Ni-Al,-Cu,-Fe,-Pb,-Pt joining-Al wetting 666, 2393-Au,-Pt; Th02-Au,-Pt strength (tensile) electrical conductivity 2654-Be,-Co,-Cr,-Fe,-Ni,-Zr; Cr203••• ; MgO••• ; SiN••• ; TiB2••• ; TiN••• ;

ZrB2••• ; zrC••• ; Zr02... 134-Be,-Fe,-Ni,-Si; Be2C••• ; BeO••• ; MgO••• ; Ti02 ••• ; Zr02•••-Be,-Mo,-Ni,-Si,-Zr; MgO••• ; Th02••• ; Zr02... compatibi1ity-Bi,-Na,-Sn; MgO••• ; TaC... compatibility 321-Co coated partiales bonding strength elastic constants

constitution 451patent 669

-Co,-Cr,-Ni bonding e1astic constants-Co,-Cr,-Fe,-Nb,-Ni,-W 1889-Co,-Cu,-Ni,-Sn; SiC••• ; Si02••• ; Zr02... wetting 1440-Co,-Fe,-Ni; BeO••• ; Cr203••• ; MgO••• ; Zr02... constitution-Co,-Fe,-Ni compatibi1ity 1186

A1203A1203A1203A1203-

- 188 -

A1203-Co,-Ni bonding 602-Co,-Ni; carbide-Co,-Ni wetting 1251-Cr 88, 123, 174, 243, 326, 329, 419, 562, 563, 582, 685, 686, 961, 981,

1392, 1460-Cr bonding 602, 2846

casting (slip) strength patent 876friction material wear 1055optical properties 1255turbine material 211, 322, 550microstructure 620microstructure irradiation 762patent 603, 705, 788, 821pressing (hot) strength hardness microstructure 896sintering microstructure strength 398, 503strength 626, 709thermite reaction 634, 1410thermite reaction patent 219, 310, 362, 426, 660, 734thermoelement rocket material 977

-Cr; B4C-Al; U02-ss irradiation 502-Cr,-Cu,-Fe thermite reaction pressing (hot) 1627-Cr,-Fe 2027-Cr,-Fe; BC••• ; zrC... 67

B4C-Fe; TiC-Fe,-Ni 158MgO-Co,-Ni 533

-Cr,-Fe,-Mo 615-Cr,-Fe; TiC... strength 106-Cr,-Mo 412-Cr,-Mo; TiC-Mo,-Ni bearings joining 905-Cr,-Mo,-W 543-er; SiC-Si; SiN-Si 1100

SiC-Si; U02-ss 965U02-Cr coated particles 2309

-Cr,-W patent 133, 195-Cr; Nb05-Cr; Ta205-Cr; TiO-Cr patent 554, 555-Cs 1009-Cu mechanical properties 2479-Cu,-Ni compatibility 2075-Cu,-Sn; Cr203... wetting electrical conductivity 565-Cu,-ss,-Ti compatibility joining mechanical properties 2408-Fe 710, 787, 836, 2514-Fe bonding wetting 743, 1721

coated particles bonding strength (bending) elastic const. 2849constitution thermite reaction thermal expasion 625, 773thermite reaction 2302turbine material 52

-Fe,-Ni; MgO••• ; Zr02... 483-Fe,-Ni pressing strength electrical + thermal conductivity 122-Fe,-Ni; Si02-Fe electrical + thermal conductivity 202-Li wetting 935-Mo electrode 2323

microstructure 1623, 2680, 2681patent 407, 1027pressing (hot) mechanical properties 2915, 2916thermal expansion thermal conductivity 2500

-Mo; BeO-Mo,-Nb electrical + thermal conductivity thermal expansionstrength 2151

-Mo,-Nb,-!a compatibility-Mo,-Nb,-Ta,-W 2013-Mo,-Ti,-Zr; MoSi-BiJ ZrO-Be,-Mo,-Ti,-Zr 72

- 189 -

A1203-Mo,-W 2008-Mo,-W wetting 2756-Na compatibility 2614-Nb 2011-Nb compatibility 1991

joining 2245pressing (hot) 2324

-Nh,-Ta,-W; BeO••• ; MgO ••• ; Th02••• ; Y203••• compatibility 1803-Ni 2093-Ni coating (flame spraying) e1ectrical conductivity 1872

compatibility 1155, (1975), (2662)infiltration (1588)infiltration patent 827

-Ni laminates strength 1888microstr~cture (etching) 2129patent 978pressing (extrusion) 2094

-Ni; Cr203-Ni electrical conductivity 2048Th02-Cr; WC-Co; Zr02-Cr coatings 1654

-Si microstructure 2186-Sn; MoSi3-Sn; SiC-Sn wetting 796-ss microstructure 1817, 2739-ss; MgO-ss thermoelement 2377

U02-ss patent 1590+review 700

-Ta capacitor resistor 2092resistor (thin film) electrical conductivity 2448

-Ti 1679-Ti compatibility 2864

pressing (extrusion) 783thermite reaction 496

-W 1512-W electrode 1612

electrical conductivity 1931wetting 1636

-W; BeO-W 1715-W; BeO-W coated particles bonding patent 2661-Zr thermite reaction 912

alumina ~ A1203-

Am02, Cm02, Np02, U02 coatings 2333

wetting 1911

190

2645

158817

BC- nuclear materials 471BC-Ag,-Al,-Sn,-Zn sintering (liquid phase)

-Al; SiC-Al patent 1021-Co,-Cr,-Fe,-Ni bonding 41-Co,-Mo,-Wo,-Ta,-W; TiC... turbine material-Cr,-Fe; A1203 ••• ; ZrC... 67

B4C-Ag,-Au,-Co,-Cu,-Fe,-Ni,-Sn,· CaO••• ·, S;02 • Zr02 • A1203... ... , ... , ...•Al; U02-ss; A1203-Cr irradiation 502-Co,-Fe,-Ni 148-Cu 430-Fe 75-Fe; TiC-Fe,-Ni; A1203-Cr,-Fe-ss; ZrB2-ss compatibility

- 190 -

BN-Mo; AIN-Mo compatibility 2811Be2C-Be,-Fe,-Ni,-Si; BeO••• ; MgO••• ; Ti02••• ; Zr02••• ; A1203... 105Be4C-A1; U02-ss; A1203-Cr irradiation 502BaO-Pt constitution 2626

bearing 928, 1200, 192\ 2609bearing A1203-Cr,-Mo; TiC-Mo,-Ni joining 905

patent 911pressing 1156WC-Co coatingswear 1656wear compatibility /Na/ 2857

bending strength ~ strength (bending)

Be2C-Be,-Fe,-Ni,-Si; BeO••• ; MgO••• ; Ti02••• ; Zr02 ••• ; A1203... 105Be4C-Al; U02-ss; A1203-Cr irradiation 502Bao-Pt constitution 2526BeO- 427BeO- fuel elements irradiation review 1337BeO- A1203- wetting 1615

; Be2C- 352BeO-Al,-Be,-Co,-Ni,-Zr; Zr02 ••• ; A1203... 282, 283, 284

-Be,-Fe,-Ni,-Si; MgO••• ; Ti02 ••• ; Zr02 ••• ; A1203 ••• ; Be2C... 105-Be,-Mo specific heat 1256-Co,-Fe,-Ni; Hf02 ••• ; MgO... 2256

; Cr203 ••• ; MgO ••• ; Zr02 ••• ; A1203... constitution 55-Cu strength (tensile) 2463-Mo,-Nb; A1203-Mo thermal expansion strength (fracture) electrical +

thermal conductivity 2151-Nb,-Ta,-W; MgO••• ; Th02 ••• ; Y203••• ; A1203... compatibility 1803-U; CaO-U; La203-U; SrO-U; U02-U compatibi1ity (sme1ting crucible) 2259-w (1555), (1719)-w patent 1560-w; A1203 coated particles bonding patent 2623

; Th02-W; U02-Al,-Cu,-Mo,-Nb,-Ni,-ss microstructure 1530Be203-Al coatings patent 867

bib1iography ~~ reviewsurvey

bibliography 165, 437, 568, 801, 802, 953, 1018, 1226, 1264, 1328, 1376,1809, 1832, 2000, 2243, 2329, 2366

bibliography cemented carbides 1328, 2329cemented carbides + electronic components 143composites, fabrication 2571contacts 2824fuel elements 2935, 2936, 2937, 2938, 2939, 2940fuel elements irradiation 1123mechanica1 properties 887oxide- patent 1328

wetting 2002thermionic emitter 2506U02- 949vacuum seals 2578, 2829WC-Co 2644

BiC13-Bi constitution 921

binding ~ bonding

- 191 -

bonding ~~ joiningwetting

bonding 251, 281, 297, 298, 299, 397, 482, 688, 708, 789, 797, 1167, 1304,1340, 1380, 1384, 1741, 1893, (1894), 2105, 2341, 2652, 2696, 2697,

bonding A1203- 1864 2881A1203-Co,-Cr,-Ni elastic constants 598, 2846

-Co,-Ni 440-Cr 602-Cu,-ss,-Ti jOlnlng mechanical properties 2408-Fe coated particles strength (bending) elastic c. 2849

wetting 743, 1721-W; BeO-W coated particles bonding 2661

BC-Co,-Cr,-Fe,-Ni 41book 2172CaB6- ; YmB-Si; MhB2-Si 191cemented carbides 375, 1309, 1820, 2111coating (flame spraying) 2097fuel element (754), (757), 1198, 2254infiltration patent 2794mechanical properties WC-Co,-Cu 1004oxide- 2407patent 1765, 2772, 2874review 2217SiC- 258, 421SiG-Fe 184Si02- compatibility (1870)Si02-Si 2925

-W 1736strength (1467), 2325stresses 2485survey 707, 854Th02- ; U02- 1287TiG-Al 1769

-Al,-Au,-Be,-Co,-Gr,-Fe,-Mg,-Mn,-Ni,-Pb,-Si,-Ti,-V 60, 98-Go,-Cr,-Ni 119-Ni 1072-Ni microstructure 1183

transition metals 1881UC-Fe 1532U02-Cu 1522

-Fe fuel element 1469U308-Al,-Mg 74WC-Go 116, 146, 464, 868, 1723, 2920WC-Go chemical properties 1407

-Go,-Cu mechanical properties 1004wetting compatibility (2334)

book 1018book bonding 2172

cemented carbides 1674, 2941ceramics 2311coatings 1947, 2168composites 1824, 1833, 1947contacts 1559fuel elements 2232, 2233, 2472, 2473, 2513, 2518microstructure 2090microstructure ceramics 2210mixing 2585mixing density 2216

- 192 -

book powder metallurgy 2611refractories 2726sintering (liquid phase) 2635

book (dictionary) nuclear materials 2433

boride- ; carbide-; oxide- coating (electroplating) 1176; oxide- wetting 830; TiC- survey 287

boride-Cu; carbide-Cu thermoelectric force 766

brazing ~ joining

burnup ~ Pu••• fuel elements irradiationU... fuel elements irradiation

CaB6- ; MnB-Si; MnB2-Si bonding 191

CaF2-Pu; NbC-Pu; Y203-Pu; ZrC-Pu; Zr02-Pu compatibility (crucible) 2630

CaO-Ag,-Au,-Co,-Cu,-Fe,-Ni,-Sn; Si02••• ; Zr02 ••• ; A1203 ••• ; B4C... wetting 1911-U; La203-U; srO-u; U02-U; BeO-U compatibility (crucible) 2259

capacitor A1203A1203-TaHf02-Hf

927resistor1826

2092

carbide- chemical analysis 1523cutting material 494nuclear materials 1551, 1575wetting 1708, 2303

carbide-Co,-Ni; A1203-Co,-Ni wetting 1251-Cu; boride-Cu thermoelectric force 766-Cu wetting 2865-ss 1054-ss wear 1044

carbide- oxide- 333, 986ox1de- boride- coating (electroplating) 1176oxide- compatibility 1611, 2773oxide- wetting 388, 488, 830, 1137

carbides infiltration 112, 1076microstructure 476pressing (extrusion) 425survey 961

casting 102casting cemented carbides patent 132

coatings 2672coatings patent 1533Cr203-Mo,-Re,-W; MgO-W microstructuremixing 1029TiC- 240WC-Co sintering physical properties

casting junidirectional so1idificationj NbC-Co

TiB-Ti;U02-W .U02-W

2735

microstructure 2040

microstructuremechanical prop. 2751

Ti5Si3-Ti 2852(2394), 2620

microstructure (electronmicroscope) 2657

- 193 -

casting (Sl~p c.)casting (sl~p c.)

468, 644, 701, 761, 767, 785, 1022, 1102, 1214, 1257, 1411A1203- patent 178A1203-Cr strength patent 876review 897, 922Th02-Bi 969U02-Bi patent 960WC-Co 1716, 1951ZrC-W 2410

cathode ~ electrodee2ectronic componentthermionic emitter

CbC-Co,-Ni; TaC-Co,-Ni; WC-Co,-Ni sintering 63

CdO-Ag contact 342contact patent 70, 103, 224, 304, 336, 512, 742, 870

CdO-Ag,-Cu contact patent 698-Ag; CuO-Ag contact patent 1478-Ag; HgO-Ag; Sn02-Ag; ZnO-Ag contact patent 768-Ag; WC-Ag contact 2099

CdP2-Sn constitution 2844CdS-In; CdSe-In; ZnO-In electrical conductivity strength, measurement 415CeC2-Ir,-Pt; ErC2••• ; YC2... compatibility constitution 2885

cemented borides ~~ borides

cemented borides 508

cemented carbides ~~ carbidecarbidesPiC-CoWC-Co

182

microstructuremicrostructuremicrostructuremicrostructure

21, 22, 24, 35, 50, 431, 459, 557, 915, 1225, 1250, 1754,2118, 2484 2785, 2909

bibliography 1328, 2329bibliography +electronic components bibliography 143bonding 375, 1309, 1820, 2111book 167~ 2941casting patent 132cemented oxides 518chemical analysis 1096, 1225, 2089chemical processing 1538chemical properties 1320compatibility (corrosion) 1616, 2141cutting material 730, 2602cutting material wear 2604, 2798data 1795elastic constants 2039electronic components patenthardness strength 4, 10machiriing 274, 1066, 1755mechanical properties 567 2922microstructure 40, 90, 199, 1297, 1334, 2071, 2121, 2481,microstructure strength 327, 1095, 1192

statistics 1333(electron microscope) 443, 2044, 2289, 2481(stresses) 1786, (2666)/cracks/ 2807/grain size/ 2702

cemented carbides

- 194 -

cemented carbides mixing 2954patent 884pressing 1025, 1815pressing (extrusion) 958, 2692pressing /autoclave/ 2417refractories survey 53review 66sintering 641, 1706sintering /furnaces/ 2693strength 608, 2807strength testing 2198, 2418, 2462strength (bending) 826stresses 1289survey 34, 86, 249, 883, 1286, 1354technology powder meta11urgy 2640, 2785technology /quality control/ 2804testing 176thermal conductivity 2026, 2359, 2952wear 1984, 2141

cemented carbides /SSSR/ 1437

cemented oxides ~~ oxide-oxides

cemented oxides cemented carbides 518CeB6=Hf,-Re,-Ta,-W; LaB6... compatibility 2841Ce02-Re,-W; Th02 ••• ; Zr02 ••• ; TaB••• ; HfC••• ; NbC ••• ; TaC•••

wetting 2267

ceramies 1233, 2189book 2311coatings 1212, 1243, 1394, 1398, 2088

testing 1508data 2580mechanical properties survey 552, 2124, 2404microstructure book 2210powder metallurgy 1246strength 2628survey 2278

ceramography ~ microstructure

cermetography ~ microstructure

chemical analysis ~~ chemical processingchemical propertiescompatibilityconstitution

compatibility

chemical analysischemical analysis

chemical analysis

1169carbide- 1523cemented carbides 1095PuC-Ru; UC-Ru 2127PuC-ss; Pu02-ss; U02-ss 1693TiC-Cr 892TiC-Ni 1142UC14-Al; U02-Al 2119U02-Al 1047U02-ss 1485, 2028

/stoichiometry/ U02-W 2523

- 195 -

chemical analysis (microprobe) fuel elements 1576joining 1710U02-Mo,-Zr 2621

chemical analysis (spectroscopy) density 2409

chemical processing ~~ chemical analysischemical propertiescompatibilityconstitution

chemical processing cemented carbides 1538U02-Mo 1932U02-ss 1485, 2028

chemical properties ~~ chemical analysischemical processingcompatibilityconstitution

chemical propertieschemical properties

632, (1007)cemented carbides 1320TiC-Ni 1223U02-Fe 1678WC-Co bonding 1407

cladding ~ fuel elementsPu••• fuel elements, fabricationU... fuel elements, fabrication

classification ~~ reviewsurvey

classificationclassification

875, 2290composites 262lelectronic componentsmaterials (sintered)

9242344

Cm02, Np02, U02, Am02 coatings 2333Cm02-Mo; Pu02-Mo compatibi1ity 2515

-Mo,-Re,-Wj Pu02... compatibi1ity 2813, 2814, 2815, 2816Cm203- compatibility 2631Cm203-Mo,-Nb,-Ta,-V,-W,-Zr; Tm203-W compatibility 2101

-Mo; Th02=Mo pressing (hot) sintering 2888

cohesion ~ bonding

coated particles

coated particles

91, 343, 885, 1069, 1093, 1158, 1162, 1241, 1260, 1277,1515, 1526, 1587, 1111, 1713, (2014)

Al203- 982A1203- strength 2589A1203-Cr; U02~Cr 2309

-Fe bonding strength (bending) e1astic cQnst. 2849-W; BeO-W bonding patent 2661

fue1 elements 1190, 1244, 1393, 1450, (1734), 2919fuel elements, fabrication patent 2876Hf02-W; MoSi-Mo; yt203-Cr 2513MgO-Mo; Zr02-Mo,-W strength 1112patent 272, 2589, 2612, 2153, 2818, 2819, 2835, 2836pressing patent 2148Pu02-Mo pressing (hot) 2830Th02-Cr 2343

- 196 -

c~ted particles A1203-Mo pressing microstructure 2819-W; BeO-W bonding patent 2661

fuel elements 1190, 1244, 1393, 1450, (1734), 2919MgO-Mo; Zr02-Mo,-W strength 1712patent 272, 2589, 2594, 2612, 2153, 2818, 2919, 2835,Th02-Cr 2343 2836TiC-Co 113, 114UC-Au,-Ni; U02... 2431

-Nb fuel element, fabrication patent 2543-W; U02-W microctructure 1935

UN-Mo,-W pressing 2542; U02-W; US-W pressing 1269

U02- (886), 1069, 1117, 1231U02-Al 239, 252

-Al,-Cr,-Nb irradiation 1346-Cr; A1203-Cr 2309-Cr pressing (hot isostatic) physical properties 2559-Cr,-Mo electrical conductivity 2192

pressing (hot isostatic) electrical + thermalconductivity strength irradiation 2558

-Cr,-Nb fuel elements, fabrication 1229-No 1185-No pressing (hot isostatic) 2560

sintering 1326thermionic emitter 2236

-No,-ss thermal conductivity irradiation 1062-Mo,-W 2322

pressing (hot isostatic) 1919-No; Zr02-No 2098, 2310-Nb 1301-Nb,-Ta fuel elements, fabrication 1918-v 2774-w 755

strength (creep, fracture) 2170thermal conductivity 2220

-W; UC-W microstructure 1935ZrB2-Cr infiltration 1159Zr02-No,-W; MgO-No strength 1712

(1032), 1262, 1940, (2244), 2413, 2510patent 2811rocket materials 1329testing 1087TiC- 2832WC-Cu 1690ZrB2-Cu 2898

1146, 1276boride-, carbide-, oxide- 1176TiC-Ni 674

1157, 1493, 1542, 1670, (1819), 1858, 2249,(2253), 2382, 2561, 2959

coating (flame spraying)

coating (electrop1ating)coating (electrop1ating)

coating ~~ coated partic1escoatings

coating joining 2162patent 2648

coating INol 2088coating ITil 2113

coating (e1ectrodepositing)coating (e1ectrodepositing)

- 197 -

coating (flame spraying) A1203-Ni electrical conductivity 18721;londing 2097Cr2.B-Ni 850density 2524Hf02-Mo,-W; Th02••• ; Zr02... patent 2228oxides 2193

coating (precipitation) 1946

coatings ~~ coated particlescoatingrocket materials

coatings 266, 309, 314, 315, 344, 345, 396, 542, 638, 664, 670, 703, 706,758, 793, 800, 805, 810, 814, 863, 878, (900), (906), 916, 1037,1068, 1077, 1105, 1131, 1153, 1161, 1274, 1349, (1442), J607,(1909), 1913, 1927, 2142, 2146, 2274, 2298, 2299, 2590, 2591, 2674,

coatings A1203 (2316), (2317) 2817, 2820,A1203-Ni; Th02-Cr; WC-Co; Zr02-Cr 1654 2845, 2942Am02, Cm02, Np02, U02 2333Be203-A1 patent 867book 1947, 2519casting patent 1533ceramies 1212, 1243, 1336, 1394, 1398, 208& 2518

testing 1508Cr2:B-Ni 396MgO-Ni 166, 538, 725MoC-Mo; NbC-Nb; TaC-Ta; TiC-Ti; WC-W; ZrC-Zr 2707NbC-Mo,-Nb,-Ta,-W; ZrC... book 2168oxides 1088, 2306patent 867, 26788i02- 21238i02-Mo,-Nb,-Ta,-W compatibility 2631structural materials (2527)thermoelement 1885WC; WC-Co 2352WC-Co bearing wear 16~6

wear 1327, 2145, (2336)ZrC patent 2582ZrN patent 2501Zr02- (2277)

compacting ~ pressing

compatibi1ity ~~

compatibility

compatibility

chemical analysischemical processingchemical propertiesconstitution

214, 215, 216, 229, 230, 247, )18, )348, 418, 453, 1037, 1275,1282, 1304, 1855, 2330, 2426, (2610

AIN-Mo; BN-Mo 2811AIN-Nb,-Ta,-Ti,-V; 8i3N4 ••• ; Ti02... 2889A1203- 729A1203- ; 8i02- 2047, 2714A1203-Ag 1828

-Be,-Mo,-Ni,-8i,-Zr; MgO••• ; Th02••• ; Ti02 ••• ; Zr02 117,201-Bi,-Na,-8n; MgO••• ; TaC... 321-Co,-Fe,-Ni 1186-Cu,-Ni 2075

- 198 -

ccmpa.t fb.i.Li.ty A1203-Mo,-Nb,-Ta 2372-Na 2614-Nb,-Ta,-W; BeO••• ; MgO••• ; Th02••• ; Y203... 1803-Ni 1155, (1975), (2662)-Ti 2864

B4C-ss; ZrB-ss 817BeO-U; CaO-U; La203-U; SrO-U; U02-U 2259carbide- ; oxide- 1611, 2773CeB6-Hf,-Re,-Ta,-W; LaB6... 2841CeC2-Ir,-Ft; ErC2 ••• ; YC2... constitution 2885Cm02-Mo; Pu02-Mo 2575Cm02-Mo,-Re,-W; Pu02... 2813, 2814, 2815, 2816Cm203- 2631Cm203-Mo,-Nb,-Ta,-V,-W,-Zr; Tm203-W 2701Dy203-W 2255electrical conductivity 1694electrodes 1873EuB6-Hf,-Ta,-W 2601 .Eu203-Eu; Yb203-Yb 2839Gd203-Ta +Gd203-Mo,-W pressing (hot) 2914MgO-Mg 2943microstructure (2733)NiO-Be; W03-Ni 869oxide- 377, 733, 1502, 2235, (2531), 2927oxide-Pt 2627

-U 566Pm203-Re,-ss,-Ta; Sm203-Re,-Ta,-Ti,-W 2653Puc-ss; UC-ss 2060FuN-Cr 2706Pu02- 2772Pu02- constitution 2532Pu02-Cr,-Ni; U02... 2603

-Mo,-Re,-W; Cm02... 2813, 2814, 2815, 2816-pt,-Rh 2773, 2830-Rh 2197-Si,-ss; U02... 1381-ss; U02-ss thermal expansion 2902-Ta microstructure hardness 2860

SiC-Cr 2951-Mo 1812

Si02- bonding (1870)Si02-Fe 29105mB6-Ni 2766TaB-Re,-W; HfC••• ; NbC••• ; TaC••• ; ZrC••• ; Ce02... wetting 2267TaSi2-Ta,-Ti,-Zr 2923thermionic emitter 1390Th02-Be; U02-Bi 1081TiC-Co,-Fe,-Ni 128, 246

; WC-Co,-Mo 485TiN-Co,-Fe,-Mo,-Ni,-W 1671Tm203-ss,-W 2576

-W; Cm203-Mo,-Nb,-Ta,-V,-W,-Zr 2647UB4-Cr,-Fe,-Nb,-Ni; UC2 ••• ; U308... 812UC- fuel elements 1468 1811UC-Al,-Be,-Cr,-Fe,-Mo,-Ni,-ss,-Ta,-Ti,-V,-W,-W,-Zr; UN••• ; U02•••

-Al,-Cr,-Fe,-Mo,-Nb,-Ni,-ss,-Th,-Ti,-V,-Zr 1205-Al,-Cr,-Fe,-Mo,-Nb,-Ni,-Ti,-V,-Zr; UN••• ; U02... 2434

UC2-Al; U02-A1; U308-Al fuel elements irradiation 1649UC-Mo,-Nb,-Re,-W thermionic emitter 1202

-Mo,-ss 2843

- 199 -

1447

1686

2885

1426, 1672

constitution

1622485

2435

2435

1603

compatibility UC-Mo,-W 2196-Na 2931-ss 1669, 1821, 2060-ss,-V (2660)-Ta 2737-W 2801

UN-Al,-Cr,-Fe,-Mo,-1~,-Ni,-ss,-Th,-Ti,-V,-W,-Zr

-Al,-Mo pressing fuel element 903-Mo,-W 2507, 2913-Ni,-ss,-V; U02•••-ss 2869-Zr 1874

U02- 1056, 1245U02-Al 973, 1387, 1546

-Al ,-Be 950-Be 1561-Bi 1092-Cr,-Mo 2427-Cr,-Ni; Pu02•••-Cs,-Li,-U; UC ••• ; UN... microstructure-Gd 2568-Mo 111, 954, 1673, 1742-Mo,-1~,-Ta 2180, 2237, 2397-Mo,-Nb,-Re,-Ta,-W irradiation 942, 1852-Mo,-Re,-ss,-W thermal expansion 1458-Mo,-Re,-W 1651-Mo,-Re,-W thermionic emitter-Mo,-Rh,-~,-W 2345-Mo,-W fue1 elements irradiation 2398, 2399, 2400

thermionic emitter 1672, 2171; US-W pressing irradiation 1353

-Na 1594-:No 1513-Nb,-Ta 1917-Nb,-V 1356-Ni,-ss,-V; UN•••-Pu 1395-ss 1701, (2505), 2848-SS; Pu02-ss thermal expansion 2902-w 1302, 1424, 1473, 1497, 1514, 1745-w thermionic emitter 1491-Zr 391, 601, 618

U308-Al 1144, 1534, 2357, 2656US-Mo,-Na,-Ta,-V 1148

-Zr 2933YC2-Ir,-Pt; CeC2••• ; ErC2•••w- 1906WC-Co strength (bending)

-Co,-Mo; TiC-Co,-Fe,-Niwetting (2046)ZrC-Nb 159Zr02- 2005Zr02-Cr 1550

-Ti 1386, 138811,' \

compatibi1ity /crucib1e/ BeO-U; CaO-U; La203-U; Si02-U; U02-U 2259Caf2-Pu; NbC-Pu; Y203-PU; ZrC-Pu; Zr02-Pu 2630silicides 622TiC-Mo,-Ni 2440WC-Co 2374

- 200 -

compatibility /Na/ bearing wear 2857compatibility /powder compacts/ review 2454compatibility / simulated fission products/ U02-Mo,-ss 2452

compatibility (corrosion) 486, 703compatibility (corrosion) cemented carbides 1616

cemented carbides wear 2141irradiation 991oxide-Na 1052TiC- patent 509TiC-; WC- 945TiC-Ni friction material 941U02-Mo hardness 932WC-Co 781, 852, 1134

composites 1222, (1330), 1459, (1519), (1633), 1685, 1802, (1938), 2192,(2205), 2488, 2502, 2516, (2629), (2649), 2673, (2755)

composites book 1824, 1833, 1942classification 2621dielectric properties 1~34

electrical + thermal conductivity models 1793electrical conductivity, theory 222~ 2679electrical conductivity /superconductivity/ (2108)mechanical properties 1888microstructure 182~ (2663), 2863physical properties /acoustic emission/ (2238)review 1270, 1367, 1941strength (creep) model 2037strength (fracture) 1962structural material 2608survey 1644, 1751, 1771, 1781, 2022, 2130, 2182survey /forecasting/ 2364, 2456, 2579thermal conductivity (2626), 2799, 2800thermal expansion 2613

composites, fabrication bibliography 2577composites, theory 1973, 2487, 2605

composites (metal-matrix) 2268, 23~0$ (2405), (2406)composites (meta~-matrix) technology 1965, 2136, 2338

composites /low temperature/ 1966composites /unidirectional/ thermal conductivity 2104

composition /computation/ 1945

compressive strength ~ strength (compressive)

consolidation ~ pressing

constitution ~~ chemical propertiescompatibility

constitution (54), 56, 64, 214, 215, 216, 229, 230, 910, 964, 1059, 1165,1675, 1839, 1847, 1855, 2574, 2607, 2803

constitution A1203- 729A1203-Co 451

-Co,-Fe,-Ni; BeO••• ; Cr203••• ; MgO ••• ; Zr02... 55-Fe thermite reaction thermal expansion 625, 773-Nb (1991)

BaO-pt 2526BiC13-Bi 921

- 201 -

constHution CdP2-Sn 2844CeC2-Ir,-Pt; ErC2••• ; YC2... compatibility 2885Cu20-Cu 2211Cu20-Cu; PbO-Pb 286composites 1878data 956, 2907Er203-Zr; Y203-Zr; Yb203-Zr 2297Eu203-Eu; Sm203-Sm; Yb203-Yb 2603Fe-Mo-C; F-W-C 2239KBr-K; KC1-K; KJ-K 712LiF.;.Li 1173MgC12-Mg; PbC12-Pb 504microstructure 2802NaC14-Na; NaF-Na; NaJ-Na 938oxide- 438, 493, 733, 1511, 2478physical properties 1877PuC-W; UC-W 2858Pu02- compatibi1ity 2532Pu02-Mo 2825RbCI-Rb; RbF-Rb; RbJ-Rb 939refractories 386review 2574, 2907si1icides 622sintering 2689SiO-Cr 2159Si02-W (2562)Sm203-Sm; Yb203-Yb; Eu203-Eu 2603TaC-Mo,-Nb,-Ti 2703

-Re 2498, 2908Th02-Al 1238TiC-Mo 2809

-Mo,-Nb,-Ta 2678-Mo,-Ti 2636-Ni 331, 829, 2063-Co 217-Cr,-Ni 469-w 312

UAs-U 2152UC- 2234UC- ; UC2- ; UN- transition metals 1293UC-Cr,-Fe,-Ni 1048

-Fe; UN-Fe 2866;';'V; UN-V (2419)-W 2912

UC2-Cr,-Fe; UN-Fe 1040UN-Cr 2926

-Fe,-U 1308-Mo,-ss,-W; UC-Pd,-Rh,-Ru 2843-transition metals 2453

UP-U 1265U02-Cu 838, 2496

-Na,-ss,-U; US-U 1599-U 1291,'1593, 1689, 1702, 1796, 2355-U sintering 1629-W 1507-Zr 409, 771

US-U; U02-Na,-ss,-U 1599VO-V 2810WB-Co,-Fe 2475

- 202 -

constitution WC-Co 9, 234, 1579, 1822, 1863, 1985-Co microstructure 288-Co strength 449-Co,-Fe 2758-Co,-Ni 1129-Ti 312

YC2-Ir,-Pt; CeC2••• ; ErC2... compatibility 2885Yb203-Yb; Eu203-Eu; Sm203-Sm 2603ZrB2-Re 2599

constitution (solubility) WC-Co 9, 271, 401, 449, 1449, 1573WC-Co mechanical properties 1979

-Co,-Fe mechanical properties 2112

contact ~~ electronic components

87, 9776, 104, 236

contactcontact

367, 1446, 1520bibliography 2824CdO-Ag 342CdO-Ag; CuO-Ag patent 1478CdO-Ag patent 70, 103, 224,CdO-Ag,-Cu patent 698CdO-Ag; HgO-Ag; Sn02-Ag; ZnO-AgCdO-Ag; WC-Ag 2099In203-Ag patent 120patent 152, 413Sn20-Ag patentZnO-Ag patentZr02-Sr 1276

304, 336, 512, 742, 870

patent 768

contact angle~ wetting

corrosion ~ compatibility (corrosion)

CrB- 972, 1219CrB- mil1ing 1220Cr-B,-Cr,-Fe,-Ni; TiB2-Co,Fe,-Ni 585Cr2B-Co 49

-Cr patent 874-Cr,-Mo 355-Cr,-Mo,-Si patent 572-Cr,-Mo,-Zr; MoB2 ••• ; ZrB... 346-Ni 31, 631, 1019-Ni bonding 1072

coating 396coating (flame spraying) 850elastic constants 980

CrB2-Co,-Cr,-Fe,-Ni; VB ••• ; WB••• ; ZrB... infiltration patent 448

Cr2C3- 118, 473, 1085Cr2C3-Al; SiC-Si 423

-Co; M02C-Co; TaC-Co;-Co,-Ni; TiC-Co,-Ni-Ni 292

WC-Co447

microstructure 36

creep ~ strength (creep)

Cr203- hardness density 2107Cr203-Al patent 1108

-Be,-Co,-Cr,-Fe,-Ni,-Zr; MgO••• ; SiN••• ; TiB2••• ; TiN••• ;ZrB2••• ; ZrC••• ;Zr02 ••• ; A1203... 134

- 203 -

Cr203-Co,-Fe,-Mo,-Ni; MnO••• ; SiO••• ; ZnO... patent 1174-Co,-Fe,-Ni; Mgü••• ; Zr02••• ; A1203 ••• ; BeO... constitution 55-Cr 1731-Cr sintering 2327

strength hardness 1569-Cu,-Sn; A1203... wetting electrical conductivity 565-Mo,-Re,-W; MgO-W casting microstructure 2735-Ni; Al203-Ni electrical conductivity 2048-Ni sinteriIlg' 2006-sS; WC-ss 213

crushing ~ milling

CuO-Ag 2727CuO-Ag; CdO -Ag contact patent 1478

-Al 2304-Cu constitution 2211

electrical conductivity mechanical properties 2541-Cu; PbO -Pb constitution 286

cutting ~ machining

cutting material ~~ hardnessmachiningmechanical properties

cutting material 406, 432, 433, 434, 456, 525, 526, ,44, (580), 621, 637,730, 744, 759, 794, 894, 919, 1345, 1907, 2353

cutting material A1203- patent 2586carbides 494cemented carbide 730, 2602cemented carbide hardness wear 2604, 2798HfC-Cb,-Cr,-Mo,-V; TiC••• ; VC ••• ; zrC... wetting 1823joining 851oxide- 548, 571, 623TiC-Ni elastic constants hardness 1856WC-Co 1097, 1566, 2300, 2301, 2642WC-Co patent 2723

wear 2539, 2540, 2798, 2946wear 2499

data ~~ bibliographybookreviewsurvey

data 800, 926, 931, 1042, 1078, 1270, 1271, 1429,-1474, 1760, 1922, 2119,2143, 2339, 2365, 2826

data cemented carbides 1795ceramics 2580constitution 956, 2907constitution oxide- 2478density elastic constants 974thermal conductivity 2796ThN- ; Th02- 2756

data /buyer's guide/ 2947data / melting points/ 2363

data evaluation ~~ statistics

data evaluation 629, 760

- 204 -

data evaluation model 2384strength, measurement testing 723thermal expansion 2563TiC-Co; WC-Co 2342

data evaluation /graphs/ 2455

data bank 2051

definition ~~ classificationcompoli1tesreviewsurvey

definition 279, 676, 690, 1270, 2022, 2290, 2466, 2545, 2583definition +constitution 2907

+microstructure (electron microscope) 875+oxide- review 2163+patent 1492+refractories 25

deformation ~ elastic constantsmechanical propertiesphysical propertiespressingstrength

density ~~ microstructurepressingsintering

density chemical analysis (spectroscopy) 2409coati~~ (flame spraying) 2524elastic constants data 974elastic constants, theory 2929hardness Cr203- 2107m1xing 1806, 1849mixing book 2216model 2537permeability 2763pressing, theory 2342stre~h (tensile) 2444thermal conductivity 1~52t 2~57

dielectric properties ~~ capacitor

dielectric properties composites 1934model 2853

diffusion ~ compatibility

diffusion /Xe133/ MgO-Ni (497), 984

distribution ~ microstructure (distribution)

drilling material ~ cutting material

ductility ~ elastic constantshardnessmechanical propertiesstrength

Dy203-W compatibility 2255

- 205 -

elastic constants ~~ mechanical propertiesstrength

2849

1480

strength (bending)

(1783)

975

598bonding

2125

2285

834, 1630, 2536UN-ss; U02-Mo

2471testing

bondingparticles

2039

1856strength

9741215

2021

1749, 1903, 2533A1203-Co,-Cr,-Ni

-Fe coatedcemented carbidesCr2B-Ni 980density datafuel elementshardness WO-CoMgO- 1997model 1957, 2806, 2854Pu02-ss; U02-ss strengthSi02-Fe 2246strength modelstrength testingstrength, theorythermal expansionTiC-Ni 1133TiC-Ni hardnessU02-Cu; U308-AlU02-Mo 1954U02-Mo e1ectrical + thermal conductivityWC-Co 1283, 2379, 2630, 2934WC-Co strength 157, 988Zr02-Ti strength thermal expansion thermal cond. 1763

measurement 862, 1955theory 1892, 1971, 2183, 2296, 2379, (2556), 2613, 2929,

2930, 2934

elastic constantselastic constants

elastic constants,elastic constants,

electrical conductivity ~~ contactelectronic componentsresistorthermionic emitter

electrical conductivityelectrical conductivity

69, 699, 1807, (2284), 2743A1203-Ag 356, 444

-Au,-Pt; Th02-Au,-Pt strength (tensile) 2654-Cu,-Sn; Cr203... wetting 565-Fe ,-Ni pressing strength thermal cond. 122-Fe; Si02-Fe thermal conductivity 202-Mo; BeO-Mo,-Nb thermal expansion strength

thermal conductivity 2151-Ni coating (flame spraying) 1872-Ni; Cr203-Ni 2048-Ta resistor (thin-film) 2448-W 1931

CdO-Ag 2CdS-In; CdSe-In; ZnO-In strength, measurement 415Cu20-Cu mechanical properties 2541compatibility 1694composites thermal conductivity models 1793infiltration model 2634microstructure (porosity) thermal conductivity 2598MoSi2-Ni strength patent 529oxides 1SiO-Cr resistor (thin-film) 2083survey 110, 325UC-Mo; UN-Mo; U02-Mo thermal conductivity strength

irradiation 1626

- 206 -

1480

2038

2894

2282

conductivity2948

(thin-film)(2108)

UN-Bi thermal conductivity 1145U02-Cr,-Mo coated partic1es 2792

-Cr,-Mo,-Nb pressing thermal conductivity 824-Cr,-Mo,-Nb,-ss pressing (hot) thermal expansion

thermal conductivity 1060, 1170-Cu microstructure (distribution) mOdel 2458-Mo microstructure (1597)-Mo thermal conductivity 1307-Mo,-W 1752-ss 756-ss thermal conductivity strength 1433-w casting /unidirectiona1/ thermal expansion

strength 2620U308-A1 strength wettingWC-Co microstructure 1201WC-Co sintering 277, 1254

measurement 2265theory 2805, 2906theory composites 2226, 2679

microstructure modelmodel 907model U02-Mo thermalresistivity (thin-fi1m)

e1ectrica1 conductivity,e1ectrica1 conductivity,e1ectrica1 conductivity,

e1ectrica1 conductivity

electrical conductivity /Ral1 effect/ SiO-Cr resistorelectrical conductivity /superconductivity/ composites

electrode ~~ contactelectronic componentthermionic emitter

electrode (1743), 1759e1ectrode A1203-Mo 2323

-w 1612compatibility 1873oxide-Ni 264, 366oXide/transition metal/- 1638rare earths 1064Sio-r10 221TiC-Cr,-Fe,-Mn patent 195ZrN coatings patent 2581

electrodepositing ~ coating (electrodepositing)

e1ectronic component see~ contacte1ectrodethermionic emitter

e1ectronic component 3, 92, 139, (175), 270, 367, 452, 529, 652, 1151, 1200,1373, (1528), 1807, 1992

e1ectronic component A1203- 1789cemented carbides patent 182c1assification 924bibliography +cemented carbides bibliography 143patent 2086Th02- 1365Th02-W 944TiC- ; oxide- 238survey 61, 69, 325

electroplating ~ coating (electroplating)

- 207 -

2885constitution2297

ErC2-Ir,-pt; YC2••• ; CeC2••• compatibi1ityEr203-Zr; Y203-Zr; Yb203-Zr constitution

etching ~ microstruce (etching)

EuB6-Hf,-Ta,-W compatibi1ity 2601Eu203- microstructure nuc1ear materials (contro1 rod) 2871Eu203-Cr,-Fe,-Mo,-Ni; U02-ss 1438

-Eu; Sm203-Sm; Yb203-Yb sonstitution 2603; Yb203-Yb compatibi1ity 2839

-ss 1544, 2033

evaporation ~~ coated particlescoatingcoatingsresistor (thin-film)

evaporation 1046

expansiun ~ thermal expansion

extrusion pressing ~ pressing (extrusion)

fatigue ~ strength (fatigue)

Fe-Mo-Co; Fe-W-C constitution 2239Fe3C-U constitution 2907FeSi2-Mo sintering 2918

Fe-Mo-Co; Fe-W-C constitution 2239

filter 1196

finishing (electrolytic) WC-Co 908

fission, fission products see fuel elementsnuclear materialsPu... fuel elementsU... fue1 elements

irradiationirradiation

flame spraying ~ coating (flame spraying)

flash sintering ~ thermite reaction

see also-----forming castingmachiningswaging

forming patent 1727forming (electroforming) 2349

fracture ~ microstructurestrength

fracture strength see strength (fracture)

friction material 185, 378, 446, 474, 647, 963, 1228, 1628, 1683, 1791, 2072

- 208 -

friction material A1203-Cr wear 1055MoS2- 2786patent 822WC-Co wear 2331WC-Cu patent 160WC-Pb 45wear 1164, 2202, 2212ZnS-Cr 2201

fuel elements ~~ nuclear materialsPu••••u••.

fuel elements 531, 556, 607, 711, (823), 844, 861, 872, 879, 895, 914, 967,971, 995, 1051, 1060, 1116, 1160, (1191), 1240, 1268, 1341,1352, 1541, 1598, 1606, 1730, 1756, 1788, 1964, 2103, 2321,2368, 2449, 2703~ 2718, (2797), 2896

fuel elements bibliography 2935, 2936, 2937, 2938, 2939, 2940bonding (754), (757), 968, 1198, 2254book 2232, 2233, 2472, 2473, 2513, 2518chemical analysis (microprobe) 1576coated particles 1190, 1244, 2919elastic constants 1215irradiation 1239, 1316, 2187, 2637, 2704, 2764irradiation bibliography 1123irradiation compatibility 2949mechanical properties (1891)microstructure 2651microstructure (distribution) 595microstructure /temperaturej 1697patent 1750, 1961, 2469, 2600powder metallurgy 1258, 2194pressing (extrusion) (1665), 1884pressing /compressibility/ (2332)rocket materials (1321)survey 65, 786, 848, (2797)thermal conductivity oxide- 2695, 2731swaging 778ZrH-U (784)

fuel elements, fabrication /rolling/ 2639

fuel elements /blistering/ 2638fuel elements /~s-cooled reactor/ 2101fuel elements /high temperature/ 2262fuel elements /temperature distribution/ 2157fuel elements /thermal diffusion/ 2348

Gd203-Mo 1204, 2568Gd203-Mo,-W pressing (hot) +Gd203-Ta compatibility 2914Ge02-Ge constitution 527

glass ~ Si02

grains, grain boundaries ~ microstructure

- 209 -

hard metals ~ cemented boridescemented carbidescemented oxidesTiC-WC-

hardness ~~ cutting materialfriction materialmachiningmechanical propertieswear

hardness A1203-Cr pressing (hot) strength microstructure 896coatings 2314Cr203- density 2107Cr203-Cr strength 1569cutting material cemented carbide 2604mixing 1887Pu02-Mo microstructure 2924

-Ta microstructure compatibility 2860silicide strength (2420)Si02- strength 746TiC- 1252TiC-Ni elastic constants cutting material 1856U02-Al pressing irradiation 952WC-Co elastic constants 2021

microstructure /cracks/ 2056, 2271, 2433, 2425strength 2642, 2643

hardness /T/ WC-Co 1232, 2023

heat treatment ~ sintering

heating element 261, 541, 651, 2617

heterogeneity ~ microstructure (distribution)

HfC-Cb,-Cr,-Mo,-V; TiC ••• ; VC ••• ; ZrC... wetting cutting material 1823-Co 857-Mo strength 2564-Re,-W; NbC ••• ; TaC••• ; ZrC ••• ; Ce02 ••• ; Th02 ••• ; Zr02 ••• ; TaB•••

compatibility wetting 2267Hf02~Co,=Fe,=Ni; J1gO••• ; BeO... 2256

-Hf canacitor 1826-Mo,-W; Th02 ••• ; Zr02... coating (flame spraying) patent 2228-W; MoSi-Mo; yt203-Cr coating 2513

HgO-Ag; Sn02-Ag; ZnO-Ag; CdO-Ag contact patent 768

high-temperature materials ~ refractories

hot pressing pressingpressing

(hot)(hot isostatic)

idealized microstructure ~ coated particles

impact strength ~ strength (impact)

impregnation ~ infiltration

impulse pressing ~ pressing (explosion)

- 210 -

industry jeconomic efficiencyj 2436

infiltration 43, 367, 373, 993, 1024, 1312, 1315, 1414, 1646 , 2872infiltration A1203-Ag patent 492, 532

-Ni (1588)-Ni patent 827

carbides 112, J076CrB2-Co,-Cr,-Fe,-Ni; VB••• ; WB••• ; ZrB... patent 448electrical conductivity model 2634MgO-Cr 1818

-Ni 1259oxide- 1332, 1444, 1747oxide-Mg 1704patent 583, 680, 1657, 1843, 1959,2794TiC- 100, 147, 445, 519TiC-Co,-Ni 1314

-Cu,-Ni 1313-Ni 71, 865-Ni strength 461-ss (1624), 2248-ss microstructure 1776

wetting 2069, 2729ZrB2-Cr coated particles 1159

infiltration, theory 79

infiltration jfloating zonej 1900, 1921

In203-Ag contact patent 120

interface see bondingjoiningwetting

irradiation ~~ fuel elementsnuclear materialsPu•••u•••

9911123

irradiationirradiation

395A1203-Cr microstructure 762BeO- fuel elements reviewcompatibility (corrosion)fuel elements bibliographyreview 1124

1337

isostatic pressing see pressing (hot isostatic)

joining ~~ bondingvacuum seal

joining 89, 151, 180, 687, 688, 689, 695, 708, 789, 923, 1172, 1288, 1296,1384, 1417, 1501, 1737, 1834, 2052, (2115), 2378,2840

joining A1203- 668, 2953A1203- mechanical properties (2185)A1203-Al,-Cm,-Fe,-Pb,-Pt (2470)

-Cr,-Mo; TiC-Mo,-Ni bearings 905-Cu,-ss,-Ti compatibility mechanical properties 2408-Nb 2245

- 211 -

joining' bibliography 1668, 2829book 2158chemical analysis (microprobe) 1710coating 2162cutting material 851oxide- 1471patent 142, 1609, 2189, 2597, 2823, 2833, 2899patent thermal expansion 1912, 2464pressing 947review 400Si02- 2369, 2430, 2886survey 707, 2430thermionic emitter 1285 1310, 1351TiC-Co,-Ni; WC-Co,-Ni 774

-Ni 265-ss machining 564

Ti02-W; Y203-W 2174U02~W 2356, 2489WC-Co 2373

KBr-K; KCI-K; KJ-K constitution 712

LaB6-Hf,-Re,-Ta,-W; CeB6•••LaB6-W thermionic emitter

compatibility1790

2841

La203-U; SrO-U; U02-U; BeO-U; CaO-U compatibility /crucible/ 2259La203-W thermionic emitter 2017

laminates 683, 1564, 172~ 2698lamina~es A1203-Ni strength 1888

patent 669thermal conductivity 951

LiF-Li constitution 1173

lubricating materials ~ friction materialwear

machining ~~ cutting materialformingswaging

machining 399, 432, 433, 434, 456, 498, 713, 1263, 1414, 1434, 1563, 1618,1919, 1960, (2126), 2371, 2480, 2533, 2676

machining A1203 strength electrica1 + thermal conductivity 405cemented carbides 274, 1066, 1755pressing 1583TiC-Ni 587

-ss joining 564U02-Mo e1astic constants 1479

strength 1958U308-Al pressing 2283WC-Co 592, 2035, 2567, 2690

- 212 -

machL~ng WC-Co microstructure 2421wear 1974, 2699wear TiC-Co; WC-Co 2749

magnetic properties WC-Co microstructure 26

materials

materialsmaterialsmaterials

2059, 2116, 2326, 2339, 2544

!deVel opment ) 2364, 2370new) 1842, 1866, (1901), 1908, 1967, 2190sintered) classification 2344

measurement ~ el~stic constarits, measurementeleGtrie~l conductivity, measurementstrength, measurementthermal conductivity, measurementthermal expansion, measurement

19792112

2541

2915

658, 809

14091415

2782

~~ elastic constantshardnesspressingstrength

(1007), 1464, 1857, 2041, 2062, 2746A1203-Cu 2479

-Mo pressing (hot)bibliography 887cemented carbides 567composites 1688 ,Cu20-Cu electrical conductivityfuel elements (1891)microstructure 777microstructure statistics 1463survey ceramics 552, 2124, 2404Si02-W 2191stresses 109, (129), 1653testing 649, 1005TiC-Ni 295TiC-Ni microstructureUN-Mo,-W; U02... 2179U02-ss (1136)U02-ss fuel elementsU308-Al fuel elementsWC-Co 294, 1457, 1698WC-Co,-Cu bonding 1004

-Co constitution (solubility)-Co,-Fe constitution (solubility)-Co sintering 1130

Y203-Zr 2085

/temperature/mechanical properties

mechanical properties

mechanical propertiesmechanical properties

metal1izing ~ coated particlescoating

metal10graphy see microstructure

MgO- elastic constants 1997MgO-Ag,-Si,-W; MoSi2••• ; NbC ••• ; TaC ••• ; Th02••• ; TiC••• ; ZrC••• thermal exp. 871

-Be,-Co,-Cr,-Fe,-Ni,-Zr; BiN••• ; TiB2••• ; TiN••• ; ZrB2••• ; ZrC••• ; Zr02 ••• ;A1203••• ; Cr203... 134

-Be,-Fe,-Ni,-Si; Ti02 ••• ; Zr02 ••• ; A1203 ••• ; Be2C••• ; BeO... 105

- 213 -

MgO-Be,-Mo,-Ni,-Si,-Zr; Th02••• ; Ti02 ••• ; Zr02 ••• ; A1203... compatibility 117-Bi,-Na,-Sn; TaC••• ; A1203... compatibility 321-Co,-Fe,-Ni; Zr02 ••• ; A1203 ••• ; BeO••• ; Cr203... constitution 55-Co,-Ni; A1203-Cr,-Fe 533-Co,-Fe,-Ni; BeO••• ; Hf0... 2256-Cr 1540-Cr infiltration 1818

structural material 2736structural material thermal expansion 2148

-Cr,-Mo,-U,-W patent 640a-Cr,-Ni 2009-Fe,-Ni; Zr02••• ; A1203... 483-Mg compatibility 2943-Mo; Zr02-Mo,~W coated particles strength 1712-Nb,-Ta,-W; Th02••• ; Y203••• ; A1203••• ; BeO... compatibi1ity 1803-Ni 227, 390, 1996-Ni coating 166, 538, 725

diffusion /Xe133/ (497), 984infiltration 1259thermal expansion wetting 1026

-S8; A1203-ss thermoelement 2377-W; Cr203-Mo,-Re,-W casting microstructure 2735-W; SiO-Al thermal expansion 590

microstructure 228, 454. 1432, 1530, 1846, (1867), (1879), 2280, 2459, (2663),(2683), 2684, 2685,2686, 2687, 2738, 2740, 2741, 2745, 2750,

microstructure A1203-Cr 620 2783, 2790A1203-Cr irradiation 762

pressing (hot) strength hardness 896sintering strength 398, 503

-Mo 1623, 2680, 2681-Si 2186-ss 1817, 2739

carbides 476cemented carbides 40, 90, 137, 199, 327, 1297, 2071, 2481cemented carbides mechanical properties 1095, 1192ceramics book 2210compatibility (2733)composites 1825, (2663)constitution 2803fuel elements 2651mechanicalproperties 777mechanical properties statistics 1463model 2458, 2509, 2689, 2911model electrical conductivity 2894

pressing 1171WO-Co 1845

nuclear materials 1640, (2683)oxides 1764, (2683)physical properties (2732), 2734Pu02-Mo hardness 2924

-ss; Pu203-ss; U02-ss fuel elements, fabrication 1647resister (thin-film) SiO-Cr 2100rocket materials 654sintering 2641sintering NbC-Ce 2346

wetting 889Si02-Au resister (thin-film} 2508strength 327, 1695strength statistics 1333

- 214 -

2266, 23952340

2657

2044, 2289, 24812711

solid./ 2657

2856

15301686

2879

1562

1201

1935

(1597)1935

658, 809888

2280

9871982

-Ni;-ss

UC-U

strength (fracture) 2389Th02-Mo coated particles pressingTiB-Co; TiC-Ni,-8i 394TiC- sintering strengthTiC-Co; WC-Co sintering

-Cr,-Mo,-Ni 1175-Ni bonding 1183

mechanical propertiesWC-Co,-Cu strengthinfiltration 1776

sintering 2570wetting 1995

~W; U02-W coated particlesUN-Cu; U02-Cu ~2495)

-W; U02-Cu,-Mo; Zr02-ssU02- 1039, 2711U02-Al,-Cu,-Mo,-Nb,-Ni,-ss; BeO-W; Th02-W

-Cs,-Li,-U; UC ••• ; UK... compatibility-Mo fuel elements 1206, 2312-Mo irradiation 2893-W electrical conductivity-W; UC-W coated particles-Zr 303

VC-Ni patent 208WC-Co 443, 697, 1071, 1453, 1800, 1801, (1837),WC-Co casting sintering physical properties

casting (unidirectional solidification)constitution 289electrical conductivitymachining 2421strength 374, 387, 795, 860, 1184, 1829, 1862,

2218, 2395, 2623strength hardness 2438, (2664)strength (compressive) 1406thermal expansion 1305

WC-Co, TiC-Co sintering 845Y203-Zr 1953Zr02-Mo 1554, 1994

-Mo,-W 2079-Zr (1389)

(autoradiography) U02- 1443(distribution) 1169, (1998), (1999), 2240, (2241), (2242),

(2279), 2459, 2460, (2461), 2903fuel elements 595fuel elements U02-Momodel review 2458powder meta11urgy 1948thermal conductivity modelWC-Co 663, 2549WC-Co pressing 2292

(distribution)/temperature/ (1565)(electron microscope) 1247, 1875, 2476, 2778(electron microscope) cemented carbides 443,

PuC- 1303U02-W casting /unidirectionalU02-W,-Zr 2658WC-Co 2261, 2450, 2666~ 2669, 2670, 2671,WC-Co strength (fractur) 2442 /2857

microstructure

microstructuxemicrostructuremicrostructure

microstructure (distribution)

microstructuremicrostructure

microstructure (etching) 2078, 2757

- 215 -

2557

2598

2648

657

2203wear

(etching) TiB2-Ni; TiC-Ni(grinding) 1691, 1930, 2284(high temperature) 517

(idealized) ~ eoated partieles

1

1i nea l analysis) 1799partiele size) WC-Co 2391polishing) 161, 513, 1691, 1928, 2066, 2684, 2962polishing) WC-Co 1503

(porosity) composites 2863electrieal + thermal conductivitymodel review 2633strength (tensile) 2868TaC-Ni 1319therrnaloonduetivity 2713, 2895cemented carbides 1786, 2666WC-Co 696, 763, 1161, 1439, 1782, 2019, 2020,

2064, 2207, 2396, 2423(stresses)jx ray/ TiC-Ni 753

jeracksj hardness WC-Co 2056,jgrain growth/ NbC-Co,-Fe,-Ni sintering jliquid phasej

WC-Co 2401semented carbides32

microstrueture jgrain size/microstrueture /idealized/mierostructure /surfaeej

microstrueture

microstructure (stresses)

microstrueturemicrostructure

microstructuremicrostructuremicrostructure

mierostrueture

mieros t ructuremierostrueturemieros trueturemierostrueturemicrostrueture

~~ powder metal1urgymi11ing

mi11ing Cr2BWC-CoWC-Co

12201084, 2010

mixing 2892sintering 1641

mixing see also----- powder meta11urgy

2892

1174patent

25851029

carbides 29541806, 1849

book 22162647

milling

mixing bookcastingcementeddensitydensityreviewWC-Co

MnB2-Si 522MnB-Si; Mn2B-8i; CaB6- bonding 191

MnO-Co,-Fe,-Mo,-Ni; 8iO••• ; ZnO••• ; Cr203 •••

MoB2-Co,-Fe,-Ni; NbB2 ••• ; TaB2 ••• ; WB2... patent 204-Cr,-Mo,-Zr; Zr~••• ; Cr2B... 346

Mo2C-Co microstructure 36WC-Co patent 76, 81

MoC-Mo; NbC-Nb; TaC-Ta; TiC-Ti; WC-W; ZrC-Zr coating 2708-Ru 2843

model ~~ density••• , theory

model data evaluation 2384density 2537die1ectric properties 2853e1astic constants 1957, 2806, 2854

- 216 -

2948SiO-Au; Si02-Au1793

2263

2633

electrical conductivity infiltration 2634resistor (thin-film)

electrical + thermal conductivity compositeseleetrical conductivity. theory 907microstructure 2458, 2509, 2689, 2911, 2917mieros tructure pressing 1171

U02-JvIo ]j80

WC-Co 1845mierostructure(porosity) reviewsintering, theory 1403strength 1779, 1916, 2537strength elastic constants Si02-Ni,-W 2536

U02-Mo 1480strength thermal expansion 2808strength (creep) composites 2037thermal conductivity microstructure (distribution) 2855thermal conductivity, theory 1139, 1193, 2150, 2787, 2805

/packed bed/ thermal conductivity 2307/porous body/ 2328/stress simulation/ rocket material

model

modelmodelmodel

MoS2- friction material 2786MoSi-Mo; Yt203-Cr; Rf02-W coating 2573JVloSi2- 962MoSi2- ; TiB2- ; TiC- microstructure (high temperature)MoSi2-Ag,-Si,-W; NbC••• ; TaC ••• ; Th02••• ; Ti02 ••• ; ZrC••• ;

thermal cond. 747MgO ••• thermal

expansion 871-Co,-Ni,-Pt strength 335, 435-Cr,-Cu,-Ti strength 575-Mo 169-Ni strength electrical conductivity patent 529

MoSi3-Sn; SiC-Sn; A1203-Sn wetting 796

thermal exp.mechanical prop.

2751

577554, 555

2884

NaCl-Na; NaF-Na; NaJ-Na constitution 938NbB2-Co,-Fe,-Ni; TaB2••• ; WB2••• ; MoB2... patent 204NbC-Ag,-Si,-W; TaC••• ; Th02••• ; TiC••• ; ZrC••• ; MgO••• ; MoSi2•••

-Co casting junidirectional solidificationj microstructuesintering microstructure 2346

-Mo,-Nb,-Ta,-W; ZrC... coatings book 2168-Nb; TaC-Ta; TiC-Ti; WC-W; ZrC-Zr; MoC-Mo coating 2707-Pu; Y203-Pu; ZrC-Pu; Zr02-Pu; CaF2-Pu compatibility /crucible/-Re,-W; TaC••• ; ZrC••• ; Ce02••• ; Th02••• ; Zr02 ••• ; TaB••• ; RfC•••

eompatibility wetting 2267-ss; TaC-ss; TiC-ss; VC-ss 828-Ta; TaC-Co; TiC-Co; VC-Co; WC-Co strength

Nb205-Cr; Ta205-Cr; Ti02-Cr; A1203-Cr patent-Nb coatings resistor jsuperconduetor/

NiO-Be; W03-Ni com~tibility 869

Np02, U02, Am02, Cm02 coatings 2333

871

2630

nuelear materials ~ also fuel elementsPu." •u...

nuclear materials 140, 436, 472, 530, 599, 605, 661, 965, 995, 1031, 1210,1375, 2050

- 217 -

nuclear materials A1203-Cr; SiC-Si; U02-ss 965book 2548book /dictionary/ 2433BC- 471carbide- 1551, 1575compatibility 1390microstructure 1640, (2683)powder metal1urgy review 1083rare earths 1104SiC-Si 477, 478

nuc1ear materials (contro1 rod) 671, 779, 997, 1883nuc1ear materials (contro1 rod) Eu203- microstructure 2871

optical properties A1203-Cr 1255

oxideoxide-

oxide-

;oxide-Al

-Cu-Mg-Na-Ni-Pt-U-"'vI

20, 704, 1000, 2012, 2139, 2534bonding 2407coating (flame spraying) 2193compatibility 377, 733, 1502, 2235, (2531), 2927constitution 438, 493, 733, 1511cutting material 548, 571fuel elements (1361)fuel elements, fabrication patent 1111infiltration 1332, 1444, 1747joining 1471microstructure 1764, 1810patent 1128, 1477, 1556, 1915, 2386, 2415patents bibliograp~y 1328pressing 311, 2429refractories 970review 1392review +definition 2163sintering 1249, 2106strength (290), 465, 1777, 1794, (2095), (2484)survey 15testing 1965thermal conductivity fue1 element 2695, 2731thermoelement 682wetting (589), 855, 1006wetting bibliography 2002

boride- ; carbide coating (electroplating) 1176carbide- 333, 986carbide- eompatibility 1611, 2773

wetting 388, 488, 1137TiC- electronic component 238

strength 2781002

infiltration 1704compatibility (corrosion) 1052electrode 264, 366compatibility 2627

compatibility 566rare earths thermionic emitter 2016

OXide/transition metal/- electrode 1638

oxides coatings 1088, 2306

- 218 -

448

2228

1370

Zr02.~.

1174

2661

1478

infiltration

876

strength 876219, 310, 362, 426, 603, 660, 734

Ti02-Cr 554, 555

178

178strength

760224, 304, 336, 512, 742, 870

492, 532

827

1750, 1961, 2600, 2876oxide- 1111U02-Al,-Nb,-ss,-Ti,-Zr

-Mo,-W 13711657, 1843, 195~ 2794

1328

2086

572

A1203-Ag-Co-Cr-Cr

156, 424, 1218, 1324, 1344, 1408, 1492, 1496, 1610, 2493, 2780,AIN- strength 612 /2876, 2944AIN-Al 531A1203- casting (slip c.)

cutting tool 2586resistor 752infiltration669603, 705, 788, 821

casting (slip c.)thermite reaction

-Cr; Nb205-Cr; Ta205-Cr;-Cr,-W 133, 195

Al203-Mo 407, 1027-Ni 978-Ni infiltration-ss; U02-ss 1590-W; BeO-W co&ted particles bonding

BC-Al; SiC-Al 1621bearing 911bibliography oxideB203-Al coating 867BeO-W 1560bonding 1765, a772, 2874casting (slip c.) A1203-

A1203-CrU02-Bi70, 103,CdO-Ag contact

..Ag,-Cu 698-Ag; CuO-Ag contact 1478-Ag; HgO-Ag; Sn02-Ag; ZnO-Ag contact

cemented carbides 884cemented carbides casting 132

electronic component 182coated particles 272, 2594, 2612, 2753, 2819coated particles pressing 2748coating 272, 2648, 2678, 2835, 2836coating (electrodeposition) 2877coating (flame spraying) Hf02-Mo,-W; Th02~~~;coatings 867coatings casting 1533

ZrC 2582ZrN 2581

contact 152, 413CrB2-Co,-Cr,-Fe,-Ni; VB••• ; WB••• ; ZrB•••Cr2B-Cr 874

-Cr,-Mo,-SiCr203-Al 1108

-Co,-Fe,-Mo,-Ni; MnO ••• ; SiO••• ; ZnO•••+definition 1492electrode 195electronic componentforming 1727friction material 822fuel elements, fabricationfuel elements, fabrication

infiltration 583, 680,In203-Ag contact 120

patentpatent

- 219 -

patent joining 142, 1609, 218~ 2597, 2823, 2833, 2899joining fuel elements 2469

thermal expansion 1912, 2464laminates 684MgO-Cr,-Mo,-U,-W 640a}mO-Co,-Fe,-Mo,-Ni; SiO••• ; ZnO••• ; Cr203... 1174MoB2-Co,-Fe,-Ni; NbB2 ••• ; TaB2••• ; WB2... 204"MoC-Co; WC-Co 77, 81MoSi2-Ni strength electrical conductivity 529oxide- 1128, 1477, 1556, 1915, 2386, 2415, 2622pressing U308-A1 1729pressing (extrusion) 1625, 2665pressing (hot isostatic) 2606PuC-Be,-Cr,-Fe,-Mo,-Nb,-Ta,-ss,-W; FuN••• ; P02 ••• ; PuS••• ; UC ••• ;

UN••• ; V02••• ; US... 1775resistor 2109, 2122, 2133, 2161, 2529resistor (thin-fi1m) 1295resistor /trimming/ 2441review 422Si02-Au,-Cr resistor 1944SiO-Co,-Fe,-Mo,-Ni; ZnO••• ; Cr203 ••• ; MnO... 1174Si02-Ru resistor 1963Sn02-Ag contact 87, 97structural material 1372TaC- 177Th02-Bi; PuO-Bi; U02-Bi 1061

-Ni 2257-Th 593-Zr sintering compatibility 524

Th02- ; Zr02- 244thermite reaction 301, 302thermoelement 840TiC-Al 2381

-Cr,-Fe,-Mn electrode 198-Fe 207

Ti02-Cr 693, 841Ti02-Cr pressing 57e, 574turbine material 515UC-Nb coateq particles fue1 elements, fabrication 2543

-U 1030, 1836UN-Cr 1377U02- fuel element 2831U02-A1 1547

-Bi casting (slip c.) 960-Cb,-Nb 2428-Cr,-Cu,-Fe,-Mo,-Ni fuel elements, fabrication 835-Ni fue1 elements, fabrication 2878-ss fuel elements 1456

VC-Ni microstructure 208WC-Co 125, 371, 581, 2049, 2584, 2585, 2674, 2724WC-Co cutting material 2723

-Co,-Fe,-Ni 491-Cu friction material 160-Fe 206

wear 305Zr02-W rocket material 2439

PbCl2-Pb; MgC12-Mg constitution

PbO-Pb; Cu20-Cu constitution

504

286

- 220 -

pe11etizing ~ powder meta11urgy

permeability density 2763

phase amount, phase distribution ~ microst~~cture (distribution)

phase diagram ~ constitution

physica1 properties ~~ e1astic constantse1ectrica1 conduötivityhardnessmechanica1 propertiesstrengththermal conductivitythermal expansion

physical properties constitution 1877microstructure (2732), 2734microst~1cture statistics 1463

physical properties /acoustic emission/ composites (2238)

physicochemica1 properties ~ constitution

plasma spraying ~ coating (flame spraying)

Pm203=Re,=ss,=Ta; Sm203=Re,-Ta,-Ti,-W

porcelain 1168

porosity ~ densitypreesingmicrostructuresintering

compatibility 2653

potentiometer ~ resistor

powder metallurgy 192, 334, 357, 410, 495, 514, 678, 799, 966, 1210, 1635,2221, 2793

powder metallurgy A1203=Cr carbide- nitride- 326book 2611cemented carbides technology 2640ceramics 1246fue1 elements 1258microstructure (distribution) 1948mil1ing WC-Co 1084, 2010nuclear materials (1098), 1311nuclear materials review 1083review 724TiC- 263U02- 1292WC-Co 1524

powder metal1urgy /USSR/ 692, 702

precipitation ~ coating (precipitation)

pressingpressing

353, 357, 1067, 1379, 1466, 1605, 1880, 2347, 2775bearing 1156cemented carbides 1025, 1815coated partic1es patent 2748joining 947machiniQg 1583

- 221 -

pressing microstructure model 1171microstructure (distribution) WC-Co 2292model 1806oxide-Al rare earths 2429Pu02-Mo sintering 1125Si02- 1876Th02-Mo coated particles microstructure 2879

-W mechanical properties 2856TiC-Co 721TiC-Cr patent 570UN-Al,-Mo fuel elements corrpatiblity 903

-Mo,-W coated particles 2542UN-Mo; U02-W; US-W compatiblity irradiation 1353U02- strength 1154U02-Al irradiation hardness 952

-Cr,-Mo,-Nb e1ectrica1 + thermal conductivity 824-JVIo,-W 1157

U308-Al patent 1729UP2-U; U3P4-U; US2-U sintering 2411WC-Co 1495, (1645), 1841, 2320, 2851WC-Co sintering 1797

pressing, theory density 2342, 2566

pressing (explosion) 1780, 1882, 2385pressing (exnlosion) TiC-Ni strength 1021

ill';--W; U02-W 1153U02-Mo,-W 2920

pressing (extrusion) (1476), 2692pressing (extrusion) A1203-Ni 2094

-Ti 783carbides 425cemented carbides 958fuel elements (1665). 1884uatent 1625, 2665TiC-Co; WC-Co 2521, 2522

-Ni 1374U02- 1089, 1494U02-Al 989, 1101

-Fe 792-Mo,-W 2920-ss sintering fuel elements, fabrication 1010-W fuel elements 1153-Zr 545

U308-Al (1290)

thermal expansion electrical + thermalconductivity 2322

thermal expansion electrical + thermalconductivity fuel elements 1060

896

2914

936

U02- 769, 1292U02-Cr,-Mo,-~o,-ss

2457A1203-Cr,~Cu,-Fe thermite reaction 1627

-Cr strength hardness microstructure-Mo mechanical properties 2915, 2961-Nb 2324

fuel elements (1548)Gd203-Mo,-W +Gd203-Ta compatibilityoxide- 311survey jEnglandjTiC-Co 1013

-Ni 882UC-Cr,-JVIo,-Nb,-W

pressing (hot)pressing (hot)

- 222 -

(2164)

1919U02-Mo,-W coated partialesWC-Co 976, 1306ZrC-Ni 2018

1489, 1661, 2165, 2491, 2842fuel elements 1643patent 2606U02-Cr coated particles physical properties 2559

-Cr,-Mo coated particles electrical + thermalconductivity strength irradiation 2558

-Cr,-Mo,-W coated particles (2616)-Mo coated particles 2560

thermal conductivity strength-W fuel elements 2315

pressing (hot isostatic)pressing (hot isostatic)

pressing (hot)

pressing (magnetic) U02-Mo,-W 2091pressing (vibratory) 1666, 2001

pressing /autoclave/ cemented carbidespressing /compressibility/ fuel elementspressing /deformation/ WC-Co 2318

2417(2332)

protective coating see coatingcoatings

Pr02-W pressing 2347

TIN••• ;1981fuel elements irradiation

Pu02 ••• ; PUS ••• ; PuCQ~.; UC. 0 6 ;

U02••• ; US... patent 1775

PUC- microstructure (electron microscope) 1303PuC- ; PuN-; Pu02- ; PuP- ; PuS- fuel elements irradiation 1981PuC-Be,-Cr,-Fe,-Mo,-Nb,-Ta,-ss,-W; FuN••• ; Pu02 ••• ; PUS ••• ; UC ••• ; UN••• ;

U02••• ; US... patent 1775-Cr; Pu02-ss; U02-ss chemical analysis 1693-Ru; UC-Ru chemical analysis 2127-sS; UC-ss compatibility 2060~W; UC~W constitution 2858

PuC2-Ta 2233FuN- ; Pu02- ; PuP- ; PuS- ; PUCPuN-Be,-Cr,-Fe,-Mo,-Nb,-Ta,-ss,-W;

FuN-Cr compatibility 2706Pu02- compatibility 2532, 2776Pu02- ; PuP- ; PuS- ; PuC- ; PuN- fuel element irradiation 1981Pu02- ; U02- fuel elements, fabrieation patent 2167Pu02-Be,-Cr,-Fe,-Mo,-Nb,-Ta,-ss,-W; PUS••• ; PUC ••• ; FuN••• ; UC ••• ; UN••• ;

U02••• ; US... patent 1775-Bi; Th02-Bi; U02-Bi patent 1061-Cr,-Ni; U02-Cr,-Ni compatibility 1603-Mo coated particles pressing (hot) 2827

constitution 2825microstructure hardness 2924pressing sintering 1125sintering 992

-Mo; Cm02-Mo compatibility 2575-Mo,-Re,-W; Cm02... compatibility 2813, 2814, 2815, 2816-Ft,-Rh compatibility 2777, 2830-Rh compatibility (2197-Si,-ss; U02-Si,-ss compatibility 1381-ss fuel elements irradiation 1648-sS; Pu02-ss; U02-ss fuel elements, fabrication microstructure 1647

U02-ss fuel elements irradiation 1613, (1848)fuel elements, fabrication 2861

- 223 -

Pu02-ss; U02-ss pressing sintering 2862strength elastic constants 2125thermal expansion compatibility 2902

; PuC-Cr chemical analysis 1693-Ta 2233-Ta compatibility microstructure hardness 2860-Zr 1166

Pu203-ss; Pu02-ss; U02-ss fuel elements, fabrication microstructure 1647PuP- ; Pus- ; PuC- ; PuN- PU02- fuel elements irradiation 1981PUS- ; PuC- ; PuN- ; Pu02- ; PuP- fuel elements irradiation 1981PuS-Be,-Cr,-Fe.-Mo,-Nb,-Ta,-ss,-W; PUC••• ; FuN••• ; Pu02••• ; UC ••• ; UN••• ;

U02••• ; US... patent 1775

radiation effects see irradiationPu... irradiationU... irradiation

rare earthsrare earths

1074, 1075electrode 1064nuclear materialsoxide-Al pressingthermionic emitter

11042429

2251

RbCI-Rb; RbF-Rb; RbJ-Rb constitution 939

reaction see compatibilityconstitution

reaction sintering ~refractories ~~

thermite reactioncemented carbidescemented oxidesrocket materialTiC. ••turbine materialWC •••

refractories (very high temperatures) ~~ refractories (superrefractories)

refractories 16, (62), 99, 107, 155, 197, 232, 233, 241, 275, 276, 280, 361,368, 379, 408, 418, 458, 540, 600, 648, 731, 800, (847), 1448,2178, 2530, 2802

refractories book 2726coatings 1146constitution 386, 408+definition 25oxides 970powder metallurgy 495review 276, 1949survey 53, (83), 94, 95, 447, 597, 849testing 364, 523, 2535wetting 2650

refractories (superrefractories) 170, 181, 248, 257, 261, 313, 314, 315, 359,389, 404, 411, 420, 428, 479, 487, 541, 560,586, 628, 630, 643, 645, 646, 662, 665, 731,740, 842, 1224, 2535

research & deve10pment /England/ 1028

- 224 -

resistance sintering ~ pressing (hot)

resistance (chemical) ~ compatibility (corrosion)

resistivity see electrical conduction

2055

20552032, 2867

2038, 2153, 2176,2572, 2634, 2655

2083, 2269

2032

Si02-Au,-ss,-V; SiO-CrTaO-Au,-Pt; W03-Au,-Ptsputtering 2032, 2900W03-Au,-Pt; Ta8 • • sputtering

patent 2441

699, 1378, 1490, 1558, 1600, 1757, 2096, 2140, 2361, 2362, 2821, 2850A1203- patent 752A1203-Ta capacitor 2092patent 2109, 2161, 2122, 2133, 2529Si02-Au,-Cr 1944

-Ru patent 1963(thick-film) 2486, 2575, 2587, 2958(thin-film) (220), 1617, 1774, 1950, 2156, 2223, 2446, 2586, 2754(thin-film) A1203-Ta electrical conductivity 2448

electrical conductivity, theory 2948patent 1295review 2555SiO-Cr. 1753, 1805, 1854, 1937,

2260, 2291, 2383, 2446,SiO-Cr electrical conductivity

microstructure 2099sputtering 1980wear 2155

SiO-Cr; Si02-Au,-ss,-V sputteringSi02-Au microstructure 2508

sputtering 2054sputtering electrica1 conductivity micro

structure 2125sputteringsputtering

resistorresistorresistor

resistorresistor

resistor /trimming/

review ~~ bibliographybookdatasurvey

review 437, 616, 676, 700, 801, 934, 1018, 1402, (2073), 2084, 2290, 2466review BeO- fuel elements irradiation 1337

bonding 2217casting (slip c.) 897, 922cemented carbides 66compatibility /powder compacts/ 2454composites 1270, 1367, 1941constitution 2574, 2907electrical conductivity, theory 2906irradiation 1124microstructure 2684microstructure (distribution) 2458microstructure (porosity) model 2633mixing 2647oxide- 1392oxide- +definition 2163powder metallurgy 724refractories 276, 1949resistor (thin-film) 2555strength (fracture) 2114

- 225 -

review technology 1732, 2367UC-Nb,-Si,-Ti,-Zr fuel elements 1343'viC-Co 2553'viC-Co strength 2643

review jhistoryj rocket material 2040

rocket material ~~ refractories

rockei material

rocket material

360, 404, 420, 479, 487, 529, 586, 646, 654, 667, 714, 732,782, 805, 815, 905, (906), 977, 983, 990, 1063, 1091, 1099,1100, 1105, 1138, 1329, (1505), (1569), 1580, (1719), 1728,(1773), (1830), (2177), 2350, 2377, 2439, 2544, 2883

fuel elements (1321)model jstress simulationj 2263review jhistoryj 2040

rolling ~~ fuel elements, fabrication

rolling U02-'vi 1709

sealing, seals ~ joiningvacuum seal

sessile drop ~ wetting

shielding U02-Pb 1596

SiC- bonding 258,421strength 1509

SiC-Al; BC-Al patent 1621-Co,-Cu,-Ni,-Sn; Si02888; Zr02••• ; A1203... wetting 1440-Cr compatibility 2915-Cr constitution 2159-Fe bonding 184-Mo compatibility 1812-Ni; TiC-Ni 918-Si 477, 478, 961-Si; Cr203-Al 423

SiN-Si; A1203-Cr 1100; U02-ss; A1203-Cr 965

-Sn; A1203-Sn; MoSi3-Sn wetting 796

SiN- refractories 361SiN-Si; A1203-Cr; SiC-Si 1100

1401, 2446, 2572398, 503

2346889

2641NbC-Cowetting

38, 149, 205, 354, 357, 397, 534, 996,A1203-Cr microstructure strengthcemented carbides 641, 1706constitution 2689Cr203-Cr 2327FeSi2-Mo 2918microstructuremicrostructure

sinteringsintering

oxide- 2106oxides 80Pu02-Mo 992

- 228 -

stereometrie distribution ~ microstructure (distribution)

415electrical conductivity723

strength 187, 369, 661, 880, 904, 929, 1015, 1017, 1405, 1664, 1695, 1738,1739, 1740, (2076), 2120, 2230, 2544

strength AIN- patent 612A1203- 1890, 2275, 2276A1203-Ag,-Cu 1284

-Cr 626-Cr sintering microstructure 398, 503-Fe ,-Ni pressing electrical + thermal conductivity 122-Ni laminates 1888

bearing 877bonding (1467), 2325~mented carbides 608, 2198. 2807ceramies 2628coated particles MgO-Mo; Zr02-Mo,-W 1712data evaluation WC-Co 1639elastic constants model 834, 1630hardness WC-Co 2642HfC-Mo 2564microstructure 1695microstructure cemented carbides 327, 1095, 1333

TiC-Ni 475TiC-Ni; WC-Co.-Cu 888WC-Co 374. 387. 1184. 1829, 1862. 2218, 2395

model 1779. 1916, 2537NbC-Co; TaC-Co; TiC-Co; VC-Co; WC-Co 577oxide- (290). 465, 1777, (2095)Pu02-ss; U02-ss elastic constants 2125review 676SiC- 1509silicide- hardness 746Si02- hardness (2420)Si02-Ni,-W elastic constants model 2536statistics WC-Co 1639testing 1363, 1680, (1904)testing cemented carbides 2462

elastic constants UN-ss; U02-Mo (1783)U02-W 1498

Th02-Cr 2554-Mo 96, 2897

TiC- 466TiC-Ni 460, 461, 617, 619

-ss 948U02- pressing 1154U02-Cu (2068)

-Cu; U308-A1 elastic constants 2285-ss electrical + thermal conductivity 1433-W 1539

WC-Co 594, 775, 1208, 1436, 1504. 1768, 1920, 2166, 2225, (2387).2791, 2873

WC-Co review 2643

strength, measurement (481), 1871strength, measurement CdS-In; CdSe-In; ZnO-In

testing data evaluationstrength, theory 1943, (2477), 2494, 2808strength, theory elastic constants 2471

WC-Co 2061, 227~ 2890

- 229 -

2849

2654

2462

2868

e1ectrical conductivity

21702147, 2264, 2592, 2667, 2880

(electron microscope) 2442

2037

strengthstrengthstrength

strength (fracture)strength (fracture)

strength (bending) A1203-Fe coated particles bonding elastic const.cemented carbides 826testing (1107)testing data evaluation 623WC-Co 2224, (2388), 2443, 2622WC-Co compatibility 1622

strength (compressive) WC-Co 1253, 2550, 2688, 2708WC-Co microstructure 1409

strength (creep) 341, 349strength (creep) model composites

testing 803U02-Mo 237, (2677)U02-W coated particles 2170

strength (fatigue) 0emented carbides testingWC-Co 731, 2270

1738, 1778, 1813, 1827, 1835, 1861, 1899, 2057, 216~ 2789composites 1962microstructure 2389review 2114Si02-Ni 2715TiC- 2313U02-W coated partic1esWC-Co microstructure

microstructurestrength (imP.act) 188,506, 525, 526, 610strength (impact) Sm203-W 2227

testing 10llTiC-Ni 521, 613

strength (tensile) A1203-Au,-Pt; Th02•••BeO-Cu 2463density 2444microstructure (porosity)WC-Co 606·

~thermal shock) (2181)thermal shock) WC-Co 1902torsion)/T/ WC-Co 1631

stresses

stressesstresses

~~ microstructure (stresses)

837bonding 2485cemented carbides 1289TiC-Ni 843, 881U02-W 1567WC-Co 1266, 1620, 1681, 1682

structural material 499, 586, 751, 831, 943, 1045, 1132, 1242, 1572, 1584,1655, 1660, 1735, 1853, 1993, 2003, (2010), (2160),2178, 2501, 2608~ 2700

structural material coatings (2527)MgO-Cr 2678MgO-Cr thermal expansion 2148patent 1372

superrefractories ~ refractories (superrefractories)

surface coating ~ coatings

surface energy ~ bondingwetting

- 232 -

thermal conductivity UC-Mo; UN-Mo; U02-Mo electrical conductivity strengthirradiation 1626

UN-A1~-Cu~-In~-Mo~-ss~-V 2932-Bi e1ectrica1 conductivity 1145-Cr,-Fe,-Mo,-Nb,-Ta,-Ti~-W~-Zr; U02-Cr,-Mo~-Nb fue1

elements~ fabrication 946U02-A1 2043, 2058

-Cr,-Mo,-Nb pressing electrical conductivity 824-Cr,-Mo,-Nb,-ss pressing (hot) thermal expansion

electrica1 conductivity 1060-Cr,-Mo; UN-Cr,-Fe,-Mo,-Nb,-Ta,-Ti,-W,-Zr fue1

elements, fabrication 946

thermal exp.1763

(2164)

1062

1433, 1479

2422

1307, 1479strength

irradiation

-Cu 457-Fe,-Ni,-W microstructure /texture/-Mg,-Mo,-Nb 899-Mo electrical conductivity

pressing (hot isostatic)strength 994, 1479

-Mo,-ss coated particles-Mo,-W 1500, 1987-ss electrical conductivity strength-W 1472, 1758, 2053, 2503-W casting /unidirectional solidification/ strength

e1ectrica1 conductivity 2620particles 2220

(2528)coated

-W; U308-AlWC-Co 2952

Zr02-Ti strength elastic constants-Zr 1733

measurement 384, 1617, 1851, 2154, 2497measurement lin-pilel 2213theory 2199, 2800, 2805theory model 1139, 1193, 1970, 2150, 2787

thermal conductivity,thermal conductivity,thermal conductivity,thermal conductivity,

electrical c. 1060,1170

2148

975

1458

13382322

528, (2273), 2319, 2414, 2646, 2960A1203- 328, 549A1203-Fe thermite reaction constitution 625, 773

-Mo; BeO-Mo,-Nb e1ectrica1 + thermal conductivitystrength 2151

-Mo thermal conductivity 2500-Ti 496

composites 2613data evaluation 2563elastic constants testingjoining patent 1912, 2464Mgü-Ag,-Si,-W; MoSi2 ••• ; NbC••• ; TaC ••• ; Th02••• ; TiC••• ;

ZrC... 871-Cr structura1 material-Ni wetting 1026-W; SiO-Al 590

strength model 2888thermal conductivity 2517TiC- 1194TiC-Co,-Ni; WC-CoUC-Cr,-Mo,-Nb,-W

-U 1521U02- 1103U02-Cr,-Mo,-Nb,-ss pressing (hot)

-Mo 1267-Mo,-Re,-ss,-W; UN-W

thermal expansionthermal expansion

- 233 -

thermal expansion U02 -Mo,-ss 2551-ss fuel elements 1203-ss; Pu02-ss compatibi1ity 2902-Zr 163

U308-A1 999WC- 1339WC-Co microstructure 1305Zr02-Ti strength therrral conductivity 1763

thermal expansion /stresses/ 2336

therma1-shock strength ~ strength (thermal-shock)

thermionic emitter 222, 1172, 1272, (2065), 2222, 2308, 2525, (2742), 2905,thermionic emitter bibliography 2506 2955

compatibility 1390joining 1285, 1310, 1351LaB6-W 1790La203-W 2017oxide-W rare earths 2016, 2251survey 2781TaC-Cs 2838Th02-Mo 2134, 2887

-W 365UC-Mo 1831

-Mo,-Nb,-Re,-W compatibiIity 1202, 1426-Mo,-W compatibility 1672, 2171-Re; U02-Mo,-W 1525-U 1033-W; U02-W irradiation strength 1591

U02- 1650U02-Mo 1430, 1886, 2131, 2149, 2219, 2236, 2308, 2525,U02-Mo,-W; UC-Re 1525 2619

-W 1421, 1423, 1486, 1986-W compatibility 1491

thermite reaction 149, 1020, 1041thermite reaction A1203-Cr 634, 1410

-Cr patent 219, 310, 362, 426-Cr,-Cu,-Fe pressing (hot) 1627-Fe 2302-Fe constitution thermal expansion-Zr 912

patent 301, 302U308-Al 1178, 1281, 1435U308-Mg,-Zr 1676

thermocouple ~ thermoelement

thermodynamic stability ~ constitution

thermoelectric force ~~ thermoelement

thermoelectric force boride-Cu carbide-Cu 766

thermoelement ~~ thermoelectric force

thermoelement 223, 250, 1571, 2378thermoelement A1203-ss; MgO-ss 2377

coating 1885oxide- 682, 977patent 840

625, 773

- 234 -

thermophysical properties ~ compatibilityconstitution

2827

compatibility 117,201

1530

2856

1365

2636

thick-film resistor ~ resistor (thick-film)thin-film resistor ~ resistor (thin-film)

ThN- ; Th02- data 2756Th02- electronic componentTh02- ; Th1~- data 2756Th02- ; U02- bonding 1287Th02-Ag,-Si,-W; TiC••• ; ZrC••• ; ~€Ü••• ; MoSi2 ••• ; NbC••• ; TaC... thermal exp. 871

-Au,-Pt; A1203-Au,-Ft electrical conductivity strength (tensile) 2654-Al 2445-Al constitution 1238-Be,-Mo,-Ni,-Si,-Zr; Ti02 ••• ; Zr02 ••• ; A1203••• ; MgO•••-Bi casting (slip c.) 969-Bi; U02-Bi compatibility 1081

; PuO-Bi patent 1061-Co,-Hf.-Mo,-Re.-Ta,-W,-Zr 1905-Cr coated particles 2343

strength 2554-Cr,-Ni; Zr02-Cr,-Mo-Cr; SiO-Cr 280-Cr; WC-Co; Zr02-Cr; A1203-Ni coatings 1654-Mo coated particles pressing microstructure 2879

fuel elements, fabrication +Pu02-Pt compatibilityfuel elements, fabrication sintering 2848strength 96, 2897thermioninic emitter 2134, 2887

-Mo,-W; Zr02 ••• ; Hf02... coating (flame spraying) patent 2228-Nb,-Ta.-W; Y203 ••• ; A1203 ••• ; BeO••• ; ~~O... compatibi1ity 1803-Re,-W; Zr02 ••• ; TaB••• ; HfC ••• ; TaC ••• ; ZrC••• ; Ce02... compatibility-Ni; Zr02-Mo 2682 wetting 2267-Th constitution 1936, 2380

patent 593-w 2036-w electronic component 944

pressing mechanical propertiesthermionic emitter 365

-W; BeO-W; U02-A1,-Cu,-Mo.-Nb.-Ni,-ss microstructure-Zr sintering compatibility patent 524

TiB-GOf TiC-Ni,-Si microstructure 394-Co,-Fe.-Ni; CrB... 585-Ti; Ti5Si3-Ti casting /unidirectional solidification/ 2852

TiB2-~e.-Co.-Cr.-Fe,-Ni,-Zr; TiN••• ; ZrB2••• ; ZrC••• ; A1203 ••• ; Cr203••• ;MgO••• ; SiN... 134

-Ni; TiC-Ni microstruct~e (etching) 657

TiC- 115, 189. 254, 263, 267. 291, 296, 300, 372, 316? 402, 403, 463, 470.501, (507). 511. (558). 611, 961, 1012, 1038, 1224

TiC- casting 240coating 2832constitution 127, 144, 382hardness 1252infiltration 100, 147, 445, 519pressing (explosion) 1D21sintering 717, 718, 719. 720, 1001, 2252sint8ring microstructure strength 987strength 490

- 235 -

322

TiC- strength (creep) 466strength (fracture) 2313structura1 material strengthtHrmal expansion 1194turbine material 200, 323

TiC- A1203-Cr turbine materialboride- survey 287oxide- electronic componentWC- compatibi1ity (corrosion)TiC-Ag,-Cu; A1N-Ag,-Cu wetting

TiC-Ag,-Si,-W; ZrC ••• ; MgO••• ; MoSi2••• ;

493

2389452762

NbC••• ; TaC••• ; Th02•••expansion 871

thermal

1823

60, 98bond.ing

cutting material

190

905

42, 101

wetting

1338

158

485920

128, 246turbine material

217

-Al bonding 1769patent 2381strength 187

TiC-Al,-Au,-Be,-Co,-Cr,-Fe.-Mg,-Mn,-Ni,-Pb,-Si,-Ti,-V-A1,-Co,-Cr,-Fe,-Ni strength 162-Cb,-Cr,-Mo,-V; VC ••• ; ZrC••• ; HfC•••-Co 46, (78), 256-Co constitution

pressing 721pressing (hot) 1013testing (316), 505

-Co,-Cr,-Fe,-Ni (108)-Co,-Cr,-Ni bonding 119-Co,-Fe constitution 127,-Co,-Fe,-Ni; A1203-Al,-Co,-Fe-Co,-Fe,-Ni compatibility-Co,-Mo,-Nb,-Ta,-W; BC •••-Co,-Mo,-Ni 1235, 1236-Co,~Mo,~W 39-Co,-Ni 84, 288, 842-Co,-Ni machining 587

sintering 324, 417,718, 719turbine material 150, 210, 293wetting 1314

-Co,-Ni; WC-Co thermal expansion-Co; WC-Co 559

WC-Co data evaluation 24)2machining wear 2749pressing (extrusion) 2521, 2522sintering microstructure 845, 1982

-Co,-Ni; WC-Co,-Mo compatibility 485-Cr chemical analysis 892-Cr,-Fe,-Mn strength turbine material

e1ectrode patent 198-Cr,-Mo,-Ni microstructure 1175-Cr,-Ni constitutiön 469-Cu; WC-Cu wetting 1350-Fe 245, 253, 1978-Fe patent 207

sintering 1696-Fe,-Ni; A1203 ••• ; B4C-Fe-Mo 1924, 1956, 2199-Mo constitution 2809

wear 2287-Mo,-Nb,-Ta constitution 2768-Mo,-Ni; A1203-Cr,-Mo bearing joining-Mo,-Ni compatibility 2440-Mo,-Ti constitution 2636

- 236 -

TiC-Ni 131, 218, 259. (381), 764-Ni chemical analysis 1142

chemical properties 1223coating (electroplating) 674constitution 331, 829cutting material elastic constants hardness 1856elastic constants 1133friction material compatibility (corrosion) 941infiltration 71, 865,lOJ.nJ.ng 265mechanical properties 295microstructure bonding 1183

mechanical properties 658, 809strength 475

microstructure (stresses) 843, 881microstructure (stresses)/x-ray/ 753pressing (extrusion) 1374pressing (hot) 882sintering 720, 856, 1014, 1115, 1135strength 385, 460, 461, 613, 617, 619strength (impact) testing 521thermal expansion, mesurement 717turbine material 226, 604, 825

TiC-Ni; A1203-Cr strength 630SiC-Ni 918VC-Co,-Ni; TaC-Co,-Ni sintering (liquid phase) 2859WC-Co,-Cu strength microstructure 888

; WC-Ni 306TiC-Ki,-Si; TiB-Co microstructure 394

-Pb; AIN-Pb wetting 2761-Si; Ti02-Si turbine material 186-S8 1065, 2467, 2468-ss infiltration (1624), 2248

infiltration microstructure 1776joining machining 564rocket material 2350strength 948

-ss; VC-ss; NbC-ss; TaC-ss 828-Ti; WC-W; ZrC-Zr; MoC-Mo; NbC-Nb; TaC-Ta coating 2707-W constitution 312-W; WC-Ti 30

TiN- constitution 382TiN-Be,-Co,-Cr,-Fe,-Ni,~Zr; ZrB2 ••• ; ZrC••• ; Zr02 ••• ; A1203••• ; Cr203 ••• ;

MgO ••• ; SiN••• ; TiB2... 134-Co,=Fe,-Mo,-Ni,-W wompatibility 1671-Cr 135

Ti02-Be,-Fe,-Ni,-Si; Zr02 ••• ; A1203 ••• ; Be2C••• ; BeO••• ; MgO... 105-Be,-Mo,-Ni,-Si,-Zr; Zr02 ••• ; A1203 ••• ; MgO ••• ; Th02... compatibility 117,-Cr patent 693, 841 201-Cr pressing patent 570, 574-Cr; A1203-Cr; Nb205-Cr; Ta205-Cr patent 554, 555-Nb,-Ta,-Ti,-V; AIN••• ; Si3N4... compatibi1ity 2889-Si; TiC-Si turbine material 186-W; Y203-W joining 2174

Ti5Si3-Ti; TiB-Ti casting /unidirectional so1idification/ 2852Tm203-ss,-W compatibility 2575

-W; Cm203-Mo,-Nb,-Ta,-V,-W,-Zr compatibi1ity 2701

tools ~ cutting materialrnachining

- 237 -

torsion ~ strength

transition metals bonding 1881compatibility 2771UC- UC2-; UN- constitution 1293UN- constitution 2453

transport properties ~ electrical conductivitythermal conductivity

turbine material

turbine material

turbine material

58, 59, (121), 138, 141, 154, 171, 179, 203, 209, 241, 262,309, 332, 340, 349, 358, 370, 420, 487, 516, 529, (536),596, 656, 659, 694, 736, 782, 818, 819, 893, 898, 981, 990,1138, 1699, 1762, 1784, (1785), 2712

A1203-Cr 211, 550-Cr; TiC- 322-Fe 52

BC-Co,-Mo,-Nb,-Ta,-W; TiC-Co,-Mo,-Nb,-Ta,-W 190patent 515testing 255, 510TiC- 200, 403TiC-Co strength 42, 101

-Co,-Mo,-Nb,-Ta,-W; BC-Co,-Mo,-Nb,-Ta,-W 190TiC-Co,-Ni 150, 210, 293

-Co,-Ni; WC... joining 774-Ni 226, 604, 825-Si; Ti02-Si 186

Ti02-Si; TiC-Si 186WC-Co,-Ni; TiC... joining 774

UAs-U constitution 2156

UB4-Cr,-Fe,-Nb,-Ni; UC2 ••• ; U308 ••• compatibility 812

Pu02••• ;

1293

1468

2322

UC- 1487, 1658UC- bonding 1531

constitution 2234fuel elements compatibilitypressing (extrusion) 439sintering 677

UC- UC2-; UN- transition metals constitutionUC- UN- irradiation 859UC- UN-; U02- fuel elementsUC~ ; U02- fuel elements 749UC-Al,-Be,-Cr,-Fe,-Mo,-Nb,-Ni,-ss,-Ta,-Ti,-V,-W,-Zr; UN••• ; U02... compatibility

-Al,-Co,-Fe,-U; U02-Al,-Mo,-Nb,-ss 1261 1811-Al,-Cr,-Fe,-Mo,-Nb,-Ni,-ss,-Th,-Ti,-V,-Zr; UC2... compatibility 1205-Al,-Cr,-Fe,-Mo,-Nb,-Ni,-Ti,-Zr; U02 ••• ; UC... compatibility 2434-Al; UN-Al; U02-Al; U308-Al pressing fuel elements rol1ing irradiation-Al; UN-Al; U02-Al fuel elements irradiation 1187 1483-Al; U02-Al; U308-Al compatibility fuel elements .irradiation 1649-Au,-Ni; U02-Au,-Ni ccated particles 2431-Be,-Cr,-Fe,-Mo,-Nb,-ss,-Ta,-W; UN••• ; U02 ••• ; US ••• ; PUC••• ; FuN ••• ;

PUS... patent 1775-Be,-Cr,-Fe,-Mo,-ss,-Ta,-W,-Zr 2233-Cr,-Fe,-Ni constitution 1048-Cs,-1i,-U; UN••• ; U02... compatibility microstructure 1686-Fe 1532

- 238 -

2543

1591

1202

1775

patent

903

812

2932

2843

2453

2931fabrication

1343

2779

2570

1040eompatibility

1995

2060

(2419)

constitution

UC-Fe; UN-Fe eonstitution 2866-Mo,-lfu,-Ti,-V,-W thermionie emitter eompatibility-Mo,-Nb,-Ti,-V,-Zr; US-Al,-Zr fuel elements 902-Mo thermionie emitter 1831-Mo; UN-Mo; U02-Mo eleetrical + thermal eonduetivity strength irradiation-Mo; U02-Mo fuel elements 1382 1626-Mo,-ss compatibility 2843

,-W eompatibility 2196-Na eompatibility mierostrueture-Nb eoated particles fuel elements,-Nb,-Si,-Ti,-Zr fuel elements review-Nb thermionie emitter 1033-Nb,-U; UN-Al,-Mo,-Nb,-Zr; U02... 716-Pd,-Rh,-Ru; UN-Mo,-ss,-W constitution-Re; U02-Mo,-W thermionic emitter 1525-Ru; PuC-Ru ehemieal analysis 2127-ss eompatibility 1669, 1821-ss,-V constitution 2660-ss; PuC-ss eompatibility-ss; UN-ss; U02-Al,-ss 722-Ta eompatibility 2737-U fuel elements 1400, 1570

irradiation 1273, 1634microstrueture wettingpatent 1030, 1836sintering 1034, 1549

-U sintering mierostrueturethermal eonductivity 1521wetting 2870

-V; UN-V eonstitution-w constitution 2912

fuel elements 2828thermal conductivity 2801thermionie emitter 1898

-W; PuC-W eonstitution 2858-W; U02-W microstrueture eoated particles 1935

thermionic emitter irradiation strengthUC2-Al; U308-Al 1325

-Cr,-Fe; UN-Fe eonstitution-Cr,-Fe,-Nb,-Ni; U308••• ; UB4•••-U sintering 2490

UC14-Al; U02-Al ehemieal analysisUN- 1347UN- transition metalsUN- UC- 1207UN- ; UC- irradiation 859UN-Al,-Cr,-Fe,-Mo,-l~,-Ni,-ss,-Th,-Ti,-V,-W,-Zr compatibility 1447, 1811

-Al,-Cr,-Fe,-Mo,-Nb,-Ni,-Ti,-V,-Zr; U02••• ; UC... eompatibility 2434-Al,-Cr,-Fe,-Zr; U02~.. eompatibility 1602-Al,-Cu,-In,-Mo,-ss,-V thermal conductivity-Al,-Mo,-Nb,-V fuel elements 901-Al,-Mo,-Nb,-Zr; U02-Al,-Mo,-Nb; UC-Nb,~U 716-Al,-Mo pressing fuel elements eompatibility-A1,-Ni,-ss,-Zr 1499-Al; U02-Al; UC-Al fuel elements irradiation 1187-Al; U02-Al; U308-Al; ue-Al pressing fuel elements rolling irra~1~~ion-Be,-Cr,-Fe,-Mo,-Nb,-Ta,-ss,-W; U02••• ; US ••• ; PUC ••• ; FuN••• ; PUS ••• ;

UC... patent-Bi electrical + thermal conductivity 1145

- 239 -

1626irradiation

2403

(1783)

1269

2167

2542

testing

fuel elements, fabricationthermal conductivity 946

mierostrueture 1686

2843

2280

patent

2565

13481443

2435

1153

constants

2869890

722e1astic

2926

1047(mieroprobe)

239, 252973, 1387, 1546

fuel elements irradiation 913, 1428irradiation 1086, 1094, 1149, 1265

fabrieation (745), 873, 1036, 1933, 2402,351

compatibility

-ZrU02U02-

TIN-Cr eonstitution-Cr patent 1377-Cr,-Fe,-Mo,-Nb,-Ta,-Ti,-\v,-Zr; lJ02-Cr,-Mo,-Nb

-Cs,-Li,-U; U02••• ; UC... eompatibility-Cu; U02-Cu microstrueture (2495)-Fe,-U eonstitution 1308, 2866-Fe; UC2-Cr,-Fe constit~tion 1040-Mo,-ss,-W; UC-Pd,-Rh,-Ru eonstitution-Mo; U02-Mo fuel elements 1397-Mo; U02-Mo; UC-Mo electrical + thermal conduetivity strength-Mo; U02-W; US-W pressing eompatibility irradiation 1353-Mo,-W eompatibility 2507, 2913

pressing +eoated particles pressing-Mo,-W; U02-Mo,-W mechanical properties 2179

U02-W; US-W eoated partieles pressing-Nb,-U 1119-Ni,-ss,-V; U02 •••-ss 480-ss compatibility

fuel elements-ss; U02-Al,-ss; UC-ss-ss; U02-Mo strength-U 1195, 1221-V; UC-V eonstitution (2419)-W thermal expansion 1458-W; U02-Cu,-W; Zr02-ss mierostrueture-W; U02-W irradiation 2691

pressing (explosion)eompatibility 18741294, 1684

bibliography 949coated particles (886), 1117, 1231compatibility 1056, 1245fuel elements 820, 1051, 1163, 1278, 2128, 2483fuel elements patent 2831irradiation 2709irradiation (high temperature)

U02- mierostructure (autoradiography)pressing strength 1154pressing (extrusion) 1089, 1494pressing (hot) 769, 1089, 1292thermal expansion 1103thermionic emitter 1650

U02, Am02, Cm02, Np02 eoatings 2333U02- Pu02- fuel elements, fabricationU02- Th02- bonding 1287U02- UC- fuel elements 749U02- U308- eonstitution 1840U02-Al 639, 833, 2571U02-Al ehemical analysis

chemieal analysiscoated partieleseompatibilitycompatibilityfuel elementsfuel. elements,irradiationpatent 1547

- 240 -

2559

1811compati;bility

2434

2458

824

1686

835

1530

electrical + ther~al

physical properties

1106

1187, 1483

2285

microstructure

952

716967

irradiation2779

960

679fabrication 806, 11821323, 1649, 1968

16031535

compatibility

-Cr,-Mo,-l'Tb,-ss

-Be-Be

1521compatiblity 1561fuel elements 537

-Bi casting (slip c.) patentcompatibility 1081wetting 846, 1053

-Bi; Th02-Bi compatibility 1081-Bi; Th02-Bi; PuO-Bi patent 1061-Cb fuel elements 1983, (2208)-Cb,-Nb patent 2428-Cr coated particles pressing (hot isostatic)-Cr; A1203-Cr coated particles 2309-Cr,-Cu,-Fe,-Mo,-Ni fuel elements, fabrication patent-Cr,-Fe,-W 1425-Cr,-Mo coated particles pressing (hot isostatic)

conductivity strength irradiation 2558-Cr.-Mo.-Nb pressing electri~al + thermal conductivity-Cr,-Mo coated particles electrical conductivity 2792

compatibility 2427-Cr,-Mo,-Nb; UN-Cr,-Fe,-Mo,-Nb,-Ta,-Ti,-W,-Zr fuel elements, fabrication

thermal conductivity 946pressing (hot) thermal expansion electrical + thermalconductivity fuel elements 1060, 1170

-Cr,-Mo,-V coated particles pressing (hot isostatic) (2616)-Cr,-Nb coated particles fuel elements, fabrication 1229-Cr,-Ni 2087-Cr,-Ni compatibility

irradiation-Cs,-Li,-U; UC ••• ; UN•••-Cu 1355-Cu bonding 1522

constitution 837physical properties microstructure (distribution)strength (2068)thermal conductivity 457

-Cu; UN-Cu microstructure 2495-Cu; U308-Al elastic constants strength-Cu,-Mo fuel elements (2546), (2547)

U02-Al pressing irradiation hardnesspressil~ (extrusion) 1101thermal ccnductivity 2043, 2058

-Al,-Be compatibility 950-Al,-Be,-Cr,-Fe,-Mo,-Nb,-Ni,-ss,-Ta,-Ti,-V,-W,-Zr; UC••• ; UN•••-Al,-Cr,-Fe,-Mo,-Nb,-Ni,-Ti,-V,-Zr; UC••• ; UN... compatibility-Al,-Cr,-Fe,-Zr; UN... compatibility 1602-Al,-Cr,-Nb coated particles irradiation 1346-Al,-Cu,-Mo,-Nb,-Ni,-ss; BeO-W; Th02-W microstructure-Al,-Mo,-Nb,-ss; UC-Al,-Co,-Fe,-U 1261-Al,-Mo,-Nb; UC-Nb,-U; UN-Al,-Mo,-Nb,-Zr-Al,-Mo,-ss,-Zr; UC... fuel elements-Al,-Mo,-Zr 1279-Al,-ss sintering fuel elements, fabrication-Al,-ss; UC-ss; UN-ss 722-Al; UC-Al; UN-Al fuel elements-Al; UC14-Al chemical analysis-Al; UN-Mo fuel elements 1397-Al; U308-Al 635-Al; U308-Al compatibility

fuel elements,irradiation

- 241 -

1062

(2164)

2422

2398, 2399, 2400

U58

2560

1852

1919

932

2280

1562

1525

942irradiation2237, 2397

U02-Cu,-Mo; Zr02-ss; UN-W microstrueture-Fe ehemieal properties 1678

fuel elements bonding 1469irradiation 933pressing (extrusion) 792

-Fe,-Ni,-W thermal eonduetivity mierostrueture /texture/-Gd; Gd203-Mo eompatibility 2568-Mg 1714-Mg fuel elements irradiation 1592-~~,-Mo,-~o thermal eonductivity 899-Mo 591, 675, (1126), (1127), 1420, 1479, 1480, (2354), 2447, 2812-Mo ehemieal analysis (microprobe) 2621

ehemieal proeessing 1932eoated partieles 1185, 2098, 2310eoated partieles pressing (hot isostatie)

sintering 1326eompatibility 111, 954, 1673, 1742eompatibility (eorrosion) hardnesseonstitution 1479elastie eonstants 1954eleetrieal eonduetivity mierostruetureeleetrieal + thermal conduetivity 1307eleetrieal+ thermal conduetivity elastie eonstants maehinlng 1480fuel elements mierostrueture 1206, 2312fuel elements, fabriea~ion 1553, 1662, 2042irradiation 2070, 2294, 2893mierostrueture (distribution)pressing sintering 1479pressing (hot) 1112nressing (hot isostatie) thermal eonduetivity strengthstrength (ereep) 237, (2677)thermal eonduetivity 994thermionie emitter 1430, 1886, 2131, 2149, 2171, 2219, 2308, 2525, 2619thermal expansion 1267, 1958

-Mo,-Nb 2472, 2956-Mo,-Nb,-Re,-Ta,-W eompatibility

eompatibility-Mo ,-Nb ,-Ta compatibility 2180,-Mo,-1Th,~W eompatibility 2237-Mo,-Re,-ss,-W compatibility thermal expansion-Mo ,-Re ,-W eompatibility 1426, 1651

thermionie emitter 14~6, 1430, 1672, 2171-Mo,-Rh,-Ta,-W oompatibility 2345-Mo,-ss eompatibility /simulated fission produets/ 2452

eoated partieles thermal eonduetivity irradiation-Mo,-V,-Cr coated partieles pressing (hot isostatie) (2616)-Mo,-W eleetrical eonduetivity 1752

fuel elements 1427fuel elements irradiation eompatibilityfuel elements, f~brieation patent 1371pressing 1557, 2091, 2921pressing (hot) eoated partielesthermal conduetivity 1500, 1987

-Mo,-Zr mierostrueture (eleetron mieroseope) 2658-Mo; UC-Mo fuel elements 1382 1626-Mo; UC-Mo; UN-Mo eleetrieal + thermal. conduetivity strength i~diation

-Mo; UN-ss strength electrieal eonductivity testing (1785)-Mo; us-w 1299-Mo,-W; UC-Re thermionie emitter

- 242 -

1647

2657

1918

1010

2259

isostatic) (2616)

(2394), 2620microstructure

2878

2179

16931613, (1848)

2861

1935

1599

U02-Mo,-W; UN-Mo,-W mechanical properties-Na compatibility 1594-Na,-ss,-U; US-U constitution-Nb coated particles 1301

compatibility 1513-Nb,-Ta coated particles fuel elements, fabrication

compatibility 1917-Nb,-V compatibility 1356-Ni fuel elements 1177, 1652

fuel elements, fabrication patent-Ni,-ss,-V; UN... compatibility 2435-Pb shielding 1596

wetting 813-Pt wetting 940-Pu compatibility 1395-Si,-ss; PU02... compatibility 1381-ss 588, 1396, 1438, 1451, 1601, 1663, 2138, 2512-ss chemical analysis 985

chemical processing 1485, 2028compatibility 1701, (2505), 2848electrical conductivity 756electrical + thermal conductivity strength 1433fuel elements irradiation 1360, 1578, 1589, 1642, 1687, 1700, 1989,

2215, 2258, 2286irradiation testing 2390mechanical properties 1409patent 1456thermal expansion 1203

fuel elements, fabrication 520, 756, 770, 1057, 1120, 1121, 1122,1213, 1217, 1331, 1357, 1366, 1452,1455, 1552, 1637, 1707, 1868

fuel elements /specifications/ 546, 672, 673, 1577irradiation 1070, 1090, 1391, 1808mechanical properties (1136)pressing (extrusion) fuel elements, fabrication

-ss; A1203-Cr; B4C-Al irradiation 502SiC-Si 965

A1203-ss patent 1590+review 700

-ss,-Ni; UN... compatibility 2435-ss; PuC-ss; Pu02-ss chemical analysis

Pu02-ss fuel elements irradiationfuel elements, fabricationpressing sintering 2862strength elastic constants 2125thermal expansion compatibility 2902

-sS; Pu02-ss; Pu203-ss fuel elements, fabrication microstructure-ss; Si02-U irradiation 455-U constitution 1291, 1593, 1689, 1702

constitution sintering 1626sintering 2615

-U; CaO-U; La203-U; SrO-U compatibility /crucible/-v coated particles 2774-V,-Cr,-Mo coated particles pressing (hot-W (1419), 1422, 1510, 1748, 2204, 2305-W casting /Ul1idirectional solidification/

casting /unidirectional solidification/chemical analysis /stoichiometry/ 2523coated particles 753

microstructure

- 243 -

1649

1483

1353

1591

2170

1482806, 1182

5451631840U308- ;

U308-AlU308-A1

U02-W coated partiales strength (creep,fracture)therm&l conductivity 2220

fuel elements 1368, 1976, 218~ 2596fuel elements irradiation testing 2375

pressing (extrusion) 1462pressing (hot isostatic) 2315

irradiation 1199, 1614, 2351, 2416, 2465, 2491, 2504, 2765, 2949joining 2356, 2489ro11ing 1709sintering 1211, 1280, 1364, 1667, 2137strength 1539, 1603strength testing 1498stresses 1567thermal conductivity 1472, 1758, 2053, 2503thermionic emitter 1421, 1423, 1486, 1986thermionic emitter compatibility 1491

-W; UC-W coated particles microstructure 1935thermionic emitter irradiation strength

-W; UN-W irradiation 2691pressing (explosion) 1153

-W; U308-Al thermal conductivity 2528-W; US-W; TIN-Mo,-W coated particles pressing 1269

UN-W pressing compatibility irradiation-Zr 320=Zr compatibility 391, 453, 601, 618

constitution 409, 771fuel elements 2830irradiation 727microstructure 303pressing (extrusion)thermal expansion

U02- constitution1180, 2282, 2283

chemical analysis (microprobe) 2565compatibility 1144, 1317, 1318, 1473, 1534, 2357, 2656, 2784fue1 elements 193, 807, 1300, 1301, 1441, 1574, 2357, 2721, 2957fue1 elements irradiation 441, 1718, 2571, 2710, 2715, 2719, 2752

mechanica1 properties 1415mechanica1 properties jdeformationj 2716, 2717

fuel elements, fabrication 728, 808, 989, 1358, 1488, 1725, 1726,1744, 1766, 1914, 2034, 2135, 2173,2250, 2358, 2504, 2624, 2625, 2718,2719, 2720, 2121, 2122

fue1 elements jspecificationsj 1~18

irradiation 737, 1127, 1322, 1385, 1481, 1543, 2565pressing patent 1129pressing (extrusion) 989, (1290)strength 1181, 1182, 1516,strength wetting 2282thermal expansion 999thermite reaction 1179, 1281, 1435

U308-A1; UC-A1; U02-A1 compatibility fue1 elements irradiation-Nb compatibi1ity 1325

U02-Al 635U02-A1 compatibi1ity 679

compatibi1ity irradiationfue1 elements, fabricationirradiation 1323, 1968pressing fue1 elements ro11ing irradiation

- 244 -

U308-Al; U02-Cu strength elastic constants 2285U308-Al; U02-W thermal conductivity 2528U308-Al,-Mg bonding 74

-Cr,-Fe,-Nb,-Ni; UB4••• ; UC2... compatibility 812-Mg,-Zn thermite reaction 1676

UP-U constitution 1265UP2-U; U3P4-U; US2-U sintering 2411US-,Al,-Zr; UC-Mo,-Nb,-Ti,-V,-Zr fuel elements 902

-Be,-Cr,-Fe,-Mo,-Nb,-Ta,-ss,-W; PUC ••• ; FuN••• ; Pu02••• ; ~••• ; UC ••• ;UN••• ; U02... patent 1775

-Mo,-Nb,-Ta,-V compatibility 1148-U; U02-Na,-ss,-U constitution 1599-W; UN-Mo; U02-W pressing compatibility irradiation 1355-W; UN-Mo,-W; U02-W coated particles pressing 1269-W; UN-W; U02-W pressing comapatib1ity irradiation 1935-W; U02-Mo 1299

US2-U; UP2-U; U3P4-U sintering 2411

vacuum seals 23, 380, 748, 1844vacuum seals A1203- 2532

bibliography 2578review 400sputtering 2767

vapor depositing ~ coated particlescoating

VC-Cb,-Cr,-Mo,-V; ZrC••• ; HfC ••• ; TiC••• ; wetting cutting material 1823-Co,-Cr,-Fe,-Ni; WB••• ; ZrB••• ; CrB2... infiltration patent 448-Co,-Ni; TaC••• ; TiC-Ni sintering (liquid phase) 2859-Co; WC-Co; liDC-Co; TaC-Co; TiC-Co streng~h 577-Ni microstructure patent 208-ss; NbC-ss; TaC-ss; TiC-ss 828

VO-V constitution 2810

448patent

2340

944

1656

WB-Co ,-Fe constitution 2475-Ni; W2B-Ni; W2B5-Ni sintering wetting 2694

WB~-Co,-Cr,-Fe,-Ni; ZrB••• ; C~B2 ••• ; VB... infiltration-Co,-Fe,-Ni; MoB2 ••• ; NbB2 ••• ; TaB2... patent 204

w: coatings 2352wc- 124, 1517, 2593WC- thermal expansion 1339WC- ; TiC- compatibility (corrosion)WC-Ag; CdO-Ag contact 2099WC-Co 5, 8, 13, 14, 17, 35, 44, 47, 256, 271, 393, 401, 614, 633, 765, 860,

959, 1003, 1073, 1079, 1140, 1141, 1230, 1342, 1470, 1582, 1866, 1895,1896, 1897, 1926, 2077, 2335, 2392, 2769, 2770, 2882

bibliography 2644bonding 116, 146, 375, 464, 868, 1723, 2920bonding chemical properties 1+01casting physical properties microstructurecasting (slip c.) 1716, 1951coatings 2352coatings bearing wearcompatibility 1465, 2374

- 245 -

WC-Cocompatibility (corrosion) 781, 852, 1134constitution 234, 271, 289, 401, 449, 1579, 1822, 1863, 1985, 2695constitution microstructure 57constitution (solubility) 9, 271, 401, 449, 1449, 1573, (1804), 2112constitution (solubility) mechanical properties 1979cutting material 1097, 1566, 2300, 2301,cutting material patent 2723

wear 2539, 2540, 2946elastic constants 1283, 2379, 2630, 2934elastic constants hardness 2021

strength 157, 988electrical conductivity 1254finishing (electrolytic) 908friction material wear 2331hardness microstructure /cracks/ 2056, 2271

strength 12, 860, 2609strength wear 584wear 6

harfrness jtemperature/ 1232, 2023joining 2373machining 592, 2035, 2567, 2690magnetic properties 1016magnetic properties microstructure 26mechanical properties 294, 1457, 1698, 1703, 1814, 2206, 2412microstructure 11, 137, 289, 443, 697, 1071, 1453, 1800, 1801, (1837),

2266, 2424, 2549, (2664), 2945microstructure electrical conductivity 1201

machining 2421model 1845strength 374, 387, 795, 860, 1184, 1335, 1800, 1829,

1862, 2218, 2395, 2623strength hardness 2438

microstructure (distribution) 663microstructure (electron microscope) 2261, (2266), 2288, 2450, 2666,

2668, 2669, 2670, 2837microstructure !electron microscope) strength (fracture) 2442microstructure particles size) 2391microstructure polishing) 1503microstructure stresses) 696, 763, 1161, (1493), 2666microstructure /grain growth/ 2401mil1ing 1084, 2010milling mixing 2892patent 77, 81, 125, 371, 581, 2049, 2584, 2585, 2675, 2724powder metallurgy 1524pressing 1495, (1645), 1841, 2320, 2851pressing microstructure (distribution) 2292

sintering 1797pressing (hot) 976, 1306pressing /deformation/ 2318review 2553sintering 15, 16, 19, 136, 277, 976, 1209, 1359, 2024, 2025, 2293,

2474, 2702, 2705, 2875specific heat 811strength 484, 594, 775, 1208, 1436, 1504, 1768, 1770, 1787, 1920,

1,69, 2166, 2188, 2225, (2387), 2538, 2643, (2730), 2791,strength statistics 1639 2873

wear machining 2688strength, theory 2061, 2272, 2890strength (bending) 2224, (2388), 2443, 2622

- 246 -

WC-Co strength (bending) compatibility 1622strength compressive) 1253, 2550, 2688, 2708strnegth compressive) microstructure 1406strength fatigue) 735, 2270strength fracture) microstructure 2147, 2264, 2592,2667, 2880strength tensile) 606strength thermal shock) 1902strength torsion)/temperature/ 1631survey 86testing /ultrasound/ 957thermal conductivity 2952thermal expansion microstructure 1305wear 955

WC-Co; MoC-Co patent 77; NbC-Co; TaC-Co; TiC-Co strength 577

WC-Co,-Cu bonding mechanical properties 1004-Co,-Cu; TiC-Ni strength microstructure 888-Co,-Fe constitution (solubility) mechanical properties 2112, 2758-Co,-Fe,-Ni patent 491-Co,-Mo; TiC-Co,-Fe,-Ni compatibility 485-Co,-Ni constitution 1129-Co,-Ni; CbC-Co,-Ni; TaC-Co,-Ni sintering 63-Co,-Ni; TiC-Co,-Ni joining 774-Co; TiC-Co 559-Co; TiC-Co data evaluation 2432

machining wear 2749pressing (extrusion) 2521, 2522sintering microstructure 845

-Co; TiC-Co,-Ni thermal expansion 1338-C11 coatings (electrodepositing) 1690

friction material patent 160sintering (liquid phase) 2904

-Cu; TiC-Cu wetting 1350-Fe constitution 2239, 2758, 2901

patent 206-Fe,-Ni 1248-Ni 739-Ni; TiC-Ni 306-Pb friction material 45-ss; Cr2C3-ss 213-Ti constitution 312-Ti; TiC-W 30-W; ZrC-Zr; MoC-Mo; NbC-Nb; TaC-Ta; TiC-Ti coo.ting 2101

wear ~~ friction materialmachining

wear 1188, 1228, 1414, 1923, 2175wear A1203-Cr friction material 1055

bearing compatibility /Na/ 2857carbide-ss 1044cemented carbides 1984, 2198cemented carbides compatibility (corrosion) 2141coatings 1327, 2145, 2146, (2336)cutting material 2449friction material 1164, 2202, 2212machining 1974,

machining WC-Co 2690WC-Co; TiC-Co 2149

- 247 -

wear microstructure /surface/ 2203patent 305SiO-Cr resistor (thin-film) 2155TiC-Mo 2287WC-Co 955WC-Co coating bearing 1656

cutting material 2539, 2540, 2946friction m&terial 2331strength hardness 584, 2747

welding ~ joining

~~ bonding

1823

1823

1823

1823

565

750, 839, 909,1855,2652, 2128,

/2760, 2916

1440

2645

cutting material

cutting material

cutting material

796

1026

889

1995, 2870

168, 216, 285, 297, 298, 299, 397, 482, 569, 609,1109, (1110), 1118, 1143, 1197, 1312, 1340, 1585,

AIN-Ag,-Cu; TiC-Ag,-Cu 2762-Pb; TiC-Pb 2761

A1203- ; BeO- 1615A1203-Ag,-Au,-Co,-Cu,-Fe,-Ni,-Sn; B4C••• ; CaO ••• ; Si02••• ; Zr02 ••• 1911

-Al 666, 2393-Co,-Cu,-Ni,-Sn; SiC••• ; Si02••• ; Zr02•••-Co,-Ni; carbide-Co,-Ni 1251-Cu,-Sn; Cr203... electrical conductivity-Fe bonding 743, 1721-1i 935-Mo,-W 2759-Ni (2661)-Sn; MoSi3-Sn; SiC-Sn-W 1636

BC-Ag,-Al,-Sn,~Zn sintering (liquid phase)bonding compatibility (2334)boride- ; oxide~ 830carbide- 1708, 2303carbide- ; oxide- 388, 488, 1137compatibility (2046)HfC-Cb,-Cr,-Mo,-V; TiC••• ; VC ••• ; ZrC•••infiltration 2069, 2729MgO-Ni thermal expansionmicrostructure 1995microstructure sinteringoxide- (589), 855, 1006oxide- bibliography 2002oxide- boride 830

; carbide- 388, 488, 1137refractories 2650sintering 2928survey 909TaB-Re,-W; HfC ••• ; NbC ••• ; TaC••• ; ZrC••• ; Ce02••• ; Th02••• ; Zr02 •••

compatibility 2267TiC-Cb,-Cr,-Mo,-V; VC ••• ; ZrC••• ; HfC•••

-Co,-Ni 1314-Cu; WC-Cu 1350

UC-U microstructureU02-Bi 846, 1053

-Pb 813-Pt 940

U308-Al strength electrical conductivity 282VC-Cb,-Gr,-Mo,-V; ZrC••• ; HfC••• ; TiC... cutting materialWB-Ni; W2B-Ni; W2B5-Ni 2694ZrC-Cb,-Cr,-Mo,-V; HfC••• ; TiC••• ; VC •••

wetting

wetting

wetting

wetting /contact angle, measurement/wetting /rare earths/ 681

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684, 2847

WO-Co microstructure 36W03-Au,-Pt; TaO-Au,-Pt sputtering resistor (thin-film) 2032

-Ni; NiO-Be compatibility 869

yield ~ strength (yield)YC2-Ir,-pt; Ce02••• ; ErC2... compatibility constitution 2885YB6-Re electrical conductivity 2520Y203-Nb,-Ta,-W; A1203 ••• ; BeO••• ; MgO••• ; Th02... compatibility 1803

-Pu; ZrC-Pu; A120?-Pu; CaF2-Pu; NbC-Pu compatibility /crucible/ 2630-W; Ti02-W joining 2174-Yb; Eu203-Eu compatibility 2839-Zr mechanical properties 2085

microstructure 1953Y02-Zr 2295Y02-Zr; Yb203-Zr; Er203-Zr constitution 2297Yb203'Yb; Eu203-Eu; Sm203-Sm 2603Yb205-Zr; Er203-Zr; Y02-Zr constitution 2297Yt203-Cr; Hf02-W; MoSi-Mo coating 2573

ZnO-AgZnO-Ag;ZnO-In;ZnS~Cr

contact patent 76, 104, 236CdO-Ag; HgO-Ag; Sn02-Ag contact patentCdS-Inj CdSe-JL~ electrical conductivityfriction material 2201

768strength, measurement 415

ZrB- (655)ZrB=Co,=Cr,-Fe,-Ni; CrB2 ••• ; VB••• ; WB... infiltration patent 448ZrB2-Cu coating (electrodeposition) 2878ZrB2-Be,-Co,-Cr,-Fe,-Ni,-Zr; ZrC••• ; A1203 ••• ; Cr203••• ; MgO••• ; SiN••• ;

TiB2••• ; TiN... 134-Co,-Cr,-Ni 307-Cr coated particles infiltration 1159-Cr,-Mo,-Zr; CrB••• ; MoB2... 346-Re constitution 2599-Mo sintering 1838

ZrC coatings patent 2582ZrC-Ag,-Si,-W; MgO••• ; MoSi2 ••• ; NbC••• ; TaC••• ; Th02••• ; TiC... thermal

expansion 871-Be,-Co,-Cr,-Fe,-Ni,-Zr; A1203 ••• ; Cr203••• ; MgO••• ; SiN••• ; TiB2 ••• ;

TiN••• ; ZrB2... 134-Cb sintering 68-Cb,-Cr,-Mo,-V; HfC ••• ; TiC••• ; VC... wetting cutting material 1823-Cr,-Fe; A1203••• ; BC... 67-Mo,-Nb,-Ta,-W; NbC... coatings book 2168-Nb compatibility 159-Ni pressing (hot) 2018-Pu; Zr02-Pu; CaF2-Pu; NbC-Pu compatibility /crucible/ 2630-Re,-W; Ce02••• ; Th02••• ; Zr02••• ; TaB••• ; HfC••• ; NbC••• ; TaC•••

compatibility wetting 2267-W casting (slip c.) 2410-Zr; MoC-Mo; NbC-Nb; TaC-Ta; TiC-Ti; WC-W coating 2707

ZrH-U fuel elements (784), 2102ZrN coatings electrode patent 2581

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105

2630

55

1911wetting

2228

1654

2280

2098, 2310

1733

-w-Zr-Zr

ZrH-U fuel elements (784), 2102Zr02- (85), 2045Zr02- coatings (2277)Zr02-Ag,-Au,-Co,-Cu,-Fe,-Ni,-Sn; A1203 ••• ; ]4C••• ; CaO••• ; Si02•••

-Al,-Be,-Co,-Ni,-Zr; A1203 ••• ; BeO... 282, 283, 284-Be,-Co,-Cr,-Fe,-Ni,-Zr; A1203 ••• ; Cr203••• ; MgO••• ; SiN••• ; TiB2••• ;

TiN••• ; ZrB2••• ; ZrC••• ; Zr02... 134-Be,-Fe,-Ni,-Si; A1203 ••• ; Be2C••• ; BeO••• ; MgO••• ; Ti02 ••• ; Zr02 •••-Be,-Mo,-T~,-Z:; A1203~Mo,-Ti,-Zr; MoSi-Bi 72. 11 . 0 .

Zr02-Be,-Mo,-N~,-S~,-Zr; A1203••• ; MgO••• ; Th02••• ; T~02 •••. comp1t~t~t~ty-Co,-Cu,-Ni,-Sn; A1203 ••• ; SiC••• ; Si02... wetting 1440-Co,-Fe,-Ni; A1203 ••• ; BeO••• ; Cr203••• ; MgO... constitution-Cr compatibility 1550-Cr; A1203-Ni; Th02-Cr; WC-Co coatings-Cr,-Ni; Th02~.. 2636-Fe,-Ni; A1203 ••• ; MgO... 483-Mo cutting material /die/ 2891

microstructure 1554, 1994-Mo; Th02-Ni 2682-Mo; U02-Mo ooated partic1es-Mo,-W mierostructure 2079-Mo,-W; Hf02••• ; Th02... coating (flame spraying) patent-Mo,-W; MgO-Mo coated partic1es strength 1712-Ni 1114-Pu; CaF2-Pu; NbC-Puj Y203-PU; ZrC-Pu compatibility /crucib1e/-Re,-W; TaB••• ; HfC••• ; NbC••• ; TaC••• ; ZrC••• ; Ca02••• ; Th02•••

compatibi1ity wetting 2267-Sr contact 1276-ss; UN-W; U02-Cu,-Mo microstructure-Ti 636-Ti compatibi1ity 1386, 1388

strength elastic constants thermal expansion thermal eond. 1763rocket material patent 2439

715, 1023microstructure 1389thermal eonduetivity

Bibliography on Cermets (1945 - 1971)

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