NASA SP-3087Revised

TABLE AND CHARTS OF

EQUILIBRIUM NORMAL-SHOCK

PROPERTIES FOR

PURE HYDROGEN

WITH VELOCITIES TO 70 km/sec

CASE FILECOPY

NATIONAL AERONAUTICS AND SPACE ADMINISTRATION

NASA SP-3087Revised

TABLE AND CHARTS OF

EQUILIBRIUM NORMAL-SHOCK

PROPERTIES FOR« - . '

PURE HYDROGEN

WITH VELOCITIES TO 70 km/sec

By Charles G. Miller III and Sue E. WilderLangley Research Center

Prepared at Langley Research Center

Scientific and Technical Injoinietlion Office 1976N A T I O N A L A E R O N A U T I C S AND SPACE ADMINISTRATION

Washington, D.C.

For sale by the National Technical Information ServiceSpringfield, Virginia 22161Price - $9.25

PREFACE

Equilibrium thermodynamic and flow properties are presented in tabu-lated and graphical form for moving, standing, and reflected normal-shockwaves in pure hydrogen. Properties include pressure, temperature, density,enthalpy, speed of sound, entropy, molecular-weight ratio, isentropic expo-nent, velocity, and species mole fractions. Incident (moving) shock veloc-ities are varied from 4 to 70 km/sec for a range of initial pressure of5 N/ra to 100 kN/m . The present results are applicable to shock-tube flowsand for determining flow conditions behind the normal portion of the bowshock about a blunt body at high velocities in proposed outer planetatmospheres.

This report represents a revised version of the original edition ofNASA SP-3087 published in 197**- Primary differences in these two versionsare (1) errors found in the input data used in the original version havebeen corrected; (2) the present version includes a more complete discussionof the computational procedure employed, the method used to compute equi-librium thermodynamic properties for real hydrogen, the hydrogen modelemployed, and the required input quantities; and (3) the present versionincludes comparisons of calculated equilibrium properties for high-temperature hydrogen from a number of sources.

iii

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CONTENTS

PREFACE ill

INTRODUCTION 1

SYMBOLS 2

CONVERSION FACTORS AND CONSTANTS 3

COMPUTATION PROCEDURE AND ANALYSIS 4Shock-Tube Flow Regions HConservation Relations and Method of Solution 4Thermodynamic Properties and Accuracy 6

DISCUSSION OF TABLE AND CHARTS 11Table 11Charts 13

THEORETICAL SHOCK-TUBE PERFORMANCE 13

CONCLUDING REMARKS 11

APPENDIX A - TABULATION OF HEAT OF FORMATION AND SPECTROSCOPICCONSTANTS EMPLOYED AS INPUTS FOR DISSOCIATED AND IONIZEDHYDROGEN 16

APPENDIX B - COMPARISON OF PRESENT HYDROGEN THERMODYNAMICPROPERTIES TO THOSE FROM OTHER SOURCES 19

REFERENCES 2?

TABLE 29

FIGURES 197

INTRODUCTION

Interest in the exploration of the outer planets with entry probes ledto the development of a number of proposed atmospheric models for theseplanets (refs. 1 to 3K The most abundant gas in these atmospheres is hydro-gen, and early atmospheric models for Jupiter (ref. 1) and Saturn (ref. 2)proposed significant amounts of helium as well. In order to study the high-temperature gas behavior behind the normal portion of the bow shock about aprobe entering the atmosphere of an outer planet, a number of shock-tubestudies were initiated. (For example, see refs. 4 to 7.) Such studiesrequire a convenient, rapid, and accurate means for determining equilibriumthermodynamic properties and flow velocities for hydrogen and hydrogen-helium mixtures. This need resulted in the publication of NASA SP-3087(original edition) for pure hydrogen and NASA SP-3085 (original edition) forhydrogen-helium mixtures.

The purposes of these two reports were threefold: (1) to presentcharts and tables for use in the rapid determination of equilibrium thermo-dynamic properties, flow velocity, and species mole fractions for incident(moving), standing, and reflected normal shocks in hydrogen or hydrogen-helium mixtures; (2) to provide a convenient means of determining flow condi-tions behind the normal portion of the bow shock about a vehicle at highvelocities in hydrogen or a hydrogen-helium mixture; and (3) to provide engi-neering estimates of idealized constant-area shock-tube performance.

Following the publication of NASA SP-3087 and NASA SP-3085, an errorwas found in the spectroscopic constant input data for the proton H+ used inthe calculation of the equilibrium composition and corresponding thermody-namic properties for high-temperature hydrogen. A more detailed examinationof the spectroscopic constant input data for atomic hydrogen H also revealedthat only a single energy level was used in the calculations contained inNASA SP-3087. A brief study of the effect of these errors revealed that dif-ferences in some of the thermodynamic properties in the region behind theincident shock were as high as 20 percent and corresponding mole fractionscontained differences of factors of 2. Regrettably, the same species inputdata for hydrogen were employed to generate the hydrogen-helium data pre-sented in NASA SP-3085; hence, these results are also in error.

The purpose of this revised edition of NASA SP-3087 is to correct theerrors contained in the original edition. In this revised edition, theprocedure for solving the conservation relations for an incident (moving) ,standing, and reflected normal shock is refined somewhat and discussed inmore detail. The computational method for determining thermochemical-equilibnum hydrogen properties is also refined somewhat and discussed ingreater detail. A six-species hydrogen model (e~, H, H+, H~, H2, and H-p)replaces the original four-species model (e~, H, H"1", and H2) . and the heatof formation and spectroscopic constants used in this six-species model arelisted in appendix A. In appendix B, comparisons are made between a numberof methods for determining equilibrium thermodynamic properties for hydrogen

L-9801

for several values of pressure and temperatures to 50 000 K. A comparisonis also performed between the present method and a second method for deter-mining thermodynamic properties and flow velocity behind an incident shockinto pure hydrogen and behind a reflected shock. This latter comparison isof particular interest since both shock-crossing procedures used identicalhydrogen models consisting of six species, with the same heat of formationand spectroscopic constant input data for each species.

Due to the close relationship of NASA SP-308? and NASA SP-3085 , itshould be noted that a revised edition of the later report for hydrogen-helium mixtures is also being published. However, the format of NASASP-3085 is modified. Four volumes are generated for hydrogen-helium mix-tures of 0.95H2-0.05He, 0.90H2-0. 10He, 0.85H2~0 . 15He , and 0.75H2-0.25He, byvolume. The primary reason for this change in format is that more recentanalysis of the Jovian atmosphere revealed the presence of a higher percentof hydrogen than was postulated in earlier atmospheric models (ref. 3KSince the present report represents the limit of hydrogen concentration forouter planet atmospheres, the two reports cover the range of hydrogen-heliumvolumetric compositions presently believed to be likely for the outerplanets.

SYMBOLS

a speed of sound, m/sec

h specific enthalpy, J/kg

p pressure,

2p reference pressure, 101.325 kN/m

R universal gas constant, 8.31^3^ kJ/kmol-K»

s specific entropy, kJ/kg-K

sWQ/R nondimensional specific entropy

T temperature, K

U velocity, m/sec

U velocity of reflected shock, m/sec

U velocity of incident shock, m/secS

W molecular weight, kg/kmol

WQ molecular weight of undissociated hydrogen, kg/kmol

x mole fraction

number of kmoles of dissociated hydrogen per number of kmoles ofundissociated hydrogen, WQ/W

'sW0/RYc- isentropie exponent fJL_lo£_E.\E \3 log pj.

p density, kg/m3

Subscripts:

1 state of quiescent test gas ahead of incident normal shock

2 state of test gas behind incident normal shock (see fig. 1)

2r state of test gas behind reflected normal shock into region (?)(see fig. 1)

2s state of test gas behind standing normal shock in region (2) (seefig. D

3 state of expanded driver gas (see fig. 1)

4 driver-gas conditions at time of diaphragm rupture

CONVERSION FACTORS AND CONSTANTS

Conversion factors between the International System of Units (SI) andU.S. Customary Units (ref. 8) for the quantities presented in table I andfigures 3 to 5 are as follows:

1 N/m2 = 9-8692 * 10~6 atm = 1.4504 x lO"4 psi = 2.0885 * 10~2 lbf/ft2

1 kg/m3 = 6.2428 x 10~2 lbm/ft3 = 1.9403 x 10~3 slug/ ft3

1 J/kg = 1 m2/sec2 = 10.764 ft2/sec2 = 4.3021 x 1Q-4 Btu/lbm

1 m/sec = 3-2808 ft/sec = 2.2369 mph

Physical constants appearing herein for pure hydrogen at an initialtemperature T^ of 300 K are as follows:

WQ = 2.016 kg/kmol

h1 = 4.215 MJ/kg

a-] = 1 .315 km/sec

z1 = 1.00

COMPUTATION PROCEDURE AND ANALYSIS

Shock-Tube Flow Regions

The regions of interest for a shock tube are illustrated in figure 1.The quiescent driver gas at the time of diaphragm rupture is designated asregion (4) and the quiescent test gas is designated as region (T) . (Seefig. 1(a).) Upon rupture of the diaphragm, an incident shock wave propa-gates into region (T) with velocity U . The flow conditions immediatelybehind this shock are denoted as region (2) (fig. 1(b)). An expansion wavepropagates into the driver gas; the region between the contact surface andthe expansion wave is designated as region (). For a blunt model posi-tioned in the driven section of the shock tube, a bow shock wave is formedabout the model, provided the flow in region (2) is supersonic (fig. 1(c)).The flow conditions immediately behind the normal portion of this standingshock are designated as region (2s) . When the incident shock wave reachesthe end wall of the shock tube, it is reflected back into region (2)(fig. 1(d)). The gas behind the reflected shock wave is brought to restrelative to the shock tube. Flow conditions behind this reflected shockwave, which is propagating upstream with a velocity U , are designated asregion (2r) .

Conservation Relations and Method of Solution

The computer code of reference 9 was used to calculate the presentresults. This procedure was developed primarily to calculate expansion-tubeflow quantities for thermochemical equilibrium gas mixtures. However, to doso, flow properties behind the incident shock in the intermediate section,which corresponds to the driven section of a shock tube, must first be deter-mined. Since the procedure of reference 9 already contained a means fordetermining gas mixture thermodynamic properties behind an incident shock(region (2)) and standing shock (region (2s)), only minor modifications wererequired to include a reflected normal shock as well.

For an incident normal-shock wave moving through region (T) in alaboratory-fixed coordinate system, the conservation relations for mass,momentum, and energy are

P1US = P2(Us -

P1 + P1us2 = P2 + P2(us - (1)

The conservation relations for a standing normal-shock wave, where the con-ditions downstream of the incident shock wave (region (2)) are the upstreamconditions for this standing shock wave, are

P2U2 = P2sU2s

1 U22 =

P u2s2s (2)

U2s

The conservation relations for a reflected normal-shock wave, where the con-ditions in region (2) are the upstream conditions for this reflected shockwave, are

up) = P2ru r

P2 + P 2 (u 2 «. ur) P u2 r r

T,2 r

(3)

As mentioned previously, the upstream conditions for the standing andreflected shock waves are conditions in region (2). Hence, it is first nec-essary to solve for conditions behind the incident shock wave. The thermo-dynamic properties and gas composition (mole fractions) in region (T) areassumed to be known, as is the incident shock velocity U . Hence, quanti-ties appearing on the left-hand side of the conservation relations for anincident normal shock (eqs. (1)) are known. The method of successive approxi-mations (iteration on P2, ref. 9) is used to solve equations (1) for P2,P?> n?» an(* ^2' ln conJunction with the equation of state P2 = P2(p2,h2).Thermodynamic properties corresponding to p2 and h2 are obtained fromthe computational procedure of references 10, 11, and 12, which is dis-cussed subsequently. With the conditions determined in region (2), thecorresponding conditions in regions (2s) and (2r) are obtained in a simi-lar manner (i.e., by an iterative procedure on densityrespectively).

J2s and P2r>

In the original editions of NASA SP-308? and NASA SP-3085, the itera-tive procedure for solving the conservation relations (eqs. (1) to (3)) wascontinued until successive values of density (P2, Pps» anc* P2r^ werewithin 0.5 percent. In the present study, an iterative tolerance of0.25 percent was used since this value was found to give a small increase inaccuracy with no appreciable increase in computer time. Studies of the

effect of iterative tolerance on accuracy carried out in the original ver-sion of NASA SP-3085 and during the present investigation showed that reduc-tion of the iterative tolerance to 0.05 percent required large increases incomputing time (roughly, a factor of 40) but resulted in differences in cal-culated thermodynamic and flow properties of less than 0.4 percent.

To provide estimates of shock-tube performance for pure hydrogen testgas, predictions using conventional shock-tube theory were performed in thefirst edition of NASA SP-3087 and are included in the present edition. Thisconventional theory assumes one-dimensional, constant-area, inviscid flowand instantaneous diaphragm rupture and shock formation. In predictingshock-tube performance, the helium or hydrogen driver-gas pressure PJ, andtemperature Tn are assumed to be known, in conjunction with p1 and T1.Thermodynamic properties in region (4) are determined from imperfect-gasrelations based on the virial form of the equation of state (ref. 9). Theunsteady expansion, which occurs upon rupture of the diaphragm, is assumedto be isentropic. An array of thermodynamic properties, including p^, isgenerated in the expansion region (region (3)) and the corresponding veloc-ity Uo is obtained numerically from the differential equation for a one-dimensional unsteady expansion. By varying U over a range, an array ofU*2 and p2 is also generated. The solution is found by requiring thatPo = Pp and Uo = Up (i.e., the solution is the intersection of theU2,P2

and Uo,Po curves (ref. 9)).

Thermodynamic Properties and Accuracy

As discussed previously, an equation of state is required in conjunc-tion with the conservation relations for solutions for incident, standing,or reflected normal shocks. For thermochemical equilibrium gas mixtures,this equation of state cannot be expressed in closed analytical form due tothe chemical reactions occurring; hence, it generally takes the form of acomputer code.

Methods for determining thermochemical equilibrium properties of disso"-ciated and ionized gases have received considerable attention over the lasttwo decades. A number of analytical procedures of differing sophisticationhave evolved for determining first-order thermodynamic properties - pres-sure, density, temperature, enthalpy, entropy, and molecular-weight ratio -and second-order properties (calculated from the partial derivatives ofspecies concentrations) - speed of sound, specific heat at constant volume,specific heat at constant pressure, and isentropic exponent. The procedureincorporated into the program of reference 9, and used in the present study,was developed at the Langley Research Center and was reported in refer-ences 10, 11, and 12. This computer code was obtained from the author ofreferences 10 and 11 and incorporated into the program of reference 9 as asubroutine. This method for calculating eauilibrium thermodynamic proper-ties of a gas mixture is referred to hereafter as the method ofreference 10.

The method of reference 10 is based upon the Gibbs free-energy minimiza-tion method of reference 13. For this method, the pressure, temperature,"

and initial composition must be known quantities and the basic assumptionsare as follows:

(1) The mixture is composed of ideal gases (intermolecular forceeffects are neglected).

(2) For diatomic species the rigid-rotor harmonic-oscillator model isused with vibrational-rotational corrections.

(3) Only electronic levels with principal quantum number less than orequal to five are included.

For a given pressure and temperature, the free energies for individualspecies are computed from partition functions of statistical mechanics. Theequilibrium composition is then obtained by minimization of the free energy.In carrying out the calculation procedure, iterations on species concentra-tion are continued until the absolute value of each concentration changes byless than a prescribed absolute criterion (10~12 in the present study). Arelative criterion is also employed to prevent termination of the iterationswhile a minor species is still changing by as much as 0.1 of its previousvalue.

For the solution of the conservation relations by the method of succes-sive approximations, the equation of state must possess the form p = p(p,h).Since the quantities pressure and temperature are employed in the free-energy minimization procedure, an iterative-interpolation scheme was devel-oped in reference 9. This scheme provides the capability of determiningthermodynamic properties from a number of possible combinations of thermody-namic quantities including pressure p and enthalpy h. For this particu-lar combination of quantities, p and h, the temperature is varied untilsuccessive values of enthalpy are within 0.1 percent. Reducing this toler-ance on enthalpy to 0.01 percent produced differences in thermodynamicproperties in regions (2) , (2s) , and (2r) less than 0.2 percent forPI = 100 N/m2 and Ug from^t to 70 km/sec. However, this small increasein accuracy was not an acceptable trade-off in view of the additional compu-ter time it required.

In the original edition of NASA SP-3087, thermodynamic properties werecomputed by using this technique (ref. 9) and a four-species model (e~, H,H+, and H-) for high-temperature hydrogen. However, following publicationof the original edition, two errors were discovered by the present authorsin the spectroscopic-constant input. Since nuclear spin is ignored for thespecies H and H2, it must also be ignored for H

+ to maintain consistency inthe method of reference 10; thus, the degeneracy for H+ must be entered asunity. In the original edition, however, the degeneracy of H+ was enteredas 0.1 instead of 1. The second error was that only a single energy levelwas considered for atomic hydrogen, whereas reference 14 tabulates 26levels. A brief study of the effect of these errors revealed uncertaintiesin some of the thermodynamic properties in region (2) (particularly Tp) ashigh as 20 percent. Corresponding mole-fraction uncertainties were as highas a factor of 2. These uncertainties, which were considered unacceptable,motivated the present study to correct the original edition of NASA SP-3087.

In the present study, the errors described have been corrected. The H+

degeneracy has been correctly entered as unity, and the complete set of26 energy levels (taken from ref. 14) has been used for atomic hydrogen.In an attempt to increase further the precision of the computations, addi-tional changes between the original edition of NASA SP-308? and the presentstudy have been made. These changes are (1) the four-species (e~, H, H+,and f^) hydrogen model used in the original edition has been replaced with asix-species model containing e~, H, H+, Hp, H~, and H£ and (2) the absolutecriterion for species-concentration convergence has been decreased from 10~°to 10"12.

A number of selected check calculations have been carried out. To exam-ine the contribution of the various species in the hydrogen model, calcula-tions were performed for pressures P/P0 of 0.1, 1, 10, and 100 and temper-atures from 2000 K to 50 000 K in which (1) all six species were included,(2) H+ was deleted, (3) H" was deleted, and (4) both H^ and H~ were deleted.Calculations were carried out with 16 levels and with a single level toassess the influence of the number of energy levels used to describe H~.(See appendix A.) To assess a grouping procedure (refs. 10, 11, 15, and 16)to reduce the number of energy levels for input for atomic hydrogen, calcula-tions were performed with all 26 energy levels (ref. 14) entered separatelyand with energy levels grouped according to reference 15, which yields 6levels. The resulting solutions showed that for pressures up to P/po = 100and for the range of temperature under consideration, a four-species hydro-gen model (e~, H, H+, and F^) provides a valid description of thermochemicalequilibrium hydrogen (i.e., first-order thermodynamic properties for thefour-species model were within 0.05 percent of those calculated with the six-species model) and, if included in the hydrogen model, the trace species H~can be described by a single energy level. Differences in thermodynamicproperties because of grouping atomic hydrogen energy levels were within0.08, 0.18, and 0.7 percent for values of p/pQ of 1, 10, 100, respec-tively; thus, at the higher pressures, these energy levels should be enteredindividually as input to obtain the highest precision. For pressures abovep/p = 100, somewhat different results were obtained. For example, atp/P0 = 1000, differences resulting from the 16-level H~ and the single-levelH~ were still insignificant, but 'discrepancies as large as 2.1 percent infirst-order properties were observed due to grouping the hydrogen energylevels. When both H^ and H~ were eliminated from the hydrogen model, differ-ences up to 0.3 percent in first-order thermodynamic properties and up to1.3 percent in second-order thermodynamic properties were observed. Thus,at higher pressures (p/P0

> 100), the contribution of species Hi and H~becomes more important and should be included in the hydrogen model.

Mole fractions calculated using the method of reference 10 for the six-species hydrogen model are plotted in figure 2 as a function of temperaturefor various pressures and denoted by the solid symbols. Also shown in figure 2are the results of reference 17 which considered an additional species Hi inthe hydrogen model. Calculated mole fractions of reference 17 are denoted bythe open symbols. At pressures P/P0 S 10, mole fractions for the speciesH^ and H~ do not exceed 10" for the temperature range 2000 K to 50 000 K.However, at P/PO = 100, mole fractions for these species exceed lO"**, andfor P/PQ = 1000, these mole fractions exceed 10"^. Thus, the importance of

these species (Hi and H~) increases as the pressure increases. Also, thetemperature interval for which Ho and H~ mole fractions are significant(exceed 10" ) increases with increasing pressure. For this reason, and rea-sons to be discussed in appendix B, the six-species hydrogen model was usedto calculate the present results.

It is well recognized that to determine the suitability of a method forpredicting high-temperature gas properties, comparisons are generally madefor properties calculated with other computational procedures. In order toestablish precisely the differences associated with the calculation ofhydrogen thermodynamic properties, rather comprehensive comparisons for anumber of sources of equilibrium hydrogen properties are presented in appen-dix B. Before summarizing the findings of appendix B, some insight into thedifferences between various procedures for calculating thermodynamic proper-ties for hydrogen may be inferred from figure 2 where mole fractions calcu-lated using the methods of reference 10 (solid symbols) and reference 17 '(open symbols) are plotted as a function of temperature for several valuesof pressure. In general, mole fractions for the various hydrogen speciesare in good agreement between the two sources. As mentioned previously, athigh temperatures, hydrogen consists primarily of three species: atomichydrogen, electrons, and protons. In order to examine differences betweenthe predicted composition by using the analytical method of reference 10 andthe method of reference 1? in more detail, mole fractions for the speciesatomic hydroge'n XH are compared in the following table (on next page) forpressures P/P0 of 1, 10, and 100. Note that the temperature range for eachpressure was obtained by assuming that only values of XH greater than 10were significant contributors to predicted thermodynamic properties.

The temperature interval for which atomic hydrogen is an importantspecies (i.e., XH > 10~

2 for the present comparison) increases as the pres-sure increases. At the lowest pressure, values of XM predicted by usingthe method of reference 10 are in relatively good agreement (within 10 per-cent) with those tabulated in reference 17 over the temperature range con-sidered. For the two highest pressures, the percent difference in x#increases rapidly with increasing temperature. However, in the region ofthe'higher temperatures, the magnitude of x^ diminishes with temperature;thus, the importance of atomic hydrogen decreases. Since the differences inthermodynamic properties are much smaller than differences in correspondingmole fractions, this table implies that thermodynamic properties determinedfrom references 10 and 17 are in good agreement for a pressure P/PO equalto unity. For p/pQ of 10 and 100, it is difficult to estimate the differ-ences in.thermodynamic properties between references 10 and 17 from thetable because the differences in atomic hydrogen mole fraction increase withtemperature, but the influence of Xu on thermodynamic properties dimin-ishes. The actual differences in thermodynamic properties are presented inappendix B.

In appendix B, thermodynamic properties of density, entropy, andenthalpy calculated with the method of reference 10 are shown to be in goodagreement (within approximately 3 percent) with more rigorous calculations ofreference 18 (which uses the same seven-species hydrogen model as used inref/17) for a range of temperature from 2000 K to 50 000 K and pressures

T, kK XH (ref. 10) XH (ref. 17) Percent difference

P/Po = 1

101214161820

0.9579.8182.541?.2531.0939.0348

0.9572.8138.5297.2418.0878-0319

0.07.54

2.224.466.508.33

P/P0 = 10

1214161820222426

0.9381.8213.6279.4048.2247.1164.0612.0343

0.9351.8102.6050.3762.2030.0993.0497.0261

0.321.353-657-079.6614.6918.7923-91

P/P0 = 100

14161820222426283032

0.9379.8610.7439.5989.4500.3204.2221.1538.1086.0788

0.9301.8406.7064.5445.3864.2567.1645.1045.0671.0441

0.832.375-049.0814.1319.8825-9332.0638.2144.04

p/p from 0.1 to 1000. In general, the agreement between the two sourcesdiminishes with increasing pressure. For example, since density is an impor-tant quantity because it is iterated upon in the shock-crossing procedure, itshould be noted that the comparison in appendix B for 2000 K < T < 50 000 Krevealed the following maximum differences in density between the two sourcesfor values of p/po of 0.1, 1, 10, 100, and 1000: 0.8, 1.4, 2.0, 1.8, and2.5 percent, respectively. Similarly, for enthalpy and these same values ofpressure, the respective maximum percent differences were 0.8, 1.7, 2.7, 3-6,and 2.2. Maximum percent differences for entropy were approximately one-halfthose of density for a given pressure and the temperature range 2000 K to50 000 K. The comparisons of appendix B imply the present calculated thermo-dynamic properties in regions (f) , (2s) , and (2r) should be quite accuratefor temperatures less than 50 000 K and pressures p/pQ less than 1000.(Since comparisons of first-order and second-order thermodynamic propertiesfor equilibrium hydrogen at high temperatures are performed between a numberof sources in appendix B, the reader is encouraged to read appendix B.)

10

DISCUSSION OF TABLE ANr CHARTS

Before discussing the present table and charts, it should be noted thatflow properties behind the normal portion of the bow shock wave of a hyper-velocity entry body are equivalent to the properties behind a moving shockin a shock tube. In free flight, the free-stream conditions and flightvelocity correspond to the initial conditions in region (T) and the shock-wave velocity, respectively, whereas the conditions behind the normal por-tion of the bow shock correspond to conditions in region (2).

Table

The solutions for incident (moving), standing, and reflected normalshocks are presented in table I for pure hydrogen. These tabulated computerresults are arranged in groups of constant pressure in region (T) (P1) andthe incident shock velocity (USD is varied within the group. In table I,P1 is varied from 5 N/m2 to 100 kN/m2 and Ug is varied from 4 to 30 km/ secin increments of 1 km/ sec and from 30 to 70 km/sec in increments of 2 km/ sec.

For each p-p a complete list of calculated thermodynamic properties(p, T, p, h, a, sWQ/R, Z, and 7%), flow velocity (U), and speciesvolumetric composition is given for the three shock-tube regions under con-sideration. The rows in the upper portion of each tabulation, for a givenp., and Us, are identified by letters (FORTRAN symbols), the designationsof which, in terms of the symbols defined, are given in the following table:

FORTRAN symbol

P

T

RHO

H

A

S

Z

GAME

U

Moving shock

P2/P1

VT1P2/P1

h2/h1

Va1

S2/S1

Z2/Z1

YE,2/YE,1

Va1

Standing shock

P2S/P1

T2s/T1

P2s/P1

h2s/h1

a2s/al

S2s/S1

Z2s/Z1

YE,2s/YE,1

U2s/a1

Reflected shock

P2r/Pi

T2r/T1

P2r/P1

h2r/h1

a2r/a1

S2r/S1

Z2r/Z1

YE,2r/YE,1

Va1

The lower portion of each tabulation illustrates the species composition formoving, standing, and reflected shock regions. Rows are identified by thespecies symbol.

11

The conditions in region 0 are used to nondimensionalize calculatedproperties in regions (f) , (2s) , and (2r) .• The temperature in region 0TI is 300 K for all cases in table I. Corresponding thermodynamic proper-ties for pure hydrogen in region 0 are given in the following table:

INITIAL CONDITIONS AHEAD OF INCIDENT NORMAL SHOCK IN PURE HYDROGEN

[W. = 2.016 kg/kmol; R = 8.31431* kJ/kmol-K]

T1 = 300 Ka.) = 1 .315 km/ sech1 = 4.215 MJ/kg

Z1 = 1.00YEJ = 1.40

P1t N/m2

5102050100200500

1 0002 0005 00010 000

• 20 00050 000100 000

P-l , g/m3

0.004041.008082.01616.04041.08082.1616.4041.8082

1.6164.0418.08216.1640.4180.82

SIWO/R

. 25.6424.9424.2523-3322.6421.9521.0320.34 ,19.6418.7318.0317.34

-. 16.4215.73

In the present results of .table I, no upper limitations on pressureand temperature in regions ©, (2s)., and (2r) are imposed; hence, values ofpressure exceeding 100 MN/m2 are presented for the three shock-tube regionsof interest. Based on the comparisons of thermodynamic properties for equi-librium hydrogen discussed in appendix B, the user of these tables is cau-tioned to exercise discretion in employing the present results at pressuresexceeding 100 MN/m2. As illustrated in references 19 and 20, relativelylarge effects of intermolecular forces exist for molecular hydrogen at lowtemperatures and high pressures. From table I, the combination of quiescentpressure PI and incident shock velocity Us which should represent thegreatest intermolecular force effects on thermodynamic properties isP1 = 100 kN/m2 and Us = 4 km/sec. Corresponding values of pressure andtemperature in regions (2) , (2s) , and (2r) were compared to the tabulationsof compressibility factor presented in reference 19 in terms of pressure andtemperature. This comparison demonstrated that for the present range of p1and Us for hydrogen, intermolecular force effects on thermodynamic proper-ties in regions 2s) , and should be negligible. That is, the com-

12

pressibility factor was less than 1.005 for the combination of pressure andtemperature occurring within all three shock-tube regions of interest.

Charts

Working charts for pure hydrogen (corresponding to the results oftable I) are shown in figures 3 to 5. In these figures, the nondimension-alized thermodynamic properties and flow velocity for regions (2), (2s) , and(2r) are plotted as a function of incident shock velocity U for variousquiescent test gas pressures. For each property, the incident-shock-velocity scale is 0 to 36 km/sec and 34 to 70 km/sec. This division of theU scale is to enhance the readability of these charts. The figures weregenerated by machine, and linear line segments were used to connect adjacentdata points.

p

Unlike table I, a maximum pressure limitation p ^ 100 MN/m isimposed on the results of figures 3 to 5; calculated quantities above thispressure limitation are not plotted. Again, the properties in region (f)presented previously must be used to obtain the desired value of the thermo-dynamic property or flow velocity from the ratio presented.

THEORETICAL SHOCK-TUBE PERFORMANCE

Before a study is performed in a shock tube, it is essential to ascer-tain the theoretical performance for the gas being tested. The wide rangeof flow conditions and very short test times (generally, a few psec to sev-eral msec) impose stringent requirements on shock-tube instrumentation.Thus, in preparing shock-tube instrumentation for a test, it is necessarythat the physical quantities to be measured be known to within reasonablelimits.

Results from the procedure for determining shock-tube performance(ref. 9) are shown in figure 6 for a helium and a hydrogen driver gas, wherethe incident shock velocity U is plotted as a function of the ratio ofdriver-gas pressure in region ^4) to quiescent test-gas pressure inregion (T) for various values of temperature T^. With p^, T^, and p1known, a theoretical value of U may be obtained from this figure. Corre-sponding thermodynamic properties and flow velocity in regions (2) , (2s) ,and (2r) may be obtained from figures 3 to 5 or from table I. The range of 'T^ is 4000 K to 24 000 K for helium driver gas (fig. 6(a)) and 300 K to700 K for hydrogen driver gas (fig. 6(b)); p^ is equal to 68.95 MN/m2. Atthe maximum value of T4 of 24 000 K and P4 of 68.95 MN/m , ionizationof the helium driver gas is small (Z < 1.05 (ref. 21)), and the method ofreference 9 for calculating imperfect-helium driver gas properties isapplicable .

The data presented in figure 6 are the same data as presented in fig-ure 5 of the original edition of NASA SP-3087. The data in figure 5 of theoriginal edition were not regenerated primarily because (1) the uncertain-ties arising from errors in the original hydrogen model are not expected to

13

produce large uncertainties in the calculations presented in figure 6because the quantities ?2 and Up (see section "Conservation Relationsand Method of Solution") are relatively insensitive to these errors, (2) anextremely large amount of computer time is required to generate plots ofPIJ/PI against Us for imperfect driver gases and thermochemical equili-brium hydrogen test gas, and (3) simple, conventional shock-tube theory sup-plies only rough estimates of physical flow quantities (ref. 22).

CONCLUDING REMARKS

Equilibrium thermodynamic and flow properties are presented in tabu-lated and graphical form for moving, standing, and reflected normal-shockwaves in pure hydrogen. Properties include pressure, temperature, density,enthalpy, speed of sound, entropy, molecular-weight ratio, isentropic expo-nent, velocity, and species mole fractions. Incident (moving) shock veloc-ities are varied from H to 70 km/sec for a range of initial pressure of5 N/m2 to 100 kN/m2. The present results are applicable to shock-tube flowsand for determining flow conditions behind the normal portion of the bowshock about a blunt body at high velocities in proposed outer planetatmospheres.

This report represents a revised version of the original NASA SP-3087published in 197H. Primary differences in these two versions are (1) errorsfound in the input data for atomic hydrogen and proton (H+) used in the orig-inal version have been corrected, and (2) the present version includes morecomplete discussion of the computational procedure employed, the method usedto compute equilibrium thermodynamic properties for hydrogen, the hydrogenmodel employed, and the required input quantities. To increase the preci-sion of the computations, the four-species (e~, H, H+, and Hp) hydrogenmodel used in the original edition was replaced by a six-species (e~, H, H+,Hp, H~, and H|) model. Calculations showed that for pressures up to10 MN/m2 and temperatures from 2000 K to 50 000 K, thermodynamic propertiesobtained with the four-species model were within 0.05 percent of thoseobtained with the six-species model; however, at higher pressures, the con-tribution of species H~ and Hp becomes significant and should be included inthe hydrogen model. Calculations were performed to assess a grouping proce-dure used to reduce the number of energy levels for input for atomic hydro-gen. At pressures above 10 MN/m2, differences in thermodynamic propertiesdue to this grouping exceeded 1 percent; thus, it is recommended that theenergy levels for atomic hydrogen be entered individually as input to insurethe highest precision. Rather comprehensive comparisons of equilibriumhydrogen properties obtained from a number of sources were made over a largerange of temperature and pressure to examine the differences in these prop-erties between the various sources and the analytical method used in thepresent study. Present thermodynamic properties are in good agreement(within 3 percent) with more rigorous calculations for pressures to100 MN/m2 and temperatures from 2000 K to 50 000 K. For the present rangeof incident shock velocity and initial pressure, intermolecular force

effects on thermodynamic properties behind moving, standing, and reflectednormal-shock waves in pure hydrogen are negligible.

Langley Research CenterNational Aeronautics and Space AdministrationHampton, VA 23665October 26, 1976

15

APPENDIX A

TABULATION OF HEAT OF FORMATION AND SPECTROSCOPIC CONSTANTS

EMPLOYED AS INPUTS FOR DISSOCIATED AND IONIZED HYDROGEN

The accuracy associated with the computation of thermodynamic proper-ties and species mole fractions using the free-energy minimization method ofreferences 10, 11, and 12 (referred to herein as the method of ref. 10) isstrongly dependent upon the heat of formation and spectroscopic constantinputs. Because of the importance of such input data, a tabulation of theinput data for the species e~, H, H+, Hp, H~, and H£ is presented in thisappendix. A listing of the computer code of reference 10 is presented inreference 9 and denoted as the subroutine ROGO. The listing of ROGO is writ-ten in FORTRAN IV language for Control Data series 6000 computer systems andcontains the format for reading in the input data. The procedure for utiliz-ing the subroutine ROGO in the program of reference 9 is discussed in appen-dix C of reference 9.

Electrons are treated as atomic species in reference 10. The internalpartition function for an electron is its spin degeneracy. Thus, the elec-tron is assumed to have a ground state degeneracy of 2 and no electronicexcitation states. The proton H+ is also treated herein as an atomic spe-cies. Even though the proton possesses a nuclear spin of 1/2, the same spinvalue as the electron, the degeneracy input is unity instead of two. Thenuclear spin for a proton is ignored since it was also ignored for the otherhydrogen species H2, H, Hi, and H~. As noted in reference 16, consistentlyignoring or including nuclear spin has no effect upon the thermochemicalbehavior of a gaseous mixture in a calculation procedure such asreference 10.

As a check on the molecular weight, heat of formation, and spectro-scopic constant inputs, the present species inputs were compared with thetabulations presented in references 15 and 16. As expected, molecularweight.inputs for the six hydrogen species were the same. With the exceptionof the species H~, heats of formation agreed to within 0.02 percent; for H~,the heat of formation difference was 0.6 percent. Values of the heatof formation used herein for species H, H+, and H~ represent an averagebetween those tabulated in reference 15 and those given in reference 23; theheat of formation for species H^ was taken from reference 15. The hydrogennegative ion H~ was initially treated as an atomic species having a groundstate degeneracy of one and no electronic excitation states. To estimateproperties for H~, energy levels for atomic species of the same isoelec-tronic sequence were used in references 15 and 16; thus, H~ corresponds tothe energy level of atomic helium. As shown previously, the additionallevels due to this assumption have no effect on calculated thermodynamicproperties using a single level with a degeneracy of one for pressures to10 MN/m2 and temperatures to 50 000 K. For the sake of comparison, however,and because the pressures and temperatures encountered in region (2r) exceedthese values of 10 MN/m2 and 50 000 K for the present range of p1 and Ug,the assumption of references 15 and 16 for H~ was used herein.

16

APPENDIX A

The-one major change between the spectroscopic constant inputs for thetwo procedures (method used herein and method of ref. 15) was that each ofthe 26 energy levels for atomic hydrogen H was entered individually from thetabulations of reference 14 for the present case, whereas in reference 15, agrouping procedure corresponding to these same 26 levels was employed for H.In this grouping procedure, a reduced list of energy levels was obtained byreplacing terms close together by a single energy level and the correspond-ing degeneracy was the sum of the degeneracies. The tabulations of refer-ence 14 were also used in reference 15 to obtain the grouping of energylevels for atomic hydrogen. In this grouping, the single energy levelentered was that corresponding to the term of largest degeneracy (ref. 16).As discussed previously, the difference in thermodynamic properties result- .ing from these two procedures for inputting data for atomic hydrogen isrelatively small (less than 0.7 percent) for values of P/PO 100, butincreases to approximately 2 percent for P/P0 = 1000. It may be that a , ,"weighting of the energies according to the values of degeneracy containedwithin a group might improve agreement with the case where the energies .wereentered individually.

The input data required by the computer code of reference 10 for pre-dicting equilibrium thermodynamic properties for hydrogen are as follows forthe present six-species hydrogen model:

Species

e~

H -

H+

H2

H~

H*

Number ofelectronic levels

considered

1

26

1

1

16

1

Molecular weight,kg/tool

0.00051905

1 .00797

1.00742

2.01594

1.00852

2.01539

Heat of formationat 0 K, ergs/mol

0

2.1601364 x io'2

15.280951 x io'2

0

1.4351120 x 1012

14.884162 x 1012

Symmetrynumber

0

0

0

• 2

0

2

Spectroscopic constants, cm~*

Rotational

0

0

0

60 81

0

29.8

Vibrationalrotational

0

0

0

2.99

0

1.4

Vibrational

0

0

0

4395.2

0

2297.0

AnharmonicVibrational

0

0

0

117.9

0

62.0

MaximumVibrational "

quantum number

0

.0

0

5

0

10

17

APPENDIX A

Degeneracy ofenergy level

Energy of electroniclevel, cm

e~

2 0

H

222422462246822468

102246U8

1012

08.2258907 * 104

8.22589428.22592729.74921989.74922089.74923069.7492342

10.28238410.28238410.28238810.28239010.28239010.52916210.52916210.52916410.52916510.52916510.52916510.66321410.66321410.66321510.66321510.66321610.66321610.663216

Degeneracy ofenergy level

Energy of electroniclevel, cm

H+

1 0

H2

1 0

H~

1

31

12319

234

60135168

188340

78

015.985031 x 10M

16.62716916.90810618.32310618.48590018.55588818.60958819.02924419.14465619.37950619.39157519.52568119.69503119.73985619.805650

H|

2 0

18

APPENDIX B

COMPARISON OF PRESENT HYDROGEN THERMODYNAMIC PROPERTIES

TO THOSE FROM OTHER SOURCES

As discussed previously, the solution to the simple one-dimensionalconservation relations for incident, standing, and reflected normal-shockwaves requires an equation of state. When the state of the shock-heatedtest gas is such that chemical reactions (dissociation and ionization)occur, the equation of state cannot be expressed explicitly and generallytakes the form of a computer code. Naturally, the accuracy of the solutionfor the conservation relations is dependent on the accuracy associated withthe prediction of equilibrium thermodynamic properties. In order to estab-lish a confidence level for the method used herein (ref. 10) to predict equi-librium properties for hydrogen over a large range of pressures and tempera-tures, a rather comprehensive comparison between this method and a number ofother sources of equilibrium hydrogen properties was made. The results ofthis comparison are presented in this appendix.

At the time the procedure of reference 10 was derived, primary interestin planetary entry centered about Earth, Mars, and Venus. Naturally,Earth's atmosphere consists primarily of molecular nitrogen and oxygen andproposed atmospheres for Mars and Venus consisted primarily of carbon diox-ide, along with argon for Mars and nitrogen for Venus. Thus, particularattention was given to the diatomic species in reference 10. The procedureof reference 10 was employed in the computer code of reference 9 primarily(1) because of the high accuracies this procedure yielded for air and carbondioxide gases and (2) because it was developed at the Langley Research Cen-ter and was readily available for incorporation into the program of refer-ence 9. (In initially employing a computer code developed by another indi-vidual or group, it is often desirable, and sometimes necessary, to have aconsultant available to assist and instruct in the utilization of the pro-gram. This was another factor in selecting the program of ref. 10.)

In figures 7 and 8, thermodynamic properties in regions (2) and (2r)calculated by the present method are compared with unpublished tabulationsfor shock crossings in pure hydrogen supplied to the Langley Research Centerby the Jet Propulsion Laboratory (JPL). The present method and the computercode developed at JPL and reported in reference 15 contain a number of sig-nificant similarities. Both use a minimization procedure for determiningthe equilibrium composition, hence thermodynamic properties, and a six-species (e~, H2» H, H+, H^, and H~) hydrogen model. The heat of formation,molecular weight, and spectroscopic inputs to the two shock-crossing proce-dures were essentially identical. The ranges of quiescent pressure p* andincident shock velocity U in the JPL tabulations were not nearly as exten-sive as those of the present study, since p1 varied from 33 to 533 N/m andUs varied from 7 to ^8 km/sec in these tabulations. Comparisons betweenthe two procedures were made for p^ equal to 33 N/m2 and 533 N/m and7 < Ug < 48 km/sec; the quiescent temperature T., was equal to 300 K. Infigures 7 and 8, the parameter £, is defined by

19

APPENDIX B

- Vesentpresent

and plotted as a function of incident shock velocity U for the two valuesof p-| . The parameter <t> represents the ratios p2/Pi , T2/T.j ' P?/13! »h2/h.j, or U2/a1 in figure 7 and the ratios P2r/p.j, T2r/T1, p2r/p1,h2r/h.| , and Ur/

a-| in figure 8. For the range of p. and Ug consid-ered, the corresponding pressure and temperature range is approximately0.01 < Pp/p < 9.0 and 1850 K < Tp< 17 000 K in region © , and approxi-mately 0.07 < P2r/P0 < 119 and 2500 K < T2r < 31 500 K in region (2r) .

From figure 7, the agreement between the two shock-crossing proceduresfor the quantities Pp/p.., hp/h-, and Up/a., is seen to be excellent(within approximately 0.5 percent) for both values of p-| and the- range ofU considered. The agreement for the quantities Tp/T.. and p2/p.,, whichare more sensitive to p^ and Us as observed in figure 3, is poorer. Fora value of p1 equal to 33 N/m2, the agreement for T2/T1 and p2/p. isvery good (roughly within 1 percent); however, at p1 equal to 53o N/m ,'differences in T

2/.T1 as high as 5 percent and differences in p2/p-i ashigh as 2.6 percent are observed. For both T2/Ti and P2/p-|, tne largestdifferences occur in the temperature range 4000 K < T« < 5000 K. This tem-perature range is characterized by a rapid diminishing of molecular hydro-gen; however, the same is true for a value of p^ equal to 33 N/m2. Valuesof P2/P0 corresponding to the above temperature range are 1.6 to 2.3 forP-] = 533 N/m2 and 0.1 to 0.15 for p1 - 33 N/m

2. This relatively small dif-ference in pressure range is not expected to significantly affect calculatedthermodynamic properties between the two procedures, and the reason for thepoorer agreement for p-| = 533 N/m2 is not known.

For the case of an incident shock, the conditions immediately ahead ofthe shock (region (T) ) should be in excellent agreement between the two' pro-cedures (present and that of ref. 15). However, for a reflected shock, theconditions immediately ahead of this shock correspond to region (2); thus,'any differences between the two procedures in thermodynamic properties inregion (2) will naturally result in differences in region (2r) . In general,the thermodynamic quantities P2r//P1» T2r^^T P2r/'p1' and h2r/'h1 and

reflected shock velocity Ur/a^ agree to within 4 percent with a fewinstances of differences being as high as 5.2 percent. Thus, it is con-cluded from figures 7 and 8 that the present procedure and that of JPL yieldthermodynamic and flow properties in regions (?) and (2n that are in reason-ably good agreement for the range of p, and U_ examined.

Thermodynamic properties of density p, entropy s, and enthalpy hfor pure hydrogen in thermochemical equilibrium are shown in figures 9» 10,and 11 as a function of temperature for various values of pressure. Inthese figures, hydrogen properties obtained from existing tabulations(refs. 18, 2*J , 25, and 26) and from two other computer codes (refs. 15 and27) are compared to corresponding properties calculated by the presentmethod. As in the shock-crossing procedure, the parameter £ is used forcomparing the results from other sources with those of reference 10 and isdefined, for example, for reference 18 as

20

APPENDIX B

where <t> may be the quantity p, s, or h, and the subscripts refer to thereference from which $ was obtained. Of the four tabulations of equilib-rium hydrogen properties employed in the comparisons of figures 9 to 11, thecalculations of reference 18 are the most recent and believed to be the mostrigorous.

In the earliest study considered (ref. 24), equilibrium properties forhydrogen were calculated for temperatures from 300 K to 100 000 K and10" < p/p < 10 . The molecular hydrogen was assumed to be 75 percent orthoand 25 percent para, where ortho and para refer to H~ states with triplet andsinglet nuclear spin states, respectively. The interdependence of vibra-tional and rotational motions of the hydrogen nuclei was taken into account .The convergence of the internal partition function of the hydrogen atom wasobtained by terminating the series when the average volume associated withthe electronic orbit exceeded the average volume per particle within the gas.This approximation to the partition function of the hydrogen atom correspondsto accounting for the reduction in the ionizational potential.

First- and second-order thermodynamic properties are tabulated in refer-ence 25 for 300 K < T < 20 000 K and 10 < p/pQ g 10^. Basic assumptionsare (1) the mixture of hydrogen species behaves as an ideal gas, (2) the par-tition function of molecular hydrogen is approximated by a rigid-rotor har-monic oscillator model which remains in its electronic ground state, and(3) the electronic partition function for the hydrogen atom can be approxi-mated by the first six terms (i.e., the electronic partition function seriesis given in closed form by arbitrarily cutting the series off at six terms).Reduction in ionization potential was ignored.

In reference 26, thermodynamic properties are tabulated for1667 K ^ T < 111 111 K and 1 ^ P/P0 ^ 1000. Species considered were e~ ,tig, H, H+, and H~. The lowering of the ionization potential was included;however, as discussed in reference 18, the study employed in reference 26 toobtain corrected ionization potentials was later retracted. Thus, the datatabulated in reference 26 should be used with caution.

The calculations of reference 18 include the species e~ , Hp, H, H+ , H^,H~, and Hi. The first six species are relatively well-known, whereas Ht hasnot been included in previous calculations of thermodynamic properties forhydrogen. Although observed experimentally, no optical spectrum has beenobtained for Ht and the partition function is only an estimate. This parti-tion function is believed (ref. 18) to be accurate to within 20 percent from300 K to 8000 K and within a factor of two from 8000 K to 1 5 000 K. The roleof the species H., on calculated thermodynamic properties of hydrogen dimin-ishes rapidly above 8000 K and is negligible for T > 15 000 K. The inclu-sion of Ho increases the concentration of species e~ and H"1" at high pressures(p/p0 = 1000) but is less important at lower pressures. Both ideal-gasapproximations and Debye-Huckel approximations (for example, ref. 28) areused in the calculations of reference 18, and it is recommended in refer-ence 18 that, for high temperatures and pressures approaching P/PO = 1000,

. 21

APPENDIX B

the Debye-Huckel approximation be used since the ideal-gas approximation wasfound to be inadequate at these conditions. At the higher temperatures,hydrogen equilibrium properties were calculated in reference 18 by using amajor-minor Debye-Huckel iteration scheme. The major species were taken tobe H, H+, and e~, while the minor species were H" and Hi;. (See fig. 2.)

The computer code of reference 27 was also used to calculate thermody-namic properties of hydrogen at high temperatures. A five-species hydrogenmodel (Hp, H, e~, H+, and H~) was used in this code, which is based on curvefits to the results of reference 23- These curve fits were performed for a,value of P/P0 of 1 and for two temperature ranges, the first being 500 Kto 3000 K and the second being 3000 K to 6000 K. At the lower temperatures,the specific heat at constant pressure (the parameter curve fitted) varieswith temperature much more than in the higher temperature range and is,therefore, less amenable to accurate curve fitting with simple expressions.Because the simplicity of this computer code (ref. 27) requires relativelylittle computer time to generate thermodynamic properties, it is often usedto determine engineering estimates of flow quantities in the shock layerabout hypervelocity entry vehicles into the atmosphere of inner and outerplanets. Furthermore, this computer code has been successfully applied attemperatures in excess of the temperature range for which the curve fitsare truly applicable.

Another computer code used in the present comparison was developed atJPL for computing shock-tube thermodynamic properties in regions (2), (2s) ,and (2n and is described in reference 15. Only the phase of the program inwhich equilibrium thermodynamic properties of arbitrary gas mixtures are cal-culated was utilized. Basic inputs to this phase of the program are densityand temperature. However, an iterative scheme was employed which permittedpressure and temperature to be the basic inputs. The same six-species hydro-gen model used in the method of reference 10 was used in this modified ver-sion of reference 15 and heat of formation and spectroscopic constant inputsfor the species H.,, H, Hi, and H~ are listed in reference 15. Modificationsto the program of reference 15 were performed by Ernest V. Zoby of the Lang-ley Research Center. The results generated by Zoby with this modifiedprogram are referred to hereafter as the method or computer code ofreference 15.

As mentioned previously, in the shock-crossing procedure of reference 9,the method of successive approximations is employed. That is, the density inthe high-temperature region (2), (2s) , or (2n is iterated upon. Thus, anaccurate procedure for determining i^he density is required in reference 9.In figure 9, values of density for equilibrium hydrogen as obtained from thefour studies in which density was tabulated in terms of pressure and tempera-ture and the computer codes of references 15 and 27, are compared with val-ues calculated by the method of reference 10. At the lowest pressureP/PO =0.1, the values of density from references 18, 24, and 25 and thecomputer codes of references 15 and 27 are within 0.8 percent of those calcu-lated by the method of reference 10 for temperatures from 2000 K to 50 000 K.As the pressure increases, differences between the various sources and refer-ence 10, in general, also increase. At a pressure P/P0 of 1, the agreementbetween the various sources with respect to reference 10 is good (within

22

APPENDIX B

1.5 percent) with the exception of reference 26. As discussed previously,the results of reference 26 may be erroneous, and the data of figure 9 tendsto support this. Note that the trend between references 10 and 18 is similarto that observed for p/po =0.1 and for p/pQ = 10 and 100 (figs. 9(c)and 9(d)). For these latter two pressures and 2000 K ^ T ^ 50 000 K, theagreement between references 10 and 18 is within 2 percent; for values ofp/p equal to 1, 10, and 100, the agreement between these two sources iswithin 1 percent for temperatures less than 1? 000 K, 20 000 K, and 28 000 K,respectively. For values of pressure between 0.1 and 100, agreement betweenthe computer codes of references 15 and 27, relative to the method of refer-ence 10, is within 1 percent for the entire temperature range. With theexception of a single point for pressures P/PO equal to 1, 10, and 100,the agreement between references 10 and 25 is also within 1 percent. Atthe highest value of pressure (p/po = 1000, fig. 9(e)), the agreementbetween references 10 and 18 is within 1 percent for temperatures to approx-imately 22 000 K; the maximum discrepancy between these sources for22 000 ^ T < 50 000 is 2.5 percent. The computer code of reference 15 iswithin 1 percent of reference 10 for temperatures up to 26 000 K, but theagreement declines for higher temperatures, being approximately 2.5 to 3 per-cent between temperatures from 35 000 K to 50 000 K. Similarly, the computercode of reference 2? is within 2 percent of reference 10 for T < 26 000 K,but for higher temperatures, differences up to 8.3 percent were observed.

From figure 9, the following conclusions may be drawn:

(1) The analytical method used herein (ref. 10) to determine thermochem-ical equilibrium hydrogen properties yields values of density to within2.5 percent of those calculated with the more rigorous scheme of refer-ence 18 for temperatures from 2000 K to 50 000 K and pressures P/PO from0.1 to 1000. The agreement between these sources diminishes with increasingpressure.

(2) The methods of references 24 and 25 and the computer codes of ref-erences 15 and 27 provide values of density within 1 percent of those calcu-lated by using reference 10 for the present temperature range and0.1 < p/pQ < 100.

(3) For P/PQ = 1000, the computer code of reference 27 provides reason-ably accurate (within approximately 2 percent) values of density for temper-atures to 26 000 K, with the uncertainty increasing rapidly with furtherincrease in temperature above 26 000 K. The comparison between the code ofreference 27 and the methods of references 10 and 18 provides justificationfor the use of this simpler computer code (ref. 27) in determining equilib-rium thermodynamic properties in flow-field analysis about hypervelocityentry vehicles into outer planets where hydrogen is the predominant atmo-spheric constituent.

(4) As noted in reference 18, the results of reference 26 appear erro-neous and should be used with discretion.

Comparisons between reference 10 and the other sources for determininghydrogen properties are shown in figure 10 for entropy. As for density, fig-

23

APPENDIX B

ure 10 demonstrates that the results of reference 26 are erroneous and thatthe agreement between the other sources and reference 10 is very good(within 1.3 percent) over the entire temperature range for values ofp/p < 100. Again, the agreement between the various sources with refer-ence 10 is best at the lowest pressure and diminishes somewhat with increas-ing pressure. For example, at p/p = 0.1, the maximum percent differencebetween the various sources and reference 10 is 0.3 to 0.4; for p/p = 1,it is 0.6; for p/pQ = 10, it is 1.0; and for p/pQ = 100, it is 1.3? Atthe highest pressure, P/P0 = 1000, agreement in entropy between refer-ences 10 and 18 is excellent (within 0.7 percent); the simple computer codeof reference 27 is in good agreement (within 2 percent) with reference 10for 2000 K < T < 21 000 K and 35 000 K < T < 50 000 K, with the maximum dif-ference of 3 percent occurring between 26 000 K and 28 000 K.

Figure 11 shows percent differences for enthalpy as a function of tem-perature. At the lowest value of pressure (fig. 11 (a)), the tabulations ofenthalpy from references 18, 24, and 25 agree with values calculated usingreference 10 to within 1.1 percent over the temperature range. For tempera-tures equal to or in excess of 4000 K, the computer code of reference 27yields values of enthalpy within 1.5 percent of those calculated by usingreference 10 at the lowest value of pressure; however, at the lowest temper-ature of 2000 K, the difference is 13 percent. As discussed previously,this large uncertainty in the code of reference 27 is believed due to thecurve-fitting procedure upon which it is based. Values of enthalpy calcu-lated with the computer code of reference 15 agree with those calculatedwith the method of reference 10 to within 1 percent for pressuresp/p < 100. As for density and entropy, the maximum percent differencebetween the various sources and the calculations of reference 10 tends toincrease with increasing pressure. The results of figure 11 also illustratethat the data of reference 26 are erroneous. Comparing the results of refer-ence 18 to the calculations of reference 10, it is observed that forp/p = 10, agreement is within approximately 1 percent, except for the tem-perature range 14 000 K to 20 000 K, where percent differences up to 2.8 per-cent occur. The maximum percent difference between these two sources forP/PO = 100 is 3.6 and for p/po = 1000 is 2.2. For both pressures, themaximum percent difference occurs at 20 000 K. It is interesting to notethe trend between reference 18 and reference 10 and reference 27 and refer-ence 10 for the two highest values of pressure (figs. 11(d) and 11(e)). Forexample, at "P/PO = 100 and temperature of 20 000 K, the enthalpy from ref-erence 18 is 3-6 percent greater than that calculated from reference 10,whereas the enthalpy calculated from reference 27 is 2.9 percent less thanthat from reference 10. Since it has been assumed that the hydrogen data ofreference 18 are the best available, the results of figures 11(d) and 11(e)demonstrate that the computer code of reference 27 should be used with dis-cretion in calculating values of enthalpy for hydrogen at pressures

1 100 over a wide range of temperatures.

Second-order thermodynamic properties isentropic exponent y^speed of sound a are compared in figure 12 between the tabulations of ref-erence 18 and values calculated by using the program of reference 10. Theseproperties (^g and a) are plotted as a function of temperature for variousvalues of P/PO- From figure 12(a) , the agreement between these two sources

24

APPENDIX B

for the isentropic exponent for P/P0 < 100 is within 2 percent. Atp/P0 = 1000, differences as high as 7 percent are observed; however, in viewof the discussion of the accuracies of second-order thermodynamic propertiesfor air in reference 12, this maximum difference of 7 percent does notappear to be unreasonable. Although tabulations of the isentropic exponentare presented in reference 18, corresponding tabulations of the speed ofsound are not. Thus, the values of speed of sound for reference 18 presentedin figure 12(b) were calculated from the expression

a =

where values of the equilibrium-hydrogen molecular weight W are tabulatedin reference 18. From figure 12(b), the speeds of sound from references 10and 18 are in excellent agreement (within 0.5 percent) for 0.1 < P/PQ < 10.The agreement is still good (within 2.5 percent) for a pressure of.p/Po = 100; at the highest pressure, percent differences between the twosources as high as 8.2 percent were observed. Thus, for pressuresP/PO < 100, second-order thermodynamic properties yp an^ a determinedfrom references 10 and 18 are in good agreement (witnin approximately 2 per-cent) for temperatures from 2000 K to 50 000 K; however, the percent differ-ence in both Yg and a increases markedly between these two sources forp/P0 > 100 but is still judged to be in reasonable agreement over a widerange of temperature.

In the previous comparisons of figures 9 to 12, sources of equilibriumhydrogen properties at high temperatures were chosen which possessed tabula-tions of properties in terms of pressure and temperature, or in the case ofthe modified program of reference 15 or the program of reference 27, theinputs to these computer codes were pressure and temperature. This criteriafor selecting existing sources was due to the fact that the basic inputs tothe program of reference 10 are pressure and temperature. However, in fig-ure 13, a comparison of equilibrium thermodynamic properties for hydrogenbetween those calculated using the program of reference 10 and those tabu-lated in reference 29 is made. In reference 29, basic inputs were densityand temperature; thus, for a given density, the calculated pressure for agiven temperature tabulated in reference 29 was used as input to the programof reference 10. This comparison is performed because the results of refer-ence 29 are relatively recent, they account for reduction in the ionizationpotential, and they include a Debye theory pressure correction term. ' Thevalue of pressure used as input into the program of reference 10 is referredto in reference 29 as the total pressure. Comparisons in figure 13 corre-spond to two values of density, 10" kg/m^ and 10 kg/m^. For both valuesof density, the temperature range for the comparison was 10 000 K to50 000 K; for a density of 10~3 kg/m^, the corresponding range of pressurep/P0 was 0.83 to 8.13, and for a density of 10 kg/m , the pressure rangewas 0.09 to 0.81. From figure 13, the maximum percent differences areobserved to be 2 percent for density, 1.8 percent for entropy, 3 percent forenthalpy, and 0.6 percent for the speed of sound. At temperatures in excessof 24 000 K, all thermodynamic properties considered in figure 13 are within1 percent.

25

APPENDIX B

As discussed previously, the primary purpose of the comparisons per-formed in this appendix is to establish a confidence level for the use ofthe program of reference 10, in conjunction with the inputs presented inappendix A, as the equation of state for generating the present equilibriumnormal-shock properties for hydrogen. This comparison demonstrates thatequilibrium first-order and second-order thermodynamic properties for hydro-gen generated with the analytical method of reference 10 over a temperaturerange from 2000 K to 50 000 K and pressure P/PO range from 0.1 to 100 arein good agreement with a number of other sources of hydrogen properties. Inparticular, the predicted density, enthalpy, and entropy from the method ofreference 10 and the more rigorous computations of reference 18 were withinapproximately 3.5 percent for this temperature range and pressures P/P0 to1000. Thus, it is concluded that the present thermodynamic properties calcu-lated in region (2) for the present range of p^ and U» possess a highlevel of confidence (i.e., they are believed to be relatively accurate).

26

REFERENCES

1. The Planet Jupiter (1970). NASA SP-8069, 1971.

2. The Planet Saturn (1970). NASA SP-8091, 1972.

3. Hunten, Donald M.: The Outer Planets. Sci. American, vol. 233> no. 3,Sept. 1975, pp. 130-139-

4. Menard, W. A.: A High Performance Electric-Arc-Driven Shock Tube. JPLQuarterly Tech. Rev., vol. 1, no. 1, Apr. 1971, pp. 17-28.

5. Leibowitz, Lewis P.: Jupiter Entry Simulation With the ANAA Shock Tube.AIAA Paper No. 74-610, July 1974.

6. Dannenberg, Robert E.: A Conical Arc Driver for High-Energy Test Facil-ities. AIAA J., vol. 10, no. 12, Dec. 1972, pp. 1692-1695.

7. Leibowitz, Lewis P.: Measurements of the Structure of an Ionizing ShockWave in a Hydrogen-Helium Mixture. Tech. Memo. 33-563, CaliforniaInst. Technol., Sept. 1, 1972. (Available as NASA CR-128343-)

8. Mechtly, E. A.: The International System of Units - Physical Constantsand Conversion Factors (Second Revision). NASA SP-7012, 1973-

9. Miller, Charles G., Ill: A Program for Calculating Expansion-Tube FlowQuantities for Real-Gas Mixtures and Comparison With ExperimentalResults. NASA TN D-6830, 1972.

10. Allison, Dennis 0.: Calculation of Thermodynamic Properties of Gas Mix-tures at High Temperatures. M.S. Thesis, Virginia Polytech. Inst.,1965.

11. Allison, Dennis 0.: Calculation of Thermodynamic Properties of ArbitraryGas Mixtures With Modified Vibrational-Rotational Corrections. NASATN D-3538, 1966.

12. Newman, Perry A.; and Allison, Dennis 0.: Direct Calculation of SpecificHeats and Related Thermodynamic Properties of Arbitrary Gas MixturesWith Tabulated Results. NASA TN D-3540, 1966.

13. White, W. B.; Johnson, S. M.; and Dantzig, G. B.: Chemical Equilibriumin Complex Mixtures. J. Chem. Phys., vol. 28, no. 5, May 1958,pp. 751-755.

14. Moore, Charlotte E.: Atomic Energy Levels. Vol. I. 1H-23V. NBSCirc. 46?, U.S. Dep. Commer., June 15, 1949.

15. Horton, T. E.; and Menard, W. A.: A Program for Computing Shock-TubeGasdynamic Properties. Tech. Rep. 32-1350 (Contract No. NAS7-100),Jet Propulsion Lab., California Inst. Technol., Jan. 15, 1969-

27

16. Horton, T. E.: The Computation of Partition Functions and Thermochemi-stry Data for Atomic, Ionic, Diatomic, and Polyatomic Species. Tech.Rep. 32-1425, Jet Propulsion Lab., California Inst. Technol., Mar. 1,1970.

17. Patch, R. W.: Components of a Hydrogen Plasma Including Minor Species.NASA TN D-4993, 1969.

18. Patch, R. W.: Thermodynamic Properties and Theoretical Rocket Perform-ance of Hydrogen to 100000 K and 1.01325*108 N/m2. NASA SP-3069, 1971.

19. Holley, C. E., Jr.; Worlton, W. J.; and Zeigler, R. K.: CompressibilityFactors and Fugacity Coefficients Calculated From the Beattie-BridgemanEquation of State for Hydrogen, Nitrogen, Oxygen, Carbon Dioxide,Ammonia, Methane, and Helium. LA-2271 (Contract W-7405 - ENG. 36),Los Alamos Sci. Lab., Univ. of California, Mar. 17, 1959-

20. Grose, William L.; and Nealy, John E.: Imperfect Gas Effect in RealHydrogen Drives. AIAA J., vol. 8, no. 6, June 1970, pp. 1164-1165.

21. Olstad, Walter B.; Kemper, Jane T.j and Bengtson, Roger D.: EquilibriumNormal-Shock and Stagnation-Point Properties of Helium for Incident-Shock Mach Numbers From 1 to 30. NASA TN D-4754, 1968.

22. Miller, Charles G., Ill; and Jones, Jim J.: Incident Shock-Wave Charac-teristics in Air, Argon, Carbon Dioxide, and Helium in a Shock TubeWith Unheated Helium Driver. NASA TN D-8099, 1975.

23. JANAF Thermochemical Tables. Second ed. NSRDS-NBS 37, U.S. Dep.Commer ., June 1971 •

24. Rosenbaum, Burt M.; and Levitt, Leo: Thermodynamic Properties of Hydro-gen From Room Temperature to 100,000 K. NASA TN D-1107, 1962.

25. Kubin, Robert F.; and Presley, Leroy L.: Thermodynamic Properties andMollier Chart for Hydrogen From 300° to 20,000° K. NASA SP-3002, 1964.

26. Krascella, N. L.: Tables of the Composition, Opacity, and ThermodynamicProperties of Hydrogen at High Temperatures. NASA SP-3005, 1963.

27. Nicolet, W. E.: User's Manual for the Generalized Radiation Code(RAD/EQUIL). Rep. No. UM-69-9 (Contract NASI-9399), Aerotherm Corp.,Oct. 1, 1969. (Available as NASA CR-116353.)

28. Lewis, Gilbert Newton; and Randall, Merle: Thermodynamics. Second ed.,McGraw-Hill Book Co., Inc., 1961.

29. Nelson, H. F.: Thermodynamic Properties of Hydrogen-Helium Plasmas.NASA CR-1861, 1971.

28

TABLE I. -NONDIMENSIONAL THERMODYNAMIC PROPERTIES AND ROW VELOCITY FOR INCIDENT (MOVING).

STANDING, AND REFLECTED NORMAL SHOCKS IN PURE HYDROGEN

[user cautioned about using table at pressures exceeding 100 MW m J

_2

PI ° 5.006*00 N/SQ-M, US1 ' 4.006*03 M/SECXH2 » I

PTRHOHASIGAMEU

c per letSre*. 1 1 o

E-HH*H2H-H2»

PI - 5XH2 - 1

PTRHOHASIOAMEU

tpcr jecirCt J t i

E-hH*H2H-

h2»

.00

MOVING SHOCK1.06366*012.71*OE»003.92006*002.77456*001.64326*001.04506*001.00006*009.94946-012.26636*00

l.*763E-356.1638E-10

1.2321E-3*1.00006*009.44S6E-461.8060E-35

.OOE»OO N/SU-M,

.00

MOVING SHOCK1.6743E*013.70036*004.5254E*003.8206E*001.90776*001.07106*001.00006*009.83576-012.96216*00

.02816-29

.45696-07

.00*26-29

.00006*00

.82606-362.3922E-31

XHE - 0.00

STANDING SHOCK2.19766*013.3569E*OO6.54766*003.45266*001.8212E*001.04656*001.00006*009.8810E-011.35336*00

MOLE FRACTIONS

2.7956E-332.30456-083.5936E-331.00006*002.00506-401.5496E-3*

REFLECTED SHOCK5.36066*014.71306*001.13736*014.93816*002.13466*001.06116*001.00016*009.6671E-011.1934E»00

2.26126-251. 13156-042.1873E-259.9989E-011.4956E-317.38816-27

US1 - 5.0OE*03 M/SECXHE - 0.00

STANDING SHOCK4.45946*01*.9179E*009.06**E«005.1739E»002.17356*001.07486*001.00016*009.6047E-011.4759E»00

MOLE FRAC7IONS

3.65*96-232.9***E-0*3.593*6-239.9971E-011.0234E-286.143JE-25

REFLECTED SHOCK9.6251E«016.3657E«00I. 50256*017.17736*002.36196*001.09186*001.00626*008.70916-011.28056*00

l.7*52E-171.2226E-021.7252E-179.8777E-015.3265E-222. 00 16 E- 19

PI • 5.XH2 • 1.

PTRHOHAS2GAMEU

SPECIES

6-H

H*H2M-

H2»

OOE*00 N/SO-Mt00

MOVING SHOCK2.42966*014.85306*005.00606*005.10036*002.15966*001.09656*001.00016*009. 6091 E- 013.65276*00

7.0923E-2*2.8888E-0*7.0373E-2*9.9971E-012.7869E-295.*971E-26

US1 - 6.00E»03 N/SECXHE - 0.00

STANDING SHOCK7.95526*016.44796*001.22386*017.36166*002.36356*001.10356*001.0081E»008.59346-011.49126*00

HOLE FRACTIONS

2.9115E-171.6149E-022.88106-179.83856-017.7596E-223.06536-19

REFLECTED SHOCK1.49426*027.31796*001.97886*019.69906*002.48466*001.12316*001.03176*008.1762E-O11.24176*00

6.357*E-156.14926-026.2941E-159.3851E-015.2526E-196. 3891 E- 17

PI • 5.006*00 N/SO-K,XH2 • 1.00

US1 • 7.006*03 N/SECXHE » 0.00

MOVING SHOCK STANDING SHOCKPTRHUHASLGAMEU

SPECIES

6-HH*H2M-H2«

3.35096*015.98646*005.5735E»006.62556*002.30356*001.12136*001.00426*00b. 82566-014.3691E*00

1.5595E-188.43306-031.54666-189.9157E-011.7325E-231.28J4E-20

1.3520E»027.39866*001.76006*011.01506*012.49936*001.13526*001.03836*008.13186-011.38206*00

MOLE FRACTIONS

1.0727E-1*7.3750E-021.06286-149.2625E-018.8357E-199.9804E-17

REFLECTED SHOCK2.22TTE»027.97016*002.60696*011.26766*012.62226*001.15846*001.07216.008.04686-011.19046*00

1.58706-131.34466-011.5719E-138.655*£-012.4627E-171.5380E-15

29

TABLE I.-Continued

5 N/m

PI = 5.006*00 N/SQ-M,XH2 ~ 1.00

PrRHOHASiGAMEU

SPECIES

6-HH*M2H-H2*

PI . 5XH2 - 1

PTRHOHASzGAMEU

SPEC I E S

E-HH*H2H-H2*

MOVING SHOCK4.47746*016.75206*006.49816*008.41176*002.38426*001.14696*001.02066*008.24936-015.14766*00

3.06126-164.0330E-023.03786-169.59676-015.64946-212.34256-18

.006*00 N/S4-N,

.00

MOVING SHOCK5.78666*017.26496*007.60976*001.04426*012.47606*001.17506*001.04686*008.06156-015.94426*00

8.15296-158.94356-023.09916-159.10566-013.50796-195.41556-17

US1 = 8.006*03 M/SECXHE =• 0.00

STANDING SHOCK2.2461E*028.08346*002.56206*011.35006*012.65386*001.1717E*001.0848E*008.03196-011.30206*00

MOLE FRACTIONS

2.43566-131.5626E-012.41186-138.43746-013.71676-172.41246-15

REFLECTED SHOCK3.39826*028.54576*003.53156*011.63026*012.77736*001.19866*001.12596*008.01676-011.16176*00

1.67716-122.23616-011.66126-127.76396-014.34186-161.62906-14

US! - 9.006*03 M/SECXH6 * 0.00

STANDING SHOCK3.53606*028.66216*003.5727E»011.7361E*012.81656*001.21326*001.14286*008.01416-011.26766*00

MOLE FRACT I ON S

2.48736-122.49826-012.46346-127.50186-016.70856-162.45926-14

REFLECTED SHOCK5.06636*029.07446*004.68756*012.0502£*0l2.94496*001.2439E*001.19116*008.02376-011.15246*00

1.04866-113.20846-011.03866-116.79166-014.06426-15I. 03956-13

PI - 5XH2 - 1

PTRHOHASzGAMEU

r OPT ICCjrCU 1 1 i

E-HH*H2H-H2»

.006*00 N/SQ-M,

.00

MOVING SHOCK7.26196*017.66616*006.7708E»001.27076*012.5718E»001.20606*001.07986*007.98986-016.73766*00

7.60166-141.47736-017.55676-148.52276-015.45156-184.54656-16

US1 ' l.OOE*04XHE • 0.00

M/SEC

STANDING SHOCK REFLECTED SHOCK5.2593E*029.1812E*004.73296*012.17006*012.98696*001.25966*001.21076*008.02646-011.25076*00

MOLE FRACT IONS ~"

1.40626-113.47926-011.3924E-116.5208E-015.68136-151.43656-13

7.24746*029.5733E»005.9796E»012.52176*013.1233E*001.29406*001.2662E*008.04746-011.15586*00

4.8087E-114.2041E-014.7633E-115.7959E-012.5853E-144.79S1E-13

PI - 5.006*00 N/S0-M,XHZ - V.OO

US1 - 1.10E»04 M/JEC(HE - 0.00

PTRHOHASzGAMEU

SPECI 6S

6-HH*H2H- •H2»

MOVING SHOCK8.89646*017.99836*009.94446*001.5207E»012.66996*001.23966*001.11856*007.9678E-017.52306*00

3.50936-132.11916-013.48916-137.88096-013.32456-172.05256-15

STANDING SHOCK REFLECTED SHOCK7.44856*029.6688E*005.98586*012.6497E»013.1662E*001.31036*001.28756*008.05276-011.25206*00

* HOLE FRACT IONS ~~

6.05576-114.46396-015.99746-115.53616-013.37686-146.17026-13

91T

.98766*02

.00606*01

.35086*013.044SE*013.31416*001.34656*001.350«»008.08226-011,1757E*00

.81686-10

.19336-01

.80026-10

.8067E-01

.2719E-13

.78206-12

30

TABLE I.-Continued

5 N/m

PI = 5XH2 = 1

PTRHOMASIGAMEU

SPEC IES

6-HH*H2H-H2*

PI - 5XH2 - I

PTRHOHASIGAMEU

SPEC IES

E-HH*HZh-H2*

.006*00 N/SO-M,

.00

MOVING SHOCK1.06876*028.29636*001.1085E»011.79*16*012.7708E*001.2761E*001.1623E4-007.9618E-018.3002E»00

1.2162E-122.7920E-011.2093E-127. 20806-01'l.**63E-167.01636-15

.OOE»00 N/SO-M.

.00

MOVING SHOCK1.26356*028.57366*001.21 TOE »012.0909E»012.8755E»001.3151EJOO1.2108E*007.96526-019.07UE»00

3.7860E-123.4817E-013.7660E-126.5183E-015.5*OOE-162.050«-1*

US1 - 1.20E*0* M/SECXHE = 0.00

STANDING SHOCK1.0113E«031.01*3E»017.26556*013.1746E*013.3560E»001.36486*001.3727E»008.0B90E-011.26856*00

MOLE FR ACT IONS

2.2652E-105.V285E-012.2V50E-10

•S*.5715E-01• '1.6118E-13

2.U06E-12

REFLECTED SHOCK1.3297E*031.05*86*018.72896*013.61866*013.5189E»00l.*069E*00l.*4**E»008. 1275E-011.2067E»00

6.0665E-106.1527E-016.01*8E-103.8*73E-Ol5.2227E-135.6903E-12

US1 - 1.30E*0* N/SECXHE * 0.00

STANDING SHOCK1.3260E«031.0620E»018.51726*013.7446E»013.5588E»001.4229E-*001. 46586*008.1356E-011.29636*00

MOLE FRACT IONS

7.63**E-106. 35666-017.573TE-103.643*E-016.48456-136.7216E-12

REFLECTED SHOCK1.7192E»03

.10576*01

. 0053E*02

.2**1E*01

.7*18E*00

. 46S9E*00.5*6TE*00

8.1869E-01l.2*90E*00

1.9131E-097.0686E-011.8985E-092.93146-011.9181E-121.65236-11

PI «XH2 »

PTRHOHAS

ZGAMEU

5.00E»00 N/SU-M, US1 * l.*OE»0* N/SEC1.00

MOVING SHOCKl.4739E*028.83186*001.3206E*012.*114E»012.9839E*001.3566E*001.26396*007. 97596-019. 8373 E* 00

XHE ' 0.00

STANDING SHOCK1.6905E»031.1118E*019. 7026E»01*.3600E*013.77856*00l.*838E»eO1.56656*008.1970E-011.3*106*00

REFLECTED SHOCK2.17116*031.162 IE 4-011.127*E»02*.923TE«013. 991 IE »001.53*06*001.65716*008.2715E-011.30SIE»00

SPECIES

E-HH*H2h-H2*

9.3439E-124.1757E-019.295*E-125.82*36-011.6011E-155.0153E-1*

MOLE FRACTIONS

2.37226-097.23*8E-012.3557E-092.7652E-012.2914E-121.88236-11

6.1619E-097.93086-016.122*E-092.0692E-016.7819E-12*.6283E-11

PI -XH2 -

PTRHOHASIGAMEU

5.006*00 N/Sfl-M, US1 - 1.50€»0* M/SEC1.00

MOVING SHOCK1.6998E»029.08*4E*001.4158E»012.755*E»013.09T2E»001.4005E*00l.3215E»007.9907E-011.0598E»01

XHE - 0.00

STANDING SHOCK2.1000E*031.1663E»011.0758E»02

, 5.0198E*Ol4.02086*001.54726*001.67376*008.2823E-011.3966E«00

REFLECTED SHOCK2.68306*031.2312E»011.2281E»025.6611E»014.288*E»001.60196*001.77*5E»008.41T7E-01l.?8ZtE«00

SPECIES

H*H2

H2»

2.3225E-H4.8663E-012.311*6-115.1337E-014.55S3E-151.15**E-13

nuLC rnM^iiuna — •

6. 9029 E- 098.0504E-016.86116-091.9496E-017.3175E-124.9099E-11

2.2854E-088.7293E-012.274+E-081.2707E-012.5482E-111.3535E-10

31

TABLE I.-Continued

•5N/nr

PI = 5.006*00 N/Sfl-M,XH2 = 1.00

US1 = 1.606*04 M/SECXHE •= 0.00

PI - 5.00E»00 N/S8-M(XH2 « 1.00

US1 - 1.806*04 M/SECXHE - 0.00

pTRHOHASIGAMEU

SPECIES

E-HH*

H2H-H2*

PI - 5XH2 - 1

PTRHOHA

S2GAMEU

SPECIES

fc-HH*H2H-H2»

MOVING SHOCK1.94126*029.3300E»001.50406*013.12306*013.21546*001.4465E»001.38356*008. 0099E-011.1355E*01

4.9781E-115.5432E-014.9553E-U4.45686-011.09646-142.3948E-13

.006*00 N/Sa-M,

.00

MOVING SHOCK

2.19796*029.57B2E*001.5829E*013. 5141E*013.33986*001.4947E*001.4496E*008.0335E-011.21076*01

1.09106-106.2038E-011.0865E-103.7962E-OV2.6179E-144.8162E-13

STANDING SHOCK2.55306*031.23296*011.1597E*025.72376*014.30786*001.61216*001.7855E*008.4297E-01l.4746E*00

MOLE FRACTIONS

2.39626-088.7988E-012.3852E-081.20126-012.55766-111.35616-10

US! - l.TOEKXH6 ' 0.00

STANDING SHOCK3.03696*031.3304E*011.20366*026. 46966*014.7087E»001.6773E»001.89636.008.7885E-011.59436*00

MOLE FRACTIONS

1.1819E-07

9.4534E-011.1785E-075.4662E-021.12626-104.50186-10

R6FLECTEO SHOCK3.2629E»031.33526*011.28986*026.46656*014. 7146E *001.67176*001.8945E*008.78696-011.49866*00

1.2177E-079.44316-011. 2141 6-07

5.56866-021.2311E-104.8687E-10

14 M/S6C

REFL6CTED SHOCK3.9492E»031.63626*011.21386*027.4221E»015.94956*001.7*476*001.98866*001.08796*001.81236*00

5.5648E-069.9424E-015.5614E-065.7475E-032.8668E-096.2588E-09

MOVING SHOCK STANDING SHOCKPTRHOHASIGAMEU

SPECIES

E-HH»H2 .H-H2»

2.4698E»029.63166*001.6529E*013.9289E*013.4710E»00,1.5447E»001.5199E*008.0623E-011.2856E*01

2.2321E-106.8411E-012.2235E-103.1589E-015.7722E-149.1887E-13

3.5152E*031.5479E»Ol1.1465E*027.2494E»015.6326E»001.7393E»001.9807E»001.0348E»001.8549E«00

MOLE FRACTIONS

2.1911E-069.9026E-012.L892E-069.7307E-031.2737E-O93.1959E-09

REFLECTED SHOCK4.8210E»032.40576*01l.0008E»028.66036*017.30106*001.8U7£»002.0024E»001.10656*002.54O5E»00

1.3958E-039.9703E-011 .39586-011.7949E-0*1.9027E-072.J2WE-07

PI - 5.00E*00 N/SO-N,XH2 > 1.00

US! - l.»O€«04 M/SECXHE - 0.00

MOVING SHOCK STANDING SHOCK REFLECTED SHOCKPTRHOHASIGAMEU

SPEC IES

E-HH*H2H-H2»

2.75696*021.01006*011.712*6*014.36726*013.6109E*001.5965E»001.5940E»008.0991E-011.36016*01

4.T119E-107.4532E-01-..6959E-102.54686-011.2751E-131.7365E-12

3.9238E»032.01916*019. 721.6E«Ol8.04476*016. 8633E»001.7908E*001.9990E»001.16716*002.3973E«00

MOLE FRACTIONS — "

1.53366-049. 99046-011. 5334 E- 046.5T61E-043.3297E-084.9144E-08

5.67216*032.9395E«019.53386*019.8214E*017.51596*001.8564€»002.02406*009.4947E-012.«722E*00

1.1910E-029.7613E-011.1910E-02*. 81 986-059.0986E-071.0170E-06

32

TABLE I.-Continued

PI = 5XH2 * 1

pTRHOHASIGAMEU

SPECIES

E-H

h»^2H-

H2*

PI - 5XH2 • 1

PTRHOHASiGAMEU

SPECIES

E-hH*HZH-

rl2»

.OOE*00 N/SO-M,

.00

MOVING SHOCK3.0589E*021.03916*011.76106*014.82916*013.76196*001.64986*001.6717E*008. 1472 E- 011.43416*01

9.5758E-108.03586-019.5465E-101.9642E-012.7031E-133.2078E-12

.006*00 N/SO-M,

.00

MOVING SHOCK3.3T52E*02

' .07326*01.79486*01.3144E*01.9323E*00.70446*00.7523E»00

8.2224E-011.5076E»01

2.3I75E-098.58676-012.3118E-091.41336-016.38526-136.3073E-12

US1 =• 2.006*04 M/SECXHE = 0.00

STANDING SHOCK4.3273E«032.52046*018.56356*018.87026*017.34436*001.83156*002.00496*001.06746*002.95136*00

MOLE FRACTIONS

2.5655E-039.94766-012.5654E-031.12096-042.6384E-073.1283E-OT

REFLECTED SHOCK6.49256*033.24946*019.7OO16*OI1.09216*027.73006*001.69276*002.05996*008.9272E-013.18126*00

2.9094E-029.4178E-012.9094E-022.75496-051.73856-061. 933* E- 06

US 1 - 2.106*04 M/SECXHE * 0.00

STANDING SHOCK4.7902E*032.90096*018.19726*019. 75346*017.44846*001.86646*002.02346*009.4818E-013.30426*00

HOLE FRACTIONS

1.16516-029.7664E-011.16516-025.9637E-057.9065E-078.8318E-07

REFLECTED SHOCK7.28T9E»033.46976*019.99026*011.20186*027.96786*001.92696*002.10256* 008.702SE-013.29886*00

4.37786-029.0242E-014.87776-021.9458E-052.5139E-0*2.8213E-06

PI « 5.XH2 " 1.

PTRHOH4 . .SL .GAMEU

SPEC IES

E-HM»H2H-H2»

PI • 5.XH2 - 1.

PTMHOHASiGAMEU

SPECIE S

E-hH*H2h-H2*

OOE«OO N/SO-M,00

MOVING SHOCK3.70526*021.11596*011.8098E*015.82326*01».13*9E»001.75976*001.83476*008.35096-011.5601E*01

6. 042 HE -099.0991E-016.0314E-099.0086E-021.58826-121.3031E-11

006*00 N/SQ-M,00

MOVING SHOCK4.0462E»02

.18006*01

.79036*01

.35486*01

.4255E*00

.81506*00

.91546*008.6651E-011.65096*01

2.29686-089.55846-012.29406-084.41626-025.2173E-123. 325 36-11

US1 - 2.206*04 M/SECXHE > 0.00

STANDING SHOCK5.34776*033. 1338E»Ol8.5497E*011.07156*027.59936*001.89806*002.05816*009.18796-013.35196*00

MOLE FRACT IONS

2.85876-029.42J3E-012.85876-029.5943E-051.52566-061.6809E-06

REFLECTED SHOCK8.03876*033.64556*011.02596*021.31376*028.20606*001.96066*002.14946*008.5938E-013.37906*00

6.9541E-028.60906-016.95406-021.49O86-053.20086-063.6383E-06

US1 - 2.3OE*O4 M/SECXHE • 0.00

STANDING SHOCK5.85816*033.2751E.OI8. 93376*011.17226*027.92106*001.9299E*002.10216*009.4823E-013.3110E*00

MO LE FRACTI ON S

4.94496-029.0101E-014.9449E-028.9886E-052.15166-062. 39546-06

REFLECTED SHOCK8. 646 8E» 033.79046*011.037«»021.42766*028.43416*001.9949E»002.19896*008. 5349E-013.43836*00

9.0*656-02S. 19056-019.0*646-021.1826E-053.T493E-06*.3193E-06

33

TABLE I.-Continued

PI « 5.XH2 = U

PTRHOHASZGAMEU

SPECIES

E-HH*H2h-H2*

PI - 5.XH2 • 1.

PtRHOHASiGAMEU

SPEC IES

E-HH*

H2H-H2»

OOE»00 N/SQ-M,00

MOVING SHOCK*.3883E»021.3168E»Ol1.6830E»016.9078E»015.0905E»001.8682E»001.9802E»009.9381E-011.7162E»01

2.5675E-079.8999E-012.5663E-071.001*E-023.8795E-111.6109E-10

OOE»00 N/SQ-N.00

MOVING SHOCK*. 710*E»021.6359E+01,4*06E*01.*77*E*01.1917E*00.91*7E»00,9986E»00.1725E»00

1.76a8E»01

1.6112E-059.9927E-011.6111E-056.9352E-0*9.95*9E-102.1751E-09

US1 - 2.406*04 M/SECXHE = 0.00

STANDING SHOCK5.89**E»033.5085E»017.9223E«011.2677E»028.06<ilE»001.9686E»002.13546*008.7149E-013.6519E«00

MOLE FRACTIONS

6.3596E-028.7278E-016.3S96E-021.8131E-052.3659E-062.6723E-06

REFLECTED SHOCK8.77176*033.9040E*019.98606*011.5397E»028.63966*002.03246*002.25006*008. 49766-013.47376*00

1.1113E-017.7771E-011.I113E-019.30396-064.02956-064.69816-06

051 - 2.506*04 M/SECXHE • 0.00

STANDING SHOCK5.4540E*033. 63*06*016.8958E*011.36156*028.2092E*002.01066*002.1765E*008.S206E-013.7003E»00

MOLE FRACTIONS

8.10906-028.37816-018.10896-029.7433E-062.4902E-062.62786-06

REFLECTED SHOCK8.0093EH333.S725E»018.76866*011.64176*028.7947E»002.07486*002.2993E»008.4679E-013.4726E.OO

1.30196-017. 39606-011.3019E-017.0429E-063.87426-064.5524E-06

PI »XH2 "

PTRHOH 'ASiGAM6U

5.00E*00 N/SQ-M, US1 • 2.60E»04 M/SEC1.00

MOVING SHOCK5.03446*022.01996*011.24586*018.06636*016.8149E*001.9521E*002.00076*001.14936*001.81806*01

XHE » 0.00

STANDING SHOCK5.09536*033.71946*016.16696*011.45706*028.36636*002.05096*002.22146*008. 47156*013.6779E»00

REFLECTED SHOCK7.3$T9E»034.03176*017.76896*011.74346*028. 9446E*002.1163E*002.34916*008.4474E— 013.46786*00

SPECIES

E-HH*H2 'H-H2»

PI - 5.00E»00 N/SO-M,XH2 » 1.00

4.3051E-049.9905E-014.305 OE-048.4071E-051.1974E-081.7665E-08

HULC 1-KAl.l lUNi

9.9692E-02 ., 8.0060E-01

9. 96916-027.3471E-062.5318E-062.89686-06

1.48646-017.0271E-011.48646-015.4308E-063.68046-064.35536-06

' US1 - 2.70E»04 N/SECXHE * 0.00

t>1RHOHA ' 'S

' IGAME -U

SPEC IES

E-HH»

H2H- 'H2»

MOVING SHOCK5.3810E«022.3690E*011.13186*01 '8.67916*01

-6.99086*001.9842E*002.0069E»001.02796*001.8714E*Ol

3.*533E-039.9307E-013.4533E-032.2***E-05S.54066-0»6.86406-08

STANDING SHOCK REFLECTED SHOCK4.99306*03 " 7.10906*033.80586*015.78076*011.55886*028.5389E»00

', 2.08866*00' 2.26956*00' 8.44156-01

3.66956*00

• HOLE FR ACT IONS ~ *•

1.1876E-017.62476-011.18766-01 •5.7947E-062.6108E-063.0123E-06

4.10006*017.21776*01l.8534E»029.11976*002. 15556*00

" 2.40236*008.4365E-013.4765E*00

1.6747E-016.65056-011.67476-014.3304E-063. $921 6- 064.28686-06

TABLE I.-Continued

p.-SN/m

PI - 5.XH2 - 1.

P ,1'ft HOHA

']'$l'GAMEU

SPECIES

E-HH» 'HZH-H2»

PI - S.XH2 • 1.

P• T

RHO'H'A'-s .,z -

-CANEt'u

SPEC 1ES

E- .,HH»HZH-H2«-

006*00 N/S8-N,00

MOVING SHOCK5.76286*022.62316*011.08646*019.32026*017.03265*002.01296*002.02236*009.32366-011.93296*01

1.1023E-029.7794E-011.10236-02 .1.0743E-051.2839E-071.4694E-07

OOE»00 N/SO-M,00

MOVING SHOCK6.17526*022.8058E*011.07625*019.98896*017.13096*002.0*016*00 ,2.0*506*008.86216-012.00006*01

2.20086-029.559SE-012.200aE-026.858SE-062.1109E-072.38536-07

US1 - 2.80E»04XHE - 0.00

M/SEC PI " 5.XH2 •> 1.

STANDING SHOCK REFLECTED SHOCK5.16866*033.90076*01 '5.7067E»011.67076*028.73576*002.12416*002.32196*008.42566-013.68526*00

MOLE FRACTIONS —

1.3864E-017.2271E-01 '

' '; 1.386*6-01' *.7538E-06

2.7600E-063.2168E-06

US1 - 2.90E»0»XHE - 0.00

7.27966*03*. 18*06+017.07066*011.9766£«029.31876*002.1927E»002.*607E«008,*3*6£-013.50566*00

1.8723E-016.2SS3E-011.8723E-013.S6ME-063.6242E-06».3722E-06

N/SEC

PTRHOHASiGAMEU

SPECIES

E-H .H»H2H-H2*

PI > S.XH2 > 1.

STANDING SHOCK REFLECTED SHOCK5.51726*03

' *.0001E»015.7997E*011.79126*028.9*94E»00

'2.1587E»002.37826*008.*193E-Ol3.7169E»00

MOLE FRACTIONS ——

1.59036-016.81?«E-011.5903E-013.9864E-062.9390E-063.4648E-06

7.70366*03*. 277*6*017.136*6*01

-2, 11086*029.5**6E*002.229*6*002.52376*008.+391E-013.5*896*00

2.0752E-015.8*946-012.07526-012.9701E-063. 70*46-064. 52 52 E- 06

PTRHOHAS1 t

.GAMEU

epcr tecOf ci> I Cd

E-HH*H2H-H2»

006*00 N/SQ-M,00

MOVING SHOCK6.61166*022.9*70E»011.08256*011.068*6*027.26076*002.06676*002.072*E*008.6316E-012.0702E*01

3.49516-029.30096-013.*951E-OZ5.01556-062.9392E-073.28396-07

008*00 N/SO-M,00

MOVING SHOCK7.5*41E*023.1637E*011.1162E»011.21*86*027.5*706*002.119*6*002.13636.008.42736-012.21*96*01

6.3807E-028.72386-016.38076-023.2244E-06*.*9516-07*. 99426-07

US1 - 3.00E*0* N/SECXHE > 0.00

STANDING SHOCK5.96966*034.100*6*015.97236*011.91876*029.17386*002.19316*002.*376E«008.41976-013.75826*00

MOLE FRACTIONS

l.795*E-016.4091E-011.79546-013.3T55E-063.1154E-063.71816-06

REFLECTED SHOCK8.27526*034.37526*017.30176*012.2536E»029.7850E»002. 266 IE *002. 5903E*008.44836-O13.6009£*00

2.2791E-015.4417E-012.2791E-012.48 75 E- 063. 7833 E- 064.685OE-06

US1 > 3.20E»04 N/SECXHE • 0.00

STANDING SHOCK7.07646*034.2997E+016.41756*012.19086*029.6*356*002.26266*002.56456*008.43386-013.85866*00

' MOLE FRACTIONS

2.20126-015.59T5E-012.2012E-012.4385E-063.39696-064.1624E-06

REFLECTED SHOCK9.69586*034. 5769E*Ol7.75356*012.5595E*021.02966*012.3405E*002.73226*008.*7T2E-013.72016*00

2.6800E-014.64006-012.68006-011.7303E-063.85396-064.91*96-06

35

TABLE I.-Continued

• 5 N / m

PI =•XM2 -

PTKHOHASzGAMEU

5.006*00 N/SQ-M, US1 « 3.406*04 M/SEC1.00

MOVING SHOCK8.54716*023.33*46*011. 16066*011.37096*027.8*02E*002.1727E*002.2086E*008. 34696-012.3622E*01

XHE = 0.00

STANDING SHOCK6.38406*034.4972E*016.9039E»012.48336*021.01366*012.3336E»002.70036*008.46056-013.97746*00

REFLECTED SHOCK1.1391E»0*4.78586*018.25216*012.89066*021.08446*012.41686*002.88*36*008.51856-013.86746*00

SPECIES

6-HM»H2H-H2*

9.4456E-028.11086-019.4456E-022.3120E-065. 86416-076.53786-07

2.5936E-014. 8128E-012.59366-011.74C4E-063.5361E-064.45666-06

3.0659E-013.86806-013.06S9E-011.1639E-063.75306-064.94206-06

PI -XH2 »

PTRHOHASibAMEU

5.006*00 N/SQ-Mi US1 • 3.60e*04 N/SEC1.00

MOVING SHOCK9.61626*023.48046*011.2078E*011.53666*028.13516*002.22696*002.28756*008.31266-012.51036*01

XHE - 0.00

S T A N D I N G SHOCK9.85906*034.6953E*017.39316*012.79486*021.06526*012.40616*002.84406*008.4974E-014.11336*00

REFLECTED SHOCK1.33106*045.00416*018.73606*013.24446*021.14296*012.49496*003.04456*00B. 57336 -014.02706*00

SPECIES MOLE FRACTIONS

6-HH*H2H-H2»

1.2568E-017.48636-011.2568E-011.73686-067.0174E-077.88086-07

2.967TE-014.06456-012.96776-011.2073E-063.5078E-064.55486-06

3.43096-013.13816-013.43096-017.4215E-073.46286-064.72106-06

PI = 5.XH2 > 1.

PTRHOHASIGAMEU

cpcr i P orCU 1C a

E-HH*H2H-H2*

PI - 5.XH2 - 1.

PTRHOHASiGAMEU

SPEC 1ES

t-HH*H2H-M2»

006*00 N/SO-Mi00

MOVING SHOCK1.07496*033.61176*011.25476*011.71186*02

• 8.43256*002.28256*002.37216*008.29966-012.65876*01

1.56876-016.8625E-011.S687E-011.33166-067.93696-076.9969E-OT

OOE*00 N/SQ-N.00

MOVING SHOCK1.19456*033.73346*011.2996E*Ol1.89656*028.73416*002.33936*002.46206*008.29926-012.80716*01

1.8765E-016.24696-011.87656-011.02826-068.6106E-079.86486-07

US1 = 3.aO£*04 M/SECXHE - 0.00

STANDING SHOW1.14836*044.89826*017.82916*013.1247E*02l.U96E*OL2.48026*002.9945E»008.5454E-014.2673E*00

HOLE FRACT IONS

3.32126-013. 35 766-013.32126-O18.0141E-073. 30836-064.43446-06

REFLECTED SHOCK1.54386*045.2397E»Ol9.17236*013.62176*021.20646*012.»747E»003.21226*008.64736-014.2128£»00

' 3.TTME-012.4523E-013.7738E-014.35816-072.9918E-06«.238TE-06

US1 ° 4.00E»0* M/SECXHE ° 0.00

STANDING SHOCK1.32456*045.11136*018.224,1E*013.47276*021.17746*01 "2.55556*003.15086*008.60766-014.4425E»00

MOLE FRACTIONS

3.65256-012.69496-013.65256-014.9923E-OT2.94926-064.09126-06

REFLECTED SHOCK1.7773E*045.5056€»0l

' 9.53386*014.02»1E*021.27746*01

' 2.6562E*003.386CE»00S.753SE-014.43566*00

4.09J3E-011.8133E-014.0933E-012.2541E-OT2.3686E-063.5074E-06

36

TABLE I.-Continual

• 5 N / m

PI - 5XH2 <= 1

P 'T .RHOHAS 'zbAMEU ,

SPEC IES

E-HH* ' -H2H-,ri2»

PI - 5XH2 » 1

PTRHOHA . '

S

t.bAMEU

SPEC IES

E-,HH»HZH-h2»

.006*00 N/Su-M,

.00

MOVING SHOCK1.32Q2E»033.8*«OE»011.3416E*012.09066*029.0*126*002.3976E*002.JS68E*008.30436-012.95SOE*Ol

2.1777E-01' 5.64*7E701

2.17776-017.9272E-079.0326E-071.0*69E-06

,OOE*OQ N/SQ-H,.00

MOV INC, SHOCK1.*5JIE*03

,3.96086*011.38036*01

, 2.29WE»029.3554E*002.*572E»002.6562E»00B.3191E-013.lOm*01

2.*705E-Ol5.05896-012.*705E-Ol6.06326-079.20466-071.0801E-06

US1 • *. 206*0* M/SECXHE = 0.00

STANDING SHOCK1.5124E»0*5.34256*018.54916*013.83796*021.2400E.012.63176*003.3113E*008.6916E-01*.6**16*00

ftDLE FRACT IONS

3.9601E-012.0798E-013.96016-012.84UE-072.4555E-063.5386E-06

REFLECTED SHOCK2.029IE*0*5.8204E*019.79**E*01*.**96E*021.35946*012.73726*003.559*6*008.9197E-014.67976*00

4.3811E-011.23736-014.38HE-019.6701E-081.6618E-062.59466-06

US1 - *.*OE«0* M/SECXHE ' 0.00

STANDING SHOCK1.71066*0*5.60S3E*018.78516*01*. 220*6*021.31006*012.70836*003.47376*00U.8136E-014.aal8E*00

MOLE FR AC T I ON S

4.2*266-011.5M9E-014.2*256-011.4118E-071.8668E-062.81106-06

REFLECTED SHOCK2.30506*0*6.2579E*019.861*6*01*.911«E*021.4701E»012.82206*003.7351E»009.2*626-015.0*67E*00

*.6*5«E-017.09106-02*.6*54E-012. 7379 E- 089.137*6-071.5359E-06

PI - 5XH2 - 1

PIRHOHA

SLCAMEU

SPFT I P ^r CC ltd

l-HH»

h2H-

H2«

.006*00 N/SQ-M,

.00

MOVING SHOCK1.5901E.034.0707E*011.41536*012.50726*029.67816*002.51816*002.76016*00b. 33666-013.2500E»01

2.7539E-01*.*921E-012.7539E-014.5759E-079.1329E-071.08596-06

US1 - *.60E»0* M/SECXHE ' 0.00

STANDING SHOCK1.9161E»0*5.924*6*018.9002E*01*. 619*6*021.3928EO12.78476*003.6339E»009.0109E-015.17506*00

HOLE f R ACT IONS

.49636-01

.0073E-01

.49636-01

.652*6-08

.24026-06

.97076-06

REFLECTED SHOCK2.6086E»0*6.97S4E»019.620*€»015.420*£»021. 6*816 »012.9O63E>003.88T3E.OO1.0018E»005.594CE«00

4.3550E-012.90006-024.8550E-013.*3096-093.1210E-075. 91016-07

PI - 5.006*00 N/SQ-M,XH2 • 1.00

US I - *.«OE*0* M/SECXHE - 0.00

MOVINb SHOCK STANDING SHOCKPIUNOHASi '.GAMEU

SPECIES

6-Hh*H2H-H2»

1.73*1E*034.180*E*01l.**63E*012.72976*02l.OOHE'Ol2. 5802 E> 002.8682E*008.35686-013.396d6«01

1. 02706-013.9*596-013.0270E-013.38886-078.8296E-071.06*76-06

2.12*26*0*6.35276*018.83886*015.03356*021.50156*012.85966*003.78316*009.38056-015.56*96*00

MOLE FRACTIONS

4.713*6-015.7328E-02*. 71336-011.55816-086.58686-071.12506-06

REFLECTED SHOCK2.96316*0*8.*3226*018.8*2TE*016.02386*021.9521E»012.991*E*003. 17*06*001.13726*006.6*936*00

*. 96 736-016.5*726-03*. 96 736-019.09186-11*. 2761 6-08

1.01086-07

37

TABLE I.-Continued

• 5 N / m

PI = 5.XH2 = 1.

PTRHOHASIGAME0

SPECIES

:_

i•<*H2H-

H2*

PI « 5.XH2 - 1.

PTRHOHASifeAMEU

SPECIES

E-HH*H2H-H2*

OOE*OO N/so-Mt00

MOVING SHOCK1.88416*034.29166*011.47316*012.96166*021.03576*012.6435E*002.98026*008. 3860 E-013.5431E*01

3.28926-013.4217E-013.2892E-012. 44706-078.3115E-071.0173E-D6

OOE»00 N/Sg-M,00

MOVING SHOCK2.0399E*034.40676*011.49506*013.20286*021.071BE*012.7081E»003.09636*008. 41976-013.68876*01

3.5408E-012.9184E-013.5408E-011.7067E-077.5956E-079.4482E-07

US 1 * 5. 006* 04 M/SECXHE * 0.00

STANDING SHOCK2.3253E*047.0074E»Ol8.50286*015.45976*021.66536*012.9313E*003.9027E»001.01406*006.14656*00

MOLE FRACTIONS

4.8753E-012.4939E-024.8753E-012.2222E-092.3667E-074.5053E-07

REFLECTED SHOCK3.36596*041.0681E»027.89046*016.71706*022.2484E*013.0695E»003.99396*001.18506*00S.1144£«00

4.99246-011.5271E-034.9924E-011.675TE-124.8178E-091.40686-08

US1 > 5.20E*04 M/SECXHE - 0.00

STANDING SHOCK2.50736*048.04176*017.8577E»015.89366*021.8903E»012.99686*003.9679E*001.11986*007.01096*00

MOLE FRACTIONS

4.9595E-018.0980E-034.9595E-011.44866-105.2878E-081.18246-07

REFLECTED SHOCK3.79046*041.31526*027.2095£*0l7.45236*022.5022E*013.13306*003.99756*001.1909E*009.63186*00

4.99696-016.1425E-044.99696-018.55816-141.21996-093. 2531 £-09

PI - 5XH2 * 1

PTRHOHASIGAMEU

SPEC I E S

E-HH*H2H-H2*

PI - SXH2 - 1

PTRHOHASLGAMEU

SPEC I E S

6-HH*H2H-H2*

.006*00 N/Sg-M,

.00

MOVING SHOCK2.20176*034.52716*011.51286*013.4535E»021.10976*012.77316*003.21486*008.46156-013.83396*01

3.77886-012.4424E-013.77886-011. 14296-076.72336-078.51106-07

.006*00 N/SQ-Mt

.00

MOVING SHOCK2.36906*034.6572E*011.5247E*Ol3.71366*021.15036*012.83906*003.3363E*008.5157E-013.97816*01

4.0054E-011.9892E-014.00546-017.1992E-085.7117E-077.3734E-07

US 1 • 5.40E»O4 M/SECXHE * 0.00

STANDING SHOCK2.66696*049.40796*017.10576*016.33266*022.09886*013.0551£»003.98946*001.1737E»008.1641E«00

HOLE FR ACT I ONS

4.98676-012.66426-03

. 4.98676-018.03416-121.0531E-082.8034E-08

R6FL6CT6D SHOCK4.2320E*041.57666*026.71216*018. 22166*022.7*116*013.18676*003.99876*001.19186*001.11386*01

4.9983E-013.37026-044.99836-019.09916-155.8674E-101.0855E-09

US 1 - 5.406*04 N/SECXHE - 0.00

STANDING SHOCK2.81406*041.08796*026.47416*016.77966*022.27156*013.10506*003.99546*001.18716*009.38836*00

MO L fc F R ACT I ON S

4.99426-011.1522E-034.99426-017.17036-132.B550E-098.38976-09

REFLECTED SHOCK4.67996*041.84566*026.34066*019. 0199€»022.9*62E»013.23256*003.99916*001.19206*001.26166*01

4.99896-012.1863E-044.9989E-011.6239E-153.81156-104.68926-10

38

TABLE I.-Continued

•5N/ r r f

PI - 5.006*00 N/SO-M,XH2 = 1

PrRHOHASIGAMEU

SPEC LE S

t-HH*HZH-M2*

PI - 5XH2 » 1

PTRHOHASIGAMEU

SPEC IES

E-HH*

H2h-h2»

.00

MOVING SHOCK2.5*186*034.80196*011.5300E*013.9830E*021.19*5E»012.905*6*003.*5»6E*008. 58926-01*. 12126*01

4.2190E-011.5620E-014.2190E-01*. 17*86-08*.60*7E-076.0789E-07

.OOE»00 N/SO-Mt

.00

MOVING SHOCK2.7197E«03*.9698E»011.52736*01*.2616E*021.2**4E*012.9719E«003.5832E»008.696*E-014.2628E*01

*.*18*E-011.16326-01*.41B*E-012.1*37E-083.*511E-07*.6T90E-07

US1 = 5.80E»0* M/SECXHE - 0.00

STANDING SHOCK2.9536E*0*1.2*20E»025.9*91E«017.2375E«022.*312E»013.1495E«003.9975E»001.1905E*001.0590E»01

MOLE FRACTIONS

*.9969E-016.2000E-0*4.9969E-011.03186-131.0971E-093.1150E-09

REFLECTED SHOCK5.1260E*O*2. 1275E*026.02*5E»019.8*416*023.1848E»013.2736E*OO3.9994E»001.1921E*001.40536*01

4. 9992 E- 011.54096-0**. 99926-013.9604E-162.7230E-102.36236-10

US1 - 6.0OE»0* N/SECXHE - 0.00

STANDING SHOCK3.07666*0*l.*00*E»02'5.5065E»017.70356*022.5823E*013.18996*003.9983E*001.19116*001.181*6*01

urii f CO ATT I fUuCHULC rnALI lUTio

4.9S76E-01*.3337E-0**.9978E-011.36566-138.120*6-102.0587E-09

REFLECTED SHOCK5.55006*0*2. *1 016*02S.7575E»011.06776*033.38996*013.3101£*003.9995E*001.1921E»001.5361E+01

4.9994E-011.1560E-0**.999*E-011.26306-162.03*86-101.3568E-10

PI » 5.XH2 » 1.

PTRHOHASzGAMEU

SPEC IE S

E-hH*H2H-H2»

PI - 5.XH2 - 1.

PTRHOHASiGAMEU

SPECIES

E-HH*

H2H-

H2»

OOE*00 N/SQ-M,00

MOVING SHOCK2.90216*035. 1767E*011.51336.014.54946*021.30*2E»013.03816*003.7045E*008.86926-014.4021E*01

4.60126-017.9764E-02*. 60126-019.1000E-092.3160E-073.2*7*E-07

OOE»00 N/SO-Ni00

MOVING SHOCK3.08786*035.4553E*01l.*82*E*01*.B*61E*021.3833E*013.10336*003.8182E*009. 1U 736-014. 5374E»01

*,. 761 9E -014.7613E-024.7619E-012.7994E-091.2934E-OT1.8993E-07

US I <• 6.206*04 M/SECXHE - 0.00

STANDING SHOCK3.18576*04l.S634E»025.14276*018.18226*022.7275E»013.22666*003.998*E»001.1908E»001.2931E*01

HOLE FRACTIONS

4.9980E-01*.00*6E-0*4.99806-012.29536-139.85196-102.5626E-09

REFLECTED SHOCK5.9*806*042.71006*025.48756*011.15476*033.59»7E»013.34506*003. 9996E»001.192 IE *001.6728E»01

4.9996E-018.88O2E-054.9996E-014.54596-171.5189E-108.2636E-U

US1 - 6.40E»04 M/SECXHE - 0.00

STANDING SHOCK3.26136*041.72946*024. 808*E*018.66946*022.8673E»013.i613E»003.9985E»001.1907E»001.3976E»01

' MOLE FRACT IONS

4.99816-013.7807E-O44.99816-011.8927E-139.8195E-1O2.7202E-09

REFLECTED SHOCK6.26546*043.00486*025.2132E»011.2416E»033.78526*013.37726*003.99976*001.1921E»00l.T9TOE»01

4.99966-017.02496-05*.9996E-011.91226-171.1422E-105.38286-11

39

TABLE I.-Continued

•5N /m

PI = 5.XH2 = I.

pIRHOHASIGAMEU

SPECIES

E-HH»H2H-H2»

PI • 5.XH2 - I.

PTRHOHASiSAMEU

SPECIES

E-HH*H2H-H2»

OOE*OO N/SO-H,00

MOVING SHOCK3.27406*035.87736*01l.4236E*015.15116*021.50456*013.16636*003.91296*009.8430E-014.66536*01

4.88876-012.22646-024.88876-014.86386-105.2208E-083.2299E-08

OOE*00 N/SO-M,00

MOVING SHOCK3.4563E»036.559*E»011.3271E»015.«>34E»021.6866E»013.2250E»003.9706E»00I. 09216*004.7804E«01

4.9630E-017.4096E-03*.9630E-013.TS2*6-ll1.317*E-082.329LE-08

US1 - 6.606*04 M/SECXHE - 0.00

STANDING SHOCK3.26506*041.89426*024.41676*019.15406*023.00096*013.29616*003.99896*001.19136*001.50166*01

MOLE FRACTIONS

4.9986E-012.8201E-044.99866-017.06506-14

6.0751E-101.7056E-09

REFLECT6O SHOCK6.4431E*043.3068E*024.87146*011.32946*033.9709E*Ol3.4102E*003.99986*001.192 IE *001.9211E*01

4.999TE-01' 5.56336-05

4.9997E-018.35076-188.34626-113.541TE-11

US1 - 6.806*04 M/S6CXHE « 0.00

STANDING SHOCK3.1447E»042. 04956*023.89826*019. 6106E*023.12336*013.3337E.OO3.99946*001.1919E*001.6244E*01

MOLE FRACTIONS

4.9992E-011.54526-044.99HE-018.B015E-152.23836-105.042SE-10

REFLECTED SHOCK6.3845E*043.58626*024.45096*011.41316.034.13526.013.44326*003.99986*001.19216*002.0285E.01

4.9998E-014.4301E-054.99986-013.85536-185.95236-112.35826-11

PI - 5XH2 - 1

PTRHOHASIGAMEU

S P6C I6S

E-HH*H2H-

H2»

.006*00 N/SQ-N.

.00

MOVING SHOCK3.63386*037.52006*011.2106E.015.7822E*021.8698E>013.27856*003.9915E.OO1.16486*004.88246.01

4.9894E-012.1188E-034.98946-011.89806-122.5422E-095.2522E-09

US1 • 7.006*04XHE - 0.00

N/SEC

STANDING SHOCK REFLECTED SHOCK2.95456*042.19806*023.37746*011.00476*033.23656*013.37196*003.99966*001.19216*001.74676*01

MDI F FDArTfflMCnuLC rKAC 1 I UN a

4.99966-018. 82706-054.9996E-014.47606-169.22676-111.07426-10

6.13826*04, 3.86416*02

3.984*6*011.49416*034.29256*013.4T8O6*003.99996*001.19226*002.1303E*01

4.99986-013.50046-054.99986-011.77796-184. 1042 6-11

1.5499E-11

TABLE I.-Continued

p • 10 N/m

PI • 1XH2 » 1

PTRHOH -A&iGAMEU

SPECIES

E-h ,H*H2h-H2*

.006*01 N/SQ-M,.00

MOVING SHOCK1.0636E»Ol2.7140E*003.9200E*002.7745E*001.64326*001.0*636*001.0000E*009.949*6-012.26636*00

1.0003E-344.3585E-10S.8683E-47 "1.00006*00l.l*88E-436.91116-48

US1 = *.OOE*03 M/SECXHE * 0.00

STANDING SHOCK2. 1976E»013.3569E*006.54766*003.45266*001.82126*001.04786*001.00006*009.8810E-011.3533E*00

HOLE FRACTIONS

1.8139E-331.6Z936-08

'2.1B67E-331.00006*001.687*6-401.3334E-34

REFLECTED SHOCK5.3609E*014.71406*001.1372E«014.93836*002.1J5TE*001. 06286*001.00006*009.6755E-011.19366*00

1.5078E-258.03436-051.4417E-259.9992E-017.3136E-326.6125E-27

PI = IXH2 = 1

pTkHOHASIGAMEU

SPEC 1 6 S

6-1.h*H2n-H2»

.006*01 N/SQ-M.

.00

MOVING SHOCK2.42946*014.85486*005.00376*005.10026*002.16216*001.09926*001.00016*009.6285E-013.6523E*00

3.8525E-242.0576E-043.8126E-249.9979E-012.2284E-293.9921E-26

US1 - 6.006*03 M/SECXHE - 0.00

STANDING SHOCK7.89556*016.50676*001.20556*017.36756*002.36716*001.10626*001.00666*008.70016-011.512SE*00

HOLE FRACTIONS

1.3026E-022.9333E-179.8697E-011.25056-214.223*6-19

REFLECTED SHOCK1.4992E»027.46836*001.95106*019.73226*002.5l*8E»001.12616*001.02896*008.23O46-011.26*56*00

8.70V7E-155.61*76-028.58656-159.43856-011.12116-181.1929E-16

PI - 1.00E*01 N/SO-M, USL * 5.006*03 M/SECXH2 - 1

PTRHOHASiGAMEU

epf f It SdrtL 1C 3

E-hh*H2H-H2»

.00

MOVING SHOCK1.67436*013.70036*00*.525*E»003.82066*001.90776*001.07306*001.00006*009.63586-012.96216*00

6.1436E-304.56396-075.9448E-301.00006*001.5434E-362.0030E-31

XHE - 0.00

STANDING SHOCK4.4576E»014.91946*009.05356*005.1733E»002.1759E»00l.G769E»001.00016*009.6229E-011.476SE»00

~™ MOL E FR AC T IONS

2.2106E-232.09S4E-042.1584E-239.9979E-018. 7561E-295.2169E-25

REFLECTED SHOCK9.6465E»016.42866*001.4927E»Ol7. 19126*002.3861E*001.09**E*001.00506*008.8112E-011.29206*00

1.7628E-179.95826-031.T351E-179.9004E-018.1380E-222.7760E-19

PIXHi

PTRHO,

HA 's !iGAMEU

S P E C I E S

1.006*01 N/SU-M,1.00

US1 - 7.0OE*03 N/SECXHE - 0.00

MOVING SHOCK

6.02576*005.53366*00

2.32*66.001.12456*001.00336*008.93786-01

S T A N D I N G SHOCK1.32926*027.5*156*001.70376*011.01166*012.52626*001.13816*00l.03**E*008.18046-011.41*96*00

REFLECTED SHOCK2.21736*028.1705E»OO2.54126*011.2705E*OI2.65596*001.1615E«00l.06T9E«OO8.08*56-011.2167OOO

— MOLE FRACTIONS

E-rtH*H2h-H2*

1.38416-186.604 2E-031.368*6-189.9340E-012.3052E-231.5686E-20

1.53396-1*6.64256-021.5153E-1*9.3357E-012.0433E-181.88846-16

2.4679E-131.27196-012.43626-138.72816-016.06 86 E- 173.2357E-15

TABLE I.-Continued

•lON/m

PI = IXH2 = I

PTRMOHASLGAMEU

SPECIES

E-Hh»

H2h-H2*

ei •= iXH2 * I

9TKHOHAS/GAMEU

SPE C I E S

6-hh*h2H-H2»

.OOE»01 N/SU-M.

.00

MOVING SHOCK*. 464*6*016.85996*006.39376*008.40586*002.4100E»001.15056*00l.0180E*008.3178E-015.1323E»00

4.0209E-10J.5*11E-023.9807E-169.6*59E-011.3425E-20*.0*23E-18

.OOE*01 N/SQ-Mt

.00

MOVING SHOCK5. 7687E»017.4200E.OO7.4540E*001.0*35E»012.504*6*001.17866*001.04316*308.1037E-015.925*E»00

1.2793E-146.26486-021.26836-1*9.1735E-OIV.3720E-191.11296-16

US1 * 8.00E»03 M/SECXHE = 0.00

STANDING SHOCK2.1877E*028.27626*002.45006*01l'.3**AE»Ol2.68*26*001.17*36*001.0792E*008.0673E-011.3367E«00

HOLE FR^CT IONS

3.720*E-131.<>671E-013.6725E-138.5329E-018.9997E-17*.S787E-15

REFLECTED SHOCK3.3*696*028.7866E»003.39926*011.6316£»0l2.81*86*001.2017E*001.120*E»008. 0*8 IE -011.19006*00

2.8308E-12Z.1V91E-012.7955E-127. 85096-011.18086-153.4513E-1*

US1 = 9.006*03 M/SECXHE - 0.00

STANDING SHOCK3.43206*028.8967E»003. 3971E*011.72916*012.85136*00l.2155E*001.13586*008.0*53E-01l.3015E*00

MOLE FRACTIONS

3.923*E-122.3913E-013.8729E-U7.6087E-011.6610E-155.2156E-U

REFLECTED SHOCK4.96586*029.3525E*004.48226*012.0513E*012.98726*001.2*666*001.18*56*008.05*66-011.1824£*00

1.828*6-113.1160E-011. 80566-116.8340E-011.1398E-1*2.3950E-13

PI » 1XH2 = 1

PTRHQHASIGAMEU

SPEC I E S

E-HH+h2H-h2*

PI > 1XH2 - 1

PTRHOHASIGAMEU

SPEC IES

e-HH»

HZH-H2»

. OOE*01 N/SU-M.

.00

MOVING SHOCK7.2*17E*017.8*95E»008.5806E»001.2700E»OL2.6030E»001.2095E»001.075*E»008.0271E-016.7187E«-00

1.09036-131.-.015E-011. 08136-138.5985E-011.1821E-179.U75E-16

.OOE»01 N/SO-M.

.00

MOVING SHOCK8.87*OE»018.21M>E+009.7010E<-001.5200E*Ol2.70*3E»001.2*31E*001.11336*007.9958E-017.50396*00

6.0953E-H2.03*56-016.0*908-137.9655E-019.*9*7E-17*. 72796-15

US1 => 1.006*0'. M/SECXHE - 0.00

S7ANOING SHOCKS.102SE«029.*550E»00«.*890E*012. 1623E»013.0267E»001.261<,E»OOl.2026E»00 '8.0570E-011.2863E»00

UDI f FCATTfOM^nU L C r K AL. 1 1 Urt 5

2.3767E-113. 36796-012.3',62E-116.6321E-011.5260E-1*3.202*6-13

REFLECTED SHOCK7.096*E»029.8883E»005.701*£»012. 5236E«Ol3.1713E«001.2962E*001.25886*008.0795E-011.1877E*00

8.S65SE-11*.IUTE-018.*602E-115.88836-017.3878E-1*1.127*E-12

US1 - 1.10£»0» N/SECXHE • 0.00

STANDING SHOCK7.2121E«029.978*E»005.6562E»012.6*12E«013.2U2E»00l.3115E»001.2783E»008.0844E-011.2892E»00

1 MOLE FRACTIONS

1.06796-10*.3525E-011.05*75-105.6*75£-019.***IE-1*l.*1536-12

REFLECTED SHOCK9.75536*021.0*10€*016.9802E»013.0*786*013.36826*001.35026*001.3*26E»008.1165E-011.20986*00

3.2732E-105.103*6-013.23*56-10*. 89666-013. 6605 E- 13*. 23566-12

TABLE I.-Continued

PI - 1.XH2 « 1.

fIRHO»ASIGAME0

SPECIES

E-hH*H2M-H2*

PI - 1.XH2 - 1.

PTRHOHASIGAMEU

SPEC I6S

E-HH*H2H-H2»

OOE»01 N/SO-Mi00

MOVING SHOCK1.0660E»028.53S3E»001.0800E»OV1.7933E»Ol2. 8082E»001.2793E*001.156*E»007.9896E-018.2786E»00

2.2120E-122.7052E-CP12.19S8E-127.29*8E-014.3480E-161.6671E-1*

OOE»01 N/SU-N.00

MOVING SHOCK1.2605E»028.830le*001.185»E»012.0902E«012.9157E«001.31816«001.2044E»007.9938E-019.0*95E»00

&.*«46E-123.3939E-016. 39826-126.6061E-01I.5304E-1S*.7872E-14

US1 - 1.20E*(H M/SECXHE * 0.00

STANDING SHOCK9.7766EKJ2t.O<.8(>E»016. 8<>6«E»013.16**E»013. 40636*00l.3653E»001.36226*008. 1225E-011.3081E*00

MOLE FRACTIONS

4.0270E-105.317*E-013.98106-104.6826E-01*.5301E-135.0596E-12

REFLECTED SHOCK1.29686*031.0933E*016.26*76*013.62206*013.579*6*00l.*079E»00l.*3536»008.16*7E-011.2*36E»00

1.0987E-096.06506-011.08666-O93.9350E-011.5053E-121. 36106-11

US1 - 1.3M»0* N/SECXHE - 0.00

STANDING SHOCK1.26216*031.09976*018.01526*013.73366*013.61516*00l.«225E»00l.*5*26»008. 1717E-011.3406E»00

MOLE FRACTIONS

.34*86-09

. 2*8*E-01

.33096-09

.75166-01

.80816-12

.56596-11

REFLECTED SHOCK1.67656*031.1*806*0 19.5031E»01*.2*92E*013.80996*00l.*691E«001.5368E*008.2276E-011.2893E*00

3.*733E-096.98536-013.*391E-093.01*76-015.527SE-123.973*E-11

PI = 1.006*01 N/SQ-MXH2 • 1.

PTRHOHASIGAMEU

SPEC IES

E-Hh»H2H-H2*

PI - 1XH2 > 1

PTRHOHASIGAMEU

SPECIES

E-HH*H2H-ri2»

.00

MOVING SHOCKl.*705E»029.1115E»001.28386*012.*106E»013.02776*001.3593E*001.2570E*008.00*26-019.81*36*00

1.7758E-11*.0891E-011.76*06-11S.9109E-01*. 986 96-151.23*76-13

.006*01 N/SO-M

.00

MOVING SHOCK1.69616*029.37886*001.376*6*012.75*66*013.1**06»00l.*0286*001.31*16*008.02036-011.0575E»01

*. 05136-11*• 7793E-O1*.02*9£-115.22076-011.30296-1*2.76906-13

i US I - l.*OE»0* H/SECXHE - 0.00

STANDING SHOCK1.63196*031.15256*019.1129E»Ol*. 3*75E*Ol3.8*01E«00l.*82*E*00U5537E*008.23506-011.38*8E*00

- HOLE FRACTIONS

3.96*9E-097.12776-013.9280E-092.8T23E-016.118SE-12*. 29996-11

REFLECTED SHOCK2.113*E«031.2083E*01l.062*E*02*.9300E»Ol*.0673E*OOl.5333E»001.6«63E»008.3160E-011.3*886*00

1. 1083 E- 087.85156-011. 09916-082.1*85E-011.93156-111.109*E-10

. US I - 1.50E»0+ N/SCCXHE - 0.00

STANDING SHOCK2.02766*031.21076*011.00916*025.0062E*01*.0895E»00l.5**6E*001.65976*008.32326-01l.***76*00

- HOLE FRACTIONS

1.17S8E-087.9*936-011.170*6-082.05076-011.98**E-111.13*16-10

REFLECTED SHOCK2.6127E»O31.281&E*011.1S6*E*025.6TOOE*01*. 3732E*001.6001E*OO1.76286*008.*6*5€-01l.*309E*00

3.9837E-088.6550 E-013.9587E-081.3*5OE-017.065*E-113.2035E-10

TABLE I.-Continued

10 N/itT

PI • 1.XH2 - 1.

_

PT-RHOHA j

SIGAMEU

SPEC IES

E-M ' " *• *H*

H2H-H2*

006*01 N/SO-*,00

MOVING SHOCK1.93706*029.64536*001.45986*013.12216*013.2661E*001.44846*001.37556*00 .8.0*056-011.13306*01

9.4937E-115.46036-01

• 9.4374E-11*. 53976-013.40006-145.9648E-13

PI - 1.006*01 N/SU-M.XH2 - 1.

PTRHO,H * . 'A . ' • ,S • • -IGAM6U

SPECIES

E-HH*H2H-h2*

00

MOVING SHOCK2.193*6*02V.9087E*001.5362E*013.51336*013.39376*00l.*9 606*001.4411E*008.06536-011.20836*01

1.93226-106.12126-011.92136-103.87886-017.63866-1*1.1730E-12

US1 - 1.606*0* M/SECXHE > 0.00

STANDING SHOCK2.46106*031.28036*011.08596*025.70846*014. 3809E*00l.608*E«001.77026*008.46856-011.5254E*00

MOLE FRACTIONS

3.9461E-088.70216-013.92216-081.29796-016.70886-113.07056-10

R6FL6CTED SHOCK3.17196*031.38856*011.21386*026.47626*01*. 79896*001.66876*001.88216*008.81276-011.5*896*00

1.96916-079.3738E-011. 96136-076.26186-023.18516-101.0992E-09

US1 - 1.706*0* M/S6CXHE " 0.00

STANDING SHOCK2.92766*031.37856*011.12936*026.45306*01

. 4.77456*001.67256*001.88056*008.79356-011.6*576*00

HOLE FRACTIONS

1.76986-075.36476-011.76296-076.35276-022.72906-109.645*6-10

REFLECTED SHOCK3.83066*031.66026*01

. , 1.164*6*027.*1796*015.88676*001.7*016*001.981*6*001.053*6*001.83416*00

5.13206-069.90616-015.12676-069.380S6-034.79976-091.01236-08

, PI •XH2 -

PTRHOHASiGAMEU

CQCf f 1ArEv Li

6-HH*H2 .H-h2*

PI -XH2 -

PTKHO .HASIGAME

1.00E»01 N/SO-M.1.00

MOVING SHOCK2.46486*021.01826*011.60216*013.92796*013.52916*001.5*55E»00l.S108E*008.09616-011.28306*01

4.22536-106.76296-01*. 20*16-103.23716-011.773*6-132.29776-12

1.006*01 N/SO-N,1.00

MOVING SHOCK2.75156*021.0*666*011.659*E*014.36626*013.67256*001.59676*001.58446*008. 13386-01

U 1.357*6*01

6- ' 8.33796-10H 7.3762E-01h*H2H-H2*

8.29916-102.62386-013.72636-134.2462E-12

US1 - 1.806*0* N/S6CXH6 » 0.00

STANDING SHOCK3.392*6*031.575*6*011.09296*027.23266*015.57666*001.73*06*001.97036*001.00196*001.88256*00

MOLE FRACT IONS

2.17096-069.8*9*6-012.1678E-061.50556-022. 23956-09S.3608E-O9

R6FL6CT60 SHOCK*.662 76*032.*037E*019.69296*018.64156*017.35896*001.80806*002.00136*001.12576*002.53806*00

.93666-04

.97666-01

.93616-04

.49946-04

.62986-07

.22096-07

US I » 1.90E*0* M/SCCXHE - 0.00

STANDING SHOCK3.79746*032.01*76*019.43566*018.02^)56*016.8*116*001.78666*001.99766*001.16296*002.38876*00

MOLE FRACTIONS

1.06856-0*9.98*96-011.06836-0*1.2973E-03*. 52576-086.699*6-08"

R6FL6CT60 SHOCK5.50116*032.98856*019.11146*019.82966*017.64876*001.85*66*002.0203E»009.68966-013.02166*00

.01296-02

.79666-01

.01286-02

.46306-05

.42206-06

.58556-06

TABLE I.-Continued

•ION/1/

PI = 1.XH2 - 1.

PIRHO ,hAS2GAME0

SPECIES

E-1-h* •H2H-

H2*

PI - 1.XH2 - 1.

PIKHOHASiGAMEU

SPEC IE S

t-hH*

H2H-H2»

OOE»01 N/SU-H,00

MOVING SHOCK3.0528E«021.0779E»011.7045E»014.8280E»013.82B8EtOO1.6*9*E»001.661*E»008.1857E-011.4313E«01

1.8*79E-097.9627E-011.8407E-092.0373E-018.3674E-138.0864E-12

OOE»01 N/SO-M,00

MOVING SHOCK3.3686E*02

• 1.1135E»011.7371E»015.3133E>01<..0021E»00 , .l.7032E»001.7*15E»008.2595E-01l.S046E*01 .

«..0961E-098.5156E-01«..0826E-09l.*84*E-Ol1.8555E-121.5377E-11

US1 = 2.00E»0* M/SECXHE - 0.00

STANDING SHOCK4.1791E»032.S2«8E>018.2622E«018.8S19E«017.*325E»00l.U285E»002.0033E»001.0922E»002.9548E«00

MOLE FR ACT IONS

• 1.8854E-039.96O1E-01

. 1.8853E-032.1418E-043.7258E-074. 41296-07

REFLECTED SHOCK6.2968E»033.3313E»01

• 9.20206^011. 09426*027.86896*001.8916E»002.0541E»009.04886-013.2539E»00

2.6375E-029.*720E-012.6374E-024.6706E-052.82606-0*3.15036-06

US I - 2.10E*04 N/SECXHE - 0.00

STANDING SHOCK<..6058E*032.9371E*01

• 7.7782E»019.7260E*01

: 7. 5906E»001.86<.2E«002.01S7E»009.72636-013.3b29E*00

HOLE FK ACT IONS

9.3765E-039.8116E-019.37(>46-038.6375E-051.17446-061.3115E-06

REFLECTED SHOCK7.C729E»033.57366»O19.4467E«Ol1.20506*028.1142E»001.92S7E»002.09516*008.7937E-013.389tE»00

4.54486-029.0906E-014.5448E-02J.2S71E-054.15176-064.69226-06

PI - 1.00E*01 N/SU-MtXH2 - 1.00

US1 * 2.20E»0* N/SECSHE » 0.00

PIRHOH•ASiGAMEU

SPbC Lt S

c-1-«*h2h-

t-2*

PI - IXH2 - I

P, T. • ;KHUHAS'iGAMEJ

SPECIES

t-MH*H2H-H2«

MOVING SHOCK3.6980E*021.1579E*011.75166*015.82206*014.20726*001.75786*00I.d2346*008.38446-011.57706*01

1.0277E-OB9.0312E-011.0250E-089.68806-02».*755E-123.1169E-11

.OOE»01 N/S8-K

.00

MOVING SHOCK4.03SoE»02

-2223E*01.73556*01.35366*01.49186*00.81236*00.9039t*00.67026-01.6478E*Ol

3. 642 «E -08V. 49526-013.6365E-085.0480E-021.38246-117.607HE-11

STANDING SHOCK5.10436*033.2157E*017.87916*011.06726*027.74026*001.89666*002.0486t»009.2179E-013.51076*00

"• HOLE FRACTIONS

2.39S7E-029.51SC6-012.3997E-021.01116-0*2.3048E-0*2.5515E-06

REFLECTED SHOCK7.80*16*033.7659E*019.6807E»01l.3177E*028.3605E*OO1.9593E*002.1*07E*008.6706E-013.4«0*E»00

6.57**E-028.68*8E-016. 57*36-022.4822E-0!5.3269E-066.1218E-06

i US1 - 2.3OE»O4 M/SECXHE - 0.00

STANDING SHOCK5.5d266*033.39636*018.12966*01

, 1.167CE*028.01296*00

' - 1-. 52866*00• 2.088S6JOO, 9.2893E-01• ).5256E*OO

- MOLE FRACTIONS

4.31476-029.1360E-01

-- 4.3146E-021.0186E-O*3.3698E-063.77876-06

REFLECTED SHOCK.4107E*«3. 92S9E»01.7BS3E»Ol-*324E*02.5993E*OO.99)JE»00.!»»*€ »00.6034E-OI

• 3.5*«IE»00

».6527E-021.2691E-01*.&}2&E-021.9612E-056. 28176-067. 3*20 E- 06

TABLE I.-Continued

PI - 1.XH2 = 1.

PTRHOHASiGAMEU

SPEC 1ES

e-HH*

-H2H-H2«

PI • 1.XH2 - I.

fTRHOHASZGAMEU

SPECIES

t-HH»H2H-H2»

OOE*01vN/38-M,00

MOVING SHOCK4. 3831E»021.3+77E*01-1.649+E«016.9069E»015.0717E»00l.8652E*001.9717E»00-9. 67 97 E- 011.7142E«01

2.9460E-079.85666-012.9438E-G/"1.4344E-027.9+9+E-ll3.0419E-10

OOE»01 N/SO-M.00

MOVING SHOCK4.7095E»021.6407E»01l.+371E»017.4T72E»016.1629E»001.9123E*001.9973E»001.1590E»001.7685E*01

1.1989E-059.9864E-011.1987E-051.3392E-031.+615E-093.1708E-09

US1 = 2.40E»04 M/SECXHE = 0.00

STANDING SHOCK5.7271E«033.60S8E*017.5260E»Ol1.2645E+028.2022E«001.9654E«002.1248E»008.8139E-013.7622E*00

MOLE FRACTIONS

5.89 + 1E-028.8208E-015.8940E-023.1599E-053.9116E-06'•. + 5566-06

REFLECTED SHOCK8.63++6«03+.05+26.019.5083E»011.5+636*028.8177E»002.0301E.OO2.23996*008.S622E-013.5927E»00

1.0711E-017.85T+E-011.0711E-011.55086-056.8366E-068.U2+E-06

. US1 - 2.50E»04 M/SECXHE - 0.00

STANDING SHOCK' 5.3921E«03

3.7535E»016.6366E+011.35926»028.356SE»002.00636*002. 16+6E*008.5954E-013.83396*00

MOLE'FRACTIONS

7.6058E-028.+786E-017.60586-021.66286-05+.2019E-06+.82316-06

REFLECTED SHOCK8.0335E4-03+.13616*018. +8566*011.65076*028.9867E*002.07156*002.2890E»008.53066-013.6007E»00

1.2626E-017.+745E-011.2626E-011.1855E-056. 6882 E-068.0184E-06

PI » 1XH2 < 1

PTRHOH . •ASZGAMEU

SPECIES

E-HH*h2H-

,H2*

.OOE»01 N/SQ-Mt

.00

MOVING SHOCK5.03336*022.0261E»011.24196*018.06606*016.85216*001.95116*002.00036*001.1585E*001.8176E*01

3.1810E-049.9920E-013.1809E-0+1.63+3E-0+L.7482E-082.5681E-06

051 • 2.60E»04 M/SECXHE - 0.00

STANDING SHOCK5.03536*033.8484E«015.9246E»011.4545E»028.51906*002.0+656*002.2085E»008. 5391E-013.81506*00

MOLE FRACTIONS

9.44056-028.1117E-019.4405E-021.2496E-054.2945E— 06+.97706-06

REFLECTED SHOCK7. 3747E.034.2012E»017.50786*011.75286*029.14176*002.11296*002.33816*008.5079E-013.5980E»00

.44616-01

.10766-01

.4+616-01

.13396-06

.36026-06

.69026-06

PI - 1XH2 - 1

PTRHOHASZGAMEU

SPECIES

t-Hh»H2ri-h2*

.006*01 N/SO-Ni

.00

MOVING SHOCK5.3779E*022.3831E*011.125+6*018.67836*017.10076*001.98326*002.00526*001.0552E*001.87036*01

2.629+6-039.94TOE-012 .629+E-03+.29+5E-058.2625E-081.0188E-07

US1 - 2.TOE«04XHE - 0.00

M/SEC

STANDING SHOCK REFLECTED SHOCK4.9209E»033.9427E»015.53426*011.55586*028.69596*002.08416*002.25526*008.5043E-013.80866*00

MOLE FRACTIONS —

1.13196-017.7360E-011.13196-019.82986-064.43596-069. I 946 E-06

7.10356*034*274* 9E *016.95226*011.8625£»029.3168E*002.1518E.OO2.3902E*008.4954E-013.6084E*00

.6326E-01

.7346E-01

.6326E-01

.28046-06

.19956-06

.5705 E-06

46

TABLE I.-Continued

PI ^ 1KHZ « 1

PIRHOHASiGAMEU*

SPECIES

E-H

H*H2 ' '

-H-H2»

PI - 1XH2 - 1

'PIRHUHASZ -GAMEu

SPECIES

E-Hh*H2H-H2*

;OOE*01 N/SU-Mi.00

MOVING SHOCK5.75*OE*022.663*E*011.0702EJ019. 3178E*017.1567E»00--2.01276*00 •2.0187E*009.5241E-01--1.9299E»01

9.27226-039.8l**E-Ol

• 9.2721E-031.9363E-05"2.0*85E-07 '2.3597E-07' '

.OOE»01 N/SQ-H,

.00

MOVING SHOCK6.1622E*022.8652E»Ol '1.05**E*019.985*E»017.2520E*002.0*006*002.0397E»00B.99B8E-01l.9958E«01 '

1.9*7*E-029.610*E-Ol1.9*T*E-OZ1.2014E-053.4807E-073.9112E-07

US1 = 2.80E«04 M/SECXHE = 0.00

STANDING SHOCK9.0«42E»034.CH32E.OI5.<,102E»011.6660E«02

• 8.8942E+002.1195E»00

• 2.3059E»008.4848E-013.8230E»00

MOLE FRACTIONS

1.3269E-017.3460E-011.3269E-01

' 8.02*7E-064.6661E-065.5294E-06

REFLECTED SHOCK7.1982E«03«. 362*6*016.7*3*E»011.98*OE*029.5208E*002.1889E*002.4469E»008.4917E-013.63706*00

1.8267E-016.3465E-011.8267E-015.96SOE-06&.Z102E-06T.6763E-06

• US1 =• 2.90E«04 M/SECXHE = 0.00

STANDING SHOCK5.3533E»03•*.l*93E»01

• • 5.<.654E»01- <• 1.7852E*OZ• 9.1117E»00

2.1537E»002.3606E»CO

( 8.*761E-OV3.85596*00

HOLE FRACT IONS

1.5276E-016.94<,5E-Ol1.52J6E-016.7152E-06».9587E-065.9551E-06

REFLECTED SHOCK7.5709E«034.*«15E«016.7650E*012.1173E*02

• 9.7505E»002.2252E*002.508«E*008.*953E-013.6819E»00

2.0269E-015.9V59E-012.02&9E-01*.9725E-066.3234E-067.9280E-06

PI - l.OOE»01 N/SO-M,XH2 - I

PTRHOHASIGAMEU

SPECIES

E-H

'H*H2H-H2*

PI • 1XH2 - 1

PT ' '

"RHO

HASIuAHEU

SPECIES

E-HH*n2H-h2*

.00

MOVING SHOCK6.5953E»023.0210E*011.0568E*Ol1.0679E.027.3822E*002.0666E*002.0658E*008.7326E-012.0651E»01

3.18S8E-029.3627E-013.1858E-028.6S08E-064.9367E-OT5.4972E-07

.006 »01 N/SO-Ni

.00

MOVING SHOCK7.5229E*023.2586E*011.0851E*011.21*26*027.6755E*002.1191E*002.12766*008.*973E-012.2087EV01

5.9988E-028.8002E-015.99B8E-02S.4800E-067.6880E-078.5517E-07

US1 - 3.00E*04 M/SECXHE - 0.00

STANDING SHOCK5.7705E»03*.2570E»015.60506*011.91176*029. 3409E*002.1876E*002.4185E*008.47*96-013.8996E«00

MOLE FRACTIONS

1.730*6-016.5391E-011.730*6-015.68576-0*5.2525E-066.3985E-06

REFLECTED SHOCK8.100*6*03*. 56616*016.89336*012.2595E»029.99666*002.26136*002.57366*008. 50*06-013.73666*00

2,22886-015.5*226-012.2288E-01*.168*E-066.***6E-068.2056E-06

US 1 - 3.20E*0* M/SECXHE - 0.00

STANDING SHOCK6.81026*03*.*715E*015.99116*012. 1822E«029.8222E«002.2558E«002.5*21E»008.48T3E-01*. 00636*00

MOLE FRACTIONS

2.1326E-015.73*6E-012.V326E-01*. 11866-065.7312E-067.1960E-06

REFLECTED SHOCK9.**77E»03*. 78326*017.28136*012.56556*021.0522E*012.33**6»002.7127E*008.5329E-013.865BE»aO

2.6273E-014.7453E-012.6272E-012.9127E-066.5SSSE-068.6289E-06

TABLE I.-Continued

PI • IXH2 » 1

PT

.RHOHA

SIGAME

c per (PcjrcC |C a

6-H

H»H2H-

* "

ri • iXH2 * 1

PTRHOhASzGAMEU

(DPr 1 F ar tl 1 C 4

E-Hh*

h2t—Hi*

.006*01 N/SU-M.

.00

MOV 1 NO SHOCK6. 5220E*02

• 3.44*86*011.1254E*011.37036*027.97alE»002.1718E+002.1982E»008.405*6-012.3S52E01

9.0190E-028.1961E-019.0190E-023.90836-061. 01136-061.13346-06

.OOE»01 N/SO-Mt

.00

MOVING SHOCK9.58766*023.60376*011.1691E*011.53596*028.28286*002.22546*002.27566*008.36596-012.50286*01

1.21126-017.5776E-011.21126-012.93116-061.2159E-061.3774E-06

USl * 3.406.04XHE » 0.00

M/SEC

STANDING SHOCK REFLECTED SHOCK8.0*836*034.68*16*016.42*06*012.473*6*021.0328E»012.32526*002.67*76*008.51356-01*.1324E»00

MO L E F R AC T I ON S ~

2.5226E-014.95*66-012.5226E-012.9603E-065.97SOE-067.7501E-06

USl " 3.40E*0*XHE • 0.00

1.10686*0*5.00816*017.72306*012.8965E*021.10856*012.40916+002.86154*008.57*86-01*. 01616*00

3.0108E-013.9782E-013.01086-011.9772E-066.39116-068.71876-06

M/SEC

STANDING SHOCK REFLECTED SHOCK9.4*816*03*.8972E*016.85376*012.76366*021.08576*012.39606*002.8150E*008.55056-01*.2761£»00

Mfll C PDACTtrUJCnuLC rKALI lUn> ~

2.8952E-014.2094E-012.8952E-012.0744E-065.95336-067.978*6-06

1.29106*045.2436E»018. 1561E»013.25126*021.16886*012.*855E*003.01886*008.63066-014.18736*00

3.3749E-013.2S01E-013.3749E-011.27656-065.91726-068.38866-06

PI • 1.XH2 « 1.

PTRHOHASIGAME0

SPEC 1 ES

6-HH*H2H-H2*

006*01 N/SO-Mi00

MOVING SHOCK1.0717E»033.7*626*011.2129E*011.7U1E»028.5901E*002.28026*002.3S87E»008.3507E-012.6508E*01

1.S209E-016.9581E-011.5209E-012.24866-061.3793E-061.5821E-06

USl - 3.80E*04XHE * 0.00

M/SEC

,,'

STANDING SHOCK REFLECTED SHOCK1.09916*045.11496*017.25*86*013.11236*021. 1413E+012.4682E»002.96196*008.59866-01*. 43856*00

HOLE FR ACT IONS ~"

3.2477E-013.5045E-013.2477E-011.397JE-065.6*71E-067.83BSE-06

1.49S6E*045.*967E»018.5*786*013.429*6*02

1 1.23426*012.56356*003.18316*008.7055E-014.3»28E*00

3.7170E-012.5659E-01

1 3.7170E-017.6449E-07S.1482E-067.6120E-06

PI - 1.006*01 N/Sa-M,XH2 • 1.00

USl - «.OOE»0* M/SECXHE • 0.00

PTkHOHA•>IGAMEU

SPEC 16 S

E-hH*H2H-H2*

MOVING SHOCK1.19096*033.8783E»011.2549E*011.8957E»028.901*E*002.3361E»002.**71E»008.34896-012.79866*01

I. 82716-01.34576-01.82716-01.7390E-06.49976-06.74366-06

STANDING SHOCK REFLECTED SHOCK1.26636*045.3*266*017.6103E»013.*5«9E*021.2004E*012.5*156*003.11**E»008.6606E-01*.6216E*00

HOLE f ft ACT I ONS ~"

3.5784E-012.8*316-013.5784E-01B.8907E-075.07926-067.31«E-06

1.71996*0*5.7802E*018.8728E*Ol*.0329E»021.30696*012.6*306*003.353*6*008.8113E-01*. 61686*00

4.0360E-011.9278E-014.0360E-014.0837E-074.13036-066.40S1E-06

TABLE I.-Continued

PI * UOOEKJl N/Sa-N,XH2 • 1.00

US1 - 4.20E«04 M/SECXHE » 0.00

Pt,

. KHO,HA "S.i ' '-OAM6U

SPEC IE S

E-b . •h»hi srt-H2*

PI = I.XH2 o t.

tTKHOH .AS

, i

"<•»« < ,U

SPtC l tS

E-MH*

M2M-

n2»

MOVING SHOCK. 1.31646*03

4.00356*01. 1.29436^012.08986*02

' 9.2184E»,002.39346*002.94046*00

.d. 35576-01 -2.94636*01

2.1271fcr015.74576-012.12716-Jl1.344 76-061.57636-061.85906-06

• i "" "*

OOE*01 N/SO-H00

MOVING SHUCK1.4*7>*E*03 .4.124»t»011.3306E.012.2933E»02-,9.5t2bt»OU .2.45196*00 .2.6382E*308.36056-01.3.09376*01

2.4192E-J13.1616E-J12.419<:E-J11.032C.E-J61.6094E-U6!.'<26bE-06

STANDING SHOCK1.44496*04

. S. 58T3E*01,7.90486*013.82296*021.26426*012.61566*003.27126*008. 7432E-014.83156*00

— HOLE FR ACT IONS

3.ab60E-012.22796-013.U060E-015.2216E-074.26986-066.44056-06

REFLECTED SHOCK1.9620E*046.11436*019.10226*014.45936*02

. 1.39086*012.72286*003.52536*008.57356-014.86776*00

4.3268E-011. 34636-014. 32686-011.8341E-072.95916-064.85506-06

. US1 * 4.406*04 M/SECXHE =• 0.00

STANDING SHOCKl.o33lE»0<>5.86456*018.11586*014.20416*021.33536.012.64096*00

, 3.43126*00a.t)60TE-Ql5.07616*00

- MOLt FRACTIONS

4.17136-011.65746-014.17126-012.71156-073.33096-06S.23S5c-Ob

REFLECTED SHUCK2.2lb7EtOi.6.5567E»Ol9.1U64E»014.4218E*02,l.4»B7E*01,2.8044E*003.69686*009.26TIE-015.2377E»30

• 4.5899E-018.2007E-024.58996-015.93166-081.73976-063.OT446-00

PI - 1XH2 - 1

PTRHOHA'SiLAMEU

SP6C 1 E S

.6-HH*

H2h-h2*

PI - 1XH2 * 1

PT •,HHOHASIC,AM£U

SPECI6S

t-HH*H2M-H2»

.006*01 N/SQ-M,

.00

MOVING SHOCK1.58556*034.24336*011.36356*012.50636*02

. 9.87546*002.51166*002.74056*008.38656-01 •3.24066*01

2.70206-014.59596-01

. 2. 70206-017.83396-071.6003E-061.9459E-06

.006*01 N/SO-M.

.00

MOVING SHUCK1.72926*034.3618E*011.39266*012.72866*021.02196*01 '2.57256*002.84686*008.40936-013.38716*01

2.9747E-014.0506E-012.9747E-01 •5.B412E-071.5512E-061.9172E-06

US1 * 4.60E*04 M/SECXHE - 0.00

STANDING SHOCK1.82856*046.18876*01a. 23626*014.60176*021.41666*012.76456*00

' 3.58736*009.03946-015.37206*00

HOL. E FR ACT IONS

4* ^2^8E~ 011.15046-014.42486-011. 19226-072.31996-063.85446-06

' US1 - 4.80EMXHE - 0.00

STANDING SHOCK '2.0267E*046.'6109E»01

• 8.20376*015. 01446*02

• 1.52016*012.83826*00 '3. 73706*009.35346-015. 75826*00

HOLE FRACTIONS

4.64816-017.03696-024.64816-013.D532E-081.3402E-062.jac;9E-06

REFLECTED SHOCK' 2.5154E*04

7.23606*019.02676*015.42516*021.66066*012.88616*003. 851 OE* 009. 896 OE -015.74736*00

4.80656-013.86916-024. 80656-01

* -: 1.02126-087.04476t-071.39156-06

)4 M/SEC ''

REFLECTED SHOCK2.84716*048.5267E»01

• 8.44316*016.01146*02

" 1.93516*012.96926*00

'3.95486*001.11046*006.68396*00

.

4.9429E-01• 1.14226-02

4.94296-015.05656-101.37046-073.28126-07

TABLE I.-Continued

• 10 N/m

PI » 1,XH2 = 1,

PTKHCHASIGAMEU

SPECIES

E-Hh*H2H-h2»

PI = 1XH2 - 1

PTRHOHASIGAMEU

SPEC I E S

6-hH*H2h-H2»

.006*01 N/SQ-M.

.00

MOVING SHOCK1.87d8E*034.4«17E»011.41766*012.9605E*021.0574E*012.6345E*002.95716*008.4374E-013.53316*01

3.2365E-013.5269t-013.2365E-014.25426-071.4651E-061.8423E-06

.OOE*01 N/SU-M,

.00

MOVING SHOCK2.03426*034.60516*011.43856*013.2017E*021.0945E*012.6974E*003.0708E*008.4717E-013.67846*01

3.4B71E-013.0257E-013.48716-013. 00406-071.34586-061.72366-06

USl * 5.COE*04 M/SECXHE - 0.00

STANDING SHOCK2.22136*047.21286*017. 9720E»015.4403E*021.665CE*012.9085E»033.86316*009.9492E-016.29096*00

MOLE FRACTIONS

4.8228E-013.5447E-024.8228E-017. 6654E-095.7802E-071.13756-06

REFLECTED SHOCK3.22406*041.05806*027.6418£»016.6855E*022.2291E*013.0456E»003.98776*001.1778E*008.0292E*00

4.9846E-013.0799E-034.9846E-011.3787E-111.9210E-085.58636-08

USl > 5.206*04 M/SECXHE * 0.00

STANDING SHOCK2.40116*048.13186*017.4850E+015.87516*02l.B688E*Ol2.97386*003.94486*001.06876*007.07546*00

HOLE FR4CT IONS

4.9301E-011.3982E-024.93016-017.88466-101.6715E-073.7871E-07

REFLECTED SHOCK3.6340E»041.30626*026.96406*017. 4256E»022.4915E*013.1126E*003.99526*001.1896E»009.5918E*00

4.9939E-011.2120E-034.9939E-016.6738E-134.6771E-091.2587E-08

PI = 1.XH2 = 1.

PTRHOHASiGAMEU

SPECIES

E-hn*H2H-H2»

PI - 1.XH2 - 1.

PTRHOHA

SL(.AMEU

SPECIES

t-H

Htf2H-H2»

OOE*01 N/SO-M,00

MOVING SHOCK2.1955E*034.7344E*Ol1.45476*013.4523E*021.1336E»012.76126*003.1877E*008.41426-013.8231E»01

3.7260C-012.5480E-013.7260E-012.03916-071.1980E'061.56*96-06

006*01 N/SQ-N,00

MOVING SHOCK2.36236*034.87376*011.4653E*013.71236*021.17S3E»012.62606*003.3079E»008.5688E-013.9669E»01

3.9539E-012.0921E-013.9539E-011.30Z*E-071.0257E-061.3694E-06

USl = 5.*OE»0* M/SECXHE = 0.00

STANDING SHOCK2.5600E»049. 3949E*016.U473E»016.3155E»022.08l2EtQl3.03256*003.9796E»001.15U6E*008. 12856*00

MULE FRACTIONS

4.9743E-015.1378E-034.9743E-015.7764E-.11J.9092E-081.0392E-07

REFLECTED SHOCK<,.0526E»0*1.56306*026.4864E»018.1875E»022.728*E»013.167*£»003.9973E*00L.1915EKJO1.1069E*01

.

4.9967E-016.6553E-0*4.9967E-017.1758E-142.2347E-094.2239E-09

USl « 5.60E»0* N/SECXHE • 0.00

STANDING SHOCK2.7037E»0*1.0844E»026.247.0E»016.7633E»022.2622£»013.08«4E*003.9910E»001.1824E*009.3051E»00

MOLE FRACTIONS

4.9888E-012.2487E-034.9888E-015.3468E-121.0812E-083.1742E-08

REFLECTED SHOCK4.4772E»041.8353E»026.1014E»018.S78BE»022.9S74E»013.2160E*003.9983E»001.19196*001.2519E»01

4.9979E-014.2577E-0*4.9979E-011.2180E-141.4242E-091.7778E-09

50

TABLE I.-Continued

PI - 1XH2 - 1

PTKHOM 'AS'iGAMEU

SPEC I6S

E-hH*M2M-MZ»

PI • 1XH2 - 1

PTRHOHASIGAMEU

SPECIES

E-Mh*M2M-H2»

.OOE*Ol N/SO-H.

.00

MOVING SHUCK2.53476*035.0258E*01l.*710E*013.98166*021.22026*012.890*6*003.*285E*008.6407E-01*. 10966*01

*. 16666-011.6669E-014. 166 6E -017.83386-088.3942E-OT.1.1*8*6-06

.OOE»01 N/SO-N,

.00

MOVING SHOCK2.71226*035.20066*01l.*690E*01*.2601E»021.27056*012.955*6*003. 55026*008.7429E-01*.2509E*01

*. 36656-011.2669E-01*. 36656-01*.2120E-086,43196-079.05*OE-07

US1 " 5.80£*0* M/SECXHE - 0.00

STANDING SHOCK2.S371E*0*1.23886*025.732*6*017.219*E*022.*258E»013.1310E*003.9952E*00l.la90E»00l.0527E»Ol

HOLE FRACT IONS

*. 99*06-011.2008E-034.9940E-017.1*236-134.07926-091.1615E-08

REFLECTED SHOCK*. 906 66*0*2.11176*025.810*6*019.80096*023. 1727E»013.25766*003.9988E+001.1921E*001.39606*01

4.9985E-013.01566-0**.9985E-013.0231E-151.02*5 £-099.0*13E-10

US1 - 6.00£»0* N/SECXHE > 0.00

STANDING SHOCK2.955*6*0*1.39**E»025.30506*017.6838E*022.57616*013.17216*003.9969E»001.19086*001. 17626*01

MOLE FRACTIONS

*.9962£-017.6468E-0*4.9962E-012.2907E-132.2273E-095.*710E-09

REFLECTED SHOCK5.32236*0*2.399 9E*025.5457E»011.06*5E*033.33256*013.2958£*003.99916*00U1921E»001.5351E*01

*.9989E-012.24*36-0**. 99896-019.3267E-167.6002E-105.1097E-10

PI =• 1XH2 > 1

PTRHOHASi<»AMEU

SPECIES

E-HH»H2H-H2»

PI - 1XH2 - 1

PrRHUHASIGAMEU

SPECIES

E-HH*H2H-H2*

.006*01 N/SU-M,

.00

MOVING SHOCK2.89*26*035.*1136»01l.*5736*01*. 5* 796*021.32956*013.02016*003.67016*000.900*6-01*. 39016*01

*.5506E-018.98396-02*. 55056-011.93096-08<..*856E-076.5386E-07

. 00£»01 N/SO-N,

.00

MOVING SHOCK3.07996*035.63*76*01l.*318E*01*.8**5E*02l.*0*56*013.0839E*003.78396*009.1710E-01*.5258£»01

4.714*E-015.7121E-024.7144E-016.8453E-092.6962E-074.1144E-07

US I - t.20E»0* M/SECXHE - 0.00

STANDING SHOCK3.05826*0*1.55576*02*.93**E*018.15836*022.72136*013.2103E*003.99766*001.19106*001.29*56*01

MOLE FRACTIONS

4.9970E-015.9232E-0*4.9970E-013.7602E-131.9438E-094.4903E-09

REFLECTED SHOCK5.7007E»042.69026*025.29856*011.1*92E»033.581*6*013.3306E»003.9993E»001.19216*001.65996*01

4.9991E-011.T372E-044.9991E-013.*639E-165.73356-103.15536-10

US 1 - 6.40E*0* M/SECXHE - 0.00

STANDING SHOCK3.13636*0*1.7205E*02*.6027E»Ol8.6*26E*022.8612E*013. 2*606*003.99796*001.1910E*001.4039E*Ol

MOLE FRACTIONS

4.9974E-015.1593E-0*4.9974E-013.99136-131.8941E-09*.6301E-09

REFLECTED SHOCK6.03286*0*2.989*6*025.0*586*011.2377E*033.775*4*013.36396*003.99956*00I. 19216*001.79336*01

4. 9993 E- 011.3718E-0*4.9993E-011.43SOE-164.3185E-102.0482E-10

51

TABLE I.-Continued

PI - 1.XH2 - 1.

P ' ,-'T.RHOHA ' 'S^GAMEU

SPECIES

E-HH».

H2H-H2»

PI - I.XH2 - 1.

PTRHO ,H - , -A&iGAMEU

SPECIES

fc-HM»H2M-

M2»

OOE*01 N/SQ-M,00

MOV INC SHOCK3.267*E*036.0758E*011.38506*015.1*97E»021.5118E»013.1*59E*003.88286*009.6881E-014.6559E»01

,*. 8*916-013.01776-02».8*91E-Ol1.5719E-091.262 7E-072.0S84E-07

OOE»01 N/SO-Nt00

MOVING SHOCK3.*5156*036.6898E»Ot1.30536*015.*6236*021.67*66*013.2053E»OO3.9i26E»001.0606E»00*.7737E»01

' *.9*OCE-Ol1.2003E-024.9*006-011.8253E-10i.9B32E-087.1965E-08

US1 = 6.60E»0<> M/SECXHE * 0.00

STANDING SHOCK3.15796*0*1.6851E»02*.2*97E*019. 1262E»022.99*76»013.2810E»003. 9983E»001.1913E»001.5155E»01

HOLE FRACTIONS

4.9979E-01*.1*12E-0**.9919E-012.0162E-13l.*036E-093.*38*E-09

REFLECTED SHOCK6.2515£»0*3.2908E»02*. 7*98E»011.3258E»033.96116*013.39676*003.99966*001.192 IE »001.9161E»01

*.9995E-011.0938E-0*;*.9995E-016.3846E-173.2026E-10l.365*E-10

US1 « 6.80E»0* M/SECXHE - 0.00

STANDING SHOCK3.0836E*0*2.0".36E*023.8158E»01V.5925E«02

. 3. 1193E»013.31T6E»OO3.9989E«001.1918E»001.6302£«0l

MOLE FRACTIONS

*.99BtE-Ol2.7182E-0**.9986E-013.7990E-1*7.12UE-101.3868E-09

REFLECTED SHOCK6.26756*0*3.58«.3E»02*. 371 86*011.*10*E*03*.13*IE>013.*J05E»003.9997E*001.19216*002.02*56*01

*.9996E-Ol8.7093E-05*.9996E-012.9310E-172.29896-109.1112E-11

PI - I.XH2 > 1.

PTRHOHASLGAMEU

SPECIES

l-HH*H2H-h2»

006*01 N/SD-Nf00

MOVING SHOCK3.6329E*037.57196*011.20*2E*Ol5.78206*021.8589E»013.2589E*003.98*26*001.1*5*E*00*.aeil£*01

*. 98026-013.96976-03*. 98026-011.2957E-119.2S66E-091.93*2E-08

US1 - 7.00E»(H M/SECXHE - 0.00

STANDING SHOCK2.938«E*0*2.19736*023.3587E»011.00**E*033.2359E*Ol3.3552E»003.9993E»001.19216*001.7*68E*01

MOLE FRACTIONS

*.»991E-011.7329E-0*"..9991E-012.9030E-1S3.S760E-103.9661E-10

REFLECTED SHOCK6.12*1E*043.8428£»023.96386*01l.*935E»03».2917E»013.*6*2E»003.9997E»001.1921E*002.1293£»01

•

*.9»97E-016.9680E-05*.999TE-Oll.*028E-171.6256E-106.1*01E-11

52

TABLE I.-Continued

p. • 20 N/m

PI « ?.00C*01 N/SO-*. US1 = 4.13F»03X"2 • 1.00 XHF = 0.00

I/SEC

MOVING sunrK ST«uniNG SHPCK REFLECTED SHOCKP 1.0636E*01 2.197f>E*OlT 2.7140F*00 3.3f«.T=*00

,. <<«n • 3.9?OOE»00 i.5*76E»00* ?.7745E*3D 3.4526e*00

.» 1.6432F»00 .9212' »00•S l.D476E*03 .3492C*00I 1.0000E*00 .COOUF*00~.AMF 9.9494e-01 .£8106-01

, ' J - • . 2.76636*00 .3533C.OO

= - 9.12015-3' 8 .77076-3*H 3.0S19F-10 1.1520F-08H* 2 .4333 r -34 1 . 2 5 5 5 c - 3 3H? 1.0000C*0>0 1.00006*00

• H- 3 .76 T 2F-*3 1.4753F-43H3* 9.932fcc-3< ! 1.0396E-34

»1 - 7.00^*01 N/SO-H. IIS1 = « .OOF»03<H2 - 1.00 XH6 = 0.00

••PVING S H O C K STAN1I«JG SHOCK 0° 1 .^743 e »01 4 . * ^ ^ 3 F * 0 1

^ 3 . '003C*00 4 .9204 C *00RM"1 4 . 5 ? 5 4 E * 0 5 9. 3 S'» 3C *0 3H 3 . f t20^F*00 5. 172°F*00\ 1.0077FO3 7.1776F*03S 1.07«1F*00 1.0791^*00' 1.0000E*00 1.3001F»00G4^c 9.fi3S f>c-01 9.S3">?F-ol1 2.9t-21E*00 1.47766*00

S"^." s,r,LF F R ^ C T t O N S -

F- 3.«.7n8r-10 1.3336F-23H 1.2?63c-')7 ^.4fl'15E-34•»* ? .5 l l8F-33 !.?H-)«F-2TH? l.T030c*10 1.993^6-01"*- 1 .3070 C -? A 7 .4730 c -29H?» l.(-733--11 4 .4J69F-2"

5. 361 lc *3 14. 71476*001.1371F1-014 .9315^*002.1365F*001.3646E»03l.OOOOFtoO9.6816F-011.1938F>00

9.71236-265.6979J-059.13456-269. 9994C-01

2.889SE-32

«/SEC

E F L E C T E n SHOCK9.6<>SOEt01&.4<)36F *001 .4344* *017.2331F*002.4387F*331.0971F* QQ

1 • 004 Oc *008.9121F-011.3J18F*OJ

1.5304E-177.1h3fl6-T)1.505HE-179.9204e-3 11.03995-j i). 14t"-19

PI = 2.00F*01 M/SO-«.<«2 * 1.30

MOVING SHOCK2.4292E*Ol4. 35616 *33

wn 5.0021E*00=.1001F*002.1640E*00

S 1.10206*00Z 1.03016*33G/SiF 9.642S6-01U 3.65 '3F*33

c- 2. 13116-24H l.*62*Sc-04M* 2. l01ec-24H2 9.991ec-01H- l.i<044F-'9H,*

PI • 2.33F*31 N/SO-H.XH2 « 1.00

TV ING SHOCKo 3 .3416F*T1

f * .0 K 84P*OGOMH 5.?013E*On" t .620SE*00« 2.3438^*00S 1.1283< :»3o7 1 .00 2 Sc *00SAME Q, 3^^'P — 011 4.3^'F.OO

SP.C .CS - — -

F- 1.0910F-11«. J816F-03

» l .nR08F- lSj 9.041?c-1l

•». 667?c -2"*

'* 1.7297' :-.-'G

US1 ' 6.006*03 M/SECX«E " 3.00

ST4NDINC, SHOCK7. 84386 *016.5574F*001. 18996 »017.3553F«032.409'1E«001.10916*001.00520008.8101E-011.5319E«03

MOLF F R A C T I O N S

7.66J9F-171.03156-022.6122F-179.89*86-011.6748F-215.1860E-19

"6FL6CT6D SHOCK1.5343F»027.61926*00

' 1.92446*019.765)E»002. 54?4F*001.12946*001.02606*008.23846-011.28716*30

1.14526-145.07266-021.1239F-149.49276-012.26066-182.14816-U

US1 * 7 .036*03 K/SECXHE • 0.00

ST4NDIHG SHOCK1.3019F*327.681SC»00l.653l'=»011. 0085F *012.">3'r»001.1*125*001.0305 I :*GO8.2J736-01l .*473F»00

"TLe F B 4 C T I O N S

1.9791F-14* .9259C -021.14(-7E-1*9.4074F-014. 3848E- 1**1.2R73F-16

R6T1.6CTEO SHOCK2.2135F*02C.3786F*007.4836^*011.27386*012.69076*001.1650«*001.06366*00B. 12416-31 -

1.2438'*00

3. 79836-13.19666-01•732*6-13.80)46-01.47836-16.73066-15

53

TABLE I.-Continued

T"HO

IGA1FII

USI - 8.00Ft03 M/S?CXHE = 0.00

MOVING S"ntK ST4NOING SHOCK REFLECIFP SHOCK

6 . 2 9 3 " > F > 0 08 .3999Ef002.4362EOO

2.34 '9EtOl

2 . 7 1 5 ? C » 0 0

I .0155F»03

c . 1 1 7 3 C t O OS. 1048F-01

3 .2733E>011.6333F»01

1.2050FfOO

B.0817F-01

S P E C I C S POL':

H-H2*

PIX H 2

4.0087F-20

•5.7201F-13

9.91';2E-15

4.7007F-122.0C78E-014.i^232E-12

3.1456E-158.0672E-14

STG a M EU

•I*H2

= 9.006*03 M / S E C= 0.00

COVING SMOCK S T A N D I N G SHOCK «EFL cCTEr> SHOCK^^^OlEfOl 3.3285E+02

7.298^6*00 3.2273F*011.04?7E*31 1 . 7 2 1 7 E » 3 17.53325*00 2.9861E»001.1S?6E*00 1.218?c*00

8.1461E-015.9063c*3a

8.0^835-011. 3368>=»00

9.6443C*00

2.0525EO13.0307F*001 .2497F»031.1777F»008.0873E-01

MQLC FoaC^ l rNS

7.3749E-14

2.0517E-149.2442 '=-012.t 115E-132. 3464F-1*

f. 309«.F-122.2789F-01

'.72HF-014.2320E-151.10?OE-13

3.0174E-013.3961E-11

3.1433E-I4

PI = 2XH2 = 1

0

T

H4

Ar.AMf

"SP CC I f

E-^H fH2H-

Pl ' ZXH2 » 1

p

TRHH

HasiGaME'I

SPECIE

-

t-

7

-

2*

. 30^ *31 N/SO-M. USI = l . O O E f

.00 XHE = 0.00

C O V I N G SHOCK S T A N n i N G SHOCK7.2 l<>*>Ft -01 4 . 9 3 9 S E » 0 2ft.<K6Zf*OQ 0.7AIOE+00

1.2iS93F*01 2.153BF+-012.63?IE*00 3.067&E*001.213^F»On l.263f>E*00LO^Q^Et -OO 1.19 'OE+OO8.06a^ c -01 P.38^?F-3l6.^97^? tOO 1 .3233E*00

1.9118F-13 4.0191F-11I. URIC--)! 3 .2493E-011.89Be r-13 3.9C24F-11R-iSlU-Ol •..''507F-013. C R18E-17 4.0926F-142.0694F-15 7.0796F-13

04 M/SEC

PEFLFCTFCI SHOCK6.93'9F»021.0220F»01

2.5252<:«013.2237E»301.2988F*001 . 2509E *008.1136F-011. 2208F>00

1.5068E-104.0117E-311.4827E-105.9883E-012.075SE-132.6203E-12

.OOF»01 N/SO-". USI ' 1.10E*04 M/sEC.30 XHE = 0.00

"HVIMG SHQC" STSNIING SHOCK8.846^E*01 6.9759e*-028 . 4 3 5 5 E * 3 0 1.3134'=*01I>.4t7 i;E»00 5.3390E»011.5192E»01 2.63UF»012.7393>=»00 3 . 2 - i 7 2 E » C C1.2469F*00 1.3130E*001.13T9E«10 1.2684F*33B.0292E-01 8.1177E-017.4no7F*00 1 .3237E»30

MTLc F B a C T I C N S

9.6''94c-l'> 1.8635F-131.947eF-01 4.2310E-C1o.5792r-13 1.R30SE-108 .D525 C -01 ".7690E-012.3°45':-16 2.6015E-131.3'54F-14 3.2I36F-12

R E F L E C T E D SHnCK9» 5250C »0?1.3781FO16.6244F»013.0498F*013.4239E»001.3?21C»00l.3337F»008. 1529E-011.2458EOO

5.8130F-10'S . 004 1E-0 15.74J6F-104.99e9E-011.0387F-129.9776C-12

51*

TABLE I.-Continued

PI *XH2 =

PT

RunM

«SzGAHFJ

S P FC 1 '

F-

•(»H2-t-H 2*

PI =•XH2 =

D

T

RHnu

A

Sz64 IF•J

SPFC i (

c_HH*-(2H-

H2»

2.00F»01 N/SO-M1.00

MOV INC, SMOCK1.06326*028.7832F*00l.O??4F*011.79?*E*012 .8464F*OG1 , 2839F* 301.15026*00fl.O 1 93 F-o 18.25«6F*00

2.6114F-01'. 7623F-1?7.3HB6F-0!1.2I45r-153.S348F-14

2.00^*01 N/SO-M1.00

MOVING SHPCK1.25736*02

, *!. 1 0^76*001.1C31F*312.0S1*C»012.9576F»031.3215F*On1.197iE»001.0232F-019.02ft?E* no

1. 1770C-Hf- • *994r -0 14.6360F-1*1.15l5r-13

US1 = l.POF+04 M/SECXHE ' 0.00

STANOING SHOCK1.4535E»021.0850E*01f .4482e*013.153Ht>013.458TE*001.16616*001.3512F»00B.1580E-011.3*98F*OC

— MO L^ F°4Cri 0^1 S

7.0*715-105.19B1E-016.9533E-104. 8019E-011.25306-12

R 6 F L E C T F D SHOCK1.2651F*031.1345E*017.8228F*013.6258F*013.6426F*00l.*392F»301.4256E*00B.2343F-011.2826E*00

1.975*6-09'.97036-011.9474E-094.0297E-014.2961F-123.2392E-11

US1 = 1.30F*04 M/SFCXH6 ' 0.00

STANPIMR SHOCK1.23776*031.139CC*017.?311C*011.72176*013.67286*031.42236*001.4423e*008.2Q17F-011.3839E*00

- MO L *" F R A C T I ON S

2.25 56F-09

2. 22486-091.B732F-J1'•.8174F-12?.5slor-ll

REF lECTEn SHOCK1.6328F*031 . 193 3C*0 18.9665C*014 .2542E*313.8813F*031.4696F*001.5241F+008.27096-011.33I6C*00

6.2495F-096.894*6-01(..1703F-093.1354E-011.5729F-H9.4990F-H

PI •= 2XH2 * 1

pTRHflH

A

SzG4MF')

S O E C I F S

_

»2-;>»

DI „ 7XH2 * 1

nT

un

»MFu

6-H

**H2-!--

42*

.OOF»Ol N/SO-M.

.00

MOV I NT, SHOCK1.4671E*029.4D25E»031.24B7F*01?.4090E*Ol3.072*6*001.3623E*001.2*<)7E»008.03*9^-019.791DE»OD

3.D518E-113.9953E-013.02*IF-!1(.0047F-011.3941E-1*2.9085^-13

.006*01 N/SO-M.

.00

MOVING S"OCK1.692LFO?",6945F»001.3361^*012.7S37E*013.1929E»00l.«0'5F*001.3061E»008.0514F-011.0550E*01

7.69*2E-114.6892C-017.'.299'r-ll^.SllSF-Ol<..3257<:-l*6.8347<=-13

US1 = l.*OE»0* M/SECXHE « 0.00

ST4NOING SHOCK1.57'i5E»031.1962E»018.551JE»014.3346E*013.904f)F»00l.«813E»00l.^OlCfOO8.2762E-01l.*321F»00

MOIF FRACTIONS

6.8190E-097.01*1E-016.7564E-092.9859E-011.6662F-119.9289E-11

REFLECTED SHOCK2.0588E»031.2581E«011.0010E»02*. 93726*01*.1*73E»00l.S328E*001.63*7E»008.3636E-011.3952E»00

1.9780E-087.7657E-011.9570E-082.23*3E-015.**91F-U2.6*97E-10

US1 - 1.50E*0« M/SECXHE = 0.00

STANHING SHOCK1.9537E»031.2580E»019,**27F*Ol*.991SE*014.1607E»001.542<tE»001.6<f47E»008.3669E-011.49526*00

^OL E PP 4CT I ON S

2.0156E-087.3395E-011.99*9^-082.1605E-015.3*37E-112.6072E-10

REFLECTED SHOCK2.5*0*F*03

.3358E*01

.0866F»32

.6789E»01

.*617E»00

.5986E*00

.7503E*008.51*26-01l.*819F»00

6.88*76-088.57376-016.8282E-08l.*263E-011.93*7E-107.53**E-10

55

TABLE I.-Continued

20N/m

PI =XH2 =

D

T

qun<

~\

4SzriAME'J

S P F C T '

t--4

H* .'-(2H-

H?»

2.30F*01 N/SO-M1.00

MOVING S"OCK1.9323F+021.977JEO11.41 735+013.121 16*013.3182COO1.4506E*00l.3673c* 538.07325-011.1305c»0l

= s

1.67325-10c. 3£ 88F-0 11.6?98F-104. 6312C -0 19. (»050(:- 141. 4314^-1?

US1 = 1.60E*04 M/SECXHF = 0.00

S T A N D I N G SHOCK2.3720F*031.331ir»011.01 *>OE*02S ,69246 *0 14 . 4 5 7 * 5 * 0 01.60->OF*CO1 . 754 JF*038.51055-01l.579'F*00

- MOLr F R A C T I C N S

...4607F-08

8 .59736-C16 .40B9F-OQ1.43275-311.74525-106.92B4F-13

R E F L E C T E D SHOCK3. OB48E *031 .4462 F*3 11.1414E*026.4871f*014.8B91F»001.6')61F*001 . 8688C *338. 8442E-011.6027F»00

3.1536F-379.2982F-013.137QF-077.3179F-Q28.176B5-102.47875-09

PI = 2.00C»01 N / S O - M .XM? - 1.00

IGAMFU

M O V I N G SHOI-K2.ies eF*o?1.0263E*01

1.4320E*00

1.20C <>F*01

1.7007F-10

US1X«F

1.70F*04 M / S E C0.00

SHOCK2.1173C»03

8.S079F-011.7007E*OC

R E F L E C T E D SHOCK

1.S9C6F*011.1103F*027.4173F*01

1.7358r*33l.?719F*001.0241E*00

H-•*">. *

F R A C T I O N S

9.2673E-012.6549E-377.32715-02&.6113C-132 .0712E-09

C.2413E-069 .857SC-Q1

1.4241E-029.60926-391.7419E-OB

PI - 7KH? = I

D

T

qur*

H

A

S2r,»"<FI

SP FC 1 F s

E-M

H»

H2M-

H2>

PI = 2XH2 = I

p

T

RHO4

ASJGAiEU

E-

f

2-J»

.00 r>01 N/SO-M

.00

MOVING SHOCK2.4'9<iE>021.0553F»011.5526C»31•>.9270F»013 .589?r»031.54fc7E*nO1.C012F>00e. 1317F-011.2a03Ef01

7.5561=-106.6766E-017.5051F-103.3234F-01*. i922?-n5.M18F-17

.OOFtOl N/SO-M

.30

MOVING S«1CK2 . 7 4 5 * E > 0 21.0859FtCl1. 60655*01<i.T652F»013. 7371F»001.5071F tOP1.S739EOD8.171RF-01LSS-VSEta i

1.5779F-097.2926F-01l.Ef 3*r-0")2.7074F-01l.l'^*r-12I.35B7F-1 1

US1 = 1.80E»04 M/SFCXHC = 0.00

STANDING SHOCK3 .2703F»031.6122E»011.33i*F»o27.21-»4F»015.5531C»031.7288F*001. '"5735*009.7734F-01l.9199E*00

— MOLE F P A C T I C N S

2.3392E-OA9.7815E-312.3339F-Of.2.1fl43E-0?4. 1R99F-09".4664E-09

RE e lECTFO SHOCK4.5074E*032.3986F*019.39585*018.6200F*017.3944F*33l.B041E*002.0000C*001.1398F*002.5317F*00

6. 96605-049.9792E-316.96525-046.3826F-043. = 9315-074. 40795-07

US1 = l.«OF»04 M/SECXHF = 0 .00

STANDING SHOCK3.6703E*032.01 315*019.1375" :*01B.3123F*01h. 7977E*0~0l. '822F»001.99C1E*00l.l'i04E»00?. 38245*03

— MOLF FPf lCTI ON S

7.63365-359.9731F-01•'.'i97<,E-052.'192E-036 . 2 3 5 2 F - O B9.2379F-OB

R E F L E C T E D SHOCK5.3260E*033.03135*018.71255*019.8302F*317.78195*001.8527F>002.0166E*009.9064F-011.0602FOD

8.4028F-33S.8304S-018.4026F-031.5071E-042.18ZIE-042.4290E-06

56

TABLE I.-Continued

PI = 2.03F»31 N/SO-M,XH2 =. 1.00

USl « 2.00^*0* M/SCCXHC = 0.00

pT«HT

A

5ZGAMF fD

.D464FO2

.1192F»01.6492E»01

.39T1F1-00.6492E » 30.6505E+00.2250F-01.4283F*01

t,27

87j212

SPFCI*

H2H-H2»

T.8828E-OI

2.1172' :-012.4676F-12

6.1J30EO1

B.TlWtai

MOVING SHOCK STANOING SHOCK REFLECTED SMOCK

2.5260E«01

8.8334F«017.5030E»00 8.0124F*00

>e*30 1.8905E+002.0019F+00 2.0482E*001.1132F.«00 9.1344F-012.9?37E»OC 3.3251E*00

6. IH8E-07

2.3631E-029.52655-012.3631=-027.9750E-0?4.5521E-365.0925E-06

PI * 2.XH2 = 1.

pTunniASIGAMFU,

SPEC IPS

C-

H"H*

^ 7•1-

H?>

00^*01 N/SO-H.33

MOVING SHOCK3.6903F»021.2030F*011.6936F+015.8?07E*314.283«F»001.7561F+001.8112F*008.4222F.-011.5739EO1

1I0573C-011.7667F-3Rl.0*?7«-0l1.26T6F-117.4R'>2C-11

US1 • 2.20E*0«XHE » O.OC

M/SEC

STANOING SHOCK REFLECTED SHOCK4.8777C+033.2860E*017.3324F»Ol1 .363 lc +027.8824^*001.8950F+002.0404E»009.3233F-013.6383E+33

MO 1. P f 4C T I ON S •"

1.9978E-029.5992E-011.9978E-3?1 .18'i5F-043.4->93E-063.8667E-06

7.5691F»033.8917E»019.1229E»011.3217F*028.5220E*001.9584E*332.1319E»008. 7^ 33F-0 13.5148E»00

6.1919E-026.7610E-016.1917F-324.1405E-058.8186C-061.0268E-05

PI

IJAMF'I

Hj

H-

2.00E»01 N/SO-M,1.00

USl « 2.10E+0* M/SECXHF = 0.00

MOVING SMOCK STANDING SHOCK PEFLFCTEH SHOCK3.361*>E + 02 4.4302E+03 6.8579E*031.15>1F+Ol Z.ottlE+Ol 3.*804E»01l.«.798E>01 7.4138F+01 8.92B2E»015.3121F+01 o.509Tf»oi 1.2082F+024.0751E+33 7.7235F+03 e.2t>C>4F>331.7023E + 30 l.R619F»00 1.9249F»Oi/1.7299F+00 2.3147F*03 2.3R77F»D3R.2994C-Q1 9.9q21c-0l 8.8933F-01

1 3.4Q42E+00 3.4807^*00

7.7113F-01

7.!793e-001.5613^-31

MOLE FRACTIONS

7.4373F-C11.45R6F-041.73"4F-C6

4.2079E-029.1577":-01

6.1129E-06••.7674^-06

PI » '.30F»31 N/SO-M.XH2 ' 1.30

, "CVING SHHCKP 4.3336'=»3?T 1.2613E»01HHO I.6ROAF.»OIK 6. 3522E »01\ 4 . E 634FfOOS l.t091E»00'. 1.8915F»00OAME 1. 6'3?''F. - 01II 1.6445E»H

,PCCIC, „

E- ^ .R012 e -5»•1 *'. 4 2^ lc -0 1If * . 7RT4r -08H? C .73< t1c- ' )^H- 1. f>64 lr- 1 1

USl * 2.30E»04 M/SECX"F « 0.00

STANDING SHOCKC . 3232E»033.506 3F*017.4574F»3l1.161<!C»02R.1231F»001.9272E»002 .0'fr 7F +009.2014E-313.7H1C.OO

XTL? FBM-TIONS

1.7344^-02n.25l8c-013. 73416-021 .17A35-04e.. ?510E-06

OFFLFCTEO SXOCK8.1721E+034.0677e>019.2183F>311.4372F+02B.7705C»001.9923F+002.1794EfOO6.6770E-313.6621E+00

8.23-i7E-028.152«-018. 23555-023.2636=-051.04645-05

! .74t>l c-10 S.9281F-06

57

TABLE I.-Continued

•20N/m

PI = 2.00C»01 N/SO-M,XH? * i .ao

IIS1 = 2.4CE*04 M/SFCXMC = 3.00

MOVING SH.TCK ST4NOING SHPCK REFLECTED SHOCKD

TRhQ

H4

S7GAy FU

c p Cf ICC^ r t • la

E-HH*•{7

M-

^*

PI = 2.XH2 - 1.

DT

RunH

4S7

GAMEII

SP6C I PS

p-H•<*

H2H-H2*

4.3751F»G21.314'!F*01I.* 10")p*0l<>. 90566*015.077^6 * 001.8625E*001 . Q61/,c* 03n.4°l(*F- 011.71U.O,

S.f'.V'-O"'

3 . (.5 ci^c_Q7! . 9597e- 1?1. --2336-106.3032 r -13

006*01 N/SO-M.00

"PVI'IG SHOCK4. 7 08icO?1 ,649^Cf Ql

1.430'!E*017.476^^*01ft.H6'.F*001. 909*?5* 331.99506*001 • 1 3^ E *0'11.76716.01

9.97«,f F-019.2768C-062 . c, 166C-032.20H7=-09'.73?9e-09

5.C ,355E»031.7159F*017. 1006f*011.26056*028. 338 3C *001. 96256*002.1133F*038.1944C-013.88^9r*00

MO l_- F° iCTt CMS —

• s .3852 c -02a. 9223^-01•5.3351F-025.I974F.-356.39C8E-067.3475F-36

IJS1 • 2.50F*04XHC = 0.00

STAMPING SHOCK R5.31775*033.87*2E*016. 3^405*011.3<: '-56»028. 50856*002.J022F»032. 1E23F*008.677SF-013.97706*00

MOLE F R A C T I ON S ~

7.08046-02

7.08336-022.84906-057.0323C-368.1742E-C6

8.4659i=*034.2113F»J19.0192F*011.5524C*029.0008F*002.0282E*002.2289 C *308.6309F-J13.7162c* j3

7.94486-011.02736-012.59096-051.15076-0*1.39326-35

M/SEC

EFLECTED SH1CK8.0435F*334.3096C*018.1938':*011.66005*029.18666*002.0684F*332.2778'=*008.5970F-013.7364E*00

1.2201E-017.5594E-011.2231E-312.00055-051.14775-351.4083r-05

PI =XH2 =

pT

3HnH

4

SIG A W FU

SP Ff I '

HH*42

H-

-<?*

2.00F»01 N/SQ-P1.00

"CVING SHOCKS.0327F»0??.0292E*01I .2402E*31R , 06 59 E *0 16« 17't 7F + 301 * 9^*9 7? * 00I .9*)9qEfOO1« I 'jA'-F* 001 • fl 1 7^^ t- 0 1

2.^-04

2.2993C-04?. 22186-0'? » c 1 20C -OR3.f 820C-01

. IJS1 * 2.60b*04XH? = 0.00

S T A N D I N G SHCCK Rl4.98206*033.98 3 1 6 *0 15. «-98 26*011.45216*028 .6776 c *032.04215*002.19506*006.M27E-013.95966*00

8.8»71F-02R.2?22E-01R.8B70C -C22.13''4C-057.2C19F-068.5320E-06

M/SEC

:FLEcren SHOCK7.40686*034.33296*017.2647"=*011.76296*029.3487F*332. 10956*002.3262' :*008.57206-013.7,26*00

1.40276-017.11425-011.40276-011.5440^-351.0960E-0'1.3587E-05

PI = 7.00F*01 N/SO-". US! = 2.70E*04 M/SECXH7 * 1.30 XHF « 3.00

MOVING Swncx STANDING SHOCK R C F L E C T E D SMOCKDT9"0MA

sIGA"F

U

SP EC I F S

E-HH*

H2H-

H'»

5.37406*022. 43 13P * 011.11^16*018.67736*317.20356*001.9R30E*002. 30396 * 301.07836*001.869,F*3,

9.9CI)3':-012.0434F-039 . 0990C — 0 1 • 2^8 9F — 0 'U 5 3 0 7 C - 3 7

4. 837^6 *o 34 .08536*015.28546*011.5523F*028. 8574E * 002.07986*00'.240300C8.5720E-013.95,76*00

MQLf ^ " A C T I CN S —

1.0730C-317.8537F-011.0730E-011.S728F-0"'.4838E-068.9146E-36

7.0845^*034.4611':*01

6.6806F*011.8718F»329.5260F»002.14846*002.37716*008.5572E-013.7470«=*30

1.5866F-316.82645-011.586<.c-011.2271F-051.06386-051.J337C-35

58

TABLE I.-Continued

PI «XH2 •

o

TRwoHSSZGAMFt)

SPFC 1 1

E-HH*4?4-H2*

PI -XH2 »

oT

RHOH

\

SzGAM6U

SPEC i*

6-HH*H?H-H2*

2.306*31 N/SQ-M1.00

»nvinG SHHCK5. 7463FO?2.7006E«011.0557E»019.31^4E»017.2945E»002.01 25C * 032.0154E*009.7495^-011.9272E«01

9iB4*4c-ol7.6603F-033.5280F-OS3.'?68F-373.69526-07

2.00F*01 N/SO-"1.00

MOVING S"OCK6.14795*0?2.9231E*011.0338OOI9.9R11Ft017.37846*032.04016*002.03455* 339.15426-011.9911F*oi

1. 60125-029.6«99C-011.6992F-02?.1225F-355. S- 7065-07'.3548C-07

1. US 1 = 2.80E*04 M/S6CXHE = 0.00

STANDING SHOCK4.92766*034.1932E*015.1330E*011.66136*029.05885*002.UC3E»002.28946*00B.5483E-013.96896*00

•~ "3LE FRftCT ION S

1.26436-01•>.4712F-011.2643F-011.3609E-057.85')8E-369.49206-06

REFIECT60 SHOCK7.1307E*334.5539F*016.4376E*01l.9923F*029.7328F*002.13536*002.43236*008.55206-313.7765S*00

1.7777P-016.44436-011.7776E-011.0041F-051.0612E-351.34876-05

1. US1 * 2.90E»04 M/SECXHE • 0.00

STANDING SHOCK5.1925F*034* 306 1 F*3 I5.1487E*011.77875*029.278<>6*aD2. 1488i=*002.3423E*008.53666-014.0031E>00

•~ M3LE FRf tCTT QNS

1.4607F-017. 07845-011.46066-011.1367E-058. 3 271C- 061.02126-05

REFLECTED SHOCK7.44456*034.6585E*016.41315*012.12396*029.9<>495i-002.22116*002.4913f=»308.5542F-013.8228F*00

1.9740E-016.05166-011.9740E-01H.3661E-061.07566-051.3887F-35

PI = ?.XH2 = 1.

pTUNOHtSIGH1F

U

SPECICS

E-HH*H2-t-H2»

PI * 2.XH2 * 1.

pT3unHASZGAXF'1

SPEC IF S

F.HH*

H2H-

H2*

006*01 N/SO-M.00

MOVING SHOCK6.57726*023.0951E*011.0320E»011.0674E»027.50876*00?. 06676*032.0"=91f*008.S465E-012.3594Ft01

2.87386-029.4251F-012.8738c-321.5016E-058.22376-079. 1407F-07

OOF • 01 N/SO-M,00

MOVING SHOCK7.50U5>023.3566E*Ol1.05486*311.21366*027.80916*002.1190E»002.1187E»008.5749F-012.?023E«01

5.6041F-02H.8791F-01^.6041F-0?9.3587F-041.3074F-061.4589E-0*

US1 « 3.00E+04 M/SECXHE - 0.00

STANDING SHOCK5.57376*034.42176*015.25626*011.9037F029.51256*002.1822F*002.3982E»008.53336-014.04915*00

MOLE FRACTIONS

I.fc6056-016.6788f-011.6604E-019.61996-068. 81346-061.0986E-05

REFLECTED SHOCK7.92976*034.77046*016.50506*012.2655F*021.0216E*012.2567E*002.5553E*008.5621E-013.8802E»00

2.1735E-015.6528E-012.1734E-017.0175E-061.09366-351.4367E-05

US1 * 3.20E»<X M/SECXHE • 0.00

STANDING SHOCK(..•!504E»034.6534E»Ol5.5891E*012.17325*021.30366*012.2492E*002.5186E*008.5434F-014.1621F*00

• MOL ? FR ACT I ONS

2.0592E-015.8814E-012.0592F-016.98606-069.62726-Ofr1.24216-05

REFLECTED SHOCK9.2064E*035.00486*016.8347F*012.5717E»021.0757F»012.32866*002.69155*008.5905E-014.0167F*00

2.5693F-014.8612E-012. 5692E-014.9246E-061.U11F-051.51496-05

59

TABLE I.-Continued

PI = 2.00F*01 N/SO-w. US1 = 3.40E»04 M/SECXH? = 1 . 0 0 XH* = 0.00

MOVING S"OCK STANtMNG SHOCK PEFLECTED SHOCK9.4959F»023. 5603F* 01l.0909E*011 . 369*SC*0?8.121=5*002.1 T12F*002.1B75EO')8.4692F- 01?.34B36*31

8. 57? OF -32B.28'ieF-01B.5720C-02f-. 6?3 lr -0*1.73S9F-061.9610c-36

7.7193E*034.8826F*015.9713>=»012.4^ 29E»02i.052SF»012.3171E*00?. 6476P *038.5684F-014.2,59F*00

-— MOLF FPACTICNS — -

?, 44625-315.1074E-01? .44*1 15-01e. Oe 31 E-061.0066E-051.3459E-05

1.07536*045.2475E*317.22296*012.903lr*321.13366*012.4017F*002.8370':*008.6325E-014.1757F*33

2.9504^-014.0989E-012.9504E-013.371c£-0f1.0B42F-051.5380F-05

P 1 =XH2 =

PTRHOHH

SzGA"FU

?.OOE*01 N/SD-H,1.00

MOVING SHOCK '1.0<.84E*033.8878F*011. 1723E*011.7102E»028.7522E*302.2777E*002.34415*008.4054F-012.*425E*Ol

US1 * 3.80E*04 M/SFCXHE = 0.00

STANDING SHOCK1.0512F*045.34586*016.7194E*013.0991E*021 • 16 V»E*0 12.4560F»002."2£i4F*008.6'i26F-014.6ll'iE*00

REFLECTED SHOCK1.4488F*045.7744E»017.9620E»013.6376F*021.26296*312.5524E*003.15136*008. 76446-014.5622F»00

H-H2»

1.4680F-017.06405-311. 4679f-013.81885-362.38 72C-062.771*e_0*

1UL t t -KALI lUMi -•

3.1659E-013.668CE-013.1659E-012.4510E-369.<>075E-061.38526-05

3.65365-012.69Z6E-013.6536E-011.34T36-068. 82595-061.36736-05

PI = ?XH2 = I

t>T

•tMrjMA

SIG£MFU

SP PC I FS

E-HH *H2-*-H2*

.006*01 N/SO-M.

.00

MOVING SHOCK<J.5581EO?3.7336F»011.13125*011.53e2F»02B.436iE *CO2.224?F»302. 2t 32F+008.423*E-012.4951F.01

1.1629F-01'» 6 7^ 1^—1 11 • 1 6 ? 9C "314.9&(54F-06?. 397RT -OS2 • 034C-" 06

USl " 3.60F*04 H/S6CXHF = 0.00

STANDING SHOCK9.3462F«035. 1125F»016.3553E»Ol2.771>)F»021.1067E*Ol2.3B62e*002.7842E«008.6049P-014.4477F*OC

MOLE FPACTIO^IS

2.8168E-014.3643F-012.fll'-76-013.57696-S61.0360F-351.3958E-05

PEFLECTEO SHOCK1.25206*045.5019E»017.60896*013.25B5E»021 • 19576 *012.47646*302.990TE»00

. 8.6889F-314.35636*00

3.3129E-013.3TMC-013.3128F-012.2050E-061 .33726-351.4905E-05

PI •XH2 •

PTQHHH

AS

IGAMEU

2.006*01 N<SQ-«1.30

MOVING SHOCK1.18776*03«.0322E»011.2110F*011.B948EH29.07595*002.333'F»002.4314E»00B.4071F-012.78905*31

. USl - <..OOF»O4 H/SECXHF - 0.00

STANDING SHOCK1.20926*045.59156*017.0291E*013.4443F*021.2244F»012.52B4E*003.0767E*008.71476-014.8136C*30

P.EFLECTEO SHOCK1.66356*046.07746*018.25026*014.0421F»021.3373E*012.6299F»OG3.3178E»008.86956-014.83766*33

MnL6 FRACTIONS

1.7744r-316.4512E-011.7743r-01

».4997f-013.0005E-01}.49966-011.5812F-06

3.3796C-0<- 1.3056F-05

3.97206-012.0559E-013.97206-017.42116-OT7.16926-061.16906-05

60

TABLE I.-Continued

P1 • 20 N/nT

PI ' •>.XH2 = 1 .

pTRMOHAS1OiMT

'1

S P*-C 1 c S

F-

^H »H2M-

H7«

)0CO1 N/SO-100

MOV I MO SHOCK

4.16B2F.G11.7479FO1

2.3891F..OO2.5730FOG

8.43fl'F-312.9372C»G1

2.G729F-G15. 854 Jr -3 12.0729F-11? . 7 R94C-0*7. 74 C8C -0"3.2916C-0'-

. USI = 4.20FI-C4 M/SECXHF = O.OC

STANDING SHOCK RF.FLECTEO SHOCK

3.B069F+02 4.4694F+G21.2flB9E*01 1. 42?3C*312.C999E»003.22f l l c»00

8.795 'n-31

5.0?8R<=»OG

- MQI £ F R A C T I O N S —

3. 80<V6t -C lI . 19 }7£_3 l

3.90*5001o.it \ QSP-07

T . ^ ^ Z S P - O il.l'.96F-0'i

2 • 707 7E *003 . 3*i 8C *00

9.3263F-315.C660 I !>00

4.2626F.-011 ,4748C-0 14. 2 625F-013.5172 C -07* .26^4 c-069.109SF-06

PI = ?.00 r»01 N/SO-M. USI = 4.63F»34 M/SEC<"? = 1.00 ' XHF = 0.00

"^Vlur, S»-OCK STANn iNG SHOCK REFLECTED SHOCKP 1.5K37EO3 1.7424^*04 2.4251F + 34T 4 .42B3F*01 ( t .4749E»01 7.5410F*01RH^ 1.312KE»-Ot 7. f rOR7E+01 8.4417F.*01H 2 .5052E>02 «.'>8J7t»02 5.4334F.Q2A l .OCai »01 1.4414E>01 1.6796F»01S 2. 5354 O3

I 2.7196 tOOf.A><F 8.4314 -01U 3.7307 >01

^ 4.7011C-01M» • 2.6459F-31H ' 1 . 3466C -06H- ' .7945 r -36H?l 3 .4869F-0*

2.7446C»33

3.5368F»009.0720E-01; .C80CE»00

4. 1453C-C11.3094E-014.3457F.-012 . 4 8 1 6 E - 0 7'I.2H35F-367.4671E-C6

2.8664E03

3.B095F»009.8199F-315.9347E»00

4.7«OOE-014.9997F-02

4.7500E-012.7897C-OB1.5131F-363.1303F-06

PI = ?.XH7 = 1.

D

T

QUO-i

AS7

'jfiMFi|

50 cr i c s

H

Mf

-»?w_

-*'*

10C*-01 N/SO-M.00

MpvMC. S^OCK

1.443SF»03^..^QI^rfDl1.281 SE^fll? .2Q2^FfO '1. 7^80F»' 002 .^^6^r *CG?. M *?' p* ") 3o. 4 "•! 1 E-Ol3.3,4K.n,

•>. It '9 -01•5. 2771 -01'."39 -31I. 7611 -367.1041 - ;«.1. 4"1 59f - 16

USI = 4 .40<-»XHF = 3.33

STJN1ING SMPCK

1.5S70C»046 . 1 394 r»3 I

7. 49t>9F»o 14. 1 P6t ":+02

1. 3»01f »012. *•"* 2 3 _»003. 332TF >33B. Q0f Rr-o 1-.,.OT.«3

A." t ^ < iO e -o il . f l23*»C-CId . 01 ^Or -0 1r . 2* f f \ f - 07"5 , m^gf - 06". 7 TIAc. j^

0* M/SEf

PEPLEfTEn SHOCK

2.U*»6F»tH(,,qh3^^.c»3i

p. 5^56c*0l

^ •^32^^*0?1 ,*;2*JOF*0 12.7070F*00"J.6S^3C f 03

^.29^7^-01

S. 'V ' tOlP^D^

[™ii.319.4 r77F-02' .SZT l ^ -O l1 . 2 > - 5 P E - 0 7

3.2667 r-0t6.3916 c -3<.

PI = 2.<H2 « I.

0

T5 HO

HA

S7

r»A v p

• I

_

7_

2 »

OOF>01 N/SO-H. USI « 4.flOF»0* M/SECTO XHF * 0.00

l">lVl"ir, S"OC< STAK" I \C SHOCK1.723)F»03 1.931-,4 . C K 6 t * ' f31 ^ .8917

1.3397C.01 7.60»-c

2 . 7 2 7 5 F » 0 2 4.99421.3435CO1 1.54332.5651<:*00 2.81512.B741F.Q1 3.A f l448 .4^27^ -01 9.3402

•04.0 I.01»02»3 1»oc.00-01

3 .37 f1F»01 t . 9 c 4 J .00

, nl,0c.al « .«717F-J1

4 . l f 4 3 t - 3 1 £ ' .5i46E-32

:.9110e-01 4 . 5 7 1 7 F - 0 11.01 ldc-';6 ".2fl'.Jc-3'i' ^ ISSF-O* 2 . ^733F-C ' -T.4 e n r -0 * - 4.194JF-36

R E F L E C T E D SHOCK2.7356F.048.6954Ft018.0116F»016 . 0038C »071.9'38F»3l

2 .9473 f»003.9269C.031 . CS39F *006.760,c.0o

4.9069 -01

1.S624 -024.9069 -012 .3613 -393.9704 -079.'201F-37

61

TABLE I.-Continued

PI = 3.0(KXM2 = I. 00

M/SFC PI = 2.00F*01 N/SO-''.XH2 = 1 . 0 0

US1 = 5.40C*04 M/SECXH5 = 0.00

STSNniNG SHUCK REFLECTED SHOCK MOVING S^ICK STUNTING SHOCK PFFLECTEO S»OCK

T

H""

4

S7.

G/1MF'I

S P E C I E S

-I

*7

-

'*

4.6061F»011.3631F*01

1.0<t02F»012. ^2 56C frOO2.<3323C*008 .4«14F-Ol3.52?3< :»31

,

1.1714C-013.6411F-013.1 794^-317.4267E-072 . 57'»1E-0^3. 3377F-06

7.4f 68F*017.4467^*01

l!*70-7E*012.83506*003.81 c l ^*009.S146F-016.4538FOO

ifiLc FRACT: I 'NS

4.7577E-014.84665-02* . 75 76 c-012.39 59P- C81.3305F-06?.7?17E-06

1.0571F»027.3473F*01

2.2138F*013.0228F*003 . 576CF fOO1. I659f*007.99635*30

4.970SC-315. 8969F-034.9705E-D19. 73095-117.0478C-OB2.0407C-07

PIXH2

2. OOP1.00

N/SO-M, list = 5.23e

XHF = 0.00

MOVING

1.11146*01

0.526*5-01

2.9503E*003.9114F*OC1.35946 *007. 16476*00

«pLE

3.4297r-0!2.2M6F-024. 886RF-013.C464E-09'..B042E-371. 1121E-06

M/SEC

L5CTE1 SHOCK3.47681:*041.2963F*02

7.391Rr*02

3.09075*003.99055*001.1869F»309.5160F*00

4.98806-012.39156-334.1880^-015.2l t66-121.79185-084.86885-08

pTpup-4

4S7G4MFu

$PC f 1 1

H

Hf

H'H-H' +

PI »XH2 =

o

T

1H1H4

^ZO A ^ Ei)

SPCC I '

c_M

-*»H2

H-H?»

2.1889F+G3*.9579EO11.397*»P + 011.^50'?E»021. 1 ^B^E* 01Z . T ^ O ^ P f O O1. 1 58RF+ DO8.5*»9SF-Ol3.911SF+01

3.66156-01

3.6614F-013. 653 6C -372.1277e-06

2.00F»Ol N/SO-H,1.00

MOVING S"0rx?. 3e5 3C*07

f. 10S9F* 011.40R")E*013.71 38EO21.2011E»0!?.8127f*033.2761F*00R.623"P-Ol

1'""B'°l

2'.20976-011.8951F-012.3977F-071 . B403c-0'i2.5507P-0'

2. 4521F *049.4M7E*31fc. r % 1C6*01f> • 296 lc »022.0611^*013.0095E»003 .9624C*001.13676*008. 1295F»00

MQL E FO AC T I CNS

9. -;004F-034.9525E-013.7394E-131.3599F-073.6263E-07

3.8770E*041.5537F*026.24665*018.1524F»022.71865*013 . 1^82^ * 003 • 994f)F *001.19096*001.1002F»31

1. 29975-034.9935E-015.4373E-136.3884C-091.6393E-08

US! = 5.60F»04 M/SECXHE = 0.00

ST4M1ING S"OCK2.5925E*341.08275*02t.011BE»016. 7436E*022.24995*013 .36305*033.9H27F»001.1739^*00*), 2 7^ 7H * 00

MOLC F1^ SC T 1 CN S

4.97835-014.3321E-034.9783E-313.84005-114.0071E-381. 17'i8F-07

REFLECTED SHOCK4.28326*341.82356*025.87705*018.9392E*022.9471F*013.19816*333.99f7E*001 . 19 1 7C *001 . 244 2F *0 1

4.99586-018.31055-044.99586-319.22176-145.33496-096.77165-09

62

TABLE I.-Continued

p • 20 N/rri

PI = 2XH2 = 1

PTKH3HtSZSAME'1

^^F C I P S

E-HHr•47

H-H2*

,00"*01 N/SO-M.00

MOVING SHOCK2.f 2716*035. 26 77E*0 11.4130EOI3.9BOOE*02l.?473E*012.87eSF*003.3951E*00B.A949E-014.0974E*01

4. 10926-011.7B16F-314. 1092E-011. 4741C -0"*1. 52425-062.1S<54?-06

. USl = 5.80E»04 M/SECXHE = 0.00

STANDING SHOCK2.7225C*041.233.2E*025.5321E*017.2000E*022.4l53e*013. 1104E*003 ,990^6*001.1859F»001.04606*01

~ MO LE FRACTI ON S

4.9883F-012.348JE-034. 98S3F-01E.3907E-121.5465E-084.4191E-08

REFLECTED SHOCK4.6848E*042.0922E*025.6014E*Ol9.7419F*023.1574F*013.2401F*003.9976F*001.1920E»001.3783E*01

4.9970E-015.9194E-044.99706-012.34036-143.8602E-093.48116-09

PI =XH2 =

pTRHQH

\

SzG*M6<J

5p FT i Fv * \* i *

c _

H

H*

42H-H.?*

2.DOF*01 N/SO-M1.33

MOVING 1MOr<2.7041E>035.450">EO11.4116F*014 . 2 5 9 S 5 * 3 21.29735*012.93895*00 ,3. 51476* 33B.792f-F-0!

4.1D07r-311 .3R06F-01^. '50('7r-0l1. 2732C -081 . 1<*23T-06U74T3F-J6

USl = 6. OOP *(K M/SECXHC = 0.00

S T A N D I N G SHOCK2 . 63 76 F *041 .3891(r*025. 1145E*017.6637E*322. C692F *013.15335*003.99425*001.18976*001.16935*31

4.9927F-311.4614F-034.99276-011.0323E-127. 39026-0°1.9286E-08

REFLECTFD SHOCK5.08416*042.3793F*02:.3442C*011.05825*033.36755*013.27976*003.9982F*001.19216*001.5173F*01

4.9978E-314. 39356-044.99786-317.1279F-152.85995-091.9552E-09

PI = 2X"2 = 1

pTHHfl

H4

SzGAMEII

SPFCIES

p-HH »H2H-

H2»

«>1 > 2XH2 » 1

pT

RHO

HaSzG«"EJ

S P E C IF S

F-HHt-

H2H-Htt

. 30E»Ol N/SO-M,

.00

"OVI^G SHOCK2.88585*335.6664E*011.4019E»014.5461E»021.35«4F*013.0320EO33.6330E»008.9371E-014.3773F»01

4.49'BE-011.0103E-014.4948E-014.0633E-081. 6060P-371.3093F-06

.OOE»01 N/SO-M.

.00

unviNG SHOCK3.0714E»03•i.9374F>Ol1.3BOflE»014.8427E*021.4282E013.064'>F*003.7463'=»039. 170*E-014.'i l32Et01

4.*614C-01>-. 7723^-024.ft614C-011.6244^-385.5044F-078.7655F-07

USl =• 6.20E»04 M/SECXHE •= 0.00

STANDING SHOCK2.9369E»041.54906*024.7490E*018.13'=aE*022.7149E*013. 19275*003.9959E*001.1939E*001.2903E»01

MOLE F R A C T I O N S

4.9949E-011.0273E-034.9949E-015.9233F-13S.3092E-091.0817E-08

REFLECTED SHOCK5.4594F*042.6723E»025.1391E»011.1441E*033.5691E*013.3158E»003.9986E*001.1921E*001.6501F*01

4.99836-013.38946-044.99835-012.6046E-152.15526-091.19876-09

USl - 6.40E»0* M/SECXHE - 0.00

STANDING SHOCK3.0142F*041.7122F*024.4208F»018.6163F»022.8547E*013.2296F*003.9968E»001.1911F»001.40HE*Ol

MOLE F"4CTI CNS

4.9°59F-013.1144E-044.9959E-016.B320F-134.4377E-098.7105E-09

R E F L E C T E D SHOCK5.7917E»042.9750E*024.8682F*011.2322E*033.7660F»013.3504E*003.9989F*001.1921F*001.7818F»01

4.99876-012. 66 866-044.9987E-011.3643E-151.6210F-097.7350E-10

63

TABLE I.-Continued

•20N/m

PIXH2

2.00?*01 N/SO-M.1.00

US1XHF

6.60F»04 M/SEC0.00

PIXH2

?.OOF*01 N/SO-F.1.00

US1XHE

7.00E»0« H/SEC0.03

"OVING SHOCK STANDING SHOCK REF IECTEO SHOCK3.2^9ir*03 3.04P4F+04 6.0347C*04t.3061F»01 1.87'OF*02 3.2749F*021.3431F»Ot 4.0936^*01 4.t07BE*01•>.t*D3Ffj? 9 .397HEt02 1.3199FO31.5251F+01 2.9881E*01 3.9513r»013.1254F*00 3.2653C»OJ 3.3832F*303 .8480EtOO 3.9974F*00 3.9991F*009.-5847F-01 1.1914F*00 1.1921E*00

MOVING SHOCK3.6307E»03

1.1991F»01C .7814E»021.8383E>013.2363E»003.970'iE»001.1163E»004.f l782E*01

STANDING SHOCK2.9244F»042.1955C*0?3.3431F«C1

3.2343-=*013.3373E»003.9986F*301.1920E»001.7469^*01

REFLECTED SHOCK6.0883F *043.8507^*023.9533F»01l.4909F*034.2848E*013.4*86E»003.9994F*001.1921E»002.1239F*01

MHI E F R A C T I O N S MOUF F P A C T I C N S

3.9'(1tftr-02

2.9018F-07'.9708F-07

4 .5343F-044.9967E-314.6774F-133.e300F-09

4.9989F-012.1391E-JJ44.9989F.-314.8054E-161.2161F-095.2092F-10

4.C36;91:-OI7.4176E-034.0629F-018. 79S3f-ll3.3770E-087.3904F-38

4.9983F-313.4105E-044.9993E-011.8742E-141.3912E-091.4724F-39

4.9993F-311.3969E-044.9993E-011.1333S-166.50755-102.4622F-13

PIXH2

2.30F*31 N/SO-M.1.00

US1 = 6.80F»04 M/SECXHF = 0.00

oTqHO

H

ASzGAMF'1

MOVING SHOCK3.4'.63F>036. 84 5'tE 1 0 11.2823E*-)!5.46 1 1E + 0?l . f t647Ff013. 1131Ff 003.9 262 E*001. 33 C*5F f 3 4 .766SF»01

S T A N H I N G SHOCK F3. 0?1 3F*042.3381F*C23.7145FV019.S747F»023.11=2C*013. 3 3 C B C » O C3.9081F»001. 191 7^ *001.6341E»C1

'EFLFCTFO SHOCK6.1433F»043. 574frF *o?4.2972 C »3I1.4073F»034.1283F»013.41«,4'=»003.9993=*001.1921F»002.0195F*01

MilLc FO A C T I O N S

'•.''060F-01

P.19176-101. 1417r-0 72.1295F-07

4.0976E-01'•.8539F-344.1976E-C1

2.3162E-093.7407E-09

4.9991E-011.7195F-344.9991F-012.2623F-K,8.9284E-103.5457F-10

TABLE I.-Continued

Pj • 50 N/nT

XH2 =• 1.00IIS1 = 4 .0QE4C3 «/SECX»f « 0.00

01 <= S.OO^fOl N/SO-M.<H2 * l.00

US1 6.00F*03 M/SEC0.00

SH1CK "EFIECTED SHOCK

l . O O O O E t O . )

3.3c:69F«!06.5'.7<>' :tOO3.45?6F*00

1.1M1£*00l .JOOJEfOO

1 . 3 5 3 3 c t O G

<..7i;3E»001. 1370 = 014.9386F»00

I.3000E M)0SZr.AHF

"•K STANDING SK>CK?.4?93E»5I 7 . 7 8 7 7 E » O l4.8' :72E»0') f - .4122e»00

0 7.3411< :,00

2.1656F,00

SHOfK1.5U4E»P2

9.80935*00

1.1342CO31.0222F»00B.3709F-31

?PECICS

HZ

H2»

I .ooiorn>n

K1L= r o A f T I T M S

7.71I51C-39

1.3JOOF»00

5.2741C-26H-(»

M2H-

H2»

M'li; FRACr i l JMS

'.3H8E-031.9167E-17

' .BOOSE -I1)

1.7978E-1*4.3506E-02

9.5649F-01

PI * S . - jC PI - '.OO'tOlXH2 » 1.00

IIS1 ' 7.00E»03 x /SFCXHF » 0,00

1.907"-,oo1 .O"1 j f tOC

-,A"Fij

l.012.'"'»00

".6417F-01

"iEFlECTFn SH'KK

. I0l0rf01

f .'TVlFfM'.4( 7'lF.ir

2. 165sr» •]}l . l *3JF»cn

7.350'

SMOCK "FF iECT^n SMPCK2.2066E»02e.66?Oe»JO

9.32'7E-01

1.1700FJOO

8.100!F-01

-I

M*

i.B-*>r-n?. ^4 Itjr -17

1.J310-.-.J

t.'ll'O'-M

. I j T K - I T

. 7475F-03F-^

'.1912^-1°

10Lr c P A C T t r N S

S.3HSE-02>'. 1344F-14

6.0039C-131.0933E-ni6.7307C-13

l.'SSl'-l*

65

TABLE I.-Continued

p j -SON/m

"I = 5. .1011

XH2 = 1.33I I S 1 = « . 0 0 r t 0 3X"c = O . O C

">1 = s .00=»01XM? * 1.00

'JS1 • l .oOCXHE = 0.33

1.0I2'-CK>0

NniNf, SH^CK O F F l F C T c n SHOCK

•f. 7 4 3 3 C » 0 0 9.33«,0I:»002.2138 c»0l 3 .1204F>01

i .?ioo<:»ooB. 1302F-01

2.757^*00

l . O i r 7 F » O C

2 . l 4 2 S F t O l

1 . 2 6 7 1 f f O O

R E F L E C T E D SHOCK

1.3689^*01

2.5290F»013.2889' :»001.3329F>00

fl.l'.33F-0! , 8.1A19F-01

H?H-

2.4571F-;?

1 = F B A C T I C N S

1 .232BE-01 1.93101!

'•.''I '8c-lt

8.74.33F-12

2.248":-13

"Tir t p J C T I T N S

••.9689^-11

1.49.30F-13

- 3.8'.92E-Ol

6.133"E-317.9897E-137.0331E-12

"1XH?

1>.00 1 :>3I N /SO-x .1.30

IIS1 = 9 . 3 3 C » D 3 M/SFCX"F = 3.00

«.00 r«01 N/SO-" .1.00

1.10E«04 M / S E C0.00

x n v i N G snn-< sr ' .Nnp.r,5.7261FO1 3.23J2

7.113'>FO:1 . 1 4 1 H E » 0 12. =77? 0001.188JEOT

fli2177F-31

2.0548C»013.0908F»001 . 2 < ; 4 3 F f O O1. l o l l F f O OB.1339F-011.2567C*00

2.7n73F»01

i4.919-.Ft01

3 . 3 2 0 ! E f C Cl. '157EO3

snncK BEFLFcrsn SHOCK9.2237F.321.13096»01<>.1733F»01S.O ' iSSFfOl3.5012£*00

1.3212F»00

MILE FPACTIONS

2.1??0'=-01

T.B780C-01

2.95-.5F-13

6.3476C-H2.3787^-31

7.12l3>=-0t1.1772C-131.51795-12

FCf

1.8?30 r-Cl1.9237"-12

L= F B A C T I P N S

3.779*^-10

IS .94C9F-C19.f442F-110.3144F-12

1.23el>F.-09

1.2389C-39?.1377F-Q1

66

TABLE I.-Continued

• 50 Him

PI - «XH2 . 1

D

TRunM

AS

I5AMF

''

SPECIES

E-HH»

H2H-

Pl * 5XH2 - I

pTRHOM

A •

SiSAME>J

E-H-4*H2M-

•<>«

.OOE»01 N/SO-M

.00

MOVING Sk'CCKI.O*91EfO?9. 1 3 14F*00l.0157c»311.7914F»Ol2.8992F»031.2B84C*001.1417£fOOB.0623E-31R.2245l=»00

7.8222C-122.4B13c-Jl7.7118F-127.M70F-014.7f 14r-l'i1.1517E-13

.00C»01 N/SO-M

.00

MOVING S"OCK1.2530F>029.4828C* 33I. 1 121 E*01

• 2.0BR3F.*011.0147'=*0n •1.3265F*001.1 Rfl?c* 338.0660E-018.9948COO

2.4113F-113.1679P-012.3852c- l l6.8371F-011 . 7fl39c- 1 43.4864<:-n

IIS1 « 1.20F*04 M/SECXHC . o.OO

S'ANnlNG SHOCK9. 0206C >021.1361F*Ol5.9454EJOI3.1386E«-C1'.5291EO31.3%77E»001.33S6E«00B.2062E-011.4074E.OO

- MOLF FRACTIONS

1.4094F-G9S .0?48E-011.3BOOF-094. 97B2E-014.«639E-123.3")68F-H

REFLECTED SHOCK1.22266*031 • 1931E»017.2588F»013.6304EI-01

' 3.7299E»331.4115E»001.41 16F* 008.2604E-01l.3371E»OG

4.2253E-095.8H7E-314.1415E-094.M83F-011.6828E-111.0062c-tO

MSI > l.30f»G4 M/SECXHC , o.OO

STANDING SHOCKl.'1810F»03I.19(,3E»31f.'93C3E+013. T0C4C *013.7C27F»OC1 .422RC *00

' l.4?46F*008.2631E-01l.445'!E«03

4.6H9F-39f. . 9*- C7E-014.5277F-094.03 93F-C11.7906E-111 ,G6J3C-13

REFLECTED SHOCKl.5777F>031.2583'=»3l

' 8.2<>90E»Ol4. 261 8e*3 13.9801=»001.470BF»00l.5108l=»00B.3-J27E-G11.3913F»33

1.3415E-386.7626E-G11.3179"-081.2374E-016.165-iE-ll2.97566-13

PI = 5.XH2 ' I.

pTonn-iAS7GAME11

E-HH »

H?H-

H2»

PI • «.XH2 « 1.

oT

OHtlHASzGA"FD

SpFC IES

E-HH*-42H-H2»

03F»31 N/SO-M00

MOVING SHOCK1.4621EO29. 8165E+001.2018E40!Z^OB'.EtOl3.134BE*001.3673E»001.2393f»00B.0778E-019.7579E»00

f.7091F-ll1.8620F-016.6227F-116.1 3BOC-0 15.8297^-14•5.2310F-13

00^*01 N/SO-M00

MOVING S"OCK1.6867F«02l.01T»E»Ol1.2149F»ni2.752S?»013.2603F»OJ1.4096E*001.2949F«008. 0960^-011.051-.FMM

4.5554C-311.6354F-105.4446F -311.6448F-132.1722F-12

. US1 = 1.40E»04 M/SECXHF = 0.00

STANI1ING SHOCK1.5304C4031.2584E»017.8400F+014.3161E»013 .9937F *00l.4804E»03l.5208' :»OG8.3344E-011.4983E*00

— MOLE F R A C T I O N S

1.3792E-C86.8188E-011.35S7E-033.1512E-016.1U9F-112.9565F-10

REFLECTED SHOCK1.9855E*031.3295E»01•!.2295E»014.9470E»014.2587E*001.53286*001. 61806*008.4312E-011.4606F*00

4.1914E-087.6396E-014.1296E-082.3603E-012.1036E-108.28806-10

. US1 » 1.50F»04 M/SECXHE • 0.00

STANDING SHOCK1.8512F»031.32586*018.6382Ft014 .9"* 1 IF +0 14.25936*03l. '5400E»OC1.6234<=*038.4291E-01,.^6F,00

— "OLE -FRACTIONS

7.6troE-013.9978F-082.3230F-311.9478E-107.7762E-10

REFLECTED SHOCK2.4487E*031.4139E*019.9979E*015 . 692 lc*0 I4.5852F»OD1.5972E»001.7323E038.5841E-011.5543'=*00

1.3799E-078.4543E-011.3640^-071.5457E-017.1379E-102.3037E-09

67

TABLE I.-Continued

•SON/I/

PI = *.00e*01 N/SO-M.XH2 = 1.10

MOVING SHOCK

US1XHF

1.60F*0« M/SFC0.00

3. 30Q6E*001.454JF»00

S.1104E-OI

.6713F-10.23W-D1

4.7MV-01u.0824F-136. f A49F-- 1 2

iV-J-MNr. SWPCK BEFlECTEn SHOCK2.2!41F»03 2.9«93C*03l.tO^OOOl 1.5300F«019.27f3F»01 1.0493F»025.6696EO1 6.5C25F»314.5639F»00 5.0172E»00t.'OlO^OO 1.6631F»331.7307E»00 1.849'iF»00

1 e.89'i4F-oi0 1.6794F»00

KOLE F R J C T I O N S

n.4440E-011.733PE-07l.'5<160f-01' .12386-10?.0235E-C-)

•5.B854F-079.18636-015.8411F-37.8. 1367E-022.8214C-097.25f2c-09

PI * 5.XH2 = 1.

PTQMnH&SI0»MFU

SP^C TF $

F-><Hf

H'H-H'»

oo^oi N/sn-v00

MOVING SHOCK2.4S27FI-0?1.10851^011.4R74F»01S.^^E'Ol3.6730E»00i.«4fl3E«-oo1.4873F* DOB.1824F-311.2764E4-01

1.6758F-39*.5529F-01i .659<;E-093.4471F-012.1807F-121.8396E-11

1. US1 = 1.80£»04 H/SFCXHF , o.OO

ST4M1ING SHPCK3.1068F»031.6743E»319.5B66E*017.187fE*015.5t65E*OC1.7222> :tOO1.1360F«00•J.5613F-011.9824EM13 •

•-• MOLS FR ACT 1 CNS

2.9022E-36").f-t9*E-012.H911E-063.30?6«-021.0373E-OS2.U12E-D8

KEFLECTFD SHOCK4.302*EK>32.391*f»il9.0068<=*018.5B02F»017.*042E»001.798?F»001.9975F*00l.l*76f»002.5221F*00

*.3*tlE-0*9.9745E-01<..}4'i9F-0<.1.6802E-035.4072E-076.6473E-OT

PIXH2

5.3CEH1 N/SO-M,1.00

US1XMF

1.70F»04 K/SEC0.00

PIXH2 1.00

US1 - 1.90FO* H/SSCXHF » 0.00

H2M-u;*

1. C

1.I491F-31

STANnlNG SHHCK

1.5063FK519.6573F»Ol

1.6624EtOO

8.8432E-31

REFtFCTEl SHOCK3.5<>17F»03

7583':>01.035BFf32,4195F*01

i.8"ilOE»03,.7305':>00;.9557E>00

9.9558F-31

MOVING SHOCK STANOINT, SHOCK KEFIECTED SHOCK

wnuF F O A C T IONS

1.1372^-10^.oo'ir-oi8.0'17F-1C4.09?9C-01o.B57ir -n<).52'<3 I :-12

4.6333F-0'0.1233F-314.A025E-079.7«,24r-022.128'iE-09•5.7102F-C1

6.1470F-069.7733F-316.1291^-062.26'=5F-022.0725F-Q83.B573E-08

p ;T 1"140 ' 1M I

» :S 1Z 1Gi ME f'1 1

SP re IPS

E-HM»

H2•<-«2»

>.7375E*3?1.1420F*011. 5 3 72 E* 01l .3e37E*01I.8273F»00l.59B4=»30L.5594F*00I.2754F-D1l^'O^EtOl

3.4249F-0-)•'.17401: -013.3949F-09 ,2.1260F-014.6959e-123.4*146-11

3.5038?»332.02!6E»018.7076E»Ol7.9838Fj^oi6.708SF»001.7763E»03I.«n87=t00l.U94Ft30i. 381>il>:»00

- HTLe FRACT [(IN S ~"~

>;.21'.9F-OS9.941SF-01".2122F-055.7417E-031.0D36C-071.4731E-07

5.0934EO33.0787e»01«.2224<:*319.8244F»OI7.9547F*001.8499EO32.0121F»001.3215F*303.1017E»00

6.3452E-039.S697E-014.3448E-OJ3.2954E-0*3.7492E-064.1681E-06

68

TABLE I.-Continued

•SON/m

PIXH2

RMHH

".005*01 M / S O - M .1.00

US1 = 2.00E»0* M/SECXHF = 0.00

MOVING S«OCK STAN1ING SHOCK REFLECfEO SHOCK

,178*e.ol,576SE*01

3.8486F*03

7.5631F.03l.F1211F*00

5.845*5*033.51705*018.1*5*6*011.0981F*02

1.8890F*00

E- 7.3023^-09

l .02Ur- l l -

1.13316*00

MOLE F R A C T I O N S

1.972*E-C11.7768E-049.8971F-348.0C17E-079.*7696-07

9.38T.E-013.41*5E*00

2.0004F-02

2.00035-021.6175E-0*8.40695-069 .4630E-06

PIX H 2

TRHT

A

S7 •

l i d ON/S9-M. 2.10C*0* M/S5C

0.00

l . 219 l f»o i1.60*7?»oi

1.7133F»00

U 2 2 3 « r - l C

S T A N D I N G SHOCK R E F L E C T E D SHXK*.209*=»03 6.?692r»032.9T1E»01 3.822^^*016."89tc*01 8.2726F*01a.6A6*r»31 1.2115F*327.»86JE*00 P.473*F»00l.B587F«00 1.9?3BE*3S2.0101F«00 2.077*F»001.0327E*00 9.0*155-013.*139E«00 3.5927^*00

5. 33 ')f lE-039 .R900E-015.33646-013 .24676-042 . H 6 8 7 E - 0 63. l « 7 3 E - C t

9.2512' :-013 . 7 3 7 3 C - 3 21 .0974E-04

1 .4943F-01

PI = 5XH.2 = 1

pTOHO

H1

SZ 'C,A»FII

S PF C I E^

E-

M*

H2H-

H2*

PI =. 5XH2 - I

pT

qMnH

AS

7r,/«6

S P E C I E S

.

tT_

'*

.30F*31 N/SO-M,

.00

MOVING SUOCK3.679SF*021.2683F*011.617SE»015. 81*75*014.3919C*00I.7-!43F*001.7936E*008.4793E-011.56°1E«01

3 .7445F-088. 1493C -013. 725 eF- 091 . 1 e17F-0 I•5 .3616C-112.40346-10

.00C»01 N/SO-M.

.03

MnvI'lC S^nCK4.0190F*071.3145E»311.607"iE*016. 3 e O l r * 0 14.66 73F»001 . flO 705*001. 87V.r. JO8 .7132 e - 01

I. I0?lc-079. 3 2 4 3 F - 0 1

1.3912C-076. 75d5e -" 21 .3443 f -105.29'i6r-n

US1 = 2.20E»0* H/SECXHF = 0.00

STANPING SHOCK4. S913E *033.3628E.016.7456E»Ol1.0579E*028.0697^*001.892aF»002.0309t»00<).5<.81E-013. 7690E»00

1. 54426-029.6892F-011 . C 441C-021. '"•775-0**.9f 91E-0*6. 66045-06

REFLECTFD SHOCK' 7.2580E.03

4.0644E»018.*2*5E *0l1.3270E»028.7*13E»331.9576E»002.1197E*008.8712E-013.7267E»00

5.6589F-028.86716-315.6586E-028.1997E-051.6993E-052.0189E-05

US1 =• 2.306*0* N/SECX"E » 0.00

STAN1ING SHTCK4.9974F»033.63416.31

6. 72*6E *0 1I. l':'iJF»028.2894E>001.9254E tOO2 . 0 6 ? l e » 0 09.2266F-01

^HLF F P A C T I T N S

1.J406E-379.T)C1C-013.0405F-021 . *6 3 1 C-Q4T.3431E-061 .3637F-35

R E F L E C T E n SHOCK7.8"26F»03* .2643C *0 1C.5041E»01l .*437F*029.0052E*001.99126*002.1654C»00I. 78215-01

7.6*656-028.46975-017.64606-026.4380E-052.0344E-052.4806E-05

69

TABLE I.--Continued

PI *XH2 =

5.00C*31 N/SO-M,1.00

US1 - 2.43F*04XHE = 0.00

M/SEC

MCVIMr, S"fKK STANDING SHOCK REFLECTED SHOCKD

TRHD

H

AS7

GAMP

'1

S P6C I '

F-MH*

H2H-H2*

4 .3654P*321.44316*011 . c 548F*016.903')E»015.1181F*CG1.8587F*331.9457P*00

9. 32 osp-011.7073F*01

9.720T-01S. ? 1 5?^-3 72.7928E-02

5. 3443 f - ' 31. 5418 r-09

5. 26 33C*0 33. 85906*016.5307F*011. 2 C4 3C *028 . c 1 9 3 6 *0 01.9505FfQO2', 09776*00

8. 99*- 56-014.074 i r *00

4 . 6 7 7 3 F - C 29. 06346-014.67716-029.5628F-051.2)326-351.3981F-C*

8 .2144F *3 34.4306E*018.37t6F*011 . <;606F *029. 25126*002.3263E*302.2133P*00

8.72756-013.88<!2F»00

9.6467P-02e.OS976-019. 64616-025.12756-05?. 26536-052.R270E-05

PI = 5.00 r»01 N/SO-f .XH2 = 1.00

US1 = 2.COF»04 M/SFCXHE = 0.00

D

TRMOM

AS7GAME(1

SPFC I c S

F-HH*

H2H-

H2 *

MOVING S^OCK4.70ME*02l.f.70cr*011.41 *i*F *017.47616*016.0343F*011.90<.7E*001.9q92E*001.09C6E*001.76646*01

7.2735C-Of -9.94576-317.2691C-065 .4182F-03'.0903e-0 t)8.5134F-09

STANTINC, SHOCK REFLECTED SHOCKc . 187<5Ft03'.0409F*016.0119Ft011.3'i21E*028.71346*301.99726*002. 1355F*008.7994F-Q14.169HF»00

• MOL6 F R A C T I O N S —

.3MOF-02.72R9F-01.3507E-02.84266-05.3671F-C5.61966-05

8.0163P*034.5535F*017.7843F»01

1.672QP*029.4597FOO2.06486*002.2616F+008.6196F-013.92106*00

1.1572P-017.58476-011.1572E-014.0139F-052.3158F-052.943QP-05

PI =X47 =

D

T

RHnH

AS

IGA M 6IJ

S P6C I '

p.HH*

H2H-

H2*

PI =XH2 =

"yTRHO

H

ASZGAMEII

S PPC 1 6

F-M

H*

H2H-

H2*

5.00 r*01 N/SO-M1.33

MOVING SHOCK5.0317E*022. 3344**011.2374e*0'.8.0656E* 31*..88'!7E»001.9477F>00 ,1 . 998 7f * 00 .1.16606*001.81 73FO1

1. 5378 r-34

1 . (?0''6r -047.8604F-044.07486-085. 951 5F- 38

5.306*31 N/SO-M1.00

MOVING SnnrK5.3707F*322.4168E»011. 13986*318.6764F*Ol7.319? 6*001.9822F*00 .?. 00246*001.1373F»301.86786*01

1.3984F-039.9701F-01

1, 3993F-031. 92866-04

2 . 3 8 /6 r -372.5464r-07

US1 = 2.606*04 M^/SFCXHF = 0.00

STANHING SHOCK'.9068F*034. 1*>9C, 6 *01

5.40836*011.4484F»028. 8945F*002.03".E»002. 17f 5 F * O C8.7197E-014. 16056*00

— MflLr F R A C T I O N S

R. 11496-3?1.3763C-013. 1146F-024. 37586-051.4348E-051.72736-05

REFLECTED SHOCK7.4500E*034.6418F*016.95056*011.7770E»029.63526*002.10536*002.30916*008.66136-013 .93336*30

1.3393P-017.32076-011.33926-313.1U1F-052.23356-052.87636-0'

. US1 = 2.73E*04 M/S6CXHF a 0.00

STANOING SHHCK4. 74496*034.23606*014.98586*01l.548Q6.*029.0831E*002.074&P*00

2.2204E»008.6691E-014. 158RE*00

- MOLF F P 4 C T I ON S

9.9332E-028.0127F-019.9329E-G23.4004F-051.4865E-3*1. 8179F-05

»6FLECT6n SHOCK7.0930 r*034.72916*016.35976*311.88576*029.8184E*002.14416*002.35846*008.6433F-013.94386*00

1.52036-016.95876-011.5202P-01

2.4689F-052.16416-052.82466-05

70

TABLE I.-Continued

p • 50 N/m

XH2 = 1."

p

TRHOHA

S7

">A**EU

SPPC IF S

E-HH +H'H-

H2»

00C»01 N/SO-M.

MOVING suncK5.7349E*022.74f 3E*011.0381E+01°. 3 I 2^F + 017.4563?>332.G128E+002.3116F*331.0063F+001.923 r+01

•'.ai'^-os9.«825C -015. 8334C-337. 8862c-"55. 79fi4f -07*.5953' :-07

US1 <• 2.BOE*04X"F = 0.00

M/SEC

STANDING SHOCK "EFLECTEO SHOCK4. 7778I;+034.43?2C*3 14. 7889F+011.654<E>029. 2 138F »00? .1093*+OC2.2661e+03S.iS38<)?-014. 1739F+00

MOLC F R A C T I O N S — *

1.1T57F-01

1 . 1 7C«(F-01?.75i»lE-051.5531E-05LO'SSE-OS

7.0522F»03'.8230^*316.0579F*012.0040E»021 1 0026 *012*11 08C *• 002.4112E*038.4350F-013.?734F*00

t::S?H:SJ1.7057P-012.31 3qF-Oe

2. 1^1 9C-052.33915-35

P I = 5.XH2 = 1.

oTR^n^\

zGAMpU

SP^C IPS

s-HH*

H2M-

H?*

OOF*01 N/SO-M00

MOVING SHOCKt. 5 R 6 C C » 0 23.1927E*011.0315E»011 .0668E*027.6845F*002.0fr72E»002.0 t :05E»009.0202F-G12.0529F*01

2.46475-02

2.4647F-033 . 148TF -OS1 . 5940c-0*i1.7713E-06

US1 » 3.00E»C4 M/SECXHE = 0.00

STANDING SHOCK5.3323E»034.6543F*014.8335E*01l.B943E»029.7489E*002.17 '57E*OC2.3703E*008.61^1E-014.2587i=*00

— MOL^ P R A C T ! ON S

1.5626E-016.8743E-011.5625E-011.9407E-051.7367E-0"7.2409F-05

REFLECTED SHOCK7.7298F*035.0647E*016.0336E»012.2754F*021.0522E«012.2512E»002.5295E*008.6413E-014.0824F*00

2.0939F-015.8U7E-012.0938E-011.406BE-052.1894E-Or3.0142E-05

"I = 5.00r»01 N/SO-M.XH2 " 1.00

US1 = 2.90E»04 M/SECXHF = 0.00

Xr.VI'lG SHOCK STANDING SHOCK PEFLFCTFD SHOCK

QMP

HA

1.0093E»019.9771E»31

2.0280^*00S.3900E-01

5.000^^*034.«273F+014.'"*-'«F*011.7709Et02

2 . 3 1 6 8 F * O C8. '222f-01

7.3076FO3

5.9892' :*0l2 .1350F*02

2 . 2 1 6 3 E * O D2.<t686' :*00

4 .0218F»00

POLE F R A C T I O N S

9. 72205-11

H2

H2t

1.3( 78F-C17.2633F-011.3673F-312.2952E-051.S416P-052.01C7F-C r

1.3988F-016.2011^-011.8987E-01

2.1615F-352.9177E-0'1

PI =XM2 »

pTRHOq

AS7

GAMF1)

SPFCI-

E-HHi-

H2H-

-12*

5.00F*Ol N/SO-1.00

MOVING S«OrK

7.4704E*023.49025*31l.G160E*011.2121F*027.9937E»002.1192F*002. 1 366F. * 30a.fcioiE-oi2.1933F* M

:,

•5 .0*37^-028.9B70C -01•:. 063 7^-0?1.9I43C-0K

2.6172F-062.9354=-36

M, IIS1 = 3.20E»04 M/SECXHE = 0.03

STANDING SHOCKf~ . 2 153E +034.9097E+315.0935E+012.16046*021.025*F»012.24100002.4854=»03S.6203E-014.3808F+03

— MOLE F R A C T I O N S

1.9533E-OI' .0930E-011.9532F-011.4144E-C51 .8970E-052.5473E-05

REFLECTED SHOCK8.89746+035.3?27€»016.28336+012.5803E+021.1079F+012.3213E+002.6604F+008.6674E-014.2283F+00

2.4828E-015.0339E-012.4B27E-019.9383E-062.2176E-053.1851E-05

71

TABLE I.-Continued

PIX H 2

5.30r*31 N / S O - M .1.00

f /SEC

"WING SHCCK STANJ ING SHOCK R F F L F C T 5 0 SHOCK

PtXH2

B.459T* 1?

2. 1739E* 302 . 1 7 2 7 C » O GR.56285-0!? . 3 3 P O F » C 1

7.94925-023.4019F-01

7. 9492 r-02

3.5176^-3^4.0251F-16

.005*01 N/SO-M.

.00 .

8.6'.?55-014.52495*00

1.03495*345.59235*016.60735*312.91225*02I. 1679F*012 . 3 < > 2 4 5 t O O2.8009F*00a.7385c-014.3<189C*00

F O A C T IONS

2.33 C 2F-C1r .3790f-012.3352E-011.0315F-05

2.15985-014.27995-012.8597F-01'.8797F-062.1665F-053.25506-05

3.606*C4 M/SEC0.00

M O V I N G SH->CK S T A N D I N G S H O C K R E 6 L E C T F n SHOCK9.51e"<:»0,''3 .91 rSE*011.0821E*01

R.5252 r *03

2.2?30f»00

1 .3949t-,l 17.31 JP-31 4.59<-3E-01

2.70155-017.39-)85-36

2.9153C-05

3.2682C*021.2322C*312.46476*00?.94916*03

1.21865-013.5>23E-01

4.57835-362.32136-053.1B46C-05

PI = 5.XM' = 1.

pT

ourH

»

S!GAMFIJ

SPFC! C S

c -H

H*H2M-

H?»

PI » 5.

XH2 = 1.

p

T

nunM

A

SzOAMF1)

SPFCIPS

c_

f?-2«

005*01 N/SO-M.

03

MOVING SHOCK1.0<-36E*034.0397F*01

1.118ftF*011.7393T* 32fl.9014F»CG2. 27=15*002 . 3 2 4 9 F > 0 08.483 = 5-012.6308FO1

1.39781--317.2043>--011.3978^-317.69'.4I:-06'•.8917E-0*5. S31*c-0f>

305*31 N/SO-M.00

MOVING SHOTK

1.1P19E03

4.2513E+011.1')39F»311.89T>c»029.31835*002. '33C9E*002.4096F*008. 4777^ -312.777eE»0!

1.70005-016. '999- -01

1.7Q30F-01

5.9705 r-0ftS .3577E-366.5215F-0*

IIS1 = 3.80F»04 M/SECXHF = 0.00

S T A N O I N G SHHCK

9.88375t035.67f t4E»01f..0514E*013.0834E*021.1937F*012.*416':*002 .8773F»008.723iE-Ol4.87315*03

MOUC FUNCTIONS

3.3495E-313.9006F-C13.3494E-31•5.l5CSE-Of1.919AF-052.92"2F-0'>

RE5LECT5D SHOCK1.38675*046.17C35*017.23456*013.64845*0?1.30175*012.5383EO33.1039F»008.8399F-014.8115E*00

3. '5695-012.9H53C-011.5568C-012.8684E-061.7861C-052.96075-05

US1 = i.OOE»C4 H/SECXH" = 0.00

STANDING SHOCK

1.13':3F»045.<)44B> :f016.3227F.313.4234F»021.25«9':«012. 11085*003.0204F*008. 78396-015.0736F*00

MOLC FFAC' tONS

3.3797E-013.2422P-313.3786E-C13.42435-061.7582C-01;2. 8033E-05

REFLECTCf l SHOCK1.5901rtO*6.50815*017.4840C*J1

4. 05495*021.3785F »012. f l33F*003.2t4tf *00 '8.9441C-01

5.0774E»00

3.8740F-012.2517^-313.8739E-011.6422E-061.4741E-052.58395-05

72

TABLE I.-Continued

PI =*H2 :

O

Ttnn

H\

S7

54 MC

M

$OCC

c .HMl-

-t >U-.

H2 +

» 5 ,OCP*01 N/SO-f .* 1.00

MHVING s^or*1.3065F*Q3

A.*3?flc*3ll.lfl73E*Ol2. 08""tF*07Q.f 5*)*-P*oo2. 3847F*00?.49fl'.roOP. 4 12 (»p— 01?• 92^3C* 0 1

1.994ir-0l*.0110e-ni1 . O94qc-0 I ,

4. 6544C- S6c ,6604C-06'.Oa'Dr-Oft

USl = 4.20F»C4XHf = 0.00

M/SFC oj = ";X»2 = 1

ST4^niNC SHPCK REFtECTEO SHOCK1. 29"* IF *C4ft. ?277E*01<-."fl3c*01^,7142C*02l.3ZnE»Ol?. 57175 .003. 1660^+00S.8t2Jr-01S. 3034C +00

3.'B31F-012,'33'iF-oi3 . *-R30E- 012.1575E-061. *532C F -S52.5629':-3'i

1.81 OOF »046.8R7QF»Ol7.6711F»014.4fl29e+021 ,4648C+01

2.6878F»003.4260C>009.0938(:-015.3420C*00

4.16265-011.674'tc-01t.l'25e-0l1.33725-07

1.1177F-05?.1360C-05

pTqnn4

as7GA^F'J

Socf l rS

C-

H

H*

u-

H2»

.00^ + 01 N/SO-K,

.00

"|?VING S^OCK •I.e73 :lc*034. 6934F*011. 246 7 C »012 .5036^+021 ,0167F+ 31

2.4976E+00

1.^1 34F- Cl

3.2166E+C1

2.c«-44 r-OI4. 8710F-1 12 • 5644C-0 I2.'IT12C-06e. R0^0 r -Tfr7,=3-.7r-o*

US1 = 4.60F+04XHF = 0.00

1/SFC

UlNIINr, S»(1CK PEFLECIFO SHOCKI.6315E+046 .8895C +01t. B38 1 E »014 . 5 5 S 7 F + 0 21.4749»«012.7191E+003.4632F+009. 1174^-01..,^205+00

h*')Lc F 3 A C T I CN S ~*

4.2")1F-011.5496F-014.2250 r -016 .4260^ -079.4S1 3F-C61.7648F-0*

2. 3085F + 048.0144C.OI7.6B92C+015.4453E+021.7126^012.841HF+003. 7461^*009.7f 96F-016.2037F+00

4.6612F-01ft. 77^26-024.6612F-019.4724E-083.3743E-06P.6288F-0«-

PI = 5.0 or + iii N/SC-M. >»si = *».*r;iE»o^ M /SECXU2 ~ 1.00 X1^ = 0.00

T ' t .= i9*c#o l ^. ( ; i7 tC*ri 7 .3622^*01*MP l.2inT|"t-Ol 6 . " '3^ ' )?* > 01 7 , 7 S 4 ^ C * 0 14 ^ . ' ^ O T f t C ^ ^ . l t l * * c * 0 2 4. '3* / t i c*02\ 1.0')0ie*0l 1 .3**^JP* .CI 1 .5709^*01•; ( 7 .4^C*» r *03 ^ . f t ^o i r t -G^ 2 . 7 f c 4 i c » - C 3

? ' ? .59?OF + 0& 3 .3 l«S r +OC 3.ST02 e»-0014 »P 1.^<)RT'-Ol fl.**677':-0l *) .1^6ft r-011| ^,070 t i»l l ? . K * c r ) c * 0 0 * ; .72T |C*00

2.?1 tO'-01 J.< i*- '-3 t-Ql < * . ^29 4 - ^ le.'*119f-r tl . 2 .0f :7 l c -0 l 1.1*11 -01

* >.-«mor-V T ,9d / i 2C-01 4 .4293 -112 3.f,Oi3 r-L' 1 .24«3 r -06 3 .THC1 -07

*>.157f i r_^( i l , '")^')F-3S / . 3 t 3 * - 1 6>» 7.17*«r.n* ? . 2 0 7 3 f - C r l. 'V (*39 -05

PI = K .OOP»-Ol N/S1-M.KM? * 1 .03

•»un l.2T l*P*Ol« ?. 7 ? 5 q c » 3 _ »

4 1.073SP»01S 2. ec l»S F»00' ? .7 t>14Pf OT14MF ' O . S 3 7 < c _ , - ; [

•1 > . 3 6 ? ? f » 11

2.«nsv-3i4 . 32°3 r -'". 1

f ?. n3r 3r - ") i? ?. 10 I 2r - ">*-

r.*f-11f-[1^

>» '. S| 7 7 r - 5 f -

UM = <».ROr»-04XHt = 3.00

7. 3000E*01

^. ot S 2EO21. C 697C «.QI

2.7 !»7SF*00 '3 , ^^7 r r »009. 3-»4 l

c-0 I

f-.^^^oo

10 L r F P A C T I GN S — —

l.n»'6r-oi-».4-*>|F-01

"*. 7-l''l(:-07• .T12E-0>,l . ? 7 4 > i e - O S

H/SFC

2.^956F+04

7.4287C+016.00.'3C»021. 9191C+012.9177P+00A.1732C +001.0'>41 r+006.9370F+00

4.ai64E-313.2726' :-024.1361F-31

l.4',27E-Oa

1 . 425**e -063.6J1' I=-06

73

TABLE I.-Continued

PI = 5.03 r*31 N/S3-".XH2 = '..TO

5.03C»34 M/0.00

1.1 117>-2 . M 4 3 C

S'tNTING SHHCK

7.84035*01

= *0l

U

2.9'523C»00

spr r i e s »ni_5 F°AC"in»is

=- 3 .G9= f t r -O t 4,6^ lOF-Ol 4.9347P-01

H* 3 . 0 9 5 S ~ - 0 1 <-.*K10c-Cl 4.9347E-01H? 1.5M<K-0* r ,4 7 f *Oc-OP

0 .4-XiOc-OS

i.oin"r-06 1.0364C-06

n-u. US1 = ".40r*04 M/SFCx"f = o.oo

STAWT^-, SHHCK "EFLFCTEO SH1CK4 3.6498**34

TQMOM

J\

S7-5A-F'J

S" r Cl e S

_

*2-?>

". ZlOOrm1.324lF*Ql1.4409F* j'1.1130F»C12. 7341 f»33

3. 1 1 70E *CT9.646U-313. 79^3^01

1.CI317C-012.«3?4C -013. *> 83 7 r-317. 95 35C -074.e 21*c-0t< - .449 f f -0>

flf fjWp »Q1

6. l3R t r*Ol6.2*«- 'c»022. 035 HE »0 12.9738E+033.92305*001.1019F*008. 1903C*00

'Ol_t F Q A C T I H N *

4.9019F-011.9'?9F-024.9318 r-313.426 'F-C9

6. 1C7OF-07

l . ' 6BTF-C6

1. 5400'=*02-. S-437F *0 1B.1014F»022. 701 8C *0 13.1235F*03

3.9874t»001. 1838F»001. 08981= >01

4.9943C-013.1475E-034.9843F-01

7.9334E-124.81D4E-389.4261C-Q8

PI = 5 .JO<= + 01 N/SO-M. US1 = S,20C*<M7 = i. 00 XHC = 0 ,30

MOVING s-fCK ST\NniNr, s"ncK" ?.01P^ r*0? ' ? .153^*=t04T 5 . 1 2 7 T C * 3 1 fl.5T7i3COiRv*n 1.3103r+0l 6.^20^^*014 S- ige^ tO? f .R23* iP«-024 l . lSl iC+ji " l.fl417P*01

<; ?.6T3 ( ' f :+oo 2.oia9* : toc7 '^ .OOS'VFfC') 1. (J^9op+DO(;a«P n.fr024c-01 1.02(''1,C*-OCU 3.6^^,01 7 .342"5»03

S P ^ C I ' S M1I.C F P A C T I C N S

<-- T.34^5!-..ol 4.'iO';lc-01

M 3. 30905-01 3.8' i«3F-C2K > 3 . ? 4 - 4 r _ Q l 4 .SO?3 C -01HI 1.13'6F-Tft ?.1676F-Oi>•<- ?.OG'-<,':-0«' 1.6127^-06-(?« ^.9640=-0f . 4 .3S67E-06

04 I"/SCC

RFFLFc ren SHOCK3. 2755 c t -041 . 2939C*0 2t.3793f»017.3'745»022 .46 14C*013.061fc»003 . 97 73C O3I. 1799P+-009.43085*00

4.97155-31e ,698e c-034.9T1?C-017.1614C-J11.0111F-072.7614r-')7

"1 = '.00 r»01 N/SO-MX"7 = I. 00

"OVI'JC SunrK2. 3452 C « 03^.444<5 E*0t

wn 1.3326F*313.70875*021.23 74C* 31

S 2.7957c»007 3.2124E>00GA«-F 8.7039r-31

') 3.938H*0!

SPECIES

E- 3.8127C-01n '.3744 r-Tl

H* 3.9127F-01H2 5.3216C-')''H- 3 .94f7 f -0 fH2* 5.78V8F-0'-

. US 1 * K , A O E *XHC - 0.00

STSJOtNG SHDCK2.4440FtO»

1.08*tF»025.6777F»31

6.71^46*022.2 '94C*C 13. 03"^ *-5 *003 . 9608F *00

1. 1 ^4«iF»009. 2664F *00

— ^OL*1 F R A C T T G N S

4.9535E-019.8897F-334.95J5F-314.^161C-102.H72F-076.2197E-0'

04 M/5"=c

R F F L F C T E n SHOCK4.0227F*04

1.7991F*025 . 1 01 3r *018.8705F*022 .9246F *3 13.1711F»003.9919F»001.1910F*001.22S2C»01

—

4.98985-012.33195-034.989RE-011.404RF-123.0841F-OB4.0547F-08

TABLE I.-Continued

•50N/n/

PI «<"2 >

i un

Z1A*^EU

e .H

H*H2M-

M2»

5.00^*01 N/50-*1.30

MOVING S"rtCK2.5164F*035.61825*311.3382E*911.977'16*021.28*1^*012.85605*001.34615*138.769.1F-014.0799EO!

4.3?44e-311.9«12''-014.3243F-013. 415 Oc -073 . 331 3C-065.3J7IC-16

. 1)51 = 5.enF»04XHF » 0.00

M/SEC

S'ANOING SMOCK BCFIECTEO SHOCK2."720E*041.2337E»0?5.2536F*017.1713E*022.4012F*013.082JE>003.9779F*OC1.1T7»F*001.04515*01

-- MOLF FR4CT ICNS -

4.'9722E-017.2J72r-llq. 6697E- 082.4813E-37

4. 41475*042.07786*325.31 93F *019.6933F»023.1449F»013.2172F*003.994 3 f»001.191 7F*001.3740E*31

4.9929F-311.4216F-034.9929F-013.3021C-132.19085-382. 33796-38

PI » 5.3J**31 N/SO-M.XH2 ' 1.00

MOVING SHOCK

T 5.8133F»01»HO 1.3374E*01H 4.?«6.1F»02t

7

U

USI = 6.33F»34 M/SFCxuc . 0.00

8.8674E-01

S K F C I r

c-M

H?

H2»

2.01<)7r-17

SHOCK

l .3852E»02

3.1273F*033.98f 1E*00

HCLr F O A C T I O N S

REFLECTED SMOCK

3.4812E-034.98266-01

5.37475*311.05195*03

4.45396-381.09395-07

3.25826*003.99585*001.1919':»33

4.9947E-011.0561E-034.9947E-011.007*6-131.5267E-381.1283C-08

PI -XH2 «

0

TRU0M

tSzGA" EU

E-HH*•4?H-

,2*

PI -XH2 •

pTHMOMAS

•zGAW5II

SP5C t

c~M

H*H2H-H2*

1.00^*01 N/SO-M1.00

MOVING SHOCK2.8738e»036.03835*011.32935*014. 54355*02l.3941E»312.97936*003.57935*338.49265-014.3?9lF*Ol

4.4119B-011.1762?-014.4119E-011.3751F-372.0078E-063.25235-06

*.OOF»0| N/SO-M1.00

MOVING SHOCK3.0591F*03S. 31055*011.31335*014. 8431E*321.4630E*013.03816*003.69105*009.1390E-014.495?E»01

4.f 81«F-31•8.3706S-024.5814C-314.9054E-081.3749F-06

•2.3316^-Of

USI > 6.20E*04 M/SECXH6 - 0.00

STANDING SHOCK2.78265*04.5419^*02.«2266»01.10606*02.705*6*01.16786*00.99346*00.18965*00

1.2800^*01

~ HOL^ Ffl ACT ICNS

4.98805-012.3934E-034.98805-013.5020E-122.78915-085.4529E-08

REFLECTED SHOCK5.1488^*042.61375*024.8546E*011.13716*033.85575*013.29995*003.996Te*001.19206*001.6399E»01

4.99595-018.1423E-044.9959E-013.66025-141.22786-086.9358E-09

. USI • 6.405*04 H/SSCXHF • 0.00

5^4 NO ING SHHCK2.86075*041.70336*024.2083E*Ol8.58195*022.84586*013. 206 lc*003.99306*001.19086*001.39976*01

• MfJLf FR AC T t ON S

4.99126-011.75995-034.99126-011.6347F-121.9898F-383.1400F-C8

R6FIECT€0 SHOCK5.47666*042.95266*024.«403E*011.22505*333.7?10F»013.3311E*033.9974«»001. 19215*001.76996*01

4.99686-O16.4368E-044. 99685-311.51196-149. 31385-094.48735-09

75

TABLE I.-Continued

"I- SON/n/

pr« ••. svXH2 - I-.OO

N/Sl)-f USlXHF 0.00

M/SECKH2 > UOO

N/SO-M, USl • 7.336*3* M/SFC, • «H* • 0.00

S ,2r.4"F.u

1.2472c»0 i>

1.7841FOI-5.1*S3r»02'

3. 0"80F»On

9.S371E-314.627?F»31

ST4.NHING SI-CCK • PEFLFCT'P SHOCK2.9069^*04

1.'>20JE»01

,7411?»0*.2«30F*02

.1979? t

."OVINf, SMpr STANOING SHOCK

9HnM4

7

U

,T70»E»02 ,OOI")E»OJ

5.943SEO*3.I414C*023.8677F*Oll.»B70F»03

J.*300?»00}.998«£*001.1921*092.1161001

4.7?95'-Cl

'1729'r-ni *.9932C-01

1.-224F-C82.1127E-OS

•5.1937F-3* ,-

7lo792?-09

"«• j

H2

HOI' FP.«C»»ONS

S.0924E-0**.9?78<--OlT.452TF-101.4M8F-37 7.«?6TF-39

3T 7.3

4.9983E-01

.9983E-01

PIXH2

MP

>

GAMU

SPF

e.H

•4*M2

H-

H?»

• 5.00r»0l N/SO-M• 1.00

-* - . * - MflVI NG V'Hf K1.436^F*G37. 1 Al'JF^ai

'l.?39»f»»l- ' 5.4«81*,0?

1.66R1F* 01' , -1. 1 * "'F f 00

1, 082 y » 3*1f I.OCT>E»OG

. 4.'577<-.Jl

:ics

4>,4,DC--)|

'l.1430F-024.94<)0r-*0l*. 5327^-09.'.9H26F-G77.7414F-37

. usi ' e.socto*XHr . 3.33

1T4HOING SHOCK R7.9 1 2 JE *04?. 3295C*323.AOO!r»01' .

.9.54555*023.1083E*C13.2'8?E*00 ,^.O95!eO31.1916^*001.63»l'»31

- «OLC F»»CT|CNS -

. 4.994TF-3!

1.0617E-CJ4.0947^-015.6140F-131.1246E-081.1459F-JB

M/SEC

FHFCT'n snrCK?.9146C *343.55 13F *3?

. 4.1655F.01.43 1 7C*33.,1143E*01.397ir»00.99«3F*00.1921F>00

?.3U8F*3l

*.9979«-3l4.21C1E-044.9979E-013.3442E-IS

.5.30*<iE-092.1172E-39

76

TABLE I.-Continued

PI =XH2 =

p

T9Hnu "** '4 ' ™s 'szr,j"E" "., '

SP cf I '

c _

H4*

H2"H- ' *H2» _;

1.00CO2 N/SO-H.1.00

MOVING SHOCK1 .0^36Ft012.7140F»;i "3.1200E+00 '2.774'^-tO-) '•1.6432F+001.0510EtOO '

'" "l-. 0000ft 00 ' *9.94946-01-

t •2..266l':«:i_ •'

r-

l!?7 iIT-11' ? . -1^^ 7? -4'fl'

l.OOOO1" tOO-A

' 7 . 3'7 1 r-44- '1.3'i6t'--4H

US1 = 4.00E«03XHE = 0.00

* »•

H/SEC

,

STANDING SHOCK R E F L E C T E D SHOCK2. 117AC *oi3. 3 *69 c tOO

" 6 . 5 4 7 6 E t O O1.45266*03

- 1.821?c<-00 -' • r.0527E*00"*• l .OOOOEtoO

9.8S10E-01 •l'.35T^»D3 -

' ,. "

1.5530F-345. 1S11F-C9

- '3 .8023F-14 '

*• i rooccF»oo! ' -6 .4523F-41- '

\ . "

5 .3613 c t 014.71S6C1001. 1369Et01

" 4 .9387F»00' 2. 1376E»00

1 .0692 C *001 . O O O O F t O O9.A897F-01 "1.1940F103

'

3 .2872 e - 262 .55B3E-05?.8899F-?6 '9.999/c-Ol

- 1.4752F-32-' .3.9730F-27 -

PI = 1.00F»02 N/SO-C.XH2 = 1.00

US1 = 6.00F»03 M/SECXME = 0.00

PI = 1.30SO2 N/SO-M. US1 = 5.33^XH2 = 1.00 X"E = C.OO

ir, S"PCK STAHOINf, SK1CK PEFLECTEn SHOCK'41Et31 4 .4545Ft31 9.6972C.01

S7GtMF

SPFCKS

F-

l .OOODE'CO

5. 1 721C»OC

1.OOOOFtOO

1.47966*00

' FR f tCTHINS

*. IT !5^-24

1 . 0 2 ' y - "1

c -17c- -3 i

7. 224l«:»002.4S33r»00

9.1250C-311.3190r»or,

7.9784F-19

4.3S72' :-03

p

T -'PMH

H ' '\

S

zWMFu

SPPC f P S

E-

^7-? t

PI « I.XH2 • 1.

0

T ' "

nun •H4S • ' •7 • '

G»»F J

II '

S P F C I C S_

»2-2»

"PVING SHO^K

2.42fl9E»014. 8*78^*00C .OOOOE*00e.0990F»00

2.1665EOO1.1092C*001.3303O3T9.6617E-013.(>';i'-FtOO

c . "Tjqgc-^eA. «;g7fc_r)c

1.56S2I:-2 =9.99T3' :-3I1.1513r-2°l.f-183 r-26

00^»02 N/SO-H.00

MHVINC, SHPTK3 .3347r»o i6. 1114E>00 '5.4491F»00(>;6 '69F»30 '2.3792^*00' ' '1.1 i7,ir.or ' -I.oni3f»i)n •".^''OJF-Ol ••-4 . 3 4 7 ' E » 1 0 •

4.9ii2r-i<;?. '99 tF-J3

4. 7443F-15

9.9'40F-01

2. 71?ac-:'

l .S751*-n

SUHOING SHOCK

7.7540E»Ol6.6449EOO *1. 1636E»017.3330EtOO2.45MF»001. 1166F>001.D028EOO9.0e25E-01LSbifcEtOO

MOLE FPACTICNS

1.44'i7r-l7

5.'=903E-03' 1.3061E-17

9.9441F-012.1461E-21I.9H48E-19

REFLECTED SMOCKl.5167F»027.9648E»031.8678E»019.8416E>002.6179E»00 '1.1381E»00

' 1.0194F»03 '8.4405E-011.3386E»00

' 2.3151F-143.8147F-022.2317C-14

1 ' 9.6185F-311.4055F-17 '

•fl.4849E-l»'

US1 - 7.00F»OJ M/SECXMC . o.OO

ST4NHING SHOCK

1.2697F.02

7.9910F»00

l .«*46E»01

' l .0023E»012.6189^.00 'I .149SF.OO *

- l .O222E>00 •9.3974f -0 l

I.s704f (00

MOLT F 0 4 f T I C N S

2.<.026e-14"' .3360E-0221M18F-1*1.5664F-011 . 3 1 X 9 E - 1 79.0H«E-lfc

• ^ .< ' -•>

P E F L E C T E D SHOCK2.2369t.32

' 8.8887F»002.3572E»01'l.2831Ft01'2. 7753 e»00

^ 1.1743E»03 '1.0533E»00 '8.-2266'-011.3096':»00

1.0721C-121.0124E-011.0367E-128. 98765-01

' 1.283(.e-l53.fc704e-14 '

77

TABLE I.-Continued

PI = 1.10r*0? N/Sn-M,<H2 = 1.00

IJSl = 8.03C»03 M/SECXHF = 0.00

MOVING S"OfK STINGING SHOCK "EFLECTEO SHOCKD

TRHO

H%

SzGAMEU

SP C I F 5

F-M

H*H?H-H7*

4.4253F*017.18216.09758.3174

2.4974

1.1(44

1.0113X.5930

»DJ 'too,00,00*00, 33-01

5.3864 *33

2.C451---027. 4 1*^Rr — 16o. 79 R ^ C — 011.41 43C - 1 91.9796C-17

2.0!63C»028j9515 c*032. 1 2^2C*01l.3263« :»012. 7R9* F ,001.1857F*001.0e»BF»008.20755-011.4567F»03

l'.1283F-011.4682C-128.8717F-011.B069E-154.B171F-14

3.2075F*079.6622F*033.0156E*Ol1.6389F*312.947BE*001.2142'=*001.1008E»008.1703F-011.20J4E»33

1.4267F-111.1305F-011.3817F-116. 1695F-017.3166E-144.7841C-13

PI •X"2 =•

oTauoH

A

S£

GAMF[J

SPEC i *•

F-HM*H?M-

H7*

1. 30F*37 N/SO-M,1.00

MOVING SUOCK7.1681e»318.«12<lF*oo7. 9491 F*3 1

' l.?67',F*012 f 7 1 JOpf OQ1* 22*0? * 001 • 059T F*00q, 1 5 56F — J \6.64946*00

1.119 5e — 1 14.9318F-1 3fl. 1B15E-112.7921C-16l.OB20c-14

, US1 = 1.03F*iXHF = 0.00

STANDING SHOCK4. C8436 »021.0459C *013.73776*012ll3356»013.16C9F*001.2702C»00l.l77.1F,oo8. 1716E-011.41536*00

• **OL ? PR AC T t CN S

1.3105E-102.94A2E-C11.2714F-107.0538E-313.3638E-134.2937F-12

)4 K/SEC

PEFLFCTFO SHOCK6.59366*021.1068F*014.8392E*012.5302E»013.34266*331.306!F*001.2309E*008.2011E-011.30346*00

5.3813F-103.7520F-015.2234F-106.24805-312.17405-121.7970F-11

PI = I.XH2 - 1.

P , ,T ,<tHPHAS

ZGAMEU

SPFCIFS

E-HH*

H2-f-

H2*

00r»02 N/SO-M00

MOVING SHOCKe , 7pfl<JF *Q1T .9392E*00f .977<>F,001.041JF,oi2 .63216*331.1931F*001 . 030^>E* 30P.275SF-015.8630F,00

3.8913F-145.9435F-0?3.1075t-149.40q7E-0 11.3462F-1 79.3098r-I6

IIS1 = 9. OOFXHC = 0.00

STANDING SHOCK3.10345*029.7439^*002.B7116*nl1.704!,6*017.97'6F*031.2259F*Ofl1.1139F*338.1639F-011.42625*00

- WOLF CRACMCN

1 .88186-111.9970F-01l.«2*3E-ll0.0030C-C13.71795-146.1248E-13

»C3 M/SFC

»FFL cCTtp SHOCK4.6622F*021.0383C*013. B*-8RF *012.0568E*013.1379F*001.2583F*001.1635F*038. 1719F-011.2907=*00

s

1.3604F-102.76605-011.0281E-107.2340F-013.1262E-133.5445F-12

PI • l.OOF*02 N/SO-M.XH2 = 1.00

US1 * 1.10E*04 H/SECXHF > 0.00

D

T

1HO

M

\

*I

GAMF

"SPFC I 5S

c_HH,

H2H-

H2*

MOVING SUOCKB. 7 B59C* 018.9871E»001.9333E*00l.'172Ef 012.8244F*001. 2573F*331 .0944F*008.111 OF-^i

7.428'iF«00

3.0615F-12

3.0006F-128.2749F-012.3229F-156.3210F-14

STANDING SHOCK RFFIECIEO SHOCK6.4467F*321.1128E*Ol4.6C84F*01

2.6077p'*0l3.3&93F*001. 31826*001.2437E*008.2333E-011.42675*00

• MOL F FR ACT I fW S •"

6.28336-103.9116F-D1«.. 1038F-106.0B14E-012.51B3E-122.0469E-11

9.1095F»321.17386*015.8539C*013 • O^f fc E *0 13 • ?62A^ *001.35856*001.3110E.OC8.2467F-311.3357F»00

.2.15706-094.74535-312.0973E-09

,5.25475-011.11726-117.091*6-11

78

TABLE I.-Continued

. pl•lOON/m

Pl = 1.0QF*02 N/SQ-M,XH2 = 1.00

US1 = 1.206>04 H/SECX"e = 0.03

MOVING SHHCK S T A N D I N G SHOCK R E F L E C T E D SHUCKpTnun-H

ASzG A M EU

SPEC I CS

6-HH*

H2M-

H 2 »

1.0=636*02'".40506* 109.8965E*001.79066*012. 94016 *10l.?929' :*001 . 1 3506* 008.0Q7T 6-01

"'""'*"

..|M.-M

1 . ?3 77C- 1 17.6211C-01 <1 • 2?*> 2C -I 42 . E 2 9 9 C - 1 3

S.71«.3F*021. 1 7 7 4 E » 0 1

- 5.5940F*013. 1 2786*0 13 . 5 B 5 2 E « 0 01.36956*001 .3232F»008.24906-011 .4536F»03

wot c F Q A T T T ON s

2 .3796F-094. 98476-012.3156E-99

• 5.1153F-011 .2J86F-11

- 7 . f , 07C6- l l

1. 1933F*031.24 |4F*016.86396*013.6359> :*013. 8000E*001 .41396*001 .4004F*008.30646-011.38086*00

7.4567<=-095.7187E-017.?674E-094.2B13C-014.6fl06'=-ll2.3H2E-10

Pl =XH2 =

pTRHOHAszGAMFII

SPC c I c

F-H

H *»1H-H ?*

1.00^*0' N/S"-M1.00

C O V I N G SHOCK1.2494^*02S. 73q.'. c*001. 01106*11?.0f l" f36*013. TSO^c. j ;1 . 330^6 *001.1 B06F* 00P. 10003-0!

4.">13F-I 1T . O ^ T S E - O l4.1752F-11S. 9437C-.11

5. 0844^-14». I 15?c-13

1111 = 1.3CF--XUC = 0.00

S T A M P I N G SHOCK1.1381F*03

- 1.2423F*016. 49436*013. 6921>=*013 .81546*301.42366*00I .4l 'y4p*03

8.3076F-G1l.4954E*00

7.1076<=-39r-.B203F-017 .ft 1 59C-094.1797C-014.7425F-H2.1939E-10

(M H'SCC

REFLECTED SHOCK1.5359F*031.3U6F*Ol7.8150E*014.2677'=*014.0CS8F*001.4723E*00

. 1.498'FtOO' R.3B30E-01

1.4393C*00

2.3632 I :-OB6.S519E-012.3102E-083.3481C-011.7052E-10T.OOOO^-IO

Pl = 1XH2 = 1

pTn"nH»sjGAHEU

SPFC i FS

E-HH*H2M-H2*

Pl * 1XM2 « 1

Q

TRunHASzGAME')

SPFC 1 5

E-HH*H2H-H2*

.OOF* 02 N/SQ-H

.00

MOVING SHOCK1.45B2FO2l.G150E*011.1671E»012.4077E*013.1837F*001.3711E*001. 23095*000.1127E-019.7316r*00

1.18<.9'=-10'. 7525F-011.1648C-106.2'i75'r-01l.Sf 71^-132.174SF-12

.00C*02 N/SO-M

.00

MOVING S"nCK1.6324^*0?1.0«.95E*OI1.2461F*012.7515E»'013.3126F+001.41 V=»J3l^B^IE+OO 'B.1327E-011.04R')E»01

2.aeno r- io'.445<1':-012.8413E-10;.c;l;4iF-oi4.«454 r-115.133SC-12

US! = 1.40E»04XHE = 0.00

M/SEC

STANDING SHOCK REFLECTEn SHOCK1.4447E*031.3092E*017.3321E»014.3013E»014.0639F*001.4R02F»00l.EO'ilE»00e.3S16E-011.5515F.OO

2.3224F-086.7114E-312.2716E-083.2886E-011.6103E-104.6890E-10

. US1 = 1.50E*0»XHF * 0.00

1.9313F»031.3883E*018.6715E*014.9550E»014.3474E*001.5333F*001.6043E»008.4859E-OI1.5132E*00

7.2046E-087.5332E-017.0679E-082. 46686-015.6996E-101.9373E-09

M/SFC^

S T A N T I N G SHOCK D E F L E C T E D SHOCK1.7890F*031.3814C»018.0^38F*014.<)5i7F»014 .3373E*001.5387r*oa1.6060E»008.47<)6F-011.6243F*OC

a. io ioc-os7.5468E-01f..(-7^<)F-082.4532F-01e .1006E-101.7611E-09

2.3809E*031.47886*019.37506*015.7030E*014.68-;CF*001.5966F»001.71736*008.6428F-011.6130E»00

2.3608C-078.3538F-012.3262E-071.6462E-011.9155>:-095.37656-09

79

TABLE I.-Continued

•p. -lOON/n/

PI = l . t>0r*02 N/ST-". USl = l . tCF»04 M/SFCXH? - l .QJ xnr = 3.30 ,

PI = 1.00f»0? N/SO-M.XH2 - 1.00 .

US1 • 1.80F«04 P/SECXHE = .0.00

M O V I N G SHOCK S T A N D I N G SHOCK Q E F I E C T F O SHOCK. 1.0211F»02 . 2.161!T*03 . , 2.8B2"»03

MOVING S"OCK STAN01NG SHOCK BEFLECTED SHOCK

f"1, ,,,., 1.31R6F*01. 8.442GF»011 .H, , - " . V l l U I F t O l . . 5.65135*01 .A - *, • r- 3.4480C*OG f r 4". 6483E *OCV. j ,'- I^^'.c.OO • 1. SQ84C4.00'

-.1.71175*00.' 1*.!570C-01

l .B334C»00,

1.7177' :*OC .. I ,7410c t 0o

- ' !•

M O L C F U N C T I O N S

2.'o'342F-C7 9.432"E-07.. 9.3I55E-01. . 9.09145-01-

H2; ,, »,, - ?4.R<.')6F.-Gl , 1.6845F-01-. _ 5.08625-02..

H* f ••• i, i.S1- 124<>rT.U ' . 4 .S245C-09 ^' ' ,1 .6333F-oC

O f

T,'. - •RH'D

-<• 14 • ,-S .

7, »GAME .i|

SP^C 1 F S

E-

*' ,JT y '* '•>* - .

,2.4463E».02,.K 1^206*01

1.43RBF>01 .3.9244E*01

*3. 7395F* 03'l.5508P*00

, 1.4760E*00B.2241E-01 <

' 1.2733C»01 -

, 6.4409^-312.96B3E-GO,3.5531'='-.3.1.i.3337^-124.4707r^u

. 2.9835F*O3 •• •-•. -1..7302'=»01 , '. •

fl.,<)945E»01 . -• »7^1655F »0l'. 5".6035e*00 . " i ', -1.7174F*00 ,- •

f j l«917lF *00* -9«46 C 9E~Q1

: 2^0392E»00

3.6217E-06- , 9.5676F-C1. . •

3.6G21F-C*-4.32285-02 - ,2.1405E-CB,->..10*2e-08 . -

4.1509E»03^.3939F*3 18.7060F+01fl. 5668E *0 17.3835E»001.7942E»001.9942E*331.1434F*002.5186^+00

3.1183E-049.9614E-013.1166E-043.2394E-33

• 7.4832E-079.1981E-07

PI = 1XH? = 1

nTt'l i *- '.'**W9* 'H

4 V -s. * ,7 "

OA**F.II ' •

SPFC 1 FS

E- ' "H ._Hf

H2

H-

H2«

.on«:»o2 N/SO-M.• op. . ,

MOVING SUOCK-. 2. 1 76 cf * n?f..v i.-U^'JFfOl

1. 3B27P » 0.1

,^3.500ic*0t3. 5 997F* 0 j

," l j5033E*Oj '1 ', 40BSC* 03

^ 8. 1 87C F-01J 1. 19B')F»01

. ".1013F-011 . 4405F -094.1917C-012. B623F -) ?2.30e8' :^l 1

USl = 1.70F*XHf = 0.00,,

STANTING SHOCK7.56R9F»03

' .'l.e6';3C»0'l,9.001 "»c» 01

r tV3893Pf01, 5.332?FO3 ,

'l^ 65flfic*00, . 1 . 1 1B6F+331

'8.B713E-311 * 844 2E *00

MOLF f P A C T I G N S

7.06C IF-07i.012r!:-01S. 99J9F-079 . 9 75 IF- C25.11375-09

- 1 .2296C-OR

04 M/SFC

-. • - .

OEFLECTFT SHOCK3.4527F»03

" 1.81905*31- , 9.7784F»01.* . *7.4279P*01«, , , 5'.88R9F*33.

"l.7272F»00,. 1 ,9412C*33^

9. 821 4C -3 I5 ' 1.9<,93Et.OO

xtxr-Z7.5204F-06 *3.03G3E-02"4.26DF-387.42C3C -08

PI =XH2 =

p.T

"HP. "

H

A "S .1GAMFIJ

SPFC I1

F-H ,H »H2-H-H2>

1.00F*02 N/SQ-M,1.30 .

MOVING SHOCK2.7309p*0? fi.'ias'iFJOi ,1.4B55F*014.3624TO1-.3.8900C»00 „1.599BC»00 ' ,1. 5/.73F » 00 ,

'fl.2'94F-0,l1 .347?P»31

f>.2771<:-3'!7.0743' :-01

1 6.2059 c -09 r

t.' ?.92C7C-011.3834c7ll , ,

USl = 1.905*04.XHE = 0.00

M/SFC

STANPING SHOCK REFLECTER SHOCK3 » 370""1 +JD3

-,t(2,.H040lE»01 « •8. 344 IF *0 1 ,

_, 7".9fi79F-»01 -, - f.630?p*00 ,

l'.,7717r«00, ,1.9801 5*00 _

• f.'08R2E*00- 2 .4302F.OO .

MOLP F R A C T I CN S —•

4.2f.7"!F-059. 89B4F-C14.2607r>-351.007BF-021.51475.-07 ,2. 2007^-07

4.916 5E*033.1064F»017^. 8789C *01

>9,.8136F*01,• 8.0772E»00

v 1. 84765*332.00B8F*001.0455E*00

-3.12495*00

4.09065-03- 9.8940E-01

4.9900F-316.0469E-045.'i334'=-066. 14876-06

80

TABLE I.-Continued

V 100 Him'

KHZ-. J.OOusi • 2.coFXMC . o.OO

H/SEC •I • 1.00F»tt M/U-H.«H2 ..1.00

IBi • 2.20E<>04 H/stcV • 0.00

CAME'I

I.2270F..01l.S22«.EOI4.8239E*01

l. t lOIFtOO1.6270F.OO

1.81 7 7? .00t.9«T4'>00

2.9407:400

MfWIMG SHOCK STtNOINC SHOCK (H;FlF.CTFn SHT1CK3.030l?»02 3.70«>5F»01

2.5234F.OI7.3S96FO1a.7*71'»0l , 1.0««lf»02

I.8«80E»002.0346F»009.«*01«-OI3.4747F.OO

.•(WING SHQrK3.473AF.32

5J»17IF»OI4.47HOF.OO

l.TT92F»00».»2*«E-OI

SHOCK'

1.4107f«01

I.I9I3EO32.024HE4009.7MOE-OI

BEFlfCTEO SHOCK7.3234F.93

I.3309E02

I.9572F.032. UOIF.OO8.1T22E-OI1.13601*00

SPECIE

E-MH*

H2

M-M?»

t . JOT2f -o«

l . f8T«e-JO

6.2V34E-G4

1.9I23F-03

1.31 57F-C6

l.TSOS'-O?

U710tC-02

•l .JI«»E-0«l.492|F-«

S»FCIFS

M24-

1.7*11*-01

«!r«7|F-IO

, 2««1F-02.T4S7F-OI2*'.2E-02

997JF-06

«.235«E-02H.9509E-OI1.2K3E-021.1835F-042.T&T3E-9S1.3442E-01

PIW2

1.00«»02 "I/SI-". USI • 2.IOF.C41.03 «HC . 0.13 PI • I.OOF»02 N/SO-o.

«H2 > 1.00USI » 2.10F.04 K/SEC(HE * 0.00

. 1.7T34F.31

* "S '

1C SH"C«4.042flE>03?.3»36f»0lt.69l3«»01

2,J)6«Fi03l.C'SI'^KXJ

»E*lECTEf> SHOCK

t.SOOS'tOll.2l4»f»OJ

2.0497'tOO9. l*.40'-01

"OviNC vnrn

,}4S4F>01

.I'8«F«00,742'F-OI

4.7*9|E*033.T|83COI

SHOCK OEFlECtFD SHOCK

1.1502F.02

l.9240*-*00

4. 0*11 OF 400

T.6093F*034.«19*F*OI

.T.«N24«»OIt.44«!':»029.I879FOOU«90TF>00

H2H-

l' "HCTICNS

<l.'9l?9(-OJ

, 4 . » I » 7 F - C »4.SKA4F-36

«. 11976-91

l.«*«»f-042.0»»3F-J«

M>42

.TT19F-07,b|IT'-32

.21*0^-09

f FP>CTICNS.

2.5714F-02

2.S7SJE-022.337J?-J4

l.»442'-01

7.ITO««-029.5*42€-OI1.1697E-02I.3822F-343.3U9E-0?

81

TABLE I.-Continued

100 N/irf

PI «X"2 •

.

PTRHOH

ASIGAMEU

^p££ t C

F-HH*

HZH-M>»

1.00^*02 N/SO-M1.03

' MPVI'JG SMOCK.4.3C64E*02

' l.f>415»01l.5094**01ft. 931 *)E* 31-S. 1*855*00i.acMc*oo1.93135*009.2554E-011. 7337e*3l

7.l725<:-379.6468F-017. 1*1 9C -0"*3. *i 122F-021.1718J-093.2362F--)";

. US! » 2.*OE>0*X«5 » 0.00

M/SEC

STANDING SHOCK REFLECTED SHOCK!.3*;7£»033. 96r 35 *016. 11R5C *01

' l.2401F*.326. (.6006*00

1.957*^*002.08«8F»009.0R42E-01*.214?F«33

4.11655-329.1708F-014.1'62F-32l.«190E-041.9061E-0?2.2438E-C"

8.0057e»034.6048E>01'7.9002F*011 .5667r*3?9.445«F»002.0253r»002.2006e>008.S042F-014.0191"=*33

9.1313<:-028.17225-319.12995-328.6299E-053.746'5-054.79786-Of

f\ • 1XH2 • 1

pT

RHOH\SIGAME

"

SPFCIFS

t.HH*H2H-

H2*

.30C»32 N/SO-M. US1 - 2.50F*04 M/S5C

.00

«rvl«.G SHHCK >4.6995E* 32

' 1.69fr7E*01I. 3974F4317.47^15*01 '5.97345*00 '1.9043C*001.9821E»r)01.361 3C*OD

' 1.76475*01

6.6971S-069.9095C.ol

*. 693le-(>ft9. 0399": -037.3099'~-091.4082F-OB

X«F . 0.00

iTAKDINr, S"CCK*• 0686E*03*.1666e*015.7316E»011.34846*028. 8^16^*001.9940F*OC2.12245*008.B998E-014.30716*00

MOLE FRACTIPNS

5.7813F-023.84J3F-31C .7<)C8C-021.01055-042.2324F-0?2.6B68F-05

PEFLECTFQ SMOCK7 * 95 Se E *034 • 7485^ *0 L7 »^528^ +0 11.69095*029.67115*032.0626F»002.2480F*308.7619«-314.06705*00

1.1043E-017.78905-311. 1042^-016.B185E-053.B9715-0«;5.1015F-05

PI « 1.XM? « 1.

P

THMOM

t

SI^"EU

SPFC I e S

E-M

H^

H2M-

*2*

PI • 1.XM2 • 1.

PT

RHnHASI

G1HF')

SPFC IPS

E-MH»

M2-1-

H?»

00C»02 N/SO-M.00

KPVIHG S"nrKS. 03065*022.3417E*Ol1.2343F»01B.06'S4E»016.8771E»001.9462F*00l.997?F»331.1604E»OCI.mt6c»01

1. 1141F-049.9B?5t-Ql1.11 38* -041.5?5?E-315.9429F-088.64'3C-D1

00C»02 N/SO-1.00

MOVING S"OCK5. 3687F*0?2.42«.3F*011.10c<iE»01B.A71>9F»017.39BOFtOO1.9816F»332.0113E»001.1243F.»001.86715*01

1. 0375^-039.97'i5F-ol1.3374C-013.7431E-043.3514r-373.711«,F-07

US1 « 2.60E»04 H/SEC'XHE • 0.03

STANDING SHOCK4.8410r»034.3123F*01•!.1920F»011.4452E>029.0626F*002.0327C.OO2.1619F»008.80B?C-014.3277F*00

MOLF FRACTIONS

7.49B9E-328.4990C-01'.49B4F-027.5813E-3?2.38LOE-05?.9?26F-05

REFLECTED SHOCK7.4781E»034.8J21FO16.7160F»011.78816*029.87975*002.10246*002.2948E*038. 7307F-014.0851C»30

1.2858C-317.42T2E-011.2856f-01S.3144E-0'3.8005F-055.056(>F-35

US1 « 2.73F»3* M/SECXHF - 0.00

STANO1NG SHOCK4.6781E*334.4419E»014.7792E»01l.'=445E»029.2545E»002.0701E*302.2037E»OC8. '•495F-014. 3?24C*00

MDUC FR ACT I ON S

9.2M2E7C29.148'E-Ol9. 2«0*E-025.8865C-05'.4782E-353.0980E-05

«EFLECTEO SHOCK7.1394EO34.9486F*016.13165*011.9971F.021.0049F*Ol2.1412E>332.3430r*008.7399E-314.10175*00

1.46505-017.0680E-011.46*95-014. 21385-053.6844F-3S4.9780e-05

82

TABLE I.-Continued

PI « I.XM2 • 1.

D

T'

HHOH1

SIGAMEII

SPFC lc S

p.HH»1?M-

H2>

00e»02 N/SO-H00

MOVING SHOCK•i.721)2E»022.7T226»Ol

' 1.028BE»019.3109E»017. 5821 E»032.0126F»002.0089E»03l.03?3E»001.921iS»Ol

*.*717F-039.9071E-01*.5715e-031.4842C-:*8.8007C-07<».9821F-0-'

US1 ° 2.80F»0« M/SECX"F = 0.00

STANHING ShHCK4.68«3F»03*.°6<NF»Ol*.!;9}C»Ol1.6500EW29.4613E»032.10526*002.2<.S3E»008. 7124E-014.33«tS!l«00

•• MQL6 F^ ACT IONS

l.IO?2E-017. 78SSE-01I.IGSIF-OI4.7*?7?-052.5902F-OS3.2«">1E-0^

REFLECTED SHOCK7.0259E»035.05435*01!.806RE*012.014SE»021.3259^*312.1777F«002.39196*338.6990<=-01«. 13286*00

1.64636-016.70t36-011.6462E-013.4343F-053.6344E-054.9948?-05

PI « 1.00'»02 N/SO-M.XH2 « 1.30

US1 = 2.90*«0* M/SEC

MITVINr. SHOCK STANDING SHOCK REFLECTED SHOCK0

TUMP

HASzGA-«FU

6.1227E»07'3.0482E*OI9.92676*009.97«1E»317.6919E»002.0409f«002.0234F*009.5°24F-01l'.9833E*01

4. 36M?*034« 704 3?*0l4.5029E»011.76496*329.«901E*002.1387F«002.29t7F*00fl.6«0«.E-01*.37"E»00

7.7200e*015.1757F*01!.69J3E*012.14445*321.0500F*012.2129E*332.4493F»008.69«6F-014.1816E>00

^•"-1.1"

6-HH*H2H-M?>

I. 16731-02n. 7657^-011.1673F-328.2540F-3'l.f 9^0f -0*1.88')lr-06

w-n^. t - f n i d u r t b

1.2927E-017.41J7r-ol1.2926F-313.9322F-052 • 340F-05T.;«4()t-C5

I 83S3F-016.3285F-011.8351E-312.8525F-053.648BE-055.1149E-0"

100 N/m2

pt - iXH? . 1

PTRHOHASzGAPEU

SPFC \f s

6-HM»H2H-H2*

PI - 1JCM2 « 1

fTHMflH4SIGAMEU

SPEC i? s

F-HH*H2M-

«»

.OOF 02 N/SO-N.

.00

MOVING SHOCK6. !434F»023.26526*019. 8341E*031.0664E«027. 8239E*002. 0678E«002.0440E*009. 1716E-312.0488F«Ol

2.160BF-029.5672F-312.1408E-02«.5678f-0e

2.6009E-06• 2.8935E-06

.OOF*02 N/SO-H.

.30

MOVING SHOCK7.4495E*0??.5<>jqE»3t9. 882'E»00I.2122F»028.139>JE»002.1L9<IE<-aO2.09TJFt038.T899E-012. I8T1E»01

*.6**TF-3?9.070SE-01*.6**7E-023.J117E-01)^.3759^-Od*.9533e-D6

US1 • 3.00E»0* M/S6C ' -XHE - 0.00

STANDING SHOCK!.1648Et03*.8*17S»01*.5*25E»011.8875E»029.9J*1E»002.1712E»002.3»83EfOO8.6798F-01«.4264E»00

1 MOLE Ft ACT 1GNS

1.4839E-G17.0313E-01l.*B38E-013.3196E-0?J.9872E-053.8353E-05

REFLECTED SHOCK7.5998E»035.3072E*01S.T389EO12.28*5F»021.0762E*312.2»76E»002.S081E»008.T009S-01*.2'.«8F>00

2.027*6-01}. 94*26-01Z. 02726-012.39*96-053.6863E-0!5.2808E-05

US1 • 3.20E»0* B/SEC .XME • 0.30

ST4W1ING SHOCK?.9778E»03S.1171E»Ol«.7509E»012.1510E»021.04SOE>012.?3;3E»002.4389FOO8.6796E-01<..55*6E»00

MOLF FdACTIGNS

1.8670F.-016.26S1E-011.8669E-012.4243E-053.152*E-054.3T69F-03

REFLECTED SHOCK8.6828E»035.56*7E»3l5.90UE*012.58826*021.13306*012.3163S»002.63«6E>00e. 72396-01*.3970E»00

2.43966-015.1T99E-012.*09*E-011.6999F-0!3.72286-033.SR60E-33

83

TABLE I.-Continued

•lOONlnr

>1 • 1.00C»J2 N/S4-H.XHZ • 1.00

USI0.00

H/S'CXM? .

.oor»o2 N/SO-H.

.00US1XHE

3.80E»0* N/SEC0.00

•WINC SHOCK STANDING SW1CK . OEHECTF.n SHOCK8.410*50?

TRHDH fAs .T ,r,»if •ii i

3.8472FKI1I.014}F»OI -1. 3A79F* 0?

• 8.47A1E»CO2. I71DFO32.1610F«00

- ,8.64|4{-012. 3299? » 01

5.390'>E«01«.0253F»Ol

• 2.*36tF>021.099tE»OI2.2997E>902.5779F»OC8.6979F-3I«.707IC»On

6.1790FOIi.iliacHU1.19*2F»9I

2.7701^*00R.76Z8F-31

KOVING SHOCK1.0S99F.01

U0800E»01

9.t59ir»l»0

7.&215EOI

STANDING SHOCK KFFIECTFD SHOCK,

«.S923F*01

1.2163F»012.»109F»002.R36IF*008..TT40F-01

*.5069F»016.732*E»Ol3.6S68F»321.3313FK)!Z.$281F»933.0631f»008.8919'-015.008*ffOO

SoeCIFS ; Wit* FP4CTI1XS —-—

7.3058F-05 1.7799F-05J..3137F.-35*.8092E-05

2.7806E-01*.»379?-Ol2.78W-011.U795-0?

f-

1?.

5.73215-05

.337V-31,sz?iF-or

FRACTIONS

Z.0487E-01*.1018E-Ol?.9*B?E-01•». 1036F.-063.Z2»6F-01

.4712E-01

.1121E-06

.028JF-05

.30t8F-0«

PI • I.00F»02XHZ • 1.00

USI • 3.60f»0* o/SCCXHF • 0.90

|-.00e*02 N/SO-H.1.00

USI • 4.00E.O* H/SEC'XHE • 0.00

"WINO SHOCK STUNTING SHOCK9.*828f»C» 9.1<,30F»01«.0«I2E>01 5.6«.61t»01 •

1.5331E»C' 2!t4|6Fr02

2.?725E»002.232IF«908.i7«SF-01

2. 36»9F»00- 2.7342F»0)

8.7299F-OI4.8783C»00

SHOCK1.1640F»0*

6.«637?»0l

U263lf01HtStr,»«f•i

XOVING SMOCK s

K117IEOI

SHOCK

?.T6TTF»Ol

t.2321e»0l9.8369E*3l3.*068F»021.2T9»F4Ol2.*977E»002.9733F»008.8323F-9I5.2815F«00

SHOCK

6.86»8f»016.95*2F»Ol*.06«OF>02

2.6010F.»003.2ie3«:»006.9947F-OI5.282»E»00

FCfS

F-uM»

H-

1.0400f-OI7.11.0

rHiCTICNS

. U59F-OI

.727*'-OI

.1357E-01*. 7898^-01?.60«,5F-CI1.2««9E-053.330BE-C5

•«.0757r-0«

H?.H-

unifFBACTirNS

1.61<.9f-nl 1.2741F-01

U!>36«F.-OI 's!2739F-01

9l20'ZF-0*". -?I979ZF-OS,1.1*»$«705 ' -

3.T8606-012.»2T*E-9I

3.0IIOE-06

«!70IOF-Of

TABLE I.-Continued

PI = 1.00F»92 N / S O - » !X"2 ' 1.33 , ' ,

US1 * 4.20F»04 N/SECXH? = 3.00

STANOIMG SHOCK

, I . l «34F*Ol"

P E F L F C T E D I H O f K1.7465E>047.2691F»01

. , 7.1187F»01

^ . S ' l S E t O O

GAMEII . - .

SPJ.C.IF.S

H'H-

P 1 = 1 . OOF.XH2 = 1.00

1.93J5F-31

MILE ,FR \G-TI CMS

. 3.5781F-01, 2.B42BF.-01

, . 3.<;781F-01 ' -

,2. 2896F t02 -1 . 0 2 2 3 F > 0 1

2.?174i--n6.2371'-06

, 4 . 1 4 1 7 F * 0 2

2.6126F.03,

,9.0093F-01«. 78T.r»bo

1 .497 ' iF fOl2. t738F»00

9. 14106-01

4.3746E-011.8503F-014.0744F-011.5928E-041.9532C-0'

f /SEC

I ECTFO SHOCKl .9757Ef34

7.2054E»01

3.«>-05t-Cl2.3«39E-06

• 1 . 6 3 2 6 E > 0 1

9.1665F-31

4.339SC-311.1207E-01

7.CS15F-071 .1457F-152.1fl54F-05

100 N/ms

PI •XH2 »

v pTRMQH '

'ft

"sz •

'G&HE•) *

SPEC t

H 'H»

"42 ~M-

Pl •XH? >

oT , •

.9 HO 'H .A, !SI

( fAHF•J

S O C C 1

t2_

2«

i :OOF»02-N/SO-M1.00

MOV I NO SHOCK

' 4.9101E»011.19B2F»Ol

- 2.5023F»02t • 05^? E* 01

' 2 • *?20F *00i 2.6651E*00. B.«721E-01

3.7053E>01

2.4963<=-Ol' ' 5. 3072C-0 1

2.49<,2'=-or4. 815fcf-3A1.0047C-0*

I'. OOF»0? N/SO-"1.30

• MOVING s"nrK.1.7105E»0^

e.Of-4F*01 '-1.2MJF»01« -i

1 ^ « k2. 7"*4'»F**3? '•1.0"71f»oi '"

1 . 2 . S 4 B 7 F * 00 '2.7f-4<>F»noH.S^SQF-'oi '

3.3534E.OI

J .76SV-31

t 2. 7hS8^ -31

3. 67«.<Jf -0*9. 829«r-i.I. "S7r-0 r

OS1 = *.60E»04 M/SEC' XHE = 0.00

STtMDING SHOCK' l.5502E»04

7.2326E»016. 301 9F#014.5331E»021.5033E»012.7001EtOO3.401 2C*009.1497E-01 '6.1014E»00 '

— MC1LF FPflCTICNS

4.1200E-Ot"1.7597F-014.11086-01'1.3J43E-361.6952F-05

• i 3.3465F-05

t '

REFXeCTEO SHOCK'• 2.2226E»04' 8.4136F»01

. , " 7.1648E»o'l' 5.454BE»02

1.7388E>01• ' 2.8226E»00

• 3.6871E»03" ^' 9.T460C-01

6.4216E»00

'* " 4.5759E-OI8.4811E-024.5758E-0'!2.31156-077.7160E-06

' ' 1.9197E-05

US1 * ¥4.»OF»0* V/SEC" '"XHC . o.OO

STiN'TINr, SHOCK

• 'I.7 172E*04' • 7.6H4£f011 > J 6.32'*2P»01• •' 4. 9415 = 07' '

1.5932F»Ol' '•>.1kkflft033.*'41<jc»00

' ' <?.3?37E-Ol '6.472'tE^D

- ' 4.3'=3tE-Ol-1.2926C-G14.1415E-01t,. 1B9BF-C7

' 1.21045-0"'2.R349E-C';'

9EFLECTEO SHOCK1 2.4941F»04

• ' '9.3523e>01' • t.982BF»01

6.0D48F»02' '1.9253C.01

" 2.B957FO33.8191F»001.037BC»007.1089r»0d

• 4.7632"=-014.7344^-024.7632E-314.B896F-08

-' 3.4175F-06• •" <>.0443':-06

85

TABLE I.-Continued

pj-lOON/m*

PI = i.XH2 = 1.

PT

RHOHA

S;„GAMF'1

S°FC ICS

e-H

H*H2H-'

H?*' '

PI - 1.XH2 = 1.

o - .

T

RH"M

AS

ZRAMF

U

SPPC I P S

c _

HHf

H2H-

H2*

03* O2 N/SO-M00

MOVING s-incK1. 8r a*** 03

' 5.223JEI-0!1.241 JE*31?.9-=50F,021.13665*01?.6061C»002.R^74F*008.6255C -013.4°49E*."I1

3 .0253 C -013.9493F-313.0252F-01?.75-,3F'06

" 9. 39?7c r-0'-'" 1 .3270C-0^

OOF*02 N/SO-M30

MflVING SHOO2.01245*0?

' 5.1827F*311.2573F*013. 1O69F*021.17745*012.6642F*002.9735E»D38.6616E-013.6189F»01

3.274l r-013.4=l75'013.2740F'01'.3215F-368.7602F-061.-.700F-35

US1 = "i.COEHXHF = 0.00

S T A N D I N G SHOCK1.8P47C»048.1886C*016.2641E*315.3635E»021.7052F*012 .8323F«CO3.6743F*009.6636C-316.9306F»00

~ ^OL- FRA( "T I CM S

4 .S570E-C1T.8ia4E-024.r.c69E-012.4102F-017. 4Qt4E-Cf r1.7124E-05

34 M / S F C

BEFLECTED SHOCK2.7952C«041. 03385 1-026.5922E*016.6217' :»022.17965*01 .2.9694F»003.9124F*001.12345*008.C85B**00

4,fl980c-012.2393 r-324.88flOE-015.500">F-091.0928C-063.2078F-Ofr

USl = S.20E»04 M/SECXHE = o .OO

STANDING SHOCK2.047TE*048.3737E*316.089HF*015.7977F*021.84f-3F*012.8953F*001.7n<)6FO31.0136f*007.51R5E*30

4.7225E-31I;. i;'>COE-024.-»224E-017. 1341E-CO3.9577E-C69.9113E-36

R F F L E C T E O SHOCK3.1264F»041.28705*326. 1390E»017.3087F*022.4405E»013.0366C*00

' 3.9568'=*031.1696E*009.3429F»03

4.9454F-311.39105-02

•4.94545-015.1077E-103.6999F-07I.3141E-06

PI =XH2 =

1.33F*3? N/SO-M. USl = 5.40F»041.00 XHF , o.OO

M / S E C

"OVING S"TCK S T A N n l N G SHOCK BEFLETED SHOCKoTRHO

M

A

S7r,AMF

U

S P E C I F

c-

HH *

H2H-

42*

PI »XH? *

n

TRHPHAS7

GAMF•J

sp*cr

E-HH*

«2H-

H2*

2.I711EO3 2 .2036F»045 .543?F*01 ' 9.7899'7«011. 2^985*01 5.798»-Et013 .4472F*C2 ' .24I1F»021.2202F*01 2 .0212F*012.7233F*33 2.95415*303.0826E*00 3 .87655*008.705^F-01 1.0''f-4F»003.7n l9F f ot 8 .2776F»00

3.5121 r-01 4 .84C8F-012.97"i5F-OI ' 3 .1834F-021.51?1 = -31 . ' 4.8438E-311 .4394f-0b 1.5402F-CB7.9573F-16 1.7435E-06.l. lS<,W-nc 4.8051F-C<>

1. 00^*02 N/SO-M. USl = 5.frOE*041.00 XH5 - 0.00

MOVING suncK STA^^> lNr , SHOCK o2.3371*t03 2 .3374E*045 . 7 2 2 2 F * O l 1.0953FK121.2789F*01 C ' .4305E»01

- 3.706nc*02 6.6908F'»02'1.26575*31 2.2386F»01

' 2.'7ii21E*00 3.0094«-»003.1937F*00 3.929"*»008.7f91E-01 1.1311F*003.9245F*01 9.2f28E»00

3.T378F-01 4.910BF-Q1" 2.5242C-01 . 1.7B31E-32

3.7378F-01 4.9108E-019.8<>01F-')7 2.7428F-397. 0231^-0* 7.055CE-071.0785E-01: 2.0770E-06

3.4826F*041. 5 3 2 3 6 * 0 2

., 5.7163C»018.0603F*022.6875F»013.0982F*J33. S758F*001.18556*331.0B16C*01

4.969*6-016.0812F-034.9696F-015.631R':-n1.77675-073.52326-07

M/SEC

E F L E C T E Q SHOCK3.8424F*041.7907F*025.38555*018.8294C*022.91365*313. 1510F*003.9943' :*3j1.18985*001.2187E*01

4.9803E-013.9304C-034.98G3E-01I.3305F-111.1393F-071.5163F-07

86

TABLE I.-Continued

Pj - 100 N/ m

PI « i.

0

rinn•-I\

>'lAMfrU

5P CC I FS

HHvH?H-

PI • 1.XH2 * 1.

b

T

HHQ

H1

SzGAMFU

SPEC IPS

MH *H?H-HJ*

00e*02 H/SO-H,33

MOVING SHOCK2.507"=*03C.911CE*01 w

1.2823E»013. S^r* 32

- l.3140F»012.8475E*003. 30B3*»008.82B8C-014.0659F»3I

;:2S5:.'J3.9547c-3 1f- . 4?*iOr-07C ( q^C ftr — Qf

30C»32 N/SO-M.00

10V I UG SHtjrn2.68*5F* 3^6.1152C»011.28?1E»314. ?*-40F+ 021 .Ifi^'F^Ol2.9012F»003. 4 2 06 F* 00K.9T73E-01*.20(iOE»01

4.1S31.-011.6917C-OI4. 1 = 31^-013. 96 <*2r-074.'BB51f:- 30t-oiftzr-ofi

IISl « 5. BOCKXHF = 0.00

STANTING SHOCK2.4^9'iE *041.2354C»025.02B9E»Ol7.14765*022.3892F»013.060BF«003. 9590E»001.167lE»001.0353r»01

HOiE FR AT Tl CN S

1.0351E-024.9482F-31

' 4.A807E-103.0414F-078.6790E-07

}4 M/SFC

REFLECTED SHOCK4»2094C«042.0654«:»025.1090F»019.64.54^*023.1328i«013 • 1985C+003.9990E*001. 1912E»00,.»«W0,

4.98e2F-Ot2.7531F-034.9862E-012.4406E-12fl. 1079F-087.5361E-08

USl = 6.30E»34 M/SFCX"E • 0.00

STANnlNr, S«OCK?. 57075*041.3B26CJ024.6795E»017. h 103E*022. S474C*Ol3. 1 Oc 7F* 003. 973*!; *GO1.1«13C*031.153ir,oi

MOLF FP ACTIONS

4.9666E-01*• .6747 r-034. 9^66F-01°. 9^11 p- 11

1 • 6340F-37

4.0288E-07

REFLFTTEO SHOCK^ ( C695P .042 . 345 5 F *024,B835F»311 . 0465E *0^3.3403r*013.24Q4F *QO3.991BE*001.1917F*331.4958i-*01

4.9897E-012. 3515^-334.9B97C—01

7.507-SE-136.0540F-084.25BOE-OB

°1 •HH2 -

PT

RHPM

4

SzGAMEU

e .H

H*^ 2H-

H2»

PI «

XH2 -

p

T

RHO

H4

SzCAMEU

S**^C 1 *

F-H

H»

H'H-

H2»

1.00E»02 N/SO-M.I. 00

MOVING SHOCK2.Bi41F»036.3493E»Ol1.2765E+014.5413E*021.4240F»Ol2.9606F*003. 5338F»039.03856-014.3443F*01

1.3190F-014.3404F-012.2P91F-373. 7702^-066.4351F-06

1.00F»02 N/SO-M,1.00

MOVING S«OfK3. 0493F* 336.625 1F*011.2629F»014.8378F»021.4915^*013.01 95F* 303. 443C*000.2134F-014.4804r*oi

4 M?0r-019i7595F-024. 512 Or -311.1059F-07

,**. 69^8C -064. 81B5*-0<

USl • 6.20E»04 M/SECXHE = 0.00

STANDING SHOCK2. 6689F *041.5386E«024.3564F»Ol8.0819F»022.6969E»013.1478F.OO3.9817E*001.1872E«001.2714E*01

HOLE F R A C T I O N S

4.9770F-014.6045F-034.9770E-017.4973E-111.0285E-072.3197E-07

REFLECTED SHOCK4. 91 74E *042.6355F*024.6720E*011.1317E»033.5419E»013.2792E*003.9937E*001.1919E»001.6288E4-01

4.9921E-011.5832F-034.9921E-012.7293E-134.5845E-082.6076E-08

USl « 6.40E*04 M/SECXHF « 0.00

STANDING SHOCK2.74B6F»041. 6986F»024.0-i90E»016. 5"i93E«022.8384E»013.187DE»033.9866<-»001.1897E*001.3911E*01

MOLF FPAC^ IONS

4.9B12F-013.31:72r-034.9S32E-017.49HF-127.1828E-381.0991E-07

REFLECTED SHOCK5.2430E»042.9374e*024.46785*011.2196F*033.7401F*013.3159F*003.9950E»001.1920E*001.7624E*01

4.9938"=-011.2485E-034.9938C-011.1133E-133.4752E-381.6855F-08

87

"TABLE I.-Continued

'p. -lOON/m2

P! = 1. OOFXH2 = 1.00

US1 = *.60 r»C4 M/SECXHF * o.OO

PIXH2 1.00

•32 N/SO-M, US1XHF

7.00E«04 M/SEC0.00

, 1 - ^ M C V I N G SHOCK S T A N D I N G SHHCK-, • i ..'3. 2371F»o3 2.801 r.F»04

H . -. . ./}, - I ;/ " 1.573SFO1

G«MF, " -9.4303< :rol

3.77"FfCl

l.M32F»01

P E F L F C T F D SMOCK5.S201F+043.2325E*024.2735E.01

• 1.3082F1-033.9243F»31

3.9960E»00

MOVING S M O C K ' STANDING -REFLECTED SHOCK

T,'. ••OHOVI

A

ZGAME-II

«.0389Ft01

«.7779F»0'1.81RSE*')!3. 1877Ft-0."

•3.9110F*OC1.05??E»034.8594F»01

2. 799<>F»OV

3.2086E»01 •1.0002E*03

•3.8259F>02

!.<«82aF»O3

1.73<KE»01

3.4147E»003.9973E»001.1921F»032.1089E»01

MOLC F B A C T I Q N S

4.6t43<--0!

1.7202^-1^3.2704t'-06 '

4.9872 I :-C13.2791F-12' .3271F-CB

4.9949E-O11.0119C-03

5.1793F-142.f.695F-OR1.1^866-08

4.1863r-812.2T45F-024. 38'>3Frt)l3.1019E-094.2268F-079.4480F-07

4.9022F-011.S634F-034.9922F-01

2.9771E-C82.5456E-C8

4.9966F-016.7702E-J44.9966F-01

1.M68F-085.759SF-09

PIXM2

1.00F*02 N/SO-M, "US11.30 XHF

6.80Et04 M/SEC0.00

STANDING SHOCK R E F L E C T E D SHOCK5.7207F»043 .5332F f02

- 1.3961F»D3<4.1029F»013.3B22F*00

."' -f.t>T0 H D t * ;H - •* e , •S • j ..Z1AMF, -II

SP^C.FS

p_H . •H»

H2K-

,- 3.4271FIQ3, 7. 4 162F * 3 1, 1.2036F«01 ,

S. 4566E+ 32 •J1.6790EJ01,3 .13 34 r kOO

. -3.819*F<<309.899''E~014.7432F01

4.7911«-3i• 4 .1772C -0?

'' 4.791K-OI' 1.4714F-D9

9.cI4f-07

2.8244E»042 .0240E»0? .

.. 3.4984F»C1 | ... . 9 . 5 2 2 3 C « 0 2 •,-',,

3. 10? F +01 '• •,3.2602F+00. • •"3.9920F»00 \ •1.1013F»001.628TE101

MTI.F F O A C T I R N S

4.99J3C-311 -99/,lf- 034,99>D r -011 . C943E- 12'..0222r-084 . 1 5 8 3 F - C K

2.3122FO1

8.2495^-044.9959F-012.5313F-14.'.0231F-088.1061E-09

88

TABLE I.-Continued

V ZOOM/I/

PI • 2.00*02KM? -1.00

USI • 4.00SO3 PI/SFCXMF . o.OO . KM*

.00*»02 N/SO-1.

.39US1 • 6.00f»03 M/SECXHF • 0.00

S.9701FJ30

9.9494F-11

197A*»OJ1?69*»00

82I2*»000*44F>000000*>00

BfFiFCTFn

2.1379F»00I.0714*»00

-l.OOOGFKJO9.691TF-JI

2.167l£»00I.11Z7F.OOI.0003F>00

J.65I5FOJ

1.I202E»00I.0021F.OO9.I42IE-OI

"OVING S"OCK STANDING SHOCK Kf.FlF.CTEn SHOCK2.4289F»Ol*.8«82E»004.999!*>00 .8466F»01

.871S«»09

.6491F*00

-0168F»00.5I6SF-01.)f86F»00

SP'CIFS

t-H

H2'

*-M2»

F»»rTI»S

t.TI48F-)41.00JO*»00

•4.4»7»F-*1

2.0433r-26l.8107<--0«

'9.9998S-01•|.9*ZO*-32

HOLE, FACTIONS

J.124K-'S - 1.3326E-17 '55 • 4.1751E-03

9.9995F-OI9.6l2tr-10I.2B70F-2*

9.9'32t-0l2.12«2E-21r.7392*-l9

2.*19«g-|43.29635-02

1.67046-01•2.J987F-17

2.00F»0?1.00

IK1 • ?.006»0) H/StCXHF > 0.00

• 1 • 2.30*«M2 « 1.00

Irtl • 7. OOE»0) N/SfCXHF • 0.00

•rvl'ir, STWK>.f74T'»31.700'F>03.«??4«»00 •.t?0'F>AO.9371FO)

•

6.614I*»33

U107«F>001.1(317*03

. 1PVING

79ury

1.C010EOO9. t»7»E-3l

s>-nc«I.2"!4r,o2«.1U7F»001.«182*O19. 094«l* »002.6472*»00I.I;II-F*OO1.0I*«**008.4747f-3t

»EFIFC7*02.2094E»029.1l68r»002.311TFOJ

•8.?76!F-Ot1.3387F»00

'Cl*

.BIIIF-JI

.jns«-.J7.96J6'-3l

.1

.q

3.

*.9.I.!l.h

,2362 r-l< '<>064I'-)1091qr.|9

F»»CT|(>iS

3.22J4E-141.6R48F-3?'.0901F-14o.M15r-012.7|'7*-171.4606r-H

1.6096F-12

l.i394«-I29.070«F-01

7.J28««-t»

89

TABLE I.-Continued

"I > 2.00c t02XH? = 1.00

HHH

H\

S7

Mnvi-ir, SHOCK

1.2771E*01

' 1.60E»04 M/S^C= 0.00

SHPCK HEFLECTEP S"OCK2.0788C»33 2.7978Ef01l.?287c»3l l.6761Pt318.0'.0>.E»01

4.73«3;»001.5«63FtOC

1.7833e*00

WOLC F 0 4 C T I O N S

0.1747^-01 •3.2317E-07I.8251C-31;.9457F-091.3349F-38

9.1923E»01*.<-?87'=t3l5.21195»00

8.9935F-01

1.5131F-06

1.49135-061.3137F-011.798flc-08

PI = 2XH? = 1

D

T

RMO

H4

SIG»»FJ

SP*C T F5

c-HM.

H?4-

42*

.OOF»02 N/SO-M

.00

MOVING SHOCKZ.4400E»071.198«>F»011.3907E»3I3.9230*t013.8089E»031.">34F»001.4639E.OO8.2685F-311.2700E.OI

5. 4040*-096.3379r-31e • 3 140e-093.662 IF -011.83165-111.08)2r-10

US1 * 1.BOE.C4 H/SECXHF = 0.00

STAK1INC SHOCK2.8*075.031 . 7944 F ,0 1ff.4386* tOl7.1416E»015.6583FO3

• 1.713CE»001.89S9F *009.4109E-012. 1030* »00

— MOl F FP ACT ICNS

4.6888F-069.4538E-314.6516E-06e.4Ol 3F-0?4.«140F-08

•».0349F-08

REFLECTED SHOCK4.0010**032. 398 IE tot. 3905FtOl.5432Ft01.3383ft33.7898FtOO.9384FtOO. 1293ctOO

. Z.SlSZftOO

Z.3Z87F-0*

2.52635-046.0»>37F-03

. 1.06ZZF-04- 1. 30195-06

PI « '.O0'=»02 N/SO-H,XH2 = 1.00

US1 H/SCC

l l l»12 c »01

SIG4MFU

3.6541E.OO

8.2?9<.F-Ol

STANDING SHOCK PEFLECTrp

4.3155F-01

?.41.637'^F.Ol8.1743F.01*.3f 7'-r»015.1210F.OO

1.7967c.CC8.91 IJF-011.013?*.00

1.07";7F-Of-1.!)487f-oi

1.2214F-082.«-42CF-CH

1.8097FtO'.9.2008E*Ol7.4389I:t01

1.9246FtOO9.7359*-012.0105*.00

9.73125-069.60775-019.6747*-363.92125-02

' 9.3320F-3B1.4fcBO*-07

PI . 2XH? . 1

D

T

4 HOH1

SIGA"* F11

SPCC I F S

e .

HM *

H?H-M?t

.OOE>02 N/SO-*

.30

KDVINfi SMOrK

2. 7239F tO?1.237-.FO11.434'iF»014.3610Ft013.0738F»001.401'FtOO1. S343F* 3^H.316JF-01,.3437EtO,

..mU:ojlIll04F-083. 0347C-0 13. 9944^— 1 1?. 36'i'ii:-13

'. US 1 " 1.90Ft04 N/SECXHf . 3.00

STStgntNG SHOCK3.2391Ft032.37J3Et017.9442* tfll7.9447PtOl6. eft47c tOO1.7671*tOOI.967"5t331.0?73ftOO2.4,,4*tOO

3.8268F-0'<9.S336F-013.81 6^F-0*1 . 6*60*-022.4388«-073.4663F-37 '

REFLECTFO SMOCK4.7400<:»033. 1247*. 317.!644Ft019.797T(-t3|8.1S*«FtOO1.8449F .002.0054E.OO1*0690* tOO3.l*12«tOO

3.8382«-339.9124E-013.8073E-031.1287F-03

.7.9937?-0*8.883?*-06

92

TABLE I.-Continued

p 1 =XH2 «

PTO.HOHA ,

s - •IGAMEU .

>f *-L 1

HH*

H2H- iH2*

2.30^*02 N/SO-M1.00 i •

MOVING SHOCK1.0224F.O2.2793F*0!.4«.91F»01,B22*F»01,1C12C*-00

' . .651PFOO.6082^*00

8.37ME-011.4170Ft01

' 7.5638F-01, - '• 2966 t- D 1

2 . 436? r-0 19. 464 1K -1 11.85? 7P- 1 C

USl • 2.005XHF = 0.00

STANOING SHOCK3.5711F»012.5256E*017.092 5 F*0 18.7649IU01'*.e"T09E+00'1.81*1 E*001.993&E*001.1384F*002 . 9 3 6 B E » O C

4. 57B1E-C4

4. 5 7 5 3 F - C43 .64 74C- 031 . 54 34 c -361 .S266C-C6

«04 M/SEC

REFLECTED SHOCK5 .4539C»013.66I4E»017.34245*011 . 0996E*028.!09>)E»001 .88695*002.0288E*009.7493F-013 . 5 3 2 5 r * o O

1.4703E-029.700«5-011.4700F-025.0192E-042.3399F-35

. 2.3214F-05

0 1 = 2 . 005*02 N / S O - M ,XH* - 1.00

USl = 2. 10F*04 M / S 5 CXHf « 0.00

MOVING SUOCK STANI ING SHOCK K F F L F C T E H SHHCK

« t-s .-zGAME

t-

3. J351C.02

»00-01*0l

1.7917F-10

6. 1*1 OF 1-03

7.3716C*011 . 2 \ 7 2 < = v 0 2

3 .4 ' r ? r F»009.2989F-01

3.02P5F-02

3.320*1.0333

PI = 2.XH2 * 1.

•p7qunu

^Sz

u

c _

HH*M 2M-

Pl • 2.XH2 • 1.

PT

OHOM

A

S

GAMF1)

SP C C IPS

F-

i f2

T f

00^*02 N/SO-M30

MOVING SHOCK3.6H3E»021.3BOOE*011.5043F*015.81535*31*. 5685F+001.7527F*001.7636E*008.5754E-011.5614F*31

1. 1M7E-078. 659 7e -011.1019F-071.3403F-013.9318F-101.17SK-0,

OOF* 02 N/SO-M00

MOVING SHOCK3.9995CO21.4491F*011.4984F*316.54(,4f»014.f l40?E*On

i . BO s^p * ml .B420E*00(1. 7767E-3I1.6311E*!)!

2 .86716-07

9. I 42 3<" -01?. P 4 * ) 2 C - 0 7s' . '765E-029. 3 7 5 6 C - 1 37. " 1 'Oc -09

USl = 2.20F»04XHt = o.OO

M/SEC

STANDING SHOCK REFLECTED SHOCK4.2178E»033.4503F»016.0542E»011.0508F.028.3449^*001.8893E»002.0192E*009.9958F-013. t839E»00

— MOLE F H A C T I C N S —

1.0351E-329.7932F-011.03S3E-025.4719F-C41 .3J59C-0?

• 1.4862F-0*

. USl « 2.30r»0*XHF • 0.00

6.7888E»034'.3353E*017.*56*F *0 11.33*5F*029.0914F«001.9571F»002.1001E»009.0781E-013.9*585*30

*. 79686-029.037*6-01*. 79586-022.3*79F-0*4.4678F-05

M/SEC

S T A S P I N G SH1CK BFFLFCTFn SHOfK4. 559<-E *033.7913C*015. BBA45. *011. 14"i7E«028.5693^*00I. 9226C »002.C434E»009.4797^-314.14<>1C»OC

MTLF F f t A T T I ON S —

2.1604F-020.5640E-012. 1*01E-023. 5072^-042.1922F-0"3. 52 71F- 05

7. 3ft 73f *034 . 5793F *0 17.50985*31l.4531F«029.3735F«001.990ce»002.1423F*008.9563F-314.0647F«00

6.667JF-028.6636F-316.66585-021.82935-045.4122E-0«6.92875-05

93

TABLE I.-Continued

PI = 2.XH2 - 1.

pTRHnHASI

GAMEU

SPFC \ c S

F.-H

H*H2H-H't

PI = 2.XH2 - 1.

oT9HH

HAS

Z<•,»>»£IJ

SPFCIES

c_

HH*

H?H-

H2*

OOF*02 N/SO- f .00

MOVING SHOTK4.3465F4021.55HFO11.4622F*01t.890°E»01S.2333 C *001. 85426*001.9162FO39.2121F-011.6993F*01

1.0119r-0;-0. c628F-t ) l1.0078F-0"-A .371AE-3?.'.TTIS^-O"«.906'»C-0C '

OOF»02 N/SO-"'00

MOVING S"riCK4.69306*0?1.73346*011. 372>)E*017.4737E* 015.9331^*001.9023FO11.9721F*001.02976*001.7622F*01

ft. 73'»0e-069.85S4c-OlA.7?13c-'!61.4150F-021.28HF-092.4579 C -OS

USl « 2.»OE»04 M/SFCXMF = 0.00

ST4NniNG SHOCK4.83815*0?4.0680C*01e.7411E*011.7444C.028.80'=f.':*001.956CE*002.0741C*009. 1966^-014.32f4 c*00

MOLC F S A C T I C N S

3.t l27E-029.2744F-013.6121F-022.4H26F-042.9964F-053.S661E-05

1EFLECTEO SHOCK7.7861F*034.7858^*017.4383':*0l1.5729^*029.642EE*002.0248C*002.1872F»QO8.8B75F-014.1588F*00

8.5813^-32

S.2811^-018.5790F-021.458<-F-a46.1483E-058.0944C-D5

IPS 1 = 2.50E»04 M/SECXHE = 0.00

STANDING SHOCK

4.9294F*034.2914F*01'. 4459^*011.3442E*029.030°E*001.991 •)"=*(>;)2.1092>=»009.0104F-014.43f l c»00

HTLF F R A C T I O N S

S.23CeE-028.9574E-015.1997C-J?1.7556E-043.'008E-054.4065F-05

O E F L E C T F D SHOCK7.8552C*33'.9514F*017.1042F*011.6894C.029.8834F*002.0610':»302.2331F*008.8342F-014.21C8F*00

1.046 lc-017.9054F-011.0458E-011.1619E-046.4903'=-058.7718F-05

PI = 2K"? = 1

pTRunHtsZ•5AMFII

SPECIES

F-

M +

H2H-

Pl « 2XH2 = 1

pT

RHOHA

SIG&MEU

SPFC I F S

HH*H2H-

H2»

,OOF«02 N/SO-M.00

MOVING SHOCK<i.0287F*022.0«14E»Ol1. 2291EO18.0649E*016.850^*001.94466*001.9944F*001 . 1471C *oo1.81596*01

8.47906-050.9693C-C18.47^-052.8982C-038.8460F-081.2770F-07

.00€»02 N/SO-H

.00

MOVING SHOCK5.3669E*022.4353E»011.10206*018.67546*017.4412F»001.9B10E»002.0001E*031.1370E»001.86655*01

7.6613F-D49.9774F-017.6604F-047.2818F-044.4490F-075.39776-07

. OSi. = 2.61EKXH= <= 0.00

STANDING SHOCK4.7680F*034.4597E*014.979(5E*0 11.4417F«029.233?F*032.0291^*002.14695*008.9039F-014.49066*00

HOLE F R A C T I CNS

6.8603F-028.6258C-016.8593E-021.320SE-043.91S"=E-054.9071E-05

!4 M/SCC

REFLECTED SHOCK7.493BE»035.0742F»016.4801EOI1.7994E»021.00876*012.09996*002.2791E*008.79936-014.24516*00

1.22626-017.54536-011.22606-019.12536-056.41816-058.84796-05

US1 • 2.TOEK* M/SECXHF • 0.00

STANDING SHOCK4.6099E*034.6036F*Ol4.5793F*011.5408P»029.4305E»002.0662E*002.1367F»00H.8345F-014.5005' :*00

— MOLC F R A C T I O N S

8.5533E-0?8.2B75E-018.5522E-021.0233F-044.1022E-055.2520E-05

REFLECTED SHOCK7.1309F*035.1816F»015.91716*011.9091F»021.02846*012.1383F»002.3258E*008.7T52E-014. 2665^*00

1.40236-017.19356-011.4020E-017.24636-056.2378E-0?8.7519E-05

TABLE I.-Continued

°1 =XH2 =

oT

H

S7

GAMF1

*2

2*

7.30C432 N/SO-M, US1 = '.80F*1.00 XHF = 0.00

MPVING SHOCK STf tNOING SHOCK•>.7'36ctO'1 4.586,8":-»01

1.0194F,Q1 4.3374F«019.3092 r*01 1.645IE»02

7.11?9E»3D 2.1016F»032.0066^*00 2. 7294^*001.05f-'":»00 8.7891F-011.919'F*.Q1 4.C226E + 00

3 . 6 774C-03 l.n3C5F-Cl<^.<52-6 r-01 7.9373F-01' .S772r-33 1.0304E-012.7123F-C4 n.2109f-C5

l.^O^pe-Of S.6077F-05

)4 K/SEC

DEFLECTED SHOCK7.0031f*03

5.5664F»012.02?6E*07

2ll748E»302.3749E*00B.7611F-014 • 29fi6^ + 00

1 • SSOO': —016.8382F-011.5797C-015.8917F-Q56.1309E-359.7646E-0?

PI •XU2 »

R

T

RHCIuI

S2GA»fIJ

SPFCI -

E-H

H*H?H-

M 7 »

2.00F*02 N/SO-X.1.00

MOVING SHOCK6.5266C»023.3354FO19.ft021E*011.0659EO'7.9683E *007.0687FfOO2*03 78F * 009.3415F-012.3435F.31

= s

1. 8672C -029 . 6 2 5 5 C - G 11 . 8*7 IF -o?9. 9271F-0C

4 . 1 9 7 5 C - 0 64.67';7' :-D&

US1 • 3.00E*04 M/SECXHF = 0.00

STANDING SHOCK4 ,99t IF *0 3S.0362F»014.2672E»011.8793F»021.0119FKH2. I'* 70E »002.3247E»OC8.7453E-014.S023E»00

"OLE f«. \CTIONS

1.39816-317.2023E-011.3979F-01

5.716SC-0?4.7669F-056.C318E-05

REFLECTED SMOCK7.4691F»035.5647E»015.4026E»Ol2.2928P*071.1003E»012.2440E*002.48«4F»008.7570E-014.4129F,03

1.9510F-016.0963E-011.9537F-314.1080F-056.1720E-059.2291E-0'5

">1XH?

2. 00r

i .noIISl = 2.90F»04 H/SFCXHF * 0.00

P IX"2 I ' .OO

3.20F*0* M/SFC0.00

V P V I N G SHPC.Kt-. 1131F*0?

°.773'-F»QO

0.8131C-OI

SHOCK REFL fCTCn SH1CK

4.BB<!3E*01 f.42c3c»01

2.77 C 3E*008.7' l lF-Ol4 , C 4O jr ^QQ

2.4281F»03

2 . 1 9 0 1 f » 0 1

S T A N O I N G SHOCK PEFLECTED SHOCK

7 .47556*0?3.6990F*019.6146E*531.2114F*038.291 OF 'OO2. 1206E> 002.0 (379F*00B.9336E-31

5 .743JE*035.3341E*014.4297F»012.1'0=E*021.0643F*Ol2. ?301E*002.4306E*008.7376F-01

8.470EF»035.86<.1F*015.5436E012.5955F*021.1580C*012.3117^*002.6056F*008.7754E-31

mLr FCa fT ICNS

c.»470f-oi 1.7111E-01

1.2130E-01

9. 3

1 .SOT'-'-.^i,

6.4'90=-011.7644E-D1

6.1331F-05f .0

S P E C 1 C S

4 . 2 1 7 4 T - 0 ?

4 . 2 1 7 3 F - 0 2

7.27 J7C-0 ' ,

If F9 A C T I O N S

1.7727E-016 .4532F-011 .772SE-014.1808E-0"S.2060F--)57 . 4 9 C 7 F - 0 5

2.3256F-015.3473E-312.3252F-012.92B5F-056.2164F-01;9.7763E-05

95

TABLE I.-Continued

p -200N/m

"1 = 2 .00 C »02 N/S1-". HSl = 3.40 r»04 >t /SPCX"? = 1.00 X"F = 0.00

S ' O f K S T A N H I N G

2.I'll

P . 7 2 7 3

'«. P E P L F C T P n SHOCK

1 7 P » 0 1 6.1')17P*3l

1.22095*01

8.8109P-0!3. 7cO'iP-01

c , 7 1 4 = 5 - 0 1

2 . 1 4 1 S F - O I1.38f.3E-35

1.7°"4r-05

2.09375-01

6!o719=-OS

PI = 7. T O E * 02 K J / S O - N .X"? = LOG

"OVING S"1CK S1. 0">60F * 0?4 .4229F*01

WH 1.34l'>-*0'1.7069P*029. 34f t4 c* 00

S 7 .2738 r *0 n

7 , ? .2975P*03GA"P o .A l 55E-31'' 2.611^*01

S O E C I C ,

1 .2762P-317 .447K-31

* 1.27'2r-017 2.7M2"-Oe

l .4?98 r-0c

'* 1.7flJ6P-'"i

US1 = 1.80E*C4 M / S F CXHF = 0.00

TAMMNG SHOCK8.9823F.03f- .2301F*015. 1642C*313 . 0 4 9 4 P » C 2l.?315c+012.421 Qp+007.7913C»008. aif i^c-olC .2734F»00

MOIE F R A C T I O N S

2.-)373F-ol4. 3242 P-017.8309E-011.61 39P-05-j . 3 798F- OS1.9994E-05

PEFLECTFn SHOCK1.2968F*046. 8fr31E *0 Ifr.2636P»013.6646F*071.3631F*012.e l84E*003.0167^*008.9348F-015.2081P*00

3.37126-013.256SF-01

' -3.3708P-019.1?66E-06'S.IOISE-O1

9.4B4QF-0«

P! ' ? .OOF*02XH2 = 1.00

- 3.6Qp»04 M/SEC= C . O C .

PIX"7

US!XHF

4.00F*04 K /SEC

0.00

M O V i M G

1 .011)

2 .77 '42. 2 1 7 7

N^I^G SHOCK R E F L E C T E O SHOCK MOVING S^'ICK

4.91"9P *01

1.1777P.01

3.7B79 C *021.2075 [=*01

Z. f f ' IP i -CC 2.8731P»008 . 7 7 7 J C - 0 1 8 . 8 6 2 5 E - 0 15.07 i f l r*00 4.9o94 r*00

3HnM .

2.32 c ' .F tOO2. 3 7 1 7 E * 33

S T S N O I N G SMOCK1.03G1F*04

• 5 .3R79 '= tGl3.3194FV021.302CP*012.485 r )P*00

B.8732 r-015.4945F*00

P E F L F C T 5 D SHOCK1.4843P»047.2501 r*016.4673'=»014.0731 C »021.4401F»012.5893P*00'

9.03(>OP-01S.4954P*30

H7H-

•"}(.- C O A C T i r N S

2.")7'.r-Clr) .0039F-01

3.04005-01

3.1396P-31H2

H ">*

"QL" F O A C T I C N S

3.6S21F-01 •

C .0114F-03

3.6831P-012.6328P-013.6827F-01

4.3074P-05B.5265F-35

96

TABLE I.-Continued

200 N/m

PI •XH2 -

pTRMH

M

A

IG«*F

II

MH>"t '

•*-H2»

2.03S»3? N/SQ-H1.00

MOWING SHOCKl.?9736»034. 797*6*011.1003F*OI2. 08*06*021.0071F»01?. 37896*332.4571E*008.6044F-01?.9010E»01

LSMft'-il

1.86366-311.38?2C-051.6739C-352.'04?F-oe

USl = 4.206*0* M/SFCXHF " 0.00

ST«Nonr, SHOCKI. 1 A*>?F*046. B663E*01r..5717C*ol3. 74646*021.3704F«012.551 2F*033.05766*008.94576-01".7399<=«00

*• T'LC FR ACT I O^ S

3.07966-01•".45 136-01

7.3730E-CA4.4594c-35C.2943F-05

PFFLECTFO SHnCK1 .68*1F*347.6813':»016.61175*014.50246*021.5290E»012.6630F»333. 3161F*009. 1784F-311.7798F»00

2.06036-013.9691C-01T.0520E-063.3916F-057.1837F-05

»l • ?.OOE»OZ N/SO-M.XM2 • 1.00

1.12f1E»01

8.M46J-01

USl - *.40c*04 K/SECXHC • 0.00

PFFiFrren SHOCK

H»

**?H-

1.31776*04

7.21626*01«.71S8e*014.I205F*021.4419' *012.61f 7F«001.10475*009.042U6-01*. 01746*00

1.9032F»04

8 . 2005C *0 16.68956*014.96706*02I.6348F>312.7-i20e»003.46946*309.3940^-01*. 171RC*00

1.'40f-01•>.5183C-313.7401F-01

1.52776-014.2356F-011.4?86e-062.41466-05

PI =XH2 =

D

T

*HOHtSt*iAMFU

F-HH»H?H-

PI •XH2 «

D

T

1MOS

\

>

r.AMF'j

S»FC1'

»?

;.

2.00F»02 N/SO'H,1.00

MOVING SHOCK1.56256*035.14386*011.1511E*012. 5008^*3?1.0fl25F»012.4870E»002.6389F»00fl.f 319E-013. 1934F*31

2 1 421 5C — 315.1565F-012.4214F-018.40MF-061.7308F-0"2.413ac-35

2.006*32 N/SO-M.1.00

MOVING <HOrKJ.70*1F»335.3136E»011.1774F»012.72216*0?1.1 2l* r*012.5'23E*002.71566*00p.6553e-013.31inF»01

2 f892r 014. t ? 1 2C -0 I?. *P9 lr -0 1*.4*o?r-n*1.6914r-31

USl * 4.606*04 M/SECXHE = 0.00

STANDING SHOCK1.47176*047. 6028C*0 15.80846*014.5108F»021.52476*012.68216*003. 332 7C*009.17'.46-016.33566*00

MOI.F FO AC TT CN S

J. 99946-312.0005F-013.9991E-012.62236-063.00316-0*6.28456-0'

R6F16C7EO SHOCK2.1389E»0*8.8573E»016.6741F»01

5.4641F*02

1.76606*012.80386*003.6182F*009.73135-016.64686*30

4.47276-311.05426-014.47256-31•.42446-071.4974F-0'3.7423^-0"

USl - 4.80F*04 M/SFCXHC . o.OO

•iTANPING SM1CK1. 629*F »048.04496*0 15.81075*314. 91*6C*021.6164F»OI2. 74«9e*003.46 H9E *OC9. 36?4C-016.7fl«'iF»00

4. J14SE-011.529«F-014.2345F-011.3419F-Q6

l\l\Hl'.H

"6FIECTEO SMOCK2.3942F»049. 7*44F*016.54156*016.0042O02l.937or*oi

2.8745e»003.7522r*001.026 IE .007.26636*00

4.670QC-016.5991c-324.66986-011.46816-077.6757F-06

97

TABLE I.-Continued

200-N/m

PI = '.XH? = 1.

p

TQTI

HSsrGA^F

"

SPFCIFS

F-HM*-1?

H-H2*

OOF*02 N/SO-M00

"OVING SHOCK1.«">17F*3?5.4R41F*011.1907F»012.9e43E*0?1.16?IF»31Z-SOSIF tOO2. 8356F*318.68475-013.4?21E*01

2.04--1E-014.10'!c5-0t2.9470E-C'.4. 88975-061 .6287e-0c

2.4031E-0-;

1IS1 = 5. OOF*X"F = 0.00

STANDING SHOCK1.7887C*048.5689F»315.80145*01'.33695*021.7232C*01?.8101E*003. 5982^*039. *3 1 2E-017.1'i705*00

- MOLP FPACTICNS

"•.<,420l=-011.115 75-014.44185-01S.9277F-371.4849E-053.?7":?E-05

04 M/SEC

"EFLECTEO SHOCK2.6788**041. 1119e*02«. 24195*016.61355*022.17225*012.9467F*003.8600^*031.0994F*008.1995F»00

4.8187F-013.62585-024.81865-012.37925-381.0706E-069.36305-06

PI « 2X"2 • 1

pT

P"0H >ASJSAMEU

e off IFC

F--HH*.H2H-

"'*

. 30F»02 N/SO-M

.00

•MPVING SMOCK.2. U43F*03,5.8367F*01-IV 7177E*01 •,3.4453F»07 •

' ,1.2480E*OT2.7l21F*On .3.0*46F»008. 7644*- 013.76835*01

!:t?E:S!3.4312C-OI2.t21 AF-0*

, 1. 39'OF-Oe

2.18396-0-i

. US1 = 5.40E»04XHE = 0.00

M/SEC

STAMPING SHOCK PEFtECTEn SHOCK2. 091 5F*04

> l.0077F*025.441 2E*316.21215*02

1 2.01425*012.93145*00

. 3.814?E»001.05555*008.4547<*00

, 4.7566F-014.8666E-32*. 75A5E-01* .8570F-08

'~ 4.470SC-06: 1.2626F-05

3.3236F»04l'.5332c*02•5.4815FO18.021*c»022.6748F»QI3.0760F*003.95*75*001.1800F>001.0753F*01

1. 1458F-07.4.94275-013.9374F-106.35l"E-071.2? 78E-OIS

PI = ?.X»2 » 1.

pT

RMOH

A

^7GAMEII

SPPC I FS

H_j.

H2H-

H2»

00C»02 N/SO-M00

MOVIMG SHOCK2.001!0':»035. f r e7*5*011.201'9E»013.19515*3?1.20416*012.6K4°F*007.938'C.OO8.72066-013.6255^*31

3. 1946P-313.6104F-011.1945F-C13.'-270F-0'-1 • 52*05-0*7.3H15-0!

US1 = 5.20E*04 M/SFCXHf . 0.00

STANDING SHOCK1.9448F*049.2371E»015.6* I 7F *015.7691FO21.8563E*012.8731E*003.71835*001.00325*007.71135*00

4.A215E-017.568S5-024.67135-012.0726F-078 • 6*> 1 5F-062.2*13F-0«

'

R S F L E f T E O SHOCK2.98985*341.30205*0?5.8«296*017.2873F»022.4302E»013.01465*003.9235F»001.156?F*009.3790F»00

4.902C5-011.9492E-024.9325E-012.89905-091.223IP-063.3055C-06

XM2 • '

;

s ' - - >I -\

« ,

SPECIES

c.

H*H2M-

.00C*02 N/SO-w.

.00

MOVING SHOCK2.3286E>03

l.?260E*Ol

' 2.7697E»00

8.8182E-013.910?F»01

3.4566E-011.8316F-1A1.2408F-057.00MF-05

US1 " 5.60E*0* M/SECXHE - 0.00

STANDING SHOCK

5.1470F»016.6633E>»02 '

• 2.19285*012.98»2F»00

• 1.11P7F»00-9.3271F«00

MOL* FRACTIONS

4.8495F-013.010ie-02/..8*9*c-01U3421F-082.H52F-066.2449^-06

REFIECTEO SHOCK3.66**E>0*

5.1686F*018.78(-OE»02'2.9021F*013.13025*00"

l.'l876E>00• 1.2117F»01

4.96255-017.5060E-03*.9625E-Ol7.278*E-ll*.1*I8E-075.5*855-07

98

TABLE I.-Continued

»l •XH2 >

p

TRHOH

a

7r,4Mg(1

2. OOF* 02 N/SO-MI. 00

MOVING SMOCK2.49866*01A.2228E*011.23126*013.9737E»021.34286*01?. 8269F»00

• 3.26146*00i 8.184SF-01

4.0M2F*01

US1 • 5.806*04 M/SECXHF • 0.00

ST4NOING SHOCK• 2.35636*34

1.2421F*024.8321E»017. 12306*022.3689F»Ol3.3360E*00

1 3.9254E»00l.lfO»F*00l.0307E»01

REFLECTED SHOCK4.0180F+042.0563C*02

• *.9108F*01, 9.5897E*02

3.12066.013.1787?»003.«789E»001.1932F*031.3527F*01

PI > 2.005*02 N/SO-M,XH2 - 1.00

US1 - 6.20E»04 M/SECXHE * 0.00

E-HH*HZH-

H2*

3. 8678F-012.2641F-OT3.8678F-011.2362E-061.3721F-05 -1.7914E-05 •

'JLC ^H«1.lllnxi

4.9050E-01 .1.9000F-024.9050F-01 , i2.9202E-09 - ,1 • 3459F-362.9714E-06 ,

4,9735*-015.3002E-034.9735E-011.7695E-112.9797F-072.7989E-07

01 .XH2 •

0TRHO

H

4

s- .-I-G4ME'J

2.00F*02 N/SO-M,1.00

MOVING S"OCK S'2.67316*036.4432 r*011.23316*01 . •*.2517F*021.3964 r*31 -2.8855F*00 •3.373«F*00«.971iE-014. 1907^*01

US1 • h.COEXHF * 0.00

rtNOING SHOCK2.46246*041.38716*024.4936E*017.5fl61E*022.5351F»313.08376*003.9«07F»001.1729F*001 . 14*7E*Ot

*04 M/SEC

REFLECTED SHOCK4.35706*04Z.3305E*OZ4.6924F»011.04076*033.12576*31.3.22156*00-3.9R426*031.19126*00

' l.4839F*01

E-•IH*HZH-

H2»

FO»CT ICNS

4.07UF-01

7.7992F-0'"8.8703F-061.53816-Of

4.9376E-011.24706-0?4.9376E-016.5293E-135.787ZE-071.4178F-06

• 4.9ROIF-OI• 3.9704E-03• 4.9801E-01

5.54065-122.2404C-071.5962F-07

pT

RHPH

tSI6»«EII

SP?C !FS

E-H

H*H2H-

HJ»

PI - 2.XH2 . 1.

HO

iSzGSMfII

SPCC!FS

E-HH*H7-t-

H2*

MOVING SHOCK2.B534E*036.639>1E»011.2239E*014.5389E»02l.*555E*012.9439F*003.4851F*009.0868E-014.3284E»3l

4.26146-311.4770E-014.2614E-014. 5695^-07

' 6.9909E-061.2631E-35

OOF* 02 N/SO-M00

MOVING SHOCK3.0183£»0-56.9704E*011.2133E*314.8352E»021.5214':*011.0006E»313.5925E*009:2437^-314.4647F»01

4.4329F-011.1341E-014.4328F-012.4516E-075.7343F-369.8471F-06

STANDING SHOCK REFLECTED SHOCK2.5553E»04l.5392E»OZ4. 1867E»018.05526*022.6870E*013.1270E»003.9654E>001.1829E»00l.2635E*01

• MOLE FR ACT i ON s ~-

4.9563E-018.7329E-034.9563E-011.7161E-103.7186E-077.2962E-37

US I • 6.40f*04XHC , o.OO

4.68756*042.6175F*024.4908E*011.125ZE*033.5268E»013.2615E»003.9878E»001.1916E>001.61536*01

4.98476-013.06826-034.9847E-012.0178E-121.7015E-079.7878E-08

M/SEC

ST4NOING SHOCK REFLECTED SHOCK2.6384E*041.6967F*023.9126?»018.5331E*022.829l)E*013.16696*003.9744F*001.1875E»001.3821E»01

— MQL c FR ACT 1 ON S ~*

4.96796-01t. 42756-034.9*79F-01c.2407E-ll2.6327E-374.0358E-07

5. 006 3 E •042.9132E»024.30666*011.2121E*033.7222E*013.2985E*003.9903E*001.19186*001.7445F*01

4.9878E-012.4336E-334.9878E-018.3718F-13!. 30326-076.3897F-08

99

TABLE I.-Continued

•200N/nr

°1 * 2XH2 * 1

D

T»HPM4

SZGAMEU

S P^C 15 S

E-HHt

H2H-

H2*

PI = 2XH2 * 1

pT

RHOM

4SZGAMEII

SP FCT FS

F-HH*M2H-

H?»

.005*02 N/SO-M.

.00

MOVING SHOfK3.2263E+037.31245*011.19366*015.1403E*02.630?F»ai.0I)73':*00.696SF»33.*739F-Q1.* VlttOl

4.5B05F-010. 2096E-024.5894e-011.11l6c-')73.5354c-0ft'.0690F-Of

.006V02 N/SO-M.

.00

MOVING SHOCK3.«171Et037.7394F »OI1.1649EKH5.*5*IF»021.6947^*013.1120E*003.7B99E*009.8137F-014.7261EO1

4.T229C-Q15.5409F-02*.7229=--)l4.T19F-OP2.14l:6F-064.5858C-0*

US1 = 6.60?»0* M/SECXHF = 0.00

STANDING SHOCK2.69956*0*1.8580r»023. », = 005*019.01*6F*022. 96A2?*313.205CE*003.9fl05E*301.1994F*00l.*989F*01

MOLE FRACTIONS

*.97'i5E-014.8916E-034.9755F-011.B3P1F-111.9S17F-07

2.3607E-0''

REFLECTED SHOCK5.28336*0*1.2130':*3?«.1189F»011.3003'=*033.91015*013.3335E*003.99225*301. 1919E»001.8692E*01

*.9902'=-011.96»*c.0j

4.99026-013.8318E-139. 98546-084.3608C-08

US1 » 6.80F*0» M/SECXHF = 0.00

STANDING SHOCK2.7324F»o*2.0203E*023.39445*019.4981F»0?3.0960F*01J.241*E*033.9B*SE*001.1=07F*001.6202^*01

MQL E ^° AC T I CN S

i.9809F-013.8213F-034.98395-317.2403F-121. 47855-071.4570E-07

PEFLeGTEO SHOCK5.5113F*343.5185F*0?3.9220F*011.38966*034.09265*013.36735*30

, 3.993liF»001.19205*001.9897F*Ol

4.9920C-011.6049F-034.9920E-011.8748F-137.6178^-083.06225-08

PI "X"2 «

oTRunHASZGAME<l

2.30E»02 N/SO-M1.00

MOVING S»nCK3.6087^*038.29836*011.12446*015.77596*021.81855*013.16456*003.86765*001.03016*004.84865*01

US1 • T.COF«Ot M/SECXHF -0 .00

STANDING SHOCK REFLECTED SHOCK2.73576*042.18396*023.1416F»019.98326*023.22106*013.2770E»003.98T9F*001.19136*03

.65736*04

.81246*02

.71476*01

.47786*03

.26085*01

.39926*00

.99476*00

.19206*001.73276*01 2.10066*01

SPSCIFS

E-MM*

H2M-

4.8299^-013.4217F-324.82895-011.7990F-081.1207F-0'2.60035-06

MOLE FRACTIONS

4.984S6-013.03366-334.98485-013.06756-121.12296-079.26536-OB

4.94346-011.329SF-334.9434E-019.88226-1*5.82916-082.2181E-08

100

TABLE I.-Continued

•SOON/IT/

PI = 5XH2 = 1

D

T 'qHOHAS . ,2 - 1GAME ,1) '

jpcr t PC

. * • »HH» .

H2 ,H ,TH?>

.OOF+02 N/SO-K

.00

MOVING SHOCK1.0636F+012. 71406+00•3.9203F+002.7745E+OD1.6432F+001.0549r+00l.OOOOF+009.9494E-OI

5.2168E-346.163SC-111. 3634P.-A.9

• 1.0000^*007.351 8F -441.13"5='-49

US1 = 4.00E»03XHE * 0.00

M/SEC

STANDING SHOCK "EFLECTEO SHOCK2.19756+013. 3569E+00

• 6.5476P vOO'3.4526E+001.8212F+001.3567F+001.000C6»009. 88105-01

1'""'*°0

- MOLE FPACTIONS — -

7.977AE-342.3015E-098. 88195-35l .OOOOE+00B . 20 1 7E-41 '3.8312c-35

•5.3615E»014.7160F»001 • 1369F *014.9388F»002.1381E«001.0745F«331.0000E»009.6934F-OI1.194K.OO

1.0938E-261.1462E-058.3829F-279. 9999C-Q12.2167E-322.5547E-27

PI ' 5 ,OOF*02 N/SO-fXH2 = 1.00

pT

RHOHA

SIGAMEU

SPCC IES

t

2-

H2»

MOVING SHOCK2.4288E»014.8586E+004.9990£»005.0999E»002.167fF>001.1176E»001.0003F»039.670^E-013.6?14E»00

1.6434E-252, 9^K«e_o*I * 5463c-2 *>9.9097^-Jl7.6712e-309. 7 1 2 3 ^ - 7 7

US1 - 6.00E»03 M/SECXHE * 0.00

STANDING SHOCK7.6999E»016.&962EOO1.14B3E»017.3194E*002.4892E»001.1253E>001.3014E»039.24046-011.58596*03

— MOLF P R A C T I ONS

4.9727E-182. 7862E-034.S210E-189.9721E-011.378 lc- 214.5334E-19

REFLECTED SHOCK1.5279E»028.2784E*00l.B213E»Ol9.9094F»002.6898E>001.1485FfOO1.0134EOO8.6243E-01,.3842600

3.0275E-1*2.64156-022.8081F-1*9.7353E-014.9088e-t72.24376-15

PI = 1.0CF+02 N/SO-M,XH2 < 1.00

US1 - 5.COF+C3 M/SFCXHP a 0.00

TRHf]

HAS

GAMEU

MOVING SHOCK STANHING SHOCK REFLECTED SHOCKl . f -743F+ol 4.45376+01 9.7167F+013.70036+00 4.9224E+00 6.6402r»004.5254F+30 1.0459c»3o 1.46176+013.B20AE + 00 5.1720^+00 7 .2367C+QO1.90TBF+00 2.18106+00 2.4844^+301.0B65E+OT 1.09126+00 1.1122C+001.00036+00 1.00006+00 1.0011E+00

00 1.4790C+00 1.3294F+OQ

SPFCI^S MHLF "ACTIONS

H2H-

l. 2930E-741.0337C-351. 1044C-241.9997E-013.62«.06-29I.B962F-25

4.6366C-21

8.9B02F-ZO

9.97706-011.33226-218.3S33F-20

P( «

"M, •

D

T

Qwn

H *4

SIr.a^Eu

S P F C I

t.HH t

H2H-

M2»

5.00F»02 N/S3-M1.00

MOVING SHOCK3.3TUF»31*.1403F»005.4213E»006. 6 1 49F » 002.4014 *001.1474 »331.0006 »0fl9.38"i -014 .3423 >00

= s

I. 79aie- l91.74 '?5C -031.6673 e -19

9.9»75e -0 l7.2T92' - - " J1. 3100 r-?C

US1 • 7.00E>XHC . 0.00

ST«NOING SHPCKl .?39JE»32e.2*86E»001 .476f E +0 19.9649E»002.6'54?F +00I .15'37C*oo1.0147C+00fl.f 87';':-Ol1.^897^.00

- HOI.E FOICTIONS

3."63tE-142.3976E-023.42666-149. 7107F-015 .55386 -172.4249E-15

33 M/SEC

"EFLECTEn SHOCK2.2153F+029.4211F+002.25516+011.2937E+012.8639E+001 . 1B57C +091.04276+008.34976-011.37686+00

2.54596-128.1808P-022.3848F-129.1819F-018.9701«=-151.7007E-13

101

TABLE I.-Continued

500 N/ITI

PI = 5XH2 = 1

o

TOHO

H

A

SZGAMEIJ

sp"=rr cs

E-HH*H7H-H2»

. 00!=»05 N/SO-M

.00

MPVINO SI-OCK4.40486*017. 3*^^(1^*005. 9K 32E* 001.37756*002.55S1F*331.17«,4E*001.0062E*008.8230E-015.06?3E*00

4.8? 74F — 1 61 . ? 3 *^8E — 324, 5548F- 1 69. 87"-OF -0 1l.7478E-l t>2.74386-17

. US1 » R.COE*XHC = 0.00

STANDING SHOCK1.922 1<:*029.4305P*001.9480F*011.3 145F »012.8665E*001.1963F*001.04636*008.32716-011.5456E*00

- MOLF FR4CTICNS

2. 84886-12H.8476E-0?2.6797F-129.11S2E-019.2343E-151 .783RP-13

03 M/SEC

REFLECTEH SHOCK3. 1490E*021.0348<:*012.00296*011.64746*013.049CF *031.2258F*001.0858F*008.2741E-011.36656*00

3.91746-111.5804E-013. 602^-6-1 18.41 96c-3 12.23446-132.5716E-12

PI = 5.006*0? N / S O - M .XH2 = 1.00

USl = 9.006*03 M/SECXHF * 0.00

MOVINf, SHOCK STANDING SHOCK P E F L E C T E O SHOCK•).

I .02?2F«008.43J5E-01

2.912'" rf02

2.56626*011.6875E*Ol3.0620E*001.2362F*00

4.48686*021.1208C*013.5070F*01

1.5156<:*03

3 .252af»00

8.27046-011.37406*00

SPECI C S MOLE F R A C T I O N S

H*H2H-

6. U-57F-141.60786-01

H. 31226-012.7-5916-133.31376-12

3.2688E-132.4783F-013.0853E-137.5217E-012.7828E-122.1155E-11

"I = •;.XH2 = 1.

pT

O.HGM

A

S?

GAMF

'1

SPFC ICS

6-HHf

H2H-H?*

»1 • 5.XH2 -I.

r>TRHOH

A

StG A W 6IJ

SPEC IF S

6-4H*H?H-

H2*

00^*02 N/SO-M00

MOVING SHOCK7.1118EO1fl.99'i2':»007.<i4-'96*001.2653E*012.7916E>001.2371EOO1.0475E»008.270HE-01t.e964E>00

1.14?7E-129.0*98F-12I.09g9':-l29.09306-011.8382C-154.86(,3F-14

OOF»02 N/SO-M00

MOVING SH1CK8.7215E»01

. 9.S80'F*008.4306E>001.5151E»Ol2.9119EO31.2704F*001.07986*038.2076E-017.37346*00

1.64416-121.47B4E-01R.3154E-128.S216c-3t1. 96346-143.4834F-13

. US1 = 1.00F*04 N/SFCXHF = 0.00

STSNTING SHOCK

4.2474E*021.1246E»013.7861F»312. U09<=»013.26386*001.2795E*001.14946*008.2666E-311.51626*00

— MQL £ FR ACT IOW S

3.7120E-102.e919F-013.5109E-107.4011E-011.0781E-122.3182F-11

R6FLECTED SHOCK6.27316*021.20336*014.31526*012.53546*013.*738E*001.31686*001.2080C*008.33216-011.3940E*00

1. 78326-093.4438E-311.68906-096.5562E-012.0683E-111.1487E-10

. US! - 1.10E*04 M/SECXHE = 0.00

STANDING SHOCK5.9470E*021.2052E»014.05756*012.5923E,*Ot3.4880E*001.3262E*00t.2l61F*008.3007F-011.^339E*00

— MOLE FRACTIONS

1.9148E-093.55426-011.816''E-096.4458F-012.15256-111.19566-10

BEFLECTED SHOCK8.5275E*021.2B46E*01•S.RSBEJ-Ol3.0648F*013.7135F»001.3676E*001.2848E*008.3550E-011.4355E»00

7.5034^-094.43436-017.1370E-095.5657F-011.1082F-104. 77216-10

102

TABLE I.-Continued

•SOON/nT

PI « 5.00E*02 N/SO-M.XH2 a 1.00

US! - 1.20F*<* M/SECXHF => 0.00

MOVING SHOCK STANDING SHOCKD

TinnHASzGAMEU

SPEC i ES

6-H•1*

H2H-

H2»

PI • 5.XH2 • 1.

D

T

RHPHA

SzGAMFII

cpcf i F s

E-HU*

H2H-

H2*

1.04fl7F*021.0091E*019.29«2E»00l.788?f»3l3.0393E»001.30575*031.1180E*008.1B77F-018.14115*33

4.3261F-112.1109E-013.B814E-117.88916-011.1812F-13

OOF»02 N/SO-M.00

MOVING S"1CK '1.2408E>021. 05575. 011.0123C»012.0849E«013.16875*00t.3432^00l.l'14E>00 '8.1B92E-318.9066C*00

2.7796E-011.3t29?-10'.2204C-01'.0659E-13•i.31'3E-12

fl.OO" 26*021.2832F»014.8309F*013.0982F*013,-7203F»001.37576*001.2<1116*008.35286-011.5A91E*00

MOLE FRACTIONS

7.«i793E-094.5119F-017.21996-095.48816-C11.07485-104.66966-10

REFLECTED SHOCK1.1243E*031.36646*016.00255*013.64686*013.97245*001.42146*001.37086*008. 42* BE -011.49065*00

2.6278E-085.4099E-012.5115E-084.5901E-014.6732E-101.6306E-09

IIS1 - l .JOftOt M/SECXHF » 0.00

STANDING SHOCK1.0422E*03

' 1.3610E»015.57235*313.6584^*013.9684F*001.4277E*001 .374 3^ f'oo8.4197E-311.62006*00

**OLE F R A C T I O N S

2.5161F-085.44726-012.4078F-C84.55286-014.2e6BF-101.50896-09

RE61ECTFD SHOCK1.44306*031.4517F*Ol6.7838^*314.28295*01

- 4.25555*031.47786*001.46535*008.51336-011.5608ci-00

8.37656-086.35125-318.0541E-OD3.6488c-0l1.70256-094.92716-09

PI * 5.XH2 - 1.

E>

TKHO

H4

S7GA«EU

SPC C I F S

F-HH*H2H-H2*

PI • 5.XH2 « 1.

D

T

RHOH»

SzGAMEU

S PFC I S

E-HH*

H2H-

H2»

OOE+02 N/SO-MJO

MOVING SHOCK1.44R6E*021.0995E*311.0392E*012.4051F*013.3030F*001.382SE*001.2097E*008.2030E-019.666TF»00

4.1145E-IO3.4666E-013.9820E-106.531*c-011.7417E-121.4990E-11

00ft02 N/SO-M00

MCVtNG SHOCK1.6715FO?1.1*IW*011.1C99F*012.7489E»013.4"V30EtOO1.4239EK301.2625E»00B.2252E-011.0421E»01

1.0633E-094.1586F-011.0313E-395.8414^-015. 1518F-1?3.7176F-11

US1 • 1.406*XHF c 0.00

ST&NQING SHOCK1.3195E*031.4412E»016.2515E*014. 2640F»014. 2364FtOO1.4819E»00l.4646E»008.5031E-011.6869E*00

MOL^ FR ACT T CN S

7.6046E-086.3441E-017.3187E-083.6«59E-011.45R4E-094.3172F-09

04 M/SEC

REFLECTED SHOCK1.8104E*031.54446*017.4T61E*014.<;T62E»01*.5713E*001.53656*001.5679E>008.6296E-011.6482F*00

2.5547E-077.24*5E-012.4732E-072.7555E-015.641SE-091.3790E-08

US1 •> l.SOE»M H/SECXHF • 0.00

STANDING SHOCK1.6287E»031.52645*016.8358F*Ol .4.912eE»014.5291E»001.5376E»001.5610E»008.6092E-011.7708E*00

~ MOLF FRACTI ON s

2.1540E-077.1873E-012.0857E-072.8127E-014.4771E-091.1308F-C8

REFLECTED SHOCK2.2259E»031.65166*019.0342E*015.7308E»014.9364E»001.5972E»001.67755*008.7955E-011.7631F*00

7.9425E-078.0775E-017.7472E-071.9225E-011.8003E-083.7545E-08

103

TABLE I.-Continued

500 N/rri

PI = <sXH2 = I

D

T

RHP

HA ,

s , •z -GAMEU

SP^C r c s

6-H

H*

H2H-

H2»

.OOF*02 N/SO-*

.00

MOVING SHOCK1.9097F»0?

, l.lf)2TE*011.2234F*01

. 3.1161C*01" 3.58945*33

1.4f,7CF*CO1.319->r*038.2541F-01-1.11706*01

2.5235C -094. 8457^-012.4533 r-09C .1543C-011. 362'Sr- 1 1?.3835E-11

1. USl - 1.60E*C4 M/SECXHF = 0.00

STANFMNG SHOCK1.9664F*03-1. (-2186*017.2946C*015.6036F*014.8573F*03' ,1.5945«=*001.6621 5*008.,7*i41F-011.87,06*00

S.1390E-07• 7.96736-31

'5.9852C-072.0330E-01

. 1.3099E-CB2.84826-08

REFLECTED SHOCK2.68855*331.7878c*0t

. 8.3996F*016. 6485F *015.38875*331.65896*00

•1.7904E*009.0723F-011.9039E*00

8.8293E-312.75196-061.1739C-316. 00^7F-081.0668F-07

PI * 5XH2 = 1

PT

HHO

HA

Sz' jAMEU

SDPT ice** t L I v T

E-HH*H2H-H2»

.005*02 N/SO-M,

.00

MOVING SHOCK2.l t295*02

.. 1.2?3RE*Ol >1.279f>E»013;50695*011. 7431^*00.1;"'11<,5*03

, 1,381 26 *338.28956-01 .1.1914F»01

5.5566C-395.e197F-01'.4143F-09

",4.4803 r-013.2725F-111.7S33C-10

USl * 1.70E*04 M/SFCXHF = 0.30

STANOING SHOCK."2.3273F*03

. 1.7366^*317.59075*01

, 6.33625*31, 5 .2457F»00

l.651*F*001.76C2C*008.97ME-01,2.3112E»03

1.86586-06•1.67306-011.83206-061.33005-.013.8387E-087.2152E-08

REFLECTED SHOCK3.2078F*031.9986E»018.45145*01

. 7.4563E*Ol6.06146*00

' i 1.7215C*001.8991 6 *,00

.9.6798F-012.,2,4C*33

1.43156-359.4685F-OU1.4193F-055.3118E-022.50816-073.72476-37

PI = 5.XH2 = 1.

P '••TOHOHA ,

S

ZGAMEU

SP 5C I FS

F-HH*

H2H- '

PI = •!.XH2 • 1.

'

D

T 'qur)H

^i;

ZGAMEU

SPFC IF S

F-HH*

H2H-

H2*

005*32 N/SO-H00

MCVING SHOCK2.4311E*0?1.26546*011.32816*013.9211Ff 013.90*3 E*00 ~I .5577F>331 .4466E*008.331 9C- 311.26«4E»01

1.1661^-08'.17436-011.1389F-083.8257E-017. 3535p-l I3.4583E-10

006*02 N/SO-M00

MPVIHG SHOCK2.7141F*02,1.3086F»011.36835*014.3c;89E»014. 0777F* 331.60516*001 . 5 1 K 76*00 *R. 38216-011.33806*01

, 2.38156-08

2.33 34F-083. 1950F-0 1 ~l.e839F-10(.. '842F-1 0

USl = 1.80F»(XH6 = 0.00

STANDING SHOCK2.6998E*33l.S918E*017.655SF»Ol

• 7.10735*01' 5.7528F*00

.1.7378E*001.8642E*009.3842e-312.1980E*OC

— **OLF FRACTIONS

t. 87396-069. 27135-01(•.7981e-067.2857E-021.2352F-071.9930F-07

)4 M/SEC

R6FLECTED SHOCK3.8141F»032. 43776*017.9198E*018.52765*017.2803F»00-1.78496*00

. 1.57565*00.1.10065*002.54446*00

' r1

1.8341E-04<i.8708E-011.8302E-04

. 1.2552E-02-1.86506-062.25586-06

. USl - 1.906*04 N/SECXHF , 0.00

S T A N D I N G SHOCK3.0634F*032.13836*01'7. 3695E»017.9098EV016.5241E*031.761 46 *00

1 1 • 944 3F *001.02405*00 ,2.4*B3E*00

- MOLF FRACTIONS

3.8098E-06

9.71076-013.7915F-052.88S4C-J25.0184F-076. S470F-07

REFLSCTEO SHOCK4.51276*033.15406*01

• 7.1-i306*019. 7787F*018.30356*00-1.8420E*00 '

. 2.3003F»301.0929F»003.17046*00

2.70186-03. • 9.92036-01

2.7003E-032.54136-031.30846-051.45296-05

104

TABLE I.-Continued

»l - 5.00F»07 N/SO-M.«"2 • 1.03

MOVING SHOCK» 3.0115E*0?T l.3'47F»01«M<1 1.3997F>01H ,4. 8791 F*01

•A 4.263)F*00S l.*5346*0'>' l.«881F»00•5A«E S. 4464 E- 01U 1.4ll5*»3l

M 7.4077F-D1^# 4. 7*)?4r-384£ 2. *923C— 01M- ' 1.3?10'-IOM»» '1.22 f6c-09

USl • 2.00F*04 X/SECXHF « 0.00

STANDING SHOCK3. 388SC*032. *4 L 3c*0l6. 71 9fcE *0l8.73726*317.5196F*001.80916*001.984T*001.12116*007.9426e»30

**0 L* F P A C T I ON S

3.18866-049.91176-011.184-25-34H.1903F-032.48 24F-06?.92«9E-06

REFLECTED SHOCK5.2002?»033.74846*016.863SC*01I • 1334F*328. 7092C*001.8359^*032.02126*001.3011E*003.6146F»00

1.K22F-029.75626-011.16166-321.06916-033.5782 r-054.1034F-01-

">t • 5. OOF* 32 N/SO-H.XM? .. 1.00

r-H ,

I.6617F»00

i.oiTor-o»l.ooj?r-i7

1151 • 2.10F»C4 M/SFCXHF * 0.00

3.6834F*033.0126E*016.07676*019.5761F*Ol8.1H32r»001.85066*00

PEF16CTFD SHOCK5.8574F*034.179BE*016.8mc*311.2n6E*07

3.4774F»00

1.92306*002.0«08**009.494IF-313.8951'»00

IF FRACTIONS

2.04086-03 2.55126-02

2.0398F-C1 2.ceOOF-02

1.0214C-01! 7.2H21F-05

PI »XM2 -

SIP.AMFu

SPFf 1'

uH*H?H-H2»

01 .KH2 •

un

SI1AMFU

SPEf l

e_H

H?

5.00F»02 N/SO-M1.00

MOVING S"OCK3.64836*02

.46436.* 31

.43116*01

.812«-E*01

.69486*00

.75276*00

.74MF*33

.6469E-01

2.2309F-078.5132F-012.?027E-071.4868E-JI1.4819*-094.790QF-09

«.OOF»02 N/SO-M1.00

MOVING SKICK3.9351F»021.5367F.31I.4251F.01fc. 1415^*3,1

1 • 1 1 *tfl? * 00P» 93 5 1 *^ • 01'

9.0019r-0l5.4778F-079.96346-0?

. US1 ' 2.20E»04 M/SFCXHF - 0.30

STANDING SHOCK3.9871F»033.4932F»Ol5.4773<:*011.04636*028.51476*001.18716*002.31226*001.0314F*003.91866*00

- «TILF F R A C T I O N S

7.1004F-030.84126-017.30676-031.2192F-332.197SF-052.4689F-35

R6FLECTED SHOCK6.47946*034.5166F*316.87596*011.3388F*029.32486*00I.9574F>002.08616*039.2274F-014.08906*33

4.19646-329.H436-014.1942F-024.77356-048.2960E-05I.0480F-04

US1 * 2.336*04 M/SFCXHF • 0.00

STANDING SHOCK4.2909F»333.87765*015.44466*011.1397F»02

1.971 J«*002.0325^*009. '3366-014.2497E»OC

- "OLE FRACTIONS

1.67766-02

1.6770F-027.26616-04

PEFLECTED SHOCK7.3189F*014.7950F*016.90'9F*011.45896*02

1.99396*332.12576*009.0774F-014.2289F*00

5.0621F-028.8018E-015.9588E-323.69386-04l.3200«-341.3444F-04

105

TABLE I.-Continued

pj-SOON/m

,P1 • ".006*02 N/SO-M, USl * 2.40E*04 M/SECX«2 * 1.

pT

QHflu

A

SZGA"E'I

so fC iFs

F-M

H*

H?

H-

H2*

00 XHE = 0.00

MOVING S»OCK STANIING SHOCK4.331SE10' 4.C620E*031.6369E*Ol 4.1928*»011.3979E»31 5.28?'>F»D1fr.806ic.oi 1.2375F»025.337JE*03 9.00l1Et101.8520F»00 l.9"!43?»OC1.89306*00 2.0c9*ic*009. 19116-31 9.3836E-011.6941F*01 4.4704E»00

MiJL? FRACTIONS

1.6519E-C6 2.9519F-029.4150C-11 9.4n5c-311.^4'>tE-06 .'.9508F-02•J.6501F-02 '.0193E-048.8r<U?-19 =.341'>F-0('1.9205E-C" <-.4'04F-0?

RFFLECTEO SHOCK7.4776F*035.0318F»016.85^6F*011.5799F.029.8999FO32.0246E»002.1677F»008.9854F-014.3358F*00

7.7S11F-02B.4385F-317.776RE-027.9470F-04l.l'i62E-041.5962I:-04

PI = 5XH2 « 1

D

T

SZ

II

SPFCt"

c _HH*H?H-

.OOP*02 N/SO-M.

.30

MOVING ShOCK

1.7989F*-)]

7.4713E*01

1.8993F*00

1.7579E*!!

9I7661E-01

?. 3378E-02

USl ' 2.50E»04 M/SECXMF > 0.30

STANDING SHOCK

I.3174E»029. 2396T»001.9B86E»00

9. 1714F-01

WILE FRACTIONS

4.4238E-329.H08F-014.4191F-023.'>726'=-046.6254E-0'5

B.29J3E-35

RFFLECTEO SHOCK

5.2292C»31

1.699(>>:»021.01«9E»012.05986*002.21146*008.92506-014.4140F*J3

9.5999E-328.0751E-01

2.3653F.-041.2522E-0*1.7701F-34

PI * 5.XH2 « 1.

pTRMOM

SZGAMEU

SPFCIES

PI • 5.XH2 • 1.

0T

M ,ASIGAME

SPFCI^S

F-MH*

H-H2*

OOE»')2 N/SO-M00

MOVING SHOCK5. 0?42=»322.0776E*Ol1.2168E»01B.Ot38F*Ol6.79HE»001.9426F»00l.9874E»001.1170F»001.8143E»01

«-.393'iE-0I

9.9347F-01S. 1869F-35

U5805r-372.242SC-07

OOF»02 N/SO-«00

MOVING SHOCK

1.9802F»001.9976E»001.1444E»00

5.1730F-049.9722E-01

fliasesF-o'

USl ' 2.60(»04XHE ' 0.00

H/SEC

STANDING SHOCK REFLECTED SHOCK4.6546^*03 7.47885*034.6549E.01 5.3829E*014.70216*01 6.1598E*011.4366E.02 1.8138E*029.45936*00 1.0385F»012.3251F>00 2.0973E*002.1266E»00 2.2555F*009.3393E-01 8.8829P-014.689<>E*00 4.4608E»00

'.9809F-02B.7978E-01f.9877E-022.7730E-047.4341S-059.J900F-05

. USl • 2.70E»04XHE • 0.00

1.1366E-017.T224F-01i.mo? -011.8800E-041.2642E-041.8331E-04

M/SEC

STANPING SHOCK REFLECTED SMOCK4.5270E*03 7.15956*034.8254E*01 «.5106E»01

9.6682'*002.0619?»002.1*40F»008.9517E-014.7009f»00

7.4098E-028.4743F-017.6072E-022.1437E-047.9034E-051.0449E-0*

1.9255F»021.0593F*D12.1352E»002.30026*038.8533E-014.49116*00

1.3085E-017.37»1E-011.3079E-011.49836-041.2376E-041.8334E-04

106

TABLE I.-Continued

VI . 5XH2 * 1

PTRWOM

A•i7

GAM6U

SPFCl"=S

e_H

H*H24-H?t

P! = 5XH2 . 1

oT

RHOM

&

sJ

GAMFU

SP6 C 1 E S

F-HH*H2H-

"2*

.OOE*02 N/SO-M.

.00

MOVING SHOCK5.7190**022.8238F*311.01096*019.3079f*0l7.84216*002.01315*00

,2.0017?*001.0869E»001.9182?*0!

2.495SF-S?9.9435F-012.4°52F-316.5804E-0'-2.2543F-062.542AF-06

,OOF*J2 N/SO-M,.00

MOVING SHHCK6.ni8F*023.1527f*0!9.61016*009.9673F*018.01<>lE*oo2.042'.''f 002.0UO"*001.012?f»301.9762F,*01

7.79UF-039.8507F-017.2907 r-033.39A5C -044. 7477<=-065.27^4^-Oft

US1 = 2.80F*0* M/SECXHE = 0.00

STANIINf, SHOCK4.48116*034.983?E*01'..OSO''E-»011.6392C*029.8823F*002.09">OF*002.2036E*008.8934C-014.75"5F*00

MHLE F P A C T I O N S

<!.?6q6F-Q28.1427E-019.2666F-0?1.7118F-048.2814^-051.1249F-04

REFLECTED SHOCK6.9982E*035.6386c*0l5.2888E*012.0420E*021.08126*012.17166*002.346TF*008.8340E-014.5268F*00

l.*805E-017.0354E-011.4799F-311.217SE-041.2152E-041.8393E-04

US1 « 2.90F>04 H/SECXHF = 0.00

STAWMNG SHOCK4.^841^*035.1446C*013.9662' :*011.7509E*021.0116?*012. 1303C*002 .2467E*008.8546E-014.7941E*00

1. 1005E-017.7958F-311.1002F-C11.4Q82F-04B.7191E-051.2158?-04

"EFLFCTED SHOCK7.0723«:*035.7802F*01S.lOSS^tDl2.16925*021.1055F*012.206 tE*002.3965F*00B.8232E-314.5773F*00

1.6574E-016.6817F-311.61!68E-011.0086E-041.2087^-041. 87366-04

PI » 5.X"2 = 1.

D

T1WOH«<;zG«MEU

SPECIES

c-HH*42H-'^2^

PI > ?.XH2 = 1.

oTPHOHASzr.tffI)

SPEC 1 6S

*.Z.2*

OOF»02 N/SO-M,00

M O V I N G SMOCK6.50826*023.4208E*019.37286*001.06546*028.1645E*002.06996*002.0298^*039.60006-012.03786*01

1.4919E-029.6993C-011.4918F-022.1740E-D4T. 7396^-068.6607F-06

OOE»02 N/SO-M,00

M O V I N G SHOCK7.395QF«023.83596*019.29076*001.2105E*028.4963E«002. 1211?* 302.07506*000.0692E-012.1711F»01

3.62P3F-029.2728E-OI3.62'ilc-321.2191F-041.4032E-Of1.62056-0"

US1 ' 3.006*04 M/SECXHE - 0.00

S T A N D I N G SHOCK4.79606*035.10686*013.94296*011.8690F*021.0364E»012.16216*002.29216*008.8300E-014.8536E«00

M0l€ F R A C T I O N S

.2768E-01

.4434F-01

.27646-01

.18526-04

.1745C-05

.31396-04

REFL6CTEO SHOCK7.33186*035.93266*015.04666*012.30566*021.13196*012.24016*002.44896*008.81936-014.6432E»00

1. 83596-016.3249E-011.83526-018.48236-051.2114E-041.9268F-04

US1 * 3.206«-04 M/SECXHE * 0.00

S T A N O I N G SHOCK5.45716*035.63706*014.049«F*012. 1267F»021.08956*012.22436*002.39066*008.80816-014.98176*00

u n i c F R A f T I ON S

l.«.3f3E-01A.7245F-011.63586-018.6R27E-051.0019F-041.5162E-04

R E F L E C T E D SHOCK8.2175F.036.2623E*Ol5.12206*012.60596*021.19015*012.3063E*002.5619F*008.82616-014.80716*00

2.1960E-015.60495-012.1952E-016.08216-051.21456-042.04226-04

107

TABLE I.-Continued

PI = 5. OOF* 02 N/SQ-M.XH? > I.00

3.40F*04 M/SFC0.00

STANDING SHOCK6.30976*03

Touri *

AS7.GAMEi)

1.3657C.02

2.172<!E»002.132*6*00

2.3112F*01

2.4072F*021.14575*012.28*46*002.49foF*008.B097F-015.15085*00

L5CT^n SHOCK9.«033'=*03

' 6.61205*01'5.3000F*Ol'J

2.93595*02

2.37266*002.6133C*00'

5.0007F*00

SP6CIFS —

E-HH*'H2H-H2*

PI = 5.00F»02 N/SO-H-,XH? * 1.33

6.2303F-028. 75' 7C -31'.2299e-02B.2527C-051.9732C-0<!

2.37916-05

nuL1: t-KHl,l lur*3 -•

1.99256-016.3122F-011.0919F-01^•4531 F-0?1.0564E-041.6001E-04

2.5491E-014.8993F-312.5481E-014.3296F-051.1964C-042.11S2E-0*.

USlXHF

3.606*04 X/SEC0.33

H2H-H2*

MOVING SHOCK STANniNG SHOCK OEFLECTFO SHOCKp -. • -TRHflH

A ' 'S.I' fAMEII

' -9.40416*024. 4254E*3l"9.6691F*001.5309E*0?9.228'EfOO2.2230F*00?.197<1F»33R.7563E-01

' 7.4549COI

7.31!2F»03i".?9«>5E*Ol4.4504C*012.7088FO2 '1. 2046F+012.34 725 *002.6097^*008. B279T-015.3T85F»33 '

1.0B19F*046.98t9F*OI5.5U5F»013.29)3^*321.3218F»01-2.4394^*00

8.9007r-015.2215r*00

9.313T--3?

9.0097T-0?

f O A C T I R N S

2.3196E-015.3202E-012.3378C-014.7710^-051.0731E-041.81566-34

2.8891F-314.21926-012.8B81E-013.0014E-051.1173F-042.1173E-04

PI' = 5.XH? - 1.

pT

RHOH45ZGAMEU

S(* FC I FS

e-HH*

H24-

H2*

PI • 5.XH2 « I.

n

T

RHPH

AspC,»MEu

SP^C Ic S

F-HH*M2H-

H'*

OOF»02 N/SO-M00

MIT/ING SHOCK1.0536F*3?4.66255*019.930*c*001.7054E*029.599TF>002.2735E»DO2.26<)lEtOO«.T10<>E-OI2.S98'iE»01

1.18>-8C-01T. 425*5-011. I867r-Dl4.6690^-052.S6&1E-05^.TOSS^-O"

006*02 N/SO-H00

MOVING SHGCK1.1^>71F»014.A804E*011.01<)fe*011.8H95E»02<;. <>7*6F»ao2.32«4F»002.3*5<F*00«.*9I'!E-Ol2.7425E*01

1.473PC-017.0511F-01l.*73BF-013.6*T*c-353.1695F-054.2340F-0"

• USl - 3.80E*X"F = 0.00

STANntNG SHOCK8.425tF»03fc.63?4E*0!«.*581€*0l3. 0277^*02I.2f51f.*0l2.*091F*302.7270F*008.B634E-01?.«*27E«OC

— MOLE F"ACT ION S

2.6*-82F-01*.*M2E-012.A674F-013.4708^-051.0482E-3*1.8753E-04

. USl * 4.00E*XHE • 0.00

STANMNG 1HOCK9.6306^*036.<»7«lE*Ol4.8471^*013.3642&*021.13045*01 '2.4716F*002.«485C:*008. 9fl8'E-015.774'F»QO

•— MOLC FP ACTIONS

2.98096-014.0341e-012.9«OOF-012.45196-0'i9.8*70^-051.8641E-3*

0* M/SFC

REFLECTED SHOCK1.2398F*0*7.37325*015.7098F*013.67406*021.39546*012. 5068030

2. 944 9* *008.9680C-315.*700*»00

3.21076-013.5763E-013.2097E-011.99A4F-051.006BF-3*2.03206-0*

04 M/SfC

B6FLECTEO SHOCK, 1.4145c»04

T.80UF»01*>.R802C>014.0R23E*021.4767E*312.57516*003.3835F*009.06536-015.7723F*00

3.5157E-012.9667F-013.S1475-011.2465E-358.61116-051.8572E-0*

108

TABLE.I.-Continued

PI - ;.XH2 = 1.

PTHHHHASz•^AMEi)

S P EC I CS

E-H

H*H2H-

H2»

OOF*02 N/SO-M00

"CWING S"QCK1,2903F*03*.0862F»011.0454C*012.0831^*021.0355E»012.3760E*002-426ftE*003.6880F-012,8,78F*0,

1.7587F-01t.48l7C-oi1. 7S86C-0 12. 8705E-0*i1.3796F-31.4.6674F-05

USl = 4.20E*XHF = 0.00

STANntNG SHOCK1.3934<=*047.3352r*015.012*E*013.71955*021.3992P*0 12.5345f»002.9738E*008.9749E-01f .02946*00

— MrJLE FP ACT IONS

3.2767E-013.4447E-013.27C8E-C11.6674F-053.8»13F-351.7817E-04

04 M/SF.C

REFLECTED SHOCK1.6038C«048.2763F*016.0108F*014.5128F»021.5671F»012.6431 F*303.224CF»009.2039"=-0!6.0645F»00

3.7982E-012.4021F-013.7973F-017.1973E-066.9414*-3"1.5052E-04

PI * 5XH2 * 1

pT

RMOM

A

SzGAMEi)

face teei^rl* 1 r i

E-HH*"

H2H—H?*

,OOF*02 N/SO-H.00

MOVING SHOCK1. 3*44F* 035.4770E»011.0912E»312.4987E*02l.H3i)E»012. 4812E*002.6007E»008.709HE-013.176SF.»01

2.3134F-015.3782F-312.3103F-OJI .T-JOOE-OS3. 5246C-0^'.1939':-0C

USl « 4.606»04 M/SECXHF « 0.00

STANDING SHOCK1.37326*048.13f5E*015.2254F*014. 4799E*021 . 5541E*OL2.6602E*003.2303E*009. 1901F-016.6410F*00

3.8101E-012.3785E-013.8093E-016.5113E-36t.2735E-05l.'219E-04

REfLECTED SHOCK2.0316E*04 .9.5222E»016.0783E*015.4745E»021.8018EKH2.7812E*003.?102E*009.7132F-016.9435E*00

4.3032E-011.3929EOI4.3026E-011.57296-06.3.4614E-059.32036-05

PI • 5.00F»02 N/SO-x,XH2 . 1.00

USl = «.40E*04 M/SECXHF = 0.00

PI • l>.00 r*02 N/SO-M,XH2 » 1.30

USl • 4.80F»04 M/SfCXHF * 0.00

IG«»FIJ

MOVING SunCK STANDING S"OCK PFFLECTEH SHOCKl.4193F*0->,

l . 0 7 4 2 F » O l2.42830002 . 5 H 7 F » 3 3

3.032ei:*01

1.2305F*047. 7 1 13 c*3 I5. 140CE*014.0911E»021.4731Ft017.S974C1.0C

9.36->9F-01^. 3 IS4 = *03

1.8101F*048.8366^*316. C817F»G14.9T78F*021.6734^*012.7123C*00

9.4089^-016.4632C»33

RHPM

A

7

GAMF'I

MOVING SH1CK STANDING SHOCK R E F L F C T E O SHOCK2.2708F»04,

1 .110«>F»01

1.1545F»01

2.*')32F*00

S.6034E»01

2.722* I :«00

9.3tl 1F-017.0176F»00

1.0»16F»02

6.011*E*021.9641F»012.8497F«33

1.01&2F>00

E-HH »

H2H-H2*

r .92'9r-011.5512F-312.P920C-01

4.3632C-31. 1.3724E-01

4.0i?5c-01

T.(.c '7F-05I.6139F-34

SPECIF

4.0462F-01I .9066F-01

3.6097F-064.81S7F-051.1701F-04

4.S129F-019.7392F-024.512«?-015.3021F-072.3459E-355.9021E-05

1.09

TABLE I.-Continued

PIXH?

c.00^*02 N/SO-"1.00

US1XHf

5.00F*04 M/SFC0.00

PI = «.OOF»02 N/SQ-M,XH? = i.oo

US I • 5.405*04 H/S6CXHF * 0.00

MOVING SHOCK STAN1ING SHOCK O ^ F L F C T E O SHOCK1 1.6671E»04 . 2 .5334 C *04I 9.1**1E»01 1.1658C*32

1.1273F»01 " :.2364E»01 5.7768^*012.9«1<15»02 5.2Q96E*02 6.60*56*021.19646*01 1.7485C*01 2.1724F*012.588')E*00 2.7836E*00 2.<5181F*00

GAMF11

SPFCI C S

HvH2H-

.7595F-01 9.5978E-01

.4641F*,! ,*63*E*33

2.8211('-11 4.2593F-314.3410F-01 1.48C» -012.R2Q96-01 *.258fl1.0r24P-Oe 1.78853.34 r)9F-05 3.472T

-01-06-05

5.25<l*c-05 S.9837 -05

1.07616*008.3902E*33

*.6n?6c-Jl6.3267F-024.6814E-011.29P3E-071.06226-053.12BOE-3C

PI s 5XH2 * \

oT

RU0M

A

Sj

GAM 6[1

SPEC IF S

6-HH*H2L|_

H2*

.30E»32 N/SO-H,

.00

MOVING SHOCK SI1. Q947Ft 036.0541E*011.1*11^*313. 192SE*0'1.2399F*312.6437F»002.887"!Ef 008. 7945F- D I3.6070E*01

3.8511r-013.0739C-017.0209^-063.1 5365-3**'.1215E-0-!

US1 = 5.20I:»04XHF = 0.00

M/SEC

rANIINC, SHOCK <)EFLFCTED SHOCKI. 8146C *049.7901E»015. 1474C*315.7305F»02I. 870^5*312. 8433F*OC3.i008E*009.9229f-018.0011E*00

'OLE FRACTIONS — •

4.44636-01

1.1370F-314. 4459E- 017.67R2F-372.2918E-056.3266F-05

2.318*E>041.33465*025.4886C*017.2597E*022.41216*012.98376*003.8475^*001.1330E»009.4444F*00

4.8019E-013.96075-024.8018C-012.43985-085.4638E-061.42676-01;

pT

RMOM\

S

ZGAMF11

So Fr i [v l I *

F-HH*

H2M-

H2*

PI .XM2 «

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T

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SPFC T

F-HHf

H2H-

H2*

COVING SHOCK2.1530r*036.2C40F*011.15196*013.4426F»0?1.2fl5JF*012.6°8RF»002.98876*008.8374^-013.7490F*01

: c __ _ _ _ _ _ _ _ _

3.3B21E-31^. 33R4C-315 .9312C-062.9350c-')54.8794C-05

5.00F»02 N/SO-M1.00

MOVING SHOCK2.3167E»036.4624F*311.1 r9*c*013.7019E*021.3321':*0l2.7543E*003.09216*338.8903F-0!3.8903F*OI

3.5324F-012.9347F-OI1.53?2r-014. 1743F-062.6103C-0*4.5436c-35

STANtllNG SHOCK1.9544F»041.0'>78E*024.9flT3E»016. I71hr*022.013*^*012.9036F»303. 70*'.':»00l.n344E*008.68466*00

MOLE FRACTIONS

4.6017F-01

4*601*F-012.7961F-071. 3035E-354.0432E-05

OEFL6CTEO SHOCK3.12*66*0*1.54726*02f.l766F*017.9722F*022.65426*013.0*52F»303.9011F»001.1671'tOO1.0698F»01

4.8734^-012.53215-024.87336-014.267J6-093.2251E-366.24906-06

US1 • 5.606*0* M/S6CKHC . 0.00

STANDING SHOCK2.09856*041. 1556 F*024.7691E»016.623t?-*022.17736*012.95'1F*003.78966*031.082tF*009.45646*03

~ MOLF F R A C T I O N S

4.7??6E-Ol5.54556-024.722 I !F-018.6093E-087.0464E-062.J425E-05

REFLECTEO SHOCK3.4468F*041.7898F»324. 89736*018.7360C»022.8337E*013.1009F*003.932*F»001.19165*001.208*'=»3l

*. 91*06-011.71906-024.91406-018.8*856-102.2057F-0*2.93966-06

110

TABI,E I.-Continued

p^SOON/nf

Cl = 5XH2 « 1

pTRMOH

4slGAMEU

*>PCC IPS

E-H

H*

-12H-H?*

PI = SXH2 = 1

oTRHPH4s1r,A»FU

S P E C I E S

E-HH*

H2=1-

H2*

.035*3? N/SO-M,

.00

MOVING suncK?.4359E*336.68306*011.16356*013.970*6*021.3833E»012.8100':»003.1972F*008.9558E-01<..0306C*01

3.7449F-012.5096^-013.74A8F-012.«B4'.E-062.2810E-011

4.1K2F-05

. OOF>02 N/SO-M.

.00

WOVING SHOCK2.6603C*03o.920-)E>011.1637E>01•V.2*94EtO?1.43?5?«-0t2. 865'EtOO3.3033E*00^.03S1E-014. 16W»91

3.94";8C-01z. ioaoc-o i1.9*56c-0l1.90S5F.-061.92"1F-051.620CF-T:

US1 - 5.80E»04 M/SECXHE = 0.00

ST4NOING SHOCK2.2lOaE>041.2713F>024.5153F»017.082S£t022.3474E»013.00"6F»003.a51frE»001.12546*001.0375C*01

MOLE F R A C T I O N S

4.8074E-013.85D5E-024.80736-012.43HE-084.6124E-061.28176-0"!

REFLECTED SHOCK3.7677E»042.0473F*024.6580E»319.51546*023.0988C»01J.1503F»00l.'JSO'JFtoO1.1872F*001.3373F+01

4.9379E-011.2413E-J2^.93796-012.3313E-101.6283E-061.5456E-06

US1 - 6.006«0* M/SECX"F = 0.00

STANDING SHOCK2.3199F404I.'0e8r»024.2371=»017.54laE»022.51536*013.3'i17F»aO3.894 7F*001.1556F*00l. i4iiE*ni

«OLC F O A C T I O N S

4. 8f49E-012.T014E-024.8649E-016.6266F-092.8509E-06<-.81336-Of-

REFLECTED SHOCK4.0<)65F*042.3215E»024.A527C*011. 33435*353.3081F»013.1956F*003.9630E*001.18956*001.4773E*01

4.9?33C-019.3374E-Q34.9«i33E-317.3459E-111.23516-068.8689E-07

PI = 5XH2 = I

oT

RHOL4

A

SrSAMFU

SPEC IPS

E-HH*H2H-

Pl » 5XH2 - 1

PTRNOHASZGAMEU

SP6C IES

6-H

H*H2H-

H2»

.00£»02 N/SO-M

.00

MOVING SHOCK2. 83966+037.18286*011.1595F»014.53546*021.49656*012.92136*003.4094E»009. 1450E-014.30726*01

• 4.1343F-011.7312C-014.13416-011.1879F-061.56836-053.07136-05

.006*02 N/SO-H

.00

MOVING SHOCK3.02346*037.47836*011. 1504E*014.83156*02l.?623E»017.97646*003. 51436*009.2864E-314.442*6*01

4.3092F-011. 3814F-014.30916-016.B627F-071.21336-0-i2.4906f-0?

. US1 " 6.20E*04XHE • 0.00

N/SEC

STANDING SHOCK REFLECTED SHOCK2.41416*041.5516E*023.9659E*Ol8.0179E*022.67176*013.09846*003.92316*001.1727E*001.2563E»Ol

~ MOLF FR ACT I ONS ~~

4.9020E-011.9592E-024.90206-011.9393E-091.9346E-063.72276-06

USl - 6.406*04XHE * 0.00

4.4117E«042.60686*024.26166*011.1178E*OJ3.51086*013.23756*003.97126*001.19066*001.60466*01

4.9638E-017.2421E-034.96386-012.6963E-1I9.4433E-075.46946-07

M/SEC

STANDING SHOCK RFFLECTSD SHOCK2.49566*041.7032F*023.7172E»018.4944F*022.81646*013.13946*003.94186*001.18156*001.37326*01

— **OL E FRACTIONS ~~

4.92626-011.47536-024. 92626-016.3790E-101.4137E-062.1456E-06

4.71386*042.89646*024.3922F»011.20386*033.70416*013. 2755^*003.97706*001.19116*001.7313F+01

4.97116-015.7819E-334.9711E-01I. 14076-117.3067E-073.61056-07

111

TABLE I.-.Continued

500 N/m

PI - 5XH2 . 1

P.TQUOH

4s " 's' :i 'r,A"Fu

SPECIES

c.H.H»~ -"2H- , ,H2»,. _

PI . 5XH2 - I

oT

BHOH' "1 '5ZGAMEII

cpFr i F £

c_H "H»

H2H-

H2»

.OOE»02 N/SO-M,

.30

MOVING SUOCK3.2112E»0?7.8235C»01l.l352Ef015. 136SE*0?1.63756*01

•3.0309E»003.61?8F«009.i7")«E-01«.5758F»D1

«.*(-19e-011.0621F-014.*i91E-213.5B*lc-r7B. 8019? -06l.")04Bf-05

.OOF*02 N/SO-M.

.00

MOVING SHnCK3.*021F*03

'8.238BF»01.1121F.01.«502F*02.726*e»31.OB41E»00^lOSFtDT.7492E-01

4.70S4Ef01

4.6105C-01• 7.7187E-0?

i.tio*r-oi1. 6374^-07•>.f|81>6c-06

' 1.3550E-DS

US1 « S.60E»0* «/SEC,xwr = o.OO '

STSWlINr, SHOCK2.5fr46F»041.8^96E»023.4872E»010. 1791^*022.9534E»01.3.1'78-=»003.9«48F>001.18MEM101.4869F»01

mt1; FRACTIONS

4.9428E-011.1433F-024.9428F-012.3283E-101.37S71:-061.2979E-G6

REFLECTEn SHOCK4.99i2E«-043.1929E»023.9104F»01l.2929E»333.8917F>013.3112F4-033.9813E»001.19t*f»001.8619E>01

4.97f:e-oi4.7008E-034.9765F-015.3144F-125.6715E-D72.4932E-07

US1 » (>.SOE»04 M/SECXHE • 0.00

ST4NOING SHOCK2.60<)8F»0«2.02IIE»023.2573E»C19.4644F»n2J.0859F»Ol3.2153E«003.9641E*301.18B5C»001.^049C*01

HOLE CR ACT I ONS

4.9553E-319.00«-3E-034.95«OE-Ol1.1374E-U8.2704E-078.0976E-07

REFLECTED SHOCK5.2333F*043.49S1F»027.7>;78F»011.3814E»034.0737C*013.3457F»003.9846F»001.1916F»00l.?789F*Ol

4.0807F-013.8617E-034.980TE-012.6423E-124.378HF-071.7696E-37

PI =XH2, •

•

PTPMQH

A

SZGA>4FIt

5.03F*02 N/SO-H1.00

MOVING SHOCK3.5953F»338.7653E+01I.0303F»015.7722F»02

- l.flStO^JOl3.1363E*003.7965E»001.0129F»034.B302E-»01

US1 - 7.00F»04 M/SECXHE > 0.00

STANDING SHOCK2.6288F»042. inilE»023.0353E»319.9524C«023.2103F»013.2S10E»003.0713E»001.1899F*031.7194F»Ol

'

REFLECTED SHOCK5.4057F»043.7896F»023.5776F»311.4696E»034.2434E»013.3782E»003.9872E»001.1917E»002.0870E»01

MOLE FR4CTIONS

H»M?H-

4.7321F-015.3581'=-3?4.73205-016.1850F-38I.M^IE-OS

4.9638E-017.2319E-034.9638E-013.9150E-116.4101E-07?.2574E-07

4.9839«-013.21586-034.9839E-01l.MOOE-123.3887E-071.2940F-07

112

TABLE I.-Continued

• I k N / m

PI *XH2 -

0 _ '

T

RH"H4

SzGftMEU

SPEC 1^

p.HH* ,H2H-

M2*

U00<=»03 N/'SO-M1.00

MOVING SHPCK1.06366*012.71*3E»30'3.92006 + 00 '2.7745E*00

- 1.6432F»001.0e6«E*001.0333EO10.94946-012.26*3E»00

1.3642F-1-.4.3596F-119. 2 32ep-3e

1.0000C*OC6.4306F-431. '4926-34'

. US1 = 4.00C*03 M/SEC 'XHE = 0.03

STSNOING SHOCK2. 19T6E»Ol

, 3.3569E*336 * 5^ T'lF + OO3 ,^52ft ^ *-001.8212F»001.0587C t-00

l'.3003F»030.8R10F-01

"• *^OLH FP AC T I ON S

7.23*16-3«i1.62885-093.143*6-35

' 1.0000F«009.6^31";-41

3.8^52C-3K

REFLECTED SHOCK5.36156*01*.7161C*331. U69t.Cn*.9388E»00

( 2 .1382 e*00' l.0770F*00

1.0300E»009.6943F-011.19*16*33

6.8493E-278. 1080?- 064.33 lle-279.999<if-012.2847P-322.0482 F-27

PI = 1.00F«03 N/SO-H.XH2 - 1.30

US I - 6.00E»0) M/SECXHF - 0.00

XH2 « 1.00

TRun

ZG»"E

F-^H*H2H-

N/SO-M. 5.006*03 M/SCC0.00

MCVINC. snnrn STANDING SHOCK P6Fi6CTEn SHOCKl.*743e*01 4.4'53'iF*ol 9.7?21T*013.7003C*00 4.922iF*00 6.6564 r*00

3.R206E*GO

1.099'FtOOr*00

2.9621F»00

?.20tT:-31

9.6647F-011.47116*00

7.2402F*00

1. 1161f»00

9.3342F-01>00

1.65S7=-11'.1253F-J5

9.99»Bf-01I.14456-29

9.6753?-199.9R39F-012.31116-21

oTRHQH4

SIGSME11

6-HH*H2H-

Pl =XH2 •

pTHHn4tsrGAM F

SP F C I ^

HH*

H2H-H?»

MOVING SMOCK2.42835*01*. 8589F *004.99896*00C.0999E*002.1679F*001.12166*33"1.00005*00 .0.6724E-013.6=146*00

9.7**7f-262.091 5F-058.9513C-2A9.999HF-016.5219F-137.9401F-27

1.006*03 N/SO-*1.00

MOVING S"orK ,3.33006*016. 1 4766* 335.41*1 6*00».6l4icton2.437CC * 001.1524F*001.033'.EO19.42 33E- 014.34,36.3,

...».«_-.;1 . 0206C-1 9«.9910c-0l2.0372 c -?31. Il28r-20

ST4NPING SHOCK7.6852F.016.70996*001.14426*017. 31C 76*00Z.4992E*001.12965*03 -1.00106*009.2992F-01l.5915E»00

— **HLE FRACT ION I

2.85966-182.0272E-032.49386-189.97976-01

9.1379E-223.66906-19

. IIS1 ' 7.006*XHF • 0.00

ST4ST1ING SHOCi(1.2268F>020.36866*33,l.**»6E*019.9417F»002.7111F»001 . 16*TF*001.31 19C*308.6791E-011.6?066*33

— **PLf FR AC T I CN S

1.5313F-1*2.3543F-021.H18E-I*9. 7A46F-017.003*^-17

' 3.12166-15

•REFLECTED SHOCK.53236*32. 3987E*00.80**6*0l.935*6*00.71966*00.15356*30.01116*00

. 8.70976-01l.*0166»00

3.31336-1*2.19*16-322.99566-1*9.78066-018.*160?-173.2610E-15

03 M/SEC

REFLECTED SHOCK2.22106*029.650*6*032.21726*011.29836*012.9027F.»001.1913e*001.03B1F>00

, . 8.4H1F-01

''""""

3.31306-127.3321F-023.3337F-129.2668E-011.7950F-1*2.9777F-IJ

113

TABLE I. - Continued

• 1 kN/m

PI • i.ooro? N/SO-M.X"2 = 1.00

U51 = 8.00E.C3 M/SECXHE = 0.00

oT

RHO

H

4s7fJAMC

SPF C T (

F-HM.H?H-H2»

PI =XH2 =

D

TRW0HA

SzG»MEU

$P FC f *

F-HH .H2

M-

H2»

MOVING SUOCK4.19786*017.41136.005.9055E.OO8.37406*002. 577SF*001.1822F.OO1.0049^.008.92096-01S» 0^41 F + 00

: _

4.?f i3r-i69.6655F-334.2136C-16o. oQ^3r _3i2.8239F-193.4055C-17

1.006*03 N/SO-M1.00

MOVING SHOCK5.653iF»018.4237F.OO6.58746.001.0186F.312.70276*001.21226*301.0189F*018.S1096-015.80116.00

7.1206E-143.70766-026.6872^-149.6292c-0l1.3566E-I 64.4403F-le

STflNltNr, SHOCK PEFL6CTFO SHOCK1.8882 r*029.6334F.OO1.803KC»011.31016*012.9001FO31.2016F*001.0406E»008. 39TOF-011.5628F.OO

7. 1099E-C23.0979F-129.21 90C— 011.6209E-14

USl « 9.00F»03 IXHF = 0.00

3.1331T.021.0661F.012.7235E.311.6520F.013.0945F»3D1.2317C»001.0791C.OO8.32366-011.4007C.OO

6.9"OOF-ll1.46546-015.5255E-118.5346F-015.41875-135.1878I:-12

</sec

STANOING SHOCK BFFLECTFO SHOCK2.«349C*021.0fr77E*012.4494F.OI1.6801F.013. 1012E.CO1.2415?*001.08396*008.3105F-011.55996.00

S.8933E-11

6.3«9'iE-HB.4522E-015.99346-135.6076C-12

4.4236F.021.1C!92F*013.3692C*012.0>.63F.013.3047F.OO1.2754E*331.1327F.OO8.3177C-011.41166.00

5.1120E-102.3426F-014.7393E-107.65746-016.8154^-124.4084E-11

PI = 1XM2 = 1

o

TQHH

H»SIG»«FII

SP FC 1 F S

F-i<H.H?H-H>»

PI - 1XH2 * 1

PT

«"0HS

s7

GSMEII

SPFC JF S

E-HH +H?H-H2»

-no6»03 N/SO-M.00

MOVING SKC1CK7.0885F+019.2046C.OO7.387f>FfOO1.7t*4Ef01?.n'66FO11.24J7E»001.04?'.f»OJfl. 32^85-01'.5''46F»00

1.596*11-!?S. 120*^-021.5105e-129.1871F-014.086«F-15fl.qQ74r-n

.ODF»33 N/SO-H

.00

COVING SHOCK8.6033E»019.S450E»001.2273E»0:1.5141E*012.9534F>001.2770F»001.0733F»008.255?E-317.3493E»00

1.267TC-111.3656c-3l1.2037C-H8.M4'iF-ol4.5363F-1«6.H544f-13

• 1111 <• 1.00F*04X"E « 0.00

M/SEC

STANDING SHOCK PEFL6CT60 SHOCK4.1108E»021.1606F>01l.llO'cjoi2.1010E»013.3143EfOO1.28456.001.138?F»008.3170^-011.564->S»00

- MOLF FP ACTIONS —

5.6141F-132.*3<.5F-015.2'44E-107.1635E-017.2144E-124.6235F-1I

US 1 • 1.10F»0»XHF - 0.00

6.1479E*021.2488C»014.111JE.OI2.'385':»013.f335E»001.3223C»001.1973E»008.3503E-01l.*353F»00

2.90956-393.2956E-012.7134E-096.704«e-015. 27886-112.*885C-1D

H/SEC

STSNniNC SHOCK REFLECTED SHOCK5.7436E»021.2483E»013.8235E*012.5708F»01 ,3.5410r»001.3307f.OO1.203)E»00B.1461F-011.5831E»OC

MOl. c FP 4CT IONS ••'

3.0102F-093.37966-012.8142E-096.6234C-015.2390F-112.4837^-10

8.3342^*021.33766*01«.8963F«313.0690E»Ol3.7825E»00l.3727E>00l.272*F»oo8.43666-011.4815FI-00

1.25*56-084. 28156-311.1772F-085.7185F-012.S900E-101.0H7E-09

TABLE I.-Continued

•IkN/m

PI «X"? *

D

TQMTM

A

StGA'IEU

E-

H *H2H-H2*

1.00003 N/SO-M.1.30

MOV IMG SHOCK1.0453^*021.040«F»019.049<9E*001 • 78 7?F * 013.0836E»001 . 31 2 c* J31.1102E«008.2314F-018.11>8E»00

1.99«!E-Ol5.9633F-118.014?r-Gl7.9112F-133.26')B=-12

US1 = U20F*04 H/SECXHF = 0.00

STANDING SHOCK7.T14?£*021.333VF»014.5338^*013.0849^,01

3.7810F*00l .3795e*CO1.2764F*008.4019E-011.6229E*00

*"OL € FF AC T ION S

1.2130F-C84.330'E-Ol1.1403E-CB5.6696E-012.65795-109.9306C-1C

REFLECTED SHOCK1.0964F*33

1.4270E*015.6(>40f *0l3.6525E*014.0519E*001.425fic*301.3566F*008.4814F-011.5419E*00

4.4622E-08?.2E68E-014.2161E-084.7432E-011.2326F-393.6938E-09

PI •X»2 -

0

TOU£<

M

A

ST.r,A-E11

c .MM*M» •H-H2» ,

I.OOF*03 N/SO-M.1.00

MPVING S""CK

1.2372F*02l.091-5E*019. 83a9E» 002.0339r»fll3.2179F»331.3496F+001.1 5'5E* 338.2317F-018.8109F»00

2.3035=-10

2.2006'T-IO7.3543f-011 . 31&Sc-l 21.1610^-11

US1 = 1.30F*04 M/SECXH^ • 0.00

STAMPING SHOCK1.0033C*031.4179E»5l1.213?F»013.^443? frO 14.3381 F*001.4307E*001.3574^.03q. 4729 r-01

T)Lr FRACTIONS

4.10266-08

3.8S18F-084. 7346 r-3l1.0619E-093.7784C-39

"EFLECTED SHOCK1. 4058F *03

1.5233^*316.3794E»0!4. 291 7e *0 14.3473^*001.4814C*00l.4495F»338.5762e-011.4180F*00

1.43116-07

1.3631C-07

3.7980E-014.5036?-091.1101F-38

PI =X"2 =

pTi4nM

A

SrGAME

U

SPCC I

i-M

H t

H2M-H2t

PI =XH? =

P^RMnM

AStGAMEU

SPFC t

F-H

HtH2H-M7»

l.OOF*03 N/SO-M1.00

MOVING SHOCK1.4441F»321.1393E*OlI. Oe<b*»E*012.4039E*01

3 • 35 71 E*00I. 3887F+301*1 996E+OQB.7459E-019.6368E*00

3.3212F-01^. 6744C- 106.671SF-014.7139F-123.3832E-11

1.00E*03 N/SO-H1.00

"PVING SHOCK1.6665E*021 . 1853C* 311.123'iE»012.74 76E*0 13,'i023E»001.4297F*001. 2514F*038.'695E-011.0389E*31

1.8372F-3<!4.0132F-G11.7* 57F-00= .98185-011.4211F-118.5699E-H

US 1 > 1.40E.O4 M/SECXHE - 0.00

STANDING SHOCK1.2671E*031.5047E«015.82»>7f toi

4. 246^E*01

4.314AE>001.4838C*301.4452E*008.5607f-011.7?01E»00

— MOLE FRACTI ON S

1.2388E-07

6.1614F-011.1809E-073.8386E-013.6537E-099.4423E-09

US1 « 1.50F*XHE » 0.00

STANDING SHOCK1.5617F»031.5<>68F*ai

6.3536E+014.1926C*014. k 164E *001 . ? 38 3E *00l.5393E*OQ8.6711E-011.8197E»00

~ MOLF FR ACT 1 GN S

3.49D8E-377.0073F-G13.3541E-072.9927E-011,11 37F-082.4837E-08

REFLECTED SHOCK1.7599E»031.6212E*017»0031E*314.9863E»01

4.6754E»001.5390E*001.5501E»008. 69865-011.71206*00

4.3295E-077.0979E-014.1604E-072.9021E-011.47605-083.1667E-08

04 H/SEC

REFLECTED SHOCK2.1612E*031.7371E»Ol7.5046E*015.7439E»Ol5.0538E»001. 5986s *00

1.6578E*008.8692F-011.8342F»00

1.3201E-367.9361E-011.2806E-062.0639E-014.6179E-088.5743E-08

115

TABLE I.-Continued

p -'l kN/m

PI •= 1.X»2 = 1.

P - • •T

HMO ,H , ' .A • ', ,SZ <fiAMF'1

SPfC (FS

f-H ' '•H* • «'M? •- ' i-4- - , ,H2»

PI • I.XH2 . I.

;

P.

T , r

<<HO44

S . •7 /1AMF

II

SP'C.'S

f-M ' ,Hfr

42H- iH2»

30C*33 N/SO-w00

"CVING SHOCK1.03435*3'1.23025*01.1836E*31.1147^*01. 6S41 c*00.4722F*00.307*6*00•3005c-3!.113f>E*01

4.37935-00*.7353F-3l4 , 2? 16* — 095.2<>50e-313.7743C-111.9546F-10

00r»03 N/SO.-M00

"(VINT, SHOCK2.15665*0'!l.2749F«011.2365E*013. <50«iC * 0|3.8 135f * 001. SI 635*331.36806*008.1394F-011.1879F»Ol

1.7162F-09e.38MF-011. 3949C-09

• 4.6109F-01f|. 1 20 3C- 1 14.1256^-10

. 'US1 = l . f cO=»QXHE ' 0.00

STANIING SHQCK1.8830r»031.69886*016.76636+31e.511!F»Gl

' 4.9536F»03. 1.59386+00

1. '3825*000. 8174F-011.050«c*00

7.7912^-019.3916E-07 '7.7087F-013.1B46E-086.1929F-3R

14 M/SCC

OEFIECTED SHOCK2.6077C*031.8816F*017.8346C*31

• '6.56475*015.5154F*301 .^190F*001 . 7*90F*009.1393e-01t. 931^*00

4.4345E-068.6939F-014.3442E-061.3361F-011. 47505-072.3788«=-37

. USl » 1.73E»0« M/SSCXHF ' 0.00

ST4NTING SHOCK2.2256f»03

•1.8192F*01 -•7.0341^*01f. 31085*01«.34'!4'-»001.6406F»331.7392F+009.3339F-012.0909C*00

- "OLE FOACTIHNS

2. 81405-06n.«">07F-0!2.7C03E-C61.40936-018.9713F-081.5332E-07

REFLECTED SHOCK.3.13625*332.0935F+017.9041E+017.4718F*016.1649F*001.7231'=*301.8772^*009.67396-312.1977F*00

1.9687E-059.3453E-01

i 1.9472F-01!t. 5429^-025.49675-077.6487E-07

PI =XH? =

pT 'Q.HDHasiGAMEU

SP^C I *

c-HH*

42H-

Pl 'XM2 «

p

TOHHHAS

IGAMF< J

SprC \ f

c_4 'H*42 >4- > '

42*

l .OO^+OS N/SO-H1.30

MOVING SHnCK' 2.4240E*02

1.3233F*3I1.2818E»01'3.919t»F*ol3.98171*001.561 8F*001. 43?3P* 338.383*6-011.2617F*31

2.3532 r-38'>.0369F-011.9916C-083.063 1F-012.0619'=-10

1.035*33 N/SO-M1.00

MOVING S"OrK2.70615*0?1.3673F*011. 3101E+314.35 7?p*0 14. 1 A O^E* 001.<>084F*00I . ^0046*00B.4377E-311.3,506*0,

4.21 705 —08

j 4.1039C-083.3 297F— o I4.44005-101.5749C-00

USl » l.BOF»04 M/SFCXHF = O.D3

STANDING SHOCK2.5800F*031;O752E*317. 1090^*017. 379 lc*3 1r. 83775*001. 704*6*00•1. 8374C *009.3902E-012.2776F+03

— HTLC FP ACT IONS

9.3766F-Ot9. 1147F-01'9.24296-06

' 8.8C13F-022.66356-0''4.0004E-07

PEFL'ECTEO SHOCK3.6704E»032 .492 lp*317.52035*01B.5238p+3l7.2574F*001.781«F*001.96096*001.0778F*002.58536*30

1.7130F-049.7953F-011.7371F-342.01266-023.07416-06

USl - l.90E»04 M/SECXHE • 0.00

STAMniNG SHOCK2.9294F*032.'2057F*01 '

• 6.9134E*017.BXOPE+016.5328^*301.7«7'!E*OC1.9211F*001.0072E*002.5497F»00

~ KUU^ FR AC T I CM S

9.5B8U-014.1168E-054.1134F-329. 1577E-07l.'043F-06

R6FL6CTFD SHOCK4.33656*03

' ' 3.1663F*016.8667FO19. 7476F*018.3546F*001.8389F+001 .90456+001.10536*003.16^*00

2.0228F-039.91166-312.0207F-034.7608F-33

' 1.85606-052.0600E-05

116

TABLE I.-Continued

PI - IXH2 = 1

PT

QWOHaszGfi^Fn

St>Pr f PC^ri. 1 ^5

C_

HHi

H2H-

H2»

.00^*03 N/SO-M.

.00

MOVING SHHTK3.0024E*02l.M7LF*011.3480F*01<*. 8182^*014.352^F.+QOL.6561E+001.5719E+00R.504IC-01l.4077FOl

7.27615-011. 381 6r -OR?. 7239n-0 1°. 2828F -1 02. 9408F-09

1151 = 2.00E»04 M/SECXHC = O .OC

STANDING SHOCK3.2489F«032. I569'l!c*016.4 104E »018. 7039E»017. 465 7E +OC1.8058F»001.9723E»001.0998E»002.9MO..OO

MOLE FR AC I GNS

2.6093E-049.B518F-012.6029E-D41 . 4293E-C23.7I95F-364.3e07E-C!i

REFLECTED SHOCK5.0053'=»033.8039«»01A.5299F»011 . 0998F »0 2B.8501F«001.8848E*002.0151F«001.0218=. 003.6592F.OO

9.468«,E-039. 79035-019.46045-031.9206E-035.3676F-D56.1B66F-05

PI ' I.OOF*03XH2 > I .00

. US1 * 2.10F»0» M/SFCXHE • 0.00

STANOINf . SHOCK O F F L F C T E n SHOCK

5.3021E»01* . 8 2 M E * C 19.5469E*01

1.9931F.OO1.1134F«003.4801C»00

1.2207^*029.1845?.00

9.6?23C-01

SPFCl^ t "0\.T- F P A C 7 I T N S

c- 1.7693C-17 1.52ME-31 2.1985E-32

2.1964^-329.9196F-01

l .A 'J^F-O'9.3690F-0'1.1437F-04

PI = 1XH2 • 1

PT

A

< T 1

SPFCIF1

E-HH»H2H-

Pl ' I

XH2 • 1

Mn

7

U

S P ^ C I F S

2

H2»

.03FO3 N/SO-M

.00

MOVING SMOCK3.6371EfO'1.5340E.OI

.R104F.01

.7965E»D3

.7'i31)F»00

.7069F-01

H.3888E-311.7416F-G7

4.0242F-091.0177F-08

.OOE»03 N/SO-M

.00

•<rviNG s"nr«

K609SF.01

1.79<"3P»00

8.1315F-37

8.79J8'-0<11.9739« :-n»

US1 • 2.20F»04 M/SECXMF - 0.00

STANDING SHOCK3.01466*033.5181F»01S.4033E»011.0426E.028.6277E«031.8855E»00?.0067E»001.05446»003.948&E»00

- MOLF FRACTIONS

C .»>303E-039.8642E-315.6263E-032.2536F-033.1706E-05

REFLECTED SHOCK6.2448E.03

6.4681E.011.3415F.029.4987E.OO1.9580F»002.0754F.OO9.3451E-01*.193*F>00

3.7329E-029.242&F-013.7291F-028.2349E-041.3086E-041.6162E-04

. OS I - 2.30F»04 M/SECXHE • 0.00

STANDING SHOCK4.0987F»033.9318F»015.1484F»011.1352E»02

2io?4SP»009.0464F-014.3082E»00

- f"OLE "ACTIONS

1.3">1F-021.30tar-03

<,.5740F-05

REFLECTED SHOCK6.7902F.054.9609E»016.4792E>011.462;F>02

1.9918P»00

9.I677E-OI

'.4110P-028.9082E-01

6!?259f-04l.6253«-0*2.1982E-0*

117

TABLE I.-Continued

1 kN/rri

PI = 1XH? * 1

D

THUPHASZGAMFU

-

*2-7*

PI = 1XH2 = 1

oTHHOHASZGAMF'1

S°FC I F S

*2-7*

.006*03 N/SO-M

.00

MOVING S"OC.K4.3199F*071.708-=E»Ol1.3e036»016 . 8944 r*015 . 4 2 3 2 C * D 3l.850'E*001.87756*030.10326-011.6894F»01

2.4106c-n<,9.31896-01'.3902C-066. 8133 c -322.12.30^-084. 1653c-38

.00C*33 N/SO-M

.00

MOVING SHOCK4. 67096*321.86136*011.2°53F*317, 46 89E *• 0 15« Q? 43 E* 001.89776*001.9374":»00

9.8316E-011.75396*01

9.2870C-06

"I2439E-063.73026-326. 436 7C-OR1.0747F-Q7

. US1 = 2.406*XHC = 0.00

STANDING SHOCK4. 35R t iP*034. 27776*314.97346*011.2319F*029. 14fl4c *OC1.9^336 *002.04896*339.5502F-014.f 82tF*00

2.4854 C -D?9.4924F-017.4836E-02R. B^ 1 8E-C48.14786-05°.9458E-35

34 M/SFC

REFLECTED SHOCK7.2462F*035.2222F*31t .4484« :*011 • 5850E *021 .OOB9i"»012.0250F*002.1518F*009.C583' :-014.4'T18f:*00

7.1321F-028.C648E-017.12446-025.0577E-041.8732C-042.64346-04

US1 = 7.53E»04 M/SFCXHF = 0.00

S T A N D I N G SHOCK

4.52746*034.5660C*014.7709F*011.3317F*029.395=6*001. 98756*002.0783F»009.3023C-014 .75556*00

3.8463':-029. 22226-313.8435E-C26.45136-041.03446-0'1 .31616-04

P E F L 6 C T F O SHOCK7.48^6F*035.44406*316.2735E*311.70646*021.0357i=*312.0596F*002.19316*008.98CIE-014.5617'=*00

8.87666-028.2165E-018.S672E-024.3751F-042.0306E-042.97296-04

"1 = 1 .<H2 = 1.

pTRH1HASZGAM6U

S PEC I CS

F-

H

H *H2H-

H2*

»1 = 1.XH2 = 1.

prquQ

HA

S7

GA»EU

SPE C I F S

E-HH*H2H-

H2*

006*03 N/SO-M33

MOVING SHOCK5.0185C*022.1111E*011.20166*018.36756*016.7419^*03!.94I2F»001.97846*001.08836*001.8 12?** 01

9.8B90 r-Ol5. 231 r-0c

1.0913C-0?2.6013 r-073.6150C-07

OOF»03 N/SO-M00

MOVING S"OCK5.36706*322. 462BE* 31

.0911F»01,6741C*01• 48(-6E*00.979'E»00.994?E»03.1413E*00.86496*31

3.92556-340.95S9I--G13.92336-04?.3193C -031.0902C-061. 31146-06

. US1 = 2.60C*04XHE = O .OC

M/SEC

STANTING SHOCK REFLECTED SHOCK4.5417C»034.7985E*014.49406*01l.4318E*029.62526*002.32276*032.1108F*009.1467C-014.8'=21;6*00

*.. 31316-02S. 93016-015. 30946-024. 89136-041.18746-341.56566-04

US1 = 2.70E*04XHF « 0.03

7.4261E»035.62406*015 . 907 IF *011.82386*321.059BF»012.3961':t302.2353E*008.9347C-014.6223F*00

1.0592E-017.8741E-011.0582F-013.2693E-042.3818E-043.1414E-04

M/SEC

STAGING SHOCK REFLECTED SHOCK4.4530E»034.9931C*314.1558E*C11.53196*0?9.84316*002.0^90F*002.1459F*339.0422E-014.8874E*03

— MOLE F R A C T I O N S — ~

6.85596-021.62256-016.flf 13F-023.78346-041.2B106-041.74226-04

7.1710F*035.7719EO15.4537E»011.93766*02l.0817E*012.1334F*002.2781<:*008.8994F-014.66186*03

1.22656-017.5402E-011.22546-312.61926-042.0561E-043.1812E-04

118

TABLE I.-Continued

1 kN/tif

PI - IXH2 • 1

pTRMOM

ASIGA»EU

SPFC I F S

c..HHt

H2H-

H2*

.006*03 N/SO-M,.00

MOVING SHOCK5.7156E»322.8423E*011.3341E*319.3069E*017. 9283E»002.0134E»002.0013E>001.13516*031.91706*01

1.89125-039.9495F-311.8908E-031.26035-033.3393C-063.75915-06

USl • 2.80EO* H/SECXH6 = 0.00

STANDING SHOCK4.4074E *035.16936*013.9051E»011.6349E+021.0062E*012.0941E«002.1B33E*008.9711F-014.9258F*00

(4Qt £ FR ACT ION S

8.4454E-028.3352E-018.4400E-023.0140E-041.3504F-041.8899F-04

REFLECTED SHOCK7.0003E*035.9135E*015.097*F*012.0546E»021.10*OE*312.16976*002.32236*008.87496-014.70256*00

1.3932E-017.20756-011.39206-012.1292E-042.02056-043.2020F.-04

PI - IXH2 c 1

oTRMOM

A

S7GAMFU

SPECI6S

e-HH*

H2H-M2*

,OOE*03 N/SO-*.00

MOVING SHOCK6.09185*023.189R6»P19.4°995*009. 9647E*3t8.1545F»002.0437F*00?. 01 03P* 031.03706*001.9729EO1

'. 77736-039.87SOE-015. 7765F-336.35266-047.2371F-068.0'06C-0*

>. USl <= 2.906*04 M/SFCX"6 - 0.30

STANDING SHOCK4.4778C*03?. 34356*013. 7690F *011 • 7*45C*3?1.02965*012.1271F*002.22346*008.92206-014.96*25*00

- MOLE FRACTIONS

1.0092E-017.97S2E-011.03B6E-012.4727F-0*1.4234E-042.0459E-01

REFLECTED SHOCK7.0240^*036.06425*014.8896F*012.17985*0?1.1281E*012.20*3F*302.3689F*008.8590I:-014.7'21F*00

1.56216-016.81005-011.56096-311.7640E-042. 0327*-343.2557E-04

PI = 1XH2 " 1

pTRMOMASIGAMEU

SPECI6S

F-HH*HJH-><Z*

PI - IXH2 • 1

pT

RHOHASIGAMEU

SPECIES

cn

HH*HJH-H?»

.00^*03 N/SO-M

.00

MOVING SHOCK6.4942E»023.48456*019.2064E*001.06496*028.31806*032.07166*002.02**E*009.8085E-012.03346*01

1.2467E-029.7465f-011.2465E-023.9503E-041.2193E-051.3695E-05

.00^*03 N/SO-K

.00

MOVING SMOCK7; 37226*023.94346*019.04866*001.2098E»028.66146*00?. 12416*332.06606*009.20806-012.16446*01

3.22046-029.3533F-013.2200C-022.1509E-042.2847E-352.6753F-05

. USl * 3.00E»C* M/SECXHE - 0.00

STANDING SHOCK4. 65156*035.51856*013.7198E»011.8611E»021.35436*012.15906*002.26596*008.88846-015.0420E*00

— MOLE FRACTI ON S

1.1780E-017.6390E-011.1772E-012.0749E-041.49226-042.21306-04

R6FL6CTED SHOCK7.23106*036.22716*014.80236*012.31496*021.15445*012.237TE*002.41806*008.8499E-O14.81426*00

1.73366-016.52736-011.7323E-011.48286-0*2.00026-0*3.3421E-0*

USl - 3.20E*0» M/SECXM? « 0.00

STANDING SHOCK5.2442E»035.8750E*Ol3.7852E*012.11e8E»021.1074E*012.22036*002.35826*008.B516E-015.1830E*00

— MQ^E FP ACT ION S

1.5231E-016.<>vm-oi1.52216-011.52026-04I.62B4E-042.56446-04

REFLECTED SHOCK8.0275E*036.58196*014.832*6*012.613*E*021.212*6*012.33316*002.52396*008.8*8*6-014.9826E*00

2.0802E-015.8345E-012.0787E-011.0668E-041.9977E-043.5*256-04

119

TABLE I.-Continued

PI « 1XH2 = 1

pTRHHM

ASZr.AME „

'J

SPFcies

F-

HM*

H2 .H-

Pl • 1XH2 " 1

pT

RU0HA

STGAMEII

SPPC ICS

F-H

HfM?

H-M?»

.OOF»03 N/SO-M.

.00

MOVING S°OCK«.3324F»024.2965E»019. 1482E»001.3648E»0?9.0329E>002.1744F*002.1199EO38.9581E-012.3028F01

5.6759>--32B.8627E-015. 6752C -021.4446F-Q43.2741F-05

.OOF»03 N/SO-M.

.00

MOVING SHOCK9. 3642E* 0?4.59196*019. 3459E OO1.5296F*02

• 9.4125^*032.2242E»002.1820E*008.842'E-01?.4445F*01

8.1578E-0?8.3266F-018.3567F-021 . 3609F-344.1233E-C55.2697F-05

US1 = 3.40E»04 M/S6CXH<= = 0.3D

STAN1ING SHOCK6.0366F*036.2323F*013.9413E*012.39386*021.1637F»012.2806E»002.45776*008.8410F-015.3597^*30

MOLE FRACTIONS

1.R662E-016.2629F-011.8651E-31-1.1363F-041.72T><:-042.8776F-04

REFLECTED SHOCK9.1405E*036.96D3F*01

. 4. ?797F*012.9422E*021.27S7E»012.3680E*002.6371E*008.8664F-015.1795E*03

2.420SC-Q15.1543E-012.41886-317.6591F-051.95186-043.68446-04

US1 = 3.60E»C4 M/SFCXHE » 0.00

STANDING SHOCKi t .97S7F*03.6.B908E*Ot4. 1297F*012.6927E*02l.?2?6E»012.3409F*002."'629E*008. 8487E-015.53f 1F*QO

MOLfe P R A C T I ON S

2.2003F-01

2.1989E-018.4815E-051.7532E-043.11396-04

REFLECTED SHOCK1.0470F*047.3'i99F»015 . Ifr 08C*013.2977E»021.3440E»312.4332F*002.7564F»008.90426-01

. 5.4040F*00

2.7465F-014.4987E-012.7467F-015.3741E-051.84236-043.70906-04

PI = 1XH2 = 1

p

T

RHOH

aszGAMEU

SPECIFS

E-HH *

H2H-

H2»

PI = 1XH2 . 1

PT

nunHA

sIG A M Eu

S PF C I ES

E-HH»H2H-

HZt

. OOF»03 N/SO-M.

.00

MfWING SHOCK1.0463FO34.85346*01°.!7<)9E»001.7041F»029.79'>3E»00 -2.27396*00 .2.2503E*008.7853E-0)2.?878E»01

1.11376-017.77Q3E-011.1136^-018.1309F-054.8152F-3--6.40T6F-05

.OOF»03 N/SO-M,

.00

MOVING SHOCKl. l f27E»035.093'O019.8237E»001.8882F»021.0182E»012.3241E*002.3?37E*008.7537E-012.73?2F>01

1.39*AC-017.2095E-011.3942F-D16.3633F-055.3*60F-057.3936F-05

US1 = 3.80F.»04 M/SECXHF = 0.00

STANDING SW3CKB.0232E»036.953«?»01<..3173F»013.0103E>021.2841E»012.401<.E»002.6726F»008.8723E-015.7469F*00

HOLE F R A C T I O N S

2.5206E-014.95<.7E-012.5191E-016.2362F-051.7206E-043.2*«6E-04

REFLECTED SHOCK1.1976F»0«7.7858E«-015.3393E»013.6788E'02l.*181E<-012.4989E*002.8808E»008.9660E-015.657iE*00

3.06166-01. 3.8732E-01

3.0596E-013. 62735-051.6691E-0*3.59036-0*

IJS1 - *.OOE»0+ H/SEC -XHF . 0.00

STANDING SHOCK9.1'MO':»037.3264E«01

• *.*926E»Ol3.3«6*E-*02l.S'iSOFtOl2.**2*E*002.7864E«008.9121F-015.9797E*00

MOL ^ FR ftC T 1 ON S

2.8259F-01*.34«5E-012.82*3E-014.4705F-051.6270E-0*

' 3.25B5E-0*

REFLECTED SHOCK1.36«6F*048.2*96E»015.*958E*Ol4.0864F»0?1.4998E»012.5653E»003.00996*009.0592E-015.94666»00

3.35876-013.27946-013.35696-012.31536-051.44256-34

• 3.32206-04

120

TABLE I. - Continued

PI =«H2 «

0

T«MOnftSrGAMEIJ

§PCC I*

E-HHiM2M~H^»

1.006*03 N/SO-M.1.00

MOVING S"flCK1.28«9E*035.319*E»011.0051E*012.0816E*0?1.0572E»312.3T47E*002.4C>15?*008.7499E-012.8757F»01

1.6731F-01A.6521F-011.67296-015.3245E-355 • 71466—058.2325' :-35

US1 * 4.20F*04 M/SECXHF = 0.00

ST4NOINC SHOCK1.0391E«0*7.713*F*01*• A*08F*013.698«E»02

1 1.417*F«012.5234F»002.9028F+008.9730E-016.23846*00

MOLC FR ftCT I CN S

1.1U7E-313.7694E-013.1120E-013.0982E-C51 .4803E-0*3.1*94^-0*

REFLECTED SHOCK1. 5445E*048.7622F*D15.61136*014.5171E»021.5909E*012.6314F*003.1414C*009. 19*66-016.26066*00

2TT247E-013.6347E-011.376=S-051.1818E-042.9173E-3*

XH21.00F»33 N/SO-M,1.00

US1XMF

4.43E*04 M/SEC0.00

MOV ING STANDING

5.536*6*011.02T9C.01

2. *2"<)F>00

a. 12A2C»01

*.0673F»02I.49l2c»0l

8.7526F-013.0192F»01

3.0217E»009.3583F-316.52876*00

REFLECTED <>HOCK1.7438E»349.3605E*015.6756F»314.9fll8F*02

2!6986C>033.27»8F*009.3938F-DI

" 6.6753E»00

S*"tV 1 »

E-H

H*H*>

H-H?*

1.9473F-016.1019F-31

1 .9470F-0 1

3.1719F-055. 92 78r-0"».B2'Or-OS

3>.2213':-3J3.38?8C-012. 0529* -051.2930F-C42.9249F-0*

3.8990E-012.2301F-313.8975F-017.337BE-0*.9.04* 56-0"2.39*8F-0*

PI - 1XH2 * I

pTunnH»

«Ir,t»f(I

SPECIES

E-HH*H2H-H2«

PI • 1XH2 • 1

0

T

RMOM

A«;Ir,K"fu

Spff tec**^C 1 3

P .

H>4»

H?4-

^'*

.OOF»03 N/SO-M.

.00

MOVING SHOCK1.5*80E*035. 7*8*E»011.0*8*E*Ol2.4969F»021.1376E*012.477&E»002.5687E*008.7442E-013. 163BE.01

2.21Me-Ol5.5682E-01 '2.2H8F-013.1319E-0'i•5.9951F-059.2*605-05

.OOF* 03 N/SO-M,

.00

MOVING S«nCK1.688*F*Q35.9579E»OI1.0f64F»012.7187E»021. 1792^*01?.5300E*002.657«E«00P.7831F-013.3072F«01

?.»75«^-Dl•>.0*3*F-01Z.47^'^-01Z.<-t-98'-0'5.92*3F-0?9.46S6F-35

US1 > 4.60F«04 M/SECXHE • 0.00

STANDING SHOCK1.30386*0*6.5718^*01*.R*OOE»01*.*5*1E*021.5723E»012. 6*5*6*303.1*266*009.1T72E-016.8'87E>00

MOLE FRACTIONS

3.6386E-012.7204F-013.A371E-011.2824E-051.0795E-042.5993E-04

usi - ».eoe*XHF • 0.00

STANDING SHOCKl.*426F.*049.36425*01*. 87«7F»01*.8S53E»02l.A623E*012.70586*003.263*E»009.3396E-017.2393F»00

MOLE FR ACT i CNS

3.B737F-OJ2.2508E-013.872*6-017.*'";OE-C6«.«713F-052.1962E-0*

REFLECTED SHOCK1.9536F»0*1.00826*025.6786E»015.*796E*021.82516*012.76556*003.41236*009.6825F-017.1555E»00

4.1408E-011.71T2E-014.1396E-013.3972F-066.4027E-051.8085E-04

04 M/SEC

REFLECTED SHOCK2.1831F*0*1.0993FO25.60*56*016.0187E>021.9825F>012.83206*003.5*36F»001.0040F*007.79026*33

4.WT2E-011.7848E-014.35»4C-011.30176-064.I620E-051.2259E-0*'

121

TABLE I.-Continued

PI « 1.XH2 • 1 .

r>T

RunH

A

s7GAMFIJ

SPFCI<=s

E-H

H»

H?

H-

H?»

PI = I.XH2 = 1.

P

T

qnnH4ST

GA*FU

S ppc | cr*^c v. I r

E-HM*H2H-

H2*

oor*03 N/SO-M.00

KCVING SH1CK1.8347E*316.1677E*011.0823F*012.949TE*021.222?F»012. 5828C*002.749?EtOOR.909DF-013.«501'»01

J.7263F-014.5<i51F.-012.7259F-C11.8925F-05r.7200c-01:

O-'BUC-o-!

OOFtOS N/SO-M.30

MOVING SHOCK1.986HF»036.378"iF«011.0957Et013.1905FO?1.2662E»012.t3'5F»002.8428E»008.8419F-013.5926EO1

2.9656F-01*.Of>75F-012. 96535-31l.*4«9E-0'55.4304C-05g.sis^-o-:

US1 ' 5.00EtO«. M/SECXHF = 0.00

•iTANOING SKJCKl.-i830c»0'.9.6278E»014.flAllE»015.2710F*021.7644FK>12.76e2E»003.382<iF»009.5598E-017.68*9E»00

MOLE FRACTIONS

4.0888F-011.8211E-014.0877E-013.9«74F-Of'

6.4334F-CS1.7498F-04

REFLFCTEO SHOCK2.430BF»041.2196E*025.4398FO16.6040F»022.1779E»012.8981E»003.6638F»001.061-iEt-OO8.5599EfOO

4.5420E-019.1552E-324.5415E-013.9201E-J72.5218E-OE7.2636F-05

US1 ' ?.20E»0* H/SECXHF - 0.30

STANDING SHOCK1.722*E*041.0282E»024.79245*015.699ftE»021.8820F*012.8231E*003.4965E»009.8522F-018.2302E»00

l^OLE FRACTI ^N S

4.28'.2f-011.4366E-014.28346-311.8824E-064.55045-0^1.3025E-C4

^

REFLECTED SHOCK2.7009E>041.3774F»025.2131E»017.2452F*022.4029F»012.9616E»033.7614E«-001.1144C»009.5419E»00

4.6833E-016.3315E-024.6830E-319.6552?-081.5456E-353.8341E-05

PI = l.00c»03 N/SO-M,XH2 = 1.00

US1 - >i.40E»04 M/SECXHE * 0.00

MOVING SHOCK STANDING SHOCK REFLECTED SHOCKPT

RHOM

A

S

7

GA"EU

spcr i F s

p.HH»H2H-H2»

PI « 1.XH2 = 1.

PTRHT

HASzGAMEU

S PE C T F S

E-HHt

H2H-

H2»

2.1444F»036.5981E»011. 10S1E>013.4403E>021.3129E»3l2.6898E*302.9408E*008.8838E-013.73*1E»01

3.2001F-313.1:988F-011.1997F-OI1.0741E-0?•5.0237F-05R.93B2E-3''

OOF* 03 N/SO-M00

MOVING SHOCK2.33756*036.8245E*011. 1123E+313.6995E*021.161^F»012. 7437F»003.0399E*008.9151E-313.8748E*01

3.4217E-013.1556E-313.4213F-017.8165F-064.5468F-0C

1.3989F-05

1.8574E*041.1058E*024.6636C»01t.!430Et022.0178F»012.8792E*003.6018E*031.0222F*00H.St ISftQO

— MOLF F R A C T I O N S —

4.44S1F-311. 10315-014.4475E-017.881!8E-073.0438E-058.9759E-05

US1 « 5.60E*04XHF * 0.00

2.98926*041.57666*024.9467E»017.94916*022.6392F*013.0226f»003.8328E*001.1527E*001.07566*01

4.7820F-014. 35786-024.7819E-012.1491E-081. 02546-051.1970E-05

M/SEC

STANDING SHOCK REFLECTED SHOCK1.9857E»041.1987F*024.4852E*016.59006*022.1709E*012. 9328F*003.6934E*001.3645E*009.6219E*00

4.5856E-018.2848E-024.5852E-012.9200F-071.9718E-055.7383E-05

3.28736*041.80256*024.70156*018. 684 7E* 022.86326*013.0773F»003.8791F*001.17256*031.1979F*01

4.8442F-013.11386-024.84426-015.3220E-097.48426-069.7917E-06

122

TABLE I.-Continued

PI - 1XH2 - 1

PTtunH

AsiGAMEU

SPECIE1;

E-M

H*

M2H-

H2»

PI - 1XH2 = I

p

Twn

AME

SP^C I c S

c^M

H*HZH-H2*

.OOF*03 N/SO-M

.00

MOVING SHOrK2.4761E*037. 0629FO11.1162E»013.9680E*321.4129E»012.7971F*003. 1407E*008.9904F-014.0146FO1

3.6327F-012.7337E-013.6324F-315.5153F-064.3116':-057.7049F-05

.00^*03 N/SO-"

.00

MOVING SHOCK2.6*98F>037.J18?E»OI1.1167E*01*.2*57C»071.4679'=f 012.8518> :»003.2-.2SE039.0799E-014.151'E»3I

1. 8V7F-012.3339E-013.8323E-:i3.744ic-o^3.4J78C-0'6. 8796F-0C

US1 - 5.80F»0* M/SECXHF = 3.00

STANDING SHOCK2.10596*041.3086F*024. 2711Ef017.0492E»022.3348E»012.9835E«003.7679E»001.1056E»001.0484'=»01

- fOLE FRACTIONS

4.6923E-016.15UE-024.6921E-019. 8465E-081.287&E-053.4569E-05

US1 - 6.00E*XHF ' 0.33

S T A N n t N G SHOCK2.2126' :»041.4351C»024.0309F»017.?13'?e»022.4999C+013.03176»003.8:'0l:»001.1386*»001.1491f»01

— **OL- FR ACT I ON S

4.771-5E-014.5695E-024.7714F-313.1702E-C88.-'652F-062.0113C-05

REFLECTEO SHOCK3.600e>F»042.0589C»024.4719F*019.4781E»023.0850FKH3.1291E»033.9106E»001.1820P»001.3376E»01

4.8858?-012.2829E-024.8858E-011.4606E-095.6451E-365.2B65E-06

04 M/SFC

REFLECTED SHOCK3.9094F*042.3296E*3?4.2702?*011.0286F»033.2955E*013.1760F»003.9316F»001.1863E4-001.4677E»Ol

4.9131E-311.7378E-024.9131E-314.7814E-104.3423E-0*3.0989E-0'

PI =XH2 *

p

T

RMQMA

SzGAME'J

SPEC i *

E-

H*

H2H-

Pl -XH2 -

0

T9HOM

A

SZCAME

1.00E»03 N/SO-M1.00

MOVING SHOCK2.8285E»037.5965E»011.1132E.014.5326E+02l.?274E»012.90?7E»003.3447E»000.1823E-014.2903E+01

r c _ _ _ _ _ _ _ _ _ _ _

4.0210E-011.9575'=-0l4.0207E-012.4208F-042.8470F-0?5.9520F-05

1.00F»03 N/SO-M1.00

MOVING SHOCK3.0118E*037.9064E*01t.!054F*014. 828SE*07

1.5933E»01?.9592E»003.4460E*009.3145E-01

1) 4.42?7E»31

F- 4.19S7E-01H 1.6061F-01H*"2H-

H2»

4. 1965F-011.4710F-06?. 2622c-354.9S91E-05

US1 - 6.20E*04 M/SECXHE • 0.00

STANDING SHOCK2.3089E*041.5697E*023.8053E«017.9854E»022.6528E*013.0751E»003.86S3E^OOI.1598<:to01.2561E»01

4.8258E-013.4823E-024.8258E-011.0894E-03<..4101E-061.1988E-05

REFLECTED SHOCK*.2121E»042.5987E*024.1080E»011.1H6E*033.4905E»013.2168E»003.9456E+001.1883E»001.5942E>01

4.93ME-011.3769E-024.9311E-011.8887E-103.4150E-061.9883E-06

US1 - 6.40E»0* M/SECXHE > 0.00

STANDING SHOCK2.3932E*041.7I72E»023.5779E»Ol8.4637E*022. 801 lp*013.1171E»003.B9^3F»001.1730F*001.3669E»Ol

Mm F C O A r T T f l N <— nuLt ^M ni, i i uw i

4.8'i57E-012.6854E-024.8657E-013.8566E-094.8536E-067.2058E-06

REFLECTED SHOCK4.5046E»042.8850E*023.'9467E*01I.1971F»033.66456*013.2560E*003.9562F»001.1894E*001.7201E»01

4.9447E-011.1054E-024.9447E-018.1063E-H2.6663F-361.3246E-06

123

TABLE I.-Continued

p . - l k N / m

01 = 1.XHJ = 1.

oT

"<"flH4SI54 -FI)

SPEC T F S

e_

M

H*

H>H-H2»

Pt = 1.XH' > 1.

0T

HHflHHS7GO-'E1)

SPFCICS

E-M

Mf

HZH-

H?*

OOF»03 N/SO-M00

MOVING SMOCKs.iflflartoi8.2tOOF»011.0925F»011.13336*021. 6660ft Jl3.01215*003.545DP»009.«Bq3E-014.55B«.Ef01

, *. 3517F-011.2823E-014.35i5*r'01S.2538C-371.TOS4F-05'.q'iJl^-O'i

00C»03 N/50-M00

MOVING SHOCK3.TmFO3fl.6746F*011. 07385*11«.4*61F*0?1.7-i20F*013.0(>AOC*003.6393E*00o.723lc-014.68B6E*01

«.B047''-010.<)025f"02*."0*6''-01«. 1821F-071.2114F-01?.9577F-D5

, US1 = S.60F*X"c = 0.00

STANDING SHOCK2.46<t lF*041.8714r,o2

3.3614F»01n.9482c*022.941>ir*013.1561F*003.0172F*001. 1«06E*001.4792F*01

4.8944E-012.1111E-024.8044F-011.47D2F-C93.7671F-064.4717F-36

04 M/SEC

"EFLECTEO SHOCK4.7791E*043.1325E*023.7880F.*011.2849E*033.8749^*013.2934F*003.9643':*3-)1.1901^*001.84?5F*01

4.9550E-318.9953E-034.9550F-013.7724C-H2.0751E-069.15HF-37

. US1 = 6.80F»04 M/S6CXME - 0.00

ST4NOING SHOCK2.5146F»042.0314E»023.14636*019.4335>=»02

3.077ir»01S. lo^JEtCC3.9138F*001.1949F*001.5976F*01

- MOLF FRACTIONS

4.91S9F-01l.f.818F-024.01-i9i:-01e.9648E-102.9443P-Q6'.1475F-0&

RFFLFCTFD SHC-CK5.0712F*343.4796F»023.6345F»Ol1.3735F»034.0555E»013.3282F»003.<i''04F»oO1.1905F»00l.963fF»01

4.9628E-D17.4455E-034.0628F-011.9166E-111.6233F-066.5840F-07

PI =X"2 =

0T

nunHAS7

GAM E

II

• 1.00':»33 N/SO-M' 1.00

MOVING SHOCK3.5821E»019.1904E*01l.0469E*015.7687E*02l.8533E»013.1153E*003. 7270E»00l.0039E»004.8128F*01

US1 = 7.00E»04 M/SECXH>= = 0.00

STANOING SHOCK2.1>44?E*042.1875r*022.94785*019.9217F»02 '3.2014C*013.2309E*003.9459F«001.1874F*00l.'T093Et01

REFLECTED SHOCK•i.2l34E»043.7829E»023.4668F»Ol1.4628F»034.2317FO13.3623E»003.9754F»001.1908E«002.0795E»01

c_

HH*H?H-

4.6339E-017.3205^-024.6338F-D11.8413C-077."0'3e-06,2.0536e-0e

"OLE FPJCTIONS

4.9315E-011.3697E-024.9315E-012.6760E-102.3306F-Of1.8989F-OS

4.96906-016.1951E-034.9690F-011.0157E-111.2585E-064.8107E-07

124

TABLE I. - Continued

PI =XH2 =

,

p ^TBMnM

AS

ZGAME1)

SPFC I1

p-H

H*H2H-

H2»

PI •XH? -

pTHHnH\S7

GAMFII

SPc f I 1

»

2-•>»

2. OOF. * 33 N/SO-M1.00

MOVING STICK1.063',6*012.7143F*003. 920 JFO32.7745F»001.64326*001 • 0588F*001.0003E*009.9494F-Q12.2663F*00

6.6229E-3 r

3 .3R23C-114. 22 58F-3 51 . 0003C+0 32. 73 e7 c -421.5796i-'-?4

2.00F*0' N/SO-M1.00

MOVING SH1CK1. 6743F* 31

3.7003F»004. 52*4 E*003. 820*> c» 001 .9071* c *00I . *)9? T* JOi.oocjF»or.9.H3Mf-01? ,n t*?\ f . * on

..3,19-3,

n. 34«l4c-3?1.0000C*JO4. °1 5Pr-3 74. 4=56^-3?

USl - 4.00E»C3 M/SECXHF , o.oo

STANniNG SHOCK2. l976Ft013.35*9F*006.54766*033.4526E+001.8212^*001.06075*001.00006*009. 8R116-011.35335*00

— HOL r ro 4CT i ONS

l.lt;17F-092.6418F-351.3D30C*003.8057F-402 .2792F-35

R6FIFCTEO SHOCK5.3M5F»014.71626*001.13685*014.93886*002.13836*001.07986*001.0000F»009.69496-011.1941F*00

;.3««:5;2.70706-?79.9999E-012.3071^-3?1.65066-77

USl • 5.00F«03 M/SFCX»F = o.OO

STANOINC. SH1CK4.4534F*014.9227F.OC9.0449^*005.1719C*002.1814F*001.3<17(,F»OD1.0000E*OC9. 6^ * 1 F-o l1 . 4 7 3 l c * O C

- **CLF F O A C T I C N S

4. 9047F-21;

3.*c*t2F-2e

9.9098F-01"> . 7"> I5c-?q

l.?4«> 86-21

pfFLECTFn SHOCK°. 726?c*3 16.661'iF*oO1.45''7F»017.2428^*002.5001F*001.12J2FOO1 * OOJ6C*009 . 3T?8 C-'D I1 • 3 *5 *• *00

1.16HF-339.4004F-10

0.9BR3F-012.69476-JI7.9R8SF-20

"1 • 2.XH2 • 1.

pT

HH1HA

SZ14 MEu

SPFC 1 E S

E-HH +

"2M-

H?»

006»03 N/SO-M00

MOVING SHOCK2.42886*014. 85895*034.«19B6F»00".09986*002.1681F.OO1.12596*001.00036*00<>. 67415-013.65145*0:3

5.82Bl c -761.4797E-055.17*95-269.9999F-01«.6232E-306.'!278P-27

US1 * 6.00E»03 M/SECXHE - 0.00

STANDING SHOCK REFLECTED SHOCK7.6742E»016.7201F»031.1412F*017.31296*002.«0706«001.1341F.OO1.0007F»000. 3456E-011.59576. DO

.5362F.02.5068E>00.7897E»Ot.<)585E»00.7*79E»00.1589F»eO.0090F.OO.7968E-01.*171E*00

1.7072E-18 3.2803E-1*1.4639E-03 1.78376-021.4376F-18 2.8630E-149.93S4E-C1 9.8216E-016.f?16F-22 1.2A27E-163.0028E-19 *.2992E-15

PIXH2

o

Ti»Mn4

ASZC.i **'1

SPF(

e-f7

-

? *

« 2.306*33 N/SO-M- 1.00

MOVING SHHCK3 .3293 C »016.1C316*005. 4 J396 *036.6'. 3»F»002.4 l2 l r*331. l« 78C*3P1.000»F»009.452'E-014. 3400-=* 00

,FS — -

7 . 3 c=ec- ? o6 . 4 3 ? 3 C - J A

6.1351C-"'09.9916C-C1I.B063C-239.i2'8=-21

USl • 7.006*03 M/SfCXMF . 0.00

STANniNG SHOCK1.2177E»02q.4A05F»001.4257C»019.9239E»002.73726*001.1 702F.CO1 . 0095F *008.7720r-011.6442F.OO

- "TLf FI!»rTICNS

3.0776F-14

I.1830F-022.71866-149.RH2F-D11.0149E-163.69I5F-1'

REFLECTED SHOCK2.22756*029.8782F»002.13205*011.30306*012.94166*031. 197'iFtOO1.0335^*00B.4760E-o'l1.4327F.OO

4.3200F-126.4904E-073 .R429e- 129.3523F-013.6633F-145.13B1E-13

125

TABLE I.-Continued

PI = 2.00E*0' N/SC-K. US 1 = 8.00F»03 M/SECX"2 « 1.00 XHE = o . O O

SHOCK

2.597&F*JO1.3059F.012.9337C*00

1.03?1E»003.45MF-011.6199F»00

3.1728^*321.0984^*012.t516 c*311.6571«-*01

1.072?F*008.376'iF-Ol

a^rl if

c_

H

H?

-*-H2 +

3.970^c-i f t

7.'tO?7^-0^3 • P*j t^ — 1 f*9.9?60F-013.9I-)2C-1 93.9473F-17

^ JL1- ^'<fl^. I nirj^, --

4.2141F-12S.^S '^F-OZ3 • 7ft 06^— 1 29.3214F-013.1918F-144.6C40' :-13

8.9352F-111.3467F-018 .044 1 c — 11a.i^sj^-oiI.2766E-I21.0188F-H

PI = 2.00^*03 N/SO-H.XH7 « 1.00

US1 = 9.00F*03 M/SFCXHF = 0.00

MOVING S"OCK S T A N D I N G SHOCK R E F L F C T E d SHOCK

T

unnM

A

SZr.AMgu

fncr f ee5f r c i r i

c _

H

H*H7

H-

H2»

j .oaoittuin.5S33E*336.4905E»001.0383E*012.7324r,ooI.2l91r»o01.0157c,oa

P.5939F-01

5.7897F+03

8.1674E-14'.0993C-07

7. =!<. 3f- I49.69Q1F-011.0342r-l<,6.72 Ii2r-l'

<;. f t>**Jt*U<:1.39f,5F*312. J439F*01l.ft'MlFtol3. 1408E*001.2475':*001.3756C»038. 3641F-011.6312E»33

• MC1LE F R A C T I O N S —

9.1"15F-111.4060E-018.3733F-11e.^lior-oi

1.2706E-129.93S2E-12

4. 3^ f5t *OZ1.1994F*013.2412C*012.0703E»313.3"i80E*001.2820=»001.123*F»00n-Sf tTS^-ol

1.4535C*33

7.9218E-102.1994F-017.1H31E-107.8006F-011.6511F-119.038'!f-Il

P| = 2XH? = 1

D

rBMPHAS7r,»MFII

SPCC 1 5 S

c_HH»H2H-

H2»

PI =• 2XH2 • 1

pT

^HOM

ASZGAMFU

SPEC IFS

E-H^fH2-(-H2*

.00«'»33 N/SO-M

.00

MOVING S"OCK7.066"KM9.4oai':»oo7.2401Ft03

1.263SF*012.S616F»OaI.25C9E»00l.OJ^EfOO8.3900F-OI6.5M8FI-00

1.95S2F-127.P031E-371. B164?-129.2797':-317.6094F-1*l.tfllf.c-13

.OOF»03 N/SO-"

.00

•MOVING SHOCK

P.6*47F»011. 011=6*01B.0311E*00

1.51135*312.9935E»001.28435*301.0666F»00R.1060E-017.3248E*00

1.8500E-111. 24915-011.7?78'=-llfl. 7509^-011.3498F-131.3271^-12

U^l = 1.00E»C4XHE = 0.00

M/SEC

STAKniNG SW1CK REFIFCTEO SMOCKJ.98^BE»021.1->78E»012.9539E»012.0916F*013.3638I:«001.2903E»001.1279F»001.3603F-01l.A093F*00

— MOLF FRACTIONS — •

8.2861E-107.J672E-017.552U-107.7329F-31

l.*432F-ll8.9333F-11

. US1 « 1.10E»0*XHF - 0.00

6.0349F*021.2970F*013.92326*012.5423F*Ol3.5950^*031.3286F*00

1.1861?»on8.4016F-011.4781^*00

4.6530E-093.1374«=-01

4.2557<=-096.8626E-011.3152F-10•5.2885E-10

H/SEC

S T A N O I N G SHOCK REFLECTED SHOCK^.546<iF»021.2933E*013.6039E*012.";?91E*013.5943F*001.1363^*031.1900F*008.39')8F-011.6337E*00

4,f 204E-093.1939F-01'.2405F-09

6.8061E-011.2187F-105.03HOE-10

8.1482F*021.3940F*014.t424r»ol3.073?E*013.8538F*001.1785F*001.2591E*008.4616E-01l.5292F»00

2.0569E-084.1158E-011.8981E-08

5.8842F-017.3579F-102.3201E-09

126

TABLE I.-Continued

PI = 2XH? * I

0

TRvnHA

SzGAMEU

SPFCI6S

,

*2

-?t

. 006*03 N/so-M t

.00

MCVING SHOCK1.04196*021.0T30F*018.8100E*no1.78606*013.1287E.D31.3196F*001.10216*108.277';F.0i8.089^5*00

1.R195F-H1 . 8C30F-019.2 144F-1 I8.1 473 C _3 i7.2798r-i36. 7785^-12

US1 = 1.20F»04 M/SECX«E = 0.00

STANDING SHOCK7. 4307F*021 . 3 B5 7F*014.253'iF tOl3.0710E»013.8430F»001.3841 E+OC1. '6076*038.4537F-01l.i7--6F*00

MOLC FRACTIONS

1.9086E-084 . 1 1 c 86— 011 . 7fce4F— 09R. 8S42n-Cl6.43036-102.0745F-09

RFFL6CTEO SHOCK1.06926*03I .491 9C*0 I•=.34296*013.6'>84F*014 . 134 3F*QO1.43106*001.3413F+008. 54166-011.5956F*00

7.4662F-385.0890F-016.95966-084.9UOF-011.18836-098.25446-09

PI * 2.30FO3 N / S O - H .X"2 = 1.00

US1XHF

1.10E*04 M/SEC0.00

w n v i N B

TOMp

S P E C I F

H?H-

H2*

STANn(NG SHOCK9.6399F»021.47806*014.8703E+01

3.2681FK10

8.27666-T18.n50? r»00

R E F L E C T E D SHOCK1.3679E»331.5941F*015.9916C*314.29906*01

16 F R A C T I O N S

6 . C 622E-08

1.4321F*008.6428F-311.6781F»00

2.4032F-07

2.2f>446-07

3.4172E-12 2.6?21F-096 .9P4RC-Q9

PI = 2.XM2 = 1.

PTRHPMA

S7GAMFU

SPFC I F S

p-HH*

H2H-

H2»

PI - 2.XM2 • 1.

D

T

«HpH

i

SIGAMFU

SPFC ICS

F-HH>H2H-H?»

OOE*03 N/SO-M00

MOVING SUOCK1.4392E*021.18nE»011.0246E*012.4025E*013.412<>F»001.39!«,E*001.1890F»008.2914E-019.iJ15F«03

1.1594E-D93.1795F-011.3968F-096.8205F-011.2459F-U7.S025F-U

OOE»03 N/SO-M00

MOVING SMOCK1.IS612E»02t.231hE»011.0880E»012.74f,2F*013.5633F»OD1.43f2E*001.219«P»00R.31^7F-011.0356C»Ol

3.1055F.-0"1.86S4<--ai2.94985-096.1336=-01'.8193C-111 .9394e-10

1151 = l.*OE»0« H/SECXHE = 0.00

STANDING SHOCK1.21S1E»031.5724E*015.4249E»014.2271E*014.3944E*001.48^4E«001.4245E»008.6214E-01l.B163E»00

— *T1LE P R A C T I OH S

1.9793E-075.9604F-011 .8656E-074.0396E-01fl.93?3c-092.0302E-C8

REFLECTED SHOCK1.7097E»031.7043E*016.5537E*014.9959E»01*.7837E*001.5423E»001.5307F*008.7720F-01l.7792E»00

7.2296E-076.93396-016.8894E-073.06616-013.7B50E-087.1867E-08

. USl = 1.50F»Ok M/SFCXHF - 0.00

SfANnlNG SHOCK1.49f.JF,031.672*E»015.90D5F»014.8716F+014.70(>3E»00l .6399c too1.5162F>008.73<i^)F-oi1.91216*00

— MGLF F^ ACT ( QH S

C.;P41F-07t-. 809'F-d5.31S2E-071.1935F-312.7193F-085.3- '75F-G8

REFLECTED SHOCK2.09836*031.8304F*017.0050F*015.7580F*015.1772F*D31.6007E+001.6364F*008.9482F-011.90936*00

2.1763E-067.7783E-012.098?F-Ot2.2217E-011.1666E-071.94446-07

12?

TABLE I.-Continued

PI = 2.XH2 = I.

PT

HMH

H

4

SzGAMEU

SP EC I PS

E-M

M *H2M-

Pl = 2.XH2 * I.

pT

RHOM

ft

sT

GAMEU

S P E C I E S

F-

*v ?• -

2»

OOF»03 N/SQ-f-00

MOVING SHOCK1 . 89^1 E*0'l .Z fOl^ tOl1 . 1 44*-Ff)l

1. H32F*013.7210E*001.4783E* 301 . 294 7C + 008.3499F-311. 1102Et01

7.49,,c-0,4. r K? lc -0 17.1M Ic-OQ5. 4479r-01l.3'67r-l 3

OQF»0" N/SO-M00

MOVING SHOCK2.1 4Q9C f 021.3297FO1

1.1942E*013. "> 03**F.* 013. 8B6 c c f 00l."218Ei-001 . 3531F f 338.390'iF-Ol

l:|«™.

1 ,6396"-5ft-V.77*2 r -01? .50£8 r - lO9.M78C-10

P l - 2

US1 = 1.60E+04 M/S=CXHF = 0.00

STAND! NG SHH^Kl.B01'*F+3^I.7B2Q6*Olfe.269Qc*r>lS. c S 7"1 5*01c • 05 29C *00I . r>Q^l.P+301,612 5C + 003.8T52F-012 .0?T8F*00

— M^LE P ^ A C T TON S

1.5196F-067. - Q7 1 F-011. 4f«24F- G*

2.4029F-017.6282F-08

US1 = 1.70F*XHF = 3.03

STANDING SHOCK

2.1261E»031 . 9089F fO I

6.5GOSf ) .0!*.?3T>F4.0lr . 44g^r f c1.6*iJ'i':»001.7113P + 009.0"21f-Ql

4.2335F-06d.31?5F-Ol4.113KF-361.6874F-012.0721E-073.239^-07

REFLECTED SHOCK2 . 52ft7c *03l .9B^3F+017 , 29^4C f 016. tifl?2c *015. fc 19C*00l^bas^fTO1. 7462C+009.21^5F-3l2.06^2C*00

7.0152^-068 .C4f c-0 I6,3t44c_fif.1.4535E-013 .^90^ c-075.2976P-07

0^ M/S^C

R F F C F C T F D SHQCK3. 3078r *032 • 23 35r *0 17. 3768^*017.A913F+116.2G*»3F + 00I , Tl^^C f QQ

1«8^29C»009.68I;9F-012.2844=00

2.756t r-0 r

2.7 IQIF-357.9387F-021.21165-061.C867F-0'.

kN/m

PI = 2.XH2 = 1.

pT

RHHH

A

^2GA M FU

SPFC IF S

E-HHf

H2

H-

Pl ' 2.XH2 = 1.

pT

9Hflu

A

S

Z~.A*FI]

SP FC IF S

F-HM»

H2H-

H?t

OOF»03 N/SO-M00

MOVING SHOCK2.41*-e( :*021.3791F>011.2 363C *0l3.ql 78F f014. 061 3FOO1.5667F1-001 . 41 73F+ 308.4387E-01U"78F*nl

, r,69c-08S. 89*>3F -0 1•3 ,4i ^PF-D^^.1137C -?1c B £95 1F-101.9366^-19

00C*03 N/SO-M00

MOVING SHOCK2.6977FO21.430*.F*011.2"'03F*014.T^e; ic»oiA. 2469E *001.6126P»131.^1 39F+ COR. ^962^-01,.330,F,01

7.3569F-OH

7. 1 l<-cF-Ofl3. 4T 78C-011.228IC-093.7326F-0"

. US1 = 1.80F»C4XHF = 0.00

M/SEC

STANDING SHOCK REFLECTED SHOCK2. 4fr 7 lp»032.067? F»OI6. 586?c »017.0489E»015.9323E»3a1.70?TE»001.80B3C»JO<).4139F-012.363'F»00

1.2930E-05S.9379F-01l.?69RE-0^1.0618C-015.7406E-078.0->77E-07

US1 - l.90F»0*XHF = 0.00

3. 5503F+032.^1,13^*017.117lc»018. 5270C*Q 17.2678F»031.7796FtOO1 • 9416c+33l.C589F»002.6418C»00

1.7511F-349.f937F-011 ,7422C-043.0270E-025.3695F-04

H/SFC

STANDING SHHCK REFLECTED SHOCK2.7963F.332.?877F*01A.4529F+Q1

7.8477F.+ 01f ,c 7 1 4C >001. 75'2C»001 . 994 IE »009.966JE-012.6233E«00

~ **Cll_F F R A C T I ON S ~

4.7893F-05

4.7435F-055.S973 C -021.7299E-0')2.1810E-06

4 .1684F »333.1931F>016.5737F»319. 72t2c*0 18.3838F>001 ,836*F»001.9859F»001 . 1084F»033.1813r*00

1.5787F-039.8814E-011. 5758^-038.'S459C-032.69795-0'i2.9923F-01:

128

TABLE I.-Continued

PI • 2XH7 > 1

f>T9 HOMA5tSAMEu

SPFC TFS

E-HH»H7H-«2»

.005*03 N/SO-t

.00

HfiviNr, S«OCK2.9<)33':*02i.4847F»oi1.2972F*01*.ei6lE»Sl4.44586*001.65945*001.5*41F»00

. 8.56596-011.40335*31

1.49515-377.1310F-01l.V538E-372. 3690F-01? . $' HOP -0"6.'>fl93E-na

1. US1 = 2.00E»04XH6 = J.OO

H/SEC

STANIING SHOCK RFFIECTED SHOCK3.1075F»03•>.6J7?c»OlA.0747F»018.67t9F»OI7.«209E*00I.802«F«00l.9546F*00l.07t«P»00?.99B5E»00

.— MHI F FP AC T ! ON S —

2.31S6E-0*1. 76066-01?.30fi56-0«i2.3466E-02B.P54«,F-06'.772'ic-0*

i.SHAf .033.8542F»016.216SF>011.09855*02e. 97805*001.8833F»002.0081F*001.0414? (-001.6968Ft03

7.60P2E-039.B116C-017.59566-013.4673C-037.9613C-059.2170F-0'

PI « 2.00E»03 N/SO-H.XH2 = 1.00

US! « 2.20E»04 H/SECXHE ' 0.00

MOVING SHOCK STANDING SHOCK REFLECTED SHOCKpTPHflH

ASIGAMEU

F-HH*H2H-

H2»

3.62566*3?1.6100E»011.32296*01'. 80796*014.9029E*001.755JE»331.7023F*008.7713F-011.54616*01

8. 25085-016.23C3I:-071 • T492P-0 11.3721C-082.3B53':-08

3.64956*033.54115*015.1525F»011.03906*028.72046*001.88415*032.0002E*001.37375*033.96C9E*00

4.3110E-030.8712F-014.3053E-034.1f5 8E-034."4875-0'!5.1221E-05

6.0137F*034.7834E*016.0881F*011.3435E»029.66605*001.9588F.OO2.06405*009.46366-014.29176*00

3.26936-029.3277F-013.2629F-021.43176-032.04016-042.68026-04

PI • 2.00E»03 N/ST-H.XH? • 1.00

U1!! - 2.10F»Ot "/SECXHC = 0.00

"OVING SMTCK STAN1ING SHOCK RFFLECT^n SHOCK

SIG A M EU

H2H-

3.3121F.02

1.3149E.31

1.707QE»00

3.3R'4E»03 •=.42635*034.3723^*01«•.10346*011.2211^*029.341Sr»301.9231e*09

1. 1131 c .OO3.4919E.OO

HOl r F R A C T I O N S

1.1732F-03

1.17115-03

9.B153F-014.0414F.OO

7.T017--012.')703f-n7

.?90)r-o1" 2.0B43F-05

9.«-0435-OlI.1589C-02

1.434l=-041.77235-34

PI • 2.00C*03 N/SO-XH? - 1. 00

MOVING S*-nr<p 3, <?6GS?*0<T I* 68*3?e+ 11RMO 1.3!R8C»01w ft. 3^f t^c* 3\\ c. lf l?2F+00S 1»9010F*007 1 • T 7 90F* 00CA^B f l . * *^ ! n c -01" I.6H.1F*01

H* ».4T)5F-CftH' 1.2417C-01H- 7.?747r-01H2» 4.«4<,'i':-no

M, IIS1 • 2. JOE.XHF • 0.30

STANOING SHOCK3.9172F.033.978BF.014. 17^?? »011.13365*029.03046*001.91 93F*002.01t9E»001.01626*004.15895.00

Mpi c FP AC f I ON S

1.0P43E-029.7'71f-011.38255-022. J766E-03B.2722E-05•?. 71466-0'i

04 M/SEC

REFLECTED SHOCK6.54445.035.1230*.316. OB82C*011.4664<=»329.9741F»001.9928^*002.09S2E»009.2547C-014.475,5.33

4.8272E-029.01B5F-014.8173E-021.09476-032.55975-043."04F-0*

129

TABLE I. - Continued

2 k N / n T

PI • 2.00C»03 N/SO-M.XH2 « 1.00 XMC = 0.00

M/SEC PIXH2

2.00C»03 N/SO-M.1.00

2.60F»04 M/SFC3.30

MOVING SHOCK STANDING SHOCK REFLECTED SHOCK MOVING S"PCK STANDING SHOCK REFLECTED SHOCKPT°HOM

A

7

Gft^fU

SPFC IE S

c_

H

H*

H?H-

Pl • ?.XH2 » 1.

• 306ci- + 0 -.79055*01.7989C.OI.89145*01.5293F+31.H5055+on.8517C+00

9. 220'. 5- 01

,.«,«.„,

l:\ :Z"*. 6067C-068.3H5r-07•=.1922r-C8

O0'*03 N/SO-X60

4,lS3 rF +03^. 3505F. «-01A. fl^ lc *-011 . 22^ F *029. ?S9^C»QO1. 95?'>c*00?.33R2F+03<}.731f,F-014.^,00

2.049SE-029.5720E-012.0457F-021.5858c-331.222HF-041.53A8E-34

US1 * 2.53E»04XhF = 0.00

4. 9R86E*035.4109e*016.0501C*011.5891F*07l.O?65F*312.0261C*002.1348F*339.1273F-014.6070F»00

4.4445E-32

(..4310e-078.73015-042.96876-044.3181F-34

M/SEC

MHVING SHOCK STANDING SHnCK PEFLECTED SHOCK»THHOHA

SzGAMEU

H

H»H2H-

H2*

4. 6586C* 3?

I«*i3^^p + 011.2? 57F»017.*t60F*01fc.009lE*00I. 8*>66EO31.9176F+009. 732 *l

p- 31

1.74935*01

1.1737F-05*) • *5 7 "50^ "011 • l£i*)OF — 0 K

4.207T*'-0'1.37366-072.14^ff-0T

4.34095+03A» 671 ^+01A* 500i*c tO I1.3257E»029. 5437E *001.9165F.*332.0648F*009.442PE-014.»742F*00

— MOLC F R A C T I O N S — ~

3.2747E-029.3315F-313.269'iF-021.1458F-031.C999E-042.0'=''0>:-04

7.2822« :*335.6593C*015.9208E*311.7121E*021.0C'40F*012.0'S02C*002.1733F*009.3325E-314.7041F*00

8.092PE-0?8.3679E-318.0760F-027.0678^-043.2C11C-044.9290E-04

o

TRHO

H

As7

GA"EII

C.0104F*022. 1«9<SE*01l.lOCSFnil«.0605C*316.7091F*OG1.°*OIF*001.96e3c*001 .Ot05EfOO1.8393F*01

4.M03F+034.9367F»014.7644F*011.4763t:»029.783')':»002.3211F+002.0948F»009.2 f>64F-OlC.0021F»00

7.3302F*035.3f 70Ft01!.6459E»011.8324F»021.07926*012.09S6F*002.21290008.S701F-014.777'=F»00

SPFCII

M

•<*

H2H-

CS M

9.8219E-015.3956E-351.7703T-074. 5195^-07

|QLC F R A C T I O N S

4.»,378E-029.0600F-014.A314E-02".6744E-04l.86«7":-04

9.73^3.049.715.72i3.37'

2.5166F-04 5.3080F-0*

PI •XH2 •

pTHHOHA

SzG/*^EU

SPEClc

F-H

H*

H2H-H2*

2.00F*03 N/SO-M,1.00

MOVING SHOCK5.3")78E+022.48685*011.0S3?E*018.^733E*317.4736F»001.97945*001. 9884E* 331.1295E»001.8633E»01

S

3.1132C-049.9375F-OI3.UOOE-046.12C2F-031.6629C-06l.9B6'Jc-36

US1 - 2.70E+04 H/S?CXHE * 0.00

STANDING SHOCK4.3631F»03«.\57*E*013.9777E«011.52»9F»021.0009E*012.0568F*002.1274E»039.1311E-015.0'10E*00

«OLe FRACTIONS

6.C8'2F-328.7727E-01^ .Q741F-02"..7210e-042.0486E-042.8517E-04

REFLECTED SHOCK7.1576E*036.3386F+015.2606F»011.4488F*021.10215*012.1322F*002.2532E*338.9269E-014.8273003

1.13385-017.7210F-011. 131TC-0 14.61*«5-043. 3740C-045.4555F-34

130

TABLE I.-Continued

•2kN/rrr

PI = 2XH2 « 1

fHO

;\nEu

S P E C I E S

*2

2*

.OOF* 33 N/SQ-f.00

M O V I N G SHOCK5.7127E*322.96156*019.99166*009.10616*017.99286*002.01396>001.0080**001, 11 74C*331.9160C»01

1.43576-03

1 . 4351C-037.4069C-3?4.9473C-0*e."»5?-0»>

US1 = 2.806*04 H/SECX"F « 0.00

S T 4 N 1 I N G SHOCK4.3341F»r«35.3.5646*013.742)E*011.63056*021.02356*012.0917E*002.1623E*009.043HF-315. 1004E»00

7.50006-02

7.5804C-025.3493F-042. 19Q1C-043.14506-0'

P E F L E C T 6 0 SHOCK7.00326*036.19776*014.92416*012.06686*021.12486*012.16826*002.29476*008.89606—014.87136*00

1.29376-017.43226-311.29156-013. 7606c-343.32796-045.52816-04

PI - 2.006*03 M/SO-M,XMZ » 1.03

US1 * 2.905*04 M/SFCXHC i 0.09

M O V I N G SH1CK S T i N H I N G SHOCK R E F L E r r c f l SHOCKpTH*C:

M

^s7 ,GA*lFU

S P E C I E S

E-1

HM*

HI*-H 2 »

*.OB41F*023.2?3'«F*019.40736*009.06256*018.2'<0')F*002.0440r+002. 00** E*001.0c99F»On1.9707F*01

0.8975F-014. 5l6Sr -311. 1064^-011.0931p-D'i1.2l48r-0';

4.38096*03r . c 451F*Ol3.5911)6*011 1 71B6F * 321.04676*01?.1'»406«032.1993^*001.0R206-01•=. 15086*00

^CL^" FR 4C T I CNS ~~

9. 1406E-02P.U296-019.1?93I:-0?4.37'5E-C42.2951>--343. 41 746- C4

6.99186*03*. 3604^*014.7T19C*012.19116*321. 14876*012 .2327C+032.33796*008.87396-014.9230C»00

1.45426-017.08106-011 .4C19C-013.1162E-043.?926E-345.6216C-04

PI « 2.XH2 • 1.

D

T ' -HHOH1

szG4KEU

SP 6C T c S

c -HH*

HJ

H-

•<?*

PI - ?.XH2 « 1.

p

TRHQ

H\

S7

G«MFU

SPFCIFS

P-H

H*M»M-

H2*

OOF*03 N/SO-H00

MOVING SHOCK(.48216*023.5410f»011. 066«.6*001.0645E*028.4694E*002.07346*002.01936*001.00336*002.02966*01

1.0179^-029.78BBF-011.0I77E-027.2771F-041.8919F-C52.n2T=-05

30=+03 N/SO-H00

"WING SHOCK7.3500f*0?4.04356*011. i)19'F*001.20-KlEtO?8. (12526*002.12C9F»00?.0564F*009.366'!c.ji

2.1579F*0!

2.7879F-029.437BF-31

2.79726-021.8515F-043.t<.98F-0'i4. 3479C-0^

US1 ° 3.00E»C* H/SECXHF « 0.00

STANniNG SHOCK4.5287f»035.7360E*013.526f,F»011.8«396»021.3713E»012.15666*002.23886*008.93726-015.21166*00

— "OLE PR&CTITNS

1. 0739C-017.84376-011.07266-011.66676-042.41186-043.7079E-04

REFLECTED SHOCK7.1525E»036.53516*014.59196*012.32506*021.17476*012.23616*002.3835<:*008.85846-014.98756*00

1.61746-016.75616-011. (.1496-012.61886-043.27886-045.7645F-04

US1 » 3.206*04 H/SFCXH6 = 0.00

STSNniNG SHOCK5.0572E*036.1201<=»013.5557^*012.10525*021.12306*012.21736*002.3239E*00n.sai4f-oi5.3690f»00

- HnL15 FOSCMCNS

1.4008F-017.l9a-i»-311.39916-012.6')766-342.6290C-044.3139':-04

REFLECTED SHOCK7.8626E»036.91536*014.5833F»012.62056*021.23176*012.30066*002.4B07F*00R.8440F-015.15116*00

1.9458E-016.0999^-011.9430F-011.89226-043.26316-046.10986-04

131

TABLE I.-Continued

Pj • 2 kN/ m2

PL = 2XH2 = 1

pT

PHD

M

A

S

7

GAMp

"S PFC I " S

E-H

H*H'H-

Pl « 2XH? = 1

0

T

RHnHA

7GAME'J

SPEC I c S

H

H*

H2M-H?*

.00C*03 N/ST-", UM * 3.40C*

.33 X"F o 0.00

"nviNG s^r* STANDING SHOCKf l .301 f l c*0? e .T872 c*034.4^f -7f*01 ^-. *>0*iOc*0 1B.180-r*0.'> 3.<>82le*011.163V*a? 2.38185*029.2087C*GO 1.17<>7C*01?.1766F*30 ?.276»F,co2.1070 r»00 2.415B r»OG9.07lir-01 8.R546F-012.2943F.01 ..,MJ..00

-..1107^-0? 1.72BC5-C1

c.1314'-02 1.7?H9F-012. e475c-Q4 ?.0172C-C45.17\?i--35 2.7816F-34f.70H4r-Ge : '..8'.a3F-04

.OOE*03 N/SO-M. US1 = 3.60F*

.00 XHF = 0.00

«nviuG s^ncK STA^"INr, SHOCK9.3270^,0; 6.65">aF*034.76T5F+OI 6.8914 = »r.l«.041<'F*00 3.B4E1F»01l.5?34 r*0? 2.«''7iE*029.59B7F*00 1.23SOC*012.2?*iQ r fOO 2.3350E*007.1657E»3') 2.5I'6EO38.9117F-01 8.B4B4F-01

— — — — — — MOU? FP AC T I CM S

T .6767<--}2 ->.G473r-3ifl.^SlA^-Ol ^.9989F-017.*.7*-5c-02 ?. 0445e-0ll.S61'r-04 1. F172C-C*(e>.P3?7 c -0^ 2.940RF-048.9615F-;S S.3015P-0^

0*. M/SpC PI =XH? =

2.33F»33 N/SO-M1.00

. US1 = 1.80F»04XHF = 0.00

H/SFC

"F^ircTcn SHOCK pnviw* s-in^K STANDIKH SHOCK RFFLECTFO SHOCK8. **887':+0 ?7. 3?29^«-014 . t?*2c *0 12.^72 c f021 . 2*H3F*-01? .Bfc^At+O1)2. 5"^7C+OG( j .e*o2 r-oi,.34f,F*00

2.2608F-01

? .2fifr7c-011.36 7^F-Q43 . l°43c-346.3687F-04

04 M/S5C

PFFI FCTED SHDCK1.0141C»G47. 7ci56c *3 14. 8536E *01).3013F*021.3*19^*012.4282f*002.6919F*308.8781'=-015.57.8COO

2.5833F-314.B263C-012.5799F-019.*932F-0C

3. 01225-046.44515-34

P

T

PHOM

ASzGAKE<S

SPFC Ic

E-HH*"2L4_

H2*

PI *

XH2 «

PTOMP

M

A

ST

GAMEu

SP^C \ *

t-HH*H?H-H2*

1.34 19F *0'1

5.0517F»019.247JE*3~1.70275*0'9.9917F»002. 2751F. »002.230'5E*00P. B60?c-012.5770c*nl

1.0359F-Q17.9212^-011.03'ifcE-Ol1 . 4?^5C -04fl.o2iir-oe

1.1026F-04

K30

HnviNG SHOCK1. 1E7*F>03•5.3161F *019.4662e*001. BB66F+3?1.03B7'*0!2.3245F*002.3003F»006.B214E-012.72D1C*01

.3079C-01

.3812F-01

.3375F-31

.1175C-04

. Q494F -35•2B36F-04

7. f 40&c*037.2B61F»014.3166^*012.9930r*021.2990E*012* 3 *'r I €*002 • f* 1 3 ** ^ *008.8632E-315.9364C«00

— f Q|_F FR AC T I ON S —

2.3543E-015.2847E-012.3c;i5F-Ol1.1273F-042.BOC7F-045.5705C— 04

, US! « *. 005*0*XHF » 0.00

1.15685*048.21785*015.01365*013.6814F*02I .43^66*012.49235*002.80^85*008.93205-015.82695*00

4!'261E-D12.8804F.-016.*301F-352. 7435F— 046.28.4F-04

H/SFC

S'ANOING SHHCK REFLECTED SHOCK8.7291F*037.«.900F»014.176».r*013.32675*0?1.3631F»01?.4545E«002.7178F»00fl. 890*5-016.160*F»00

— MOL 5 FRACTIONS ~'

2 . 6* 76E— 014.60S7F-012. 6446F-01B.1B99F-052.6616F-3*5.6436F-04

1.3153E*048.7207E»015.15«8F*Ol4. 3B76F*Q21.51705*012.55&9F*002 . 925B5*009.0193F-016.1189>:«00

3.1707E-013.65355-011.1672F-014.3097E-0?2.3941F-045.07485-04

132

TABLE I.-Continued

2kN/m

PI = 2.00F*03 N/SO-M,XH2 " 1.00

US1 = 4.20F»04 M/SECXHE = 0.00

PI * 2.00E»03XH2 - 1.00

US1 « 4.60E«04 H/SECXHF « 0.00

MOVING S"ni"K S T A N O t N G SHOCK R F F I F C T E D SHOCK

MO

5ZCAME11

SP^C 1

F-HM +

H*H-

P1 =XM2 B

PT

RHQM

A

^ZGtMc

t

'' 'SPrci«

E-H

H»

H2M-

H2»

1.2799E+035.565 IE. 019.6859F.OO2.0801T.021.078')e»OI2.?742F*002. 3744F+ 933.8048F- 01

1.5793r-31f. 8387^-011* ">788 r-018. 8e c9F-05

9. &01fec-0 f f

2.30E«33 N/SO-M,1.00

MOVING SHPCK

1.407<-f .03

9.8931) .332.?82-> »02I.I l9-« .312.4?44 tOO2 . 4 5 2 3 .008 . 8 T 3 4 -011.0375 01

S

l.<i4S5r-oi*•. 042r -011.84'>Gr-"/l7. 0 3R lr -3 S9 . 98«4C -or.

1.354.W-J4

9.89S9C>03

8.11215*014. 3 192E *0 1

- 3.fr 790e .021. 43 1^5*012.5142F.OO2.B252E*00R.9429F-01e.«-,.^o

2.02735-014. 1406E-012.9239P-01c .7f 11E-052.4438E-04

tISl =• 4.40E.04XHF = 0.00

ST«ND1NC SHOCK RF1.1119^.04

4l4288EH)l4. (146 OF »0?

1 .5355 C *01

2.5731E*002 . Q ? 4 5 f . O O9. 0? 1 *c -01*. 7217^00

MOir .,AeT,CN5 -

3.19JOr-013. 6 1 K 3F- Cl3.1»-'OF-01?. R955C-05?• I'i96c-045. ins 1 -14

1.4892F.049.2819E*Ol^. 2645C*014.5216F.02l.*090c»012.421 7E»003.0477C»009. 1514C-01,.447,C.00

3.4431E-313.109^5-013.4199^-3 I

2.61A2F-051.992'=E-045.228^^-04

M/SFC

^LECT^O SHOCK1.67»8'=tO'.

F.3240F»014.98?3F>021.7156^*012. 6868F*003.1729C.OO9.3449C-01

t.8".OOF»00

l.'OUF-Ol2 . C945 c-013.6983F-OI1 .4484e-0 t ;

l.'711c-04

4.1B11F-3.4

TPHOHA

S

Z

9.0351E»014.5044F*01

MOVING SHOCK STANDING SHOCK REFLECTED SHOCK1.8786E.041.0690f»02

1.0079E.01 4.5044F*01 5.32liJF»ol2.49I:1E*02 4.4292E»02 5.4807E+021.1607E*012.4751E»002.5335F«008.809'iE-Ol3. 1

2.7516F»00

9.6192E-31

SPECIES

2.6326E.OO3.0455E*009.1331E-017.0544F«00

MOLE F O A C T I O N S

2.1010F-01

PI • 2.00E»03 N/SO-M.XH2 ' 1.00

MOVING SHOCK

fi.2661FOl

1.2011F»OI2.«2>''c»00

S P E C I E S

F- ?.1(-'3t:-31" " .2730F-01

H2 4.394fl ' -_0€;H- l.0031':-04

3.4378F-013.1205F-013.4350E-C12.503fl l r-05

3.9418E-012.11405-01

4.6830E-0* 3.4220F-04

US1 « 4.80F»04 M/SECXHF « 0.03

1.3706F»0*

:.6573F-01

1.5121e-05

i-.CWMJF-C*

"EFlECTfn SHOCK

I.1631E»025.2624E»016.0I42F»321.9951F»01

9.9025F-017.9416F»03

4.1A13F-013.0249E-068.32055-35

133

TABLE I. - Continued

pj -ZkN/m

PI « 2 .00 C *03 N/SQ-M.XH2 = 1.00

usi = 5.ooe*04 M/SECXHE = 0.00

PI = >.OOF*03 N/SO-".X H 2 = 1 . 3 0 o.oo

"OVING S"')CK1.8j71f*03

SHOCK "EFLECT<:'i SHOCK

2.5?77' : tOO

SP^CIFS

F-H

42H-

1.50MF»0*

1.7746E*J12.7482C*003.2678E*039.4942E-017.8"23C»00

3.18315-012.2314F-013.8S09F-01B.5135F-361.1731^-04

2.33495*34l .2942 c*025.1288F»016.6010E»0??.1824F»:i

1.04*25*008.73UE*00

MOVING SUCCK STANDING SHOCK P E F L E C T E O SHOCK

1.278<"=-014.3590C-01

5.73955-0";1.5769F-34

PI =XH2 =

pTRHOHASZGAMEU

E-HH*H2H-H2*

2.035*03 N/SO-"1.00

"OVIMG S^OCK1. 9786F *336.72905*011.0521E*013.1882F*021.2')2tE*012. 6 ?96F* 002.7^49^*00P. 8 76QP- 313.57785*01

2.8459r-014.33635-01?. ^4^25-Gl2. 6?38C -0 c-9. 26196-0-=1.6838F-04

USI = <>.?OF»04XHC » 0.00

M/SFf

STANDING SHOCK RFFlFrTFO SHOCK1.6367F»041.0829E*024.4745 = *Q 15. 668 C F*Q21.89005*012.80B1F»003.3777C.OO9.7653E-318.4360e»00

— MQL5 F R A C T I O N S " •

4.0813E-011.835 5r-014.0796F-014.3475E-068.7819E-0?2.5761E-04

2. "8935*041.4374F*024 • 9342c+3 17.23365*022.3967c»0l2 . 942 5F *003.6B07F* 00l.0947F»009.6659F*00

4.52255-019.5424F-324.5219E-013.2031F-374. 052C5-0*9.26665-0-!

D

THMOHASIGA»F11

SPFCIFS

E-HH*"2H-H2*

PI • 2XH? a 1

o

TRHflHASZGAMEI)

SPFT T F S

F-H

H*H2H-

H2*

?.1157> :*03ft, Qt 77F* 011.0618F»013.4383F*3?1.339?F*012.AB18F*002.88'i9E»008.9161F-Q11.7193E.3I

3.07*lc-0l3.B499F-013.3733F-111 . 9893r-0* ;

8. 6'44c-35

.OOF»03 N/SO-M

.00

HCVING SHOCK2. 2983F+03'.2143E*011.0637E*Ot3.6973E»0?1.38865*312.7343E*002.981 1E*338.9657E-013.BB93E*01

3.2976F-113.4131F-013 . ' 91 8

C-0 1

1.4697F-0*7. SSS^E-O^1. 5464F^34

1.746BF*041.16215*024.36f IF *016.1074F»022.0217F*012.8603E*003.48215*001.0101F»009.3543C.03

- WOLF F O A C T I O N S

4.2-583E-011.4822E-014. 2"i735-012.0111E-066.3715E-351.87555-04

2.8'>20F*041.6235C»024.7204F*017.92145*022.6210E*013.3009F*oo3.7344F»001.1330F*001.0784E»01

4.i449F-017.0950F-024.6447E-019.0860F-083.3355E-055.2154F-05

USI • 5.60F»04 M/SFCXHF = 0.00

STANDING SHOCKl.8918F*04l.2540F»324.2180E*Ol6.5^71F*022.1680F*012.9129F»003 . 57A7F *031.0479^*009.76fl7E»33

HOLE FQ AC T i CN s

4.4095E-311.1800E-014.40S7E-01fl. c 2 03F-074.-5319E-051.290«F-34

R E F L E C T E D SHOCK3.1477E*041.8445F*324.4925E»018.65^ 1F*022.8482E*013.05705*003.7987F*031.1577E*001.2012E*01

4.73535-315.2884E-024.7353F-012.5656F-082.3?0e5-052.B963E-05

TABLE I.-Continued

2 kN/n/

PI =XH? *

PT

nunLI

ASZC..ME

SPFC I

?-?*

7.33FO3 N/SO-".1.00

"OVIMG SHflrK S2. 46ft 2C* 037.4729E»011.0726^+013.9653^*0?1.440--E+012.78f3'-»003. 07ft3E*00

S':S"*;S1

3.'i004r-011 . 3568F -3*if- , qq5^c_-}ft

1.4344^-04

USl « 5.83E»04 M/SECX"F » 0.00

TMjnruc, SHOCK2.0072F*041 , 3S84F *324. 339O C *3 I7.0!4:e»0?2.3221E*012.962T + CC3.fte"T"'c *00

!:?«-«?M0 L r F * -1C T I CH S

'-.5329F-01

4.532»r-oi3.4C 14F-373.3S52F-C5°.f210F-05

K C F L E C T F n SHOCK3. 4391^*042.0816F*024.2985F*319.4207^*023 ,3637e*3 13.1067F*003.8435F+001.1709F.OO

4.7965C-01

4.796SF-0)8.3301e-391.8735E-01;1.7396F-05

PI = 2.00E*03 N/SO-".XH? = 1.00

US1 = 6.20E»04 H/SFCXH= = 0.00

pT

<^vnu&SZGAMF(1

S°CC I5S

t

2_

9*

MPVING S"nrK2.81 7^F*03fl» O46'r*-0l1.070*ip*014.^29SFfO?1. c'iecf 01?. SO lS^ fOO3. 2710F*00P.P055P-014.?735EOl

^.fle69*:-ol2.2251F-011. 1Rft3F -0 IA. °0'*2F-065. 1083C -Oe

1. 14?qr-0i

ST4NTINC SHOCK REFLECTED SHOCK2.21 10F *041.6I08F»C23.6306E+017.9S24F.+0?2. 63B3F *013. 0*1465*003. 7flOf c*-001 . 1430C *00l.?SS9F*3,

4.7101E-Q15.7943F-024.7399E-314.9163E-081 .*)c 32C-0"^3.4241F-0»

4.0294E*042.6138E>023. 9517C*011.1358?*013. 4718E*013.1971E*003.90115*001.1B21E*001.5864FOI

4.8733F-012.S311F-024.8734F-011.1883E-091.1811E-356.8102'=-06

PI • 2.00F*.33 N/SO-".XH2 = 1.00

USl = t.OOE*04 M/S C CXhF = 0.00

7.7484F»OI

9.13(4^-014. 1

S T A N D I N G SHOCK2.1161E»04

3.7250E»001.1181FO3

f E F L E C T E O SHOCK3.73985*342.3446F*024.1141E*011.0237F»033.2726F*01'.1543F*033.3771F*001.17825*031.4628F*01

SPECIF

F-HM »

H?^-H?*

S M

3.69T4F-.112. e9aqc_oi3.f-937F-017.34R9C-0#f..1h72c-35!.2912C-04

HIE FP4CT IONS

4.6327E-G1'.34UF-024. fr32*e-011 ,29^2C-07">. e2?3F-0'T

5.4301C-05

4.8416E-013. Ib'i^F-'D?1.8416F-012.9310''-09l.4839E-flt

1.3445;-0C

P 1 = 2.XH2 = 1.

pT

H&Sz

'1

S P F C ic s

F-HH*H?H--*?••

OOF* 03 N/S1-M,00

MOVING SHOCK3.000lF»03

4.8253E*02

2»9434E+00T. 3 S8l F* 009.3317F-014.4085F*Ol

1.8733'=-0l4.0623F-013.1395F-364.1550F-05".7415r-35

USl = 4.40EKXHE » 0.00

STANDING SHOCK

1.7";OOE»02

2.7853F«Ol3.0961C»003.S?23E»00

l.36f 1F*01

• MULE F R A C T I O N S

4 • 7% 77C — QJ

4!-".77E-011.9709F-381.5586E-052.2332F-05

14 M/SEC

R E F L E C T E D SHOCK4.3155C*042.B971F*02

1.1918F*033.6673E»313.2374ctOO3.9194F*30

4.B972F.-OI2.0536E-024.8973'=-011!.2639F-109.3601F-064.6237C-36

135

TABLE I.-Continued

PI » ?.00^»0'> N /SO-X .XH2 = 1.00

8.7417^*01

't - 0.00

ST4NOING SwnCK REFLF^Tpn SHOCK

3.9232^00

2.00^*03 M / S O - f .1.00

US1X"F

7.00F*C4 M/SEC0.00

MOVING suncK•*.5710F*03

] .0152F»01

"iTANOING SHOCK

3.0943F*003.6426F*33

4.''979F»01

2.

3.1926^*013.2111E*003.931flF*00l.lfll«E»001.6996FO1

3.3689E*011.4555C»034.2112e*0l

1.1876F»002.0655C»01

MOIE "acTjnNs

4 . B 1 2 5-02-ci-01

3.2aiO r-06

S P F C I F S "TLF. F P A C T I O N S

E-HHf

H2H-

H2t

4. 5096F-3!

4.B742E-T12.5H9C-024.874?F-3l

3.14f,7r-o»>

4.9436F-011.18655-024.9407=-317.2266"=-ll

1.7730^-06

2.00C»01 N/ST-".1.30

IJS1 = 6.80CIC4 M/SFCX""1 = 0.30

»nviNr,

9.16?a

•>. 44351.77B.',3.0451

T.\M1!NG SHOCK O E F L E C T ^ n SHOCK

2.04=ir»02 3.<.763 r t02

I.c920 r»01

c-HH*

H2H--12*

4. 17S7 r-311.0177C-16

' • .2613=-0C

F f iCT ICNS

,<*!-<lf-0\ 4.9293r-01

.fl4f>7r-ci 4.9293C-01,6331 r-09 1.3293^-10.in3c-35 5.P786E-T6

136

TABLE I.-Continued

p • 5 kN/m

"iXH2

?.OOC»03 N/SO-M. USI = 4.00C»03 M/SFC1.00 XHF = 0.00

PI * 5.03CX"2 = 1.00

N/SO-H. USI * 6.00E»C3 M/SFCXHF • 0.00

I.3616EO11.0000F»019.9494E-01

l . n O O O F » G O9.811 1F-01

1.0000C»00

M O V I N G S"ne« S T I N T I N G SHGCK H F F L E C T E O SHOCKP 2.4?"HE»Ol 7.6440E»Ol 1.5406E*OJT 4.8^ f lYF*00 6.7295F*00 6.6290cvOOQUO 4.99B5FO9 1.13<?3F»Ol 1 . 7 7 3 f t F f O lM . 5.0991F.OO 7.3103e»OC 9.9844E»00» 2.168* e»30 2.5144C»00 2.7819c»03S 1.1321C»00 1.140fr c+00 1.1667C»00' 1.000JC»00 l.300eE*00 l .OOS6F»00G»Y r 9 .C7C ' .E-01 9.390SC-01 8.909"ii:-01•J 3.6M1E»00 1 .5994E»00 1.4344rtOO

M O L E F R A C T I O N S

F-HMf

H2 l.OOOO^*!!)2.70055-3'-1.0000'>00!.3133f-433.270IT-36

3.'•281=-161.2374F-271.30005*002.3173^-321. 19f,3< :-27

>K^t ir

HH»H?H-H»»

o. 3633^-3^.2.4919C-26q. 9999C--J 1

4.*S3^3 r -"*0K. 04o7c -''7

""UL ff ^L 1 1 U"l

1.9f 99F-199.43B1F-04*, ,67ft 7C- 199.9936C-314.73135-222.7979F-19

2.740?C-141 .3l*B5-022.2346C-1*9.8684T-011.7377F-165.2124F-15

»1XM?

2G4MFIJ

|>.OOF»03I. 00

1. 7301C* 53

l .ODO'F.TI

1151 = 5.COE»03 H/SfCX4C = Q.oo

01

2 * I B l ^ F t O O1.10? 4 c fOO

9.ft674F-01

7 . 2 4 5 3 C » O D2.507f.F*001 .1261 C »031 .3004FtOO'.4100F-31

«.00f»33 N/Sq-M,1.00

MO/ ING Sl"""K '3.1287EO1

1o

!oG02F»00,471'E-OI

USI = 7.3.1i:«03 M/SECXHF » 0.00

;T«f-niNG SK<CK1.237BF»02n.5'62c«001.4021F>01

1.17B1F»001.006BF>00

RfFLECTEn SHnCK2.7367F»321.01Tlr»012.1400F»3I1.3090FO1

1.20t«.F»00

8.1>67B'-311.46"10F»00

SPFCI 1 1

F-HM I-H2H-H 2 »

Z .0'9^-3Kt .31')2 r-3'

vnur F R f C T I T N S

7.63605-046.1634'=-n

3 .R135E-204. 11 1>1':-04

MTLr F01CTIONS

1.76* 7<"-149.H/ 42F-01

S.n??!!^-^S.3742F-374.970SE-129.4*26F-01° .02f f6 -14

137

TABLE I. - Continued

PI =» 5. OOF + 03 N/SQ-M.XH? = l. ID

MCVl NG SHOCK S*.13M c

*01

7. 507^p » 3 )MO S. 8?7«)F«-OG

p. 76^7^4. 3")

2. *>20l c + 00^ 1.1Q7CE*10Z 1.00?*E+00Oft M F ** .12Q^F-01" -i.045^01

' . 9 M Sr - 1 (>

* 2.51^Q-- l ( .

2 9.9492 t=-014. °6">2n -19

?* 4.2li)«--u

I1S1 = B. 006*03 M/S C CXHF = 3 .C3

r»Nnt»:r, s»nc« "EFUECT^ S^CKl .B237 c *02 3.llft'":»0'! .33B2 c tO l 1.1419F»011.7»90F*01 2 . 5 A 7 4 C J 0 11.301DC»01 1.66',4F*3l?.9775F*00 3.2031^*001.2163C*00 1.24>!0r*031.3'82F»00 1.0<-30c*0apm fj i i F_Q i 8.4*21F-01

I.6671«=f33 1.4B14-=*10

•S .?342F-12 1.4288C-10

4 .4B^3F-12 1.231or-131.4f OBC-01 8.8147^-0!•".0645c- !4 3.6B91F-12B.2163'=-13 '. 3388^-11

PI =XH2 =

pTBMPM

AI

ZGAMEU

SP^ C I

E-HH*H2M-

U2*

5.00F*31 N/SO-".1 .00

MOVING sucr'7.0177F*319.6725E*OC7. Of 71 P + 00!• 2*2 3E»Ol? • *)0 7TF f 00

1.2615F»331.030"E*ncB. 7q^F- 31t.52(-7F*00

2.67201:-12

2.3"72E-12°,401ir-ol1 , 3933 r- 14?.93<,5'"-l?

(IS I = 1.30F*Xuc = O.CO

TANOINT. SHOCK3 .B322 C *321.24855*012. 75 7e c *012.0792F*013.422*>F*001.2992F»001.1131F*008.4?°9C-0 I1.66B1E*00

1.316BF-09

1 . 1 r 7f F- C9T.Q672C-01

4.*QOF-112.0512F-10

04 M/SFC

K E F L E C T E O SHOCK5.B<J67F*321 • 3646F *013.6924F*312. 54 79^*013,^7885 *001.3383E»001.1704'=*008.4738E-011.5370^*00

8.4301C-092.9112=-317.4661E-007.09flBC-ol4.2C31C-101.3n°3c:-09

PI = K, OOFXH? = 1.00

US1 ' 9.00?*C3 K/SECXHC = o .OO

PI 5.00'=»03 N/SO-".1.03

US1XHE

»04 M/SEC

MnviNO SHOCKP ?. f- 2 lrr*0lT R.7,1^3c>f)o^MQ 6. S H O S c + ^ Q

M - 1.0372Ff 01a ? , 77 | jA c + i iS l^S^SF + OO1 1.012 )c*00f,A»'F 8.7103E-01U . HPVO-)

H* 7 .?'736 r- l t

H2 9.7623C -01H- ^.^7B7r-l'i4'* " .9?57r_ i5

STiNntNG SHOCK "FFLFCIFn S«nfK2.4B07F*02 4 .307f>F*021.134B [ :*01 1.2352C*012. 2li)Bi=*r)l 3 .CBB9F*01l.(>«.43F*1l 2.0T67F*013.19' '3F»G3 3 . 4 3 3 e c * C 31.2Sr.5r*oo 1. 2919^*001.3647C*00 1.1L11P*J19.431BF-01 B.4335 r-011. *•>«• 7-:»00 1.5033F*00

1 ..'"''t^E-lO 1.3B50c-391.2154E-OI 1.9991<=-0t1.10'JF-IO 1.21045-091.7U/.6F-31 1.0009^-012.93"2F-12 5.1961^-1!1.9951C-H 2.2664P-13

"WING S"OrK S T A M O I N G SH1CK HE° o.f>27'*c*0t e .29BlF*02^ l .0473F*31 1.3557 c f3 l»Hn 7.7883F*00 2.3355E*01H 1.5117C.31 2.5431=^31A 3.046BF + 30 3.*i^tBc*OCS 1.29e'>F*00 1.3^43F*001 1.0S77C»00 1.1717F*OCGAMf 8.3B01 r-01 B.4646r-Ol

F- ' ' .7835C-11 7.B354F-C9H ' 1.091RF-0! .'.93075-01M* 2 .S t87 c - t l 6. 97''lF-39H2 3.10B2e-01 7.0693F-01M- 2.8303""-13 3.SOOOF-10"?> 2."20 rC-l' 1.7322F-09

|F| FCTEO SHHCK7 . 9209F*0?I. 474311*014.3316'tOl3 . OB34F+0 13.9516C*001.3877c*301.2«OT=»03q. 519 1C-Q 1

1.5955CO3

3.B7f 5C-313.4900E-3B6.1245?-012.466?p-096. 379AF-09

138

TABLE I.-Continued

PI * 5XH2 « I

p

TR"0H4S

Ir,«ieu

SPFCirs

6-HH*H?H-

M2*

PI = 5XH2 = 1

PTRHOH

AS

ZGAMFU

SPFC I FS

6-HH*H2H-

H2*

,OOF*03 N/SO-Hi.00

MOVING SHOCK.03735*03.11716*01,5097F*00.78456*01. 1892F»30.33056+00.0911F*05

8.3443F-01S.OSS'.EtOO

1. -,550^-10l.A'99P-01I.5106r-I0S.33J1F-012.2319F-12l.66lS2c-tl

. 30E*31 N/SO-M,

.00

MOVING S"OCKI. 2275^*02l.ln06F+019.?001E«002.0809F*013.33!<)F*001.367SF«:j

1.1301E*00B.3409F-018.8108F.«00

6.7*38F-102.30'5F-316.2162F-10"r.6OT<:c-Ol1.1271F-11f-.603G r-ll

US1 = 1.20E»C4 M/SECXHE = 0.00

ST4CTING SHOCK7.0732F*021 •iQTFfO I

3.<I115F»01s.o'iaiFtoi3.9266F*001.3<)16E»00l^SSB^^OO9.5264F-01l.-"i3HE*00

"OLE FP4CTICNS

3.3S52F-3S3.8'"8F-013.0'=.17E-Oai.!442E-011.9976F-G95.31l')t:-09

PFFLFCTFO SHOCK1.0354^*031.58536*014.9499C»013.6672F*014.2480C»001.4393E*001.3195r*008.62706-011.67016*00

1.438JF-074.8425F-011.312^-07?. 157"! 5-01

1.0842E-082.3366C-08

US1 = 1.30'=*34 M/SF.CXHF - 0.00

STUNTING SHOCK9.14715*021.5634F*014.4514F*013.60e i5Ft014.2041E»001.4401E»00l .3137F»QCB.6076E-01I.fl221c*00

MOL f FP ACT TON S

1.1H59F-074.77616-011.08?BF-075.2239F-01S. 27206-091.S4IUE-08

RFFLECTEO SHOCK1.3239F*031.7011E»015.5178c*3l4.3107F*014.573fcF*001.4930F*001.4073F*008.T377C-011.7621E*00

4.6697E-075.7879F-314.3300F-074.21206-013.9727E-087. 36996-08

5 kN/m2

PI =XH2 •

pTRHOHA

^ZGAMFU

SP CC I'

e-HM +H?H-

H2*

PI 'XH2 «

PT

RHOM

ASZGAMEU

S per ifv r- (_ jr

F-

H

H*"2H-H2*

5.005*03 N/SO-MI. 00

MOVING SHOCKl.4334F*021.2403F*319.8442E*002.4008F*013.48826+001.4061E*001.174JF*008.3563E-019. 5648F*00

|:..£;»«

7. 3? 315 -397.03?6E-014.3013F-11

•S. OOF* 03 N/SO-M1.00

MOVING SHOCK1.6S4QF*021.29706*01l.04?7E»312.7442E+01*. 6467F+ 331 • 4463E + 001.22306*008.383*5-011.0311C*01

A • 01 ^c—091 • A47 l^~015.5991F-096. '529F-311.35495-10J.^SSIF-IO

US1 • 1.406*04 M/SECXHE - 0.00

STANDING SHOCK1. 15126 »03l.6691F*014.94006*014.20316*014. *04£F*001.491 6F+001.39K66*008.7074E-011.9084F»00

3.6188E-075.6696F-013.35386-074.33046-012.84316-085. 49326- C8

REFLECTED SHOCK1.6491F+031.8263F>016.0080E>015. 01346*014.9363F*001.54846+001.«029F»008.8775F-01l.8740F*00

1.4067E-066.6926F-011.3250F-063.30736-011.28666-072.10346-07

US! - 1.505*C4 M/SSCXHE > 0.00

STANDING SHOCK1.4126C*031.78126*015.34616*014.84226*014. 82996+001.54345*001.4834F+008. 8291E-012.01376*00

~ HOLF FRACTIONS

1.01146-06f .51716-019.5068E-073.4S28F-018.54836-081.4619F-07

REFLECTED SHOCK2.0181F+031.96746*016.3902E»015.77796*015.34936*001.60516*001.60526*009.0410F.-012.01496*00

4.13376-067.54026-011.95396-062.45976-013.85906-075.65716-07

139

TABLE I.-Continued

»1 . 5.00"=»03 N/SO-M.XH2 = 1.00

usi - i.60e*04 M/SECXHE • n.oo

PT

RHOH.A

S7

GAME

SPEC I5S

E-H i •

w*

H2H-

H2* '

"CVING SHOCKl.8899E*321* 35?7F*Ol1.0947E*Ol3.11115*013.8127E*001.48785*30l.276?F*008.42315-311.10535*01

1.48485-014.32945-011.39015-08

. 5.f70tc-0l3.72315-10l.3186c-09

STANDING SHOCK RFFLECTEO SMnCK1.69675*031.9024^*015. r965*0lf.5237E*01'.18<)OE*001.59595*331.57585*00i). 98155-312.14065*00

• *")LE FRACTIONS — •

2.'7104'-067.3383E-312.C734E-062 .6Q16E-012.34985-073.6192F-07

2.4278F»032.13655*016.6407F*OI6.ft072F*01"«. 83 745* 00'l.c>*2tF*001.7112F*009.32335-012.18155*00

1.2529E-01;8.3120e-3l1.2156F-051.48775-011 . I23f 5— 061.4962F-0*

5 kN/m2

01 • 5.XH2 .» 1 .

PT

RHOH

4SIGAMEU

SPFC Ic S

c-H

M*H2M-

H2*

OOF»03 N/SO-M00

MOVING SHOCK2.406!r»02l.4642F»OI1.1 77ge t 013.9157E*014.17115*311. 5746E*001. 3951E*338.5173E-01l.2523':*0l

7. 762 7F -08

4. 885 7C-084.3360F-012. 1133^-005.8B10E-09

USI * 1.80E*04XHE " 0.00

M/SEC

STAN1ING SHPCK R5FLECTEO SHOCK2.3101C»032. 20465*0 1e. 93625*01•>.00«8F»016. 3698F*001. 7006e*001.7652FOO9. 4672F-01

"OLF FRACTIONS — •

1.9917F-35

1.9455E-051.3304F-011.5702E-062.33205-06

3. 3882E»032 .70625*01f.5586F*Ol8.5408F*017.3372F*001.77835*001.90905*331.0421F*002.7400F*00

2.3141E-349.5169E-011.998lr-044.78825-021.2001F-051.3622E-35

PI » 5.00F»03 N/SO-M.XH7 -1 .00

USI - l.'OE»04 M/SECXHF <• 0.03

0T V

QHHM.4

S tIG»ME•1 .

t per ICC5 r r i. Its

F-N

H*

H2H-

H2*

MPVINR sunr.K2.14065*021.43815*011.1399F*013.5314CH13.9871F*Ou1. 5306^*031.3337r*008.4>465-011.1711^*01

3.3799r-015.0043F-013.1843c-nn4.9957t-al°.?7435-l 37.87791:-09

SENDING snnrK REFiEcren SHOCK1.9992F*032.1397'-tol5.962"F*016.?457F»015.?<>43=»001.64(155*03l.'-713r«001. 18245-01

7.29505*00

" MOLE F R A C T I O N S — •

7.1678C-0*R.0306E-016.9703F-361.96935-01•1.1194F-078.E913F-07

2.8»16F*032.3614E»Ol6.7178^*017.51«le*or6.4614>'*301.7234C*3Jl.816eF*009.7329^-01 •2.40^7C*03

4.3e075-o«8.98865-014.27MF-0*1.01045-013.4251^-364.1SOSF-06

PI •XH7 >

pT

RHOHA

S7

GAMEU

F-HMiM?M-

HJ*

5. 00^*33 N/SO-N1.00

MOVING SHOCK2.6863E>3?1.52205*011. ?087C*014. 3^2^E*014.366^5*00l.M*>5F*011 .4601 F*008. 57955-311.37505*01

1.5016F-07

1.432 85—0 73 . 6974C —0 14. *685r-091.1457«--08

. USI • I.90E»04XHC • 0.00

M/SFC

STANDING SHOCK REFIECT50 SHOCK2.6222F»032.4180E*015.fl541E*017. 800'-5»01^ .6586 F*001.7512F»00l.B522F.*009.8995F-312.737-»E*00

M1LF FR ACT IONS — •

6.16UF-05

6.0772F-057.9854C-024.13«4E-064. 973 85-06

3.95655*333.25945*016.17055*019.70635*01P.3994F*001.83395*001.96735*001.1333F»003.2223'P*00

1.2394E-039.7960E-311.23445-031.7833E-0?4.6461 F-OS5.1*775-0!

1MO

TABLE"l.-Continued

PI =XM2 =

S.OOFtO? N/SC-^. USl = 2.00F»C41.03 XHF = 3.33

V5

t /SFC

MOVING S*OCK STANDING SHOCK REFLECTED SHOCK^T

3ur»u

A

SIC,&*4E

U

c _

HH *•H?"••-

-*?»

PI =XM? =

R-nHaszOAMFi|

S.FCIC

r-M

H*

'H?M-

H't

2.98CIE*3? 2.919CF»031.5!I77«*0! 2.7135E*311.2319F»C1 «.cTll'-,ol

4.811!F*31 fl.fc^^ftc+ol4.K75 t ;F*0'^ 7.40?4C+001.6653F*00 1.T9°1E+00l.^ZI^+OO I."215c+O0

fl.f.540 r-CI 1.3512E*00.307IFO1 3.37'55':f)0

3.33T" r-37 2.241SF-04fr. 11517— 01 n.5fl4"*F — 012.91T4r — 27 2.'"">3E-™4S.OR'Qr — pi 4.1058F — C25 .4qQ4 r — f)o 1.1'»31E — 0s

'. l"Br-01 1.3032C-C5

S . O O F t O S M/SO-M. USl = 2.10FtC41.00 XHC = 0.00

3.2»8lcifi: 3.1831E»03l.6'>B1ctoi 3.11'-?<=*01.?471 f t 3 ] "i.'07'F»01,2"70«»ni 9.4679F*01.80? l c*01 i.2j51c*J3.711*E*01 l.'1433(;*00.^Oq-irt30 l.lt-47F*00,745Qc-01 1.0OlTir»oC^bn^^tul 3. = 17',ftOO

S »pLr FF j rT ICNS —

'.1?)7'--0-' ".OO'-F-O'-7.49'"1--T1 1.7'HOC-015.9147^-C' n. ' l73RC-04'.'">3?9'--;i 1. nil !/,>•-•!?l.nl.77r-0q -> ' ' i . l7J4F-Cc

'.9'll':-ni ^.'Onqr -'I',

4. "i607F *033.9713«:»015.8268F »011 • 3965C*329. 1177F*CO1 . 8S28C +001 . 996 Oc *001 . 0*2 lc +003.7456?!,,.,

^.'^IT-OSS. 1085r-0 15 .6595^—337.5251^-031 . 3314=-Q4

M / S E C

e. 1433C + 034.4859F+Q1

5.67'>SF»01

1.7204F»02q.511C r +/T1.9235C»002.0701e+001 .'1024F +"104.119«f00

1.4»04E-3?9 ,6C9C C-O11.4541C-024 .1533r-0 '2.4711'=-041.0c'59::-34

kN/m2

PI = 5.00Ft03 N/SO-M, USl ' 2.20^*04 H/SEC "XH7 = 1.00 XHE = 0.00

MOVING SHOCK SLANTING SHOCK3.6093E+0' 3.43 f l lc+031.7212':*01 3.?7«8F»01

HO 1.2'>36E*01 4 .83625*015.8541^ + 31 1.0339O025.0^19E+00 8.P001F+001.7583p*33 1.8874C+301.67205*00 1.9fl76F*00

4MF R.8b39 c -0 l 1.0^93C+00U l .«391E»01 3 .9831E+00

e-, . 1.243»E-o* 3 .0 f22F-03u 1.3442F-01 o .q449C-OlH+ l.2143r — n"« 3 . 0 e 2 8 c — 0^H' 1.955Bc-'jl 0.2335F-01H- -<.a413r-Tp 7.1438F-0'!H2+ 7.2902"-08 H .2734E-05

»1 • c.00e»03 H/SO-". USl ' 2.30F +XH2 • 1.00 XHC = 0.00

MOVING S W OCK STANDING SHOTKP 3.9430 O'' 3 . 6 7 2 9 F + 0 3T 1.0060 01 4 . 3 ^ 3 1 ^ + 0 1oun 1.2491 11 4 . e 421 c «01" • *.314> ,11 1.174ir»j2A, 5.316"i 03 9,lf l l7'+0nS - 1.8C5; 03 1.9186F+001 - 1.7461 00 ' .3053F+00 .G ^ ^ E 1.0767F-01 l.14?4r+00II 1.43fl7r.oi 4 .4?75 r >00

sF rc l = s ,.Ur F . A r r . C N S

c- i •>.&718C-16 7 . f lS47r -3 iH .. 3 . r e lO"-0! 1.74T1E-01H+ ' .621*E-lf 7 .s to3 c -03H? 1.441C r-01 «. ''4'>ie_(53H- 7.fl316=-08 1.1Se8E-04U7. 1 .3578 r -17 I.f747'-i)«

REFLECTED SHOCK5.7332E»334.9491^*01;.6276F»011 • 34*>2C *0?9. 8f 98= tOOI .9605F tQ32.0477F*009.6121^-314.4141C+QO

2.67915-029.4269^-012.66^ 7e— 023.304^C-03l«6033e-344,4,,-04

04 H/SFC

P E F L E C T E ^ SHOCK6.2122F>035.3791^*315.6J98F*Ol_1 .46 8*^^*02*1.01'8e*01l.9948FtOO•> .0710F + 339.3'>47':-014.6U6F»03

4.3473E-329. ISB-iF-Ol4.077frP-322.?8fB'-1J4.57'iic-04

6.5463e-34

TABLE I.-Continued

•SkN/m

PI =XH2 »

0

TRHHH

S7

G4ME

c_HHtU2

H*»

S.jJFOl N/S3-M, US1 = 7.40EO41.00 XHF - 0.00

Mny'NG S'inCK ST4NTNG SHOCK, Rf4 .?B7SE»32 3.89°1F»031.91G4C*31 4.4433F.Q1

1.23V.C*3' 4.33">?r»31<,.BB7-)E»01 l.?lR-)f»02

l .R^ l 'E .OO 1.9^29 e fOO1 . 81 95P fr^.T 2.0'4?F.OO9.2732 C -T1 9.9ST1C-Q11.67f7 = *01 4.7fcl',E»00

^> .2533 c - ' ) f t 1.5651C-C2".0314=-;' 0 .6455^-3^* . 1 S36F-06 1.5602C-02•J.Qimc-o; 3 .434SC-03

2.63r3 c-17 2 . c 7 t 3 c _ Q 4

M/SFC

FLFCTEO SHTCK6.6C30P *035. 6C'40C *0 15.5747C*311.5931FJ021 .0469F *3 12.0283F»002. H04E»009.1B44F-01

4.7621F*00

a!9718E-31.e. 4690^-07l .37Cl=-33

8.39fll'-04

PI = S.OOF»03 N/SO-". HS1 = 2.60^XU7 = 1. 00 XHF =. 0.00

COVING SHOCK .ST4NTTNO SHOCKP 4.9057E*0? 4.209fl^+03T 7.749f" + Qi 5.10^*4^^013>'P .14416.01 3.97»-2F»OIH .O^f^tOl 1.4183F»024 »712*> c t3*> 9.9754F*00s .9394F»00 2.0203E»CO1 .9417F*03 2.3734E*03C.4MF .0319F»00 9.39B7F-01.) .8041E»Ol ".1B07F.OO

S .Cl S

H 9.19^4-^-01 ?.22'32E-01

•J7 3 .3345F-02 1.»^4>>F-03H- !.03J5F-0»> 3.3224^-04

h04 M/SFC

BEFLECTEP SHOCK' 7.1370F.036 • 18?2CO Ie.29t3c»011.R4Q9'.071 • 1002*" *0 1

?. 17'37e*00R. 98?9C-0 14 • 9646 p *QO

fl 4703C~3 ?B.2B11F-01

l.2IO»E-03

t;"°S«i3j

PIXH?

•5.00':»03 N/SO-M.1.30

US1 • 2 . B OE»04 "/SFCXH^ = 0.03

PI = S.03C

XH2 = 1.00N/SO-M. US1 = 2.70e>34 M/SFC

XHC , o.OO

l.kt005-011.7421F. ;i

2.0471F.OO9.f30'E-01

"OVINC, S"OC< ST4NOING SHOCK R f F L F C T C T SHOCK4.6400E.02 4.1913F.03 6.9-U8c*032.3404F.01 4.8002^*01 5.9380C.011.1999r.Gl 4.1t35F»Ot 5.432oir.017.461<>E»31 1.3174F»32 1.7177C.32<->. l !46F+3G 9.7232C: + CO 1.0745°' + C1

9.06(4r-oi1.97501:»00

STANOI' IO SHOCK »ECIECTFT SHOCK

^.75l4i;»ol S.3392r»3ll.-=n<ic»02 1.9610e*02

2.'o"!0^»nO 2ll1l-5=»002.1G?2C*009.71B3F-0!

S P F C I F S

HH*H?H-H7»

"PL5 ^ " A C T I O N S

••.46502.75143.f191

-01-37-03-54-04

3.5774C-01

1.4304^-035.9137^-0't9.39B3E-04

"ACTIONS

E-HHf

H2•>. 7321C-04

9.3796F-346.1507C-041.0164=-03

142

TABLE I.-Continued

• 5 kN/nT

PI = 5XH2 = 1

PTR"nHA1ZGAHFU

SPECIES

E-HH*M2H- 'H2*

,OOE»03 N/SO-f..30

MTOING SHflCK5.7069E*02'. 8947FfOl9.9022E»009.1044E4-018.0402F*012.0149E»001.9910E*001.1217F»001.9141E>01

1.0210E-03"".9239F-011-OJ20E-3'5.'i429':-031.4351^-Ot9.4471^-06

US1 * 2.80E»04 M/SECXHE = 0.00

STANnlNG SHOCK4.2252F»035.59f 9F+01S.SSSOFtOl1.6234E*321.0437F*Ol2.0R95F«-002.1332F»00°.1245E-015.3491E»00

MHLF FP4CTI ON S

S.4208F-028.6962E-016.4008E-021.1559E-034.0249E-046.0331F-04

REFLECTED SHOCK6.9885C»03t.57f 7E»014.7163F*012.0811F»021.147ZE*01?.1674E*032.2531E*008.a815c-015.0793F»00

1.1424F-017.6945E-011.1376F-018.L006E-04&.3137E-341.1147F-03

PI = >i .OOF»03 N/SO-".XH2 » 1.00

US1 •* 2.90E*04 «/SECXHF = 0.00

0

T

imH

As -zSAMEU

SPEC I F S

E-HH*H?H-H2»

"CVING SHOCK

3. ?652 Ff 019. 30 1 36 * 009.9600F*018.4203E* 332.0469F*002.0009E*001.08S2E»001.9f,BOFfOl

3.22'9E-039.9073E-013.72586-332. 77'4f - 0 11.86S2F-052.3771F-05

S T A N D I N G SHOCK

5 . 8 11 9 E »0 13 .3854F t01! . 7308F *0 21.06696*012. 1228E*002.1661F»309.0411C-015.^01 1 E *00

- MOLE F P A C T I O N S

7.82006-02R.416?c-01'.80?4E-02<).44'>1E-044.2604F-046.6224E-34

REFLFCTFO SHOCK6.9575E»036.7609E»Ol4.4906Ft012.20516*021.1709F*012.2020F*002.2916E*008.8401E-015.1321F*00

1.2907F-017.3993E-01l.2856c-016.7149E-046.2494E-041.1379^-33

PI « 5.XH2 s i.

PT

RHOH&

SzGAMEU

SPECIES

E-HM>

H2H-H2»

PI - 5.XH2 - t.

PT

RHOHtSzGA«Eu -

SPF C TES

E-HH»

HEH-

H2*

OOE*03 N/SO-N.00

MOVING SHOCK6.468DF*0?3.*089E*018.9082E»001.0«41E>028.6608E»002.076?E>002.0119E»00l.0331E«-002.0251E*01

7.6055F-039.8307f-017.6011^-031.6513F-033.32SV-053.7645E-05

OOF»03 N/SO-",00

MOVING SMncK7.3221F>02«. 17636*018.5750E»001.2081E*0?9.0A87E*002.1300E*002.04*6E*009.5889E-012.1*97E*D1

2.2739F-029.S3>;5f-012.2725F-02a.i948e-o**,.7889e-059. 1767E-05

US1 =• 3.00E4XHE = 0.00

STANDING SHOCK4.3777E«O36.0233E»013.3022E*011.8444E»021.0909E»012.1546E»002.2009E»008.9777E-015.4585E+00

MOLF FRACTIONS

9.2010E-028.12->OE-019.2536E-027.B928E-Oi4.480SE-047.2178E-04

04 H/SEC

REFLECTED SHOCK7.0643E»036.9509E»OI4.3594F»012.3371E+02l.llf BE^Ol2.2350EtOO2.3313E»008.8239E-315.1939E*00

1.4384E-017.1051E-011.4330E-015.6533E-046.2059E-041.1661F-OJ

US! « 3.20E»04 M/SECXHE » 0.00

STANDING SHOCK4.8318E«-036.4480FKH3.2925E*012.0921F*021.1422E*012.2151F*002.2759E*008.889(>E-015.5888E*00

MOLE F R A C T I ON S

1.2266E-017.5312F-011.2230E-01•J.7818F-044.88S8E-048.4541E-04

REFLECTED SHOCK7.6505F»037.3652E»014.2998E*012.6280E»021.2506E*012.2988E*002.4158E>008.7894F-015.3490E»00

1.7377F-016.5082F-011.7315E-014.0978E-04H.1416E-041.2339E-03

TABLE I.-Continued

•5kN/m

. PI « 5XH2 • 1

1 ,

,pT

,RW

0

M < •A

StGAME .II

6-HH*H' i - ,H-

PI . 5XH2 • 1

P <TRMO'H&S •ZGAP5,

U

5P £C I E*i

f- -HH* 'H7H-H2»-

.OOF»03 N/S3-M,

.00

MOVING SHPCK8.2623Fto'4.»21TF*01B.5553E*031.36255*029.4423F»332.18045*0"2.0»9AE*009.2309F-012.2834F*01

4.357AF-02•». 1213E-314. 3547F-025.45°7F — 041.0I79F-041.306IE-04

,OOF»03 N/SO-M,.00

MOVIN'-, S"OCK9. 2775£*0'4.9942F*018. 66806.00I.5268E*0^9.84?9F*00?. 2294F*OT2.1431F*009.0^17F-Q1,.«»...,

. 6.7359E-02

^.731 2F-02. 3.Q51>6e-04

1.31 39E-341.7871=-04

. , US1 • 3.40FKXHF - 0.00

STANDING SHOCK5. 4910E *036. 8^45 F *0 13. 389SC *0 12. 3643F *021. 19635*012.2736E»002.3'it3E*008. 83?6r— 01e.7525':*00

1.5243E-016.9327E-011.5218F-014.36S1F-045.1774E-049.6I57F-04

34 M/SEC

RFFLECTEn SHOCK8.57355*037. fll 31C *014.37976*012.950BF*021.3137F*312.3613E*007.5055F*03

' 8.7762F-015.5348r*00

2.0334F-015.9182E-012.0265E-012.9877F-345.990SE-041.2903F-33

. UM • 3.60F*04 M/SFCXHF . o.OO

STANDING SHOCK6.2B76E*037.3027F*013.527''F*012. fr K74C*021.2528F*Ot2.331 6F*032.44075*009. 805rtc-oj5.9"49F*00

- MHI P P Q A T T T n t u CPIIJ L r w a i I i \jN i

1.S196F-016.3469F-011.8143F-013.3128F-045. 3034c-341.0557F.-03

REFLECTED SHUCK9.7248F*338.2974F*014.5112F»Ol'3.3023e*02l.3763F*Ol2.4236F»332.599ftF*ao8.7866F-31e.7«71F*00

2.321BF-01'.3420E-012.3144C-012.1406F-045.68325-341.3133F-03

PI » 5XH2 » 1

PT«H1Ht

SIGAMEII

SPECIFS

F-HH*

H2H-

"?*

PI • 5XH2 • 1

D

T*HO'H«

S7

GAME(1

SPEC i? s

E-HH*

H2H-

H2*

.OOF*03 N/SO-M

.00

MOVING SHOCK1.03616*035.3225F»318.8380E»001.700')Ffr)21.0246F,012.2789E*002.2027F*308.9541E-012.?62'":*0l

9.2543C-0»a.i43or-oi9.24755-023.02B8F-041.5573F-042.2351F-34

.OOF»03 N/SO-M

.00

MOVING SHOCK1.15UF»0'5.6229E*019.0301E*301.8B4'!F*02-1.06506*012.32fr'E»002.7670E*008.8981E-312.7048E«01

1.1827F-017.6218F-311.1818F-112.3803F-041 .7444^-04 '2.63'!5F-04

. US1 • 3.80F*XHF < 0.00

STANDING SHOCK7.1985E*037.7382F»Ol3.6793F*012.9T03E*02'1.3119E»012.3894^*002.5283C»008.7971E-016.165<.E*00

- MOLF. FRACTIONS

2.1033E-01S.7803F-012.0974F-012.49C4E-045.2530F-041.H93E-01

04 H/SEC

REFLECTER SHOCK1.1053E»048.81136*014.6483F*013.*801E»02'l.448TE»01. 2.4868F*002.6987F*008.82605-016.0085E*00

2.60346-014.7814F.-012.5-J57E-011.477?E-045.2054F.-0*1.2897F-33

. US 1 • 4. 006*04 M/SFCXHE • 0.00

STANDING SHOCKB. 202».E*038.18A5FMU3.S261F*(J13.3016Ff021.3743C*012.4472E*002.tl8TE*00B. 8099E-01&.3974E*00

_ KQI r FR ftCT I ONS

2.3758F-015.2365E-012.3694E-01-1.8348E-04^.0320E-041.14606-03

RFFLECTEO SHOCK1.2538e»049.36186*014.7800e»3l4.0848E»021.52T9E*Ol2.14876*002.7995F»008.8992E-016.2997F»00

2.869IE-014.2S16E-012.86156-019.«87E-054.6147E-041.2203E-03

TABLE I. - Continued

5 kN/nT

PI •XH2 =

pTctvn44SZGiMFIJ'

S°FC I E

E-MW#

H2H-

5.0GF*03 N/SO-f,1.00

•wins SHOCK1.2''23F*035.93515*019 ,22fc3F*007.07775*02'1.10575*112. 375/?c*302.3352E*008.86*65-01?.B475F»3l

7lll1flF-cl1. 41*>2COI1.1952«-04-

1.8319* -04

> US1 " 4.20EKW M/SECXHF - 0.00

STtNOINC. SHOCK KEFLECTEO SHOCK9.2B63F*03 1.4168C»048.*>545E*01 9*996A£*013. r t r73F*Ol 4.878"*F*013.6505c*j? 4.5tS7F*32U440SF»Ol 1.6183F»012. f iO^Oe*00 ?.6M3P*332.7114C*00 2.9051^*00B.8449E-ni 9.0180F-016.6563E*30 6.63C8C*00

2.t3».5F-ol 1.12725-014. 7 1 64 c— 01 3. '371^—01?.629f lF— 01 1.1231^—311.3I14F-04 ' A.11075-OS4.frfr4ic-04 3,e)360c-34

PI « 5.XH2 " 1.

pT

r»HoH

4

SZ .*iA*4EIJ

SPEC ies

f-HMfr

H2u-

OOE»03 N/SO-M00

MOVING S"OCK1.53336*336. 4393^*019.5919F*00 •2. 492*>F* OC1.18B9F»012. 4734E»302.4814E*00S.8465F-01

l."448c:-01

1.94}3C-011.2U7e-04?. 3039C -34

. US! » 4.60F»04 H/SECXHF • 0,00

STANOING SHOCK1. 164 7F*049.6841F«01

• 4.143DF*014.39836*0?l.K917c#ol2.61 95E *302.9030F»00-°. 3l23e-3 I7. 2629=»00

3.1210F-01

3!ll475-015.9B90E-053. *»41 3e-34

, •' J

REFIECTFO SMOCK1.7870E*04

• 1.1567E»024*9380C*01

• 5.4768F«021.8487F*Ol2.7369F»033. 1287F»009.4440c-0t7.54(,8E«00

3.6154E-01

3.IS104F-01, 1.8192E-OJ

2.5A6RF— 04- 3.4«.47C-04 1.9 3 74=-04 ' 7.6139E-04

PI - '.OO^XM2 » 1.150

N/ST-H. IIS1 • 4.40C*C4 M/SFCXHF " 0.00

PI * S.OOF*03 N/SO-M. US1 * 4.80C*04 **/SECXH2 • 1.00 . , XHt . 3.03

T

9 MOM ' •4

S'ZGifFU

1.1473EO1

SHOCK STSNOINP, s>-OCK OFFLFCT50 SHOCK

Dl 1.0'20<:«0?

4.016l<-*021.51295*01

2.BOb1F*038.91?SE-01

1.7242<"*0l2.6744F*00

TqwnH

SI^ND1NG S"OCK B fF t€CTF1 SHOCK1.2887F»04 1.99S9f>04

-4.7o;qe»02.

2.»76JE»00

. 9.H42F-01

4.8B53F*Ol6.0I28F*021.9980F*01

.3.2441F*00•.9.7713^-01

1.27i3F«Ol

FR»CTIf»is

H*"24-H2*

1.SU1F-54

4.?2n2F-01

9.0199C-05

.1777^-01.?377«-01

.2331C-04

F-H

MTLF FJACMCNS

2.1114^-01 3.3476E-313.2992C-011.1419^-113.7101F-05

3.3438E-312.3142E-OI3.B'71F-3l8.4170E-06

TABLE I.-Continued

pr SkN/m

PtXH?

= 5.30CO3 N/SO-M. USl • •>.COE*C4 M/SEC1.00

TRHCI

E-

H2H-

XHF » 0.00

STAND INC. SHOCK IFCTEn SHOCK

6.960 )"=*01

I.2761F*01 1.7701F*312.7370E*00

2 . l7 f t8 i=»0 l

3.3tOOF»009.3430F-01B.1U9E*003.417<>E»Ol

HOLC FRACTIONS

5.1457E-312.'.2HE-Cl7.59U---J5

7.4013F-0'.

3.3977F-0&1.626CE-043.98?7F-34

PI = 5.00E»0? N/SO-H.XH2 • 1.00

USl - 5.406*04 H/SECXHF ' 0.00

szGftMFU

H2H-H2»

«OV1NC SHOO

7.4917CO1

2.6731F»002.835JE*OJB.9241F-01

7.900)F»32Z.«888F»01

STAN11NC, SHOCK REFLEC'EO SHOCK4 2.7175C*04? 1.7226F*-)?

4.0421r*0l

Z.Ol^lEiOl

3.297AF»009. B-»15F-01

0 1.0"21c»3l

FR4CTICNS

'.9396F-112.H75F-01

1.6342F-04

4.3860F-3I

*.*75?F-071.1300F-0*

PI = B.OOF»03XH2 - 1.00

USl * 5.70F»04XHC = o.OO

TKHTHASZr,A"FU

SPECI"

E-HHf

H-

H2»

"OVING SHOCK STANDING SHOCK1.9'7<Sc*03 1.5?89F»047.2221F»Ol 1.1*48E»02

?.',29BF>02

7.7B6I c»03

9.5B27E-01

OLE FO ACT IONS

3.7e72 I=-01

2.7?01C*00n.B90'E-01

1.85491 -14?.6515^-04

1.2101F-052.0353E-34

4.6130c»ni7.223T=t027.3745F».oi

3.4660F»00

9.8C>40F»00

4.2322C-0!1.532BE-314.2301E-01l.Z73'«r-0«.1 .3419>'-342.6324=-04

PI *XH7 *

pT

RHOM

ASzr.AMFII

SPFC Ic

E-H^fH2H-H? +

5.00F*01 N/SO-M1.00

MOVING SHOCK2. 2°6?Ff037.769^5*011.1171F.31

3.693')E*-021.41 95C* 312.7241C»002.8911E*008.9701E-013.83B9F*01

"\ , OP*bO^ ~0 13.8?*4F-Ol3.0841F-313. 435?c-351 . S97lc-043.4271 r-14

USl = 5.40e»C4XHr <. o.OO

H/SFC

STAN" ING SHOCK REFLECTED SHOCK1.7918F*041.3415E*023. 91 79c*0l6.5140F*022. l5^le*312. 8B9C C*003.3902C*001.01945»CO9.9545E*00

— MOL E P ^ ^ C T I C N S ~~

4.1041F-011.7312E-01«. 10706-011.3395E-361.32115-041.4'l4E-34

• 2.9857E»041.9291F*034.2?19f»018.6212F*022 , 83Z3F *3 13.0306C*003 .6403C*031.1183E*001.2086F*Ol

4.5066S-01

*.506'te-011.62t?e-079.6486F-35l.3603c-34

TABLE I. - Continued

5 kN/m

PI « 5.XM2 • 1.

PTHMOHAszGAMEU

eOCf ICCire L, ltd

E-HM»H2M-H2»

OOE»03 N/SO-N.00

MOVING SHOCK2.45336*31B.0400E*01I.021>)E»013.9617E»021.4724F»Ol2.7749E»032.9787E*009.0794E-013.977f,E*01

3.2892F-013.4IS4F-013.2874E-012.5012F-051.4370E-0'3.2203E-04

US1 » 5.83F»04 M/SECXHE - 0.00

STANDING SHOCKl.8943E«041.4463F*023.7^88F*016.97O4«>022.2994FMJ12.937BE»003.4753F.*001.0519E»00J.07'56E«01

MQL E FR ACT TON S

4.2*75E-011.50?7E-01^.Z^bJE-Ol1.3970E-061.067AE-042.*5«9E-04

REFLECTED SHOCK3.2610F»042.1630F»024.0683f tOl9.3779F»023.01S2F»013.0818f«003. 705 ep >001.13655*001.3295F»01

*.6037E-017.915*6-02^.603SE-01*.07*3E-088.1081E-056.7749E-05

PI . 5XH? . 1

PTRHOHA

s -I.SAWfU

SOFT f F Cv f L 1 1 i

F-HH* •M2H-H»»

.006*01 N/SO-M.00

MOVING SHOCKZ. 67566*038.36756*011.0229^*014.7390F»021.52886*012.8254t»033.0676E»009.1052I:-014. 1152E*31

1.48156-015.030JF-G13.4818F-311. 78*3P-0*1.2643E-042.9605F-04

, US1 = 6.00Ef04 M/SECXHF * 3.00

STANDING SHOCK1.9969E*041.5624F«023.5985F*017.43366*022. 4504F*Q12.9R42F»003. 551*?E*001.08?0=»001.1631E*01

~ MO L F F R AC T I ON S

4.3739E-011.2563F-014.3711E-016.3163F-079.09486-051.7205E-04

REFLECTED SHOCK3.53866*042.4070F»023.91406*011.01656*013. ?2156»013.1276>=«003.7"!61e*001. 14796 *001.4517^*01

4.67576-016.47186-024.67606-J12.5402F-086.T99HE-Of4.5455E-05

PI - 5.XH2 » 1.

PTRHH

H4

SZGAMEII

SPEC IF.S

E-HH*H2H-

H2*

PI « 5.KH2 « 1.

aT^HOMA

SzGAMEU

SPEC IES

E-HH*H2H-H2*

005*03 N/SO-M00

MOVING SHOCK2. 8029E»038.6972E*011.0207E»014.52556*021. 5896E*Ol2.87?7E*003.1e74F*009.2013E-014.25156*01

3.6(8«E-012.6609E-013.6668F-01I. ?134F— 0 51.0855F-042.6572E-04

OOF*03 N/SO-M00

MOVING S«OCK2.9849E*0?9.0«57E»011.0150E*014.8210E*021.6557F*Ot2.9255F»033.2473E*009.3225F-014.3862E*01

3.P434S-31

3.8420E-0 18.1785F-Of9.0731F-01!2.3219F-04

. US1 - 6.20E*04 M/SECXHF * 0.00

STANDING SHOCK2.0919E*041.69026*023. 4195E*Ol7.9054E*022.60315*013.02876*003.61946*001.1077E«001.2654E*01

HOLE FPACT IONS

1.04756-014.47^16-012.8247E-077.6800E-051.1891E-04

R6FL6CTED SHOCK3.81546*042.6663E*023.7692F*011.09826*033.42026*013.17066*003.79656*031.15566*001.57556*01

4.73236-315.34226-024.73266-011.1422C-08S. 63066-053.14306-05

. US1 - 6.40E.04 M/S6CXHE - 0.00

STANDING SHOCK2.1772F*041.8235E*023.24846*018.3844F»022.7488E»Ol3.06986*033. 6756F*001.1271?»031.3677F*01

•— *'OLC FR ACT ION S

4.55S5F-018.79666-324.5513E-011.31306-076.5493F-058.3129F-05

REFL6CT6D SHOCK4.08806*042.9440E*023.62576*011.18326*033.6183F*013.2122E*003.82996*001.1611E»331.7021F*01

4.7781E-014.4288E-024.7783E-015.4097E-094.5879E-052.21896-05

147

TABLE I.-Continued

• 5 kN/hr

PI - 5.00F»03 N/SQ-M.XH7 « 1.00

US1 = 6.60F*04 "/SECXHF « 0.00

• MOVING SHOCK STANDING SHOCK REFLECT60 SHOCKP , •'THMO- ' ,'H' - /ASI, . .,'SAKEII

SPFC TP

F- .H ,H* • •«2 - .H- , • .

H2*

PI •XH2 «

*p . •T"twn ' ,4 , vASZ,OANPU

SPFP IFfrf\,i''

f-HH,* ' •HZ

H^HZ*

. 3.17136*039.451 7Ff 311.00566*31.5.12556*3''1.72866*012.974BF»00 •3. 3365F* 00

'9.4747C-Q14.51896*01

1.9B26C-01< 4. 3367^-C I

*• IftOF-Oft7. 36?4r-0K

1.96S15-04

5.006*03 N/ST-M,I. 00

KOVING SHOCK ''.3.36176»03,9.89f6c *0l

9.9Z31F*03. 5.43B9F*02

l.B3975*31 ,3.0Z3?F»003.4Z43C* 039. 66466-01

5 — — — — ^

• 4 . 1 6 1 OF -0 1, l.f769F-01

4.1510C-013. 0813P-06

' 5.7B67F-051.6114F-04

2.25256*34l.964'E*023.0B01F«018.8734P*0? 'Z.8901^013.10926*003.7233C*001.1421C*001.47256*01

MOLE FQ ACT I ON S ~-

4.f280E-Cl7.4102F-024.62996-016.26lS8F-Ofl'.5720E-055. 8-= 186-05

US1 - t. 806*04XH6 • 0.00

4.3461F>043.Z77«6»023.4919E*011.26965*333.8079F*013.2509^*003.85636*001.1650F*001.8?29F*31

4.8138C-013.71596-024.S1406-312.7666F-093.775BT-351.H97F-05

H/SFC

5TSWMNG S"CCK HEFLECTtD SHOCK2. 3117F*042.H44F*02

,2.9039F*01- 9.35B1F*02

3.0103C*013.1485^*003. 7649r*00

• 1.1535F*00l.5B['06*01

fOLF FRACTIONS -•

6.Z2e66-024. 68836-013.3145F-384.67006-054.lO"16-35

4.58766*043.5177F*023. 3633C*011.3B82F»033.99156*013.2874F*003.87776*301.1680F*001.94176*01

4.B424F-013.14506-024.8426F-01'1.4997c-393.0147F-051.2121F-05

PI =XH2 «

pTRHflH»

szGAHFU

5.006*03 N/SO-Mt .OO

MOVING SHOCK1.55566*011.0401F*029.T431'*00-5.7tO->6* 021.90056*013.0706F*3D3.50876*0,09.8980E-014.7771E»Ol

US1 - 7.00E»04 H/SFCXHF « 0.00

STANDING SHOCK2.3593E*042.2*50E«02Z.7420F*019.8M7E*023.U146*Ol3.18516*033.7988F»001.16166*001.6978F*01

REFLECTED SHOCK4.83236*043.8U7F4023.2317f»011.4*7!E»034.1705E*OlJ.3225E*003.8955F»001.170*F*002.0*66E»01

SPECIF".

H2H-H2»

4.3011F-011.3968F-01

1.7221F-064.4021F-151.2687E-04

L= FRACTIONS

4.7355C-015.2826E-024.73566-011.5372E-081.91266-052.9569E-05

4.86606-012.67586-024.8661e-018.473"E-102.4237F-059.21956-06

148

TABLE I.-Continued

• lOkN/m

PI =XH7 =

P

' TRHOH

6

szGAtF•1

F-rt

H*

H2 ,W-

H2* . '

l.33=»04 N/SO-"l.GO

MOVING SHO^K1.0ft 3*=* 012.7140EKJO3.9233C*332.77458*00,1.4"432C*001.0t*1=*001.000JF*009. 9494F-012.2663E»00

2.B4->9F-''01 . 3T94F -IV1.971Jf-2'i

1 1.03336*002. f?34 r- r 7l.8257' :-34

USl •> 4.00E»03 H/SFCXMF = 0.00

STANDING SHOCK2.1 97^ = *0l3. 356 9E*00ft. 5476F*303.4526F«001.8?\2F»001.0661F*001.0000E*009. 8fll lp-011.353 3=*00

— f*OLc FRACTIONS

5 . 15 3fer-137.62H5F-371 .3333C*331.8318E-40'..'006E-36

REFLECTED SHOCK5 .3*>15E»014.7163=*001.136S=»314.938B=»002 .1384F+33l.08*9F*001.0000F*009.A957F-011.19*1F*00

1.5917E-272 .5fe5ftE-0*'6.7126C-28t .3303E*J32. 329AF-329.2041E-28

PI «XH7 »

pT

RHnH

^S7

SAMEu

c _HM ^

"2H-H2*

1.00F«04 N/SO-M.1.00

MOVING S'fOfK2.4287F*014.fl"=91c»004.99B4e«00«.099BE»002.16B3E»001.1371F»001 .0000=* 309.6761E-013.6513F*00

1. 1335^-766. 6222E-06t •4204T-2'1

9.99995-014. 0939C-304.1346E-?7

USl • 6.005*03 M/SECXH= » 0.00 '

ST4N-MNG SHOCK REFLECTED SHOCK7.658TE*016.73*4=»031.1 3A9F*Ol7. 3019F*002. 5184E *001. 1460= *001.3003F*339.4147E-01

.1*33=*02

.7051E*00,7638E*01,0001=*01•BO4^=*00.1732F*00.0051E»30.9891E-OI.**S2E*00

MQLC Fp AfT IONS -— — — ------

5.6297E-19 2.2933=-!*6.7404E-04 ' 1.021B6-023.77t»F-l9 1.7*l»=-l»•5.9933E-01 9.B978E-013.9«86=-22 2.1260E-161.8563E-10 5.6975E-13

PI • 1.XH2 » 1.

pT

RW0H&

S.11 AMFU

SPF c i FS

e_

HH»

H?-t-

H2*

OOF + 04 N/S'3-*'00

*OVINr, S"OrKl»'S74'?6+Ol3. T003E * 004. 5? ** F *003. fl£ 0^>F* 03l.<)07S€+On1.1010^*311. OOOTF »00«>.83*>1F-012.9.21FOO

4.85«.3'-3>

1.4419= -012.3719F-371.0030F>003, 9795C- 372.52«6e- '2

. USl • 5.00e*lXHE - 0.00

STHNI1INC, SHOCK4.4532F«014.<I2?flF*009.044 3= *00*.1719F*002 . ipif-r »oo1.106'E*D31.000JF»009. 568 3C-011.4797=»00

— I*OLF FPftCTlONS

*• .7 261F-069. f 496F-?4-9.9999F-01?.U23«:-297.2T"2c-26

33 H/S'C

R E F L F f T F O SHOCK9. 7319F*3 16.68"6F»001 . 4*r 3C *0 17.2'*66E»002. 51 1 2F »001.13!0=«OD1. 0003F.*039.4299F-31,.,37<F.00

4.9294?-195 .3977=-043.9B80r-l99.994A=-017.6 1 20C-21

• 9.A749F-20

PI • 1XH2 • 1

pTRHP

H4

S1GAME11

SPFC 1= S

MH*H'H-

H?»

. 30F»3* N/SO-M

.00

MOVING SHOCK3.32B3COI6.1605F»005.431 7EOOft. I \ 34F*OD? .41 B6=*00I.1713E»00l.OOOlEtOO9.4939F-OI4.33B6=*GO

2.3196E-'0? . 92 74r - 341 . 7706c-2 09.99T1<--01| . 3f 1 ie_ •» 3

4.20'7?-2I

USl • 7.03F>01 X/SECXHF - 0.00

ST4N1ING SHOCK1.2317=*32

' fl. 6155 r*001.3876E*019.89175*002.7B8''F*00I. 1847E»00l.0052E*008.9799F-3Il.ft8l^BC*00

- M0tp FOACTICNS

1.7254E-141.3375e-0?1.3365E-14o.89»)2F-011. 2729^-164.015B=-1<

REFLECTEn SHOCK2.243*=»021.0379E>012.1119E*01l.3133E*OI3.0298F*001.2142F»001.0234F.OO8.6*17=-311.4928F*00

f, 7827-=-l24 .57 31F-325.4*09?-129.5427=-OlI.5941E-131.50I2E-12

149

TABLE I.-Continued

10 kN/m

PI - 1XH? = 1

p

THMO 'H

AsIGAMFU

S**FC I ES

F-HM*

H2H-H?t

,OOF*04 N/SQ-M.03

MOVING SHOCK4. 3 8?flFf fli

7* 5349F * 33S.H056E*008. 3665E* 032.6'"37E*00l .JO' lEtOO

• 1.0019E*^3

9.18H4F-015. 3364E»00

3.7596F-03I. 75326-169.9fr?4E-0 15.3 = 70F-\ 9

4. IP70F-17

US1 = B.OOE*03X"F = 0.30

M/SEC

STANDING SHOCK REFLECTED SHOCK1.8019C*021.0?s7F»nl1.71636*01I.2977F»313.0G97F*00l.??37F»001.02356*00

R.'-?936-011.7037EO3

4.53E3F-024.52216-129.541 5P-011.1253F-I31. 1376F-12

3 . 1 146C*021.17"0e»0l2.5UtF*011.6703F»013.2'503C*001.2562E*331.0560C»00

8.5119E-01

,.,1—00

1.9199E-101.0612E-011 .5845e-108.9388E-017.&613E-124.1198=-11

PI = 1XH2 = I

pT

RHOHA

S7

GAMFU

SPECIES

F-M

H»

H2H-

H2»

,00C»04 N/SO-M.00

MOVING S"OCK7. 3175^*319. 8604F*006 . 93e OF *001.261^E*Ol2.9420C*001.2705E*001.02626*008.-i53!)E-Ot6.e077F*on

2.9S26C -12S . I 1 29r -372.560"-129.48876-013. l5T7 r-144.3365C-1'5

. USl = l.OOE*XHF = 0.00

STANDING SHTCK

3.7263F*021.2878F»012.62^0C*0 12.0701E*013 .469£ E *001 . 3369^*3 3

1.1019E»CO8.4842E-011.71*56*00

- MPL6 F R A C T I O N S

1.8143F-091.8487F-011 . C414E- 093.1M3F-01•'.65266-11

3.6944F-10

34 H/SEC

REFLFCTEO SHOCK5.8067F»32l.4190E*Ol3.5341e*0l2.5532F»013.744ir*oo1 . 3468F f331.1579F»008.5319E-311.5333F*00

1.3094E-082.7270F-011.12796-087. 27306-011.319«.F-392.8346E-09

PI = l.OOFXH2 * 1.00

USl = 9.00E»03 M/SECXHF * o.OO

pT

RHhHAS '• •2GAMEU

SPFC TF S

E-HH*H?H-

H2*

"CVING SHOCK5.*- 103*"*0l8.80436*006. 31 14E*031.0367C*0!?. 797 5e* 331.2376F*301.009iF*006.8004F-01

''T"9"°°

7.1-3^,4

i t .0332^-l^9. 809*)c-0 1^. 2326P- 1 6l . l ^44C-14

S T A N n j M G SHOCK REFLECTED SHOCK2. t -2 c - Of+021 . 16^7F+0 12. 1 3 ] F +011 .£ 592F *-011. 23?QF f 331.76A3F+00I. 35&6F+03P.5010F-01l.f <*3'P+00

• MOL E P R A C T i n ^ S — *

1.0*186-101. 07076-011.3* 7QF- JO

R.9293F-01^.81 596- 121.32T3C -11

4.2731F»021.2991F*012 .90t 6F *012.08?3F*013 . 4864F*331.3004F*001.13136*033.4956E-011.5441F*00

2. 0529^-091.8397F-011.7327F-QO

8. 1603c-3 11.1959e-104.3977F-13

PI •= 1XH2 > I

p

THP

AME

U

SPFC I F S

E-MM fH2H-H 2*

.OOE*04 N/SO-M

.00

MOVING SUOCKB.595? I :»011.0741F*3!7.612?F*001.C104E*013. 0371F *001.3045^*00l.0513c*008.4403F-0!7.26?4E*00

9.7071F-0''3.28'9C-H

9.0293C -01

^.Q(^'? l=:-\ 35. 1553r-l ?

USl = 1.10F»04 M/SECXHF - 0.00

S T A N D I N G SHOCK5. 1169F *021.4045E*313. 148 2P*C12.e300E»013.7212C>001.3?17E*001. I 572C*008.5196F-011.7591E*30

1.1332E-382.7171F-019.80?3C-09

7.7829E-018.117B6-102.3414E-09

R E F L E C T E D SMOCK7. 751 Oc *021.5391F*31

4.1110F*013.0847F*014.0270E»001.3957F*001.2250Ef308.6013E-011.64776*30

6.1151E-383.6738E-015.3759E-084.3262E-01S ,956'!c-091 .334°E-08

150

TABLE I. - Continued

PI - 1.XH2 - 1.

PTRHOHASIGAMEU

SPEC IES

E-HH*H2H-H2»

OOE+04 N/SO-M00

MOVING SHOCK1.0338E«021.1513E»Old.294JE*001.78336*013.2354E»OG1.3399E*001.08266*008.3987E-018.0262E*00

2.3478E-101.5256E-012.0832E-108.4744E-014.9315E-123.1389E-11

i USl « 1.206*0'. M/bECXHE • 0.00

STANDING SHOCK6.8164E+021.51686*013.67426*013.0375E+013.99076*001 .3986E+001.2215E»008.58466-011.9134E*00

— MOLE FRACT IONS

5.07316-OB

•*. 4696E-086.3737E-014. 5473E-091.0id2E-08

REFLECTED SHOCKI.OIUE«011.6618E*014.67S3E+013.6745E*014. J372E+GO1«4469E+UO1.301 76»008.6S60E-011.72926*00

..3144E-C,

2.0769E-075.3646E-012.6649E-J85.C395E-08

PI -XH2 •

PTRHOHASIGAMEU

1.006*04 N/SO-H, USl * 1.306*04 M/SEC1.00

MOVING SHOCK». 22336*021.2213E+018.94426*002.079iE*Ol3.38816*001.3769E*001.11996*008.3932E-018.78046*00

XHE > 0.00

STANDING SHOCK8.7904E*021.63256*014 . 1634E *0 13.5a81£*OL4 • 2 /t)6E *"001 • 44 70E +00l.2933E»008.6706E-011.88816*00

REFLECTED SHOCKt.2672E»031.78986*015.1 85SE*0 14.3203E+I>L4. 6 /75E*001 .49986*00U3£686 + COtt ,d 147E-0 I1.8291E*OJ

SPECIES

e-HH*H2H-H2*

1.0237E-09

9.1772E-107.8591E-012.6741E-111.32696-10

MOLE FRACTIONS

1.0056E-074.33606-011.62026-075.46406-011.90316-083.7622E-08

7.5783E-075.5782E-016.9405E-074.4218E-019.7970E-081.6175E-07

PI * IXH2 • I

PTRHOHASIGAMEU

SPEC IES

E-HH*H2H-H2»

PI • 1XH2 * 1

PTRHOHASIGAMEU

SPEC IES

E-HH*H2H-H2»

. OOE*0<. N/SS-M,

.00

MOVING SHOCKI. ',2926*021.28698*019.5*79E*002.3993E»OI3.5«65E»00l.*15JE*00L.1624E+008.4086E-019.5302E»00

3.4462E-092. 7937E-013.1178E-097.2063E-011.0658E-10<,.3502E-10

.OOE»C'> N/SO-K,

.00

"OVING ShOCK1.6482E*02

.34976+01•0095E*01.7«25E»01.7U6E»00."it>5JE*00.2096E*OU

8.<t377E-Cl1.0274E«01

9.7*28E-093.*660E-Ol8.889SE-096. 5340E-013.**53E-101.1979E-09

USl • l.*OE»0* M/SECXHE * 0.00

STANDING SHOCKl.L03LE*031.7^a8E»Ol<..597',E*01*. 18226*01<,. 58886*00l.V96dE»001.3720E»008.7760E-01U9815E*00

HOLE FRACT IONS

, 5.5667E-075.4231E-015. 08856-074.5769E-016.5S83E-081.1381E-07

REFLECTED SHOCK1.60326*031.9277E*Ol5.62C9E*Ol5.02536*015.05606*001.55*26*031. -.7966*008.9626E-011.9498E1-00

2.276SE-066.4829E-i>l2. I261E-063.S170E-013. 1500E-074.65*IE-07

USl - 1.50E*0<. K/SECXHE < 0.00

STANDING SHOCK1.3310E*031.8705E*01<..95SSE»01<>.818<iE»01<i. 92526*001.5*75E*001.<>J66E*008.9032E-012.0942E»00

MOLE FRACT ICNS

1.5491E-066.2693E-011.4«11E-063.7307C-011.97316-073.0535E-07

REFLECTED SHOCK1.9591E»032.0623E*015.9582E*015.793<.E*015.4657E*001.6098E+001.579CE*009.15236-012.09936*00

6.S837E-067.3336E-016.26156-062.6663E-019.2837E-071.2S05E-06

151

TABLE I. - Continued

• l O k N / m

PI « UXH2 « I.

f *TRHOH ,ASz •CAMEU

SPEC IE'S

E- ,HH*HZH-H2*

Pi « isXH2 • 1.

PTRHOHASI,GAMEU

SPEC IE S

E-HH»H2H-H2»

COE*C* N/SO-Mi00

MOVING SHOCKl.883*F*0«!l.*112E+011.0581E»013.1093E»013.88*»E*00l.*963E*00l.26UE*CO8.*76<IE-Ol1.1015E*01

2.*517E-084.1439E-012.2562E-OU5. 8561E-01V.6496E-102.9201E-09

OUE*0* N/ifl-Mi

00

MOVING SHOCK2.1332E»C21.472JE*Ol1.0999F»Ol3.4995E»014.0(>blE»001.5386r*001.3172E»008.S24UE-011.1730E»01

5.6ol2E-ae*.8l68E-01b.25<4E-J65. I832f-012.*221E-096.4905E-09

US1 = 1.60E»04 M/S6CXHE =• 0.00

STANDING SHOCK1.61V4E»032.0020E*01^.2343E»015.4>;b7E»Clli.2950E*001.5987E»001.5<.39E»009.0592E-012.2^92E>00

<t.J8t>2E-067.0622E-01J.0651E-06

.2.9J/7E-015.353aE-OJJ.5651E-0/

UU - l.fOE*XHE < 0.00

STANDING SHOCK1.9043E»032.14<,7E»015.<iUOEK)l6.21<>7E»U15.7077E>00l.6SOOE»00l.o37DE»009.2571E-012.3«10E*00

• MOLE FRACT tcNS

UOS28E-057.7885E-011.01096-Gt)2.21L2E-011.J567E-061./757E-06

REFLECTED SHOCK2.39<>1E»J32.2652EHH6.1773E»016.6276E»01i.9d80E*001.0660E»OJ1.6823E>OJ9.*092E-Ol2.2163E»00

1.9290E-038.1U2E-01l.a64oE-J5l.d863E-012.tl72E-063.2611E-06

04 K/SEC

REFLECTED SHUCK2.7893E*032.4SS8E»Ol6.2<>93E»017. S«08E»Olo.6C9CE»OJ1.7224E»001.76556*00V.78&OF-012.5C72E»GO

O.U62E-OS8.7966E-016.C«L3E-051.2U20E-017. ".tSlE-06J.6978E-06

PI - l.uOE+04 N/SU-MXH2 - 1.00

MOVING SHOCKP 2.3977E»02TRHOHASI

.53<UE»U1.1349E*01.9131E»01.2577E»00.5819E*00.3771E»00

GAME 8.b812E-OlU l.2479E*Ol

. US1 = l.BOE»04 M/SECXHE = 0.00

STANDING SHOCK2. 1982E*032.3205E»01J». 4772E frOl6.9708E<-016.1816E»aO1.7008E»GOL • 7296E*009.5212E-012.5883E»00

REFLECTED SHOCK3.2693E4-032.8343E*Ol6.1400E»01B.5527E*Ol7.4233E»001. 778«E*001.878<iE*001.03*9E»002.82C9E»00

SPECIES

E-HH*H2H-

1.2270E-075.<.76-.E-01

<t.5236E-015.5892E-09-

MCLE FRACTIONS

2.758»E-05.8.43S6E-012.0833E-051.5638E-013.3184E-06

2.3655E-0'!9.3*65E-l)l2.3396E-046.4828E-022.267UE-052.5263E-05

PI * 1.XH2 > 1.

PTRHOHASiGAMEU

SPEC I E S

E-HH»H2H-

H2>

OOE*0<. N/SO-M,00

MOVINo SHOCK2.6765E*021.5976E+011.1630E»Oi*.3501E»014.461 IE 00I.626lE*001 .4405E 008.6475E-011.3203E'01

2.S423E-07e. H62E-01i.SS'ilE-O?3.8d36E-011.2097E-082.6416E-08

US1 - 1.90E»04XHE - 0.00

P/SEC

STANDING SHOCK REFLECTED SHOCK2.4932E»032.533<.6»J13. 4192E *017.7617E*016. 74S4£ * 001.7502E*00l.8160E»009.8901E-012.8356E»00

MOLE FRACTICNS "•

7.0904E-05

7.55>)6E-051.0138E-018.0785E-069.3B69E-06

3. 8044E *033.3432E>01>.84a4E+019.6S98£»Ol6.<il63E»001.8331E»001 .945 6E+00l.C889E»003 .2728E»oO

1.1246E-039.6869E-J11.1167E-032.8912E-027.35BOE-05U.11B3E-JS

152

TABLE I. - Continued

•lOkN/rrT

PI *XH2 »

oT

ot-in4

&s7

1fl**E'

'1

SPFC ic

*7-2*

1.00F>04 M/SO-".1.00

POVING SHOCK2.9f 91F+Q21.6642F*011.1S39F*014.8105^*014.6784F»331.6713F»00l.F073E»00R. 7?60C-01

'.ii o;4.86S6C-Q7^3. ?692f- 31 "*7. 4Q 71C-3B4.9906F-OR

USl = 2.COF»C4XMC = Q. 00

"/SEC PI = 1KM? = 1

STANnlNG SKICK REFLECTEO SH.UK2.77"6E*032.8111E«015.22"OF»018.5813^*017.4270F»001. 7974P+001 . R897F+03l.O384F»00

"U""°°

2.3f 7QC-04<).«06SE-OI2.343^F-045.»83BF-321.9929F-05

• 2.27B1C-05

4. 3740C*033.<i797Ft015.5445F»011.0943F*0?9.19325*031.8823F»00l.9823c+391.0713^*003 . 7746e *00

4. 6097^— 039.7708F-014.'762F-031 ,3337e-3?1.9675F-042.2974E-D4

D

TncnH<^

zGAMP1)

SPEC IES

f-H

M*H7M-

HZ*

.OOE*04 N/SO-M

.30

MOVING SMOI"K

3.«9*IF*021.8I43E»011.2025F»01S.S313F»31?.1707F»001. 7^>21F*001. <S483C* 008.9404E-011.5315=* 31

2.3549e-1fc

1 . 98;59C -362.1114F-019. fl995r

-Oft1. 6809^-07

. USl = 2.20F«04 H/SECXH= = 0.03

SI4NOING SHOCK3 .2794E *033.6232C*014. 592 7E *011.329fcF»028.82B5E+00l.fli)l&F*001.9724E*001.0915F*004.3389F*33

— MQ I.F F R f t C ^ f OM S

2.4«33E-039.7856E-012.4396e-031.6315E-021.0'fF-O*1.2089E-04

REFLECTED SHOCK5.4692E *03c v 0648^*015. 3099F*011 .3448^*321.0301F»011.9620E»032.0336«'»009.7105E-014.4952F*00

2.2^87^-02

2.238BF-3Z5.3014F-035 .4540E-047.4428F^04'

PIX"2 1.00

USl = 7.IOE»34iff * o. no

PI - l.00*»04 N/SO-M.XH? . I.00

USl - 2.30E«Oi M/S6CXHF - 0.00

MOVING S^3.276?f t

1.4f>3?E»Ol

STANDING SKICK D E T L F C T F H SHOCK3.3393^*03 4.9171F»333.1793F»OL 4.5733c»0l

H.1S23F.OO

2.0079F*004"F

MOVING SUICK STANDING SHOCK i>FFi.ecT?n SHOCK

1 4.076^e*01 5*4780':»0l

l.807'(F»Oi,

1.4697F»021.0308^*311.9970F«002.3613F»339.*100c-0l

SPCCI' :S

H»

H-

7.<121e< :-C43.0<)ni)F-0'

S.177JC.O'

1.21C9f-029.673<><'-Jl1.2011E-0?7,».95'e-033.70<>2C-04

8.17ilor-014. 154ft«-9'-l.6?19'"-5l

9.7771^-01

9.4779E-331.964ISE-04'.1742E-34

9.2COOF-013.4471F-02,4.3137E-336.9990E-04

153

TABLE I. - Continued

• l O k N / m

PI *XH2 =

oTPHP

HA

ST

r,4MPii

Soc C T c

F-HH*

H2

1.00004 N/SO-M.1.00

XUVING SM"CK !4.?719o:>22.01735*011.114151-01*• 883'o 015.798--OOO1 . 8 5 * V * ; 31.792 f5F»OJ9. 37 1 " c-011. 670*5*01

1.4146'=-06

°.2333c- l)A1. 1 "?4r-01

US1 = 2.4001XHC =. 0.0<j

;TSNTING SHOCK3. 7 1 34C*J 34. c 0* IE *014.09*'TO011.2132O029. * fl4 ir *oo1. 9534O102.0120F*001 . 3 I 34OOO4.1247000

1.2552P-02

1.24756-0?' .18915-03

34 H/S^C

" F f L F C T E O S-IOCK6. 3946C *335.8310P*015. 2448C*0 11 . C94 7C *021 . 0C95F f 0 1

2 .3339E OO2. 0906F fOO9.206?c-314. 8690F»00

4. 7806^-02

4.7353E-023.1947F-03

3.3029F-04 1.279'.i=-03

PI = 1.XH? = 1.

pT

RHOHA

S

ZGAMEI)

SPCC 15 S

E-HH*H2H-

42*

OOF»04 N/SO-"00

MOVING SHOTK4. 90 Ifi^* 022.337SF>011. M13F»318.05316*016.75415*331.9398F*OCI.<jl7?r* oo1. 01 7*>F* 001.79R9O01

:: :0i6 . 64"*8F-0*4. 2976c-3 2?. "142^-062,C0485-0''

. US1 * 2.60E»04XHF = 0.00

M/SEC

STANDING SHOCK REFLECTED SHOCK4.0452003•i.2234F,oi3.7654C»C11.4117F»021.3101F*D12.0207F*002. OSS7F*009.4973F-01•>. 29776*00

~ MTL r F P A C T I C*N S •"'

^ •163 KC~029.3240E-013.1421E-C23.3431E-035.0445E-047.081-'>:-04

6.947«;E»036.4090F*Ol•=.03685*011.8447F*021 . 11 1 7P *3 12.0981e*002.1522C*038.9606F-015.086*F*00

7.4545E-028.46806-017.3852E-022.15086-039.7876E-041.6718<:-33

PI = 1.00F*04 N/SO-C,XH2 = 1.00

PHO 1.1563F*01

H 7.45T6Ft01H 6.2151000SZGAMFI)

IIS1 = 2.50O04XHC = 0.00

3.9290E*011.31130J2

SHOCK6.''373f :*03

5.1751001

K0863F*01

2.1208r*009.0f-38 r-01

PI =XH2 =

pT

PHO

MA

SzG4MF'J

l.OOF»04 N/SO-"1.00

MOVING SHPCK5.3191F*3?2.598'E*011.0491F*018. At 79P* 017.4164F*001. 9796C f 301.9587C+OG1.0807P*031.8C69F*01

US1 = 2.70F*04 X/SECXHF = O.OC

STANDING SHOCK4.1133F*035.5137E*013.e818E»01l.*il3Sc*021.03370012.05410002.0826' :*009.3354E-01e. 42*85*10

PEFtECTEO SHOCK6.99570336.64430014.81980011.9673F*021.1357O012.13280002.18450008.88645-J15.1582000

POLE >=F A C T I O N S

p-HH*

H-

H2»

7.C2S2F-02

1. IMSF-O*

2.1231E-079. ??30F-012.I095E-0'

6.1063e-02

6.04825-022.6115':-03 H?

H-H2»

9.'8'0C-012.7977F-042.1331C-0?

LC F D A C T I O N S

4.3U6I:-029.0996-=-31'..2R<)3F-022.61226-03".7710E-04n.1=032':-04

8.00195-0?8.20186-318.7237P-021.7726C-031.0047E-031.7855P-03

TABLE I.-Continued

10 kN/m

PI =• 1.K"2 = 1.

pT

*HOHAszr.AMEU

SPFC! FS

F-HH*H2H-

"2*

COF*04 N/SO-"00

MOVING SHOCKf.70l2F*0?2.933?F*Ol9.8081E*009.312<>E*aifl.050JE*002.0159C..031.9817CfOO1.1149C»00I.9122F»OI

8.27915-049.S825S-010.263J r-341.0069C-021 .?9">7C-3C

1.4473F-C5

. IIS1 •= 2.80E»04 H/SECXME •= 0.33

STANDING SHOCK4.1394F»035.7715F»313.39BIE»011.6182F4021.0567E»012.03<>OF*002. HO'rtOOo.lt*lE-015.5087E»00

— MQ LF F T A C T T ON S

C.5*54E-028.S574F-015.5U5E-022.'58f.8E-03f .3048F-049.7031E-C4

"EFLECTEO SHOCK6.9«10f »036.8?59E»014.571*F»Ol2.0B96F+021.15S9F»012.1!.1'9F»002.2179E«-008. 83215-015.21*8F»00

1.01f«F-017.9344S-011.3373F-011.4627P-031. 33696-331.9541F-03

PtXH?

1.00F*04 N/SO-H,1.00

US1XHE

2.90F»0* M/SEC0.00

PCVING S"OfK ST4MH1NG SHOCK REFLECTED SHOCK4. 1783F»03

9.2207F»009.9'=''9E«-01

H?H-

1.9°46F»00

2.522?c-0->

7.1005F-OS3. 124BF-0"

1.7252E»02

?.1401E»009.062'>E-015.5*72E»00

LC r R4CTICNS

9.604EE-016.7847^-021.75'54F-336.7126E-041.0754F-03

6.9243F»037.0?69«!«0l4.3'=71F»01

i.iflzoeoi2.2021C»00

8.7907F-015.2683F»00

1.1412E-011.2174F-339.0910F-04

PI - 1XH2 = 1

pTHHO

M

S

S

^Gft MEU

cp pr f pcsr rL 1 S3

p-HH*

H2M-

H2*

PI • 1XH2 - 1

pT

unnH4S

ZGAMFU

e per ice

E-HH>

"2H-M2«

.OOE*04 N/SO-M,

.00

MOVING SHOCK6.4584E+023.6«71E»018.8044F»001.0f37F»028.7914P*002.0788C»3T2.0058F»001.0534E»002.0221r»01

6.0307E-0?9.H476F-016. 02386-033.0816C-015.3487F-35

.OOF»04 N/SO-M,

.00

MOVING SHOCK7.3026F*024.2695F*018.4034E»001.2074E*029.2138f»002.1334F»002.0354F«339.76«OE-012.1439E»01

1.9058S-3?9.6014F-011.9035C-0?1.^302^-031.0650E-041.2979'=-04

US1 = 3.00E»04 M/SECXHE =• 0.00

ST4N1ING SHOCK4.2782E»036.2367E»013.1594E»Ol1. 8377F+021.1029E>012.1541F>002.1712F»008.9824^-315.fr277E»00

MOL E F^ 4CT ION S

8.1450F-028.3426E-018.09ROE-021.4249E-037.0719E-041.1776E-03

REFLECTED SHOCK7.0050F*037. 2626E»014.2169F*012.3448F>021.2061Ef012.2353F»002.2873E*008.7569F-015.3275F»00

1.2859E-017.39816-011.2763E-011.0249E-039.9145E-341.9520F-03

US1 - 3.20E»04 M/SECXHE . o.OO

ST4KOING SHOCK4.6791E*036.6923E»Ol3.124eF*012.0824E»02l.l<i22E»012.2147 E*002.2377E»008.8656E-015.7614FO3

MOLr "P" flCTI CNS

1.08S7E-017. 80C8E-011.0B05r-011.0436F-037.7103E-04I.3857E-03

REFLECTED SHOCK7.5097«=to37.7336F*314.1277F»012.63205*021 . 2514E *012.2989E*002.3614E»008.7057E-015.*729F*03

1.5585E-316.8559^-011.5477E-017.4452E-049.7809F-042.3645F-33

155

TABLE I.-Continued

PI = 1.00*04 N / S O - M .XH2 = 1.00

3.43F»340.00

4.7593*401S. 1371? OO

MOVING SHOCK STANDING SHOCK 10FLECTEO SHOCK

4.1841F4312.9511F4021.3159E*012.3608F»002.4394*4008.*T"F-015.6483F400

2. IP'2? >00

2.3521E4C21.2044F4012.2730*400

8.7873F-015. '

SPECK

F-HH4

H2H-H?4

:S M

3.7950E-121.2?79F-311.7900F-0->9.80"0r-0il.A10Sr-04?.13c3 r-04

UE I -PACTICNS

1.36HF-017.25T5F-311.3535E-017.90MF-04R. 1798E-04l.«146e-03

1.B2B5F-016.3185*-311.9164E-01r.4523e-049.5335*-042.1614^-03

PIX H 2

HAS7

GAMEU

1.00*1.00

fl.4106E»001.5"55*O?1.0021F»01

US1 = 3.60*>04 H/SFCXHF = 0.30

SHOCK1C»03

3.3?0TC»01

?.3301*»002.3830*»no

4.299BF»013.2997*»021.37BBF»012.4723 r*002.5212F»008.6«.91*-01

MillE F O A C T I C N S

c_M

H*

H?•t-H?»

6.1J27r-02R.7B81C-015.0942*-3?7.07S2*-042.12«3* -042. 9778=-0'

l.MOflE-016.71S7F-01l.6216*-316.035'>*-C41.4073I'-041.7512*-03

2.0932*-015.79I5E-012.3802E-013.9294*-049.3676F-342.2070F-03

PI =XH2 =

D

TRHO

4»

S7

G»«FU

SPCC If

F-HHf

H?H-

H?»

PI -XH2 -

PTRHO

H

>

SzG6«IE'1

SPFC i

F-HH>

H2H-

H?«

1.00F»04 N/SO-M1.00

MOVING SHOCK1.031flF*035.')30ii*»OI8,?564*»001.6994*>021.3477E*012.2B13**002.1304F1-009.015^-012.')521Ft01

». 3660* -028. 3163=-018.T>37*-025.4383*-342.5417C-043. 77il*-34

1.00F»04 N/SO-M1.00

MOVING SHOCK.1463*»3'<,8596F*0!.7357E»00.B930F»02.0>l3ir»ol

?. 3290*>332.2395F«00B.940'*-3I?.6">37*»01

1.07B1F-017.8339F-011.07',4e-014.26STF-34?. 8617r-344.493«*-C4

. US1 = 3.80E»04 M/SFCXH* = 0.00

STAOillNC, SHOCK6.B96BF»038.080<,E«013.4700F»012.9543*»021.3156E»012.3874E«CO2.4596*400B.7084F-016.3090F»00

— **OI, E FP ACT I CN S

1.8919F-016.19*0*-011.B815F-014.5683E-04H.3464E-04l.8668*-03

RFFlFCTEn SHOCK1.0686E4049.2551F4014.4303F4013.6749*4021.4478E4312.4836F4002.6362F4038.6907E-016.1038*400

2.3505E-31•5.2794E-012.337l*-0l2.74E1E-048.3750F-0*2.1807F-31

. US1 <• 4.00E404 M/SECX"* » 0.00

STANDING SMOCK7.8643F»038.5676*4013.6157F4013,?84<F402t.3759F'40l2. 4444F4002.5386*4008.7043*-0l6.5169E400

— Mf)L ? PR ATT ION S

?.1443E-015.6070F-312.1331*-013.3"3"-041.3424E-041.9261E-03

REFLECTED SHOCK1.2112F104S.8698F4014.5532E43I4.C78«*4021.5253*4012.54e2*4002.6951F4008.7462F-016.3947E400

2.6017E-014.7797F-312.588«E-01l.8302*-047.«027E-042.0747*-03

156

TABLE I.-Continued

•lOkN/m

PI •XH2 =

D

T

tnnHA<;7GAMEU

c_

H•4*.

H2L4_

H2t

1.00C*04 N /SQ-^ .i.po

MOVING S"n<~K1. ?^ 7 JE*036.170=>E»018.9161F»00'.0763E071.1241F.OI2.377300J2.302RE.OOB.8923E-012.B357F.01

1 . 3 2 ) 3 C - ) I7. 3439^-011.3212C-013.4037S-04•j_ QO&9C _04". 1221r-T4

US1 - 4.20FX"F = 0.00

STANDING SHOCK8. R9ROF .039. 0757C*0 13. 7425F .0 13. 63 19F+321. 4403C*012.?012C»002. M 97E *OCP.72COE-016.76H2F.OO

Ml L *" FR AC T I ON

2. 3 n 706- 31f,f JOfl'lF-Cl

? . 3754e-312 . 44ayF- C47.^099F-Q4

1.91 7AE-C''

»04 M/scc

o fFLECTEO SHOCK1.3671F>041.0558C»024.6444F»014.5095F»321. 6134F*012.6068^*002.788lF»Ofl8.8436E-016.7346i=»33

2.84K-F-014.2925C -012.8343^-311. 1492F-046.5 309r-04I.fl891c-03

PI = 1XH2 = 1

pTRM0Ma

T

Gi'lE

''

S°?C I CS

F-HH»H2L^_

H2»

,OOF»04 N/SO-".00

MOVING SHOCK1.52636.036. 7* 71F* 019. 2705c .OO'.49345.321.2071E.012.4 743?+ 332 .4374E»008.8473E-013. 1205E.01

. n027 r-01

.3858E-0 1t 7qqqp-3 1.199fli--04• 31 '3C -34.0418F-04

USl = 4.60F.04 M/SECXHF = 0.00

ST4NOIHG SHOCK1.1159E»041 . 0?OOE*023.923*.F *014. 3 765C.Q21.5872f.012.613f lE*032.7S82E.OO8.8«74F-017.3882E.OO

2. 84C3E-014 .2nS2r-012.8342E-01l.lll'iF-046.3278E-041.7102E-03

REFLECTED SHOCK1.7246F»041.2284E»024.6982F.015 ,4697e .021.8377E.012.7299F.332.9882F.OO9.2004E-017.6629E»00

3.3209E-013.34BST-013.31225-013.5582F-054 .6968c-341.3426E-03

P! * 1.00^*0* N/V5-M, USl = ^.^OEt 'Ofc H/SSCXH2 » 1.00 XHE = 0.00

Mpvt'if. SUOCK <iTAN-)iNr, -SHOCK PFFL r re^ SHOCK0 1 . 3 9 J R P * 0 ? 1.0001^*04 .^^83F+04T 6 . 4 ^ - T ^ F f O l ^•* i l^-3' ' *0 I •I3^^^'* i0?^*^n 9*0 97*^c * j~j 3 « 3 * 8 0 ^ * 0 1 «7005 r *01M 2.27f l6 c + 0*> 3. t* t ) fc l*" t -C2 •1721^*02\ 1. 165 3p+ 31 l . S l O / f + O I 1.7153*01S 2.^'e^p*00 2.5e71^+00 2 « A ' b 7 f l P + 0 07 ?.36f i7 c* 00 2 . 70 "*fl £ *00 2 • 91'«8e*00GA"E fi,B^30(;-01 9.77^.7C-ni 8 . 990* c -01'1 2.*»7POC«-01 7.1C<-*P»00 7.lSlir»00

,pec,cS mif «4eTIWS

l . ' i 'OF-Tl ?.'-?J1!c-3l 3.0847P-01ft.3637 l-31 4,743^ r -0 l 3.119Be-01

» 1 .5<-'V -1,1 ' .6jq9c-01 3.0733F-01•> 2.73!> l r-14 l .7 )7 l c -04 6 .7765F-35

7 . 5 4 4 5 C - 0 4 ' . S l 5 q c - 0 4 5 .5743 r -04'* e .6406 c -04 l .B44lc-03 1. 6413^-17

P 1 • 1.00r»14 N/SO-M,XH2 » 1.00

MOVING S"OrK So 1.66575.0''T 7.0421F.31^V4^> 9.428SF.OOH 2.7121 Kl'A 1.2490 .01S 2 .522 ' »00r ?. 53R'. .03-,1"F 8.8429 -01

" ' '•''•" *°'

SPr r . cs — - -

?.33<.9C-T1«.Q219P-01

. 2.0319''-01? 1.760* r-04

k — 3 , 3 0 f 6 r — 0 4• '» 6.3 l94 r— 34

USl ' 4.80e»04 H/SECXHF . o.oo

FANNING S"OCK1.2351':»041.33'9':»023. 9^22F *014.7710F»021.6729F.012. 6(-9'c .002.875B ( :»30S.9783F-017.7K25F.03

"TLf F R A C T I O N S

3.0614F-DI3. R659C- 0 13.0'!14''-017.231«F-C5* .2 \ 89P-Q4I. *2^9F-33

"EFIECTEO SHOCK1 . 925 7F .041.3389F.O?4. 6501^*01«.0040F»021.979BE»012.7899C.OO3 ,0929P»339.4646^-018.2749F03

3.5442<;-012.9034E-013.5378F-311.7337'=-0' :

4.0157r-Q41.04UE-03

157

TABLE I.-Continued

" 1 - 1 . 00* * 3* N/SO-M.XH2 = 1.00

US1 = 5.03F*04 " /SECXHF = o .OO

PI = 1.00F*D4 N/SO-w.XH2 = I .00

S T A N D I N G SHOCK "EJECTED SHUCK MOVING SHOCK STANDING SHOCK PFFLECTEO SHOCK2.1174E + 03 1.5998F*04

1. S611F.OC5. 1S22F»0?

\SIG A M E

''

SPFT IFS

F.-HM*-

H2H-H71-

1.2"39F*012.?717f tOO^ ^ ^ P l ^ F t O Of l . R491E-^l

3.404^,01

(

2.2608 r-ClS .4735 f -3 !? .?? T 6F-011.397f =-043. 23? e ; l--04t .4T04c-04

1.7f 91F»012. 7231C»002 .QA49 F tOO

9.1439C-018.2234C»00

'.Clic F P A C T I C N S

3.2fc»0f -013 .4546 F-313 .25 lAr- 014.3f03E-054 . 4f 1 4E-Q4

1.311°E-01

2.1471F»3l2.8497?»003.2007' ; foO9.7763F-019.05R4F.OO

•J. "816-017 .4766F-3 13.7540F-01T.6296F-363.I:101F-047.6063F-04

PI =XH7 =

l>

T

M

A

S

2GAMEU

S °EC I '

F-

HH f

H2

H-H? +

1.00F*04 N/SO-M, US1 = 5.20FtOA M/$FC1.33 XMC = 3.03

MOVING SHOCK S T A N D I N G SHOCK1.9613ct-03 1.4783F4-04

7.*17tc_»ni 1.2318c t02

l.'tsiZF'o? 5.'6357Flo2l

1.33956*01 l.S''70i:»012.6?03F*00 2.77f i 'JF*332.6 e f9F*00 3.05C1E*00H.36C"E-01 9.34t<-r-oi,., — .Oi ,78,,F*00

2.4e01F-01 3.4647E-C15.037c r-01 3.06?'":-017 .4767 C -31 3 .4- -77E-C11.0971F-04 7 .4B30 C -0 C

3.13ll r-34 1.7995F-046.49<iOF-u4 1.0831F-03

PEFLFCT^n SHOCK2.3308F*041.6351=»02

7.2194Ft372.3361F*012.9381E*333.3052F*001 . 0398C tOO1.0001ct01

2.3RC3F-013.9'i20E-013.1247E-063.1430E-345.3007C-04

T

<*HnH4

SIGAME

c per T c

c-

HH*

H2H-

H2»

PI =XH2 =

P

TQHn

HASzGAME']

E-H

H*H?

H-

H?»

7.9123F*319. 7872E*003.43?7C*0?1.3871F*012 .6701 F»002 .734 lF t338.R941C-0:1.6873E»01

4.t090E-012.6837F-018.4879C-0C

2."196F-04

1.00F»D4 N/SO-M1.00

MOVING SHOCK2. 2737E* 03fi.2177Ft019. 8'i79=>333.6914F»021.4372F»312.7194F»002.B129FfOO8.935?c-013.S264EO1

2.89',8C-01

2.8933F-C 1ft. 451 2C -3*57.6978E-04f .1 808F-04

l.322ft ' :»023. 84^2E *01>-.042?F*02l .9972Ft012. 8274C *003.1449' :t039.58°8E-019.35636*03

2.69?OF-01T .643 3F-011.341PF-C53.2632E-04

1.8206F»024.7444F»017.8917F*022.53t l c>012.963?F»003.4016F»001 .0386F*001.1337F+31

4.1243F-011.7463F-014.1232E-011.2M2F-062.3420F-04

US1 • 5.63FtO* H/SECXHE = 0.00

STANDING SHOCK1. 71 36C t041.4207F»023.7317E>016.486'>F»022.1275F*012. 87^'-F»003.2323C»009. 35*-flF-oiI'00'1"01

- MO LE F°4CTI TN S

1.8191E-012.3C61F-013.B153F-016.9633^-062.8406r-04*.6'49F-04

REFLECTED SHOCK2.n362c»042.0283C»024.0838F»018.6G23E»02?.7434F»013.0156E»003.4870F*001.0M8E»001.2144F»01

4.2669E-011.4H1E-014.2670F-015.2123F-372.5505E-042.4759F-Q4

158

TABLE I.-Continued

1.00E*04 N/SO-M,I .00

MOVING SHOCK STANDING SHOCK REFLECTED SHOCK2.44'!4F»03

PIX H 2

HA

SZGAMEII

SPFC15S

US1 = 5.80E*04 M/SECXHF = 0.00

l .52f8E»023.1541F»0<t2.2579E*02

<).9013FvOO3.9594E*321.4902F«01

2.8934E*00

3.9649E»01

3.0939C-013.80<.8C-013.09055-01

5 «5 1"^ *0l6« 94 1 9E * 022.2657F>01

3.3153C»001.0128 r»OD1.08fllF*01

mLF F R A C T I O N S

3.9723E-01

3.9698F-013.5213F-062.5124E-045.0062E-04

9. 3^93 E*022 . 9467E *01

3.5616F»001.0797E»03

4.3862E-011.2231E-014.3867E-012.2394F-072.24825-041.7105E-04

PIXH2

1.00C»04 N/SO-1.00

M O V I N G SHOCK?.61735*33B.8691F*01Q.°22*)F».00

US1 = 4.00F»04 M/SECXHE = 0.00

SHOCK PEFLECTFR SHOCK

GAMEU

9.0<)31E-014 .1022F t01

2.4073Ctoi2.96R31 :»OT3.3923C*00

1. 1804E*01

2.5015F«023.7779F»011.014ir»033.1«78r*01

3.62415*001.0979EOO1.4563E*01

MOLE F F A C T I O N S

3.7809F-013.431SC-01

4.4B25E-011.0310F-01

4.10666-01l.76'?r-06 1.03295-07

1.2140E-04

PI = 1.XH? = 1.

pTweHA

SZG«MEU

SPE C IF S

c_

H^»H?H-

H2»

PI " 1.XM2 • 1.

p

TBnnH

4S7

GAMEU

SPFC IF s

c_HH*42

H-H2»

OOF»04 N/SO-M,00

MOVING SHOCK2.79«2F»039.2323F»019.897<tF»004.5230F»021.6080E.012.S669E»003.0S79F.OO9.1582E-014.2383Et01

3.4648C-013.0663F-013.4618F-012.4?12F-0«1.9920F-044.9380F-01

OOE»04 N/SO-M.00

MOVING SHOCK2.9755Et039.6205E»019.8465E»304.81835*0?I.f4V*012.9152F*003.141?F*009.276-iF-Ol4 .37?5E>01

3.6376F-012.7214F-013.634BF-011.6J.79F-Q51.6123F-044.3800E-04

US1 •= 6.20F»04 M/SECXHE = 0.00

STANDING SHOCK2.0166F»041.7725E»023.2844F*017. 8744F»022.>i535Ft013.0118E»003.4/S40F«001.0619F»OCl.?76IE»01

• HO LF F R A C T I ON S

4.2291E-011.5378E-014.2284F-018.8002E-071.9977E-Q42.7303F-04

REFLECTED SHOCK3.6913E*042.7599F>023.6371E»011.0956E*033.3460F»013.1547E»003.6773EfOO1.1032E»001.5796F*01

4.5622E-018.7233E-024.5630E-015.0347E-081.6614E-048.7931E-05

US1 * t.40E»04 M/SECXHF - 0.00

STANDING SHOCK2.0986E»04

1.00636*023.1201FO1S.3501F»02?.6976F*013.0533E*003 .S284E»001.0819E«001.3803E»01

4.3337c-0l1.3291F-014.3334F-014.4535E-071.7713E-042.00'54F.-04

PEFLECTEO SHOCK3.9549F»043.0307E»023.5058F*011.1798E>033.54045*313.1959F»003.7222F»00l.llllFtOO1.7038F*01

4.6275E-017.4216E-024.6283E-012.5986E-081.3971E-046.5161F-0?

159

TABLE I.- Continued

•lOkN/m

2*

1'. O0'=*04 N/SO-M1.00

MOVING SHOCK3. 161 rc*031.0046F,029. ~»5o^ F*00

5. I22'c»0'1

1 .747?F* 01?.96335*o->3.??465»009.4731E-014.50505*01

s

3.B016r-012. 3 94 ir -013. 79915-011 . OR97 r-G 51 . 3437C- 043.78395-04

US1 = 6. <-0<:*04 M / S 6 CXH* = n.CO

STANOINT, SHOCK2.17595*042. 04*- cp *o?2.9f S8F*018. 83755*022 . 03 q?F *Q 13 .09?6F»OD? . 1e 0^ +00 '1 • 0*) R*V F +001.4794E*01

- «OLF F R A C T I O N S

4.42?6E-C11.1516F-014.42275-012.3227F-071.56306-041.48515-04

R 5 F L F C T F D SHOCK4.2342F*043.3039F*023.385?F*Q11 . 2^-5 2C *033 . T2C05 *0 13.2339F*303.75905*00

1 .11735*001.82055*01

4.68005-016.3773C -024.M06F-011.43f-9F-081.1699E-044.96955-05

PI =XH2 =

D

T

OMHHA

SzGAME'I

SPPC IF

F-H4*H2H-H2»

1.00r»04 N/SQ-M1.00

»PVING SHOCK3.5430F*031.10485*0?9.4427f »005.7571E*021.91T!C»013.0567>=tOO3.38B1C.OO9.B22BF-014.7^0?F»01

4.1009C-011.79>.'.r-01«.0992T-01«.. JD93^-36

3.7M7F-052. 57675-0<i

. US1 = 7.006»04XHF = 0.00

M/SEC

STANDING SHOCK REFLECTED SHT1CK2.2BA3< :>042.3M3F*022.6C08F»019.B16'.E»021.1119f»013. 1683FKJOs-esot r^oo1.1238E»OC1.6954F»01

- MDLF FPACTIONS ~'

4.56'»0':-018.4369E-02A.5t73« :-016.7126F-OB

1.167TB-0*•i.2427F-05

4.6422F«0»3.8760e:»023.1371E»011.4408F>034.0846Ft01

3.3060E»003.8179?»031.12745*002.0488F»01

4.761B6-014.748"F-024.7623F-014.8flO'i€-097.9605F-053.D014F-05

PI » 1.00^*04 N/SO-".X«2 = 1.00

US1 = 6.80E*04 M/SECX"F = o.OO

MOVING SUOCK STANTING SHOCK REFLECTED SHOCKoTRHOuASZG A « FU

3.35125,031.05175*0?9.63505*00e. 4351)5*0?1 . 8 2 7 7 C * 0 1S . O l O O E t O I3. 307'c* 30

9.60425-014 .6349f t 01

2.?3755*042.19175*022.80805*01•3. 3 2f 15*022.9770F*013.1309F»003.63565100

1. 1122C*001.5879'=,01

4.4385F*04

3.5f l34F»323.2681F*011.35285*033. 9044 c »ol3.2698'=*003.79015*03

1.12245*001.9375<:01

HOL5 F R A C T I O N S

7.086K-.11

3.0538F-01

3. 17<-2r-04

9.9725F-024.50J3'=-31

1. 36005-041.103"-C4

*.723C5-015.5101C-0?4.7241=-018.3163F-Q99.7346F-053.B594E-05

160

TABLE I. - Continued

P1 • 20 kN/n/

PI • 2XH2 - 1

PTRHOHASIGAMEU

CPFr 1 F c.>r C L, led

E-Hh*H2H-H2*

.OOE»04 N/SU-M

.00

MOVING SHOCK1.06366*012.71*OE*003.92006*00

' 2.7745E*OJ1.64326*001.0666E*001.0000E*009.9494E-012.2663E»OJ

3.d267E-359.7522E-122.3B61E-151.00006*00b.434 1E-422.1377t-3*

, USl •= «.COE*C3 H/SECXHE = 0.00

STANDING SI-CCK2.1976E*C13.356SE.OO6.5*766*003.*52ee*oa1.8212E.OO1.0688E*CO1.00006*009.88116-01l.3533E«00

•• MULE FR ACT ICNS

I.6526E-343.642CE-1C3 • 244 5E— 3tl.OOOCE»002.03616-401.0029E-35

REFLECTED SHOCK5.36156*01* * 7163E*OQ1.13686*014. S388E *OC2.13846*001.09036*001.0000E»009.6959E-011.19416*00

1.0556E-271.U145E-063.58386-281.00006*002.3171E-326.9729E-28

PI - 2.XM2 - I.

pTRHOHAbIGAMEU

c per tec3rCl» 1C)

t-hH*H2h-h2«

006*04 N/SO-M00

HIDING bHXK1.674JE.Q!3.70U3£»00*. S254E*CJ3.8206C.OOI .907dE*i)01.105GE»001 • 3300E*'30V. 83016-01

3.1519E-3i

U2B33t-321.0UUOE*JO3.5BS1E-371.94056-32

, USl • :.COE*03 M/SECXHE • C.OO

STANJING SI-CCK4.«531E*C14. 9229C * OD9. 0442E*005.171-)E«CC2.1817E«00!.11C6E»COl.OOOJt.OO9.6684E-011.479?6.05

~ Mu LE hkACTI ON S

l.0877E-?54.759cE-065 .23CtE-2 tl .O0k.cc »ou1 . 92S4E-295.64b2E-2t

REFLECTED SHOCK•;. 73336*016.6898E»001 .4S47E*0 17.2«75E»002.5138E*001.13626*001 • CQ32E *305. 4*4 5E -01...33d3F*OC

3.2S98E-193.8399E-042 . 44 54E- 1 99.9962E-012 .4427 E— 21».6i)84E-20

PI • 2XH2 - 1

PTRHOHASIGAMEU

SPECIES

E-HH«H2H-H2»

PI - 2XH2 - 1

PTRHUHtSL(>AMEU

SPfcC If S

E-HH*

H2h-

h2»

.OOE»04 N/SO-M,

.00

MOVING SHOCK2.4287E*014.a592E»Oa<..99d*E»00S.0998E»002.16d"iE»COl.U26E»001.00006*009.676SE-013.6!13E»00

1.13606-264.6834E-063.00696-271.00006*003.6S44E-3C3.3567E-27

.OOE'O* N/SO-H,

.00

MOVING SHUCK3.3281t*010.1623E*CO5.«OOOE>006.6133E<-OU2.4202E*001.17d7E>001.0001E*00V.SO'.lt-Ol*. J3B3E»CO

1.51GIE-202.07aflE-J*1.0lOoE-20V.S979E-011.21U8E-235.00666-21

USl •= 6.00E«03 H/SECXHE * 0.00

STANDING SHOCK7.6548E«016.7379E«CO1.1358E«C17. J079E»CO2.5213E»001.15186*001.0002E*009.*32<iE-Cl1.6031E«00

HOLE FRACTIONS

3.5879E-I94.80036-042.1I27E-199.9952E-013.*83tE-221.4767E-19

USl • 7.00E*XHE - 0.00

STANDING SHOCK1.19t>9E<028.66326*001.37 t3E<019.8SISE1002.8C656.0C1. !VlSt»001. 00396*009.05t7E-Cl1.70CCE.OO

fULE F R A C T IUNS

1.36?5E-H7.6022E-03S.7364E-159.92206-011.5032E-16*.0*b«E-15

REFLECTED SHOCK1.5*556*028.76806*001.75586*011.001*6*012.82416*001.18016*001.0039E»009.06096-011.45*16*00

1.8861E-147.7942E-031.3l**E-l*9.9221E-012.6103E-165.9765E-1?

03 M/SEC

REFLECTED SHOCK2.25016*021.057*E*012.08736*01l.3173E»Ol3.06566*001.22256*001.0195E»00B. 71806 -011.51566*00

7.1382E-123.8199E-C25.3*0*6-129.61806-012.5063E-132.04846-12

161

TABLE I. - Continued

PI - 2.XH2 - I.

pTRHOHASIGAMEU

SPEC IE S

E-hh*H2H-H2»

PI - 2.XM2 - 1.

PTRHOHASIGAMEU

SPEC1 E S

fc-hh*H2H-h2*

OOEtO* N/Sb-Mt00

MOVING SHOCK*. 38026*017.55596*005.7o90E*008.36526*002.6**66*001.21326*00l.OOl*E*009.2*376-015.033*6*00

l.525*i:-162.75266-031.15106-169.9725E-015.*6956-193.7981E-17

006*0* N/SO-M,00

KCVING SHOCK5.60076*010.89026*006.25316*001.03626*012.82166*0111.2*676*00l.0075E*008.888*E-015.7*98E*00

li*902E-02*. 75626-1*9.85106-015.12*96-16l.27*7E-U

USl = e.COE»C3 M/SECXHE * C.OO

STANDING ShCCK1.7833E*C21.0*15E*011.68C1E*C11.29*86*013.0*C5E*001.2319E*001.0191E»008.7C98E-011.73106*00

MOLE Fk ACT IONS

5.285bE-l23.75476-02*.0301E-129.62*36-011.56*86-13

REFLECTED SHOCK3.119*6*021.20796*012.*616E»011.6762E»013.2972E*001.26536*00l.C*91E*00B.5788E-D11.5*906*00

9.36616-021.9161E-109.063*6-011 .49796- 116.8609E-11

USl - 9.006*03 M/SECXHE =• 0.00

STANDING SHCCK2 . 5 7 5 C E « C 21.19176*012.061CE*011.652*E*C13.272CE«001.273CE»CO1.0*87E*008.56636-011.7396E«00

POLE F R A C T I C N S

1.9763E-109.2875E-C21.5652E-109.0713E-C11.0617E-115.1726E-11

REFLECTED SHOCK*.2*69E*021.2**2E»012.89*76*012.08856*013.5*28E»OC1. 30996*001.091*6*008.5557E-011.58506*00

2.9329E-091.67*5E-012.3752E-C98.32556-012.6373E-IC8.21*5E-1C

PI - 2XH2 * 1

PTRHOHASiGAMEU

SPEC IE S

E-HH»H2H-

H2*

PI - 2XH2 • 1

PTRHO 'HASiGAMEU

SPEC IE!

E-hH»h2H-H2*

.OOE»0* N/Sw-N.

.00

MOVING SHOCK6.9986E*Ol1.00376*016.8230E*001.26076*012.97536*001.28036*001.02196*008.6315E-016.*899E*00

*.2J7bE-l2*. 28316-022.670*6-129.5717? -015.2717E-1*6.2007E-13

.OOE»0* N/SO-N,

.00

MOVING SHOCK8.567ttE*01.10076*01.*530E*00.509*E»01.12706*00

• .31*86*00. 0***E*00

8.5056E-C17.2*20E*00

*. 60936-118.511*6-023.8832E-119.1489E-011.1229E-12d.3833E-12

USl * 1.C06*XHE = C.CO

STANDING SKOCK3.62*16*021.32716*012.50*26*012.06C8E*C13.5161E*001.315UE«CO1.09056*008.5426E-011.7667E«00

MOLE FRACTIONS

2.3956E-091.66CCE-011.9532E-096.3*CC6-011.932CE-106. 35626-10

C* M/SEC

REFLECTED SHOCK5.72726*02l.*757E*013.38976*012.55896*013.810*6*001.3563E»001.1**SE»000.59306-011.63016*00

2.5317E-011.6297E-08?.*683E-012.3J56E-095.58316-09

USl - 1.10E*C* M/SECXHE > 0.00

STANDING SHOCK*.9553E«02l.*552E«Cl2.98a*E«012.51826*013.776*E*001.360*6*001.1*26E»CO8.577*6-01i.8ic;E«co

HOLE FR ACT IONS

1.5916E-C82.4955E-011.33236-087.50«5E-Ol1.7276E-OS*.31S9E-09

REFLECTED SHOCK7.60526*021.60816*013.91156*013.09106*01*.105CE»00l.*0516»CO1.209 IE *008. 666 9E -011.70136*00

•J.4J21E-083.*586E-018.0939E-086.5*l*E-01l.*027E-C82.7*096-08

162

TABLE I.-Continued

PI = 2XH2 - I

PTRHOHASIGAMEU "i

SPEC 1ES

t-H 'H*H2H-

«*'

PI • 2XH2 - 1

PTRHOHA '- 'S*'GAMEU

SPEC 16 S

6-Hh*H2H-H2*

.006*04 N/SQ-M

.00

MOVING SHOCK1.0333E*02L.lB5u;«OL

'B.09026*OJ1.78206*013.28166*001.35046*031.07396*00B. 4564 6-011.998UE*0P>

3.27436-1C1.37696-Q12.B065E-ICJ. 02316-011.U7156-U5.74985-11

.00c*04 N/Sg-M

.00

MOVING SHOCK1.21916*021.26326*016.69986*002.0781EI-013.4408E*001.38746*001.10946*308.4485E-C1D.7497E*00

:.49%4E-OS1.9715E-011.3031E-09J.0285E-016.1007t-ll2.5730E-1C

. US1 = 1.206*04 M/SECXHE • C.OO

STANDING SI-CCK6.t>671E«02l.58C3E«Cl3.4531E»C1'3.0223E«C14.0549.6*001.4068E*001.2035E*CC8.64536-Cll .a787E»CO

•* ^OLE f P ACT ICNS

7.3548E-C83.38136-016.3157E-C86.61876-019.9503E-092.C341E-CU

REFLECTED SHOCK9.88646*02l.7438E»Ol4.4197E*013.68236*014.4288E*001.45586*001.23286*008.76866-011.79036*00

3.6405E-074.40876-Cl3.2113E-C75.5913E-016.3643E-081.06S6E-07

, USl " 1.30E»C4 M/SECXHE = C.OO

STANDING ShCCK8.4490E«021.7054E4013.8S4S6.C13.57C4E*C1

. 4.3533E»CC1. 45456*001.272CE*00

' 8.7363E-01i;955?t»00

~ WU LE F R A C T I ON S

2.68UE-C74.2765E-012.3661E-075 . 7 2 3 J E - 0 14.2754E-087 .4JCEE-08

REFLECTED SHOCK1.2551E*031.8856E*01

, 4.8771E*01, 4.3306E*01

4.7847E*OC1.5080E*OC1.3648C*OC8.89596-011.89886*00

1.20386-C65.3461E-C11.0SS7E-064.6539E-012.3506E-073. 49076-07

PI = 2Xh2 * 1

P1RHOMAS ,IGAMEU .

SPEC IE S

E-NH*HZ '.h-H2«

PI - 2XH2 > 1

PTRhOH 'ASIGAMEU

SPEC IES

t-HH*H2M-H2* -

.005*04 N/SU-H,

.00

MOVING SHOCK1.4232E«021.33576*01•».2644E»002.39776*013.6058E*001.42576*001.15006*008.4640E-019.49656*00

5.28846-092. 60916-014.6572E-097.3909E-012.5536E-10b.86S9E-10

.006*04 N/Sg-M.

.00

MOVING SHOCK1.6*296*02U4053E*ClS.77«4E*002.74096*013. '77*6*00l .46536*COi.nsiEtoo8.4949t-0l1.02415*01 ,

1.541 76 -JB3.2/136-011.3739E-J86.T287E-01d. 51636-102.52956-09

US I • 1.40E*04 M/SECXHE - 0.00

STANDING SHCCK1.0574E*C31.8331E»014.2816E*Ol4.U12E*014.6745E*001.5034E«CO1.3473E*008.8478E-012.05686*00

MOLE PR ACT ICNS

b. 35746-075.155CE-017.532S6-07

• 4.845CE-011.48t?E-072.31036-07

US 1 > 1.50E*XHE - C.OO

STANDING SI-CCK1.2931E»031.96666*014.6025E»014.7954E«C15.02336*001.5531E*001.4284E*008.VB14E-012.1779E*00

MULE FRACT IONS

2.33516-Ot5.9987E-C12.1514E-064.0013E-014.4513E-076.28E6E-07

REFLECTED SHOCK1.56006*032.0382E+015.2621E*015.C387E*015.18056*001.56146*001.45456*009.05286-012.02916*00

3.61276-066.24«6E-013.3491E-063.7503E-017.5182E-071.0154E-06

04 M/SEC

REFLECTED SHOCKl.9042E*032.2a88E*015.5591E*015.81196*015.6289E*001.616C6*001.5508E*009. 24976-012.18746*00

1.0330E-057. 10296-019.7792E-062.8968E-012.1854E-062.7358E-06

163

TABLE I. - Continued

• 20 kN/m

PI = 2,XH2 = 1

PTKHQHASLGAMEU

SPEC IE S

E-Hh*H2H-n2»

PI = 2XH2 = I

PIRHG >HASLGAMEU

SPEC IES

E-Hh*h2h-h2»

,03c*04 H/SU-.'I.OC

KuVINu SHOCKl.S763E*021.4733E*0:1.0225EO13.1073E*Cl3 .9579E*001.306lE*001.2455c*00t.536dE-011.09736*01

).96fcyc-0b3.9422E-013.5774E-080.35706-012.4362E-OS6.331 JE-0",

.COE«04 N/Su-M

.00

MuVINt, SHOLK2.1255E*C21. 54105*011.061iE*013.497tE*014.14735*001.547bF*001.29s7c»CCe.5an3£-oi1.17076*01

•J.2970E-00'1.6H6E-31d.46J6E-Ob5.5dB4E-016.20J6E-J91.4364E-OB

• Uil - 1.60E*04 r/SECXHE = O.CO

STANUINb ShCCK1.5448E«032.10?2E*C14.8384E*015.4«,73E»C15.4024E«001.6C3CHOO1.5138E*CC9.1407E-012 .3213E*CO

- HOLE F P A C T I C N S

6.05C?E-Ct6.78E2E-015. t83SE-063.211tE-011.1855E-061.5525E-06

REFLECTED SHOCK2.28l'E»032.4067£*015.74376*01o.e478E»016.1444E*001.6708E*COI.IM6E*009.5036E-012.3761E»00

2.9215E-057.8824E-012.8150E-C52.1169E-015.9499E-C67.0153E-C6

, US1 * 1.70E*04 H/SECXHE - 0.00

STANDING St-CCKl.B134E*0?2 .2672E*C14.9917fc«016.1821E*015 . « 2 4 2 E * C O1.653CE<001.6024E*CC9. J371E-C12.4911E»C'1

•• MOLf F R A C T ILNS

1.5214E-I357.5183E-011.4536E-'352.4814F-012.92ttf-063.61J3E-C6

REFLECTED SHOCK2.7002E*032.6544E*C15.6091E *017.5653E*01t.767CE*001.725dE*001.7512E»009.65146-012.tl42E»CC

8.7189E-058.5762E-0!8.5161E-051.4217E-011.5990E-C51.8017E-05

PI = 2.XH2 •= 1.

PTHHOHASiGAMEU

SPECIES

E-hH*h2H-H2»

006*04 N/SJ-M00

MOVING bHOCK2.3«90E*021.6092E*011.0934t*013.9lOdE*Ol4.3471E»00l.S905t*JO1.357dE*00d. 6490 E- 011.2434^*01

2.0269E-075.269dE-01I.B690E-074.7302E-011.4386E-JB3.016VE-OB

t US1 * 1.80E*C4 H/SECXHE = C .OO

STANDING St-CCK2.0898E*C32. 447 7E*C15. 0487E*C16. 9336E*016.2S8BE»CC1.70246*001.69UE«009.5851E-012.6946E*00

— HOLE FRflCT ICNS

3.7985E-C5S.1722E-013.68C3E-051.82 £9E-C16 . 9044E-06U.G859E-06

REFLEC1ED SHOCK3.1574E*032.9tt74E*015.73176*018.57376*017.5400E*001.78036*001.84406*001.03206*002.S226E.OO

2.d985E-049.14496-012.8555E-048.4847E-024.3669E-054.7968E-OS

PI - 2XH2 = I

PTHHUrtAS2GAMEU

SPEC IE!

t-Hn*H2H-H2*

.006*04 N/Su-M,

.00

HOMING SHUCK2.66666*021.6793E»311.1187t»014. 3476 E* 014 . b591E*001 *6340E*00l.4194E*006.71986-011.3l3lE»01

4.21d9E-075.9C99E-013.932 Oc-074.09CU-013.1242t-0d5.9924E-OB

US1 - 1.90E*XHE - 0.03

STANU1NC SI-CCK2.367EE*C32.6636E*C15.004.7E*01.7.72COE»01-6.8457E*001.75C7E*COl.776CE*009.906SE-012.9421E.CO

HOLE FRACTICNi

9.75C1E-05d.73;8E-Cl9 • 5482E-051.261SE-011.5776E-C51.77456-05

04 H/SEC

hEFLECTEO SHOCK3.t6J56*033.46156*015.5160f*019.73206*01».*557E*001.83356*001.S171E»001.07746*003.34286*00

.10216-03

.53356-01

.08896-03

.42076-02

.2151E-C4

.34676-04

161

TABLE I.-Continued

• 20 kN/m

PI = 2XH2 • 1

PTRHOHASi •GAMEU

SPEC 1ES

E-HH* •H2H-

H2»

. OOE.C4 N/Sb-H,

.00

MOVING SHOCK2 .95836*021.7526E*011.1372E.01*.3077E»014.7853E«001.6781E»001.4843E»038.B026E-011.3868E*01

<i.50f5E-076.5260E-018.0113E-073.47*OE-016.4504E-061.1412E-07

US1 = 2.COE»C4XHE = C.OO

M/SEC

STANDING SHOCK REFLECTED SHOCK2.t>36CE.032.9326E.014.8557E.C18.5365E*017.48C9E<001.797CE»001.8512E«00l.0309E«003.2543E«00

HOLE FR^CT ICNS ~"

2.6311E-049.1880E-012.5977E-C4a.06C<iE-023.55C7E-053.9154E-C5

*.1954E»034.0619E»015.2632EKU1.0927E»029.2490E«001.88266*001.?62<,E*001.07326*003.8181E»00

3.8977E-C39.689IE-013.8466E-032.2704E-022.9629E-043.4731E-04

PI < 2.00E.04 N/Sd-M,XH2 - I.00

US1 * 2.10E»C4 M/SECXHE > 0.00

MOVING SHOCK STANJINO SHOCK REFLECTED SHOCKPTRHO •HA iS' • .iGAMEU

CDCf" ICCirCL lea

E-HH*H2H-H2»

2.2637E»021.8307E.011.14876*01i.2910E»015.0290E»031.7226E.OJ1.55206*008. 90136-011.45766*01

1.6835E-Ot7.1134E-011 .6009= -06'.B866E-J11.2B356-072.1085E-07

2 .8d926>033.274CE.C14.62C3E<019.38C1E.OI8.1829E.OO1.84C8E.CO1.91CC6.CO1.0708E.OO3.6272E.CO

• MULE FRdCT IONS —•

7.47C7E-C49.5057E-017.3918E-C44.7775E-027.8183E-058.6063E-05

' 4 . 7 3 0 8 6 * 0 34.66146*015.09566*011.21866.029.7545E.OC

. 1.S258E.OC1.9917E»OCl .C25C6*004.24046*00

1.0009E-029.6539E-OI9.8592E-031.3492E-025.5176E-0*7. 02046-04

PI « 2XH2 - 1

PTRHOHAsiGAMEU

S P E C I E S

E-HH> •H2h-H2»

PI - 2XH2 - I

PrRHOHASICAMEU

SPEC [ E S

E-hH*

H2H-H2»

.OOE»04 N/SO-M,

.00

POVING SHOCK3.5820E»021.91616*011.1527E«015.7974E.OI5.2950E.OO1.7673E.OOI. 62186*009.0224E-011.5275E»Ol

3.3370E-067.6679E-013.2036E-062.3320E-012.5007E-073.8352E-07

.OOE.04 N/SU-M,

.00

POVING SHOCK.3.9130E»022.0122E»011.1489E»016.3269E»015.590JE.OOl.dll9E»OJ1.6925E.OO9.17676-01l.5964t»01

0.7299E-066.18335-015.5188E-JO1.8165E-014.S373E-076.4*8'.E-07

US1 - 2.20£»XHE > 0.00

STANDING SHOCK3.12246.033.6B62E«014.34<>1E>011.024SE»028. 83746. CO1.88l^E>001.9499E»001.086CE»004.04«8E*00

fOLE FR4CT IONS

2.064EE-039.6795E-012.0441E-032.7599E-021.60C5E-0*1.807«E-C*

04 M/SEC

REFLECTED SHOCK5.2392E.035.1783E»015.0161E.011.3»39E»021.0108EO11.96*1E»002.0170E»009.781AE-014.55*7E»00

1.8892E-029.5125E-011.8581E-029.33*26-038.1808E-0*1.1285E-03

US1 - 2.30E*C4 K/SECXHE - 0.00

STANDING St-CCK3.33«<E*03*.13*5E»01<i.08C6E«Cl1.11«3E<029.331«E>001.919«E«001.9762E»00UC65JE.CC«.<.d'6E«CO

5.012CE-039.7271E-C1" . .S506E-031.6tS<E-C22.U713E-043.«051E-0«

REFLECTED SHOCK5.7128E»03S.6173E»014.9794E»011.4&93E»021.0408E»011.9997E»002.0<.24E»OC9.4414E-014.7885E.OO

2.9414E-029.3198E-012.8904E-027.0795E-031.0567E-031.5667E-03

165

TABLE I.-Continued

PI = 2XH2 - 1

PTRHO

H

A

SiGAMFU

S P E C I E S

E-HH*

H2

H-

H2*

PI = 2XH2 - 1

PTRHOHASIGAMEU

S P E C I E S

E-hH +H2H-H2>

.OOE*C4 N/Sg-M

.00

MOVING SHOCK4.2555E*022.1250E»011.1360E*016.8790E»015.928oE»001.8561E»001.7628E»009. 3634E-0'1.6b*2E»Oi

1.414UE-058.6542E-011.3818E-J51.3455E-01•J.4553E-07U2755E-U6

.00e»0* N/SU-M

.00

MOVING SHOCK4.6C69E<-022.2636E»011.1122E»OI7.<.532E*010.3306E*001.899<.E<-001.8300E»009.6749E-OL1.7298E*01

3.2035E-05

3.1521E-05J.2950E-02l.9070E-Ot2.4203E-06

, US1 = 2.'iCC»0'. M/SECXHE * O . O D

S T A N D I N G St-CCK3 . 5 3 7 4 E « C 3^. 5 6 5 ^ E * 0 13 .8oC5E«C l1 .2075E«029.o75iE«001.95<ilE»CO1.9967E«001.026SE»00,.U681E.CO

- MOLE F R 4 C T IGNS

1.0011t-029.6756E-019.89S6E-031.1112E-02^.'iiesF-O'.5.5616E-04

REFLECTED SHOCK6.1399E»035.9991EO1<-.9473E*01l.S961E*02l.0686E»012.0341E»002.068«E*009.2009E-014.9789E»00

4.0856E-029.1014E-011.0127E-025.6391E-021.2549E-031.9833E-03

, US1 = 2.50E»0* M/SECXHE - C .CO

STANDING SFOCK3.722<.E+C34. 969 -E«C13.7137E*C11.30««E«C29.95<.CE«00l . V 8 8 2 E « C O2 . 0 1 7 1 E + C O9.8851E-015.1710E«00

— MO LE FRf lCT I CN S

1.7215E-029.5642E-011.7C1CE-027.9385E-036 .0549E-C48.11C7E-04

R E F L E C T E D SHOCK6.4819E»036.3267E»01-i.fcd98E*011.7205E*021.0942E*012.0673E*002 .C9S2E»CO9. 032 7E -015.C89CE*00

5.2423E-028.8772E-015.1483E-024.6311 E-031.4027E-032.3424E-03

PI - 2.00E*0<i N/SU-M.XH2 = 1.00

US1 = 2.60E»0<. M/SECXHE = C.OO

pTRHJHASIGAMEU

SPECIES

E-HH*H2M-H2*

PI - 2XH2 • 1

pTRHOHASIGAMEU

fpc r i p circL 1C o

E-HH*H2H-H2»

CUVING SHOCK<i.9653E»022.«431E»011.0755E+018.0487E»016.8257E»001.9<tl2E»001.8S97E*001.0091E*001.7930E»01

d.U923E-05•J.«139E-018.0119E-05j.8**OE-024.0532E-06*.856SE-06

.OOE»04 N/Sd-M,

.00

MOVING SHOCK5.3262E»022.6826E*011.0253E*01B.66<t2E»Oi7.4253E»001.9d09E»001.9365E»00l.Dtl4E»00l.B523E»01

2.3222E-C4•>.66'.9E-012.3093E-0*3.3031E-029.1154E-061.0409E-05

STANDING SHOCK3.8760E«035.3318E»C13 . S 6 5 E E « 0 1l.«04t)E«021.0205E«012.0221E+002 . 0 3 8 S E » C C9.5790E-015.39«2E«00

MOL.E FRf lCT I ON S

2.6137E-029.4022E-012.5818E-025.9999E-037.5576E-C41.0739E-03

R E F L E C T E D SHOCK6.7288E»036.6211E«01<..7876E»011.8<.62E»021.1139E«012.1010^*002.1227E»OC8.9081E-015.18796*00

6.42WE-02S.b'.SdE-Ol6.3159E-023.8396E-031.5049E-032.6407E-03

US1 • 2.70E«C<i M/SECXHE « 0.00

STANDING SFCCK3 . 9 7 7 7 E » 0 35.6'>9eE«ClS.'.l^lE^Ol1 . 5 0 7 2 E « C 21.0439E«012.05S8E*002.0621E«009.3529E-015.5<,o lEtOO

3.61E7E-029.2122E-013.5715E-02•..7097F-038.78C6E-041.31SCE-03

REFLECTED SHOCK6.8486E»036.8820E.014.6266E«01l.9705F»021.142*E»012.1351E*CO2.1509E»008.6169E-01i.2646E»00

7.6222E-028.4124E-017.*923E-023.1932E-031.5597E-032.8592E-03

166

TABLE I. - Continued

PI - 2XH2 • I

PTRHOHASiGAMEU

SPEC IES

E-HH*H2H-H2»

Pt - 2XH2 - 1

PIRHOHASLGAMEU

SPEC IE S

e-HH*H2H-h2»

.006*04 N/Su-M

.00

MOVING SHOCK5.69306*022.99126*019.67576*009.3002E*018.0500E*002.0176E»001.9670E*001.1014E*001.9094E*01

7.1213E-04V.8107E-017.0983E-041.74636-022.06586-052.29566-05

.00c*04 N/SJ-H

.00

MCVING SHOCK6.06296*023.34546*019.L29aE»009.9556E»018.5541E*002.0511E»00l.9850E*001.1C19E»001.4636EO1

2.01oOc-039.8636E-012.0132E-039.5165E-034.2750E-J54.7563E-05

. US1 - 2.80E»C'. M/SECXHE = 0.00

STANDING SKCCK4.0<.31E+035.935H»013.263t€«Cll.6127E«02l.C667E«012.0896E«CO2.C871E»009.1843E-C15.6**3E»00

— HOL E FR fiCT IONS

4.7044E-029.0018E-01•V.6<.b7E-023.7823E-039.7291E-0*1.53C5E-03

REFLECTED SHOCK6.8762E»037.1197E>014.<,301E<-012.0952E*021.1653E»012.1696E*002.1BOLE<-008.7<>86E-015.32t5E»00

H.8283E-028.1762E-018.6852E-022.6565E-031.5774E-033.0084E-03

, US1 = 2.90E»04 M/SECXHE - 0.00

STANDING S^CCK<i.0942E«03a.lS'.lEtOl3.127SE«Cll.71S5E*C21.0869E«0!2 .1227E«CC2.1132E«CO9.0585E-C15.71<52E«CO

~ MOLE FR'CTICNS

5.8315E-C2fl.78CtE-Cl5.77C3E-D23.1CC5E-C3I .OA226-031.715C6-03

REFLECTED SHOCK6.8759E»037.3*37E*01«.2386E«012.2201E»021.1878E«012.2037E«OC2.2099E»UO8.6969E-015.37'J?E*00

1.0029E-017.9'iC;E-OtS.S756E-022.222CE-031.5722E-033.1093E-03

PI = 2XH2 » I

PTHHOHASIGAM£U

SPEC I E S

E-HH*H2H-H2*

.OOE»04 N/SU-M,

.00

MOVING SHOCK6.4493E»023.707IE»018.707&E>001.063*6*028.902SE*002.0819EvOO1.99796*301.07016*002.01936*01

*.784*E-03•).6A55E-Ol4 .77376-035. 72496-03;. 64836-053.7213E-05

PI * 2.00E»04 N/SU-M,XH2 - 1

PT ,RHUHAS2GAMEU

SPECIES

E-HH*

H2H-h2*

.00

MOVING SHOCK7.28466*024.35486*018.25816*001.20686*029.36976*002.1372E*CO2.02566*009.95236-012.13866*01

1.5658E-02*. 65546-011.5619E-022.8169E-031.6482E-042.0302E-04

US1 ' 3.006*04XHE - C.OO

M/SEC

STANDING SHOCK REFLECTED SHOCK4.18836*036.4435E«013.03616*011.83156*021.1117E*012.1551E*002.1408E*008.95856-015.7780E*00

HOLE F R A C T IONS —

7 .02386-028 .54726-016 .945CE-C22.5883E-031.10316-031.89166-03

US1 - 3.206*04XHE - 0.00

6.9449E*037.5624E*014.0989E*012.3505E+021.21096*012.236SE*002.2404E*00B. 654 IE -015.4361E*00

1.1239E-017.7022E-011.1075E-011.8744E-031.5613E-033.1998E-03

M/SEC

STANDING SHOCK REFLECTED SHOCK4.5510E«036.92S7E»012.9B7J6*Cl2.0737E*021.15U6E»012.2157E*OC2.1985E*CO8.8111E-015.9052E»00

MOLE FRACTIONS —

9.44196-028.0685E-019.3385E-021.9009E-031.204CE-032.2383E-03

7.38506*033.0316E*013.9909E*012.6343E*021.2604E»012.3005E*CO2.30396*008.5854E-015.5727E»00

1.3667E-017.2222E-011.3482E-011.3647E-031.53796-033.3874E-C3

167

TABLE I.-Continued

p "20kN/m

PI - 2.XH2 = 1.

PTRhOHASIGAMEU

COC r ICCArc t. 1 t d

E-MH*M2H- -H2*

PI - 2.XH2 < 1.

PT 'RHOHASi . 'GAMEU

r ppc ICCSr t L 1C 3

E-H • ,H*

H2h-H2»

J0e*04 N/SU-Mi00

MQVINu SHOCK8.2061E*024. 89225*018.1320E*OU1.36056*029.7810E*032.18876*002.06276*009.48056-012.2678E*OL

3.252CE-C2(.32676-013.2434E-32L.7767E-332.5d20E-043.44836-0*

Oac»04 N/SU-H,00

MOVING iHOCKS.2060E«Oi5.3407E>01 ,8.18lOE»Oo1.5243E»02l.OldbEi-012 . 2 3 7 5 C » O D

. 2.1070t»CO•V.2194E-0:2.403If»OI

i.25b2E-n24.S294E-01

, 3.24J3E-02l.27t<E-033.4131E-044.89871-04

US1 = 3.40E*04XHE = 0.00

f^/SEC

iTANUING SKCCK KEFL fcCTED SHOCK5.1130E»037.41S1E*:!3 .049tE»Cl2.3411E«C21.2082E»C12.2741E«002 .25S5E*CO8.7061E-016.02<;BE«00

MOLE F R A C T I O N S ~-

1.1S01E-C17.57S8E-011.L772E-011 .44J2E-C31.27T5F-C32 . 5 7 C 5 E - C 3

US1 • 3.60E*C*XHE - C.OO

U.L480E»038.5414E*014.0242E>012.S50CE»021.31476*012.3o23E*002.37056*008. 53706-01S. 74166 »CC

1.6084F-016.7433E-011.5879E-C11.00C9E-031.4974E-C33.5467E-03

M/S6C

STANDING SHCCK R E F L E C T E D SHUCK5.8214E*037.9131E*013.16tib«Cl2 .6303E«C21.25S6E»012 . 3 3 1 2 C » C O2 . 3 2 3 5 E « C O8.632CE-016.2004E«00

1.431SE-C17.oseeE-oi1.4U5E-011.107CE-C31.314SE-032.8540E-C3

9.156SE*039.0934F*014.1278E»Ol3.2944E»021.37406*012.4231E*002.43966*008.5103E-T1i.S353E»00

1.8453E-016.2735E-01l.8233f-0l7.2463E-041.4290E-033.63C5E-03

PI = 2XH2 = 1

pTRHOHASiGAMEU

SPECIES

E-HH*H2H-H2»

PI • 2XH2 • 1

pTRHOHASIGAMEU

SPEC IE S

E-HH*H2H-H2»

,ooE*C4 N/SJ-M.00

MCVIMG SHOCK1.02776*035.73856*018.302oE*001.6980E»021.0i9ie*012.28586*002.1i7lE*CO9.0620E-012.54196*01

7.4432E-02d.4S34E-017.42136-029.7405E-044.1322E-046.2983E-U4

. OOE»04 N/SU-M

.00

MOVING iHUCK1.1416c*036.10006*018.4644E*001.88146*021.0994E*012.3335E»002.2110E*OJ8.96UE-012.6U26E*01

9.694 56-028.0441E-019.6651E-027.6880E-044.64406-047.5782E-04

, US1 * 5.83E*XHE = 0.00

STANDING SI-OCK6.64446*038.41896*013.3035E*Cl2.9400E*021.3139E*012.387«E«CO2.38916*008.58326-016.38216*00

~ MULE FRf lCTICNS

1.66766-016.63C2E-011.65C16-018.4223E-C41.31136-033.0615E-03

04 M/SEC

REFLECTED SHOCK1.0348E*049.6962E*014.24896*013.t673E*021.4J95E*012.4839E*002.51186*008.50866-016.17096*00

2.0»866-0l5.8111E-012.0559E-015.0774E-04I. 32936-033.59966-03

• US1 - 4.COE»C4 M/SECXHE - C.OO

STANDING SKOCK7.5558E«038.94196*013.4401E*013.2679E*C21.3711E*012.4444E*002.456JE*CO8.55856-016.6202E*00

~ KULE FR A CT ION S

1.8957E-016.177CE-011.8766E-01a.287:E-041.26676-C33.1717E-03

RtFLECTED SHOCK1.1706E*041.03656*024.3647E»014.0682E*021.51306*012.54476*002.58756*00-8.53i3E-016.4535E»00

2.3083E-C15.35S8E-012.2860E-013.3987E-041.2075E-033.4405E-03

168

TABLE I.-Continued

• 2 0 k N / m

PI =• 2XH2 = 1

PTOHOHASiGAMEU

SPECIES

F-HH*H2ri-H2»

.OOE*04 N/SU-M

.00

MOV I No SHCCKl.2619E»036.43925*018.A41DE*JO2.07435*021.13906*012.3810E*CO2.26796*008.89356-012.8243E*01

1.19636-01'.5911E-011 . 192 71: -016.16U5E-J43.0J96E-04J.7 J606->4

, US1 = 4.20E*C4 f /SECXHE = 0.00

STANDING SI-CCK8. 5b34E*039. 49* 7E*C13.57096*013.6149E*021* 43266*012.50C66«002.5255E»CC8.5577E-C16.8432E«00

— MllLE FRACI IONS

2.H1CE-C1

2.GS72E-C14 . 5b4 3E-041.194SE-C33.17926-01

REFLECTED SHOCK1.3217F«041.11246*024.4539E*014.4987E*03I. 59716*012.6056E*002.6677E*00B.!>95bF-Ol6.7969E*00

2.5365E-014.9033E-012.5157^-012.1406E-04I.T76SE-033.152'E-C1

PI •XH2 *

PTRHOHASIuAME

2*OOE*04 N/Svt-M1.00

HUV1NO SHULKI. 3b65t»J36. 764CP*018. 81956 OO'2. 27boL*02l.loJ26*0!2. 4?dbt *CO2. JJ75f »058. 8472 6- 0!

U 2.9b66b»Cl

n 7.14J9E-0!H*

HZH-

H2»

1.41 /4=-r»

4 .**836f — J4^ .2-*54E- J49.o55o:-o4

t US1 = 4.40E*04 M/SECXHF * O .CO

STANj INb SKCCK9 .633^E*031.0C87E»023 . 6 7 8 C E « C 1j, * * 7 a 3 E * 0 2

' 1.49<>4t :*012. 5 3b4E *00.••.5967E*008.5B32E-C17. 125CE«0:

2 . 3 3 ' S E - C l5.31121-012.312CE-f l1.1971E-C41.C98CE-033 . 0 J t S F - C 3

K t F L E C T F u SHOCK1 . 4880F *041. 19986 *024.;ob06*oi4.S613e»021 .<-943c»012.6bbCF*002 .75236*00o.69 3 1C -017.2196F*00

J .7632E-014 .4553E-C I2.74«2E-01l .25o }E -C49.5471E-C42. I591F-C3

PI - 2XH2 •= 1

PTRHOHASLGAMEU

SPEC I E S

F-HH«

*2H~H2»

PI - 2XH2 • 1

PIHHllMASLGAMEU

SPEC I E £

t-H

H» 'H2H-

H2»

.OOE>04 N/SU-M

.00

HOrfINC SHOCK.1.5211E»037.0d05E»018.9916E»002.48&aE»021.2213E«012.4764E»002.3S93E»CO8.8170E-013.10896.01

1.6438E-016.6974E-011.6389E-01-..0287E-045.4201E-341.0409E-03

.OOE»04 N/SU-M

.30

PCVlNb SHOCK1.65985*037.3932c»il•.. 1516E«0"2.71025*021.2t>33E>012.52446*00;.4531E*OUfl.dOOlf-013.25UF.01

I.bol4t-Ul6.2631E-311.8559E-013.2438E-045.4245E-J41.0953E-03

, US1 - «.tOE»04 M/SECXHE - 0.00

STANDING SI-CCK1.0757E*041.0731t*023.7532E*C l4 . 3 5 7 8 E * C 21.5735E«012.6121E.OO2.6708E*008.637SE-OI7.4559E»CO

MOLE FRACTIONS

2.54:«E-014.8931E-012.5237E-012.14C4E-C49.8880E-04

.2.B7I3E-C3

REFLECTED SHOCKl.£694E*041.3029E»024.5081E*015.45876*02l.e084E>012.7261E»002.8423E»008.83J9E-017.7357E»00

2.9870E-014.0082E-012.9726E-016.8142E-05H.5441E-042.2958E-C3

, US1 - 4.80E*C4 M/SECXHE * 0.00

STANUINC SKCCK1.1921E«C41.1432E*023.7S72E»Cl4 .7526E*02l.b54aE>012.66;%E*CC2.74625*008.7222E-01r.d413E*00

~ KOL£ HPic r ICNS

2 7445E-014 4919E-012 72J5E-01I 37S5E-C4a u2teF-o*2 59COE-C3

R E F L E C T E O SHOCK1.8665E«041.4255E*024.45d2E>015.S956E*021.S417E.012.7854E»CC2.S36SE.OO9.C051E-010.3717E*OC

3.2387E-C13.5666E-013.1984E-013.4012E-C5).8)35E-341.8160E-03

169

'TABLE i.- continued

PI = 2XH2 » I

PTKh')

hASIuANEU

r nf r ICCb KLU 1 t i

t-hn*W2H-H2*

PI = 2XH2 = 1

PTRH'JHA

S^GAMEU

S P E C I E S

E-HH*

H2H-

H2»

.OCS*04 N/Sd-M

.00

MUVtNl, SMOCKI.a04j?*037.7062E»0!9.29!>3E*Oo2.9410E»02l.306uE»Ol2 .5725E*CO2.518iiE*03B.7934E-C13.39296*01

2.J73 /E-jlb.SSS'.E-Gl^.0677E-01J.591'VE-u«5.3r06E-0*I.1281b-03

.006*04 N/Sy-M

.00

MOVING SHCCKl.9S<ibt»038.0231E»019.41-J26»003.1Ullt»021.3515t»312 . 6 2 0 U E V C O2 .5a63 c 'CO8.d030?-013 .53*2c»C '

2.2tiU3F-01i.4270E-012.2741E-U12.0<.a?E-0<i5.t220E-0«1.1391E-03

i US1 = 5.COt>0-.XHE = C . C O

H/SEC

STANUING St-OCK REFLECTED SHOCK1.31CCE»C«l.2211E»023. 7983t tC l5.1612':*021.7A61E«012.7191E*CO2.82«£E»CCd.BSSSE-Cla.3096E«00

— MULt FkdCT ICNS — •

i.^425E-014.09d<.E-012.9279E-C18 .4C54E-C57.85b7E-C42 . 2 b C 7 E - 0 3

. USl • 5.20E«04XHE = 0.00

2.C8l<ie»041.5728E*02«.3596£tOl6.5al7F»OJ2.C9636»012.a4<>OE»CO3.0355E»00"..2C49E-019-1853E*OC

3.4251E-C13. 13485-013.4188F-011.57246-C57.37226-041.3696E-02

M/S6C

STANOING ShCCK R E F L E C T E D SHOCK1.4290E»041.308CE4C23.761<iE«Cl5 .5836E»C2l.a<.79E«Cl2 .77C7E*002. s:<i (E»00B.'.a'SE-Cl8.a35" .E«CO

~ f*ULt" F R A C T I UNS ~"

3.131CE-013.UJ5F-01•>.12JIE-C1<i.a950E-057.06C5E-04i.8aS6E-03

2.31136*041.7445E»024.22d2E»017.2116F»02?.J676F*012.S004E»00i. l334F»-)09.406'E-OlL.0121F*01

3.6272E-C12.7316F-013.6242E-017.0039E-067.03'iOe-041.0J24E-03

PI = 2XH2 = 1

.006*04 N/SI/-H,

.00US1 = S.40E»04 f /SECXHF = 0.00

KOVIM, SHOCK STANDING SI-CCKPt

«HOHA

SIGAMEU

S P E C I E S

E-HH*

H2H-

H2*

PI - 2XH2 - 1

PTRnOHASIGAMEU

SPtC IE S

t-HH*H2h-H2*

2.1102E»038.35026*019.5159E»003.4305E»021.3990t»012.bb97l*002.6562£»000.82376-013.67456*01

2.4833E-015.0220E-012.4769F-CI1.59106-044.a37tc.-041.1277E-03

.OCc*04 N/Sg-Mt

.00

MOVING SHOCK2.2715E*03a.ba28E*019.59626*003.6BS3E*021.44806*012.71756*OJ2.72626*008.8577E-013.81436*01

2.6759E-014.63806-012.66946-011.22406-044.5010E-041.C975E-03

l.S434E*041.4G266«C23.6872E»C16.016JE«021.9579E»C12.al98E<00J.9844£»CO9.1583E-C19.482bE*00

POLE F R A C T I O N S

1.31436-C13.35E3E-013 .3C52E-C12 .7 tE iE-C56.4471E-C41.5*336-03

RFFLECTEO SHOCK2.5523E*041.9391E*024.C7d8E»017.£83DE*022.4499E»012.95446*003.2270E»OC9.5916E-011.11616*01

3.80966-012.3075E-C13.a0906-013. 11946-066.68596-047.24S5E-0*

US1 = 5.606*0* M/S6CXH6 * 0.00

STANUING SKOCK1.6569E«C41.50936*023.58C8E*C16.460.7E«C22.080CE*012.H6626*CO3.C657e«CO9.34996-011.02C36*C1

HOLE FH ACT ICN S

3.48E6E-C13.01076-013.48236-011.4961E-C55.9638E-041.2233F-C3

BEFL6CT6U SHOCK2.B072E*0*2.152CE*023.93B5E*018.5956E»022.63536*013.00446*003.31216»OC9.74386-011.22766*01

3. 96686-012.05396-013.96786-Cl1.44926-066.26566-045.2971E-C*

170

TABLE I. - Continued

• 20 kN/m

PI = 2XH2 = 1

PTRHOHAS2GAMEU

SPEC 16 S

E-hH*

h2H-h2»

PI = 2XH2 - 1

PIRHOHASi

GAMEU

SPE C I 6 S

E-HH*

H2H-H2*

.OCE»04 N/SU-M,

.00

MOVING SHOCK2.43d8E»039.033'BE*019.6469E»CO3.957*E»021.50076*012.765tE»002.798SE*008.9080E-012.9542E*Ol

2.8046E-014.2617E-012.d582E-019.1954E-054.1117E-041.047i£-03

.OCE*04 N/SU-M,

.00

MOVING SHUCK2.61C3E»039.43'»|JE»Q19.6646E»CO4.2345E»02l.5t>7lt»0l2.dl37E*002.8721E»OJ8.9705E-0:4.0913t»0l

3.0<.7CE-013.09SOE-013.D*OoE-Jl6.7483E-055.691SE-o'iV.8039E-0*

usi - ;.eoE«C4 M/SECXHE = C.OO

STANDING ShCCKl .T t356«C41.6251E«023.A5CAE4C16.91506«C22.2090E<012.91466*003.1*5CE«CO9.5*7*6-011.10«6E«01

MOL E F R flCT ION S

3.65C4E-012.6861E-C13.(>*t«E-Ol7 .9877E-C63.565CE-04S.52T5E-04

R E F L E C T E D SHOCK3.0698E*042.3873E»023.791*E*019.3474E*022.8276E»013.05326*003.39156*00•3.8746E-011.3<.48E»01

4.1069E-011.7748E-014.1087E-016.9068E-075.7182E-043.B85tE-0<.

Uil » t.CCE'C* M/SECXHE » C.OO

STANDING SI-CCKl.8622E*04t.7<i81E«023.3C81E*017.3759E»C22. 341«E«C12.S585E»CO3.220JE«CO9.7386E-C11.19<.dEt01

' KOLc F R A C T I O N S

3.7S48E-012.3S6C6-013.7S«6E-014.28?3E-06S-ZCUE-O*'.36?6E-0*

REFLECTED SHOCK3.3364E»042.63576*023.t56SE»011.014CE«033.C174F»Ol3.0987E»003.46I6E*009.WB9E-011.4720E»31

4.2252E-011.5194E-014.2274E-C13.SOCOE-075.11S3E-042.9129E-04

PI = 2XH2 » 1

PTRHOHASIGAMEU

SPECIES

(-HH*H2H-H2»

PI ' 2XH2 « 1

PTRHOHASIGAMEU

eapf | C cIrt L It i

e-HH*H2H-H2»

,OOE*04 K/SQ-M,.00

MOVING SHCCK2.7a56E»039.8031E*Ol9.638U«004.52046*021.6188E*012.86226*002.9482E*009.067SE-014.22526*01

3.2257E-013.S416E-013.2200E-014.7918E-053. 250 5E -048.9679E-O4

.006*1)4 N/SJ-H,

.OC

PC V ING SHOCK2.967SE»03l.0218E«029.6126E»004.8159E»021.6833E«012.9077E*003.02156*009.1771E-014.3610E»01

3.38V2E-013.2l5oE-OlJ.38406-C13.3627E-052.b405E-C«.8.0874E-04

USI " t. 206*04 M/SECXHE - O.CO

STANDING SI-CCK1.95116*04l.B764E»023.160CE<017.84316*022.47466*013.00C26»003.2906E»009.9174E-011.2874E*C1

HOC 6 FR ACT IONS

3.9279E-012.1345E-013.927CE-C12.343CE-064.8341E-0*5.69£CE-04

REFLECTED SHOCK3.5905E»042.8908E*023.5258E«011.0943E*033.2018E»013.1412E»003.52286*001.0067E»001.5921E»01

4.3249E-011.3413E-014.3271E-011.8860E-OT4.5018E-042.2315E-04

USI - 6.40E*04 N/SECXHE • 0.00

STANDING SI-CCK2.0376E*042.0157€*C23.01016*018.3212E»022.6129E»013.0413E»003.3S82E«CO1.008tE«001.39CCE401

HOLE FH £C T ICNS

4.0488E-011.8934E-014.04896-011.2795E-064.4434E-0*4.378SE-0*

REFLECTED SHOCK3.85446*041. 15916 »023.4115E«011.1777E»033.38426*013.18136*003.5764E»001.0137E*00l.7093E»01

*.*096E-011.1730E-014.4117E-011.0662E-073.9173E-C41.7427E-0*

171

TABLE I.-Continued'

PI « 2.0CE»04 N/Sx-M,• OtNZ * I.

PI ' 'UNOH

• A "'&IGAME0

cppr IE e"9rCL 1C S

E-

H» L "-HZ 'H- • •

PI • 2.XMZ - 1.

' if1RM)

U

H ''AS1GANfcU

epcr ic e3rd 1C <>

E- •HH*HZH^H^»

00

MOVING SMOCK3.15196*031.0685E*02S.518*£*005.1197£»021.7567E*Ol2 »95$9E»003,09906»COV. 31906-01*.»»12E»01

3.5536E-01- 2.88776-01 -

3.5409E-012.23V1E-052.42566-047.07486-04

OCE*C» N/SU-M,00

POWINO SHOCK3« 3406E^031. 1144E*029. 3S 7*E*Cr'5.432SE*021.8366E*013.0008b»003.1756E»00S.48V1E-01,..203E.0l

J.7082E-012*5 7"J4E-013.70*2E-011*4^24E~J52.0508E-046.05036-04

:usi ="e.tcE»(XHE * C.OO

STANDING St-OCK2.1377E«C42.15166*022.86t46»Cl8.a016E«C22.7»31E»C13.0789E«CO3.41756*001.02336*001.4919E«C1

4.1512E-011.68"i5E-014.1518E-017.366«E-C74.05CH-04

:<, M/sec

REFLECTED SHOCK4.08836*043.4296C»C23.28966*011.2616E»033.56126*01

'3.21966*003.6238E*OC1.02Q5E»OC1.62206*01

4.48226-C11.0288E-014.4842F-CI6. 29486-083.3592E-041.37S7E-0*

US1 - «.80E*C4 N/SECXHE * O.CO

STANDING ShCCK2.1689E4C42.3001E«C22.7129E«C19.2d8;E*022.88C4E*013.1178E»003.475?E«CO1.0378E«CO1.5975E«01

HCLE FftiCT IONS

U4952E-CI4.24S7E-014.1834E-073.6UCE-042.0471E-C*

REFLECTED SHOCK4.31656*043.7133E»023.1706E.011.3491E*03

. 3.73d7E»013.25686*003.66626*00l.C268E*001.94046*01

4.5459E-01•J.0253E-024.5476E-013.8129E-082.84786-041.1017E-0*

PI -XH2 *

PIKHOHASiOAHEU

2.006*04 N/SQ-M, US1 • 7.COF*C* M/SEC1.00

HOVINu SHOCK3.53306*031.17566*029.24326*00

< 5.75406*021.9244E«013.04556*001.25136*009.68906-014.74696*01

XHE = C.OO

STANDING SI-OCK2.22C5E*C42.4431E*02

. 2.57786*019.78216*023.00746*013.1528E«CO3.5257E*COl.050C6»001.7029E401

REFLECTED SHOCK4.5217E»0*3.'J94*E*023.0574E»01

- 1.4367I!*033.S078E*013.29156*003.7025E*00l.C326E»002.04866*01

SPECIES

E-HH*H2H-H2»

3.85376-012.28VIF-013.85046-01J.93826-061.7212E-045.0467E-04

HOLE FRACTIONS

*.32?SE-Ol1.33466-Ot4.3306E-012.51876-07J.2222E-C42.0944E-0*

*.5»«E-017.V680E-024.60076-012.4150E-C82.4093E-048.9491E-05

172

,TABLE !..- Continued

•50kN/rri

PI » 5XH2 = 1

,PTRHQ

,HA .

S

iGAMEU

SPFC IE S

E--M

'HZ ,*H-

Th2»

PI ' 5XH2 = 1

PTRH[|HASIGAMEU

SPEC [ £ S

H*H2h-H2»

.OOE*04 N/SO-M,

.00

MOVING SHUCKI .063b£+ 0*

. 2.714CE»003.9200E«002 • 7745E*OG .1.6432E»001.070JEOO1.0000E»009.9494E-01.2.26b3E»00

3.C72CE-346.163SE-1?3.4520E-371 . 0 300E *001.320-JE-41 :4.2076E-35 ,

.OOE*04 N/SJ-H,

.00

WOtf lNb SHCCK1 .6743 e + 0*3. 70036*004.5254E+CJ3.d20oc+001. 9C7d6 + 90i.iudi+ojI • OOCGE+009.d361E-012'"°°

1.03236-32

b. b 2d yf -3 3l.OOOJE+003 . 32c IF -3 71.3210E-J2

US1 - <..COE»03 M/SEC. XHE = C.OO

S T A N D I N G SKCCK2. 1974E+C13 . 3 5 6 S E » O C6. 54 7tE + 003.4526E»001.8212E+CO1.0726E«00l.OOOCEtOC9.8811E-01

• 1.3532E«00

• **OLE FRACTIONS

1.2512E-342.3034E-103.2324F-361.000CE»00

r - ' .3T31E-403.C2E1E-35

US1 = i.COE*XHE • 0.00

5TAN01NG SHOCK4.4531E+C14.S22SE»009. G44CE +CC5.171BE»002.1817E»001.1U7E.OC1. COOCE +009.0688E-011 . 4 7 9 3 E » C C

f*JL E F R A C T I O N S

b . 2 « 2 1 E - 2 63 . 0 C S 8 E - 0 42.3Ct7E-2b' . C C C C E ' O O1.747el-293.93f iE-26

,

R E F L E C T E D SHOCK5.3bl5E»014.7163E»OC1.1368E»Ol4.938UE»002.1385E+001.0954E»001.0000E»009.69olE-01

.. 1.1941E»CO

6. 25626-281.14776-061. 52976-281.00006*002.3603E-324.7268E-28

C3 K/SEC

R E F L E C T E D SHOCK9 • 7346E + 01b.e936F+001 .4542E +017.24836+002.5162E+001 . 14386+001.C001E+CO9.4579E-31l.3390E»CO

L.8889E-19

1.2100E-19?.997*6-Cl2.21656-217.01036-20

PI = 5XH2 =• 1

' V'T

VRHO "H

A

'Si1*AH6U

SPEC I E S

6-H

+<»

H2h-

•H2» ,

.OOE+04 N/Su-M

.00

MOVIhG SHOCK2.4287E+G1 -4. 8592 E + 004.9983E+005.G9986+OJ2. 1685E+ 001.1506E+00l.OOOOE+00

• 9.6770E-013.6513E+00

6.1670E-272.9625E-063.674fct-271.00006*003.2195E-302.4956E-27

t US1 • 6.COE+03XHE <• 0.00

M/SEC'

STANDING SI-OCK REFLECTED SHOCK7.6S14E+016.741CE+00 .

*1. 1349E+01'7.3071E+CO2.524CE+CO1.1603E+CO1.0002E+009.4487E-C1l.6044E*00

•" HQL6 f R A C T I C N S ~"

2.0227E-193.0555E-C49.5786E-209.996SE-013.0876E-221.0679E-19

l.!478E*028.83186*00

.7479E»01

.0027E+01. .8451F+00

.19026+00

. 0027E+00

.l*09E,-6l1.46316*00

I.3683E-145.31976-038.2050E-.159.946BE-01

' 3.1373E-!U5.7920Erl5

PI - SXH2 • 1

PTKHOH'ASJ.GAMEU

SPcC IE S

E-hft*H2H-H4 +

.006+04 N/SQ'Mi

.00

*U\HM> 1HUCK' J. 32 79E + 01

6.1639E+COb. 3*»8bE»006.6132?*002.421bE*001. Ia8b6*001.0001E+OJ9.5133E-01

• 4.3381E+CO

8.3661E-211 • 31*»dE-C4».6979t-Jl^. 99d 'F -011.0681E-233.6790C-21

. US1 - 7.COE+03,XHE - C.OO

n/sec- . ,,•>'-j

STANUING ^HOCK R E F L E C T E D SHOCK1.1922E+028 . 7 1 C 3 E + 0 01.3651E+CI9.d721E«002 . 8 2 5 5 E + O J

.. 1.2025E+00' 1.0024E+00

9.1415E-311. 71326+00 "

9.4269t-15'5.24 38E-03 '5.8438E-159.9476E-011.7348E-163.75£tE-15

2.2581E+421.08J4E+012.C545E»01

. 1.3220E+01~ 3.1096E+00

1.2346E + CO1.0148E*00

'U.6190E-01,1.54236*00

7.38696-122.91806-024.9366E-129.70826-014.4794E-132.d982E-12

TABLE I.-Continued

p. .50kN/nr

PI = 5.006*04 N/Su-M,XH2 • l.OC

US1 - e.COE»03 K/SECXHF. = 0.00

PTRHOHASiGAMEU

SPECIES

E-HH*

H2H- : 'H2»

PI = 5.XH2 <• 1.

PTRHOHASiGAMEU

ep f f re ejrtL 1 1 S

E-HH*H2H-H2»

MUVINO SHOCK*.3778E»Ol7.5757b*005.7735fc"»Q3a.36«OE*CO2.655*E*OJ1.2250E*001.0009E*00S.2993E-015.0305E+00

•J.2515E-171.7989E-U36.13006-17V.982JE-015.3*13E-1S3.17*9c-17

006*0* N/SQ-M,00

MOVING SHOCK5.59036*018.9613E*OC6.1919E*001.0357£*012.S*99E*OJ1.2602E*001.0053E»008. 99 59 E- 015.73906*0)

*. 7*436-1*l.O*96E-323.*1076-:*9.B950E-016.92376-16l.*04S6-l*

STANDING SHOCK.7631E«02.05«7E«Cl.b*05E*01.2916E*01.3782E*CO.2**OE*00.01*2E»CC

8.t)lt>86-011.7666E»CO

MOLE F R A C T I O N S

4.69731-122.7S66E-023.1Vt7E-129.72C36-012.3033t-131.73CS6-12

US1 •= 9.00E*XHE ' O.O'O

STANDING SHOCK2.5173E«02 .1.22675*011.9753E«011.6*52E«Cl3.321tc*CC1.286CE*001.0389E«008.65776-011.79716*00

HOLE FP ACT i CNS

2.31E1E-107.*862E-021. 68516-109.2514E-012.13C5E-118.43C5E-11

REFLECTED SHOCK3.1265E»021.25036*012.4038E*011.684 IE *013.1578E*3C1.278SE»CO1.0*336*008.6683E-011.59136*00

3.2607E-107.7401E-022.3408E-109.2260E-013.5095E-111.2708E-10

03 M/SEC

REFLECTED SHOCK4.2241E*021.4047E»012.7891E*012.0973F*013.tl73E»001.32*2E*00l.C782E*008.6396E-011.6384E*CO

*.36*OE-C91.4500E-013. 31176-098.55006-016.88516-101.74086-09

PI = 5.XH2 = 1.

pTRHOHA

S2CAMEU

SPEC 16 S

E-HH*

H2H-.

H2»

PI - 5.XH2 - 1.

PTRHOHASiGAMEU

SPEC IE S

E-HH*H2H-H2*

006*04 N/SJ-Mt00

MOVING SHOCK6.976*6*011.024oE*016.696*6*001.2!>97E*Ol3.01716*001.29*96*001.01676*006.7385E-016.46896*00

3.35*96-123.2877E-022.5*776-U9.-6712E-019.*539E-1«9.0173E-13

006*0* N/SU-M,00

MOVING SHOCK8.S333E*Ol

.1342E*01

.2615E*00'

.50806*01

. 17D5E*00

.3301 E*00

.0361E»00U.5972E-017.2125E»00

5.8337E-H6.S679E-02*.5d51E-ll9.3032E-012.501OE-12l.*986E-ll

US1 • l.COE«C* M/SECXHE = 0.00

STANDING SI-CCK"3 .5C7 tE«C21.3788E«012.36«7E»C12.0*96E»013.5767E*001.3293E»OJ1.0758E»00B.62*3E-C1l.U292E*UO

MULE FR^CT IONS

3.227tE-09I.AC69E-012.*6*6E-090.5S11E-01*.«:713E-101.21C2E-C9

REFLECTEB SHOCK5.t«C6E*021.55*06*013.2202E«012.567TE»013.69aS£»001.37106*001.1273E»008.6779E-011.692SE»00

3.1*80E-OB2.2578E-012.50S3E-087.7*226-016.57*IE-091.3001E-C8

US1 • I.IOE'C* M/SECXHE • 0.00

STANDING SKOCK*.758CE*02l .5235Et012.7812E*012.532BE»C13.8*85E*CO1.3738E*CC1.1230E«008.6S76E-C1l.S79tE«00

HOLE Fft^cT ICNS

2.3*3*E-082.18S8E-011.8676E-087.81C2E-01*.36ttE-099.12*66-09

R6FIECIED SHOCK7.*329E«021.70*96*013.67336*013.1002EO1*.2098E*00l.*196E»00I. 186 SE tOO8.75826-01l.7736E»00

1.5913E-073.1*93E-011.3225E-076.8507E-01*.1060£-086.79*66-08

TABIE I.-Continued

p. -SOWtfnT

PI =• 5.XH2 - 1.

f• T

RHQHAsIGAMEU

SPEC IES

E-HH*H2H-H2»

PI - 5.XH2 « 1.

, PTRHUHASIGAMEU

S P E C I E S

E-HH*H2h-h2*

OOE»04 N/SO-M,00

MOVING SHOCK1.0258£*021.2312E*01' .a4076*oo1.7804E*013.3422E*CO1.3662E*001.0626E+008.5382E-C17.9635E*00

4.7038E-1JL.1776E-013.79B4E-10U.B224E-012.7264E-111.17U1E-10

OOE*04 N/Sd-M,00

MOVING SHOCK1.21356*021.3197E1-018.3962E«-002.0762£»013.5104E«-OJl.<.03'.e»001.0951E*008.S263E-01a.709if«-05

2.36<.*t-391.737ic-011.9528E-096. 26286-011.7138E-103.6299E-10

US1 = 1.20E*XHE = 0.00

STANDING SI-OCK6.26<1£<021.665<.E«013.1930E*013.0C2SE«C1 «4.1399E«001.MSUE4CO1.17-90E4008.7292E-011.9S69E«00

^OLE FP iCT ICN S

1.1482E-073.035SE-C19.51SCE-086.9641E-012.65?4E-08"..6221E-08

C4 M/SEC

REFLECTED SHOCK«.6129E»02

.8606(401

. 113*6*01

.6938E*01

. 5529E*00

.46985400

.2560E4008.6700E-011.8736E400

6.3346E-074.0770E-015.*746E-075.9229E-011.9070E-C72. 76706-07

US1 = U30F«C<, M/SECXHE = C.OO

STANDING SKCCK• 8.0188E*02

1.8072E»013.5713E«C13.546CE*01*.«.51SE»001.4&68E4COl.2<i25E«008.827CE-012.0522E»03

f'OLE F f f A C T I C N S

4.3262E-073.9C2fcE-013.7H9E-076.C571F-011.17UE-071.7K5E-07

REFLECTED SHOCK1.2156E*032.0237E*01<..5046E*014.3451E401<i.9207E*001.5212E4001.3335E*009.C096E-011.S944E400

2. 12836-065.001*E-011.9037E-C6«.9986E-C17.1033E-079.3".97E-07

PI - 5.006*0* N/SO-MtXH2 » 1.

PTRHQHASIGAMEU

epcr iceart i»t e d

E-Hh*h2H-H2*

PI « 5.XH2 - I.

PTRHOHASiGAMEU

SPECIES

E-hH*H2H-H2»

OC

MCVINC SHOCK1.41656*02l.*029E»Oi8.9L14E*QO2.39566*013.6B*6E*00l.4M7E»001.13316*008.54186-019.45146*00

8.8417E-092.34896-017.4519E-097.6511E-017.6176E-102.1515E-09

OOE*04 N/SU-M,00 •

MOVING SHOCK1.6346E*021. 4828 E* 019.3747E*002.73846*013.86676*001.4810E*001.1759E*008.5749E-01 '1.0189E*01

2.7146E-082.991Bt-012.3321E-087.0082E-012.6778E-090.5026E-09

US1 • 1.406*04 M/SECXHE ' 0.00

STANDING SHOCK.Q003E*03.9524E401.90306*01.1327E*01.788*6*00.51466*00.31276*00

8.94716-012.1594E»00

HOLE FR^CT IONS

1.36866-064.7638E-011.21346-065.2361E-014.1264E-075.67556-07

REFLECTED SHOCK1.5064E»032.19936*014.62926*015.05786*015.35106*001. 57366*001.41846*009.1792E-012.13866*00

6.41036-065.8*896-015.9042E-064.10C96-012.26436-062.77066-06

US1 - 1.906*04 M/SECXHE - C.CO

STANDING SHOCKI. 21806*032.1036E»014.16«6»014. 7606E»Ol5.1524E*001.5629E*CO1.388564009. 08896-012.2923E*CO

KOLE FR ACT I CNS

3.83496-065.5S58E-C13.4962E-064.4C41E-011.2329E-061.5716E-06

: s. •

H6FLECT6D SHOCK1.83246*032.3<S37E*015.07196*015.83366*015.82296*001.62656*001.50936*009.38506-012.30856*00

1.80466-056.7483E-011.7021E-053.25126-016.44586-067.47C3E-06

175

TABLE I.-Continued

PI - 5AH2 » I

*-> p -s

Cf ^ ... -v

KHT ' *tf -"•'>•"'*"

rs* .^2' ' - " '.GAME n.,

•U-'0'

SPEC IES

.'" t.

Ijfo- ~ •* * * •

«-' ^'*'

"•,-*'•«•

PI - SXH2 • 1

»F'V "••fyi* -1-

'RHU ~',-'M-1

Si *'s - ,£ ' "^G'AW- *U ' '*

cpcf IF cdrCW 1C)

t-H".H+ " ' "'H2 '' , ' •h^ ^" 'W2» " ,

.OCt»C4 N/Sj-Mt

.00"

MOVING SHOCK'l.H67VE»02

-U.5610E*01'9. 7824E*OQ

• 3.104ttE+01 "' '*.0573E»00',1.5213E»00' 1.22336*00' S.6211E-0)

7.1950E-OB! 3.6503E-01 .\ 6.<l897E-38• 6.3497E-01

7.8889E-09 ,

;

.006*04 N/SQ-M,'.00 * '

PCVIM. SHOCK' 2« 1148E*C2

1.63866*31.1.0124E.01

• 3.4943E+014. 257bE*00

- 1.5625E»001. 2744E+OG6.6778E-01I.lt48t»01

U7235E-07- 4.3109fc-01-' 1.5321E-07- J.6891E-01

2.0485E-18' 3.9631E-08

US1 < 1.60E*C4 M/SECXHE = C.OO

STANDING Sr-CCK1.45316«C3

' 2 .2646E*C1'4.3678E«Ot

' 5. 5 4 £ E E * C C1.6114E*001.468'.E«009.2552E-CI

HOLE FRACT ICKS

9.8^406-066.384CE-019.231SE-C63.6157E-C13.2627E-063.924EE-06

US1 - 1.70E*XHE • C.OO

STANulNG ShCCK1.6S8CE*C32.43916*014.48tCE»016.1359E*C15.98C7E»001.65StE»00

' l'.551«E*009.44S6E— Cl

' 2.63026*00

2.4071E-057.1116E-C1 '2.2881E-052. 88766-017.833tE-069.0229E-C6

REFLECTED SHOCK2.19476*03

' 2.61806*015. 2242E +C16.eaiu*oi6.36356*00

' 1.680CE*001. 604 7E *00<r.(-388E-012.5162E*00

4.9484E-057.5351E-C14.7522E-052.4636E-011.7034E-C51.89966-05

04 M/SEC

REFLECTED SHOCK

2.e861E»015.2727E»017.59916*016.S882f *001.73316*001.7003E»009. 951 7E -012.7645E*00

1.3604E-048.2327E-011.3220E-041.7637E-014.26386-054. 64 806-05

PI = 5XH2 - 1

f ,1RHOHASI(.AKE .U

SP EC IE S

E-HH*

H2h-H2»

.00fc»04 N/SU-Mt

.00

HCVINb SHCCK2.3769E>021.7171EKH1.04076*013.9075E*01<i.t691E*001.6044E*OJ ,1.3302E»OI>8.7446E-011.23706*01 ,

3.B163E-074.96456-013.4451E-075.0355E-014.8180E-088.5294E-08r

PI - 5.COE»0* N/SJ-M,XH2 • 1

PTKHUH

.A

SIGAMEU ,

SPECIES

E-HH*HiH-H2»

.00

fOVINC, SHQLK2.6529F*021.7S74E»011.06256*014.3439E*014.69336*001.04696*001.38926*008.8219E-011.30866*01

8.00946-075.6027E-017.3378E-074. 39735-011.0529E-071.7245E-07

US1 *. l.SOE*XHE = C.CO

STANDING St-OCK. 1.950SE»03

2.63<i3E«Cl4.5274?«016.8BO<iE*ai .6 .45SC6»CO1.7074E«COl.6358E»009.6B14E-C12.85126*00

HOLE FR ACT ICNS

5.7066E-057.7716E-015.5021E-052.226SE-011.761CE-05,1.96566-05

04 M/SEC

REFLECTED SHOCK3.01696*03

"3.22686*015.22056*018. 606 3E *017.72386*00

-1.78566*001.7909E»001.0323E*003.0714E»00

3.9129E-048.81S9E-01

'. 3.8241E-041.1702E-011.04226-041.13206-04

US I - 1.90E«CI4 H/SEC ,XHE « 0.00

STANDING ShCCK2.2063E»032.8592E«C14.4S3.1E«017.66C1E*016.99216*00

. 1.754CE*031.71746*009.9565E-01 -3.10046*00

HOLE FRACTIONS

1.3449E-048.35C1E-011.30S2E-041.64S5E-013.767K-054.12306-05

REFLECTED SHOCK3.48236*033.67426*015.0737E»01

, 9.7175E»018.5508E*00l.C370E*001.86806*001.0653E»00

, ..3.46426*00

1.1846E-039.2555E-C1

• 1.156TE-037.1587E-022.47446-042.75326-04

176

TABLE I.-Continued

• SOWI/nT

PI * 5*H1 * 1

PTRHOH-

• A •

S2GAME

'U *

SPEC 1ES

E--Hh*M2H- '

H2» '

PI • »XH2 • I

•PTRHOHA .S- ' "'ibAME 'U

SPSC IES

E-hH»

HiH-hi»

.OOE»C4 N/SU-M,

.00

MOVING SHOCK2.942bE«021.8BIOE»011.0780E»014.8036E»01«.9322E»001.6U99E»00 •l.«513E»008.9112E-011.379ie»0l

1.612dE-066.219iE-Ol!M

1.4978E-063.7U08E-012.U9I6-073.31876-07'

.006.0* N/Sg-M,

.00

MOVING SHOCK -• 3.2461E«02

1.9696E>01l.Ob70E«Ol.S.2D64E»ai '

•5.L8B6E»C31.7332E»00 "

'1.5161E»OU •1.0153E-01 •l.«447E»Jl

3.1722E->:66.8JU5t-012.<.8<.0c-06).l414t-Ql

' "..28366-076.1660E-07

US1 * 2.COE«C4 M/SECXHE • O.CO

ST&NOING SI-CCK2.43«9E«C33.1249E«014.3827E«C18.470tE«Cl7. 58«6E«00l.7991E<001.7925E.OO '1.027CE«CC3.4024E«00

HOLE FR ACT ICNS

3.1S4SE-046.83236-013.1271E-04

' 1.1558E-CI7.7356E-05

- 8.41116-0!

RtFLEClEO SHOCK3.S726E*034.224bE-»014.88976*01

' 1.09156*029.30736*001.S851E.OO1.S231E.OO1.0662E*003.8977E*00

3.4J48E-039.4937E-C13.3100E-034.27S9E-025.29266-046.24066-C4

US! • 2.1CE4C4 M/SECXHE * 0.00

STANOIM, SHCCK2.6«!CE«C33.4469E«C14.2116E«C1 '9.3122E«018.2271E.CO1.8424E*00l.bitEE.CO •l .C575E«CC3.73576«CO

MOLE FRACTIONS

7.7U26-049.£C45E-017.S646E-047.76?7E-021.S3J7E-041.68'3E-C4

REFLECTED SHOCK4.46d2E*034.8014E*01

.7491E*01

.2163E»02

.t363E*OC

.<!284E*00

. S596E«00

.C2l94E*004.3130E«00

7.9916E-C39.5471E-C17.73206-032.7432E-C2S.3752E-C41. 19736-03

PI » 5XH2 • 1

PTRHOHA 'S2GAMEU

SPEC IE *

E-HH*H2H-

H2« '

PI • 5XH2 • 1

PTRHOHAS2OAMEU

eoCf ICCir CL 1C i

i-»iH*

h2h-H2*

.OOE»04 N/SO-Ht

.JO

MOVING SHOCK3.5625E*022. 06*46*011.08«6E»015.7923E»Ol5.4665E*001.7766E.OJ

' 1.58316*009.1392f-011.51916*01

6.1745E-067.3661E-01 '5.877U-062.6338E-010.2082E-071.1182E-06

.OOE*04 N/SQ-N,

.00

MCVING SHOCK3.8913£»022.17156*011.065JE*016.3212E>015.7715E»001.414UE»JO1.6512t»00•i.290iE-011.5075c«01

1.205<JE-C5f.dd6JE-Jl1.U02E-052.112SE-011.S443E-06J.0012t-06

US I • 2.20E*d«XHE • 0.00

M/SEC S.

STANDING St-OCK KEHEC1EO SHOCK2.9175E«033.823JE*C1«.0036E»C11.01T8E«028. 8*a6E«00l.882?£«00I.9060E«001.07«4E»00

' *.1226E»00

HJLE FR^CT 1QNS ""

1.8143E-039.-.5COE-011.7Tt7E-03 '5.08C3E-022.8*i5E-0»

' 3.221CE-C*

.US1 • Z.30E»C*(HE • 0.00

.«41K»OJ

.33)K*OI

.«622(*0t

.34UE»OZ

.C198E»01' .«6fOE»00' ' .f«T2E»M' .I109E-OI

.62*41*00

.»9Uf-02

.4IWE-01

.»380E-02

.9»12(- 2

.3»Mf-03

.92WE-03

«/$te , ".'.i

STANDING SK)C* REFLECTED SHOW3.1183E-03».2«UE»C1 .3.78tCE«Cll.lCodE>029.368!E<CC1.9211E.OO1.9»15E«CO1.0658E«CO*.5*iCI«00

''OLE F R A C T ICNS ~

3.9t;ce-03•).5J59t-Ol.3.87«SE-C3 ,3.3517E-02•..8U5E-0*s.?23ee-c«

' . 38T2E>03" .?«72E*Ol

, .t»97E»Ol.466«f »0i.C4«<E»01

2.00*K»002.C11M»00».«27SE-9l~4.t7«6E*00

2.3240(-0t1.34WE-01

, 2.2400C-C2l.4|74{-021.7VUE-OI>.«(>2E-OI

177

TABLE (.-Continued

•50kN/nr

PI » 5XH2 - 1

pTRMUHASI

. GAME -U

SPECIES

E-H- ' 'h»-h2H-H2»

.JOE*C4 N/Sb-Mi

.00

MOVING SHOCK4.231SE022.2926E»011.0736E*016.8726E»016.11266*001.8626E*001.71S1E»009.4603E-01l.o548E*Ol

2.4034E-053.3654E-012.3346E-0!>1.634JE-012.888VE-063.5766E-06

PI • 5.00E»04 N/SU-H.XH2 • 1

PIRHOHASLGAHEU

SPEC IES

E-MH»K2H-HZ»

.00

MOVING SHOCK4.5820E»022.4350E*011.0544E»01'.*464E»Ol6.50HE»001.90^4E*001.76«7E»009.7256E-011.7205E*01

*.?73»E-05<J.7923E-ai4.D715E-051.2369E-015.4335E-066.<,562E-06

US1 •= 2.«OE»C4 M/SECXHE - C.OO

STANDING SHOCK3.3J98E>03«.6722E«013.5sseE»ci1.1993E»029. 7565E«OCl.i»572E«CO1.9o7«E«CC1.0353E«00«.9257E»CC

HOLE FRACTICNS

7.701U-C39.60C2E-C17.S152E-032.31C3E-027.33tOE-C*9.25S6E-0*

US1 • 2.5CE*XHE - C.OO

STANDING SHCCK3.*908E«035.0d68E«013.44aSE«Cl1.2955E*C21.0050E1C11.9916E«001.990CE*009.9783E-015.2«67E«nO

HOLE FR^CT ICNS

1.3U2E-029.5482E-011.2615E-021.&844E-021.0074E-031.355lf-03

REFLECTED SHOCK5.7904E»036.2016E*01«.5888E»011.5S28E»021.0743E»012.0394E>002.C3*7E»009.H66E-015.0615E«00

3.2*31E-029.1891E-013.1151E-021.1951E-022.1366E-033.4170E-C3

C4 M/SEC

REFLECTEO SHUCK£.1369E»036.5566E»Ol4.5«93E*011.71816*021.CS84E.012.0730E«002.05746*008.9435E-015.1868E>00

4.1847E-029.0162E-01*.0174E-C29.B797E-032.4029E-034.0767E-03

PI - 5.XH2 « t.

PTRHOHASLbAMEU

SPEC IE S

E-HH*H2H-H2 +

PI • S.

OOE»04 N/SU-M,00

MOVING SHOCK4.93966*022.610»E»011.0251E»016.0415E.OI6.9583E»OJ1.94S4E*001.8438E»COl.0046E»001.7837E*01

1.0995E-049.1610E-011.0841E-048.3660E-02L.04b2E-OS1.1995E-05

OOE»04 N/SQ-M,XH2 • 1.00

PTRHOHASIGAMEU

SPEC IES

E-HH*H2H-H2«

MOVING SHOCK5.3057E*022.8314E»015.8749E»00d.6582E»017.489SE»00l.9844E*00l.U976E*001.0440E»001.8452E*01

2.6106E-049.4525E-012.5865E-045.4182E-022.0602E-OS2.3007E-05

US1 • 2.60E»C4 M/SECXHE > 0.00

STANDING SHOCK3.645CE>C35.4674E»013.3155E*C11.3946E«C21.02<56E»012.0256E«002.0106E«CO9.6427E-015.51C1E»00

tffti p F O A T T IPhi^rULt TKfiul ILN1

2.00E8E-029.4446E-011.9512E-021.2889E-021.26t5E-031.8134E-03

REFLECTED SHOCK6.40526*036.8760E»014.4780E»011.8*39E»021.1215E*012.1067E*002.C802E*008.7929E-015.2877E*00

5.1468E-028.8361E-014.9421E-028.2646E-C32.5938E-034.6404E-03

US! • 2.70E*C4 N/SECXHE * 0.00

STANDING St-CCK3.7861E»035.8176E«CI3.2031EtCl1.4984E«021.0525E«012.Q591E«002.0310E»009.3717E-015.6721t«00

• f*GLf FR ACT IONS

2.8123E-029.30£4E-012.7348E-021.0211E-021.4986E-C32.2742E-03

.REFLECTED SHOCK6.5981E*037.1683E»014.:758F»011.9T07E»021.1440E.012.1405E»002.1035E»00

. 8.6768E-01' 5.3648E>00

6.1257E-028.651IE-015.8873E-026.9*7*E-C32.7164E-C35.10C8E-03

178

TABLE I.-Continued

p -SOkN/m

PI « 5XH2 • 1

" PTRHOH4SzGAMEU

SPEC IES

. E-~H* H*"_M2"h- '

"*

PI • 5XH2 - 1

' PTRHO^4'

'A' ''&' " 'Jz ' '

GAMEU

SPEC IES

E- ,.H"h*H2n-H2*

.306*0* N/Sg-M,

.00

MOVING SHOCK5.67406*023.1095E*fll9.41956*009.2944E*01

.0683E*CO.0215E*00.93726*00.98076*00.90306*01

6. 57*46-04i.6558E-6l6.5318E-043.3027E-024.0909E-05*.516SE-05

.006*04 N/SQ-M,

.00

COVING SHOCKt. J497E*023.434dE»018.96936*00

- 9.95136*018.59686*002.05546*001.96376*00l.9957E*001.9593E»01

1.6146E-039.7660E-011.6058E-032.0J23E-027.7324E-058.6134E-J5

US1 = 2.80E*C4 M/SEC• XHE = 0.00

STANDING SHOCK3.8801E*C36.13L9E«013.38186*011.60326*021. 07426*012.09266«CO2.05336*009. 1652E-CI5.8116E*00

POLE FRACTIONS

3.6934E-C29.14496-013.59246-C28.27816-031.6815E-032.6914E-03

US I - 2. 906*XH6 = C.CO

STANDING SI-CCK3 .9742E*C26 .4232E*C12.98106*011. 71186*021.0951E4C12.12566*002.0755E«CC9.0J54E-C15 .879C6«00

HOL6 F R A C T IONS

4 . 6 3 C 7 E - C 2

4.504CE-026.84326-031.82696-033.0756E-03

REFLECTED SHOCK6.6974E»037.4349E*Ol4.23456*012.09656*021.16586*012.1T47E»002.1271E»008.59296-015.4303E*00

7.1131E-028.4635E-016.8463E-025.84296-032.7728E-035.44C86-03

04 M/SEC

R E F L E C T E D SHOCK6.7663E*037.6828E*014.C941E*012.22386*021.1871E*012.2080E»002.1512F*008.5265E-015.48586*00

8.0917E-C28.27656-017.8010E-024.9430E-032.78776-C35.69456-03

PI = 5XH2 - 1

PIRH3HASIGAMEU

SPECIES

E-HH*H2H-

H2«

PI - 5XH2 - 1

PTRHJHASiCAMEU

SPECIES

E-hH*H2H-h2»

.006*04 N/SQ-M,

.00

MOVING SHOCK6.43626*023.7840E*Ol8.5833E»001.06305*029.3074E»oo2.08656*001.98166*00i.0820£*oo2.0152E»01

3.5873E-039.7985E-013.5680E-031.270BE-021.33126-041.5243E-04

.006*0* N/SO-Ht

.00

MOVING SHOCK7.2631E.024.4722E»018.0762E»00l.2060E*025.55946*002.1*42E*C92.0109E*001.0161E«002.1323E*01

1. 20556-029.6904E-011.1983E-026.2675E-032.9177E-0*3.641BE-04

US1 • 3.00E*XHE - 0.00

STANDING ShOCK4.07«6E«036.697CE4012.90326.011.8237E»021.1170E.012.1578E»002.0983E»CO8.6797E-015.9*27E»00

MOLE FHACTICNS

5.6013E-028.7833E-01S. 45326-025.75216-031.94C3E-C33.4276E-C3

04 M/SEC

REFLECTED SHOCK6.8563E»037.93066*013.9731E»012.35436*021.20906*012.2*1*6*002.176CE»008.47076-015.53986*00

9.0949E-028. 08326-018.7844E-024.1868E-032.7794E-035.9040E-03

US1 - 3.JOE»C* H/SECXHE « 0.00

STANDING SHOCK4.4023E«Q37.2259E»C12.8396E.C12.0637E«C21.16C8E»012.21S16«002.U5f6»CO8.6907E-016.0545E«00

HOLE FRACTIONS

7.6U3E-028. 39196-017.42C2E-024.2272E-032.1267E-Q34.08976-03

REFLECTED SHOCKt.2222E»038.43666*013.8448E»012.63406*021.25476*012.30576«CO2.22666*006.2804E-015.65826*00

1. 11076-017.6935E-011.075*6-013.0527E-032.73336-036.25S56-C3

179

TABLE I.-Continued

p.-50kN/m

PI . 5XH2 • 1

, Pf '_ 'HMO ,

.M ,v• -jjj

*'S-' i t

GAME ' •U

C AC f* 1 F ^a **t v 1 1 s

t-l ~ t"_'H ' '•H. ,*"hi " £. <Mr - - ' .ni» '"'

.OOE»0* N/SU-H, . US1 > 3.<iOE»0<i M/SEC

.00

VOVING SHOCK.', 0. 1733£*02

S.C607E»Ql-7.9J3UE.OJ

' i 1. 3S93E+02" ! 9.9FY1 E*00

2. 1963E»CO,. 2.0*36E*00.S.6290E-01

2.25876*01

2.5896E-029.*33«£-dl

" 2.5725E-02, 3.«319E-03

4.65B9E-046.3677E-04

XHE » O.CO

STANDING ShCCK ,^•9128E*037. 75ACE«C12. dtt 71E*G12.3276E*C21.206<iE«01 ,2.2786E«032. 194£F»CO8.5524E-016.176<iE«00

•"*" PULc FR AC T IONS

9.66COF-027.99C6E-01

' 9.*l*2E-C23.22CEE-C32.26C2E-03*.7182E-C3

REFLECTED SHOCK7.9038E*038.S872E*013. fiS9^E 012.944 4E+021.30<.3E*012.3677E»002.2787E»008.30T3E-01S.8085E+OC

1.3H2E-017.3020E-011.2722E-012.2426F-032.6628E-036.5&06E-03

PI = 5XH2 <• I

PTRHJ

' HA

SIGAMEU

SPECIES

E-n

H*H2H-

h2»

.OCc'O'. N/SJ-M,

.wO

MOVING SHOCK

1.0228E»036.0059E'018.0149E*001.6962E»021.0770E*012.2939E»002.12<,7E*00S.Od94E-012.5296E*01

6.2043E-02J.7225E-016.1588E-022.1*76E-037.5786E-0*1.212QE-03

USX - 3.eOE«C4 H/SECXHE = O.CO

STANDING St-OCK6. 35SOE«038.8<,52E«C1

,3.13CeE«Cl2.9232E«C2l.3038E«012.392SE»CO2.2963E*038.36SSE-CI6.*651E»CO

HOLE FRACTIONS

1.36tCE-017.2023E-011.3326E-CIl.89«CE-03

• - 2.334CE-C35.6816E-03

REFLECTED SHOCK9.95**E»031.0258E»024.0frlbE*Ol3.65*2E»021. 4185E+012.<.893E»002.3892E»008.2VO*E-014.2158E*00

1.707*E-016.5259E-CI1.6&45E-011.1367E-032.4013E-036.6924E-03

PI • 5.00E»0* N/S.1-M,XH2 > t.OO

US1 - 3.60E«C« M/SECXHE • 0.00

. .MOVING SHOCK STANDING ShCCK REFLECTED SHOCK

M "%' 'S . '•I ,GAMEU *

i.5630EK)l:7.9119t«OJ

.1.0378F.012.2*58E«OJ2.0820E»03 ,

5.5785E»03d.2V21E«Cl2.996EE«012.61536.C2

2.3361f«CO

8.6303E»03

3.9*'IE»013.2847E»02

2.«286E»00

12.3<*206»Cl 6.29S7E«008.2506E-01

SPECIES % COLE FRACTIONS

r-n

to

•».0»T3fi-01

2.8092E-U36.2471E-04

7.5919E-011.13SCE-012.*7S6E-032.3313F-03i.?t£5E-03

1.5099E-Oi6.9129E-011.4681E-011.6232E-032.5519E-036.7247E-03

PI - 5XH2 - I

PTRHUHASiGAMEU

e per letirCL 1 c 3

t-H

h*H2 •H-H2»

.OOE»0<. N/SU-M, USl - 4.00E.C* M/SEC

.00

MOVING SHOCK• 1.1361E.03

6.4098E4-018.16i8E*00

' 1.U794F.021.11 StiE^Ol2.3*15E»CO2.1705E.OO8.9481E-012.6696E.01

8.1750E-02J.3307E-018.1136E-021.7012E-038.6304E-041.4770E-03

XHE * 0.00

STANDING SKCCK7.2381E.039. 4237E+C13.26<>9E»C13.258?E«C2

' 1.3565E4012.**93E«CO \2.3«8SE»CO8.3133E-016.6741E.OO

~ KULE FRACT ICNS

1.558SE-016.8226E-C11.522«E-011.«176E'-03

• 2.2735E-C3S.92UE-03

REFLECTED SHOCK1.12515*0^1.1010E»02<i,1731E»014.053 }E 02l.«8S7E»Ol

' 2.5498E»OC2. ** 8 SE* 008.1871E-01t.*94CE»00

1.90VJE-016.13806-011.8630E-017.5678E-C*2.2288E-036.4235E-03

180

TABLE I.-Continued

PI =• 5KHZ • I

fTKHU .HA ' .s 'LGAMEU

SPECIES

E-HH* 'H2H- 'H2* '

PJ « 5KHZ - I

fTRHO'H ,"

' A "l.,S"»

' I • '

"DVo "• '

S PfcC IES

6-n

•h*«2f-H2« '

.006*0'. N/SU-H,

.00

MOVING SHOCK1.2559E*036.7BB3E»01e.338SE«002.0723E»C21.154«E»012.38S7E»CG2.2188E»OJ8.3477E-012.8109c»01

1.016*6-017.933flt-011.009IE-011.37226-03¥.*054E-0*'1.T141E-03

.006*04 N/Su-M,

.00

HOVIM. SMOCK1.3b23t»OJ7.»510E»01i.^lSJetJU2.274eE»021.11326*01

' 2.«360E»00^.26a9E»CJ6.7746E-012.9S3<.F»01

1.2155E-J17.ijoOE-3l1.2Jo2E-Jl:.115SF-J3K.'ililU-O',l.<.17'E-J2

US1 = 4.20E«04 f /SECXHE = C.OO

STANDING SHOCKtt.207CE«C31.004CE4023.<.01)E«C13.5956E»C2l.<tl31E«012.5053E«002.<.031E»008.2765E-016.8959E»CO

COLE FKACTIONS

1.7'i7'it-0l6.45156-011.7014E-011.03CCE-032.16526-C3S.S6b>,e-C3

REFLECTED SHOCKl.2706E»0«1.1670E»024.2602E»01<,.«815E»021.5620E*012.«LOOE*002.5125E*OC8.1807E-016.8331E»QO

2.1039E-015.7*6lE-Ol2.0653E-C1*.7732F-0*2.06306-035.-J213E-03

US1 • 4.40E«(H M/SECXHE * C .CO

STANDING St-CCK9.2«87t<031.07CtE«C23.S127E«013.9S6EE«C2

' 1.47«6E«C12.boC8E«0&2.<.5viE»CO8.25826-017.17U6.00

MULc FKiCTICNS

l.tliCl-Ol6 . C 8 6 3 E - C 11.B952E-017.2 l»«E-C»2.02t" iE-03S . S O e f E - 0 3

R E F L E C T E D SHOCK1.4331E»0«1.28<;3E»024.30<>1E«01

• 4.9461E*02l.e515E«012.670'!E»002.!82SE»008.1S17E-017.276CP »OC

2.3103E-015.33BOE-C12.2776E-CI2.7716E-C*1.9110E-C35.2J68E-C3

PI * 5.006*04 N/Sg-H,XH2 - 1.00

US1 • 4.606*0* H/SECXHE - C.CO

pTKHOHASI0AM 6U

SPEC IE S

E-H 'h»H2H-H2*

PI « SXH2 > 1

PtRH3HASI&AHEU

SPEC IE S

l-Mn»h2H-

h2»

HO VI NO SMOLK1.51*86*037.5047E»016.697o6*OJ2.4B67E*021.2324E»012.4B336»002.32076*008.721*6-013.0959E*01

I.".ll8c-01».l*TOE-Ol1.4011E-01Y.0771E-0*L.OU5E-032.08336-03

.006*04 N/SU-N,

.DC

fLVINb SrOCK1.65336*037.8S49E*01ti. 8«o3E*OUi. 70816*021.2726E>012.5306E*OJ2.}7*OE»OJd.6o*bc-OL3.23«46«C1

1.60*76-016.7b2dE-311.59JdE-Jl;.357»c-0*1.0227E-J32.207dE-a3,

STANDING SI-CCK.03*5E«0*.14356*02.592SE*C1.33776«C2.!>42C6«01

2.615'€«CC2.517SE*CO6.2S80E-C1T.50*5E«Ofl '

HOLE FR ACT ICNS

2.1164E-015.72*86-012.08C4E-01*. 8*336-041.88C4E-035.45626-03

REFLECTED SHOCKl.tll*E»0*l.*08*£»02*. 30756*01i.**68E»02I. 75316*012.72966*00

' 2.65616*00* ' ' 8.2160E-01

7.8237E«00

2.515*E-01*.9300E-01

1 2.*903E-011.S1ME-0*1.8636E-03

' *.393»E-03

US1 • ».806»0» N/SECXHE • 0.00

STANDING St-CCKl. l*80E*041.2241E«02 ''3 .6359f .Cl '4. 73UE.C21.616*6*01:.66S1E>002.579a»008.275iE-Cl•7.905CE.CO

POLE FR AC T ICNS

2.29646-015.36516-C12.26tJF-013.10716-0*1.7*S1E-03 •'*.?555E-C3 .

- ' ' li

REFLECTED SHOCK1.80656*0*

' 1.!515€»OZ' *. 25526*01

5.S893E.02l.e718F»012.787<£»002.73626*00D.2525E-01a.<OJ!E*00

2.7267E-01».^Oe7E-Cl2.70986-017.6872F-C51. 85326-033.5**3E-03

181=

TABLE I. - Continued

•50kN/n/

PI = 5XH2 = 1

1 PTKHOHASI 'GAMEU

cppr 1 1- cjr tL 1C J

E-HH*M2H-H2» .'.

PI - 5XH2 - 1

P ' 'T ' -.'-'.RHOH " f '

ASiGAMEU

c DP r I P- art L 1 1 o

E-HH*H2H-H2*

. 00i*04 N/Su-Mt

.OC

MOVING SHOCK1.7977>=»030.20646*0!9.01906*002.93896*021.31396*01

• 2.57alE*002.4287E»00ft. 66216-013.3806E»01

1.7938E-016.3863E-011 . 7dl OE— 0 1

' 5.9179E-041.006dE-j32.2U93E-03

.006*04 N/SS-M,

.00

MOVING iHGCK''. 1.9478E*03

8.5634E*019.1541E*Ou

'• 3.17906*021.3569E»012.62566*002.4848E*00

' 8.6534E-013.52216*01

1.97906-016.0170E-011.96556-014.70826-049.7362E-342.3266t-03

USl = 5.COE*!XHE = O . C O

StANUlNG SHOCK1.263CE*C41.3137E»023.636?E*Cl5.139CE»C21.69876*012.72126«CO,2.6433E*00d. 30896-018.396C6«03

KOL fc F R A C T I C N S

2.4792E-015.0C67E-012.4522E-0!1.9C77E-C4

' 1.64746-034.3515F-03

34 H/SEC

R E F L E C T E D SHOCK2.C197E»041.7222E*024. 1564E*016.5B15E»022.00'7E»012.6455E*CO2.8215E*006.2954E-019.3565E*00

2.9396E-014.0829E-012.9308E-013.6952E-051.B7C3E-032.7584E-C3

USl - 5.20E»C4 H/SECXHE - C.OC

STANDING SHOCK1.3UOOE«041.4133E*02 ^3.6040E«01

'5 .56C6E«C21.7B8UE«012.7712E»CO2.7094E»CO8.3558E-018.92646*00

2.65666-014.653SE-012.63J3E-011.13C9E-041.58536-033.7153E-C3

REFL6CTED SHOCK2.24706*041.9165E*024.03245*017.2138E*022.15536*012.9002E*002.90756*006.33636-011.03046*01

3.14256-013.6768E-01-3.1403E-011.7712E-051.8968E-032.1173S-03

PI - 5.00E*04 N/SU-MiXH2 - 1.00

USl = 5.40E«0« M/SECXHE = C .CO

fO^lNG iHCl-K STANUING SHCCK R E F L E C T E D SHOCKPTRHOHASLGAMEU

SPEC IE S

E-HH*h2H-H2»

PI = 5XH2 - 1

PT • "RHOHASiGAMEU

SPEC I E S

E-HH*H2H-H2*

2.1035E*C38.9301E*Ol9.2653E*OJ3.42B4E»021. 4021E*012.6731E*OJ2 . 54246* 038.6587E-013.6629E*01

2.1602E-JI5.64746-012.14626-013.6941E-04•J.2605E-042.3202E-03

.006*04 N/SU-M,

.00

MOVING SHOCK2.2646E*039.3107EO1S.3499E»003.6871E»021.449BE*OlJ.12C6E*002.6014E*OJ8.6788F-013.8027E*Ol

2.3374E-015.3051E-012.3233E-312.8t>056-048.67326-042.2714E-03

1.49176*041.5234E»023.524lE«Ol5.9912E*C21.88»5E»012.82C3E»CO2.77B5E«CO8.4171E-019.6232E*00

2.B332E-014.3019E-012.81J9E-016.484CE-051.5432E-033.0859E-C3

USl - 5.606*04XHE * C.CO

2.4895E*042.1346E*023.8971E*017.89586*022.3125E»012.9526E»002.";926E«008.3712E-011.14376*01

3.33326-013.29596-013.3358E-C18. 64236-061.8823E-031.6217E-03

IVSEC

STANDING SHOCK REFLECTED SHOCK. 1.6004E«04 .

1.64296*023.4205E»016.43i7E*C21.9925E«Ol ,2.8666E*002 . 8 4 7 6 E * C C8^ 4B56E-C11.03876*01

^OLfc FR^C T I ONS ~*

3.0C27E-013.9636E-012.9927E-013. 68386-051.5197E-032.5245E-03

2.7384E»042.366CE*02'3.7674E*018.6058E*022.4705E*013.C006E»OC3.0722E*008. 396 BE -011.2508E*Ol

3.5026E-012.9583E-013.5082E-014.4766E-C61.8248E-031.2634E-03

182

TABLE I.-Continued

PI - 5XH2 • 1

PTRHOHASi(•AM 6U

SPEC IE S

6-HH*H2H-H2*

PI « 5XH2 > 1

PTKHOHASzCAMEU

C p C f ICCirCI. 1C >

E-nH*H2ri-h2»

.006*04 N/SU-M,

.00

MOVING SHOCK2.430VE*G39.70976*019.*051t*003.95506*021.50086*012.76786*002.6619E*03a.714KE-013.9*136*01

2.5106E-014.9607E-012.4967E-OV2.1572E-0*8.00796-0*2.1831E-03

.006*0* N/Su-M,

.00

MOVING SHCCK2.6021E*C31.0132E*029.42826 *OC4.23206*021.55566*012.81*76*002.7239E*006.7685E-014.07836*01

2.67-JbE-Ol4.6241E-012.66656-01I.S969E-047.2991E-342.0592E-03

USl > 5.80EXXHE • C.CO

STANDING SI-CCK1.70316*041.770.76*023. 2974E*C16.8B29E*C22.1026E*012.911CE*CO2.916SE*008.55956-011.12396*01

HQL£ FR ACT I CNS

3.16416-013.64U6-013.15866-012. 09676-051.4955E-C32.0461E-03

14 M/S6C

REFLECTED SHOCK2.9954E*042.61486*023.63376*019.3573E*022.6323E*013.0471E»DO3.14326*008.4171E-011.3697E*01

3.6571E-012.6513E-013.6&4AE-012.4164E-G61.7248E-039.9583E-04

USl - C.COE*04 M/SECXHE - C.OC

STANDING SKCCK1.80C3E*C41.90596*023.16*76*017.3425E*C22.216*6*012.9535E*CO2.98486*008.63576-C11.21346*01

KULE FR ACT (CNS

3.31606-013.33666-013.31416-011.2081E-051.46C4E-031.6525E-03

REFLECTED SHOCK3.2S39E»042.87376*023.51826*011.0139F*032.7927E»013.09066*003.21846*008.4324E-011.49076*01

3.793'E-012.38C66-C13.80176-011.3813E-061.5975E-037.9951E-04

PI • 5XH2 • 1

PTRHOHASIbAMEU

SPECIES

E-hH*H2h-H2*

.OOE«04 N/S0-M,

.00

MOVING SHOCK2.7782E*031.0581E«029.420SE»004.51816*021.6147E»012.8*096*002. 78 TOE* 006.84106-014.2139E*01

2.8441E-014.2974E-012.8316E-011.15556-0*6.58566-0*1. 90696-03

PI - S.00£»04 N/SU-M,XH2 • 1

PTRHOHASiGAMEU

SPE C I E S

e-HH*hZH-H2»

.00

PC V ING SHOCK2.9583E»031.1069E*02•5.36986*00*. 81306*021.6796E*012.90706*002.85236*008. 93576-014.34?3E*Ol

3.00616-013.9752E-012.99476-01it.lOSTE-OSS.B832E-0*1.72886-03

USl • 6.20E*04 M/SECXHE - C.CO

STANDING SKOCK1.88976.0*2.0*6*6*023.02706*017.80956*022.33236*012.994CE*CO3.05066*008.7134E-011.309tE«01

COLE FRACTIONS

3.4S74E-013.C54SE-013.4SE1E-017.1085E-C61.408SE-031.3386E-03

REFLECTED SHOCK3.513*£*043.14436*023.4027E»011.09566*032.95316*013.13216*003.28386*008.44586-011.61626*01

3.9161E-012.13876-013.9241E-018.2323E-071.4531E-036.50786-0*

USl - 6.40E*04 N/SECXHE • 0.00

STANDING SHOCK1.96«8E«042.19016*022.88876*01a.2837E*C22.**85E*C13.0328E*003.1136E.OO8.7919E-01l.4073E«Ol

MOLE FR ACT I CNS

3. 58766-012.79806-013.59016-014.2S59E-061.33S7E-031.C8S5E-03

REFLECT60 SHOCK3.75506*04

.*1*5E*02

.28966*01

.17726*03

.10796*01-170?E»00.3430E*00

8.46176-011.72776*01

4.0228E-011.9284E-014. 03046-015.1645E-071.3047E-035.38706-04

183

TABLE I. - Continued

PI - 5.005«04 N/SU-M, USl = t.60E»C4 H/SECXH2 - 1.

'V '. ;; 'X ." :

'RHO - , i,H. , ,-j '

A

>. . ', '•i-r ~> , ,

'CAME "u

c per I f. t.2 ~9rCli ltd

?tj -"ill*" "! V '

ft- -.:•

H-H2»

PI - 5.XH2 • 1.

*i; '.;£,-P,,, ,.v .T :i.;-'RHO-,,H , V ,1A' » -V .' ".A. ..CAMEU

SPEC I E S

H,, .'"

ft . .... ,H2_ ^' -H-

h2»

00

MOVINU SHUCK3.142bE»03

,1.1597E»029.2«63E»005.1168E»021. 7503E+01•2.9522E»002.9183EtOU9.0525E-014.4781E»01

3.1625E-01, 3.663VE-01- 3.1524E-D1

5.5354C-055.2346E-041.5371E-03

"•_ .1

00c»04 N/SU-'00

nO VI NO SHLLK'3.J307F*03 ~1.2172E>02S • 16706* 005 • 4294E+G21.8275E»Ot2.9965E*00

' 2.9851E»039.1922E-014.6066b»01

." 3.3138E-01J.3627E-013.30S1E-013.6692E-054.6546E-041.3391E-03

XHE » C.CC

STANDING St-OCK2.C386E*042 . 3 3 5 2 E * C 2

- 2.750SE+018. 7421E»C22.5642E.Q13.07CCE»CO3.1736E«008.0724E-011.5120E«01

•~ MOLE FR^CT 1 CNS

3.7G7CE-012.56CSE-013.7106E-012.6tE'!F-C61.2544E-C3B.9239E-04

REFLECTED SHOCK3.99GOE +043.693«E»023.1792F»011.2621E»033.2622E»013.2C84E»003.3980E*008.4796E-011.8445E»C1

4.1188E-011.7393E-014.1258E-013.3364E-071.1574E-03

1. USl « t.60E»C* M/SECXHE * C.CC

STANDING SI-OCK2.10C5E*C42.486tE»C22.6133E»01 .9. 2455E+C22.6830E«C13.1Ct9E*00 •3.2322E«008.9564E-01l.6129E»01

3.01S7E-CI2.3374E-013.8240E-011.6758E-C61.1612E-03T.3USE-04

REFLECTED SHOCK• - 4.2104E»04

3.9738E»023.C729E»011.3490E*033.4128E*01

• • 3.2«4C€*OC3.4431E+008.5002E-011.9tlOE»01

4.2035E-011.5727E-014.2099E-012.2289E-071.0192E-033.7996E-04

PI = 5XH2 • 1

-- * ,.

'P •TRHU 'HASZ ' 'GAMEU

SPE C IE S

t-HH»H2h-t-2»

.OCE*04 N/SQ-Hi

.00

MURING SHOCK, 3.521UE»03- 1.26Q1E»02

9.0135E*005.7504£»021.9117E»013.0397E*00 •3.0S23E»009.3538E-014.7318E»01

3.4592E-013.0731E-01S.'tSl'JE-Jl2.362CE-054.1548E-34L.1435E-03

USl = 7.COE*04XHE = C.CC

M/SEC

STANDING SI-OCK REFLECTED SHOCK• 2.1503E«04 '

2.6377E*02 •2.47SSE*C19. 7J9«E*02 •2.6002E+C1

•3.1423E«CC3.2874E«CO" ' '9.0428E-01l.71tOE»Cl

HOLE FRfiCT ICNS •*•

3.9222E-012.1344E-C1

• 3.9268E-011.C8C3E-06 -1.06C5E-036.0331E-04

4.4091E«044.2585E*022.9627E*011.4368E«03

- 3.5625E»013.2787E«003. 494 7E »008.5281E-012.C723E+01

4.2803E-011.4216E-014.2860E-011.5173E-C78.8845E-043.2214E-04

TABLE I.-Continued

•NMkN/nT

PI - 1XH2 - 1

PTRHOH

*siGAMEU

eptf 1C <drCU It 3

E-HH»

C2H-H2*

PI • 1XM2 • 1

PIRHJM

*SiCAMEU

cpcr f F C3KCI 1 C 3

6-HH»H2n-«2»

.OOE«05 N/SQ-H*

.00

HO V ING SHOCK1.0636E»Ol2.7I*OE»OJ3.9200E.OO2.77456*00l.6*32E*001.073*E»001.0000E»009.9*9*E-012.2663E»OJ

6.9523fc-3S•».35B5E-122.09S9E-361.00COE«005. 30* 2E -42*.2015t-3S

.OOC*05 N/Sd-Mt

.00

CUV 1Mb SHOCKl.67»3E*013.7003E*OJ

.525*E«00

. 8206E»00.•)078E»00.U57E»00.0003E.OO

9.d361E-012.962iE<OJ

1.2T03E-J2».55V6E-J*2.d»42E-?31. 00005 «OCJ.20-<dE-3T•*.SJb3?-33

US1 - 4.COf«C3 M/SECXHE - C.CC

STANDING St-CCK2.1976E«t)l3.3569E«00«.S4T6E<CO3.45266«CO1.8212E«001.07?8E»CO1.000CE«009.aeite-oi1.3533E«CO

f OLE FR ACT ICN*

7.01.97E-341.6281E-103.7U91E-361.0C3CE»CC1.2*l<i£-392.3115E-3T

LSI - 5.COE*XHE - 0.00

STANDING ShCCK*.'.531E*01<,.92iSf»004.04«OE«OC!.l71dE«CC2.1818E«CO1.12L«E«001.0UOl,E«00S.66SCE-C11.4793E»JO

fOLE F R A C T 1 CNS

4.16<2E~262.12C4E-C61.22KE-26l.OOCCE'CC1.6540E-292.S*«3E-2<,

REFLECTED SHOCK5.36156*01«.7163E«001. 134 6E +01*.S388E»002.13856*001.0996E»001.00006*009.69626-01i.miE*oo

4.2659E-288.11556-077.92*78-2?1.00006*002.3792f-323.4737E-28

03 M/SEC

REFLECTED SHOCK<).7352F.»Ol6.6955E»00l.»939E«017.2*87£«OC2.51756*001.1502E*001.000 IE *009.«6*7E-011.33936*00

1.2395E-191.7358E-C*6.B734E-20S.S»e3S-012. 36606-215. 72816-20

PI » 1XH2 > ]

PTRHOHAS/GAMEU

f per ICCirCL ltd

E-HH*H2M-

•H2+

PI • 1XN2 • 1

PTRHOHASiGAMEU

SPECIE!)

E-HH*h2H-h2»

.006*05 N/SU-M,

.00

MOVING SHOCK2.4287E.01«.85»2E*004.9VK3E>005.0998E*002.1685E*001.15726*001.0000E*OJ9.6772E-013.65136*30

J.9561E-272.0S50E-Ot2.a027E-i71.00006*002.9712E-301.9364E-27

.006*05 N/SU-M,

.00

MCV1NC SHOCK3.327DE*C1(.16476*005.397a6*00 .6.6131E>002.«224E*Ol>1.19706*001.0JOOE>009.5181E-014.33tfOE*OJ

3.4309E-21•*.3502E-052.581BE-21<.9991E-01J. 00776-2*2.0589E-21

US1 - 6.00E»03 M/SECXHE - C.OO

STANDING St-OCK7.6*966*016.7*26E*001.13**E*017.3066E.OO2.5253E»CO1.167*E*CO1.00016*009.*571E-C11.60516*00

MOLE FRACT ICN!

1.332SE-192.1616E-C*5. 16686-209.99786-012.90CSE-22d.l888E-20

US1 • 7.COE*XHE • 0.00

STANDING ShOCK1.1846E*C28.7365EOO1.3591E»C19.8667E.CC2.D366E«UOl.2U3E*001.0J19E»009. 192*E-011.7205E.OO

POLE FRACTICNS

6.d70«t-153.833CE-C33.7UOE-U9.S617F-01I.d3t76-l63.3*CCE-15

REFLECTED SHOCK1.3«91E*02a.a67TE»oo

• . 7*J»E»Ol.001SE»Ot.a;r*E»oo. 19S6f»00.0020E»00.189«E-Ot.*6*H*00

.02ME-U

.9JI.6E-C3

.32836-15

.96088-01

.*126E-lt

.2693E-1S

03 M/SEC

REFLECTED SHOCK2.2b3*E>02l.0955E»OJ2.0*21E»Ol

• 1.32»0£»01J.139S6*00l.2**W»CO1.CI18E*I)08.89206-011.55966*1)0

7.UOOE-U2.3241E-C2*. 27256-129.76766-016.**89E-IJ3.*'2*E-I2

185

TABLE.I.-Continued

PI « IXH2 - 1

PTRHOHASLGAMEU

SPEC IE S

e-H

H*H2H-H2»

.006*05 N/SJ-M

.1)0

PGVING SHOCK1.86046*021.63UE»01S.*613E»003.1025E*01*.l333t*OU1.53*9E*OJ1.20556*008.6882E-011.0880E*01

1.0902E-073.40686-01J.2930E-386.59126-011.83036-OB3.**77E-08

> US! * 1.60E*C* M/SECXHE = 0.00

STANUINC SI-CCK1.38**E*C32.391*E*C1*.0*15E*C15.397tE*015.6577E.OO1.62C1E.CO1.4324E.OO9. 3**3E-012 . 5 5 2 t E » C O

1.38UE-056.C374E-C11.28536-053.9622E-016 .6962E-367.65S8E-06

REFLECTED SHOCK2.12986*032.7957E*014.66436*016.703BE*016.53176*OC1.68926*001.56616*009.7**1E-OI2.626*E»00

7.16506-057.2270E-016.86236-052.77CBE-013.6295E-053.9323E-C5

PI • 1.006*05 N/SU-M,XH2 - 1.00

US1 - 1.70E»C* M/SECXHE • C.CO

PTRHOHASt.GAMEU

SPEC IES

E-hH*H2H-H2»

MOVING iMOCR2.10756*021.7179E*019. 776*E*003.*9216*01*. 3*276*00l.S757E*001.25*76»)08.7*9»E-011.16066*01

2.66J16-07*. 06016-012.3169C-075.93996-01».8597E-083.2919E-08

STANDING SI-CCK1.616*E«032.58226.01*. 1*216*016.10126.C16.10156*001.6673E«flC1.51126*009.5*OCE-Cl2.7**66»00

• MOLE "FRACT IONS

3.3246E-056.76*1E-013.1537E-C53.23*36-011.59126-051.76*06-05

REFLECTED SHOCK2.50956*033.0860E*01*. 90516*017.6301E»017.1653E*001.7*12E»00l.t578E»001.00356*002.68586*00

1.6873E-C*7.9295E-011.82286-0*2.0650E-018.7558E-059.*008E-05

PI • IXH2 • 1

fIRHJHAsIGAMEU

SPEC IE S

E-HH*H2h-H2»

.OOE»05 N/SJ-Mt

.cc

MOVING SHOCK2.366TE»021.80526*011.00256*012. 90456*01*.5635EOD1.61716*001.3078E<-008.8211E-011.23176*01

5.9766E-07•..70686-015.3106E-075. 29326-01L. 15696-071.8229E-07

PI - 1.00E«05 N/SB-M,XH2 - 1

P •TRHOH

• ASIGAMEU

i Off 1C CSrCb 1C *

E-HH»HZM-HZ*

.00

MOVING SHOCK2.6*166*021.89*7E»011.02186*01*. 3*076*014.79776*001.65906*00l.36**6*00d. 90396-011.30306*01

1.262*6-065.3*13£-011.1*236-06*. 65876-012.5*17E-OT3.7*25E-07

US1 - 1.806*04 M/SECXHE « C.OO

STANDING SHOCK1.8513E*032.7<JO*E«C1*.170?E«Ol6.63716*016.5a2C6*001.71366*001.59CiE«009. 76076-012.96*56*00

MOLE FRACTICNS

7.6Z18E-C5».*2J66-01T.31S76-052.57*26-013.*7C6E-C5

. 3.7728E-05

REFLECTED SHOCK2.9143E*033.*368E*01*.859*£»018.631*E»017.e758E»001.7921E»001.7*5C£»001.03*3E»003.193*E»00

«.S539E-0*8.5220E-01*.7889E-0*1.*6*1E-011.990TE-0*2.1557E-C*

US I » 1.90E*0« M/SECXHE • 0.00

STANDING SHOCK2.089*6*033.0257E«C1*.1380E»01 .7.6lCaE*017.108SE*COI. 75916*001.66886*00l.JC09E»003.22**E«00

MOLE Fft ACT IONS

1.70S5E-0*8.00S6E-011.6542E-0*1.9856E-017.1*C3E-057.6927E-05

REFLECTED SHOCK.35**E»03.6766E*01. 7*83E»01. 7338E»Ol.6*61E»00.8«21E*00.8223E»00.C582E»00

3.5715E»00

1.3165E-OJ8.9817E-011.265BE-039.8339E-024.313TE-044.8212E-04

188

TABLE I.-Continued

•100kN/nr

PI » 1.006*05 N/SM-M,XH2 « 1.00

US1 - 2.COt*C4 M/SECXHE - 0.00

MOVING SHOCK STANDING SKCK R E F L E C T E D SHOCKPT-

'RHU'. H

A*SiGAMEU

SPEC IES

E-Hh*'H2

1 H- ,H2»

PI » 1XH2 > 1

PT*

' R H O ' 'HA* ' ^ *

Sv '• i' '

GAMEU

SPEC IE S

E-HH* •'H2h- * 'H2*

2.«96E*021.98766*011.0350E*014.7999E»015.0469E*00'1.70126*001.4241c*00B.9985E-011.3733E*Ol

2.5484E-065.9560E-012. 344i>E-06,

' '..0439E-01'5.24126-077.2800E-17

.006*05 N/SU-M

.00

PL/ING SrlGCK

3 .2322E*022 .0S57E*011.0425E*0'l5 .2826E.015 .313 f l £»001.74366*001.486I>E*009.1073E-011.4435E»01

-..9943E-060.5456E-014.6043E-013.4542E-011.0308E-OC1.3608F.-00

2.3249E«033.2957E«C14.048eE«Cla. 41706*017.679SF«001.00326*001.7423E«001.0271E«CC3.508CE.CO

~ HOLE FRflCT ICNS

3.7832E-04n.;oe«E-oi3.671CE-041.4812E-011.3942E-041.5064E-04

3.81236*034.2969E»014.60706*011.09116*029.3«87E*OC1.8892E*001.882C6*001.05626*003.97T2E»00

3.2901E-039.2675E-013.1352E-036.4983E-028.4365E-049.9860E-0*

, US1 - i.lOE*C4 H/SECXHE - 0.03

STANDING SI-CCK2 . 5 5 2 t E « C 33.60986*013.9117E»C19 . 2 5 5 4 E » C 18 .282 IE>OCl . 8 4 5 t € » C O1 .807J6*CO1 . 0 5 1 2 E * C O3 . 8 3 8 4 6 * 0 0

- MOLF F R A C T I C N S

d .293 l t -048.90S2E-01a. 0 3 7 0 6 - 0 4l .CbSCE-Ol2 . 5 9 1 7 E - 0 42 . U 4 6 S F - 0 4

REFLECTED Sf-OCK4.2785E»034.9525E.014.4890E*01l.2143E*C29.86816*00l.';328F*001.5245E*001.02176*004.36516*00

7.11626-039.3838E-016 .7212E-034.4540E-C21.42626-031.82136-C3

PI - 1XHZ - 1

P

* TRHO .HASzCAMEU

SPECIES

t-Mh* .H2h-''H2*'

PI - 1XH2 - 1

PTRHOHA

Si

GAMEU

SPECIES

l-t-h*

. HZh-H2»

.006*05 N/SU-H,

.00,

COVING SHOCK3.5469E»022.190BE*011.0438E»015.7880£»015. 60146*001.7859E*00l.i510E»009.2338E-011.5124E»01

4.6113E1067.1046E-019.0980E-062.8952E-011.9542E-062.4674E-06

.OOE»05 N/SD-N,

.00 ,;

MOVIM, SHOCK3.8727E*022.3059E*C11.03<J9EO16.3160E.01i.9143E»OJ1.0^816*00 '1.61666.00S.3832E-011.5799E»01

l.d390E-J5r.62blE-011.7616E-J52.3J15E-013.6093E-06<,.3833E-06

US1 • 2.20E.O*XHE *. C.OO

K/SEC

'

STANDING ShOCK REFLECTED SHOCK2. 76176*033. 967SE*C13.73886*011.0U6E«02,8.80816*001.886C6«00.1.8616E*00

, 1.06*7E»00 ..«.2i8;e*cc

MOLt F R A C T I O N S —

1.76316-039.19S6F-011.7025E-037.55SIE-02«.51UE-0* ,5.1231E-OV .,

US1 - 2.30E*C*XH6 -V0.00

4.72506*035.47386*014. 41496*011.3384E»021.0220€»011.97246*001.9552£»00S.7599E-014.t76«*00

1.2729E-029.37»*E-011. 19426-023.2782E-022.06196-032.8492E-03

H/SEC

. • . P,

STANDING ShOCK REFLECTED SHOCK2.S5oOE*03«.35S«E*C13 .5631EtC l1.10C<E*029.3741E*00l .SZ3UE>00l .903CE»OC1.0592E*COA.6C*SE«00

MOLE HHJCTIONS —

3.5181E-C3•i.37H6E-013.38UE-C3 .5.3tJiE-02 .7.2726E-0*d.6377E-C" ,

•5 .14256*035.S398E»014.37216*011.4630E»021.04946*01

•2.C09*E»001.98036*009.3627E-01«.9242E»00

l'.9579E-02V.2993E-011.B284E-02

. 2.5403E-OJ2.6544E-033.9492E-03

189

TABLE I. - Continued

pj-lOOkN/m2

PI = 1XH2 = I

PTRnOHA

SICAMEU

SPE C IE S

E-Hh*H2H-H2»

PI • 1XH2 - 1

PTRHOHASZGAMEU

SPEC IE S

E-HH*h2H-

H2»

.OOE*05 N/SU-Mt

.00

MOV INI. SHOCK4.2111E*022.435GE*C11.02796*016.d669E*Ol6.2592E*OJl.d698E*001.68246*009.5634E-311.6467E*Ol

3. 544 9E -05a.miE-oi3.43065-051.B880S-016.5668E-067.7097E-36

.OOE»C5 N/SU-M,

.00

MOVING SHOCK4.56116*022.5838E*011.01066*017.44056*016.6453E*CO1.9108E+001.7«67E*009.7846E-011.7126E»OL

6.S874E-053.5*796-016.S198E-05H504E-011.1U91E-051.3567E-05

US1 = 2.40E»C4 K/SECXME = C.OO

STANOINb SHOCK3.1«10E*034.774UE»013.3998E«01I.IS22E«C29.77<i lE«OC1.9602E»001.93<.<iE>OC1.03<iCE«004.9742E«00

NOLE F R A C T I O N S

&.«S64E-C3'i.'ibOtE-Ol6.21?tE-033.B779E-C21.08C7E-031.35S7E-03

REFLECTED SHOCK5.5282E»036.2543£»014.3442E*C11.5686F»02l.C738E<-012.0448E»00

• - 2.0026E*CO9.0602E-015.112SE»OC

2.7138E-029.18tOE-012.5271E-022.08C2E-023.1604E-C35.0276E-C3

US1 • 2.50E«C4 M/SECXHE * 0.00

STANDING SKCCK3 . 3 i a e e * c 35.1878E»Ol3.2631E»C11.2882E«021.00766*01V.995<iE«COl.96C5E«00S.985SE-C15.29466*00

MOLE F f tACT IONS

1.0875E-029.462eF-011.0374E-022.9C39E-021.4754E-03l.S7t9E-03

R E F L E C T E C SHOCK5.667CE*036.7227E*014.3128E»011.7138E»02' .C965E+012.C790E»002.C235E»OC8.8380E-015.2368E»00

3.49616-029.0558E-013.2527E-021.7333E-023.56C4E-036.0142E-03

PI " IAH2 = I

P

TKHOHAS2GAMEU

SPEC IE S

t-HH*h2H-H2*

PI - 1XH2 - 1

PTRhOHASiGAMEU

SPEC IE S

E-

H*H2h-H2*

.OOE*05 N/SwMt

.00

MOVING SHOCK4. 9202E*G22 . 759VE*01S. 86416*00U. J3 586*017.0820E*00.1.9507E*00

' 1.80736*001.00S5E»001.7767E*01

1.4245E-04d. 92926-011.3995E-J4Ii06756-012.15646-052.40656-05

.006*05 N/SQ-M,

.00

MOVING SHOCK5.28526*022.97286*C19.5528E*Ou8.65206*017.57416*001.98S1E*00l.U611E*OJl.0369E»001.83816*01

3.0295E-049.24436-012.98986-047.4d905-023.92776-054.32496-05

US1 = 2.60E*04 M/SECXHE = 0.00

STANDING' SHOCK3. 480fcE*C3S.5822E*013.1446E*C11.387tE*C21.0326E«012.03CCE«CC1.9U29E«009.6336E-015.5679E«CO

HOLE F R ACT ICNS

1.6577E-029.4C4CE-011.5778E-022.251CE-C21.867CE-032.66S5E-03

REFLECTED SHOCK6.15286*037.C586E*014.26*56*011.64046*021.11856*012.11296*002.0440E»008. 671 IE -015.3378E*00

4.3037E-028.9159E-014.0009E-021.4613E-C23.8594E-036.8370E-03

US1 - '2.70E»C* M/SECXHE -.0.00

STANDING-SHOCK3.6268E«035.9434E*013.04576*011.49C3E«C21.0546E*012.062(E*CO2.0J36E.OO9.3402E-015.7588E*00

^OLE FR ACT ICNS

2.32COE-029.3111E-012.2C57E-021.UC60E-022.216SE-033.35966-03

REFLECTED SHOCK6.2699E»037.3654E*C14.18945*011.9668E*021.1399E»012.1467E*002.C643E»CO8.5453E-015.4156F«00

5.1166E-028.7716E-014.7610E-021.2393E-024.0581E-037.6141E-03

190

TABLE I.-Continued

• 100 kN/rri

PI * 1XH2 « I

p• T -

RHJHASIGAME

-U

SPECIES

E-Mh*HZH-h2»

PI - 1XH2 = 1

PTRhOHASZGAMEU

SPEC IE S

E-H1*M2H-

H2»

.OOE*05 N/SQ-Hi

.00

MOVING SHOCK5.6571E»023.23146*019.18856*009.28906*016.10656*002.J25oE»001.90536*001.06746*00V. $973E*Ol

6.6739E-04 "J.4823E-01o.6026t-045.0295E-027.13096-057.8432E-05

.OOE»05 N/Sv-N.

.00

HOMING SHOLUt. 03566*023.53646*018.d046E*009.94676*01b.626<>E*302.360JE»JOI.93a5c»001.0855E«00-1.95<i7E*Ul

1.4706E-524.t373E-011.A560E-033.3077E-021.25a3E-0<.l.*0*2E-0<.

USl - 2.80E»0* P/SECXHE = C . O O

STANDING SKOCK3 . 7 5 3 7 E « C 36.276tE«012.9552E«011.596<E«021.075tE«OJ2.097CE«002.0231E«CC9.1077E-015.8S3«E»00

KOLE FRACTIONS

3.05««E-C29.19C7E-012.9030E-021.4812E-022.512<iE-03*.02t«E-03

REFLECTED SHOCK6.S261E»037.t516E»014.0910E»01

2.09*3E»021.1609E»012.IB05E«002.0848E»008.««78E-015.1814E»00

5.9*07E-028.6232E-015.5379E-021.0525E-024.171IE-038.1992E-03

USl - 2.90E«C« H/SECXHt - C.OO

STANDING ShCCK3 .86e6EtC3O.id546»012.a731E«01l.7051E»021.096 LE»QL2 . 1 3 0 C E » 0 02.0437E«008.926CE-01i .V8" i7E»OC

POLE Fr t iCTICNS

3 . B 3 £ « E - C 29 .0538E-013.6*S1E-021.23«SE-C22.75C6E-034 .6423E-C3

REFLECTED SHOCK6.t390E«-037.9221E»Ol3.«8D1E»012.2227E»021.U17E»012.2U3E*OC2.10555*CO8.371CE-015.53696*00

6.772*6-028.4718E-01

6.3285E-028.94686-034.21556-038. 65436-03

PI » 1XH2 » 1

pTRHOHASLGAMEU

SPEC I E S

t-HH*H2H-H2*

PI » 1XH2 - I

PTRHOHASIb&ME

U

SPECIES

E-hh»H2H-h2»

,OOE»05 N/SU-M,.00

MLVING SHOCK6.4240E»023.87456*01a.4497E*001.0626E*029.0684E*002.09216*001.96226*001.0al7E*002.0113E*01

3.0700E-039.71356-013.0386E-032.2088S-022.0871E-042.40086-0*

.006*05 N/Sd-H,

.00

MO/ING SHOCK7.24926*024.56246*017.9615E*001.2055E*021.074.46*002.15026*001.99576*00l.0279E*002.12826*01

*. 0*756-039.6799E-019.7325E-031.14216-024.46216-045.6120E-04

USl •' 3.00E«C4 H/SECXHE = 0.00

STANDING ShOCK3.988CE*C36.87816*012.8094E*011.81796*021.1165E*012.1624E*CO2.06386*008. 7814E-016.03286*00

1

uni F FflirTirw^nULt rKflLI 1LN5

4.6589E-028.9C4fE-014.4315E-021.0440E-022. 94366-03

5.2183E-03

REFLECTED SHOCK6.74916*036.1654E.013.877 5E»012.35386*021.20256*012.24766*00

2.12656*008.30776-015.58«4E»00

7. 61116-028.3173E-017.1308E-027.6216E-034.2155E-039.0177E-03

USl - 2.206*04 N/SECXHE > C.OO

STANUING ShOCK4.31256*037.4382E*012.75526*012 . 0 5 7 5 E * C 21.157BE«012.22496*002.U44E«008.4647E-016.13706*00

POLE FRACTICNS

6.36C3E-02a.5860E-016.055tE-02'.73C3E-033.2344E-C36,28116-03

REFLECTED SHOCK7.1166E*038.72396*013.76136*012.C3266*C21.24586*012.31246*002.16a9E*008.20266-015.7006E*00

9.3050E-C28.00016-018.7591E-025.58106-034.1570E-039.6160E-02

191

TABLE I. - Continued

100 kN/m

PI • 1.XH2 = I.

P

TRHOHAS

GAMtU

SPEC I E S

E-hH*H2H-H2t

PI • 1.XH2 - 1.

PTRHOHASIGAMEU

SPEC IE S

t-HH*

h21 —H2*

006*05 N/Su-M,OC

KCvINo SHOCK.8. 1483E*02'5.18505*017.75266*00I .3bo3£*021.01046*012.203i)E*002.02716*009.71376-Jl2.25166*01

2.15276-029.4833E-J12.1249E-U27.17666-037.197d6-04•J.9758E-14

OOE*05 N/SU-M,00

HUVINu SHOCK9.1354b»C25.72286*017.7441E»OJl.b217E*021.04916*012 .2535E*002.0613E*CD9.32966-0!2.38476*01

3.6370E-02•J.2018E-013.586VE-025.1352E-039. 734 26 -J41.4744E-03

US1 = 3.40E»CXHE = 0.00

STANDING ShOCK4. 7b68E*037.9912E«C12 .7923E*C12.3187EK21.2005E«012.28466*002 .1453E»CO8* 406 4 E-Q 16» 2^4 C E *CO

MOLE F k A C T ICN b

8.255CE-017. 70456-025.9040E-033.4310E-037.25536-C3

US! - 3.606KXHE - C.OO

STANDING SHOCK5.4264E*03d. i?6i. 56*012.89846*012.6052E*C21.2452E»012. J429E *002.1868E*008.2821E-016.36676*00

• POL6 F R A C T I C N S

9.8UCE-027.92166-019.3519E-024.55C4E-033. 5426E-03"8.123SE-03

14 H/SEC

REFLECTED SHOCK7.73596*039.30246*013.75966*012.93836*021.29226*012.3750?*CC2.2119F*OC8. 11476 -015.83916*00

1.09996-017.67836-01U0396E-014.0976E-034.0488E-03I.OQ74E-C2

34 C/SEC

REFLECTED SHCCKS.t23JE»039.94856*013.84126*013.27703*021.34326*012.4367F»002.2565E*OC8.C371E-016.01476*00

1.26S7E-017.35326-011.2052E-C12.95S46-C33.89546-031.0343E-02

PI * 1.00E*05 N/SM-M,XH2 = 1

PTKHO

hA

S1GAMEU

SPEC 1 E S

E-HH*

t-2h-h2*

PI - 1XH2 • 1

PTRHOHASi

OAMEU

SPEC IE S

E-MH*fiH-

H2»

.00

MO VI NO SHOCKl.0195E»036.19926*017.d359E*001.69506*021.0866E*Oi.2.30206*002.0937E*009.07576-012.52156*01

3.2921E-026.87856-015.2160E-02S.'9343E-031.1876E-031..9482E-03

.OOE*05 N/SQ-M,

.00

PCVING SHOCK1.1325E*C36.6339E*017.98346*001.8781E*021.12366*012.34976*00

, 2.1334E*CO8.90036-012.6612E*01

7.02316-020.53706-016.9194E-023.1274E-C31.3575E-032.3942E-03

US1 = 3 ,eOE«C4 M/SECXHE - C.OO

STANDING SKCK6.1877E«039.1520E*013.0333E«C12.9126E.C21.29206*012 .40036*002.2289E«008.1836E-C16.5042E*00

MOLE F R A C T I C N S

1.1497E-017.5946E-01

' 1.0974E-013.4769F-C33.55t4E-03d.7876E-03

REFLECTED SHOCK9. 7069E*031.0670E*023.95036*013.6446E*021.39946*012.497SE»00

•2.303CE»007.9701E-016.23606*00

1.43S3E-017.0268E-011.3733E-012.0585E-C33. 69956-031.0303E-02

US1 - «.COE*04 M/SEC *XHE > 0.00

STANDING SI-GCK7.0517E*C39.774EE*013.1754E*C13.239>5E»C2 •1. 34166*012.4572E«,CO2.272CE*008.1046E-01'6.6836E<00

KOLE FRACTICNS

1.3150E-C17.2745E-011.2579E-012.598EE-C33.462ZE-03•J. 16416-03

REFLECTED ShOCKl.C972E*0*1.1493E«024.05856*014.04276*021.4625E*012.5588E*002.35246*007.9117E-016.5162F»00

1.61086-016.69486-011.5467E-011.36296-033.4959E-039.90SOE-03

192

TABLE I. - Continued

p -lOOkN/irr

PI • IXH2 • 1

pTRHO .

_-'HASICANEU •

SPECIES

E-HH*HZh-H2»

PI - 1XH2 - 1

PTRHOHAStCAMEU

SPECIES

E-HM»

n2b-H2»

.OOE>05 N/Sg-M,

.06

MOVING SHOCK1. 25236*037.04156*018.1591E»002.0710E*021.160*E*Ol2.3971E*002.17976*008.7732E-012.8028E*01

d.77S7E-Oid.l8V3E-01d.6*74E-022.5330E-031.4636E-032.7973E-03

.006*05 N/SU-H,

.00

CUVINU SHOCK1.3785E«037.*322E»C1B.3*58E»CO2. 2734?. 021.1973E*012.4444E*OJ2.22256*008.6T83E-012.9453E*01

1.05ME-01'.8*l»E-Ul1.0373E-012.0679E-031.5670E-033.1*69t-iJ3

US1 > «.20E»C4 K/SECXHE - C.OO

STANDING SKOCK?.99<>5E«OJ1.04<,1E«023.306'iE.Ol3.5841E*C21.39'.5E>012.5l36EtOO2.3164E»CO8.04HE-016.9332E»00

MULE FRICTIONS

1.4775E-016.S5S3E-011.41C3E-011.8818E-033.343U-C39.27C2E-03

REFLECTED SHOCK1.2*OTE»0*1.2<i*5E*024.1<i*8E»Ol4.<.721E»021.53*OE*012.6191E»002.^0536*007.8605E-016.6630E»00

1.7852E-016.35*3£-011.7270E-018. «9 706-0*3.33636-039.15**E-03

US1 > 4.40E«0« N/SECXHE - 0.00

STANDING St-OCKS.0266E«C3<.1177E«C23.<.17flE«Cl3.9«72E«C21.4528E*012.b7ClE«002.363<iE»CO7.98S4E-017.1926E»CO

fGLE FRACTItNS

1.6«C9E-016.6«.17E-011.5623E-C11.30«OE-033.1730E-039.035tE-C3

REFLECTED SHOCK.4017E«0«.3587E»02.1872E«01. •53866*02.617«E»01

2.6796E»002.«63SF*007.81*8E-Ol7.32*BE*00

1.V686E-015. 99266-011.920*6-01*.8*7t>E-0*3.26«9E-038.0867E-03

PI • I.XH2 " 1.

PTRHOHASIGAMEU

SPECIES

E-H

H*M2H-

M2»

PI • 1.XH2 • 1.

PTRHOHA

SIGAMEU

SPECIES

6-HH»

H2H-

h2»

OOE«05 N/SO-M.OC

HO VINO SHOCK1.51136*037.81396*018.532*E*002.485*6*021.23*6E*012.*9176*002.266*E*008.6065E-013.0882E*01

1.2267E-017.»975E-01L.2084E-011.6895E-031,61326-033.43526-03

006*05 N/SU-Mt00

MOV INI. SHOCK1.6*96E>03a.!9*5E*018.7082EtOO2.7069E.021.272VE.012.5393E.JO2.3117E.OO8.5528E-013.2312£»01

1.3987E-017.156*E-011.37S4E-011.3725E-031.622 BE- J33.65o 26-03

US1 - *.60E»0* M/SECXHE - 0.00

STANDING St-OCK1.01116*0'!1.1980E«023.4992E*01*. 3256E*02I.SIS:E«CI2.62*6E*002.<.118E*007.9487E-017. 5385E«00

MDLE FRACTIONS

1.80UE-016.3282E-011.7464E-018.7036E-0*3.0170E-038.5152E-03

REFLECTED SHOCKi.;eooe»041.49516*024.18086*015.44396*021.7139E»012.7393E»002.52776*007.77326-017.90*56*00

2.15896-01S.6133E-012.1236E-012.63426-043.3135E-036.8452E-03

US1 • «.»OE«C* M/StCXHE • 0.00

STANDING SKCCK1.12286*041.2872E<C23.542CE*C14.7189E»021.58426*012.67766*002.46286*007.SU2E-C17.96196*00

HQI£ F R A C T IONS

1.962JE-016.0119E-011.S136E-015.56586-042.90456-037.76266-03

REFLECTED SHOCK1.77646*041.65926*024.12166*015.99626*021.82586*012.7980E»002.59766*007.73**E-018.65226*00

2.3S78E-C15. 21396-012.336TE-011.33146-043.46146-035.5736E-03

193

TABLE I.-Continued

100 kN/nT

PI ' 1XH2 - 1

PTRHOHASzGAMEU

e per ICC)r CL 1C 5

6-HH*H2H-H2«

.006*05 N/SU-M,

.00

POVINl, SHOCK1.79*1E*03b. 57446*01B.S7*9E*00S.9377E+021.3120E*cr2.5U64E*00«.3577E*CO6.5148E-013.3738E*al

1. 56626-016.82*56-011.54*1E-011.10896-031.6022F-033.8065E-03

USl - 5.COE«04XHE = 0.00

H/S6C

STANDING ShCCK REFLECT60 SHOCK1.238(6*0*1.38806*023.5*5*E«C15.12716*021.66066*012. 729 5 E*CC2. 516SE*CO7.89316-018.*3**6*00

HOLE FRACTICNS "••

2.12576-015.6861E-C12.08576-013.*0216-C42.85S16-036.85*56-03

1.99076*04 '1.651*6*02*. 02486*016.59286*021.95116*012.854*6*002.67156*007.696*6-019.53326*00

2. 55876-014.8091E-012.5508E-016.56336-053.6449E-03*.*3*3E-03

PI > 1.006*05 N/Sh-MtXH2 - 1

PTRHOHASIGAMEU

SPECIES

E-HH*H2H-H2*

.00

HOVING SHOCK1.9*43E*038.963*6*019.0192E+003.1779E*C21.35296*012.63386*002.40516*01)a.*90d6-Cl3.51586*01

1.7319E-016.49636-011.70866-01d.845 16-0*1.55*66-033.88336-03

USl « 5.206*04 M/SECXHE - 0.00

STANDING ShOCK1.35216*041.50036*023.50106*015.54616*021.74426*012.77976+OC2.5742E«CO7.8774E-019.0*276*00

POLE FRACTIONS

2.2914E-015.35796-012.26126-012.00876-0*2.86216-035.88446-03

R6FL6CT60 SHOCK2.22056*042.C7146*023.90066*017.23536*022.08816*012.90886*002.7*826*007.6590E-011.05*66*01

2.75786-01*.4384E-012.76C76-013.2466E-053.78166-033.49456-03

PI = 1.XH2 » 1.

PTRHOHASi 'GAMEU

SPECIES

E-HH*h2H-H2*

PI > 1.XH2 • 1.

PTRHOHAS2GAMEU

SPEC IES

E-HH»H2H-H2»

006*05 N/SU-M,OC

POVING SHOCK2.10016*03S. 36*66*019.139*E*003.*273E»021.39596*01 ''2.68106*00 •'2.*537E*00b.*8036-013.65696*01

1.89*96-016.173*6-011.67096-016.9539E-0*l.*855E-033.6806E-03

OOE*Oi N/SO-M,00

MOVING SHOCK2.26116*039.7b30E*019.23136*003.68606*021.44156*012.72826*002.50386*00 '8. 48346-013.7969g»0l '

2. 05566-01S.6554E-012.0314E-015.3742E-041.4005E-033.8185E-03

USl < 5.40E*04 M/SECXHE * 0.00

STANDING SHOCK1.4638E«041.6224E*C23.*27EE«C15.V767E*021:83316*012.027CE*002.6325E«CO7.8676E-C19.73446*00

POLE FRACTIONS

2.4536E-C15.03396-012.4330E-C11.17496-042.91C6E-03*. 96866-03

R6FL6CTEO SHOCK2.*635E*042.31316*023.77106*017.92096*022.23136*012.55996*002.82436*00

. 7.62126-011.16616*01

2.9465E-01'4.0304E-012.9570E-01'1.67686-053.82376-032.7760E-03

USl - 5.606*04 M/SECXHE - 0.00

STANDING St-OCKl.S693E«041.75516*023.31996*016.415l6*C21.92816*01

• 2.872SE*002.6931E*CO7.86916-01 '1.05596*01

MOLE FR ACT IONS

2. 61566-014.7088E-012.6C39E-016.8124E-052.9604E-03*.13*C6-03

1 '

REFLECTED SHOCK2.71596»C*

•' 2.56726*02 '3.6526E»018.6446E*022.37*66*01 '

' 3.00686*00* 2.89636*00 '

7.5833E-011.28416*01

.1X72 6-01

.69016-01

.132*6-01

.26526-06

.76936-032.251*6-03

194

TABLE I. r Continued

•lOOkN/rrT

PI * IXH2 » 1

P ' .T '•KHOHASZGAMEU

SPECIES

f- ,HM»H2 '. ,H- "H2*

PI « IXH2 - 1

PT .RHO'HA - ,S 'I . 'GAMEU

SPEC I E S

E-1-M»H2M-H2*

.COE»05 N/SU-M,

.00

POV1NG SHOCK2.4274E*03l'.0218E*029.29986*003.9539E»021.4895E*012. 77*2 E* 00 .2.55*4E*OC8.4998E-01

' 3.«56E*01

2.2114E-015.5469E-012.1aT6E-014.09216-041.3075E-03 .

' 3.6883E-03

.OCE*05 N/SU-M.

.00" '

HCVING SHCCK2.598*E»C3l.J692E*029.3172E»0&4.2308E»02l.5426E*Ol2.d2l5E*002.60846*00D.5324E-014.07266*01

2.3702E-615.232*E-S12.3*74E-013.01915-041.2057E-033.4883E-U3

US1 - 5.eOE»C<. M/SECXHE - C.OO

STANDING SHCCK1.6725E»0«l.S959E*023.204CE«016.8645E»022.0263E»012.91SSEtOO2.7533E*007.8657E-011.1412E»01

HOLE FRACTIONS

2.77C7E-014.3984E-01

. 2.76«3E-014.01S7E-C52.99EU-03

• • 3.4332E-C3

REFLECTED SHOCK2.9751E»042.6398E»023.S30SE»019.3997E»022.52J1E»013.0522E»002.9673E»007.S486E-01l.4CH3E*Ol

3.27B4E-C13.3708E-013.2961E-015.3347E-06

, 3.6169E-031.84A3E-03

US I « 6.00E*Ot H/SECXHE « C.OO

STANDING SI-GCK1.7656E«C« .2.04<,1E«023.C692E«Cl7.3213E»022.1282E*Ot2.9S78E«CC2.ai«3E«007.8736E-C11.23<,3E«C1

HOLE F R A C T I O N S

2.922H-014.0S5SE-012.9235E-012.3f«8E-CS2.98ME-032.843CE-03

REFLECTED SHOCK3.2310EKM3.1198E»02

• 3.413LE»01t.0188E<-03 .2.6679E»Ot3.09«8E»003.034«E»007.5188E-011.5282E»01

3.*2**E-Ol3.0J33E-013.4430E-013.2«93E-C63.3989E-031.54C7E-03

PI » 1.XH2 > 1.

PIRHOHASZGAMEU

SPEC IE S

E-HH»H2H-H2»

PI • 1.XH2 - 1.

P -TRHOHASIGAMEU

SPEC IES

E-Hh»H2h-H2»

OOE»05 N/SU-M,00

fOVING SHOCK2.7741E+031.119+E*029.305bE*00*.5168E*021.5993E*012.867«.E»002.6630E»008.57WE-014.2078E»01

2.52«,<.E-014.9269E-012.5030E-012.1852E-0*1.1072E-033.2426E-03

OOE»05 N/SO-M,00

COVING SHOCK2.9540E»031.1736E»029.2S61E»00«.6116E*021.6639E»012.9126E»002.7193E»00t.6<,3tE-01«.3«07b>01

2.6763E-01<..6255E-012.6569E-011.5420E-041.01486-032.9582E-03

US1 ' t.20E*04 M/SECXHE • C.OO

STANDING SHOCKl.B521E»0*2.1951E*022.9364E«017.7858E«C22.23016.012.9911E»CO2.873«E«CO7.88*96-011.3313E«01

KOLE FR ACT ICNS

3.06346-013.ai««E-013.06ESE-011.4834E-052. 92646-032.3722E-03

REFLECTED SHOCK3.48286*043.4043E«023.30326*011.0994E»032.8109€»013.1348E>003.C971E»007.4939E-011.6476E»Ol

3.5555E-012.8261E-013.S738E-012.0814E-063.1465E-031.30686-03

JSl > 6.40E»04 M/SECXHE - 0.00

STANDING SHOCK1.9297E«042.3495E«C22.U018E.018.2572E»022.3328E«C13.0351E»CO2.9314E«CO7.9015E-011.4312E«C1

P OLE FRiCT IONS

3.1972E-013.S488E-013.2C57E-C19.405tE-062.83C4E-031.98tlE-03

R6FLECTED SHOCK3.72486*043.6920EO23.1968E*011.18216*032.95136*013.1727E*003.1SS96*007.4754E-011.7647E»01

3.6740E-012.59456-013.6915E-011.38806-062.8768E-031.1221E-03

195

TABLE I. - Concluded

• lOOkN/m

PI = I.XH2 . 1.

PTPHOHAsIGAM 6U

SPEC IE S

e-hH«h2h-H2»

PI « 1.XH2 « 1.

PTRHOHASIGAMEU

SPEC IES

E-hH*HZH-H2»

CCE«05 N/Sa-^i00

MOVING SHUCK3.13706*031.232*6*C25.1682E*CO5.115J6»C21.72796*012.55716*002.77?1E*CO8. 72376-014.47UE*01

2.82S7E-014.32B96-J12.00856-01I. 06026-04•J.3225E-U4,".64*16-03

006*05 N/SU-M,00

MOVING SHOLIl3.3252E»C31.2968f*02<i.039»fc»005.*27»E»021.80136*013. 00086*002.83636*008.K205fc-01<i.J<J89E*Ol

2.S731E-1.1<,.w>e-oi2.*58«E-Ol7.0866E-05i.6ll«E--J*2.32736-03

usi - 6.eoe»o<t M/SECXHE - C.CO

bTANOING SHOCK1.99376*042.S33«E«022.66t>t£»Cl8.73056*022.<>347E*C13.07166*002.f871E«007.92536-C1l.S«OCE*Ol

HOLE FRACT 1CNS

3.22i6E-013.30C5E-013.332?6-Ol6.14CCE-C62.6933E-031.6786E-C3

REFLECTEO SHOCK3. 9S646+043.S851E4-C21.09106*011.26756*033.C906E*013.20946*003.2H?E»OC7.4636E-01l.C848E*(M

3.7828E-012.38236-013. 79916-019.5197E-072.6007E-03•..7091E-04

USI > t.80E«C4 M/SECXHE > 3.00

STANDING SKCCK2.0;23E*C42.6646E*022.S3C1E«C19.2t»3E«322.5*02E*013.10816*003.0**3E«007.S547E-CI1.6399E«01

HULt FRACTIONS

3.4«*6E-C13.0603E-013.*557E-Cl*. 04*56-062. 521*6-031.4167E-03

REFLECTED SHOCK.4.1663E»04'4.28006*022.?8146«011.35366*033.2289E»OV3.2451E*003.26516*007.46066-01l.S974E»01

3.88316-012.18736-013.89»9E-016.67ME-072.3262E-038.4419E-C4

PI «XM2 •

fTHHOHASiGAM 6U

l.CCE*05 N/SU-M, USI - 7.006*04 N/SEC1.00

MOVING SHOCK3.51596*031.3663E*028.8860E*CC5.7484E»02l.t)797E*Ol3.0428E*002.8960E*008.929dE-Ol4.7239E*01

XHE * C.OO

STANDING SHOCK2.1018E«042.8233E«022.4032E*C19.70466*022.6432E*013.1428E«CC3.097dE»CO7.9883E-C11.741!E«01

REFLECTED SHOCK4.3595E4-044.56966*022.87906*011.44096*033. 36166*013. 27856 «-003.31376*007.4627E-012.10576*01

SPECIES fOLE FRACTIONS

E-HH*

H2h-H2*

3.U46E-013.7543E-013il025E-Ol4.65346-058.0407E-042.01486-03

3.555SE-012.8412E-013.56736-012.7476E-C62.3495E-031.20t7E-03

3.9T19E-012.01466-013.98536-014.83306-072.07496-017.41166-0*

196

Driver gas Test gas

Diaphragm

(a) Prior to diaphragm rupture.

Expansion wave

Interface -1 L Incident sho.ck

(b) Incident (moving) normal, shock in test gas.

u2 // . ,

© * ^~]i Us

Model

(c) Standing normal shock at test model.

U

(d) Reflected normal shock from end wall.

Figure 1.- Sketches illustrating shock-tube regions of interest:Regions @ , (2s) , and (2r) .

197

Page Intentionally Left Blank

Symbols denote calculations of reference 10

50

Figure 2.- Mole fractions for" hydrogen as a function of temperaturefor various pressures.

199

10°

10

10-2

10

10

. » » » » o»o o »

Solid symbols denote calculations of reference 10Open symbols denote calculations of reference 17

I J

0 5 10 15 20 25

T, KK

P/PO =

30 35 40 45 50

Figure 2.- Continued.

200

Solid symbols denote calculations of reference 10Open symbols denote calculations of reference 17

(c) p/pQ = 10.

Figure 2.- Continued.

201

Solid symbols denote calculations of reference 10Open symbols denote calculations of reference 17

10

(d) p/pQ = 100.

Figure 2.- Continued.

202

10"

10

10-2

10,-3

Solid symbols denote calculations of reference 10Open symbols denote calculations of reference 17

1010 15 20 25

T. kK

30 35 40 45 50

(e) p/'po = 1000.

Figure 2.- Concluded.

203

U$,km/ sec

(a) Pressure P2/P-| •

Figure 3-- Thermodynamic properties and flow velocity behind an incidentnormal shock into pure hydrogen.

20 U

34

Us.km/ sec

(a) Concluded.

Figure 3-- Continued.

205

24 28 32 36U ,km/ sec

(b) Temperature T2/T«

Figure 3.- Continued.

206

U ,km/ sec

(b) Concluded.

Figure 3-- Continued.

207

U ,km/ sec

(c) Density Pp/p...

Figure 3-- Continued.

208

\ 12

, < 8

58 62 66 70

U ,km/ sec

(c) Concluded.

Figure 3-- Continued.

209

U, km/sec

(d) Enthalpy h2/hr

Figure 3.- Continued.

210

U ,km/ sec

(d) Concluded.

Figure 3-- Continued.

211

0 . .

U ,km/ sec

(e) Speed of sound a~/a*.

Figure 3-- Continued.

212

U$,km/ sec

(e) Concluded.

Figure 3-- Continued.

213

-K, 2.0

1.8

1.6

1.2

1.0

U .km/ sec

(f) Entropy s2/s.,.

Figure 3-- Continued.

214

3.1

3.0

2.9

2.8

2.7

38 42 46 50 54 58 62 66 70

U ,km/ sec

( f ) Concluded.

Figure 3.- Continued.

215

0.005

1.0

1100.0

U ,km/ sec

(g) Molecular-weight ratio Z2/Zr

Figure 3- Continued.

216

4.0rr

3.8 Er

38 42 46 50 54 58 62 66 70

U ,km/ sec

(g) Concluded.

Figure 3.- Continued.

217

1.18 c:

32 36U ,km/ sec

(h) Isentropic exponent YE .

Figure 3-- Continued.

218

66 70U ,km/ sec

(h) Concluded.

Figure 3.- Continued.

219

Us,km/ sec

(i) Flow velocity U2/a1

Figure 3.- Continued.

220

60tr-r

56 r

52

48

44 E-

U$,km/sec

(i) Concluded.

Figure 3-- Concluded.

221

l.OxlO4p..kN/m£

36Us,km/sec

(a) Pressure p? /p..

Figure 4.- Thermodynamic properties and flow velocity behind a standingnormal shock for pure hydrogen.

222

4.0x10

, kN/nT

U ,km/ sec

(a) Concluded.

Figure 4.- Continued.

223

kN/m

36U .km/ sec

(b) Temperature T2g/T

Figure **.- Continued.

224

34

U, km/sec

(b) Concluded.

Figure if.- Continued.

225

100

60

40

I i

^_

"

t

iii

• riiji!

•

16 20 24 28 32 36

Us,km/ sec

(c) Density P2S/P1 •

Figure 4.- Continued.

226

34 54 58 62 66 70U .km/ sec

(c) Concluded.

Figure ^.- Continued.

227

400 r~

16 20 24 28 32 36

U ,km/ sec

(d) Enthalpy h2g/hr

Figure 1.- Continued.

228

Mil III! MM MM Mil MM III! III! III! MM MM MM Mil MM Mil I I M M I I I

34 38 66 70

U ,km/ sec

(d) Concluded.

Figure H.- Continued.

229

, kN/nr

24 28 32 36U ,km/ sec

(e) Speed of sound a~ /a.,.

Figure 4.- Continued.

230

U ,km/ sec

(e) Concluded.

Figure 4.- Continued.

231

24 28 32 36U ,km/ sec

(f) Entropy s2s/s1.

Figure 4.- Continued.

232

,/r

2.034 38 42 46 50 54 58 62 66

U ,km/ sec

( f ) Concluded.

Figure H.- Continued.

233

24 28 32 36

U. km/sec

(g) Molecular-weight ratio Z_ / z « .

Figure M.- Continued.

234

70

U ,km/ sec

(g) Concluded.

Figure 4.- Continued.

235

1.18

kN/m'

U ,km/ sec

(h) Isentropic exponent yE

Figure 4.- Continued.

V

236

1.24

1.20Pr kN/ m

84 ^TFi i l l i i i l l 1111 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 ; 111 1111 11 i f | | i i 1 1 1 1 1 1 1 1 | i i i 1 1 1 1 1 1 1 1 MI70

U. km/sec

(h) Concluded.

Figure 4.- Continued.

237

24 28 32 36

U, km/sec

(i) Flow velocity U2g/a1

Figure 4.- Continued.

238

U , km/ sec

(i) Concluded.

Figure 4.- Concluded.

239

2.0 xlO4

0.005

. kN/m

36Us,km/ sec

(a) Pressure Ppr/Pl•

Figure 5.- Thermodynamic properties behind a reflected normal shock andreflected shock velocity for pure hydrogen.

240

8.0x10'

7.2

I I I I I I I I I I I I III! II I I I I II l i lt I I I I I I 1 I

kN/iTT

38 42 46 50 54 58 62 66 70Us,km/ sec

(a) Concluded.

Figure 5.- Continued.

in), ini mi nit1 mi mi in20 24 28 32 36

U .km/ sec

(b) Temperature T2r/T.|.

Figure 5.- Continued.

242

4.0

3.6 ~

U .km/ sec

(b) Concluded.

Figure 5.- Continued.

243

36Us,km/ sec

(c) Density <>2r / < > ' \ '

Figure 5.- Continued.

70

(c) Concluded.

Figure 5.- Continued.

215

32 36

U ,km/ sec

(d) Enthalpy h2r/h1.

Figure 5.- Continued.

246

1200i

34 38U. km/sec

(d) Concluded.

Figure 5.- Continued.

247

p., kN/nf

16 20 24 28 32 36Us,km/sec

(e) Speed of sound a~r/a,.

Figure 5.- Continued.

2U8

l l l l l l l l l l l l i l l l l l i l l I l l l l l l l l l I I HI mini i mill i ill i uli n 1 1 1 1 1 il 1 1 n54 58 62 66 70

Us.kni/ sec

(e) Concluded.

Figure 5.- Continued.

219

mi nti mi i m i in i ii i ii 11 1 1 1 120

U ,km/ sec24 28 32 36

(f) Entropy s2r/s.,.

Figure 5.- Continued.

250

66 70U ,kmf sec

(f) Concluded.

Figure 5.- Continued.

251

CMIM

24 28 32 36U ,km/ sec

(g) Molecular-weight ratio Z- / Z « .

Figure 5.- Continued.

252

CMIM

4.0C7

Us,km/sec

(g) Concluded.

Figure 5.- Continued.

253

20 24 28 32 36U ,km/ sec

(h) Isentropic exponent YE

Figure 5.- Continued.

'\ •

254

. mm'

62 66 70U ,km/ sec

(h) Concluded.

Figure 5.- Continued.

255

U .km/ sec

(i) Reflected shock velocity

Figure 5.- Continued.

256

70

Us.km/ sec

(i) Concluded.

Figure 5.- Concluded.

257

30

26

24

22

20

=" 14

io2 io3 10 10'

P4/P1(a) Helium driver gas.

Figure 6.- Incident shock velocity as a function of ratio of driver gaspressure to hydrogen test gas pressure for helium and hydrogen drivergases. PI = 68.95 MN/m2.

258

12r

T4.K

10

°1101

J

10810210

3 104 105

P4*l

(b) Hydrogen driver gas.

Figure 6.- Concluded.

10'

259

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