A UNITED STATES L*

DEPARTMENT OF COMMERCE

PUBLICATION

U.S.

DEPARTMENT

OF

COMMERCE

National

Bureau

of

Standards

ATIONAX, BWMAU

OF STANDARDS

r ' ,m:ARY

,l»AR

i I i u

NBS TECHNICAL NOTE 384

Thermophysical Properties

of Oxygen from the Freezing

Liquid Line to 600 R

for Pressures to 5000 Psia
NATIONAL BUREAU OF STANDARDS

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WTJOML BUREAU OF STANMUDS

UNITED STATES DEPARTMENT OF COMMERCE

Maurice H. Stans, Secretary

NATIONAL BUREAU OF STANDARDS ® Lewis M. Branscomb, Director

NBS TECHNICAL NOTE 384

ISSUED JULY 1971

Nat. Bur. Stand. (U.S.), Tech. Note 384, 189 pages (July 1971 j CODEN: NBTNA

Thermophysical Properties of Oxygen from the Freezing

Liquid Line to 600 R for Pressures to 5000 Psia

Robert D. McCarty and Lloyd A. Weber

Cryogenics Division

Institute for Basic Standards

National Bureau of Standards

Boulder, Colorado 80302

**T c<v

NBS Technical Notes are designed to supplement the Bureau's regular publications program. They provide

a means for making available scientific data that are

of transient or limited interest. Technical Notes may

be listed or referred to in the open literature.

For sale by the Superintendent of Documents, U.S. Government Printing Office, Washington, D.C. 20402

(Order by SD Catalog No. C13.46:384), Price $1.50

Stock Number 0303-0873

Contents

Page

1. Introduction . . 1

2. Thermodynamic and Related Properties . . 1

2. 1 P-V-T Surface 1

2. 2 Derived Thermodynamic Properties . 1

2. 3 Related Properties 2

2. 4 Heat Capacities . 3

3. Transport Properties 4

3. 1 Thermal Conductivity 4

3. 2 Viscosity . 7

4. Surface Tension . . . 8

5. Dielectric Constant 9

6. Index of Refraction 9

7. Thermal Diffusivity 12

8. Prandtl Number 12

9. Joule -Thomson Inversion Curve . . 12

10. The Melting Line 13

11. Summary . 14

12. Bibliography. 15

Appendix A, List of Symbols and Units 17

Appendix B, Fixed Points 19

Appendix C, Conversion Factors . 19

Appendix D, Saturation Properties 22

Appendix E, Isobaric Properties 28

Contents

Page

1. Introduction 1

2. Thermodynamic and Related Properties . . 1

2. 1 P-V-T Surface . . . 1

2. 2 Derived Thermodynamic Properties 1

2. 3 Related Properties 2

2. 4 Heat Capacities 3

3. Transport Properties 4

3. 1 Thermal Conductivity 4

3. 2 Viscosity 7

4. Surface Tension „ . 8

5. Dielectric Constant 9

6. Index of Refraction 9

7. Thermal Diffusivity 12

8. Prandtl Number 12

9. Joule-Thomson Inversion Curve 12

10. The Melting Line 13

11. Summary . 14

12. Bibliography. 15

Appendix A, List of Symbols and Units 17

Appendix B, Fixed Points 19

Appendix C, Conversion Factors 19

Appendix D, Saturation Properties 22

Appendix E, Isobaric Properties 28

List of Tables

Table

1 Least squares estimates of parameters A. in equation (6) 4

2 Least squares estimates of parameters B. in equation (7) 5

3 Least squares estimates of parameters C. in equation (9) 7

i 4 Least squares estimates of parameters D. in equation (11) 8

5 Index of refraction of saturated liquid oxygen at three wavelengths . . ,11

6 Joule-Thomson inversion curve 13

7 Melting line for oxygen 14

Figu]

List of Figures

1 Heat capacities of oxygen along the saturated liquid line 3

2 Deviation between thermal conductivity for 3 from equation

(7) and Ziebland and Burton (1955) 5

3 Enhancement of the thermal conductivity for 3 in the critical region . . 6

4 Specific refraction of oxygen as a function of density and

wavelength 11

5 Temperature -entropy chart for oxygen 20

6 Mollier diagram for oxygen 21
THERMOPHYSICAL PROPERTIES OF OXYGEN FROM THE FREEZING

LIQUID LINE TO 600 R FOR PRESSURES TO 5000 PSIA*

Robert D. McCarty and Lloyd A. Weber

Tables of thermophysical properties of oxygen are presented

for temperatures from the melting line to 600 R for pressures to 5000 psia. The tables include, entropy, enthalpy, internal energy,

density, volume, speed of sound, specific heat, thermal conductivity,

viscosity, thermal diffusivity, Prandtl number and the dielectric

constant for 79 isobars. Also included in the isobaric tables are

quantities of special utility in heat transfer calculations: (BP/dV) T , (SP/oT) D

, V(SH/BV)S , V(3P/BU) V

, -V(BP/3V) T, 1/V(SV/ST) P

.

In addition to the isobaric tables, tables for the saturated vapor

and liquid are given which include all of the above properties, plus

the surface tension. Tables for the P-T of the freezing liquid, index

of refraction and the derived Joule-Thomson inversion curve are also

presented. The specific heat of the saturated liquid is given in graphical form. A temperature -entropy chart and a Mollier diagram

are also included.

KeyWords: Density; dielectric constant; enthalpy; entropy;

equation of state; fixed points; heat transfer coefficients; index

of refraction; Joule -Thomson; latent heat; melting point; Prandtl

number; oxygen; specific heat; speed of sound; surface tension;

thermal conductivity; thermal diffusivity; vapor pressure; viscosity;

volume.

This work carried out at the National Bureau of Standards, supported by

the NASA-MSC contract T-1813A.

VI
1. Introduction

During the last ten years the importance of oxygen in the space program has

grown steadily. Along with the growth in application of oxygen has come the need for more

data on oxygen of a wider scope and greater variety. The purpose of this document is to assemble, under a single cover, data on many of the properties of oxygen commonly used

for engineering calculations, over as wide a temperature and pressure range as possible,

and present these data in a form which is convenient to the engineer. All of the data

presented here have been critically evaluated and represent the "best values" for that

particular property at this time.

Additional tables of properties, like those in appendix E, but with smaller increments of temperature and pressure and tables in SI Units are available in microfiche form. A larger size of the T-S chart and the Mollier diagram on pages 20 and 21 are available. A computer program to calculate the various properties is also available.

Inquiries should be addressed to the National Bureau of Standards, Cryogenic Data

Center, Boulder, Colorado 80302.

2. Thermodynamic and Related Properties

2. 1 P-V-T Surface

The P-V-T surface described by Weber (1970) was used to calculate all the

thermodynamic and related properties. The tables given here are essentially the same

as those given in an earlier report, Weber (1968), with the exception of the critical region,

which has been modified to take advantage of more recent experimental information. The

tables given here contain additional properties not tabulated in the earlier report. The

P-V-T surface given by Weber has also been extrapolated from 300 K to 340 K. The

loss of accuracy due to the extrapolation is estimated to be negligible. For a detailed

description of the P-V-T surface, see Weber (1970). Except for the critical region,

the uncertainty in tabulated specific volumes is estimated to be less than 0. 1%.

2. 2 Derived Thermodynamic Properties

The enthalpy (H), speed of sound (W), and the internal energy (U) were calculated

directly from the equations taken from Weber (1970) and should be identical to those of

Weber when the proper unit conversion is applied. To correct an error in Weber's eariler

work a slight adjustment was made to the entropy (S) calculation, i. e. , 0. 1043 J/g mol-K

was added to all values.
2. 3 Related Properties

A number of parameters such as the specific heat input [V(dH/gV) J are of use

to the engineer. Several of the more useful quantities of this kind have been tabulated here

for the convenience of the user. These quantities have been derived from Weber's data

in the following manner:

Specific heat input (commonly symbolized by Q ) v(m=><(w\<m]

Energy derivative (commonly symbolized by § )

(1)

V

bp \ v zap

U L C V9T (2)

Isothermal bulk modulus (commonly symbolized by a )

JP \ /3P

(3)

Volume expansivity (commonly symbolized by g)

_L ( 5V

v Vbt

I (IP

) i (JB£.

)

p V3T Jn VSp A

(4)
2.4 Heat Capacities

Z , C , which apnea

p sat rr Weber (1970). Figure 1 shows heat capacities along the liquid line.

The heat capacities, C , C , C which appear in this document are taken from v p sat rr

1 50 200

TEMPERATURE, R

250

Figure 1. Heat capacities of oxygen along the saturated liquid line.

Except for the critical region, the uncertainty in the tabulated specific heats is estimated

to be no greater than 2%. At the critical point, the specific heats are anomalous,

therefore no estimate of accuracy may be made.
3. Transport Properties

3. 1 Thermal Conductivity

The thermal conductivity of a fluid may be separated into three additive parts,

X = X (T) + X t (o,T) + X e (p,T) (5)

where X (T) is the dilute gas contribution, \ E (p, T) is the excess or dense gas contribution, and Xc (p, T) is the enhancement in the region near the critical point. Hanley (1971)

calculated the dilute gas contribution using a potential function. Hanley' s values are represented here by

9

X (T}= £ A.T1 (6)

i=l

where \ is in W/cm-K, T is in degrees K, and the A.'s were determined by a least

squares fit to Hanley' s calculated values.

Table 1. Least squares estimates of parameters A. in equation (6).*

\ = 9. 3648096074 x 10" 7 A2 =-4. 1398868586 x 10" 9

A3 = 1. 0278371325 x 10 _1° A4 = -1. 0590730434 x 10 -12

Ag = 5. 9317072836 x 10 -15

Ag = -1.9 85838212 6 x 10" 17

A, = 3.9809422422 x 10 -2° A8 = -4.4173352317 x 10 -23

Ag = 2.0893500738 x 10 -26

The maximum deviation between Hanley' s \ values and values calculated from

equation (6) over the temperature range of 50 to 400 K is 0. 1%, the maximum deviation

for temperatures above T is 0.01%; however, the uncertainty of the dilute gas values is estimated to be ± 2%. Equation (6) should not be used for temperatures below 50 K or above

400 K.

The number of digits given for these and other parameters appearing in this technical

note are necessary for arithmetic consistency.
The data of Ziebland and Burton (1955) were chosen as the basis for the excess

function \ (p, T). The temperature dependence of \ ( D , T) is not significant in Ziebland's

data; therefore, X (p, T) was taken to be a function of p only and is represented by

\ B (p, t) w x

e (p ) = y b. p

1

i=l

(7)

where ~\ is in W/cm-K, p is in g/cm , and the B.'s (given in Table 2) were determined

by a least squares fit of Ziebland's data to equation (7). Figure 2 shows the differences

between the experimental data and values calculated from equation (7).

Table 2. Least squares estimates of parameters B. in equation (7).

B,

Bc

6.2807950678 x 10-4

-4.9337311644 x 10" 4

2.5242925212 x 10-3

-5. 1527923868 x 10-3

5.4461096782 x 10-3

-1.8991126599 x 10-3

x Deviations between equation (7) and Zebland's data are shown in Figure 2. ©

LJ 0.2 0.4 0.6 0.8

DENSITY, g/cm3

.0

Figure 2. Deviation between thermal conductivity for Os from

equation (7) and Ziebland and Burton (1955).

1.2

A correlation of the "Thermophysical Properties of Liquid Air and its Components", by A. A. Vasserman and V. A. Rabinovich (1968) also uses the "excess

function" method of correlating the thermal conductivity and viscosity of oxygen. In the case of thermal conductivity, a comparison of our results with those appearing in the

Vasserman correlation shows good agreement between the two "excess functions."

5
The enhancement of the thermal conductivity in the critical region is injected

into the tables in appendices A and B by the X C (P> T) term in equation (5). The anomalous

behavior of the thermal conductivity was studied in detail by Sengers (1962) on CO and was confirmed for H by Roder and Diller (1970). The experimental measurements by

Ziebland and Burton (1955) were not made close enough to the critical point to exhibit the

typical critical behavior. We have estimated the enhancement for oxygen by the technique

given in the hydrogen paper; that is, \ (p, T) is made proportional to the rise in a corresponding increment of Cp. The increase is approximately 10% of \ '(T) + \tt(P» T)

at 1.2 T and about 1% of the same sum at 1. 6 T . The enhancement is taken to be

negligible at densities above a density of about 1. 7 p . Very close to the critical point

the so-called scaling laws apply. The range of applicability of the scaling laws has been

indicated by Sengers and Keyes (1971) for CO?

. We approximate the scaling laws in the

vicinity of the critical point by gradually changing the power dependence of the Cp increment from 1. to the required 0. 6. The nature of the scaled enhancement is shown for

several isotherms in figure 3. It depends crucially on the accuracy of the surface of Cp.

T = 154.7 K

030

^

E 0.24

\

£

E

0.18

1-

Q.

o 0.12

0.06

DENSITY, g /cm3

Figure 3. Enhancement of the Os thermal conductivity in

the critical region

The uncertainty of the thermal conductivity tabulated in appendix E is estimated to be

about 5% except in the critical region where the uncertainty could be much greater.

6
3.2 Viscosity

The viscosity of a fluid may be separated into two distinct parts which are

additive,

n = r, (T) + n E (p,T) , (8)

where ri (T) is the dilute gas contribution and n E (p, T) is the excess or dense gas contribution. Unlike thermal conductivity, the viscosity does not exhibit an enhancement

in the critical region.

Using a potential function, Hanley (1971) calculated the dilute gas contribution

(T).

Since these calculations are slow in their original form they are represented here by

9

^o (T) = £ C.T

1 (9)

i=l

where ru is in g/cm-s, T is in Kelvin, and the C-'s were determined by a least

squares fit to Hanley' s values.

Table 3. Least squares estimates of parameters C. in equation (9).

C1 = 8. 3447128902 x 10

Cs = -6.4319584704 x 10

7

9

C3 = 1. 3385840412 x 10 -1° C4 = -1. 3283970709 x 10 -12

C5 = 7.4604203289 x 10 -15

Cs = -2. 5398419748 x 10 -17

C7 = 5.2077731498 x 10 _2° C8 = -5.9258985472 x 10 -23

C9 = 2. 8773126492 x 10 -26

The maximum deviation between Hanley's ^ values and values calculated from equation

(9) over the temperature range 50 to 400 K is 0. 1%. The maximum deviation in n

f° r temperatures from T to 400 K is 0. 01%; however, the uncertainty in the dilute gas value

is estimated to be ± 2%. Equation (9) should not be used for temperatures below 50 K or above 400 K. The temperature dependence of the r| E (p, T) term in equation (8) is not significant and is neglected here. For all the fluids studied to date, the excess function for

viscosity exhibits a sharp transition in slope at a density of about two times the critical

density. This behavior makes it difficult to represent the entire excess curve by a single mathematical function. For this reason, the excess curve for the viscosity

is represented by two functions which are constrained to a common value of t) at a density of

0.932 g/cm . For densities of 0.932 and above, the excess function is represented by

7
T^gCp.TJs- n E (p)=[0. 65391907848 p + 0.000029886313449 (e 9,25p

-1)] x 10

_3

(10)

where the density (p) is in g /cm3 and r| E is in g /cm-s. For densities of 0.93Z

g/cm3 and below the excess function is represented by

3

Ti E (p,T) s n E (p) = £ D.pi (11)

i=l

where the density (p) is in g /cm3 and -n E is in g /cm-s»

Table 4. Least squares estimates of parameters D. in equation (11).

Dj = 4. 7293376329 x 10-4

D3 = «1. 7410413651 x 10-4

D3 = .5. 9995361171 x 10-4

The data of Grevendonk, et al (1968), were used to estimate the parameters for

equation (10). No known experimental data for the viscosity of oxygen exist at low

densities; therefore, the parameters for the low density range, equation (11), are based on one experimental point at the transition density of 0. 932 g/cm and values

calculated from the Enskog theory.

Vasserman and Rabinovich (1968) also split the viscosity excess function into a high density range and a low density range using separate functions for each range of

density. A comparison of equations (10) and (11) with the Vasserman correlation indicates

about a 5% difference in the high density range and about a 20% difference in the low

density range. Vasserman and Rabinovich (1968) chose to use a corresponding states approach to generate the needed low density data for the excess function. On the basis of

past experience with other fluids, it is believed that the theoretical calculations used

here are more accurate than a corresponding states calculation. The uncertainty of the

tabulations in appendix E is estimated to be no greater than 10%.

4. Surface Tension

Very little experimental data for the surface tension of oxygen are to be found in

the world literature. No experimental data were found for temperatures above 90 K.

The functional form proposed by Guggenheim (1945),
11/9

Y = Yod -T/T

c

) , (12)

represents the experimental data satisfactorily, where y is the surface tension of the

saturated liquid in dyne /cm; Yo = 38.461 dyne/cm was estimated by a least squares

fit of the experimental data of Baly and Donan (1902) and of Reilly and Furukawa (1955);

T = 154. 576 K and T is the temperature in degrees Kelvin.

Using equation (12) as a means of comparing the two experimental sources of

data, the two sources of data used in the least squares fit of equation (12) were found

to disagree by about 1%. This is probably a good indication of the uncertainty of the data

for temperatures below 90 K. At the critical temperature, Equation (12) is constrained

to a value of zero. However, between the critical temperature and 90 K, experience

with other fluids shows deviations of ± 5%, especially for temperatures above T/T = 0. 8. The values of surface tension which appear in Appendix D were calculated

from Equation (12).

5. Dielectric Constant

The dielectric constant of a fluid may be calculated from the Clausius-Mossotti

equation: *-' l p (13)

e+ 2 P

where e is the dielectric constant, p is the density,and p is the specific polarization,

a property of the substance having dimensions of specific volume. Recent measurements

of the dielectric constant by Younglove (1971), indicate that for oxygen the specific polarization is a weak function of density and is nearly independent of temperature. For

the calculations here, the equation:

p = 0.12361 + 0.00032 p - 0.00121 p 2 (14)

was used,where p is the specific polarization in cm3

/ g and p is the density in the

units of g /cm3

. The uncertainty of the tabulated values of dielectric constant is estimated to be

0.01%.

6. Index of Refraction

There is very little experimental data on the index of refraction for oxygen.

High precision measurements have been made on the low pressure gas, by Ladenburg and

Wolfgohn (1932), and on the saturated liquid at temperatures below the normal boiling

point (90. 18 K) by Johns and Wilhelm (19 37). The interpolation formula and graph

9
which follows are a result of applying correlation techniques, which have been successful on other fluids.to the existing experimental data on oxygen, Childs and Diller (1970) and

Diller (1971).

The refractive index of a non-polar fluid depends mainly on the wavelength of

the incident radiation and to a lesser extent on the density of the fluid. The dependence

on temperature at fixed densities is usually small enough to be neglected. In addition,

the dependence on wavelength can usually be treated independently of the dependence on

density. The Cauchy dispersion formula:

FA

(p,A) = r

ro ( p ) +9

a /A3 + 9 3 M4 (15)

accurately represents the dependence of r (specific refraction) for many low pressure

gases. In the case of oxygen, there are insufficient refractive index data from which to determine the dependence of r on density. However, making use of measurements of

the dielectric constant of oxygen, Younglove (1971), the dependence of r on density for

oxygen is estimated to be

r

oD (p) = A

£ + B

£

p + C

£

p

2

. (16)

Except for the units, Equation (16) is in fact the same as Equation (14) from the previous

section. The justification for applying the identical equation to predict r (p) is taken

from the success of this procedure for hydrogen where data do exist. Truncating

Equation (15) and combining it with Equation (16) results in

r A (p,A)-A

£ + B

£

p + C

£

p

3 + Bi/A 2 (17)

where

A = 3. 955, B =0. 328, C = -39. 6 and Q, = 0. 0292 x 108

. e . e e

The specific refraction (r ) is in cm3 /mol, density is in mol/cm3, and the wavelength

(A) is in A. Values of the index of refraction in Table 5 have been calculated from

Equations (17) and (18).

n" " l * (18)

'A n

2 + 2 p where n is the index of refraction and p and r are the same as in equation (17). A

10
Table 5. Index of refraction of saturated liquid

oxygen at three wavelengths.

Wavelength 4358 A

emperature, K n

54. 35 1.2631

60.0 1.2579

80. 1.2388

100.0 1.2181

110.0 1.2067

120. 1. 1940

130. 1. 1794

140. 1. 1611

150.0 1. 1332

154.0 1. 1074

5461 A

n

2592

2541

2353

2149

2037

1912

1768

1588

1313

1059

6939 A

1 2567

1 2516

1 2330

1 2128

1 2017

1 1894

1 1751

1 1573

1 1300

1 1049

Figure 4 shows the estimated variation of r with wavelength and density

4.2

o

E

K)

E

o

- 4.0

<

Johns and Wilhelm, 1937,

p ' 0.03572 mol /cm3

Calculated, equation (17)

Low pressure gas

Liquid,

p » 0.03935 mol /cm5

Liquid,'

p « 0.03572 mol /cm1

3.8

4000 5 6000

A, A

Torn

Figure 4. Specific refraction of oxygen as a function of density

and wavelength. Points appearing on the graph are experimental points for the liquid.

11
7. Thermal Diffusivity

The thermal diffusivity of a fluid is defined as

°c = X/(pC ) (19)

IT where cc is the thermal diffusivity, \ is the thermal conductivity, and C is the specific

heat at constant pressure. The tabulations of thermal diffusivity in appendices D and E

have been calculated using the above equation and the n, X and C in the tables. The unP

certainty of =c is estimated to be 5%, except in the critical region.

8. Prandtl Number

The Prandtl number is frequently used in engineering calculations and is defined

as: Pr = C ti/X (20)

P

where Pr is the Prandtl number, C is the specific heat at constant pressure, r) is the

IT viscosity, and X is the thermal conductivity. The tabulations of the Prandtl number in

appendices A and B have been calculated from equation (20) using values of r\, X and

C from the adjacent entries in the tables. Since Pr is a function of both n and A.the

p

uncertainty in Pr could be as much as 15%.

9. Joule-Thomson Inversion Curve

The Joule-Thomson coefficient for a fluid is defined as

J = (BT/BP)H

. (21

The locus of points where J = is called the Joule-Thomson inversion curve. Weber

(1970) calculated the inversion curve, as predicted by his experimental measurements

of P-V-T, using the relationship:

T OP/ST) = p (BP/9p)T

' (22)

12
Table 6. Joule -Thomson inversion curve. Temperature Pressure Density

K R atm psia g mol/crcx3 lb/ft3

125.00

130.00

135.00

140.00

145.00

150.00

155. 00

160.00

165.00

170.00

175.00

180.00

185.00

190.00

225. 00

234.00

243.00

252.00

261.00

270.00

279.00

288. 00

297.00

306.00

315. 00

324. 00

333.00

342.00

15. 60

52. 71 86.45

119. 17

150.87

178. 30

204. 56

232. 57

256.29

278.96

300. 60

321.28

340.06

357. 65

229.26

774. 63

1270.47

1751. 32

2217. 19

2620. 30

3006.21

3417. 85

3766.44

4099. 60

4417. 62

4721. 53

4997. 52

5256. 02

0. 02942

0.02907

0.02869

0.02835

0. 02802

0.02765

0.02729

0. 02700

0. 02666

0. 02633

0.02600

0.02569

0.02537

0.02504

58. 772

58. 073

57. 314

56. 634

55.975

55.236

54. 517

53.937

53.258

52. 599

51.940

51. 321

50. 681

50.002

Based on a 1% uncertainty in the derivatives in equation (22), the uncertainty in the

inversion pressure at the highest pressure is 3. 8 atmospheres and 1. 8 atmospheres at

the lowest pressure.

10. The Melting Line

The melting curve of a fluid is often represented by the Simon melting equation.

p = p + p [cr/T

t

) c

- 1. 0] (2 3)

Weber (1970) combined his own experimental data with those of Mills and Grilly (1955)

and using a triple-point temperature of T = 54. 3507 K and a triple-point vapor pressure

of P =0.001 50, the c = 1. 769 and P = 2637. 2 atm were determined by a least squares

fit. The maximum deviation between calculated and Weber's (1970) experimental

pressure is 0.09%. Weber's pressure range is from 13 to 160 atmospheres. The

maximum deviation between calculated and experimental pressures from Mills and

Grilly (1955) is 9. 7%. Mills and Grilly' s pressure range is from 370 to 3465 atmospheres.

13
Table 7. Melting line for oxygen.

Temper ature Pressure

K R atm psia

55. 00 99. 00 55.99 822. 87

56. 00 100. 80 143.22 2104. 83

57.00 102. 60 231. 66 3404. 51

58.00 104.40 321. 30 4721. 85

59. 00 106.20 412. 14 6056. 77

60. 00 108. 00 504. 16 7409. 21

65. 00 117. 00 982.02 14431. 75

70. 00 126. 00 1489. 01 21882. 51

75. 00 135. 00 2024. 65 29754.21

80. 00 144. 00 2588.47 38040. 17

11. Summary

The purpose of the previous sections has been to describe how the calculations are performed in assembling the tables in appendices D and E and to document the

references used in preparing this document. Since most of the material is taken from

Weber (1970), it seemed unwise to repeat here the equations and formulas given in that

document. If the reader is interested in the details of how these calculations are performed, he should consult Weber's original paper, as a much more detailed presentation is given there than would be appropriate here.

In addition, we have tried to assess uncertainties in the data where possible.

These assessments are given in the text of each section. Finally, the number of digits

in the tables of Appendices D and E should in no way be construed to be indicative of

the accuracy of a quantity. Most of the properties in the tabulations range in value over

several orders of magnitude, making it necessary to print more digits than is needed at one end of the range.

Acknowledgment

The authors wish to acknowledge the many helpful suggestions from W. A.

Chandler and J. C. Smithson of the NASA Manned Spacecraft Center. The quality and

timeliness of the present tables has been made possible by a large concurrent effort

under our program on oxygen safety sponsored by the Aerospace Safety Research and

Data Institute of NASA Lewis.

14
12. Bibliography

Baly, E. C. C. , and Donnan, F. G. , The Variation with Temperature of the Surface

Energies and Densities of Liquid Oxygen, Nitrogen, Argon, and Carbon

Monoxide, J. Chem. Soc. (London) 81_, No. 93, 907-23(1902).

Childs, G. E. , and Diller, D. E. , Refractive Index of Liquid Deuterium. Advances in

Cryogenic Engineering, Vol. 15, Plenum Press, New York (1970) pp 65-9.

Corruccini, R. J. , Refractive Index and Dispersion of Liquid Hydrogen, NBS Tech.

Note No. 323 (Sept 1965).

Diller, D. E. , Private Communication (1971).

Grevendonk, W. , Herreman, W. , De Pesseroey, W. , and DeBock, A. , On the Shear

Viscosity of Liquid Oxygen, Physica 40, 207-212 (1968).

Guggenheim, E. A., The Principle of Corresponding States, J. Chem. Phys. 13,

253-61 (1945).

Hanley, H. J. M. , To be published (1971).

Johns, H. E. , and Wilhelm, J. O. , The Refractive Indices of Liquid Oxygen, Nitrogen,

and Hydrogen, Can. J. Res. 15A, No. 7, 101 -08 (Jul. 1937).

Ladenburg, R. , and Wolfsohn, G. , Investigation about the Dispersion for Gases and

Vapors and their Representation through the Dispersion Theory. III. The Dispersion

of Oxygen Between 6000 and 1920 angstrom., Z. Physik, 1% 42-61 (1932).

Mechtly, E. A. , The International System of Units, Physical Constants and Conversion

Factors, NASA SP-7012 (1964).

Mills, R. L. , and Grilly, E. R., Melting Curves of H2, He3

, He4, D2 , Ne, N2 and 2 up to 3500 Kg/cm2

, Phys. Rev. 99, No. 2, 480-86 (Jul.1955).

Reilly, M. L. , and Furukawa, G. T. , Surface Tension of Oxygen, Nitrogen and their

Mixtures, (1955). Unpublished data.

Roder, H. M. , and Diller, D. E. , Thermal Conductivity of Gaseous and Liquid Hydrogen,

J. Chem. Phys., Vol. 52, No. 11, 5928-44, 1 (June 1970).

Sengers, J. V., Thermal Conductivity Measurements at Elevated Gas Densities

Including the Critical Region, Thesis, University of Amsterdam (1962).

Sengers, J. V. , and Keyes, P. H. , Scaling of the Thermal Conductivity Near the

Gas-Liquid Critical Point, Phys. Rev. Letters Vol. 26, No. 2, (11 January 1971).

Stewart, J. W., Dielectric Polarizability of Fluid Para-hydrogen. , J. Chem. Phys.,

40, No. 11, 3297-3306 (Jun. 1964).

Vasserman, A. A., and Rabinovich, V. A., Thermophysical Properties of Liquid Air

and its Components, Translated from Russian, U.S. Department of Commerce

Clearinghouse for Federal Scientific and Technical Information (1968).

Springfield, Va.

15
Weber, L. A. , P-V-T, Thermodynamic and Related Properties of Oxygen from the

Triple Point to 300 K at Pressures to 33 MN/m2

, NBS Journal of Research

Section A, Vol. 74A, No. 1, 93-129, ( Jan-Feb. 1970).

Weber, L. A. , Thermodynamic and Related Properties of Oxygen from the Triple

Point to 300 K at Pressures to 330 Atmospheres,

(19 68). Unpublished data.

Younglove, B. A., To be published, NBS Journal of Research (1971).

Ziebland, H. , and Burton, J. T. A. , The Thermal Conductivity of Liquid and Gaseous

Oxygen, Brit. J. Appl. Phys. 6, 416-20, (1955).

16
Appendix A, List of Symbols and Units

The calculation of the tables and properties presented here was performed in many different systems of units, and converted to engineering units at the very end of the

calculations; therefore the reader is cautioned to pay particular attention to the units when

consulting individual sections of this document. All conversion factors have been taken

from the National Aeronautics and Space Administration Report Number SP-7012

(Mechtly 1964).

3 R = gas constant, 0.335835 ft - psia/lbm- R

P = pressure, psia

3 . V = molar volume, ft /lb

T = absolute temperature, degrees Rankine

3

p = density, lb m/ft C = specific heat at constant pressure, BTU/lb„_.-R

p

111 C = specific heat at constant volume, BTU/lb -R

v

r m

C = specific heat of the saturated liquid BTU/lb -R

sat F M m

S = entropy, BTU/lb -R

H = enthalpy, BTU/lbm

U = internal energy BTU/lb

W = speed of sound, ft/s

(?)P/gT) = isochore derivative, psia/R

P 3 (dP/dV) = isotherm derivative, ft -psia/lb

V(dH/dV) = specific heat input, BTU/lbm

V(BP/aU) = energy derivative, psia ft 3 /BTU

V(dP/d"V) = isothermal bulk modulus, psia

l/V( V/3T) = volume expansivity, 1 /R

n = index of refraction, dimensionless

3

r = specific refraction, ft /lb

Pr = Prandtl number, dimensionless

3 p = specific polarizability, ft /lb

J = Joule -Thomson coefficient

\ = thermal conductivity, BTU/ft-hr-R

r\ = viscosity, lbm/ft-s

g = dielectric constant, dimensionless

Y

= surface tension, lb, /in

l\ = wave length, angstrom

2

cc = thermal diffusivity, ft /hr

17

Appendix B, Fixed Points

Critical Point

P = 731.4 psia (49. 77 atm)

=27.23 lb /ft

3 (0. 01363 g mol/cm3

M ) c m

T = 278.237 R (154. 576 K)

c

Normal Boiling Point

P = 14. 696 psia (1 atm)

T = 162. 324 R (90. 180 K)

"gas

liquid

0.2794 1b /ft

3 (0.0001399 g mol/cm3 m ) = 71.23 1b /ft 3 (0.03566 g mol/cm3 m v & )'

Triple Point

T

P

Pgas

liquid

97. 832R (54. 351 K)

0.0220 psia (0.00150 atm)

6. 72 x 10"4

lb /ft

3 (3. 36 x 10" 7 g mol/cm3 m ) a ,' 81.57 1b /ft (0. 04083 g mol/cm ) m

Appendix C, Conversion Factors

Temperature

Pressure

Specific Volume

Internal Energy, Enthalpy

Entropy, Specific Heat

Thermal Conductivity

Viscosity

Speed of Sound

Molecular Weight

Surface Tension

1. 8 R = 1 K

5 2 14. 695949 psia = 1 atm = 1. 01325 x 10 N/m

0. 0005005957 ft 3 /lb =lcm3 /gmol m to *0. 0134446 BTU/lbm

= 1 J/g mol

0.0074692 BTU/lb R = 1 J/g mol-K m ° 0.0578176 BTU/ft-hr-R = 1 mW/cm-K

0.067196897 1b /ft-s = 1 g/cm-s m ° 3.2808 ft/s = 1 m/s

31.9988

0. 5710147 x 10" 5 lb /in = 1 dyne/cm

(1 dyne = 10" 5 N)

* Thermochemical BTU, in earlier work

Weber (1968) used the International

Steam Table BTU.

19
NBS Technical Note 384, 1971

ENTROPY, J/gmolK

120 140 160 200 220

600

550

500

400

350

300

250

200

100

45 .50 60 .70 80 .90 1.00 1.10 1.20 1.30 1.40 1.50 160 1.70 ENTROPY, Btu / lb R

Figure 5. Temperature entropy chart for oxygen.

20
»»h° 'aanssaud

o

o

a!

OX)

•rH

8 S °

oisd *3dnSS3Md

21
Appendix D, Saturation Properties

THERMODYNAMIC PROPERTIES OF COEXISTING GASEOUS ANO LIQUIO OXYGEN

TEMP

OEG. R

PRESS

PSIA

VOLUME

CU FT/LB

ISOThERM

(DERIVATIVE! CU FT-PSIA/LB

ISOCHORE DERIVATIVE

PSIA/R

INTERNAL ENERGY

3TU/LB

ENTHALPY

BTU/LB

ENTROPY BTU/LB-R BTU / LB -c

?

•R

VELOCITY

OF SOUND FT/SEC

SURFACE TENSION . LB/IN X 10 97.831

97.831

0.022 0.022 0.01226

11.89.18161. 2090.1.8 32.80 317.8

0.00 -83.21615.057 -83.216

21.132

0.50122

1.56510

0.

0,,266 155

, 0.,398

,218

3801.

1.61 1.2933

98

98 0.023 0.023 0.01226

11.1.9.59365 2087.19

32.85

317.1* 0.00-83.11*9

15.081* -83.11.9 21.169

0.50191 1.563690.

0.,266,155

0.

0,,398,218 3802

1*62 1.2918

100

100 0.0320.032 0.01231 1050.61898

201*8.1.0 33.52 312.2

0.00

-82.351.

15.391. -82.353 21.602 0.509951.51.71.2

0.

0.

261. 155

. 0.,398 ,218 3779

1.66 1.271*3

102

102 [.Otn

0.01.1. 0.01236785.65661.

2010.01.

31.. 18 307.1

0.00 -81.55815.703 -81.55822.036 0.51782 1.53186

0.

0,,263

,155

0.

0,,398,218 3756

i*71 1.2568

101.

10<t 0.0590.059

0.0121.0 588.86371

1972.10

31*. B5 302. 0.00 -60.762

16.013 -80.762

22.1.69 0.52555

1.51697

0.0.,261

,155

, 0.,398

,218 3733

1.75 1.2391.

106

106 0.080

0.080

0.0121.5

1*1.6.3391.0 1934. 58 35.51 297.0

0.00 -79.96716.322 -79.967 22.901

0.53313 1.50271

0,

0.,259 ,155

, 0,,398

,218 37101*80 1.2221

108 108 0.106

0.106 0.C1250

31.1.91.396 1897.1.7 36.17 292.0

.00 -79.17116.631 -79.17123.333

0.51.056 1.1.8906

0.0,,25 7 ,155 0,.398 ,218 3686

1*81. 1.201.7

110

110 .139 0.139 0.01255

261.. 61.600 1860.78

36.82 287.20.00 -78.37616.939 -78.37523.761* 0.51.786 1.1.7599 0,,256,155

0,,398 .218 3662

1*89 1.1875

112

112 0.181 0.181 0.G1260 206.81780

1821*. 50

37.1,8 282.3

0.00 -77.580

17.21.7 -77.58021*. 191* 0.555031.1.631.7

0.,251. .155

0,

0..398.218 3638

i*93 1.1702

11*

111. 0.231.

0.231.

0. 01261. 163.126271788.62

38.13 277.60.00 -76.785

17.551* -76.781*21*. 621. 0.562071.1*511*7 0..25 2 .156 D ,396

.218

3611.

1*98 1.1530

116

116 0.2990.299 0.01269129.80271.

1753.li* 38.77 272.9

0.00 -75.98917.860 -75.988

25.052 0.56899

1.1.3996

0.,251

,156

.398

.218 3589

502 1.1359

118

lie 0.3790.379 0.C127A

101.. 15669

1716.06

39.1*1 266.20.00 -75.193

16.166 -75.192

25.1.79 0.575791.1.2693

0.0.

.21.9 ,156

.398

.218

3561. 506 1.1188

120

120

0.1.77

0.1.77 0.01280

81*. 21*81*3 1683.37

1.0.05 263.60.00

-71.. 397

18.1.70

-71.. 396

25.901. 0.5821*81.1.1835

0,

0.

.21*8 ,156

0,.398

.218 3539510 1.1018

122

122

0.591.

0.591. 0.01285

68. 66631* 161.9.07

1*0.67 259.1

0.00 -73.601

18.771. -73.599

26.326 0.58906

1.1.0819 0,

.21*6 .156

.398

,218

3511.

Sli. 1.081*8

12".

12<. 0.735 0.735 0.01290 56.37380

1615.16

1.1.30

251*.

0.01

-72.601. 19.076 -72.802

26.750 0.59553

1.3961.3

0..21*5 ,156.398 .219

31.89 518 1.0678

126

126 0.903 0.903 0.012951*6.60295 1561.631.1.91 250.2

0.01 -72.008

19.377 -72.00527.170

0.60191

1.38907

0..21.3 .156.396

,219

31.63 522 1.0509

128

128 1.102 1.102 0.01301 38.78027

151.8.1.8 1.2.52 21.5.9 0.01 -71.211

19.676 -71.20827.587

0.60818 1.38007 0,

.21.2 ,156 .399

.219

31.37 5261.031.1

130 130 1.335 1.3350. 01306

32.1.7392 1515.711.3.11 21.1.6 0.01

-70.1.13

19.971. -70.1.10 28.002

0.611*36

1.3711.1 0.

.21.1 .156

.399

.219

31.11 530 1.0173

132

132 1.6081.608 0.01311 27.35628

11.83.30

1.3.70 237.3

0.01 -69.61620.270 -69.612

28.1.15 0.6201*5 1.36309

0.

0..239.156

a .399

.220 3385

531. 1.0005

131* 13 It 1.925 1.925

0.01317 23.1769311*51.27

1.I..27 233.2

0.01 -68.81820.565 -68.81328.825

0.6261*5 1.35507 0..238

.156 .399.220 3358

538 0.9838

136 136 2.291 2.291 0.01323

19.71*310

11.19.60

<*<».8<* 229.0

0.02 -66.019

20.857

-68.011. 29.231 0.63236

1.31.736 0..237 .156

.399

.220 3332

51.1 0.9672

138

136 2.7112.711 0.01328 16.90538

1388.29

1.5.39

221..

.02 -67.221

21.11.7 -67.211. 29.635

0.63820 1.33993 0,.235

.156

.1*0 ,221 3305

5 <*5 0.9506

1<*0

11*0 3.192 3.192

0.01331.

li*. 51.721 1357.31.

1.5.93 220.9

0.02

-66.1.21

21.1.31. -66.1.1330.031. 0.61.395 1.33276

.231* .156.1*0 .221 3278

51.6 0.931.0

11.2 H.23.71.0

3.71.0 0.0131*0 12.57709

1326.75

1.6.1.5 216.9

0.03 -65.62121.720 -65.612

30.1.30 0.61.962 1.32585

.233

.157

.1*00 ,222 3251

552 0.9176

11. i. 11.1.

i.. 360

1..360 0.0131*6 10.92273

1296.51

1.6.96 213.0

0.03

-6i*. 821 22.002

-61*. 810 30.822 0.65522

1.31916

.232

.157 0.

.1*01 .222 3223

555 0.9011

11.6 11.6 5.061 5.061

0.01352 9.52670

1266.61

1.7. 1*5 209.1

0.01*

-6i*. 020 22.282-6i*. 007 31.209

0.66071.

1.31271. 0-.230 .157

.1.01 .223 3196

559

0.881.7

11.8

11.8 5.81.7 5.81.7 0.01358

8.31*312 1237.061.7.93 205.30.01. -63.216

22.558 -63.20331.592 0.666201.30652 0,.229

.157 0,

.1.01 .223 3168

562

0.8681.

15150 6.728

6.728

0.01361* 7.33512

1207.86

1.8.39 201.5

0.05

-62.1.15 22.832 -62.396

31.969 0.671561.30050

0.,228

.157

.1*02

.221. 311*0 565 0.8521

152

152 7.709 7.709

0.01370

6.1.7291* 1176.991.8.82 197.8

0.05 -61.61223.102 -61.59232.31.2 0.676901.291*68 .227.158

,1.02 .225 3112

568 0.8359

151. 151. 8.800

8.800 0.01377

5.7321*1

1150.1.5

1.9.21. 191..

.06 -60.60823.368 -60.76532.710 0.682161.26905

.226

,158

.1*03 .226 3083

571 0.6196
THERMODYNAMIC PROPERTIES OF COEXISTING GASEOUS AND LIQUID OXYGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT

97. 831 81 .56716

97. 831 00067

98 81 51.150 98 00069

10 81 23702

10 00091.

102 80 93185

102 00127

10 <i 80 62596

10". 00170

106 80 31932

IDS 00221.

108 80 01191

108 00292

110 79 70369

110 00378

112 79 391.65 112 001.81.

114 79 081.71. 114 00613

116 78 77391. 116 00770

118 78 1.6222 118 00960

12 78 11.951. 120 01187

122 77 83586

122 011.56

124 77 52115

124 01771.

126 77 20538

126 0211.6

128 76 88850

128 02579

130 76 5701.8 130 33079

132 76 25126

132 03655

13<t 75 93082

131. 01.315

136 75 60910

136 05065

138 75 28606

13 8 05915

140 71. 96161.

li»0 06871.

l<t2 74 63580 1U 07951

11.1. 71. 3081.9

11.1. 09155

1<<6 73 97961.

11.6 101.97

11.8 73 61.921

11.8 11986

15 73 31711.

15 13633

152 72 98335

152 151.1.9

151. 72 61.780 15% 171.1.5

DH/DV)

p TU/LB

V(DP/DU.) V -V(DP/DV>T PSIA-CU FT/BTU PSIA-(DV/OTL/V THERMAL CONDUCTIVITY

DEG. R BTU/FT-HR-R

VISCOSITY LB/FT-SEC

X IDS

THERMAL 3IFFUSIVITY

SQ FT/HR

DIELECTRIC

CONSTANT

PRANDTL NUMBER

213

21

V:27

14

7 63%

158

170511. 62

02

11 0018640

0102276

11156

00279

41 621

263 19 00344 10993 1.56866

1.00000

5 3437

7392

213

21

33

31

11.2 .627 158 170192 51

02 0018649

0102101

11151

00280

41 484 264 li 00344

63534 1.568481.00000

5 3264

7391

212

21

03

71.

li.2

5ifl 158

1661.05 78

D 5

o 0018761

0100078 G 1109200286

39 903

269 13 00343 92506

1.56603

1.00001

5 1519

7367

210

22

73

17

li. 1.53 158 162675 86

0<t 0018876

0098139

11032

00292

3>) 388 275 ID 00343 53043 1.56358

1.00001

4 9829

7364

209

22

1.2 60

li.2 365

159 159002 C706 0018993

0096280

10971 00298

36 935

260 8 0034205448 M. 561131.00001

4 8210 7381

208

23

10

01.

li.2 .275 159 155383 76

08 00191130094 498 10908

00304

35 543 286 6 00341 22782 1.55867

1.00001

4 6659

7378

206

23

78

1.6

llf2 .183 159 151820 27

11 0019236

0092789 (1 .13844 00310

34 209 292 4 00341 86538 1.55621

1.00002

4 5173

7376

205

23

4 4 89

lif2 091 159

11.8310 94

llf 0019362

0091150

10778

00316

32 930

297 3 00340

83852 1.553741.00002

4 3750 7375

234

21. 10

32

13

2 99 8 159

11.1.855 15

18 0019491 0089579

.10712 00322

31 704

30 3 3 0033905685 1.55128 1.00003

4 2366

7373

202

21. 74

74

13

2 903 159

11.11.52 23

23 0O19623 0088074

.10644 0032630 52 9 308 2 00338

45612 1.54860

1.00004

4 1079

7373

201

25

38

17

13

2 807160 138101 5830 00197590086632

10576 0033429 403

314 1 00337 99024

1.54633

1.00005

3 9826

7373

20025015913 711

160

131.802 55

38 0019898 0085251

10506

00340

28 324

320 1 00336 62579

1.54364

1.00006

3 8627 7374

198

26

62

01

13

2 613160

131551. 52

if8 01,20041 0063930

10435

00347

27 290

325 1 0033533830 1.541361.00007

3 7477

7376

197

26

23

1.2 13

2

511. 160 128356 9059 0020188

0082667

10363

00353

2 6 299

331 1 00334 10973 1.538661.000C9

3 6375 7378

195

26

83

8 1» 13 .1.15 161 125209 0773 0020338

0081462

10291 00359

25 349

337 (1 0033392660 1.536371.00011

3 .5319 7382

191. 271.2 25

13

2

311. 161 122110 1.3 90

(J 0020493

0080311 1021700366

24 438

343 00332

77863 1.533861.00013

3 4308 7386

192

27

99

65

13

2 213161 1190601

IfO 10 0020652 0079215

10142

00372

23 566

349 00331 65875

1.53135

1.00015

3 ,3339 7391

191

28

56

05

13

2 .111 162 1160581 3933 00208160078172 c 10067 00379

22 729

355 00330 56052 1.52884

1.00018

3 .2411 7397

190

28

1245

13

2 .008 162 113103

1 82

60 0020985 0077182

09991 00385

21 928

361 00328 47956 1.526311.00022

3 .1522 7405

188

28

66

85

12

2

90 1. 163 110196

1 13

91 0021158

0076243

09914

00392

21 16367 00327 41269 1.52378

1.00026

3 ,0670 7414

187

29

19

23

12

2 799

16". 107331.

2 7627 0021337 0075355

09836

00398

20 423

373 .00326 35691 1.52125

1.00030

2 .9855

.7424

185

29

71

62

12

2

.691. 161. 104519

2 Hf

68 00215210074517

09758 0040519 718

37 9 00324.31017 1.51870 1.00035

2 .9074

.7435

181. 29

22

99

12

2 588

.165

10171.8

3 7516 0021711 0073729

09679

00412

19 042 385 00323 27082 1.51615

1.00041

2 ,8327

.7448

182

30 7236

12

2

if 82 166 99023

3 C369 0021907

0072989

09599

00419

18 394

391 00321

23750 1.513591.00047

2

D .7612

.7462

181

30 2073

12

2 .375 166

9631.1

If

1.7 30 0022109

0072298

09519

00425

17 773

398 00320 20916 1.51102

1.00054

2 .6929

.7478

179

31 6809

12

2 .26 7 .167 93703

4 53

98 002?3180071655

09438

00432

17 177 404 00318

.18494 1.50844

1.00062

2 .6274

.7496

178

31

lif 44

12

2 159.168 911085 71

71. 0022534

CC71058

09356

00440 16 607

411 00316.16415 1.505851.00071

2 .5649

.7515

176

31 5878

12

2 .050 169 885566

1.9 60 0022757

0070510

09274

00447

16 060 417 00315

14622 1.50325

1.00081

2 .5052

.7536

175

32

02

12

11

2

91.1 170 86046

7 39

51. 00 22987 0070007

09192

00454

15 537 424 00313

13070 1.50064

1.00092

2 4461

.7560

173

32

if it If5 11

2 831 171 83577

8 9159 0023226 0069552

09109

00461

15 034

431 0031111721 1.49802 1.00104

2 3937

7585
THERMODYNAMIC PROPERTIES OF COEXISTING GASEOUS ANO LIQUID OXYGEN

TEMP DEC RPRESS

PSIA

VOLUME

CU FT/LB

ISOTHERM DERIVATIVE

CU FT-PSIA/LB

ISOCHORE DERIVATIVE

PSIA/R

INTERNAL

ENERGY

BTU/LB

ENTHALPY

BTU/LB

ENTROPY BTU/LB-R

c

V BTU / LB -

c

p

•R

VELOCITY

OF SOUND FT/SEC

SURFACE TENSION , LB/IN X 10"

156 156 10.009

10.009

0.01383 5.09383

1122.25

49.64 190.5

0.07 -60.00323.631 -59.977

33.071 0.68735 1.28358

0.

0. 225 158

0.

, 403

,227 3055574 0.8037

158 158 11.343

11.343

0. 01389 4.541051094.38

50.02

186.9

0.08 -59.19723.890 -59.167 33.427

0.69249 1.278290.

0. 224

158

0.

0. 404226 3026577 0.7876

160

160 12.81012.810 0.013964.06078

1066.84

50.37 183.4

0.08 -58.389

24.144 -58.35633.777

0.69757

1.27315

0.0. 223

159

0.

0. 405229 2997

580 0.7716

162

162 14.421

14.421 0.014033.64202

1039.62

50.71 179.90.09 -57.58124.395 -57.544

34.121 0.702591.26617

0.

0. 222 159

0.

, 405,230 2968583 0.7557

164

164 16.183

16.183

0.01410 3.275661012.72

51.01 176.40.11 -56.77224.641 -56.730

34.457

0.70755

1.26332

0.

0. 221 159

0.

0.,406 231 2939

585 0.7399

166

166 18.10718.107 0.01417 2.95409

966.14

51.30 173.00.12 -55.96124.883 -55.914

34.787

0.71247

1.25861

0.

0, 220

,16

0,

0,,407 ,232 2909588 0.7241

168

168 20.200

20.200 0.01424 2.67094

959.87

51.55

169.7

0.13 -55.14925.120 -55.09635.110 0.717331.25403

0.

0.,219

,160

, 0,,408 .233 2880

590 0.7083

170

170 22.47322.473 0.014312.42087

933.92

51.79

166.3 0.14 -54.336

25.352 -54.276 35.426

0.72215

1.24956

0,

0.,218

,160

,

, ,409 .235 2650 593

0.6926

172

172 24.935

24.935

0.01438 2.19936908.27

51.99 163.10.16 -53.52125.578 -53.455

35.734

0.72691

1.24521

0,

0,,217 ,161 0,.409

.236 2620 595 0.6770

17i» 171. 27.597

27.597 0.01446

2.00260

882.94

52.17

159.8

.18 -52.70425.800 -52.631

36.034 0.73163 1.24097

0.

0.,216.161

.410 .238 2790

597 0.6615

176

176 30.46730.467 0.01453 1.82735

857.91

52.31 156.6

.19 -51.88626.016 -51.804

36.326

0.73631

1.23683

0.

0..215

,152

.412

,240 2760

599 0.6460

178

178 33.55733.557 0.01461 1.67086

833.18

52.43

153.5

0.21 -51.06626.227 -50.97636.609

0.74095

1.23279 0..214,162 .413.242 2729601 0.6306

180

180 36.876

36.876 0.014691.53075

808.75

52.52

150.4

0.23 -50.245

26.432 -50.14436.884

0.74554

1.22884 0,.213,153 0,.414.244 2699

603 0.6153

182

182 40.43440.434 0.014771.40502

784.62

52.58 147.30.25 -49.42126.631 -49.310 37.151

0.75010 1.22497 0..212

,163 .415.246 2668

605 0.6000

18 4

18". 44.243 44.243

0.01485 1.29192760.78

52.60 144.20.28 -48.59526.824

-48.473

37.408 0.754611.22116

0.0,.211

,164 0,.417,248 2637607 0.5848

186

186 48.31348.313 0.01493

1.18995

737.24

52.60

141.2

0.30 -47.76727.010 -47.633

37.656 0.759091.21747 0..210,155 .418.250 2605606 0.5696

188

188 52.654 52.654

0.01502

1.09781

713.99

52.56

138.3

0.33 -46.936

27.190 -46.79037.894

0.76354 1.21364

0.0,,210 .165

0,.420 .253 2574

610 0.5546

19190 57.277

57.277

0.01510

1.01438

591.03

52.49

135.3 0.36 -46.103

27.363

-45.943

38.122 0.76795 1.21026

,209

.156

.421 .255 2542

611 0.5396

192

192 62.194

62.194 0.01519

0.93869

668.35

52.39 132.40.39 -45.26827.529 -45.09338.340 0.77233 1.20676 0..208

.157 .423.258 2511613 0.5247

19". 194 67.415

67.415

0.01528

0.86988

645.96

52.25 129.50.42 -44.42927.689 -44.238

38.548 0.776691.20331

.20 7 .167 .425

.261 2478614 0.5098

196

196 72.95172.951

0.01538 0.80720623.86

52.07 126.70.46 -43.58827.841 -43.380

38.745

0.78101 1.19991.206

.168

.42 7 .264 2446

615 0.4951

198 198 78.813

78.813 0.01547

0.75000

602.04

51.86 123.9.50 -42.74327.985 -42.517

38.930 0.785301.19657

.206

.169 .429

.26 7 2414616 0.4804

200

200 85.01385.013 0.01557 0.69771

580.50

51.61

121.1 0.54 -41.895

28.122 -41.65039.105

0.78957

1.19327

.205

.170 .432

.271 2381617 0.4658

202 202 91.563

91.563

0.01567

0.64982

559.24

51.33 118.40.56 -41.04428.250 -40.77839.268 0.793821.19002

.204

.171

.434 .274 2348

618 0.4513

204

20<t 98.47398.473 0.01577 0.60589

538.26

51.00 115.60.63 -40.18828.371 -39.90139.419

0.79804

1.18681

.203

.172

.437

.278 2314619 0.4369

206

206 105.755 105.755

0.01587 0.56553 517.56

50.64 113.0

.67 -39.329

28.482 -39.01839.557 0.802241.18363

.20 3 .173 c .440 .262 2281

619 0.4225

20 8 208 113.421 113.4210.01598 0.52839497.14

50.24

110.3

0.73 -38.465

28.585 -38.130 39.683

0.80643 1.18049,202

.173

.443 .286 2247

620 0.4083

210

210 121.483 121.483 0.01609

0.49415

476.99

49.80 107.6

.78 -37.597

28.679 -37.23539.795 0.810591.17738

.201 .174

.446

.291 2213620 0.3941

212

212 129.952 129.952

0.01621 0.46254

457.13

49.32

105.0

0.84 -36.72428.764

-36.334

39.894 0.814741.17429 0..201 ,175

.449

.296 2178621 0.3800

214 214 138.841 138.841

0.01633

0.43333

437.55

48.80 102.40.90 -35.84628.838 -35.42639.979

0.81888 1.171230,.200

.177 .453 .301 2144

621 0.3661
THERMODYNAMIC PROPERTIES OF COEXISTING GASEOUS ANO LIQUID OXYGEN

TEMPERATURE OENSITY

DEG. R LB/CU FT

U(DH/DV) VIOP/DU) -VIDP/DV) BTU/LB PSIA-SU FT/BTU PSIA

(DV/DTL/V THERMAL CONDUCTIVITY

OEG. R BTU/FT-HP-R LB/FT-SEC -S

105

THERMAL DIELECTRIC PRANDTL IFFUSIVITY CONSTANT NUMBER

SQ FT/HR

156

156

72 3101.0 19632

158 15871 97109

22021

160

16 71 62980

21.626

162

162

71 2861.5

271.57

16*

16". 70 91.096 30528

166

166

70 59321. 33851

168 16870 21.321

371.1.0

1/0

170 69 89077

1.1308

172

172

69 53583

1.51.68

17<*

171* 69 17828

1.9935

176

176

68 81801

51.721.

178 178

68 1.51.91 59850

180

180

68 08887 65327

182

182

67 71971. 71173

18 It 18*

67 31.71.1 771.01.

186

186

66 97173

31.037

18 8 188 66 59251. 91090

190 190 66 20970

98582

192

19 2 65

1 82302

06531

19* 19*65

1 1.3233 11.959

196

196

65

1

0371.1. 23886

198

19 8

61.1 63815

33331.

20200

61.1 231.23

1.3327

20 2 202

63

1 8251.5 53889

201.

20". 63

1 1.1157

6501.6

206

206

62

1 99231 76825

208

208

62

1 56739

89256

210 210

62

2 1361.9 02368

212

212

61

2 ,69928 16196

211. 21i* 61

2 2551.0 30773

171 85 11 720 8115C 56 00231.73 n 09025 1 "* 553 00309 1 1.9539 2 31.17 32 77 2 172 9 75 006911.3 001.69 1.38 1051.1. 1 00117 7612

170 21. 11 610 78763 88 0023729 n 0891.1 L* 092 00308 1 1.9275 2 2921

33 08 2 173 11 01 0. 0068780 001*77 1.1*5 09513 1 00131 761.2

168 62 11 1.9 9 761.17 1.0 0023995 08857 1 3 650 00306 1 1.9009 2 21.1.9 33 38 2 175 12 1.1 00681*63 0i»8i* i*5 2 06606 1. 001i*6 7671.

166 99 11 387 71.110 66 0021.270 08772 13 227 00301. 1 1*671*2 2 2000

33 68 2 176 13 92 0066193 001.92 1*59 07807 1 00163 7709

165 3i« 11 275 7181.3 20 0021.556 06687 12 821 00302 1 1,8*7* 2 1572

33 96 2 177 15 57 0067969 D 00500 1*66 07100 1 00181 771.6

163 67 11 .163 69611. 60 0021.853 08601 12 i*3l 030C 1 1.6201. 2 .1166

31. 23 2 179 17 36 0. 0067791 00508 it7i. 061.73 1 00201 7786

162 00 11 051 67*2* 1.1 0025162 08515 12 059 00297 1 1.7933 2 .0781

3<« 50 2 180 19 3 0. 0067660 00517 1.81 05911. 1 00223 7 82 8

160 30 10 938 65272 21 00251.83 081.29 11 701 00295 1 1.7661 2 .01.16

31. 75 2 181 21 39 0067576 00525 1*89 051.15 1 002i*6 .7871.

158 59 10 .825 63157 58 0025618 c 0831.2 11 356 00293 1 1.7387 z .0070 35 00 2 183 23 61. 006751.0 00531. 1*97 01.968 1 00270 .7922

156 87 10 .711 61080 12 0026166 08255 11 030 00291 1 1.7111 1 .971.3 35 23 2 181. 26 05 J 0067552 0051.3 505 01.567 1 00297 .7971.

155 13 10 597 59039 1.3 0026529 c 08168 10 715 00288 1 1.6833 i .91.35 35 1.6 7 186 28 63 0067612 00552 513 01*206 1 00325 8029

153 37 10 1.63 57035 12 0026908 08081 10 1.13 00286 1 1.6551. 1 .911.6 35 67 2 168 31 38 0067722 00561 522 03881 1 00356 .8086

151 60 10 369 55066 81 0. 0027303 07993 10 121. 00281* 1 1.6272 1 ,8871. 35 87 2 189 31. 31 0067883 00570 a 530 03586 1 00389 .8150

11.9 61 10 251. 53131. 13 0027717 07905 9 81.6 00281 1 1.5989 1 .8620

36 07 2 191 37 1.2 0. 0068095 00580 539 .03319 1 001*23 .8217

11.8 00 10 139 51236 72 0028150 07817 9 580 00279 1 1.5703 1 .8382

36 25 2 192 1.0 72 0068359 00590 51.8 c 03076 1 001*61 .8287

11.6 17 10 021. 1.9371. 21. 0028602 07728 9 325 00276 1 1.51*16 1 .6162

36 1.1 2 191. 1.1. 20 0068678 00600 557 02855 1 00500 .6362

11.1. 33 9 908 1.751.6 33 0029077 07639 9 080 00273 1 1.5126 1 .7953

36 57 2 196 1.7 88 0069052 00610 567 .02653 1 0051.2 .81. 1*0

11.2 1.7 9 .793 1.5752 69 0029575 07550 8 81.6 00271 1 1.1.833 1 .7771

36 72 2 .197 51 75 00691.61. 00621 576 021.68 1 00587 .8521*

11.0 59 9 .676 1.3992 .99 0030098 071.61 8 620 00266 1 .1.1.536 1 .7600

36 85 2 199 55 81 0069975 00632 586 02299 1 00631. .6613

138 69 9 56 1.2266 91. 003061.8 07372 8 1.01. 00265 1 1.1.21.1 1 .7**5

36 98 2 201 60 06 0070528 0061.3 596 0211.3 1 0D681. .8707

136 77 9 1.1.3 1.0571. 21. 0031227 07282 8 197 00262 1 1.391.0 1 .7307

37 09 2 .203 6<t 51 007111.6 00651. 606 02000 1 00738 .8806

131. 63 9 .325 38911* 63 0031838 07193 7 998 00259 1 1.3637 1 .7161* 37 18 2 .201. 69 15 0071831 00665 617 01668 1 00791. .8911

132 88 9 .208 37287 81. CL32*82 07103 7 807 .00256 1 1.3331 1 .7078

37 27 2 .206 73 97 0072587 00677 627 .0171.7 1 .00851. .9022

130 90 9 .089 35693 61. 0033162 07013 7 523 .00253 1 1.3021 1 .6988

37 31. 2 .208 78 99 00731.18 00689 638 01631. 1 .00917 .911*0

126 .90 8 .970 31.131 .81 0033862 06922 7 1*1*7 .00250 1 .1.2708 1 .6911* 37 1.1 2 .209 81. 18 0071.327 00702 650 .01530 1 00981. .9265

126 87 8 .851 32602 .15 0031.61.5 u 06832 7 278 .0021.7 1 1.2392 1 .6857

37 1.5 2 .211 89 55 0075320 00715 661 011.33 1 01051* .9398

121. 83 8 .731 31101. 1.3 00351.56 0671.1 7 115 .0021.3 1 1.2071 1 .6617

37 .1.9 2 .213 95 08 00761.02 00728 673 .0131.3 1 01129 .9538

122 .76 8 .610 29638 61. 0036317 06650 6 95 8 .0021.0 1 .1.171.7 1 .679*

37 51 2 .215 100 76 0077579 0071.2 686 .01259 1 01207 .9688

120 67 8 .1.68 28201. 51 0037231. 06559 6 808 .00237 1 .11.18 1 .6789

37 52 2 .216 106 62 0076858 00755 698 01181 1 01290 .981*6

118 56 6 .365 26802 00 0038213 061.68 6 663 .00233 1 1.1065 1 .6802

37 52 2 .218 112 61 008021.6 00770 711 01108 1 1377 1 .0015
THERMODYNAMIC PROPERTIES OF COEXISTING GASEOUS AND LIQUID OXYGEN

TEMP DEC R

PRESS

PSIA

VOLUME

CU FT/LB

ISOTHERM DERIVATIVE

CU FT-PSIA/LB

ISOCHORE DERIVATIVE

PSIA/R

INTERNAL

ENERGY

8TU/LS

ENTHALPY

6TU/LB

ENTROPY BTU/L8-R

c v BTU / LB -PVELOCITY

OF SOUND

FT/SEC

SURFACE

TENSION , LB/IN X 10 216

216

11.8.162

11.8.162 0.0161.50.1.0628

1.18.21* 1.8.23 99.6

0.97

-31*. 962 28.903

-31*. 511

1*0. 01*9 0.82301 1.16819

199

178

0.1*57 0.307

2108 6210.3522

218

218 157.926 157.926

0.01657

0.38120

399.22

1.7.62 97.3

1.0

-31*. 073 28.956 -33.588

1*0.101* 0.82712

1.16517 0. 199179

0.1*61 0.312

2073

621

.3361.

220 220

168.11.6

168.11.6

0. 01670 0.35792360.1.9

1.6.97

91*. 7 1.1 -33.177

28.999 -32.657

1.O.I1.1. 0.83123

1.16215 0. 198

180

O.1.66 0.3192037

621

0.321.7

222

222

178.831.

178.831. 0.01683

0.33628

362.05

1*6.27 92.2

1.2 -32.275

29.031 -31.717

1.0.167 0.83533 1.15915

197

181

0.1*71 0.325

2001

621 0.3111

221* 22 i» 190.002 190.002

0.01697

0.31611.

31*3.90

1.5.52 89.7

1.3 -31.365

29.050 -30.768

1*0.173 0.8391*3 1.15616

197 182

0.1*76 0.3331961* 620 0.2977

226

226

201.661. 201.661. 0.01712 0.29736

326.05

1.1.. 73 87.2l.l* -30.1*1*8 29.057 -29.809

1*0.161 0.81.353 1.15316

196

181* 0.1*820.31.0 1926

620

0.281.3

22 8 228 213.832 213.832

0.01726

0.27981. 308.511.3.89

81*.

1.5 -29.523

29.051 -28.8391.0.131 0.81.762 1.15017

196

185

0.1*89 0.31*9 1889

619 0.2711

230

230 226.518226.518

0. 0171.2 0.2631.7 291.29

1.3.01 82.3

1.6 -28.58929.031 -27.858

I.O.082 0.85173

1.11*716 195

186

0.1*96 0.358

1850 618 0.2579

232

232 239.735239.735

0.01758

0.21.815

280.1.6

1.2.01 80.6

1.7

-27.61.7 28.996

-26.867

1.0.012

. 8 5 58 3 1.11.1.17 199

188 0.5070.367

1818

617

0.21.1.9

23".

23". 253.1.98 253.1.98

0.01771. 0.23380 262.92

i»l. CI 77.7

1.8 -26.68526.91.6 -25.852

39.921

0.86000

1.11*115 199189 0.5120.37 8 1771616 0.2320

236

236 267.818267.818

0.01792

0.22031.

21.8.20 39.9775.1. 1.9 -25.712

28.879

-21*. 821* 39.806

0.86U17

1.13810

198

191 0.520 0.389

1736

615 0.2193

238 238 282.709 282.709

0.01810

0.20771 230.9238.67

73.5

2.1

-21*. 727 28.795 -23.779

39.668 0.868371.13503

198 192 0.536

0.1.02 1702

611* 0.2067

2i*0 21.0 298.186

298.186

0.01829

0.19582

211.. li. 37.7171.1

2.2 -23.72928.692 -22.71839.505 0.672591.13193

197

191. 0.51*8 0.1*16 1660

613

0.191.2

21.2 21.2 311.. 262

311.. 262 0.01850

0.181.63 200.2036.1.9 68.6

2.1. -22.717

28.569

-21.61*0 39.3130.87681. 1.12879

197

195 0.557

0.1*31 1621

611 0.1818

21.1.

21.1. 330.951 330.951 0.01871

0.171.07

181.. 70 35.21 66.2

2.5 -21.690

28.1.25

-20.51.1* 39.093

0.68112

1.12560

196

197 0.571

0.1.1.8 1577

609 0.1696

21.6

21.6 31.8.27031.8.270 0.01891.

0.161*11

170.1.9 33.87

63.8

2.7

-20.61*8 28.257

-19.1.27

38.81.0 0.8851.3 1.12236

196

199 0.586

0.1*6 8 1535608 0.1576

21.8

21.8 366.233 366.233

0.01917

0.151*68

155.71.

32.1.7 61.2

2.9 -19.58928.063 -18.28936.553 0.88978 1.11905

196 201 0.603

0.1*89

11*88 606

0.11.57

250

250

381.. 857

381.. 857

0.0191*3

0.11.575

11.1.83 30.99

59.0

3.1 -18.511

27.81.1 -17.127

38.228

0.891.18 1.11566197

.202 0.625

0.511*

11*1.5 601. 0.131*1

252

252

<tO<t. 159

1.01.. 159 0.01970 0.13727

126.97

29.1.5 56.83.1. -17.1*11 27.588 -15.93737.661

0.89661. 1.11219197

201. 0.6500.51*2

l*»0<t 602 0.1225

251.

251.

1.21.. 156

1*21*. 156 0.01999

0.12920

115.01* 27.82

5k. 2 3.6 -16.286

27.300

-11*. 716

37.1*1.7 0.90318

1.10660

198

207 0.67 7 0.576

1352

599 0.1112

256

256

1.1.1.. 870

i*i*i*.870 0. 02031 0.12151

103.62

26.12

52.1

3.9

-15.131* 26.971-13.1*61 36.981 0.90780

1.101*89

19 8 2090.70 9 0.615

1311

597 0.1001

258

258

1.66.319

1.66.319 0.02065

0.111.16 90.37

2i*. 33

i*9.tt 1..2 -13.91.9 26.598 -12.166

36.1.55 0.91252 1.10102

.199 211 0.750 0.662

1256

591. 0.0892

26260

1.88.528 1.88.528 0.02102

0.10711

79.37

22.1*1. 1*6.91..5 -12.728

26.171 -10.82635.860 0.917361.09697

20

.211* 0.7890.720

1201* 592 0.0786

262

262 511.521511.521

0.0211*3 0.1003168.52

20.1.5

i*i*.

1..9 -11.1.63 25.681

-9.1.33 35.182

0.92235 1.09266202

217 0.836

0.792

111.7 589 0.0682

261. 261. 535.321.

535.321. 0.021890.09373

57.38

16. 31* 1.2.0 5.3

-10.11*5

25.111. -7.975

31.. i»06 0.92753

1.08810

203

.220 0.923

.887 1099586

0.0580

266

266 559.968 559.968

0.0221.1 0.087321*6.89 16.09 39.1

5.8 -8.762

21*. 1.51 -6.1.36 33.505 0.93295

1.08315

205

223 1.011

1.015

1035

583

0.01*82

268 268

585.1.86

585.1.86 0.02301 0.08099

37.61. 13.69 36.9

6.1. -7.291* 23.662

-<*.799

32.1.1.3 0.93869

1.07768

208

.227 1.157

1.202

986

579

.0388

270

270 611.917611.917

0.02372

0.071.62 29.12

11.62

3<*. 5 7.0 -5.715

22.688 -3.02831.11.3

0.91.1.85 1.0711,3 .211 .232 1.358

1.396

931 570 0.0297

272

272 639.301 639.301

0.021.59 0.0683620.56

6.90 31.37.8 -3.98221.509

-1.071

29.601

0.95162

1.061.1*0 .21721*1 1.6721.851

856

563 0.0212

278.237

278.237 731.379731.379 0.03673

0.03673

0.0000
THERMODYNAMIC PROPERTIES OF COEXISTING GASEOUS AND LIQUID OXYGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT

V<DH70V)

p V<DP/OU>v -V(OP/DV)T BTU/LB PSIA-CU FT/BTU PSIA

<DV/OTL/V THERMAL CONDUCTIVITY

DEG. R BTU/FT-HR-R LB/FT-SEC -sec

io5

THERMAL DIELECTRIC PRANOTL IFFUSIVITY CONSTANT NUMBER

SO. FT/HR

216 t.O .801.1.6 216 2 .1.6137

218 60 31.603 218 2 ,62329

220 59 .87965

22 Z .79392

222 59 .".01.82 222 2 97372

22". 58 92098

22") 3 16320

226 58 1.2751. 226 3 36292

228 57 .92385

22 8 3 5731.7

230 57 1.0919 230 3 79553

232 56 89378

232 it 02980

231. 56 35697

231. i. 27711

236 55 80653

236 It 53831.

238 55 21.11.9 23 8 1. 811.51

21.0 51. 66071.

2i*0 5 10675

21.2 51. 06303

21.2 5 1.1633

2<tii 53 1.1.691

21.1. 5 71.1.73

21.6 52 81073

21.6 6 09365

21.8 52 15255

21.8 6 1.6505

25 51 1.7007 250 6 86127

252 50 76057

25 2 7 28508

251. 50 02077

251. 7 73983

256 1.9 21.665 256 8 22963

258 1.8 1.3320 258 8 75965

26 1.7 571,08 260 9 3361.8

262 1.6 66103

262 9 96881.

261. ".5 68295

261. 10 66861

266 1.1. 621.1.1. 266 11 1.5275

268 1.3 1.6298

26 8 12 31.713

270 1.2 1631.9 270 13 1.0171.

272 1.0 66585

27 2 li» 62827 278.237 27 22756 278.237 27 22756

116.1.2 37.50

111.. 26

37.1.7

112.07

37.1.2

109.86

37.36

107.62

37.28 105.36

37.20 103.07

37.09

100 .76 36.97 100.32

36.81

97.62 36.66

95.1.5 36.1.9

92.95

36.31 90.26

36.11

87.91

35.90 85.25

35.67 82.72

35.1.2

79.97 35.16

77.39

3<». 88

71.. 93

31.. 59

71.93

3 <t. 28

69.51. 33.95 66.39

33.61 63.55

33.25

60.51 32.88

57.62

32.50

51.. 13 32.11 51.33

31.72

1.8.39 31.19

1.1.. 61 30.69

8 21.1 251.31 Oil 0039259 .06376

2 .220 118 .71 0081751. .00781.

8 .117 21.091 .60 001.0360 .06281.

2 222 121. .92 0083390 00800

7 99 22783 .73 001.1583 .06192

2 223 131 .22 0085167 .00815

7 .863 21507 .1.8 001.2877 .06100

2 225 137 .59 0067097 00831

7 .731. 20263 01 00lt<t273 a .06007

? 227 11.1. .00 0069196 00850

7 .602 19050 .50 001.5762 .0591".

2 229 150 1.3 00911.83 00872

7 1.69 17870 27 00l.7i.18 .05821

2 231 156 85 0093977 c 00896

7 333 16722 .69 001.9196 05727

2 233 163 23 a 0096702 00920

7 109 15957 39 0050519 05635

2 231. 169 28 0099798 c 0091.6

6 936 11.617 10 00521.17 .0551.1

2 236 175 .1.2 0103090 00971.

6 816 13851 it5 0051.1.30 051.1.6

2 238 181 .38 0106718 01003

6 730 12756 39 0057621. 05351

2 21.0 187 12 0110729 01031.

6 593 11705 21. 0060718 05255

2 21.3 192 56 011518". 01067

5 1.1.8 10823 37 0063369 05158

2 21.5 197 65 a 0120151. 01102

5 300 9871 72 0067022 05061

2 21.8 202 29 0125729 01139

5 11.9 9003 70 0070809 01.963

2 250 206 1.1 0. 0132020 01180

5 978 8122 3<t 0075392 01.861.

2 253 209 91 0139170 01221.

5 827 7299 61 0060605 D 0".76".

2 256 212 66 a 011.7361. 01271

5 661 651.6 81. OC 66785 01.663

2 259 211. 52 015681.2 01323

5 1.83 5751. It It 0091.159 11 01.561

2 262 215 35 0167931 01381

5 333 5103 03 0102011 01.1.57 2 265 211. 95 0181079 OI1.1.6

5 128 1.377 03 0112956 01.351

2 268 213 09 0196921 01519

it 922 3775 eo 0121.110 01.21.3

2 272 209 50 0216392 01601.

It 697 3197 03 0136138 01.132

2 275 203 83 021.092". 01701.

it 525 2621 33 0160226 01.123

2 279 195 63 027281.1. 01625

it 26 8 2092 60 0186792 01.112

2 282 181. 30 0316205 01978

t 087 1636 11* 02251.52 01.139

2 285 169 GO 0378815 02182

3 869 1227 79 0280698 01.200

2 21.6 155 78 0. 01*1.7593 0. 02395

3 51.2 836 CI 0371.733 01.326

2 212 130 17 0599397 02806

6 523 00229 1 1.071.7 1 6831. 725 0101.0 1 011.69 1 .0195

6 369 00226 1 1.01.01* 1 6886

736 00976 1 01567 1 0386

6 259 00222 1 1*0055 1 .6959 753 00916 1 01669 1 .0591

6 131. 00218 1 39701 1 .7051. 767 00859 1 01777 1 0810

6 013 00211. 1 3931.1 1 .7171

782 00808 1 01891 1 1011.

5 897 0021C 1 38971. 1 .7311. 798 00762 1 02011 1 .1201

5 797 00206 1 38601 1 7522

811. 00719 1 02138 1 .11.01

5 709 00201 1 38220 1 .7789

830 00678 1 02272 1 1613

5 622 00195 1 .37839 1 .8205

61*8 00639 1 021.13 1 .181.5

5 533 00192 1 371.1.3 1 .6397

865 .00603 1 02563 1 .2090

5 l»l*i* 00188 1 .37037 1 .6696

861* 00567 1 02721 1 .2357

5 353 00181 1 36622 1 .9291 903 00531. 1 02868 1 261.5

5 261 00175 1 36196 1 .9753

92 3 00502 1 03065 1 2960

5 167 00171 1 35759 2 0099

91*1* 001(72 1 03253 1 .3301.

5 073 00166 1 35309 2 519

966 001.1.2 1 031.52 1 3683

<* 977 0016C 1 31.81.5 2 111.8 988 001.H. 1 03665 1 UlOtt

H 860 00155 1 3it367 2 1777

1 012 00387 1 03891 1 .1*572

It 781 0011.6 1 33872 2 2593

1 037 00360 1 01.133 1 5099

It 680 0011.1 1 33359 2 31.96

1 061* 00335 1 0".392 1 5693

"* 577 00135 1 32825 2 1.1.67

1 091 00310 1 01.670 1 .6375

". ".71 00128 1 32268 2 .5620

1 121 00286 1 01.970 1 7160

", 363 00120 1 31685 2 7070

1 153 c 00262 1 05296 1 8080

l| 251 00113 1 31071 2 .81.1.6 1 187 00239 1 05651 1 9171

1* 135 00106 1 301.20 3 0109

1 22". 00216 1 0601.2 2 01.89

". 01<« 00098 1 29725 3 2361

1 261. 00193 1 061.75 2 2119

3 887 00091 1 28976 3 1.1.13

1 309 00170 1 06962 2 1.196

3 752 00082 1 28156 3 776U

1 360 0011.7 1 07519 2 6963

3 606 00073 1 2721.6 It 1988

1 1.20 00128 1 08179 2 9788

3 1.1*5 00061. 1 26201 It 7918

1 1.89 00101. 1 0891.9 3 531.9

2 272 1 17062

2 2?2 1 17082
1 PSIA ISOBAR

Appendix E, Isobaric Properties THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE VOLUME

DEG. R CU FT/LB

ISOTHERM DERIVATIVE

CU FT-PSIA/L8

97. 833 0. 01226 2090. 51. 100 0. 01231 201.8. 1.9 105 0. 0121.3 1953. 37 110 0. 01255 1860. 86 115 0. 01267 1770. 90 120 0. 01280 1683. 1*2 12 5 0. 01293 1598. 37 127. 018 0. 01298 156U. 72 127. 018 1.2. 1.0908 1.2. 22 130 1.3. 1*171.3 1.3. 23 135 1.5. 10661. 1.1.. 9<i li»0 1.6. 791.96 i»6. 6i»

11.5 1.8. 1.8201. 1.8. 33

15 50. 16811* 50. 03 155 51. 8531.0 51. 72

16 53, 53793 53, 41 165 55. 22181 55,,10 170 56. 90511 56,,79 175 58. 58790 56, 1.8 18 60. 27023 60 , ,17 185 61. 95216 61.,86 190 63. 63371 63..5".

195 65.,311.93 65,,23 200 66. 99581. 66. ')1 205 68.,6761.9 68.,60 210 70.,35688 70.,28 215 72,,03706 71.,97 220 73.,71702 73,,65 225 75.,39680 75,,33 230 77.,0761.1 77,,01 235 78.,75585 78,,70

2<t0 80.,1.3516 80. 39

21.5 82,,111*32 82,,06 250 83.,79337 83,,7k 255 85.,1.7230 85,.1.2 26 87,.15112 87 .10 265 88,,82985 88.,78 270 90,,5081.8 90,,l»6 275 92,.18703 92.,11. 280 93,,86551 93 .82 285 95,,51.390 95,,50 290 97,.22223 97 ,18

295 98,,90050 98,.86 300 100 ,57871 100,,51. 310 103 .931.95 103 .90 320 107 .29100 107 . 26 330 110 .61.688 110 .62

3i»0 Hi.,.00260 113 .97

35 117 .35818 117 .33 36 120 .71363 120 .69 370 121. .06698 121. .05 380 127 .1.21.23 127,,1.0

39 130 .77938 130 .76

1*0 131. .131.1.6 131. .11

1.10 137 .1.891.6 137,.1.7

1.2 11.0 .81.1.39 11*0 .83

1.3 I'll. .19926 1<*<* ,18

i»<.0 11.7 .551.08 11.7 .51.

1.5 150 .90881. 150 . >n

1.6 15i» .26356 15". .25

1.70 157 .61823 157 .61

1.80 160 .97286 160 .96

1.9 161. .3271.5 161. .32 500 167 .68201 167 .67 510 171 .03651. 171 .03 520 171. .39101. 171. .38 530 177 .71.551 177 .71* 51.0 181 .09995 161 ,09 550 181. .1.51.37 181. .1.5 56 187 .80876 187 .SO 570 191 .16313 191 .lb

58 191. .5171.9 191. .51

590 197 .87182 197 .87

60 201 .22611. 201 .22

SOCHORE INTERNAL ENTHALPY ENTROPY c v

c

p VELOCITY RIVATIVE ENERGY OF SOUND PSIA/R BTU/L8 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

317.8 -83.216 -83.211. 0.50123 0. 266 0.398 3801. 312.2 -82.351. -82.352 0.50991. 0. 261. 0.398 3780 299.5 -80.365 -80.363 0.52935 0. 26 0.398 3722 287.2 -78.376 -78.371. 0.51*786 0. 256 0.398 3662 275.2 -76.387 -76.385 0.56551. 0. 252 0.398 3602 263.6 -7i*. 397 -71.. 395 0.5821.8 0. 21.8 0.398 3539

252.1* -72.1.06 -72.1*01) 0.59873 0. 21.1. 0.398 31.76 21*8.0 -71.602 -71.600 0.60511 0. 21.3 0.398 31.50 0.01 19.529 27.382 1.381.1)1) 0. 156 0.219 521. 0.01 19.995 28.035 1.38952 , 156 0.219 530 0.01 20.776 29.129 1.39778 0. 156 0.219 51.1 0.01 21.557 30.222 1.1*0573 . 155 0.219 551 0.01 22.337 31.315 1.1*131)0 . 155 0.218 561 0.01 23.117 32.1.07 1.1*2080 0. 156 0.218 570 0.01 23.895 33.1.98 1.1*2796 0. 156 0.218 580 0.01 2U.676 31.. 590 1. 1*31*89 0. 156 0.218 589 0.01 25.1.55 35.680 l.i* 1*160 0.,156 0.218 598 0.01 26.231. 36.771 1.1*1*811 0,,156 0.218 607 0.01 27.012 37.861 1.1*51.1.3 0.,156 0.218 616 0.01 27.791 38.951 1.1*6058 0. 155 0.218 625 0.01 28.569 1.0.01.1 1.1*6655 0,,155 0.218 631. 0.01 29.31.7 i>1.131 1.1*7236 0.,155 0.218 61.2

0.01 30.126 i>2.220 1.1.7802 0,,155 0.218 651 0.01 30.901. 1.3.309 1.1.8353 0.,155 0.218 659 0.00 31.682 1.1*. 399 1.1*8891 0.,155 0.218 667 0.00 32.1.59 1.5.1.88 1. i*9i*16 0.,155 0.218 675 0.00 33.237 1.6.577 1.1.9929 0,,155 0.218 683 o.oo 31.. 015 1.7.665 1.501.29 0,,155 0.218 691 0.00 31.. 793 1.8.75l> 1.50919 , ,155 0.218 699 0.00 35.570 1)9.81.3 1.51397 0.. 15 5 0.218 707 o.oo 36.31.8 50.931 1.51865 0., 155 0.218 715 0.00 37.125 52.020 1.52321. 0..155 0.218 722

0.00 37.903 53.108 1.52772 0,,155 0.218 730 0.00 38.680 5<t.l96 1.53212 0,,155 0.218 737 0.00 39.1.57 55.281. 1.5361.3 0.,155 0.218 71.5 0.00 1.0.235 56.373 1.51.066 0,.155 0.218 752 0.00 1.1.012 57.1.61 1.51.1.80 0..155 0.218 759 0.00 1.1.789 58.51*9 1.51.887 0., 155 0.216 766 0.00 1.2.566 59.637 1.55286 0,,155 0.218 773 0.00 1*3.31.!. 60.725 1.55678 0,, 155 0.218 780 0.00 i*i*. 121 61.613 1.56061. .155 0.218 787 0.00 1.1.. 898 62.901 1.561.1.2 .155 0.218 791.

0.00 1.5.675 63.989 1.56811. 0,.155 0.218 801 0.00 ".6.1.53 65.077 1.57180 0,.155 0.218 808 0.00 1.8.007 67.253 1.57893 .155 0.218 821 0.00 1.9.561 69.1.29 1.58581. .155 0.218 83<* 0.00 51.116 71.605 1.59253 .155 0.218 gi*7 0.00 52.670 73.781 1.59903 0,.155 0.218 860 0.00 51.. 225 75.957 1.60531* ,155 0.218 872 0.00 55.780 78.133 1.6111.7 .155 0.218 885 0.00 57.335 8C .309 1.6171*3 .156 0.218 897 0.00 58.891 82.1.86 1.62321* ,156 0.218 909

0.00 60.1.1.6 8i». 663 1.62889 ,156 0.218 921 0.00 62.003 86.81.1 1.631*1*0 .156 0.218 932 0.00 63.559 89.019 1.63978 . 156 0.213 91.1. 0.00 65.117 91.198 1.61*503 .156 0.218 955 0.00 66.675 93.377 1.65016 .156 0.218 967 0.00 68.231. 95.557 1.65517 .156 0.218 978 0.00 69.791. 97.738 1.66007 . 156 0.218 989 0.00 71.355 99.920 1.661*87 . 15 6 0.218 1000 0.00 72.917 102.103 1.66956 .156 0.218 1010 0.00 71.. 1*80 101.. 288 1.671*16 .156 0.218 1021

0.00 76.01.1. 106.1.73 1.67867 . 157 0.219 1031 0.00 77.610 108.660 1.68309 .157 0.219 101.2 0.00 79.178 110 .81.9 1.6871*2 .157 0.219 1052 0.00 80.71.7 113.039 1.69168 .157 0.219 1062 0.00 82.318 115.232 1.69585 .157 0.219 1072 0.00 83.891 117.1.26 1.69995 .157 0.220 10 82 0.00 85.1.66 119.622 1.70398 .158 0.220 1092 0.00 87.01.3 121.820 1.70791* .158 0.220 1101 0.00 88.622 121.. 021 1.71181* . 158 0.220 1111 0.00 90.201. 126.221. 1.71567 .158 0.220 1120

0.00 91.789 128.1.29 1.7191*1* .159 0.221 1130 0.00 93.376 130.637 1.72315 .159 0.221 1139

THO-PHASE BOUNDARY
1 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

OEG. R LB/CU FT

/(DH/DV)

p VOP/DU)v -V(OP/OV>T BTU/LB PSIA-2U FT/BTU PSIA

IO»/OIUV THERMAL VISCOSITY THERMAL OIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT DEC P BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X io5

PRANDTL

NUMBER

97.833 81 5671.1 213 1.1. 11. 631. 170520 12 001861.0 11156 l»i 622 0.0031*1. 1.56869 5.3"»36

10 81 23750 212 Oi. 11. 51.1 1661.13 69 0016761 11092 59 906 0.0031.3 1.56603 5.1522

105 80 1.7321 208 77 11* 320 157193 86 0019052 10939 36 231. 0.0031.2 1.55990 "..71.28 110 79 701.16 205 1.5 11. 091 11.6318 21. 0. 0019361 10779 32 932 0.0031.C 1.55375 1..3751 115 78 92987 202 07 13 855 139776 68 0019690 10610 29 962 0.00338 l.Si.757 "..01.1.7 120 78 11.985 198 63 13 613 131559 2 002001.0 101.35 2 7 291 0.00335 1.51.136 3.71.78

12 5 77 36352 195 13 13 361. 123655 2 S 00201.15 10251. 21. 869 0.00333 1.53512 3.1.809 127.018 77 01.1.29 193 69 13 263 120552 1.6 0020574 10179 23 990 0.00332 1.53259 3.3810 127.018 02358 27 1.5 2 161 1 ( D 007971.7 00369 31.6 0.711.67 1.0001". 0.7388

130 0. 02303 2B 11 2 161 1 00 0077851. 00378 35i. 0.75011. 1.0001". 0.7382

135 02217 29 21 2 161 1 00 0071.876 00393 368 0.81160 1.00013 0.7372

l<t0 02137 30 30 2 161 1 00 0072126 001.09 383 0.87551. 1.00013 0.7361.

11.5 02063 31 1.0 2 161 1. 00 0069575 001.21. ZS7 0.91.196 1.00012 0.7357

150 01993 32 1.9 2 160 1 DO 0067201 001.1.0 1.11 1.01086 1.00012 0.7350

155 0. 01929 33 59 2 160 1 00 0061.985 001.56 1.26 1.06223 1.00011 0.731.1. 160 01868 31. 68 2 16 1 00 0062916 001.71 1.1.0 1.15606 1.00011 0.7339

165 0. 01811 35 77 2 160 1 00 0060975 001.67 1.55 1.23231. 1.00011 0.7335

170 01757 36 87 2 16 1 00 0059152 00502 1.69 1.31105 1.00010 0.7331

175 0. 01707 37 96 2 160 1 00 00571.37 00518 1.81. 1.39217 1.00010 0.7327

180 01659 39 05 2 160 1 00 0055819 00531. 1.98 1.1.7569 1.00010 0.7323

18 5 01611. 1.0 11. 2 160 1 00 0051.291 0051.9 513 1.56160 1.00010 0.7320

19 0. 01571 1.1 23 2 160 1 00 005281.6 00565 527 1.61.986 1.00009 0.7317

195 01531 1.2 32 2 160 1 so 00511.76 00581 51.1 1.71.01.6 1.00009 0.7311. ZOO 011.93 1.3 1.2 2 160 1 00 0050176 00595 3 556 1.83337 1.00009 0.7312

205 011.56 1.1. 51 2 160 1 00 001.891.0 00612 570 1.92856 1.00009 0.7309

210 011.21 1.5 60 2 160 1 00 001.7765 00627 581. 2.02606 1.00008 0.7307

215 01388 1.6 69 2 160 1 CO 001.661.5 0061.3 599 2.12579 1.00008 0.7305

220 01357 1.7 78 2 160 1 00 001.5576 00658 613 2.22771. 1.00008 0.7303

225 01326 1.6 87 2 160 1 00 001.1.556 00673 627 2.33190 1.00008 0.7301

230 01297 1.9 95 2 160 1 00 00,1.3581 00689 61.1 2.1.3823 1.00008 0.7299

235 01270 51 01. 2 160 1 00 001.261.8 00701. 655 2.51.671 1.00008 0.7297

2".0 0121.3 52 13 2 160 1 00 001.1751. 00719 669 2.65733 1.00007 0.7295

2<.5 0. 01218 53 22 2 160 1 00 0. 001.0897 00731. 683 2.77006 1.00007 0.7293

250 01193 51. 31 2 160 1 CiQ 001.0071. 0071.9 697 2.881.87 1.00007 0.7291

255 01170 55 1.0 2 159 1 CO 0039285 00761. 711 3.00178 1.0C007 0.7289

26 0111.7 56 1.9 2 159 1 00 0038526 00779 725 3.12075 1.00007 0.7287

265 01126 57 58 ? 159 1 00 0037795 00791. 739 3.21.173 1.00007 0.7285

27 01105 58 67 2 159 1 00 0037093 00909 752 3.361.70 1.00007 0.7283

275 01085 59 76 2 159 1 00361.15 00821. 766 3.1.8961. 1.00006 0.7282

280 01065 60 85 2 159 1 00 0035763 00838 779 3.61653 1.00006 0.7280

285 0101.7 61 91. 2 159 1 00 0035133 00853 793 3.71.536 1.00006 0.7278

290 01029 63 02 2 159 1 CO 0031.525 666 806 3.87611 1.00006 0.7276

29 5 01011 61. 11 2 159 1 0033936 00882 819 1.. 00876 1.00006 0.7275

300 00991. 65 20 2 159 1 00 0033370 00896 832 1.. 11.329 1.00006 .7273

310 00962 67 38 2 159 1 0032291 00925 858 it. t.1793 1.00006 0.7270

320 00932 69 56 2 159 1 00 0031279 .00953 881. 1.. 69991 1.0 0006 0.7267

330 00901. 71 71. 2 159 1 uo 0030329 00981 910 it. 98908 1.00005 0.726".

3<*0 00877 73 92 2 .156 1 00291.35 01009 935 5.28532 1.00005 0.7261

350 00652 76 11 2 158 1 00 0028592 01036 960 5.58850 1.00005 0.7259

360 00628 78 29 2 .158 1 00 0027796 01063 985 5.8981*9 1.00005 0.7256

370 00806 80 1.8 ? .157 1 00 002701.1. .01090 1 009 6.21515 1.00005 0.725". 380 00785 82 67 2 157 1 00 0026331 01117 1 031. 6.53836 1.00005 0.7252

390 .00765 8". .67 2 .156 1 to 0025655 c .0111.3 1 058 6.66797 1.00005 0.7250

1.00 0071.6 67 .07 2 .155 1 00 0025013 .01170 1 081 7.20386 1.0000". 0.72"*9

".10 00727 89 .27 2 .155 1 00 0021.1.02 .01196 1 105 7.51.568 1.0000". 0.721.7

1.2 .00710 91 .1.6 2 .151. 1 00 0023820 .01221 i 128 7.89388 1.0000". 0.721.6

1.3 .00693 93 .69 2 .153 1 CO 0023265 0121.7 1 151 8.21.772 1.0000". 0.72".5

•*h0 .00678 95 .91 2 .151 1 .00 0022736 .01272 1 171. 8.60726 1.0000"! 0.72".5

".50 .00663 98 .13 2 .150 1 0022230 01297 1 196 8.97231. 1.00001. 0.721.1.

1>6 .0061.8 100 .36 2 .11.9 1 .00 002171.7 01322 1 219 9.31.281 1.0000". 0.721.1.

1.7 .00631. 102 .60 2 .11.7 1 00 0021283 .0131.6 1 21.1 9.71851. 1.00001. 0.72U5

1.80 .00621 10U .85 2 .11.5 1 00 002081.0 .01371 1 263 10.09937 1.00001. 0.721.5

1.9 .00609 107 .10 2 .11.3 1 .00 0020i.li. 01395 1 281. 10.1.8518 1 ..00001. 0.721.6 500 .00596 109 .36 2 .11.1 1 .00 00200C5 011.19 1 306 10.87583 1.0000". 0.721.8 510 .00585 111 .63 2 .139 1 00 0019613 .011. 3 1 327 11.27117 1.00003 0.7250

520 .00573 113 .92 2 .137 1 00 0019235 .OI1.06 1 31.6 11.67113 1.00003 0.7252

530 .00563 US .21 2 .131. 1 00 0018872 .011.90 1 369 12.07559 1.00003 0.7251.

51.0 .00552 118 .51 2 .131 1 00 0018523 .01513 1 390 12.1.81.1.3 1.00003 0.7257

550 .0051.2 120 .82 2 .128 1 .CO 0016186 .01536 1 .1.10 12.89757 1.00003 0.726O

560 .00532 123 . li» 2 .125 1 00 0017861 .01559 1 1.3 13.31i.91 1.00003 0.7261. 570 .00523 125 .1.8 2 .122 1 00 001751.7 .01582 1 .1.51 13.73638 1.00003 0.7268

580 .00511. 127 .82 2 .119 1 00 001721.1. 01605 1 1.71 ll». 16189 1.00003 0.7 2 72

590 .00505 130 .18 2 .115 1 00 0D16952 .01627 1 1.91 li.. 59139 1.00003 0.7277

60 .001.97 132 .51. 2 .112 1 00 0016669 .01650 1 510 15.021.79 1.00003 0.7282

TWO-PHASE 80UNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

5 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c vc

p VELOCI1 DERIVATIVE DERIVATIVE ENERGY OF SOU^ OEG. R CU FT/LB CU FT-PSIA/LB =SIA/P BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 97.838 0.01226 2090.79 317.8 -63.216 -63.201, 0.50123 0. 266 0.398 3601. 100 0.01231 201.8.85 312.2 -82.355 -82 .31,1, 0.50993 0. 261, 0.398 3780

1D5 0.0121.3 1953.71, 299.5 -60.367 -80.355 0.52933 D. 260 0.398 3722

110 0.01255 1861.23 267.2 -78.378 -76.367 0.51,761, 0. 256 0.398 3663

115 0.01267 1771.26 275.2 -76.389 -76.377 0.55552 0. 252 0.398 3602

120 0.0128C 1683 .81 263.7 -71.. 399 -71,. 366 0.5821,6 C. 21,8 .398 3 51.0 125 0.01293 1598.76 252.5 -72.1.08 -72.397 0.59871 0. 21,1, 0.398 31.76 130 0.01306 1516.06 21.1.6 -70.1.16 -70.1,01, 0.611,31, 0. 21,1 0.399 31.11 135 0.01320 11,35.69 231.1 -68.1.21 -66.1,09 .6291.0 0. 237 0.399 331.5

11.0 0.01331. 1357.53 220.9 -66.1.23 -66.1,10 0.61.391. 0. 231. 0.1.00 3278

11.5 0.0131.9 1281.55 211.1 -61.. 1.21 -61.. 1.06 0.65799 0, 231 0.1.01 3209

* 11(5.836 0.01351 1269. 05 209.1. -61.. 065 -61,. 073 0.66029 0. 231 0.1.01 3198

* 11.5.836 9.63255 1.7.1.1 D.Oi. 22.259 31.177 1.31326 , 157 0.223 558

15 9.91981 1.8.89 0.03 22.919 32.101, 1.31953 0, 157 0.222 567 155 10.26391 50.65 0.03 23.711 33.211, 1.32681 0.,157 0.222 577

160 10.40720 52.1.1 0.03 21,. 501 3i». 322 1.33381. , ,157 0.221 586 165 10.91.978 51,. 16 0.03 25.290 35 .1,28 1.31.065 . 156 0.221 595

17 11.29171. 55.90 0.03 26.078 36.533 1.31.725 0,,156 0.221 605

175 11.63315 57.61, 0.03 26.665 37.636 1.35361. 0,, 156 0.220 611. 180 11.971*07 59.37 0.03 27.651 38.738 1.35985 0.,156 0.220 623

185 12.3H.56 61.10 0.03 28.1,37 39.838 1.36588 ,156 0.220 632

190 12.65i.66 62.82 0.03 29.221 1,0.938 1.37175 0. 155 0.220 640

195 12.991.1.1 61.. 51. 0.03 30.005 1,2.036 1.3771.5 0.,156 0.220 61.9 20 13.33385 66.26 0.03 30.789 1,3.131, 1.38301 0.,156 0.219 657 205 13.67301 67.96 0.02 31.572 1,1,. 231 1.3681.3 0,,156 0.219 666

210 1".. 01191 69.69 0.02 32.355 1,5.326 1.39371 0,,156 0.219 671. 215 lit. 35058 71.1,0 0.02 33.137 1,6.1,23 1.39887 0,, 156 0.219 682

22 lit. 68901. 73.11 0.02 33.919 1,7.519 1.1.0391 0.,156 0.219 690 225 15.02730 71,. 81 0.02 31,. 700 1.8.613 1.1.0883 ,155 0.219 698

230 15.36539 75.52 0.02 35.1,81 1.9.708 1.1.1361. 156 0.219 706 235 15.70332 78.22 0.02 36.262 50.801 1.1.1631. , 15 6 0.219 713

21.0 16.01.110 79.92 0.02 37.01.3 51.895 1.1.2291. ,156 0.219 721

21.5 16.37871. 81.62 0.02 37.623 52.986 1.1.271.5 0,,156 0.219 729

250 16.71626 83.32 0.02 38.603 51.. 060 1.1.3187 0,, 156 0.219 736 255 17.05366 65.01 0.02 39.383 55.173 1.1.3619 0,,156 0.218 71.1, 26 17.39096 86.71 0.02 1.0.163 56.265 1.1.1.01.3 ,156 0.218 751 265 17.72815 88.1,0 0.02 1,0.91,3 57.357 l.i. 1.1.59 0,,156 0.218 758 270 18.06525 90.10 0.02 1.1.722 56.1.1,8 1.1.1.867 0,,156 0.218 765 275 18.1.0227 91.79 0.G2 1,2.502 59.51,0 1.1.5268 0,,156 0.218 772 280 18.73921 93.1.8 0.02 1,3.261 60.631 1.1.5661 0., 156 0.218 779 285 19.07607 95.18 0.02 1,1,. 060 61.722 1.1.601,7 0,, 156 0.218 785

290 19.1.1287 96.87 0.02 1,1.. 839 62.813 1.1,61,27 0,,156 0.218 793

29 5 19.71.960 98.55 0.02 1.5.618 63.903 1.1.6800 , 15 6 0.216 800

30 20.08627 100.25 0.02 1,6.397 61,. 991, 1.1.7166 ,155 0.218 807 310 20.7591.1. 103.63 0.02 1,7.951, 67.175 1.1*7881 ,156 0.218 820 320 21.1.321.1 107.00 0.02 1,9.511 69.355 1.1.8573 ,156 0.218 831. 33 22.10521 110.38 0.02 51.068 71.535 1. 1,921.1, , 156 0.216 61.7 31.0 22.77785 113.75 0.01 52.625 73.7H, 1.1.9895 .156 0.218 859

350 23.1.5036 117.12 0.01 51,. 182 75.891, 1.50527 ,156 0.218 872

36 21*. 12271. 120.1.9 0.01 55.739 76.073 1.5111,1 .156 0.218 881. 37 2".. 79501 123.86 0.01 57.295 60.252 1.51738 .156 0.218 897 380 25.1.6717 127.23 0.01 58.853 82.1,32 1.52319 , 156 0.218 909

39 26.13925 130.59 0.01 60.1.10 8tt. 611 1.52885 .156 0.218 921 WO 26.81125 133.96 0.01 61.963 86.791 1.531.37 .156 0.218 932

1.10 27.1,8317 137.32 0.01 63.526 88.971 1.53975 .156 0.218 9 Mi

1.20 28.15502 11,0.69 0.01 65.081. 91.152 1.51.501 .156 0.216 955

1.3 28.82681 11,1.. 05 0.01 66.61.3 93.333 1.55011. .156 0.218 966

1.1.0 29.1.9855 11.7. 1.2 0.01 68.203 95.515 1.55516 c .156 0.218 978

1.5 30.17023 150.78 0.01 69.761. 97.696 1.56006 .156 0.216 989

1.6 30.81.187 151.. m 0.01 71.326 99.881 1.561.86 .156 0.218 999

1.70 31.5131.6 157 .50 0.01 72.869 102.066 1.56956 . 156 0.219 1010

1.8 32.18501 160. 87 0.01 71.. 1,53 101,. 252 1.571,16 .156 0.219 1021

1.9 32.35653 151.. 23 0.01 76.013 106.1,39 1.57867 .157 0.219 1031

50 33.52800 167.59 0.01 77.585 108.627 1.58309 .157 0.219 101.2 510 31.. 1991.5 170 .95 0.01 79.153 110.817 1.5871.3 . 157 0.219 1052

52 3it. 87087 171,. 31 0.01 80.723 113.008 1.59166 .157 0.219 1062

530 35.51.226 177.67 0.01 82.291, 115. 2D2 1.59586 .157 0.219 1072

51.0 36.21362 181.03 0.01 83.868 117.397 1.59996 .157 0.220 10 82

55 36.881.96 181,. 39 0.01 85.1,1,3 119.591, 1.60399 . 158 0.220 1092

560 37.55627 187.75 0.01 87.021 121.793 1.60796 .158 0.220 1101

570 38.22756 191.11 0.01 88.601 123.991. 1.61185 .158 0.220 1111

580 38.89881. 191,. 1,6 0.01 90.183 126.198 1.61569 .158 0.221 1120

590 39.57009 197.82 0.01 91.768 128.1,05 1.6191,6 .159 0.221 1130

60 1.0.21.133 201.18 0.01 93.355 130 .613 1.62317 .159 0.221 1139

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

5 PSIA ISOBAR

TEMPERATURE DENSITY V(DH/DV)„ V(DP/DU),, -V(DP/OV> - (DV/OTL/V

V

C THERMAL VISCOSITY THERMAL OIELECTRIC PRANDTL ONDUCTIVITY DIFFUSIVITY CONSTANT NUMBER DEC R LB/CU FT BTU/LB PSIA-:U FT/BTU PSIA OEG. R BTU/FT-HR-R LB/FT-SF.C

% 105 SQ FT/HR

» 97.838 81.5681.6 213,, t»b 11..,631. 17051.2.62 0.CC18637 0.11156 1.1.628 0.0031.1. 1.56869 5.3itit3 10 G 81.2391.5 212,,07 11. , ,51.1 1661.1.7.37 0.0018758 0.11093 39.916 0.0031.3 1.56605 5.1532

105 80.1.7526 208,,80 11.,,320 157227.51. 0.001901.9 0.1091.0 36.21.3 0.0031.2 1.55992 it. 71.38 110 79.70631 205,,1.7 1A.,091 li.8352.12 0.0019351* .10779 32.91.1 0.0031.C 1.55377 1..3760 115 78.93213 202,,10 13,,855 139810.77 0.0019667 0.10611 29.970 0.00338 1.51.759 i.. 01.55 120 78.15222 198,, bb 13,,613 131593.33 0.0020037 0.101.36 27.299 0.00335 1.51.138 3.71.85 125 77.36602 195,,16 13,,365 123689.77 0.00201.11 0.10255 2 it. 896 0.00333 1.53511. 3.1.815 130 76.57289 191,,59 13,,111 116090.25 0.0020812 0. 10068 22.736 0.00330 1.52886 3.21.16 135 75.77211. 167, 95 12 , .852 108785.07 0.002121.3 0.09376 20.792 0.00326 1.52253 3.0262

1A>0 71.. 96297 181.,,21. 12,.588 101761.. 69 0.CC21709 0.09679 19.0i*i. 0.00323 1.51616 2.8330

11.5 71.. 11. 1.1.9 180,,1.5 12,.321 95019.71. 0.0022212 0.091.78 17.1.72 0.00319 1.50973 2.6598

* 11.5. 636 71.. 00665 179,,80 12,,276 93918.07 0.0022300 0.091.1.5 17.225 0.00318 1.50865 2.6327

* 11.5.836 0.10381 31,,06 2,,167 It. 92 0.0071705 0.001.32 0.1.01. 0.18679 1.00062 0.71.91. 150 0.10081 32,,o: 2 , .166 it. 93 0.00691*66 0.001.1.5 0.1.15. 0.1981.6 1.00060 0.71.77 155 0.0971.3 33,,12 2 , ,166 it. 93 0.0066968 0.001.60 0.it30 0.21290 1.00058 0.71.59

16 0.091.28 31.,,21. ? , ,165 1..91. 0.0061.658 0.001.76 0.1.1.1. 0.22783 1.00056 0.71.1.3 165 0.09133 35,,36 2 , ,165 it. 95 0.0062511. 0. OQi.91 0.1.53 0.21.323 1.00051. 0.71.29 170 0.08856 36,,1.8 ? , ,161. it. 95 0.0060517 0. 00507 0.1.7 3 0.25911 1.00053 0.71.17 175 0.08596 37,,59 2,,161. it. 95 0.0058653 0.00522 0.1.87 0.2751.7 1.00051 0.71.05

18 0.08351 38,.70 2 , .161. it. 96 O.C0569C5 0.00538 0.501 0.29230 1.00050 0.7395

185 0.08120 39,,81 2 ,153 If. 96 0.CG55266 0.00553 0.516 0.3096C 1.0001.6 0.7387

19 0.07902 1.0,,92 2 , .163 it. 96 0.0053723 0.00569 0.530 0.32736 1.0001.7 0.7378

195 0.07696 1.2,.02 2 ,163 it. 97 0.0052267 0.00581. 0.51.5 0.31.559 1.0001.6 0.7371

200 0.07500 1.3,.13 2,,163 it. 97 0.0050892 0.00600 0.559 0.361.28 1.0001.5 0.7361. 205 0.07311. 1.1.,.23 2,,16 2 it. 97 0.001.9590 0.00615 0.573 0.3831.2 1.0001.3 0.7358

210 0.07137 1.5,.33 2,,162 it. 97 0.001.8356 0.00630 0.587 0.1.0300 1.0001.2 0.7352

215 0.06968 1.6,.1.3 2 , .162 t. 98 O.CQi.7181. 0. 0061.6 0.602 0.1.2301. 1.3001.1 0.731.7 220 0.06808 1.7,.53 2 , .162 I.. 98 0. 001.6070 0.00661 0.616 0.1.1.352 1.0001.0 0.731.2 225 0.06655 1.8,.63 2,.162 it. 98 0.001.5003 0.00676 0.S30 0.1.61.1.3 1.0001.0 0.7337

230 0.06508 1.9,.73 2,.162 It. 98 0.001.3996 0.00692 0.61.1. 0.1.8578 1.00039 0.7333

235 0.06368 50,.83 2,,162 it. 98 0.0C3029 0.00707 0.656 0.50755 1.00038 0.7329

2"*0 0.06231. 51,.93 2,,162 1..98 O.Oui.2105 0.00722 0.572 0.52975 1.00037 0.7325

21.5 0.06105 53,, 02 2,,161 it. 98 O.OGi.1222 0.00737 0.686 0.55237 1.00036 0.7321

25 0.05962 5 V.,12 2 , ,161 <t. 98 0.001.0375 0.00752 0.700 0.5751.C 1.00036 0.7318

255 0.05861. 55,,21 2 , ,161 it. 99 0.0039563 0.00767 0.713 .59888 1.00035 0.7311. 260 0.05750 56,,31 2 , .161 it. 99 0.0038781. 0.00782 0.727 0.62278 1.00031. 0.7310

265 0.0561.1 57,,1.0 2 , ,161 it. 99 0.0038035 0.00797 0.71.1 0.61.708 1.00031. 0.7307

270 0.05535 58,.50 2 , ,161 it. 99 0.OC37315 0.00812 0.75it 0.67176 1.00033 0.7303

275 0.051.31. 59,,59 2,,161 If. 99 0.OC36623 0.00826 0.768 0.69682 1.00032 0.7300

280 0.05336 60,,69 ? , ,161 1..99 0.0035957 0. 0031.1 0.781 0.72227 1.00032 0.7297

285 0.0521.2 61,,78 2,,161 1..99 0.0035311. 0.00356 0.795 0.71.811 1.00031 0.7295

290 0.05151 62,,88 2 .161 it. 99 0.003it695 0.00870 0.806 0.771.31 1.00031 0.7292

295 0.05063 63,,97 2,,161 it. 99 0.003it097 0.00385 0.821 0.80090 1.00030 0.7290

30 0.01.979 65,, 06 2,,161 it. 99 0. 0G33520 0.00899 0.83lt 0.82786 1.00030 0.7287

310 0.01.817 67,,25 2..160 it. 99 0.0C32it22 0.00927 0.860 0.88289 1.00029 0.7283

32 0.01.666 69,,1.1. ? , .160 it. 99 0.0031396 0.00955 0.886 0.93938 1.00028 0.7278

330 0.01.521. 71,,62 2 , , 160 1..99 0.00301.33 0. 00983 0.912 0.99730 1.0D027 0.7275

3<»0 0.01.390 73,,81 2,,160 1..99 0.0029527 0.01011 0.937 1.05662 1.00026 0.7271

35 0.01.261. 76..00 2,,159 it. 99 0.0026675 0.01038 0.952 1.11731. 1.00025 0.7268

360 0.01.11.5 78,,19 2,,159 it. 99 0.0027871 0.01065 0.987 1.1791.1 1.00025 0.726U

370 0.01.033 60,,38 ) .159 5.00 0.0027111 0. 01092 1.011 1.21.280 1.00021. 0.7262

330 0.03927 82..58 2,,158 5.00 0.0026392 0.01119 1.035 1.30750 1.00023 0.7259

390 0.03826 81. ,78 2 .157 5.00 0.0025710 0.0111.5 1.059 1.3731.8 1.00023 0.7257

tOO 0.33730 86,. 38 2.,157 5.00 0.0025063 0.01171 1.083 1.1.1.072 1.00022 0.7255

1.10 0.03639 89,,19 2,,156 5.00 0.0021. 1. 1.7 0.01197 1.106 1.50917 1.00022 0.7253

1.20 0.03552 91 .1.0 2 .155 5.00 0.0023862 C. 01223 1.130 1.57883 1.00021 0.7252

".3 0.031.69 93 .61 2 .151. 5.00 0.0023303 .0121.8 1.153 1.61.965 1.00021 0.7250

1.1.0 0.03390 95 ,83 2 .153 5.00 0.0022771 0.01271. 1.175 1.72160 1.00020 0.7250

1.5 0.03315 98 .06 2 .151 5.00 0.0022262 .01299 1.198 1.791.67 1.00020 0.721.9

1.6 0.0321.2 100,.29 2 .150 5. CO 0.0021776 0.01323 1.220 1. 86881 1.00019 0.721.9

1.7 0.03173 102 .51. 2 .11.8 5.00 0.0021311 0.0131.8 1.21.2 1.91.1.00 1.00019 0.721.9

1.80 0.03107 101. .78 2 .11.6 5.00 0.0020865 0.01372 1.251. 2.02021 1.00018 0.721.9

1.9 0.0301.1. 107 , 0- 2 .lUi. 5.00 0.0020lt37 0.01396 1.286 2.0971.1 1.00018 0.7250

500 0.02983 109 .30 2 .11.2 5. CO 0.0020027 C .011.20 1.307 2.17558 1.00018 0.7251

510 0.02921. 111 .58 2 .11.0 5.00 0.0019633 .011.1.1. 1.328 2.251.67 1.00017 0.7253

520 0.02868 113 .86 2 .138 5.00 0.0bl925"t D.Oli.68 1.31.9 2.331.71 1.00017 0.7255

530 0.02811. 116 .15 2 .135 5.00 0.0018690 COli.91 1.370 2.1.1561. 1.00017 0.7257

51.0 0.02761 118 .1.6 2 .132 5.0] 0.0018539 C .01511. 1.391 2.1.971.5 1.00016 0.7260

550 0.02711 120 .77 2 .129 5.00 0.0D182O1 0.01538 1.1.11 2.58012 1.00016 0.7263

56 0.02663 123 .10 2 .126 5.00 0.0017875 0.01561 1.1.32 2.66362 1.00016 0.7266

570 0.02616 125 .1.3 2 .123 5.00 0.0C17560 0.01583 l.<t52 2.71.796 1.00016 0.7270

580 0.02571 127 .78 2 .120 5.00 0.0017257 0.01606 1.1.72 2.8331C 1.00015 0.7271.

590 0.02527 130 .13 2 .116 5.00 0.0016963 0.01628 1.1.92 2.91903 1.00015 0.7279

60 0.021.85 132 .50 2 .113 5.00 0.0016680 0.01651 1.511 3.00571. 1.00015 0.7281.

TWO-PHASE 30UNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

10 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM DERIVATIVEISOCHORE DERIVATIVEINTERNAL ENERGYENTHALPY ENTROPY C V Cp VELOCITY

OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L8 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 97.81.5 0.01226 2091.10 317.6 -83.215 -83.192 0.50124 0.,266 0.398 3805

100 0.01231 2049.30 312.2 -82.358 -82.335 0.50990 0.,264 .398 3780

105 0. 0121.3 1954.20 299.5 -80.369 -60 .346 0.52931 0,,260 0.398 3722

110 0.01255 1861.70 267.2 -78.381 -76.357 .54781 0,,256 0.398 3663

115 0.01267 1771.75 275.3 -76.392 -76.368 0.56550 0. 252 0.398 3602

120 0.01280 1684.29 263.7 -74.402 -74.379 0.58243 0,, 246 0.398 3540

125 0.01293 1599.25 252.5 -72.412 -72.388 0.59869 0, 244 0.396 3477

13 0.01306 1516.58 241.6 -70.419 -70.395 0.61432 0. 241 0.399 3412

135 0.01320 1436.20 231.1 -68.424 -68.400 0.62938 0.,237 0.399 3346

UtO 0.01331. 1358.05 220.9 -66.426 -66.402 0.64391 0. 234 0.400 3278

1*5 0.0131.9 1282.08 211.1 -64.425 -64.400 0.65796 0. 231 0.401 3210

150 0.01361. 1208.21 201.5 -62.418 -62.393 0.67156 0., 228 0.402 3140 155 0.01380 1136.38 192.3 -60.406 -60.380 .68476 0,, 225 0.403 3069

* 155.986 0.01383 1122.45 190.5 -60.008 -59.983 0.68732 0.,225 0.403 3055 155.986 5.09792 49.64 0.07 23.629 33.069 1.28362 0.. 156 0.227 574 160 5.23911. 51.11 0.07 24.275 33.977 1.28937 0,,158 0.226 582 165 5.1.11.36 52.94 0.06 25.078 35.104 1.29631 0,,158 0.225 592

170 5.58888 54.76 0.06 25.875 36.227 1.30302 i ,157 0.224 601 175 5.76281 56.56 0.06 26.677 37.348 1.30951 0,,157 0.224 611

180 5.93621 58.35 0.06 27.473 38.465 1.31581 ,157 0.223 620 185 6.10915 60 .14 0.06 28.268 39.580 1.32192 0,, 157 0.223 629

190 6.28168 61.91 0.05 29.061 40.693 1.32785 0,,157 0.222 638

19 5 6.1.5383 63.68 0.05 29.853 41.603 1.33362 0,, 157 0.222 647

20 6.62566 65.44 0.05 30.643 42.912 1.33924 , 157 0.222 655 205 6.79719 67.19 0.05 31.433 44.020 1.34470 0,, 156 0.221 664

210 6.9681.6 68.94 0.05 32.222 45.126 1.35003 0,,156 0.221 672 215 7.1391.8 70.68 0.05 33.010 46.230 1.35523 0,.156 0.221 680 220 7.31029 72.42 0.05 33.797 47.334 1.36031 0.,156 0.221 688 225 7.1.8090 74.16 0.05 34.584 46 .436 1.36526 0.. 156 0.220 696 230 7.65132 75.89 0.04 35.369 49.538 1.37010 0,,156 0.220 704 235 7.82158 77.62 0.04 36.155 5C.638 1.37484 ,156 0.220 712

2<40 7.99169 79.34 0.04 36.939 51.738 1.37947 0,, 156 0.220 720

2"t5 8.16166 81.06 0.04 37.724 52.837 1.38400 ,156 0.220 727

250 8.33150 82.78 0.04 38.507 53.935 1.38844 0,,156 0.220 735 255 8.50123 84.50 0.04 39.291 55.033 1.39276 0,,156 0.219 742 260 8.67081. 86.22 0.04 40.074 56.130 1.39704 0,, 156 .219 750 265 8.81.036 87.93 0.04 40.856 57.226 1.40122 0,,156 0.219 757

270 9.00978 89.64 0.04 41.639 56.322 1.40532 0., 156 0.219 764 275 9.17911 91.35 0.04 42.421 59.418 1.40934 0,,156 0.219 771

280 9.31.636 93.06 0.C4 43.202 60.513 1.41329 0,, 156 0.219 779 285 9.51751. 94.77 0.04 43.964 61.608 1.41716 0,, 156 0.219 786 290 9.68665 96.47 0.03 44.765 62.702 1.42097 0., 156 0.219 793

295 9.85569 98.18 0.03 45.546 63.796 1.42471 0,, 156 0.219 799 300 10.02i.68 99.88 0.03 46.327 64.890 1.42838 ,156 0.219 806 310 10.36247 103.28 0.03 47.888 67.077 i. 43555 0., 156 0.219 820 320 10.70007 106.68 0.03 49.449 69.262 1.44249 0., 156 0.219 833

33 11.03749 110.07 0.03 51.009 71.447 1.44922 0,, 156 0.218 846

31.0 11.37475 113.46 0.03 52.569 73.631 1.45574 ,156 0.218 859

35 11.71187 116.85 0.03 54.128 75.815 1.46207 0,,156 0.218 872

36 12.04887 120.24 0.03 55.687 77.998 1.46822 . 156 0.218 8e4 370 12.38575 123.62 0.03 57.246 60.181 1.47420 0,,156 0.218 896

380 12.72254 127.00 0.03 58.805 82.364 1.48002 0,, 156 0.216 908

390 13.05923 130.36 0.03 60.364 84.546 1.48569 0., 156 0.218 920

1.00 13.39584 133.76 0.03 61.924 86.729 1 .49121 0.,156 0.218 932

1.10 13.73238 137.14 0.02 63.48 3 68.912 1.49660 , , 156 0.218 944

1.20 14.06885 140.52 0.02 65.043 91.095 1.50186 0.,156 0.218 955

1.30 14.40526 143.89 0.02 66.604 93.279 1.50700 0,,156 0.218 966

1.1.O 14.74161 147.26 0.02 68.165 95.463 1.51202 0,,155 0.218 977

1.5 15.07791 150.63 0.02 69.727 97.647 1.51693 0., 156 0.219 988

1.6 15.41416 154.01 0.02 71.290 99.833 1.52174 0., 156 0.219 999

1.7 15.75037 157.38 0.02 72.854 102.019 1.52644 0.,156 0.219 1010

1.80 16.08654 160.75 0.02 74.419 104.207 1.53104 , 156 0.219 1021

1.9 16.42266 164.11 0.02 75.985 106.395 1.53556 0., 157 0.219 1031

500 16.75876 167.48 0.02 77.552 108.585 1.53998 0., 157 0.219 1042

510 17.09482 170.85 0.02 79.121 110 .776 1.54432 G,, 157 0.219 1052

52 17.43085 174.22 0.02 60.692 112.969 1.54858 0.,157 0.219 1062

530 17.76686 177.58 0.02 62.264 115.164 1.55276 0., 157 0.220 1072

51.0 18.10283 180.95 0.02 83.839 117.360 1.55686 0.,157 0.220 1082

55 18.43879 184.31 0.02 85.415 119.559 1.56090 0..158 0.220 1092

56 18.77472 187.68 0.02 86.993 121.759 1.56486 0.,158 0.220 1101

57 19.11062 191.04 0.02 88.574 123.961 1.56876 0,,158 0.220 1111

580 19.44651 194.41 0.02 90.157 126.166 1.57259 0.,158 0.221 1120

590 19.78238 197.77 0.02 91.742 126.374 1.57637 0.,159 0.221 1130 600 20.11823 201.13 0.02 93.330 130 .564 1.58008 0., 159 0.221 1139

TWO-PHASE BOUNDARY
10 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE OENSITY

OE&. R LB/CU FT

V(OH/DV)

p V(DP/DU>V -V(OP/OV) BTU/LB PSIA-CU FT/BTU PSIA

{DV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT DEC R BTU/FT-HR-R LB/FT-S£C SQ FT/HR

X 10b

PRANDTL NUMBER

97. 81.5 81 56977 213 49 14 634 170570 74 0018634 .0 11156 41 635 00344 1.56870 5 3449

100 81 21.189 212 10 14 541 166469 22 0018755 11093 39 92 8 00343 1.56607 5 1544

10 5 80 1.7782 208 83 14 320 157269 63 9 0019046 10940 3 6 255 00342 1.55994 4 7449

110 79 70899 205 51 14 091 148394 46 0019354 0. 10780 32 951 00340 1.55379 4 3771

115 78 931.95 202 13 13 856 139853 38 0C19662 10611 2 9 960 00338 1.54761 4 0465

120 78 15519 198 70 13 613 131636 21 0020032 10436 27 308 00335 1.54140 3 7494

125 77 36915 195 2C 13 365 123732 94 0020406 10255 24 905 00333 1.53516 3 4824

130 76 57619 191 63 13 111 116133 72 Ij 0020806 10069 22 744 00330 1.52838 3 2424

135 75 77562 187 99 12 852 108828 84 0021237 09877 2 5 800 00326 1.52256 3 0270

140 71. 96665 181. 28 12 589 101808 79 0021702 09680 19 052 00323 1.51619 2 8336

145 71. 11.81.0 180 49 12 321 95064 18 0U22205 09479 17 479 00319 1.50976 2 .6604 150 73 31985 176 62 12 050 88585 61 0022751 09275 16 065 00315 1.50327 2 5055

15 5 72 1.7987 172 65 11 776 82364 64 0023347 09067 14 792 00310 1.49671 2 .3674

155. 985 72 31273 171 86 11 721 81167 16 0023471 09026 14 557 00309 1.49541 2 .3420

155. 986 19616 32 77 2 172 9 74 0069145 00469 .438 10551 1.00117 7612

160 19087 33 69 2 171 9 76 0067030 c 00481 449 11162 1.00113 7566

165 181.69 34 84 2 170 9 78 0064589 n 00496 463 11944 1.00110 7558

170 17893 35 99 2 169 9 80 0062344 00512 477 12749 1.00106 7533

175 17353 37 13 2 .169 9 81 0060267 00527 492 13577 1.00103 .7511

180 1681.6 31 26 2 16 8 9 83 0058341 00543 506 14428 1.00100 ,7492 185 16369 39 39 2 .167 9 84 0056546 00558 520 15301 1.00097 .7475

19 15919 1.0 52 2 .167 9 86 0054869 00573 53 4 16198 1.00095 .7459

195 151.95 1.1 64 2 167 9 e? 0G53298 00589 549 .17117 1.00092 .7445

200 15093 42 77 2 166 9 88 0051821 00604 563 18058 1.0 0090 7433

205 11.712 '.3 89 2 166 9 69 Q 0050431 00619 577 19022 1.00087 .7421

210 11.350 45 00 2 165 9 89 c 0049119 00635 n 591 20008 1.00085 D .7411 215 11.007 46 12 2 165 9 90 0047878 D 00650 60 5 21016 1.00083 7402

220 13679 47 23 2 165 9 91 0046702 (J 00665 619 22045 1.00081 .7393 225 13367 48 34 2 165 9 91 0045587 00660 633 23096 1.00079 .7385

23 13070 49 45 2 164 9 92 0044526 00696 o 647 24169 1.00076 7377

23 5 12785 50 56 2 .164 9 92 0043516 B 00711 661 25263 1.00076 .7370 240 12513 51 67 2 164 9 93 0042554 00726 675 26376 1.00074 .7364

245 12252 52 77 2 164 9 93 C041635 00741 a 689 27513 1.00073 .7358

25 12003 53 88 2 164 9 94 0040756 00756 703 28670 1.00071 .7352 255 11763 54 98 2 164 9 94 0039916 00771 716 29850 1.00070 7346

260 11533 56 08 2 163 9 94 0039111 00786 730 31052 1.00069 ,7339

26 5 11312 57 19 2 163 9 95 0036339 00800 744 32273 1.0 0067 .7334 270 11099 58 29 2 163 9 95 0037598 00815 757 33513 1.00066 .7329 275 10891. 59 39 ? 16 3 9 95 0036886 00830 771 34771 1.00065 .7324

28 10697 60 49 2 163 9 9? 0036202 00844 764 36048 1.00064 G .7319

285 10507 61 59 2 163 9 96 0035543 00859 797 37344 1.00062 .7315

29 10323 62 69 2 163 9 96 0034909 00873 811 38656 1.00061 7312

295 1011.6 63 79 2 163 9 96 0034297 00886 824 39991 1.00060 7308

300 09975 64 89 2 163 9 96 0033707 00902 637 41342 1.00059 .7305

310 0. 09650 67 08 2 16 2 9 97 0032588 00930 853 44100 1.00057 7299

320 0931.6 69 28 2 162 9 9 7 0031542 00956 889 46930 1.00056 .7293

330 09060 71 47 2 162 9 9 7 0030563 00986 914 49832 1.00054 .7288

340 08791 73 67 2 161 9 9a 0029644 01014 939 52803 1.0 0052 7283

35 08538 75 87 2 161 9 96 0028779 01041 964 55844 1.00051 .7279

360 08300 78 06 2 161 9 98 0027964 01068 989 58952 1.00049 .7275

37 08071. 80 26 2 160 9 98 0027195 01095 1 C13 62126 1.00048 .7271

380 07860 82 46 2 160 9 98 0026468 01121 1 037 65364 1.00047 .7268

39 07657 34 67 2 .159 9 98 0025779 01148 1 061 .68667 1.00045 .7265

1*0 071.65 86 87 ? 158 9 99 0025125 01174 1 085 72032 1.00044 .7263

410 07282 89 08 2 .157 9 99 0024504 01200 1 108 .75458 1.00043 .7260

420 07108 91 30 2 .156 9 99 0023914 01225 1 131 76944 1.00042 .7258

1.30 0691.2 93 52 2 155 9 99 0023351 01250 1 154 82488 1.00041 .7257

<*b0 06781. 95 74 2 .154 9 99 0022815 01276 1 177 86089 1.00040 .7256

i«5 06632 97 97 2 153 9 99 0022302 01301 1 199 89745 1.00039 .7255

<*6 061.88 100 21 2 .151 9 99 0021813 01325 1 222 93455 1.00039 .7254

47 0631.9 102 45 2 149 9 99 0021345 01350 1 244 97218 1.0 0038 .7254

1.8 06216 104 71 2 .148 9 99 0020896 01374 1 266 1 01031 1.00037 .7254

1.90 06089 106 97 2 146 9 99 o 0020466 01398 1 287 1 04893 1.00036 .7255

500 05967 109 23 2 .143 9 99 0020054 01422 1 309 1 08805 1.00035 .7256 510 05850 111 51 2 141 9 99 0019658 01446 1 330 1 12761 1.00035 .7257

520 05737 113 80 2 .139 9 99 0019277 01469 1 351 1 16765 1.00034 .7259

530 05628 116 09 2 .136 10 00 0018911

.

01493 1 372 1 20815 1.00033 .7261

51.0 05521. 118 40 2 .133 10 00 0018559 01516 1 392 1 24908 1.00033 .7264

55 051.23 120 71 2 .130 10 00 0018219 01539 1 413 1 29044 1.00032 .7266

560 05326 123 04 2 .127 10 00 0017892 01562 1 43 3 1 .33221 1.00032 .7270 570 05233 125 38 2 .124 10 00 0017577 01585 1 453 1 37440 1.00031 .7273

58 0511.2 127 72 2 .121 10 00 0017272 01607 1 47 3 1 .41700 1.00031 .7278

59 05055 130 08 2 .117 10 CO CC16978 01630 1 49 3 1 .45998 1.00030 c .7282

60 01.971 132 45 2 .114 10 00 0016693 01652 1 513 1 .50336 1.00030 .7287

THC -PHASE BOUNDARY 33
THERMODYNAMIC PROPERTIES OF OXYGEN

14.696 PSIA ISOBAR

EMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c

v

c

p VELOCI' DERIVATIVE DERIVATIVE ENERGY OF SOUI DEC R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L8 BTU/LB BTU/LB-R BTU / LB -R FT/SEI

* 97.852 0.01226 2091.39 317.8 -83.211. -83.181 0.50125 0. 266 0.398 3805

100 0.01231 201.9.73 312.3 -82.360 -82.326 0.50986 0. 264 0.398 3780

105 0.0121.3 1951.. 63 299.6 -80.371 -80 .338 0.52929 0. 260 0.398 3723

110 0.01255 1862.li. 237.2 -73.383 -78.349 0.54779 0. 256 0.398 3663

115 0.01267 1772.20 275.3 -76.391. -76.360 0.56546 0. 252 0.398 3602

120 0.01279 1681.. 75 263.7 -71.. 1*05 -74.370 0.53241 0, 248 0.398 3 540 125 0.01292 1599.72 252.5 -72.414 -72.379 0.59867 0. 244 0.393 3477

130 0.01306 1517.05 21.1.7 -70.1.22 -70 .387 0.61430 0. 241 0.399 3 412 135 0.01320 11.36.68 231.1 -68.1.28 -68.392 0.62935 0.,237 0.399 3346 mo 0.01331. 1358.51. 221.0 -66.1.30 -66.394 0.64388 0. 234 0.400 3279

145 0.0131.9 1282.58 211.1 -64. 1.28 -64.392 0.65793 0, 231 0.401 3 210 150 0.01361. 1208.72 201.6 -62.1.22 -62.385 0.67154 0.,228 0.402 3141

155 0.01380 1136.90 192.3 -60. 410 -60.373 0.68473 0.,225 0.403 3070

160 0.01396 1067.05 183.1. -58.391 -58.353 0.69755 0.,223 0.405 2 997

* 162.321. 0.011.01. 1035.21. 179.3 -57.450 -57.412 0.70339 0,,221 0.405 2963

* 162.321. 3.57933 50.76 0.10 24.435 34.176 1.26737 0, 159 0.230 583 165 3.61.1.50 51.77 0.09 24.872 34.790 1.27113 0, 159 0.229 568

17 3.76571 53.66 0.C9 25.685 35.933 1.27795 0.,158 0.228 598 175 3.88627 55.53 0.09 26.495 37.070 1.28455 0, 158 0.227 608

18 it. 00626 57.38 0.09 27.301 38 .204 1.29093 0,, 158 0.226 617 185 i.. 12575 59.22 0.08 28.105 39.333 1.29712 0, 158 0.225 626

19 i.. 21.1.80 61.01. 0.08 28.907 40.459 1.30313 0,.157 0.225 635

195 4. 3631.7 62.85 0.08 29.707 41.581 1.30896 0.,157 0.224 644

20 l.. 1.8179 61.. 65 0.03 30.505 42.701 1.31463 0.,157 0.224 653 205 l.. 59981 66.1.1. 0.07 31.301 43.819 1.32015 0.,157 0.223 662

210 4. 71751. 68.23 0.07 32.096 44.934 1.32552 0.,157 0.223 670 215 it. 83503 70.00 0.07 32.889 46.047 1.33076 0,,157 0.222 678

22 i.. 95229 71.77 0.07 33.682 47.158 1.33587 0,,157 0.222 687

225 5.06935 73.51. C.07 34.473 48.268 1.34086 0.,157 0.222 695

230 5.18622 75.30 0.07 35.263 49.377 1.34573 0,,156 0.222 703

23 5 5.30292 77.05 0.06 36.053 50.484 1.35049 0,,156 0.221 711

21.0 5.1.191.6 78.80 0.06 36.841 51.589 1.35515 0.,156 0.221 718

21.5 5.53586 80.51. 0.06 37.629 52.694 1.35970 0.,156 0.221 726 250 5.65211. 82.28 0.06 38.416 53.798 1.36416 0,,156 0.221 734

255 5.76829 81.. 02 0.06 39.203 54.900 1.36853 0.,156 0.220 741

260 5.881.33 85.75 0.06 39.989 56.002 1.37281 0.,156 0.220 749

265 6.00027 87.1.8 C.06 40.775 57.103 1.37700 0,,156 0.220 756 270 6.11612 89.21 0.06 41.560 58.203 1.38112 0,,156 0.220 763 275 6.23187 90.91. 0.05 42.344 59.303 1.38515 0., 15 6 0.220 771 280 6.31.755 92.66 0.05 43.128 60.402 1.38911 0.,156 0.220 778 285 6.1.6315 91.. 38 0.05 43.912 61 .500 1.39300 0,,156 0.220 7 85 290 6.57868 96.10 0.05 44.695 62.598 1.39682 0,,156 0.220 792

295 6.691.11. 97.82 0.05 45.478 63.695 1.40057 0.,156 0.219 799

30 6.80951. 99.53 G.05 46.261 64.792 1.40426 0.,155 0.219 806

310 7.01.018 1 2 . 96 0.05 47.826 66 .984 1.41145 0..156 0.219 819 320 7.27061 106.38 0.05 49.390 69.175 1.41840 0,,156 0.219 832

33 7.50086 109.79 0.01. 50.953 71.365 1.42514 0,, 156 0.219 846

31.0 7.73096 113.20 0.04 52.515 73.553 1.43167 .156 0.219 858 350 7.96091 116.60 0.01. 54.077 75.741 1.43801 0,,156 0.219 871 360 8.19075 120.00 0.01. 55.638 77.928 1.44417 . 156 0.219 864

37 B . 1.201.6 123.1.0 0.01. 57.199 80.114 1.45016 0.. 156 0.219 896

380 8.65008 126.80 0.01. 58.760 82.300 1.45599 0., 156 0.219 90S

39 8.87961 130.19 0.01. 60.321 84.485 1.46167 0,, 155 0.219 920

1.00 9.10905 133.58 0.01. 61.882 86.671 1.46720 0..156 0.219 932

1.10 9.3381.2 136.97 0.01. 63.443 88.856 1.47260 ,156 0.219 943

1.2 9.56772 11.0.35 0.04 65.005 91.042 1.47786 0,,156 0.219 955

1.3 9.79696 11.3.71. 0.03 66.567 93.227 1.48301 .156 0.219 966

1.1.O 10.02611. 11.7.12 0.03 63.129 95.413 1.48803 0.,156 0.219 977

1.5 1C. 25527 150.50 0.03 69.692 97.600 1.49295 0.,156 0.219 988

1.60 10.1.81.35 153.88 0.03 71.256 99.787 1.49775 0,,156 0.219 999

1.70 10.71339 157.26 0.03 72.821 101.975 1.50246 , 156 0.219 1010

1.8 10.91.239 160.63 0.03 74.367 104.164 1.50707 0.,156 0.219 1021

1.9 11.17135 16i«. 01 0.03 75.954 106.355 1.51158 0.,157 0.219 1031

500 11.1.0027 167.38 0.03 77.522 108.546 1.51601 0.,157 0.219 1041

510 11.62916 17 0.76 0.03 79.092 110.739 1.52035 0,,157 0.219 1052

52 11.85803 171.. 13 0.03 80.663 112.933 1.52461 0.,157 0.219 1062

53 12.08686 177.50 0.03 82.237 115.129 1.52880 0.,157 0.220 1072

51.0 12.31567 180.87 0.03 83.811 117.326 1.53290 0.,157 0.220 1082

55 12.51.1.1.5 181.. 21. 0.03 85.388 119.526 1.53694 ,158 0.220 1092

56 12.77321 187.61 0.03 86.967 121.727 1.54091 0.,158 0.220 1101

57 13.00195 190 .93 0.03 88.548 123.931 1.54481 ,158 0.220 1111

58 13.23067 191.. 35 0.03 90.132 126.136 1.54864 , 158 0.221 1120

590 13.1.5937 197.72 0.02 91.718 126.345 1.55242 .159 0.221 1130

60 13.68805 201.09 0.02 93.306 130.555 1.55613 0,.159 0.221 1139

TWO-PHASE BOUNDARY
14.696 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT

• 97.852 81.57099

100 81 i ,21.1.18 10 5 80,,1.8022 110 79,,71151

115 78..93760

120 78,,15796

125 77,,37208

130 76,,57929

135 75,,77889

140 7 if, ,97011

145 71.,,15206

150 73,,32373

155 72,, 1.81.00 160 71,,63157

162.32". 71,,23063

162.32". 0,,27938

165 0.,271.39 170 0,,26555

175 0,,25732

160 0,,21.961 185 a,,21.236 190 0,,23558

195 0.,22918

200 o<,22312 205 0,,2171.0 210 0,,21197

215 0,.20682

220 0,,20193 225 0,,19726

230 0,.19282 235 0.,18856

240 0.,181.52

245 0,,18061. 250 0,,17692

255 0,,17336

260 0.,16991. 26 5 0,,16666

27 0,,16350 275 0,.1601.7 28 0,,15751. 285 0,,151.72 29 0,,15201

29 5 0,,11.938 300 0,,11.685 310 0,,11.201. 320 0,,13751. 330 0..13332

34 0.,12935

35 0.,12561

36 0.,12209

37 0,,11876

380 0,,11561

390 0,.11262

1.0 0,.10976

1.10 0,,10706

1.20 0,.101.52

1.3 0,.10207

1.1.0 0,.09971.

1.5 0,,09751

1.6 0,,09536

1.70 0,,0933".

1.8 0,.09139

1.90 0,.08951

50 0,.08772

510 0,.08599

52 0,,081.33

53 .08273

51.0 0,,08120

550 0,.07972

56 0,,07829

570 0,,07691

580 0,.07556

590 ,071.30

60 0,.07306

OH/DV)„ VIOP/DU),, -V(OP/DV)T -(OV/DIL/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANOTL

r CONDUCTIVITY 1 HFFUSIVITY CONSTANT NUMBER

ITU/LB PSIA-CU FT/BTU PSIA DEG. R BTU/FT-HR-R LB/FT-SEC

X 105

SO. FT/HR

213,,52 1".,,631. 170597,,15 0,,0018632 0.,11156 41.,641 0.00344 1.56871 5. 3455

212,,13 11.,,51.1 166528,,52 0,,0018752 0,,11094 39. 940 0.00343 1.56609 5. 1555

206,,86 11.,.320 157309,,16 0.,001901.2 C,,10941 36,,266 0.00342 1.55996 4,,7460 205,,5<» 11.,.091 ll.8l.3i.,,23 0,,0019351 0,,10780 32.,962 0.00340 1.55381 4,,3760 202.,17 13,.856 139893.,39 0,,0019678 0,,10612 29,,990 0.00336 1.54763 4,,0474

196,,73 13,.613 131676.,1.8 0,,0020028 0,,10437 27,,318 0.00336 1.54142 3..7503

195.,21. 13,.365 123773, 1.8 0, 00201.01 ,10256 24,,914 0.00333 1.53518 3. 4632

191.,67 13,.111 116171..,53 0.,0020801 0,.10069 22,,752 0.00330 1.52891 3.,2432

188.,01. 12..852 108869.,95 0.,0021232 0,,09878 20,,80 8 0.00326 1.52259 3, 0276

181.,,33 12 .589 101850.,20 0.,0021696 0,,09681 19,.059 0.00323 1.51621 2,,8343

180 , ,54 12 .322 95105.,91 0.-0022198 0,,09460 17,.486 0.00319 1.50979 2.,6610

176,,66 12 .050 88627,,88 0,, 00227V) 0,,09276 16,,071 0.00315 1.50330 2,,5061

172,,70 11 .776 821.07,,07 0,,0023339 0,,09068 14.,79-8 0.00310 1.49674 2.,3679

168,.6". 11 ,1|99 761.3".,,59 0,,0023991 0,,08857 13,,652 0.00306 1.49010 2,,2451

166.,72 11,,369 7371.0.,67 0,,0021.316 0,,08758 13.,160 0.00303 1.48699 2,,1929

33.,72 2 .176 li*.,18 0,,0068153 0.,00494 0.,460 0.07687 1.00166 0,,7714

31.,,35 2 .175 lit,.20 0,,0066711 CI ,00502 0.,468 0.07978 1.00163 0,,7691

35,,52 2 .171. li.,,25 0,,0061.193 0,,00517 0.,482 0.06534 1.00158 0,,7652

36,,69 2 .173 lit..29 0. ,0061890 0,,00532 0,,496 0.09105 1.00153 0,,7616

37,,85 2,.172 li».,32 0,,0059772 0,,00547 0.,510 0.09691 1.00148 0,,7589

39,, D 2 .171 li...35 0.,0U57815 0,.00562 .524 0.10292 1.00144 0,,7563

1.0,,15 2 .171 li.,,38 0,,0056000 0,.00578 0,,538 0.10908 1.00140 0,.7539

1.1 .29 2 .170 14,,1.0 0,,0051.309 .00593 0,,552 0.11538 1.00136 0,.7519

1.2,, 43 2,.169 li.,,1.3 0,,0052730 0,.00608 0.,566 0.12184 1.00133 0,,7500

1.3 ,56 2 .169 li. ,1.5 0,,0051250 0,,00623 0,,580 0.12845 1.00129 .7484

44..69 2,.168 li.,.1.6 0,,00".9859 .00639 ,595 0.13520 1.00126 ,7466

1.5,,82 ? .166 li.,.1.8 0,,001.8550 0,.00654 ,609 0.14210 1.00123 0,,7455

1.6,,95 2 .166 lit,,1.9 0,,001.7311. 0,,00669 0,,623 0.14915 1.00120 0,,7442

1.8,,07 2 , .167 14,,51 0,,001.611.1. ,00684 0,,637 0.15634 1.00117 0,,7431

1.9,,19 2 .167 li.,,52 0,,001.5036 0,,00699 0.,650 0.16367 1.00115 0,.7420

50,,31 2 , .167 l"t,,53 0,.001.3981. 0,.00714 0,,664 0.17115 1.00112 0..7410

51.,1.2 2 .166 lit,,51. 0,.001.2983 0,,00729 0,,678 0.17877 1.00110 0.,7401

52.,51. 2,.166 li.,,55 0,.001.2030 0,,00744 0,,692 0.18653 1.00107 0..7393

53.,65 2 .156 li. .56 ,001.1121 ,00759 0,,706 0.19443 1.00105 G .7385

5<t.,75 2,,166 ft,,57 0,,001.0253 0,,00774 0,,719 0.20251 1.00103 0.,7376

55,,87 2 ,156 li.,,57 0,,00391.23 ,00789 0,,733 0.21073 1.00101 .7367

56.,98 2,,165 li.,,58 0,,0038629 0,, 00804 0.,746 0.21908 1.00099 0..7359

58,,09 ? , ,165 li.,,59 0,,0037867 ,00818 0,.760 0.22755 1.00097 .7353

59,,20 2 ,165 li. ,59 0,,0037137 ,00833 0,,773 0.23615 1.00095 .7346

60,,30 2 ,165 14,,60 0,,00361.35 0,,00848 0,,787 0.24487 1.00094 .7341

61.,41 2 .165 lit,,60 .0035761 0,.00862 0,,600 0.25371 1.00092 .7335

62.,51 2 .165 lit,,61 0,.0035112 .00876 0,,813 0.26267 1.00090 .7331

63.,62 2 , .161. 1U,,61 ,0031.1.87 0,.00891 0,,826 0.27177 1.00089 II .7326

61..,72 2 .161. 11..,62 0,,0033886 .00905 0,,839 0.28099 1.00087 .7322

66,,93 2 .161. li. .62 0,.003271.5 0,.00933 0,,865 0.29979 1.00084 .7314

69.,13 2 .161. li..,63 0,.0031681 0,,00961 0,,891 0.31909 1.00082 .7307

71..33 2 .163 li. ,61. .0030666 0,,00969 0,.916 0.33887 1.00079 .7300

73,.51. 2 .163 li* ,61. a,.0029751) 0,,01016 0,.941 0.35912 1.00077 .7295

75,,71. 2 .16 3 li. ,65 0,.0028677 ,01044 0,,966 0.37984 1.00075 .7289

77,,91. 2,.162 li. ,65 0,.0028053 0,.01071 0,.991 0.40102 1.00073 .7284

80,.15 2 .162 li. .66 0,,0027275 0,.01097 1,,015 0.42264 1.00071 .7280

82,.35 2 .161 l"t,.66 0,.002651.0 0,.01124 1,,039 0.44470 1.00069 .7276

6".,.56 2 .160 lit,.66 0,.002581.1. .01150 1,,063 0.46720 1.00067 .7273

86,,77 2 .160 lit,.66 0..0025181. 0,,01176 1 ,087 0.49012 1.00065 .7270

88,,99 2 .159 lit .67 0,.0021.558 0,,01202 1..110 0.51346 1.00064 .7267

91,,21 2 .158 lit,.67 0,.0023963 .01227 1 .133 0.53720 1.00062 .7265

93,,43 2 .156 lit,.67 0,.0023396 0,.01252 1.,156 0.56133 1.00061 .7263

95,,66 2 .155 li. .67 0,.0022856 0,.01278 1,,179 0.58566 1.00059 .7261

97 .89 2 .151. li. .68 0,.002231.0 0,,01302 1.,201 0.61075 1.00058 .7260

100,,13 2 .152 li. .68 0.,002181.8 .01327 1,,223 0.63602 1.00057 .7259

102,,38 2 .151 li. ,66 0,,0021377 a ,01352 1,.245 0.66164 1.00055 .7259

101. .63 2 .11.9 li. .68 0,.0020926 ,01376 1,.267 0.68760 1.00054 .7259

106 .89 2 .11.7 IV.68 0,10020491) 0,,01400 1,.289 0.71390 1.00053 .7259 109 .17 2 .11.5 11. .68 0,,0020079 ,01424 1.,310 0.74053 1.00052 .7260 111 .1.1. 2 .11.2 11. .68 0,,0019681 0,.01446 1 .331 0.76746 1.00051 .7261 113 ,73 2 .11.0 11. .66 0,,0019299 .01471 1 .352 0.79473 1.00050 .7263 116 .03 2 .137 1". .69 0,,0018931 c .01494 1 .373 0.82230 1.00049 .7265

118 .31. > .131. 14 .69 0,.0018578 ,01518 1,.393 0.85017 1.00048 .7267

120,,66 ? .132 IV.69 .0018237 .01541 1 .414 0.87833 1.00047 .7270 122 .98 2 .128 11. .69 0,.0017909 .01564 1,.434 0.90677 1.00047 .7273

125,.32 2 .125 li. .69 0,.0017592 .01586 1..454 0.93549 1.00046 .7277 127 .67 2 .122 IV.69 0,.0017286 .01609 1,,471. 0.96449 1.00045 .7280

130 ,01. 2 .118 lit,,69 0,.0U16991 .01631 1,,49 4 0.99376 1.00044 .7285 132 .1.1 2 .115 11. ,69 0,,0016706 .01654 1,.514 1.02329 1.00043 .7289

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

15 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY C Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY V OF SOUND

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L8 BTU/L6 BTU/LB-R BTU / LB -R FT/SEC

* 97.853 0.01226 2091.1.1 317.9 -33.211. -83.180 0.50125 0. 266 0.398 3805

100 0.01231 201.9.76 312.3 -82.360 -82.326 0.50988 0. 261. 0.398 3780

10 5 0.0121,3 1951.. 6b 299.6 -80.371 -80.337 0.52929 0. 260 0.398 3723

110 0.01255 1862.17 287.2 -78.383 -78.31.8 0.51.779 0. 256 0.39e 3663

115 0.01267 1772.23 275.3 -76.39". -76.359 0.5651.7 0. 252 0.398 3603

12 0.01279 1681.. 78 263.7 -7i*. 1.05 -71.. 370 0.5821.1 0. 21*8 0.393 351.0 12 5 0.01292 1599.75 252.5 -72.1.15 -72.379 0.59866 0. 21*1. 0.393 31.77 130 0.01306 1517.08 21.1.7 -70.1.22 -70.386 0.611.29 0. 21.1 0.399 31.12 135 0.01320 li.36.71 231.1 -68.1.28 -68.391 0.62935 0.,237 0.399 331.5

11.0 0.01331. 1358.58 221.0 -66.1.30 -66.393 0.61.388 0. 231. 0.1.00 3279

11.5 0.0131.9 1282.61 211.1 -61.. 1.29 -61.. 391 0.65793 0,,231 0.1.01 3210

15 0.01361. 1208.75 201.6 -62.1.22 -62.385 0.67151. 0., 22 8 0.1.02 311.1 155 0.01380 1136.93 192.3 -60.1.10 -60.372 .681.73 0,, 225 0.1.03 3070

160 0.01396 1067.09 183.1. -58.392 -58.353 0.69755 0,,223 0.1.05 2 997

16 2.6 77 0.011.05 1030.1.8 178.7 -57.307 -57.266 0.701.27 0,, 221 0.1.06 2958

* 162.677 3.51259 50.31 0.10 21.. 1.79 31.. 235 1.26651 0,,159 0.230 581. 165 3.56809 51.69 0.10 21.. 858 31.. 769 1.26977 0,,159 0.229 588

170 3.68700 53.59 0.09 25.672 35.913 1.27661 0,,159 0.228 598 175 3.80526 55.1.6 0.09 26.1.83 37.052 1.28321 0. 158 0.227 603 180 3.92291. 57.32 0.09 27.290 38.186 1.28960 0,,158 0.226 617

18 5 i*. 01.013 59.16 0.08 28.095 39.317 1.29579 0,,158 0.226 626

190 it. 15688 60.98 0.08 28.897 1.0 . 1.1.3 1.30180 0.,158 0.225 635

19 5 i.. 27321. 62.80 0.08 29.697 1.1.567 1.30761. 0,, 157 0.221. 61.1. 20 1.. 38926 6U. 60 0.08 30.1.96 1.2.687 1.31331 ,157 0.221. 653 205 1.. 501.96 66.1.0 0.08 31.292 1.3.805 1.31883 0,, 157 0.223 661 210 t. 62039 68.18 0.07 32.088 1.1.. 921 1.321.21 0,, 157 0.223 670 215 i». 73557 69.96 0.07 32.882 1.6.035 1.3291.5 0,,157 0.223 678

22 1.. 85052 71.73 0.07 33.671. 1.7.11.7 1.331.57 0., 157 0.222 687

22 5 k. 96526 73.50 0.07 31*. 1.66 1.8.257 1.33956 0.,157 0.222 695

23 5.07982 75.26 0.07 35.256 1.9.366 1.31.1.1.3 0,,157 0.222 703 235 5.191.21 77.01 0.07 36.01.6 50.1*71. 1.31.919 0,,156 0.221 711

21.0 5.3081.5 78.76 0.06 36.835 51.580 1.35385 0,, 156 0.221 718

21.5 5.1.2251. 80.51 0.06 37.623 52.685 1.3531.1 0,,156 0.221 726 250 5.53650 82.25 0.06 38.1.11 53.789 1.36287 0.,156 0.221 731. 255 5.65031. 83.99 0.06 39.197 5i». 892 1.36721. 0,,156 0.221 71.1 260 5.761.07 85.72 0.06 39.981. 55.991. 1.37152 0,,156 .220 71.9 265 5.87770 87.1.6 0.06 1.0.769 57.095 1.37571 0.. 156 0.220 756

270 5.99123 89.18 0.06 1.1.551. 56.196 1.37983 ,156 0.220 763 275 6.101.68 90.91 0.06 1.2.339 59.295 1.38386 0,,156 0.220 771

28 6.21801. 92.63 0.05 1.3.123 60 .395 1.38782 .156 0.220 778 285 6.33133 91.. 36 0.05 1.3.907 61.1.93 1.39171 0,,156 0.220 785

290 6.1.1.1.51. 96.08 0.05 1.I..691 62.591 1.39553 0.,156 0.220 792

295 6.55769 97.79 0.05 1.5.1.71. 63.689 1.39928 0.,156 0.219 799 300 6.67078 99.51 0.05 1.6.25/ 61.. 786 1.1.0297 0,. 156 0.219 806 310 6.89679 102.91. 0.05 1.7.822 66.978 1.1*1016 0., 156 0.219 619 320 7.12260 106.36 0.05 1.9.386 69.170 1.1.1712 .156 0.219 832 330 7.31.823 109.77 0.05 50.91.9 71.359 1.1.2386 0.,156 0.219 81.6

31.0 7.57370 113.18 0.01. 52.512 73.51.8 1.1.3039 0,.156 0.219 858 350 7.79903 116.59 0.01. 51..U73 75.736 1.1.3673 0.. 156 0.219 871 360 8.021.21. 119.99 0.01. 55.635 77.923 1.1.1.289 .156 0.219 8Bi« 370 8.21.933 123.39 0.01. 57.196 80.110 1.1.1.888 0,. 156 0.219 896 380 8.1.71.32 126.78 0.01. 58.757 82.296 1.1.51.71 0..156 0.219 908

390 8.69923 130.18 0.01. 60.313 31.. 1.61 1.1*6039 0..156 0.219 920

1.0 8.921.01. 133.57 0.01. 61.879 86.667 1.1.6592 0,.156 0.219 932

1.10 9.11.879 136.96 0.01. 63.1.1.1 88.852 1.1.7132 0,.156 0.219 91.3

1.2 9.3731.6 11.0. 31. 0.04 65.002 91.038 1.1.7659 0,.156 0.219 955

1.3 9.59808 11.3.73 0.01. 66.561. 93.221. 1.1.8173 .156 0.219 966

1.1.0 9.82263 11.7.11 0.03 68.127 95.1.10 1.1.8676 0.,156 0.219 977

1.5 10.0i.71i. 150.1.9 0.03 69.690 97.597 1.1.9167 , 156 0.219 988

1.6 10.27160 153.87 0.03 71.251. 99.781. 1.1.961.8 0,, 156 0.219 999

1.7 10.1.9601 157.25 0.03 72.819 101.973 1.50118 0., 156 0.219 1010

1.80 10.72038 160.63 0.03 71.. 385 101*. 162 1.50579 0., 15 6 0.219 1021

1.9 10. 91. 1.71 161.. 00 0.03 75.952 106.352 1.51031 , 157 0.219 1031

50 11.16901 167.38 0.03 77.520 108.51.3 1.511.71. 0., 157 0.219 101*1 510 11.39328 170.75 0.03 79.090 11C .736 1.51908 0., 157 0.219 1052

520 11.61752 171.. 13 0.03 80.662 112.930 1.52331. 0.,157 0.220 1062

53 11.81.173 177.50 0.03 82.235 115.126 1.52752 0.,157 0.220 1072

51.0 12.06591 180.87 0.03 83.810 117.321* 1.53163 0,, 157 0.220 10 82 550 12.29007 181.. 21. 0.03 85.387 119.523 1.53567 0,,158 0.220 1092

56 12.51i.20 187.61 0.03 86.965 121.725 1.53963 0,.158 0.220 1101

57 12.73831 190.98 0.03 88.51.7 123.929 1.51*353 0.,158 0.220 1111

58 12.9621.1 191.. 35 0.03 90.130 126.131. 1.51.737 0., 15 8 0.221 1120

590 13.1861.8 197.72 0.03 91.716 128.31.3 1.55111. 0,,159 0.221 1130

60 13.1.1051. 201.09 0.03 93.305 130.551. 1.551.86 0.,159 0.221 1139

TWO-PHASE BOUNDARY
15 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE OENSITY

DEG. R L8/CU FT

V(DP/DU>., -V<DP/DV>, BTU/LB PSIA-3U FT/BTU PSIA•(OV/DTV/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 10=

PRANOTL NUMBER

97.853 81 .57107 213 .52 14 .63* 170598,,85 0,,0018631 0,,11156 *1,,6*2 0,.003** 1.56871 5.3*55

100 81 .2**33 212 ,13 1* .5*1 166531,,06 0,,0018751 0,,1109* 39,,9*0 .003*3 1.56609 5.1556

105 80 .1.8038 208,.87 1* .32 157311,,72 0.,00190*2 ,109*1 3b ,267 0,.003*2 1.55996 *.7*60

110 79,.71168 205 ,55 1* .091 1*8*36,,81 0,,0019350 0,,10780 32,,962 0,.003*0 1.55381 *.3781

115 78,.93777 202,.17 13 .856 139895,,98 0,,0019678 0,.10612 29.,991 0..00338 1.5*763 *.0*75

120 78 .15816 198 ,7* 13 .613 131679,,09 0,,0020027 0,.10*37 2 7.,318 0,.00336 1.5*1*3 3.7503

125 77,.37227 195,,2* 13,.365 123776,,10 0,,0020*01 .10256 2*.,91* 0,.00333 1.53519 3.*832

130 76 .579*9 191 .67 13 .111 116177 ,17 0.,0020801 ,10069 22,,753 0,.00330 1.52891 3.2*32

135 75 .77910 188,.0* 12 ,852 108872,,61 0.•0U21231 0,.09878 20,,806 0,.00326 1.52259 3.0277

11.0 7* .97033 18* .33 12 .589 101852 ,88 0,,0021695 0,.09681 19,,060 0,.00323 1.51622 2.83*3

1*5 7*,,15229 180 .5* 12 ,322 95108,,61 0.,0022198 0,.09*81 17,,*8 7 D,.00319 1.50979 2.6610

150 73 ,32398 176 .67 12 ,050 88630,,61 0,,00227*3 0,.09276 16,,072 0.,00315 1.50330 2.5061

155 72,,1.8*27 172,.70 11,,776 82*09,,81 0,,0023338 .09068 1* ,798 .00310 l.*9675 2.3679

160 71,,63186 168 ,6* 11 ,*99 76*37,,36 0,,0023990 0,,08857 1 3.,653 .00306 l.*9011 2.2*51 162.677 71,,16978 166,. *3 11,,3*9 73338,,95 0.,002*366 c..087*3 13.,087 0,.00303 l.*8652 2.1853 162.677 0,,28*69 33,.77 ? ,176 1*.,*7 0,,0068112 0,.00*95 0,,*S1 ,07558 1.00169 0.7721

165 0,.28026 3*,.32 2 .176 1*,,*9 0,,0066855 ,00502 0,.*68 .07807 1.00167 0.7700

17 0,,27122 35,,*9 2,,17". 1*.,53 0,,006*318 .00517 0,.*32 .08352 1.00161 0.7660

175 0,.26279 36 .66 2 ,173 1*,,57 ,0061999 ,00532 0,,*96 0..08912 1.00156 0.7626

180 0,.25*91 37 .82 2,,172 1*.,61 0.,0059867 ,005*8 0,.510 1) .09*86 1.00151 0.7595

185 0,,2*752 38 .97 2 .171 1*,,6* 0,,0057900 n ,00563 0,,52* .10075 1.001*7 0.7569

190 0.,2*056 *0 .12 2,,171 1*,,67 0,,0056075 0,.00578 0,,538 .10679 1.001*3 0.75*5

195 0,,23*01 *1,,27 2,,170 1*,.70 0,,005*376 0.,00593 a,,553 0,.11298 1.00139 0.752*

20 0,,22783 *2,,*1 2,,170 1*.,72 0,,0052790 .00608 o.,567 .11930 1.00135 0.7505

205 0,.22198 *3 .5* 2,,169 1*,,7* 0,,005130* .0062* a ,581 .12578 1.00132 0.7*86

210 0,.216*3 **,,67 2,.169 1*,.76 0,,00*9908 0,,00639 0,,595 .132*D 1.00129 0.7*72

215 0,,21117 *5,,80 ? , ,168 1*,, T7 0,,00*859* ,0065* o.,509 .13916 1.00125 0.7*58

220 0,,20616 *6 ,93 2.,168 1*.,79 0,.00*735* ,0 0669 ,623 .1*607 1.00123 0.7**5

225 0,.201*0 *8,,05 2 , ,167 1*,,80 0..00*6181 ,0068* 0,,637 .15312 1.00120 0.7*3*

230 0,,19686 *9,,17 ?

,

,167 1*,,82 0,.00*5069 ,00699 0,,651 ,16031 1.00117 0.7*23

235 0,,19252 50,,29 2,,167 1*,,83 0,.00**01* 0,,0071* 0.,665 ,1676* 1.0011* 0.7*13

2*0 0.,18838 51., *1 7 , ,167 1*,,8* 0,.00*3011 0,,00729 0,,678 .1751C 1.00112 .7*0*

2*5 0,,18**2 52,,52 2.,166 1*.,85 0,.00*2056 ,007** 0,,692 .18271 1.00110 0.7395

250 0.,18062 53,,6* 2,,166 1*,.86 0,,00*11*5 0,,00759 ,706 .190*5 1.00107 0.7387

255 0,,17698 5*,.75 2.,166 1*..86 0.,001.0275 ,0077* 0,,719 .19837 1.00105 0.7378

260 0..173*9 55,,86 2 , ,166 1*.,87 n,,0039*1.* ,00789 0,,733 0,,206*2 1.00103 0.7369

265 0.,17013 56,,97 2.,166 1*.,88 0,.00386*7 I). ,0080* 0,,7*7 .21*61 1.00101 0.7361

27 0.,16691 58,,08 2.,165 1*.,89 0,,0037885 0,.00819 0,,760 ,22291 1.00099 0.735*

275 0..16381 59,,19 2,,165 1*.,89 0,,0037153 0,.00833 0,,773 ,23133 1.00097 0.73*8

280 0.,16082 60,,29 2,,165 1*.,90 0,,0036*50 .008*8 0,,787 0,,23986 1.00096 0.73*2

285 0,,1579* 61,, *0 2 , .165 1*,,90 0,,0035775 ,00862 ,800 .2*85* 1.0009* 0.7337

29 0,,15517 62,,50 2..165 1*,.91 0,,0035125 0,,00877 o.,813 0,.25733 1.00092 0.7332

295 0.,152*9 63,,61 2,,165 11.,,91 0.,003*500 0,,00891 0,,826 D ,2662* 1.00091 0.7327

300 0.,1*991 6*,,71 2,,16* 1*..92 0.,0033897 0,,00905 0,,839 0,,27527 1.00089 0.7323

310 0,,1**99 66,,92 2 , ,16* 1*.,93 n,,0032755 0,,00933 D,.865 ,29370 1.00086 0.7315

32 0.,1*0*0 69,,12 2,,16* 1*.,93 0,•C031690 ,00961 0,.891 ,31261 1.00083 0.7308

330 0.,13609 71,.32 2,,161. 1*,,9* 0,,003069* 0,,00989 0,,916 0,,33198 1.00081 0.7301

3*0 0,,1320* 73,.53 2,,163 1*.,9* o.,0029761 0,,01017 0.,9*1 0,,35183 1.00078 0.7295

35 0.,12822 75,.73 2.,163 1*.,95 0,,002888* 0,,010** 0,,966 ,37213 1.00076 0.7290

360 0.,12*62 77,.93 2,,162 1*..95 0,,0028058 c.01071 0,,991 ,39289 1.0007* 0.7285

37 0,,12122 80,.1* 2,,162 1*,.96 0,,0027280 .01097 1,,015 0,,*1*07 1.00072 0.7281

38 0,,11800 82,.35 z , ,161 l*..96 1). ,00265** .0112* 1,,039 ,*3569 1.00070 0.7277

390 0,,11*95 8*..55 2,,160 1*,,96 0.,00258*8 0,.01150 1 ,063 0,.*5773 1.00068 0.727*

itOO 0.,11206 86,,77 2,,160 1*,.97 0.,0025188 0..01176 1,,067 ,*8019 1.00067 0.7270

1.10 0.,10930 88,,98 2,,159 1*..97 0.,002*562 0,.01202 1,.110 0,,50305 1.00065 0.7266

i>2 0,,10668 91,,20 2 ,158 1*.,97 0,.0023966 0,,01227 1 ,133 n ,52631 1.00063 0.7265

".3 0.,10*19 93.. *2 2,,157 1*,,97 0,.0023399 0,,01253 1.,156 .5*996 1.00062 0.7263

1.1.0 0,,10181 95 ,65 2 .155 1*,,98 0..0022858 0,,01276 1,,179 ,57399 1.00060 0.7262

1.50 0.,09953 97,,89 2,.15* 1*.,98 0..00223*3 0,,01303 1,,201 0,.59838 1.00059 0.7261

1.6 0,,09736 100,,13 2,.152 1*,,98 0,,0021850 0,.01327 1,,223 0,.62313 1.00056 0.7260

1.70 0.,09527 102,,37 2 .151 1*,,98 0,.0021379 0,.01352 1,,2*5 0,,6*823 1.00057 0.7259

1.8 0.,09328 10* ,63 2,.1*9 1*,,98 0,,0020928 0,.01376 1,,267 ,67367 1.00055 0.7259

1.9 0,,09137 106,,89 2 .1*7 1*.,98 0,,0020*95 0,,01*00 1,,289 .699** 1.0005* 0.7260

500 0,,08953 109,.16 2,,1*5 1*..99 0,,0020081 0,,01*2* 1,,310 0,.72553 1,00053 0.7260

510 0,,08777 111,. ** 2 ,1*2 1*,,99 0,,0019683 0,.01**8 1 .331 .75192 1.00052 0.7262

520 0.,08608 113,.73 2,,1*0 1*,,99 0.,0019300 0,.01*71 1..352 0,.77863 1.00051 0.7263

53 0.,08**5 116..03 2,,137 1*,,99 0., 0018933 0,.01*95 1.,373 .80565 1.00050 0.7265

5*0 0.,08288 11B,.33 2.,135 1*..99 0.,0018579 0,.01518 1.,39* .83295 1.000*9 0.7267

55 0.,08137 120,.65 2 .132 1*,,99 0,,0018238 0..015*1 1,,*1* .8605* 1.000*8 0.7270

56 0.,07991 122,.98 2 .129 1*.,99 0,,0017910 0,,0156* 1,,*3* .888*1 1.000*7 0.7273

570 0,,07850 125,,32 2 .125 1*.,99 0,,0017593 c,.01586 1.,*5* ,91655 1.000*7 0.7277

580 0.,07715 127,,67 2,,122 1*,,99 0,,0017287 0,,01609 1,, *7* o,,9**96 1.000*6 0.7281

590 0.,0758* 130,,03 2,,118 1*.,99 0.,0016992 0,,01631 1,,*9* 0,,9736* 1.000*5 0.7285

600 0,,07*57 132,. *1 2,.115 1*,,99 0.,0016707 0,,0165* 1,.51* i ,00257 1.000** 0.7290

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

20 PSIA ISOBAR

'ERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c

v

C

P VELOCITY DERIVATIVE OERIVATIVE ENERGY OF SOUNO

EG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L3 BTU/Le BTU/LB-R BTU / LB -R FT/SEC

97.860 0.01226 2091.72 317.9 -83.213 -83.168 0.50126 0. 266 C398 3805

too 0.01231 2050.21 312.3 -82.362 -82.316 0.50986 0, 26* 0.398 3781

10 5 0.012*2 1955.12 299.6 -80.37* -80 .328 0.52927 0. 263 0.398 3723

110 0.0125* 1862.6* 267.3 -78.386 -78.339 0.5*777 0. 256 0.398 3 66* 115 0.01267 1772.71 275.3 -76.397 -76.350 0.565*5 0. 252 0.398 3603

120 0.01279 1685.26 263.7 -7*.*C8 -7*. 361 0.58239 0.,2*8 0.398 35*1 125 0.01292 1600.2* 252.5 -72.*18 -72.370 0.5986* 0. 2** 0.398 3*77

130 0.01306 1517.58 2*1.7 -7C*26 -70 .377 0.51*27 0, 2*1 0.399 3*13

135 0.01320 1*37.22 231.2 -58.*31 -68.382 0.62933 0. 237 0.399 3 3*7 1*0 0.3133* 1359.10 221.0 -66. *3* -66.38* 0.6*386 0. 23* o.*oo 3279

1*5 0.313*9 1283.1* 211.1 -6*.*33 -6*. 383 0.65790 0. 231 .-01 3211

15 0.0136* 1209.30 201.6 -62.*27 -62.376 0.67151 0.,228 0.*02 31*1

155 0.01380 1137. *9 192.* -60.*15 -60.36* 0.63*70 0.,225 0.*03 3070 160 0.01396 1067.65 183.* -58.397 -58.3*5 0.69752 0.,223 0.*05 2998

165 0.31*13 999.72 17*.-56.370 -56.317 0.71000 0,,220 0.*06 2925 167.816 0.01*23 962.27 170.0 -55.22* -55.171 0.71689 0.,219 0.*08 2883 167.816 2.69553 51.53 0.13 25.093 35.081 1.25*** 0.,160 0.233 590 170 2.73531 52.38 0.13 25.*59 35.590 1.257*6 0,, 160 0.233 59* 175 2.82586 5*. 33 0.12 26.283 36.7*9 1.26*16 0,,159 0.231 60* ISO 2.91579 56.26 0.12 27.103 37.901 1.27067 0., 159 0.230 61*

18 5 3.00519 58.16 0.11 27.918 39.0*8 1.27696 0,, 159 0.229 623

190 3.09*12 60 .0* 0.11 28.730 *0 .189 1.28305 0,, 158 0.228 633

19 5 3.1826* 61.91 0.11 29.539 *1.326 1.28895 0.,158 0.227 6*2

20 3.27079 63.75 o.io 30.3*6 *2.*59 1.29*69 0.,158 0.226 651

20 5 3.35862 65.59 0.10 31.150 *3.588 1.30026 0,,158 0.226 659

210 3.**616 67. *2 CIO 31.952 **.71* 1.30569 0.,157 0.225 668 215 3.533** 69.23 0.10 32.752 *5.838 1.31098 0,,157 0.22* 676

22 3.620*9 71.0* 0.09 33.550 *6.959 1.31613 0.,157 0.22* 685 225 3.70732 72.83 0.09 3*. 3*7 *8.077 1.32116 0,,157 0.223 693

230 3.79396 7*. 62 0.09 35.1*3 *9.193 1.32607 0.,157 0.223 701 235 3.880*3 76. *1 0.09 35.937 50 .308 1.33086 0.,157 0.223 709

21.0 3.9667* 78.18 0.09 36.730 51.*21 1.33555 0,, 157 0.222 717

21*5 *. 35290 7 9.95 3.08 37.522 52.532 1.3*013 0,,157 0.222 725 250 *. 13893 81.71 0.08 38.313 53.6*2 1.3**61 0,,157 0.222 732 255 *.22*8* 83. *7 0.08 39.10* 5*. 750 1.3*900 0,,156 0.222 7*0 260 *. 31063 35.23 0.08 39.893 55.857 1.3533C 0..156 0.221 7*8 265 *. 39632 86.98 0.08 1.0.682 56.963 1.35752 0..156 0.221 755 270 *.*8192 88.73 0.08 *1.*70 58.068 1.36165 0.,156 0.221 762 275 *. 567*2 90. *7 0.07 *2.257 59.173 1.36570 0,,156 0.221 770 280 *.6528* 92.21 0.07 *3.0** 60.276 1.36967 0,,156 0.221 777 285 *. 73819 93.95 0.07 *3.830 61.378 1.37358 0.,156 0.220 78*

290 *. 823*6 95.68 0.07 **.616 62.*80 1.377*1 0.,156 0.220 791

295 *. 90867 97. *1 0.07 *5.*C2 63.581 1.38117 0.,156 0.220 798

30 *. 99382 99.1* 0.07 *6.187 6*. 681 1.38*87 0,,156 0.220 805

310 5.1639* 10 2.59 0.07 *7.755 66.880 1.39208 0.,155 0.220 818

32 5.33386 106.03 0.06 *9.323 69.077 1.39905 0,.156 0.220 832

33 5.50359 109. *7 0.06 50.889 71.272 l.*0581 0.,156 0.219 8*5 3*0 5.67317 112.90 0.06 52.*55 73.*65 l.*1236 0,.156 0.219 858

35 5.8*261 116.32 0.06 5*. 019 75.657 l.*1871 0,,156 0.219 871 360 6.01192 119.7* 0.06 55.583 77.8*8 l.*2*88 0..156 0.219 883 370 6.18112 123.15 0.C5 57.1*7 8C.038 l.*3088 0., 156 0.219 896 380 6.35022 126.56 0.05 58.710 82.227 l.*3672 0,.156 0.219 908

390 6.51922 129.97 0.05 60.273 8*.*16 l.**2*l 0,.155 0.219 920

*0 6.6881* 133.37 0.05 61.835 86.605 l.**795 0..156 0.219 931

*10 6.85699 136.77 0.05 63.398 8 8.7 93 l.*5335 .156 0.219 9*3

1.2 7.32577 1*0.17 0.05 6*. 961 90.981 l.*5862 ,156 0.219 955

1.30 7.19**9 1*3.56 0.05 66.525 93.169 l.*6377 0,,156 0.219 965

i.t.0 7.36315 1*6.96 0.05 68.089 95.358 l.*6880 .156 0.219 977

1.5 7.53175 150.35 CO* 69.653 97.5*7 l.*7372 0..156 0.219 988

1.6 7.70031 153.7* 0.0* 71.218 99.736 l.*7853 ,156 0.219 999

1.7 7.86883 157.12 0.0* 72.78* 101.926 l.*832* .156 0.219 1010

1.80 8.03731 160.51 0.0* 7*. 351 10*. 117 l.*8786 0..156 0.219 1021

1.90 8.2057* 163.89 0.0* 75.919 106.309 l.*9238 .157 0.219 1031

500 8.37*1* 167.27 0.0* 77.*88 108.502 l.*9681 0..157 0.219 10*1

510 8.5*251 170.65 0.0* 79.059 110.696 1.50115 ,157 0.219 1052

520 8.71085 17*. 03 0.0* 80.631 112.891 1.505*2 0,,157 0.220 1062

530 8.87916 177. *1 0.0* 82.205 115.089 1.50960 .157 0.220 1072

5*0 9.0*7*5 180.79 0.0* 83.781 117.288 1.51371 , 157 0.220 1082

550 9.21571 18*. 17 CO* 85.358 119. *88 1.51775 ,158 0.220 1092

56 9.38395 187 .5* CO* 86.938 121.691 1.52172 0., 158 0.220 1101

570 9.55216 190.92 0.0* 83.520 123.896 1.52562 0.,158 0.221 1111

580 9.72036 19*. 29 0.03 90.10* 126.103 1.529*6 , 15 8 0.221 1120

590 9.88853 197.66 0.03 91.690 126.312 1.53323 .159 0.221 1130 600 10.05669 201.0* 0.03 93.279 130.52* 1.53695 .159 0.221 1139

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGtN

20 PSIA ISOBAR

TEMPERATURE DENSITY V <DH/DV)p V (Op/Oil^ -V(DP/DV)T -(DV/DTIfc/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANDTL CONDUCTIVITY 1 3IFFUSIVITY CONSTANT NUMBER

DEG. R LB/CU FT BTU/LB PSIA-CU FT/BTU PSIA DEG. R BTU/FT-HP-R LB/FT-SEC

x io5 SQ FT/HR

* 97.860 81.57238 213,,55 14,,634 170626.97 0.,0018629 ,11157 41.649 0.00344 1.56872 5.3461

100 81.21.677 212 ,1b 14 .542 166572.91 0,,0018748 0,.11094 39.953 0.00343 1.56611 5.1568

105 80.1.8291. 208,,90 14,.32 157353.81 0,,0019038 0,,10942 36.278 0.00342 1.55998 4.7472

110 79.711.36 205,.58 14 .092 148479.14 0. 0019346 0,.10781 32.973 0.0034C 1.55383 4.3792

115 78.91.059 202,,21 13 .856 139938.59 0,,0019674 0,,10613 30.001 0.00338 1.54765 4.0485

120 78.16113 198,,77 13 ,614 131721.96 0.,0020023 0,,10438 27.328 0.00336 1.54145 3.7512

125 77.3751.0 195 ,28 13 .365 123819.26 0,, 0020396 0.,10257 24.924 0.00333 1.53521 3.4841

130 76.58278 191,,71 13,.111 116220.63 0.,0020795 0,,10070 22.761 0.00330 1.52893 3.2440

135 75.78258 188 ,08 12 .853 108916.37 0.,0021225 0,,09878 20.816 0.00327 1.52261 3.0284

140 71.. 971.01 181.,,37 12,.589 101896.97 0,,0021689 0,,09682 19.067 0.00323 1.51625 2.6350

145 71.. 15619 180,,59 12 .322 95153.04 0,,0022190 0..09482 17.494 0.00319 1.50982 2.6617

15 73.32812 176,,71 12 .051 88675.39 0,,0022735 .09277 16.078 0.00315 1.50334 2.5067

155 72.1.8867 172,,75 11 .777 82454.98 0.,0023329 0.,09069 14.805 0.00310 1.49678 2.3684

160 71.63651. 168,,70 11,.499 76482.92 0,,0023980 ,08858 13.659 0.00306 1.49014 2.2456

16 5 70.77026 164,,5k 11 ,220 70750.52 0.,0024697 0,.08645 12.627 0. 00301 1.48342 2.1369

* 167.816 70.27551 162,.15 11,,061 67624.32 0,.0025133 ,06523 12.092 0.00298 1.47958 2.0615

» 167.816 0.37098 34,,48 2 .180 19.12 0.,0067670 0,,00516 0.481 0.05963 1.00221 0.7824

170 0.36559 35,,00 2 .179 19.15 0.,0066458 0,, 00523 0.487 0.06146 1.00217 0.7800

175 0.35387 36., l

r

i 2,.178 19.23 0.,0063859 0..00536 0.501 0.06573 1.00210 0.7750

180 0.31.296 37,,38 2 .176 19.29 0,,0061496 0,,00553 0.515 0.07010 1.00204 0.7707

185 0.33276 38,,56 2,.175 19.35 0,,0059334 0,.00568 0.529 0.07457 1.00198 0.7669

190 0.32319 39 .73 2 .174 19.40 0,,0057345 0,, 00583 0.543 0.07916 1.00192 0.7636

195 0.311.20 40,,89 2,.174 19.45 0.,0055507 0,,00598 0.557 0.08384 1.00187 0.7606

20 0.30571. 42,,04 2 .173 19.49 0.,0053801 ,00613 0.571 0.08863 1.00162 0.7580

205 0.29771. 43,,20 2 .172 19.53 D,,0052211 0,,00628 0.585 0.09353 1.00177 0.7557

210 0.29018 44,,34 2 .172 19.56 0.,0050726 0.,00643 0.599 0.09853 1.00172 0.7536

215 0.28301 45,,4 1 2..171 19.59 0.,0049333 , 00658 0.612 0.10364 1.00168 0.7517

220 0.27621 46.,63 2 .171 19.62 0.,0048025 0.,00673 0.626 0.10886 1.00164 0.7500

225 0.26971. 47.,76 ? , ,170 19.65 0..0046791 .00688 0.640 0.11418 1.00160 0.7484

230 0.26358 48,, H') 2,.170 19.67 0.,0045626 0.,00703 0.654 0.11960 1.00157 0.7470

235 0.25770 50.,02 2 .169 19.69 0..0044524 ,00718 0.66 8 0.12512 1.00153 .7456

240 0.25210 51,,15 2,.169 19.71 0,,0043478 .00733 0.682 0.13075 1.00150 0.7444

245 D. 24671. 52,,27 2 .169 19.73 0,,0042485 0..00748 0.695 0.13648 1.00147 0.7433

250 0.21.161 53.,40 2,,168 19.74 ,0041541 ,00763 0.709 0.14231 1.00144 0.7423

255 0.23670 54.,52 2 .16 8 19.76 0.,0040640 0,,00778 0.723 0.14829 1.00141 0.7411

26 0.23198 55,,64 2,,168 19.77 0.,0039781 0.,00793 0.736 0.15437 1.00138 0.7399

265 0.2271.6 56.,75 2,,168 19.78 0,,0038960 0,,00807 0.749 0.16054 1.00135 0.7389

270 0.22312 57,,87 2..167 19.80 0.,0038175 0,.00822 0.763 0.16679 1.00133 0.7380

275 0.21891. 58,,98 2 .167 19.81 0.,0037423 ,00837 0.776 0.17313 1.00130 0.7372

28 0.211.92 60.,09 2,.167 19.62 0,,0U36702 0,.00851 0.790 0.17957 1.00128 0.7365

285 0.21105 61.,21 2,,167 19.83 0.,0036009 0,,00866 0.80 3 0.18609 1.00125 0.7358

290 0.20732 62., 12 2,,167 19.84 0,,0035344 ,00880 0.816 0.19269 1.00123 0.7352

295 0.20372 63.,43 2,.167 19.84 0,,0034704 ,00894 0.829 0.19940 1.00121 0.7346

300 0.20025 64.,54 2..166 19.85 0.,0034089 .00908 0.842 0.20619 1.00119 0.7341

310 0.19365 66.,75 1 .166 19.87 0,,0032923 0,,00936 0.868 0.22004 1.00115 0.7331

32 0.1871.8 68,,96 2 .166 19.88 0. 0031839 .00964 0.893 0.23425 1.00111 0.7323

330 0.18170 71.,18 2..165 19.89 0,.0030825 0,,00992 0.919 0.24882 1.00108 0.7315

34 0.17627 73,,39 2,.165 19.90 0,,0029878 0,.01019 0.944 0.26373 1.00105 0.7308

350 0.17116 75,,60 2,.164 19.91 0,,0028989 0,,01046 0.968 0.27898 1.00102 0.7301

360 0.16631. 77.,81 2,,164 19.92 0,,0028153 0,,01073 0.993 0.29457 1.0 0099 0.7296

370 0.16178 80.,02 2 .163 19.92 0,,0027365 0,.01100 1.017 0.31047 1.00096 0.7291

38 0.1571.7 82.,23 2 .163 19.93 0, 0026621 0,,01126 1.041 0.32671 1.00094 0.7286

390 0.15339 84 . kk 2 .162 19.94 II. .0025918 ,01152 1.065 0.34326 1.00091 0.7282

400 0.11.952 86,,65 2,,161 19.94 0.,0025251 0,,01178 1.089 0.36012 1.00089 0.7278

410 0. 14581. 88 ,88 2 .160 19.95 0,, 0024619 0,.01204 1.112 0.37728 1.00087 0.7275

1.2 0.11.233 91,,10 2 ,159 19.95 0.,0024018 0,.01229 1.135 0.39474 1.00065 0.7272

".3 0.13900 93 ,35 ? .158 19.95 0.,0023447 .01255 1.158 0.41250 1.00083 0.7270

440 0.13581 95,,56 2 .157 19.96 0.,0022902 0,,01280 1.180 0.43053 1.00081 0.7268

45 0.13277 97,,80 2 .155 19.96 0,,0022383 .01305 1.203 0.44884 1.00079 0.7266

1*60 0.12986 100,, Dli 2 .154 19.96 0.,0021887 .01329 1.225 0.46742 1.00077 0.7265

470 0.12708 102,,29 2 .152 19.97 0.,0021413 .01354 1.247 0.48626 1.00076 0.7264

1.80 0.121.1.2 104 ,55 2 .150 19.97 0,,0020959 0,,01378 1.269 0.50535 1.00074 0.7264

1.90 0.12187 106,,82 ? ,148 19.97 0. 0020525 0,,01402 1.290 0.52470 1.00072 0.7264

500 0.1191.2 109.,09 2 .146 19.98 0.,0020108 .01426 1.312 0.54428 1.00071 0.7265

510 0.11706 Ill,,37 2 .144 19.98 0.,0019708 0,,01449 1.333 0.56407 1.00070 0.7266

520 0. 111.80 113,,66 7 .141 19.98 0. 0019324 0,,01473 1.354 0.58412 1.00068 0.7267

530 0.11262 115,,96 2 .139 19.98 0.,0018954 0,,01496 1.374 0.6044G 1.00067 0.7269

51.0 0.11053 118,.27 2 .136 19.98 0.,0018599 0,,01519 1.395 0.62489 1.0 0066 0.7271

550 0.10851 120,,59 2,.133 19.98 0.,0018257 0,.01542 1.415 0.64559 1.00064 0.7274

56 0.10656 122,,92 2 .130 19.99 0,,0017927 0,.01565 1.436 0.66651 1.00063 0.7277

570 0.101.69 125,,26 2..126 19.99 0.,0017609 0,,01588 1.456 0.68762 1.00062 0.7280

580 0.10288 127,,62 2 .123 19.99 0,,0017302 c,,01610 1.476 0.70894 1.00061 0.7284

590 0.10113 129.,98 2 .120 19.99 0. 0017006 0,,01633 1.495 0.73046 1.00060 0.7288

600 0.0991.1. 132 ,36 2 .116 19.99 0,,0016720 ,01655 1.515 0.75217 1.00059 0.7292

TWO-PHASE BOUNDARY 39
THERMODYNAMIC PROPERTIES OF OXYGEN

25 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c

v

C

P vELocr

DERIVATIVE DERIVATIVE ENERGY OF SOUI DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEI

* 97.867 0.01226 2092.01. 317.9 -63.212 -63.156 0.50126 0. 266 0.398 3805

100 0.01231 2050.66 312.3 -82.361. -82.307 0.50981, 0, 261, 0.396 3781

105 0.0121.2 1955.58 299.6 -60.376 -80 .319 0.52925 0,> 260 0.396 3723

110 0.01251. 1863.11 287.3 -78.388 -78.330 0.51.775 0, 256 0.398 3 661. 115 0.01267 1773.18 275.3 -76.1.C0 -76.31,1 0.5651.3 0, 252 0.398 3603

120 0.01279 1685.75 263.8 -71.. 1.11 -71,. 352 0.58236 0. 21.8 0.398 3 51.1 125 0.01292 1600.73 252.6 -72.1.21 -72.361 0.59862 0, 21,1, 0.398 31.78 130 0.01306 1518.08 21.1.7 -70.1.29 -70.368 0.611.21. 0..21.1 0.399 31.13 135 0.01320 11.37.73 231.2 -68.1,35 -66.371, .62930 0. 237 0.399 331.7 1A0 0.01331. 1359.62 221.0 -66.1,38 -66.376 .61.383 0.,231. 0.1.00 3280

11.5 0.0131.8 1283.68 211.2 -61.. 1.37 -6i,.37i, 0.65788 0,, 231 0.1.01 3211

15 0.01361. 1209.81. 201.6 -62.1.31 -62.368 0.6711,8 0., 228 0.1.02 311.2 155 0.01379 1138. 0". 192.1, -60.1.20 -60 .356 0.681,67 0,. 225 0.1.03 3071

16 0.01396 1068.22 163.1. -58.1.01 -58.337 .6971,9 .223 0.1.05 2999

165 0.011.13 1000.30 171.. 8 -56.375 -56.310 0.70997 0,,220 0.1.06 2 925

17 0.011.31 931.. 22 166.1. -51.. 339 -51,. 272 0.72213 0,.218 O.1.O8 2 850

» 172.051 0.011.38 907.63 163.0 -53.50 -53.1.31. 0.72703 0.,217 0.1.09 2819

* 172.051 2.191.10 51.99 0.16 25.581. 35.71.1 1.21,511 0., 161 0.236 595 175 2.23769 53.18 0.16 26.078 36.1.37 1.21.912 0,,161 0.235 601

180 2.31106 55.17 0.15 26.910 37.609 1.25572 0,,160 0.231. 611 185 2.38386 57.11, 0.15 27.737 38.773 1.26210 0., 160 0.232 620 190 2.1.5616 59.08 0.11. 28.560 39.930 1.26827 0,,159 0.231 630

195 2.52802 61.00 O.li. 29.378 1,1.081 1.271.25 0,,159 0.230 639

200 2.5991.9 62.90 0.13 30.193 1,2.227 1.28006 0,, 159 0.229 6>t8 20 5 2.67063 61.. 78 0.13 31.005 1,3.368 1.28569 0., 158 0.228 657

210 2.71.11.6 66.65 0.13 31.811. 1,1,. 505 1.29117 0.,156 0.227 666 215 2.81203 68.50 0.12 32.620 1,5.638 1.29650 0,.15 8 0.226 671, 220 2.88235 70.31. 0.12 33.1.25 i»6.768 1.30170 0., 158 0.226 683 225 2.9521.5 72.17 0.12 31.. 227 1.7.895 1.30676 0,, 157 0.225 691

230 3.02235 73.96 0.11 35.028 1.9.019 1.31171 0.,157 0.225 699 235 3.09208 75.79 0.11 35.827 50.H.1 1.31653 ,157 0.221. 708

21.0 3.16161. 77.60 0.11 36.621. 51.260 1.32121. 0.,157 0.221. 716

21.5 3.23106 79.39 0.11 37.1.20 52.378 1.32585 0.,157 0.223 723

25 3.30031. 81.18 0.10 36.215 53.1,91, 1.33036 0,,157 0.223 731 255 3.3691.9 82.96 0.10 39.009 51,. 608 1.331.77 ,157 0.223 739

26 3.1.3853 81.. 73 0.10 39.802 55.720 1.33909 0,,157 0.222 71.6 265 3.5071.6 86.50 0.10 1.0.591. 56,831 1.31.332 0,,157 0.222 751. 27 3.57630 88.27 0.09 1.1.385 57.91.1 1.31,71,7 .157 0.222 761 275 3.61.5 01. 90.03 0.09 1.2.175 59.01,9 1.35151, 0,.156 0.222 769 280 3.71370 91.78 0.09 1.2.965 60.156 1.35553 0.,156 0.221 776 285 3.78228 93.53 0.09 1.3.753 61.263 1.3591.5 0., 156 0.221 783

290 3.85080 95.28 0.09 1.1.. 51,2 62.368 1.36329 ,156 0.221 79D

295 3.91921. 97.03 0.09 1,5.329 63.1.73 1.36707 0,.156 0.221 797

30 3.98762 98.77 0.08 1,6.116 61.. 576 1.37076 0..156 0.221 601. 310 i». 121.21 102.21. 0.08 1,7.609 66.781 1.37801 0,,156 0.220 818

32 it. 26060 105.71 0.08 1,9.260 68.983 1.38500 . 156 0.220 831 330 i». 39680 109.17 0.08 50.829 71.181, 1.39177 0., 156 0.220 81.1, 3<t0 i.. 53285 112.61 0.07 52.398 73.382 1.39833 .156 0.220 857 350 1.. 66875 116.05 0.07 53.965 75.578 1.1.01.70 0..156 0.220 870

36 <». 801.53 119.1.9 0.07 55,531 77.773 1.1,1088 0,,156 0.219 883

37 ".. 91.019 122.92 0.07 57.097 79.967 1.1.1689 0..156 0.219 895

38 5.07575 126.31. 0.07 58.662 62.159 1.1.2271. 0.,156 0.219 907

390 5.21122 129.76 0.06 60.227 81.. 351 1.1.281.3 0.,156 0.219 919

<t0 5.31.660 133.18 0.06 61.791 86.51.2 1.1.3398 0.,156 0.219 931 wo 5.1.8191 136.59 0.06 63.356 88.733 1.1.3939 0.. 156 0.219 91.3 1.20 5.61716 11.0. 00 0.06 61.. 920 90.921, 1.1.1.1.67 0,,156 0.219 951.

i(30 5.75233 11.3.1,0 0.06 66.1,85 93.115 1.1.1.982 0,.156 0.219 966

kkD 5.8871,6 11*6.80 0.06 68.050 95.305 1.1.51.86 ,156 0.219 977

1.5 6.02253 150.20 0.06 69.616 97.1,96 1.1.5 97 8 0.. 156 0.219 988

1.6 6.15755 153.60 0.05 71.182 99.687 I.1.6I.6O , 156 0.219 999

i+7 6.29253 157.00 0.05 72.71,9 101.879 1.1.6931 , 156 0.219 1010

1.8 6.1.271.6 160.39 0.05 71,. 317 101.. 072 1.1,7393 . 156 0.219 1020

1.90 6.56236 163.78 0.05 75.866 106.265 1.1,761.5 , 157 0.219 1031

50 6.69723 167.17 0.05 77.1,56 108.1.60 1.1.8288 0.,157 0.220 101.1 510 6.83206 170.56 0.05 79.028 110.656 1.1.8723 . 157 0.220 1052

520 6.96686 173.91. 0.05 80.601 112.853 1.1.9150 0,. 157 0.220 1062

530 7.10163 177.33 0.05 82.175 115.051 1.1.9569 ,157 0.220 1072

51.0 7.23638 180.71 0.05 83.752 117.251 1.1.9980 0.,157 0.220 10 82 550 7.37110 181.. 09 0.05 85.330 119.1.53 1.50381. 0.,158 0.220 1092

56 7.50580 187.47 0.01. 66.910 121.657 1.50781 0., 158 0.220 1101

570 7.61.01.7 190.85 0.01. 88.1,92 123.863 1.51171 ,158 0.221 1111

580 7.77513 191.. 23 0.01. 90.077 126.071 1.51555 0.,158 0.221 1120

590 7.90977 197.61 0.01. 91.661, 128.281 1.51933 0.,159 0.221 1130

60 8.01.1.39 2 0.99 0.01. 93.251. 130 .1,91, 1.52305 0.,159 0.221 1139

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

25 PSIA ISOBAR

TEMPERATURE DENSITY V(OH/DV)D V<OP/DU)w -V (OP/DV>

T -<DV/DT1l/V THERMAL VISCOSITY THERMAL OIELECTRIC PRANDTL CONDUCTIVITY D IFFUSIVITY CONSTANT NUMBER

DEG. R LB/CU FT BTU/LB PSIA-3U FT/BTU PSIA DEG. R BTU/FT-HR-R LB/FT-SEC

X 105

SO. FT/HR

97.867 81.57369 213.,58 14.,634 170655. 09 0.,0018626 0.11157 41.656 0.00344 1.56874 5.3468

100 81.21.921 212,,20 14,,542 166614.74 0. 0018745 0.11095 39.965 0.0031.3 1.56613 5.1581

105 80.1.851.9 208.,93 14.,32 157395.89 0. 0019035 0.10942 36.290 0.00342 1.56000 4.7483

110 79.71705 205.,62 14.,092 148521.48 0. 0019342 0.10782 32.984 0.00340 1.55385 4.3802

115 78. 91.31.1 202.,24 13,,856 139981.16 0. 0019670 .10614 30.011 0.00336 1.54768 4.0495

120 76.161.09 198.,81 13,,614 131764.83 0. 0020018 0.10439 27.337 0.00336 1.54147 3.7521

125 77.37852 195.,32 13,,365 123862.41 0. 0020391 0.10258 24.933 0.00333 1.53524 3.4849

130 76.58608 191,,76 13.,112 116264.07 0. 0020790 0.10071 22.770 0.00330 1.52696 3.2448

135 75.78606 188..12 12 , ,853 108960.13 0. 0C21219 0.09879 20.824 0.00327 1.52264 3.0291

11.0 7i«. 97769 184.,42 12,.590 101941.04 0, 0021682 0.09683 19.075 0.00323 1.51627 2.8356

1*5 71.. 16009 180.,63 12 , ,322 95197.46 0,,0022183 0.09483 17.501 0.00319 1.50985 2.6623

150 73.33225 176.,76 12..051 88720.16 0. 0022727 0.09278 16.085 0.00315 1.50337 2.5072

155 72.1.9306 172,,81 11 , ,777 62500.13 0.,0023321 0.09071 14.811 0.00310 1.49681 2.3689

160 71.61.122 I6e.,75 11 . ,500 76528.48 0.,0023970 0. 08860 13.665 0.00306 1.49018 2.2460

165 70.77526 164,.63 11,,220 70796.51 0. 0024686 0.08646 12.633 0.00301 1.48346 2.1373

170 69.8931*8 160,,3? 10,,938 65295.68 0.,0025477 0.08429 11.704 0.00295 1.47663 2.0417

* 172.051 69.52683 158.,55 10.,822 63104.66 0.,0025626 0.06340 11.350 0.00293 1.47380 2.0061

* 172.051 0.1.5577 35,.01 2 .183 23.70 0,.0067540 0.00534 0.497 0.04958 1.00271 0.7924

175 0.1.1.689 35,, iz 2,,182 23.76 0.,0065864 0.00543 0.505 0.05164 1.00266 0.7885

180 0.1.3270 36 .=13 2 .18 23.67 0.,0063237 0.00558 0.519 0.05519 1.00257 0.7626

185 O.t.191.9 38,,14 2,,179 23.97 0.,0060856 0.00573 0.533 0.05883 1.00249 0.7776

19 0.1.0711. 39 .33 2 .178 24.05 0..0058685 0.00588 0.547 0.06254 1.00242 0.7732

195 0.39557 40,,51 2,,177 24.13 0.,0056693 0. 00603 0.561 0.06633 1.00235 0.7693

20 0.381.69 41,,68 2,,176 24.20 0,,0054856 0.00618 0.575 0.07020 1.00229 0.7659

205 0.371.1.1. 42,,86 2,,175 24.26 0.,0053155 0.00632 0.588 0.07416 1.00223 0.7629

210 0.361.77 44,,01 2,,175 24.31 0.,0051574 0.00647 0.602 0.07819 1.00217 0.7602

215 0.35562 45,.1? 2,,174 24.36 0.,0050098 0.00662 0.616 0.08231 1.00211 0.7578

220 0.31.691. 46,.32 2.,173 24.40 0,,0048716 0.00677 0.630 0.08651 1.00206 0.7556

22 5 0.33870 47,.47 2,,173 24.44 0,,0047419 0.00692 0.644 0.0 908 1.00201 0.7536

23 0.33087 46,.61 2,,172 24.48 0.,0046197 0.00707 0.657 0.09516 1.00197 0.7518

23 5 0.3231.1 49.,75 2.,172 24.51 0.,0045045 0.00722 0.671 0.0 996 1.00192 C . / 6 1 21.0 0.31629 50,,89 2.,171 24.54 0.,00 43956 0.00737 0.685 0.10413 1.00188 0.7466

21.5 0.30950 52,,02 2,,171 24.57 0.,0042924 0.00751 0.698 0.10873 1.00164 0.7472

250 0.30300 53,,16 2,.171 24.60 0.,0041944 0.00766 0.712 0.11342 1.00180 0.7459

255 0.29678 54,,28 2,.170 24.62 0.,0041012 0.00781 0.726 0.11824 1.00176 0.7444

26 0.29082 55,,41 2 .170 24.64 0.,0040124 0.00796 0.739 0.12313 1.00173 0.7430

265 0.28511 56,,54 2,,170 24.66 0,,0039278 0.00811 0.752 0.12809 1.00169 0.7417

27 0.27962 57,,66 2,,170 24.68 0,,0U38469 0.00826 0.766 0.13311 1.00166 0.7406

275 0.27U35 58,.78 2,,169 24.70 ,0037696 0. 00840 0.779 0.13821 1.00163 0.7396

28 0.26927 59.,90 ? , .169 24.71 0.,0036955 0.00855 0.792 0.14338 1.00160 0.7388

285 0.261.39 61,,02 2,,169 24.73 0..0036246 0.00669 0.805 0.14861 1.00157 0.7380

29 0.25969 62,.13 2,,169 24.74 0.,0035565 0.00883 0.819 0.15391 1.00154 0.7372

295 0.25515 63,,25 2,,168 24.76 0..0034911 0.00897 0.832 0.15929 1.00152 0.7365

300 0.25078 64 ,36 2,.16 8 24.77 0,,0034282 0.00912 0.844 0.16474 1.00149 0.7359

310 0.21.21.7 66,,59 2,,168 24.79 .0033093 0. 00940 0.870 0.17585 1.00114 0.7348

320 0.231.71 68 . 81 ? , ,167 24.61 0,,0031969 0.00967 0.896 0.18724 1.00139 0.7337

330 0.2271.1, 71.,03 2 , ,167 24.83 0.,0030959 0.00995 0.921 0.19891 1.00135 0.7328

340 0.22061 73,,25 2 .167 24.84 0,.0029997 0.01022 0.946 0.21086 1.00131 0.7320

350 0.211.19 75,,4b 2 ,166 24.86 0.,0029095 0.01049 0.971 0.22308 1.00127 0.7313

360 0.20814 77 ,68 2 ,166 24.87 0,,0028248 0.01076 0.995 0.23557 1.00124 0.7306

37 0.2021.2 79 ,89 2 .165 24.88 0.,0027450 0.01102 1.019 0.24831 1.00120 0.7300

380 0.19702 82,,11 2 .164 24.69 0.,0026698 0.01129 1.043 0.26132 1.00117 0.7295

390 0.19189 84 , a 2 .16 3 24.90 0,,0025987 0.01155 1.067 0.27457 1.00114 0.7290

1.00 0.18703 86,,55 2 .163 24.91 0..0025315 0.01181 1.091 0.28807 1.00111 0.7286

1.10 0.1821.2 88 .78 ? .162 24.92 0,.0024677 0.01206 1.114 0.30182 1.00108 0.7283

1.2 0.17803 91 .00 2 ,161 24.92 0,.0024071 0.01232 1.137 0.31580 1.00106 0.7279

1.3 0.17381. 93 .23 2 .159 24.93 0,.0023495 0.01257 1.160 0.33002 1.00103 0.7276

1.1.O 0.16985 95,,47 2 .158 24.94 0..0022946 0.01282 1.182 0.34446 1.00101 0.7274

1.5 0.16601. 97 .71 2 .157 24.94 0,,0022423 0. 01307 1.205 0.35912 1.00099 0.7272

1.6 0.1621.0 99 .96 2 .155 24.95 0,,0021924 0.01331 1.227 0.37399 1.00097 0.7271

1.70 0.15892 102 .21 2 .153 24.95 0,,0021447 0.01355 1.249 0.38906 1.00094 0.7270

i»8 0.15558 104 .47 > .151 24.95 0,,0020991 0.01380 1.270 0.40436 1.00092 0.7269

1.90 0.15236 106 .74 2 .149 24.96 0,,0020554 0.01404 1.292 0.41985 1.00091 0.7269

500 0.14932 109 .02 2 .147 24.96 0,,0020135 0.01427 1.313 0.43552 1.00089 0.7269

510 0.14637 111 .30 2 .145 24.96 0.,0019733 0.01451 1.334 0.45136 1.00087 0.7270

520 0.14354 113 .60 2 .142 24.97 ,0019347 0.01474 1.355 0.46742 1.00085 0.7271

530 0.14081 115 .90 2 .140 24.97 0.,0018976 0.01498 1.376 0.1.6365 1.00084 0.7273

51.0 0.13819 118 .21 2 .137 24.97 0,.0018619 0.01521 1.396 0.50005 1.00082 0.7275

550 0.13566 120 .53 2 .134 24.98 0,,0018275 0.01544 1.417 0.51662 1.00081 0.7277

560 0.13323 122 .87 2 .131 24.98 .0017945 0.01567 1.43 7 0.53336 1.00079 0.7280

570 0.13088 125 .21 2 .128 24.98 0,.0017625 0.01589 1.457 0.55027 1.00078 0.7283

580 0.12862 127 .66 2 .124 24.98 .0017318 0.01612 1.477 0.56733 1.00076 0.7287

59 0.12643 129 .93 p .121 24.98 0,.0017021 0.01634 1.497 0.58455 1.00075 0.7291

60 0.12431 132 .31 7 .117 24.98 0,, 0016734 0.01657 1.516 0.60193 1.00074 0.7295

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

30 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c

v C p VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/LB CU FT-PSIA/LB =>SIA/R BTJ/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

» 97.871* 0.01226 2092.35 317.9 -63.212 -83.11.1. 0.50127 0. 266 0.398 3805

10 0.01231 2051.12 312.3 -82.366 -82.298 0.50982 0, 264 0.396 3781

10 5 0.0121.2 1956.01. 299.6 -80.376 -60 .309 0.52922 0. 26 0.393 3724

110 0.01251. 1863.58 287.3 -78.391 -78.321 0.5if772 0. 256 0.398 3 664

115 0.01267 1773.66 275.1. -76.1.02 -76.332 0.565ifl 0. 252 0.398 3604

120 0.01279 1686.23 263.8 -71.. 1.1 it -71.. 31.3 0.5823if 0., 246 0.398 3541

12 5 0.01292 1601.23 252.6 -72.lf2lf -72.352 0.59859 0., 244 0.398 3478

130 0.01306 1519.59 21.1.7 -70.lf32 -70.360 0.611.22 0. 241 0.399 3413

135 0.01319 11.38. 21. 231.2 -68.1.38 -68.365 0.62927 0.,237 0.399 3347

li»0 0.01331. 1360.11. 221.1 -66.1.1.1 -66.367 0.61.380 0. 234 0.400 3280

11.5 0.013<.8 1281.. 21 211.2 -61.. if 1.1 -61.. 366 0.65785 0,,231 0.401 3212

15 0.01361. 1210.38 201.7 -62.if35 -62.360 0.6711.5 0.,228 0.402 3142

155 0.01379 1138.60 192.1. -60. if 2 if -60.3it8 0.681.61. 0..225 0.403 3071

160 0.01396 1068.78 183.5 -56.406 -58.329 0.6971.6 0.,223 0.404 2 999 165 0.011.13 1000.88 171.. a -56.380 -56.302 0.70993 0.,220 0.406 2926

170 0.011.31 931.. 81 166.1. -5if.3lflf -51.. 265 0.72209 0., 218 0.408 2851

175 0.011.1.9 870.51 158.2 -52.297 -52.216 0.73397 0,,215 0.411 2775

* 175.631. 0.011.52 861.81. 157.1 -52.016 -51.935 0.73558 0.,215 0.411 2765

» 175.681. 1.85369 52.29 0.19 25.983 36.260 1.2371.8 0,,162 0.239 599

180 1.90752 5 if. 07 0.18 26.713 37.309 1.2if327 0.,161 0.238 608

185 1.96932 56.11 0.18 27.552 38.1.92 1.2if976 0., 161 0.236 618

190 2.03058 58.11 0.17 28.386 39.666 1.25602 0,, 16 0.234 627

19 5 2.09138 60 .08 0.17 29.2Ht ifG.832 1.26207 0,, 16 0.233 637

20 2.15177 62.03 0.16 30.038 ifl.991 1.2679if 0,,159 0.231 646

20 5 2.21181 63.96 0.16 30.858 1.3.11.5 1.2736if 0,,159 0.230 655 210 2.27153 65.87 0.15 31.67"f 1.1. .293 1.27917 0.,159 0.229 664

215 2.33096 67.76 0.15 32.if87 1.5.1.36 1.28if55 0.,158 0.228 673 220 2.39015 69.63 0.11. 33.298 1.6.576 1.28979 0,,158 0.227 681 225 2.1.1.911 71.1.9 0.11. 3if.l06 1.7.711 1.29if90 0.,158 0.227 690

23 2.50787 73.31. 0.11. 3if.912 1.6.81.3 1.29987 0.,158 0.226 698 235 2.5661.5 75.18 0.13 35.715 1.9.973 1.30if73 0.,158 0.226 706

21.0 2.621.85 77.01 0.13 36.517 51.099 1.309lf7 0., 157 0.225 714

21.5 2.68311 78.82 0.13 37.318 52.223 1.311.11 0,,157 0.225 722

25 2.71.123 80.63 0.12 38.117 53.31.5 1.31861. 0., 157 0.224 730 255 2.79922 82.1.1. 0.12 38.9m 5if.if6if 1.32307 0,,157 0.224 738

260 2.85709 8lf .23 0.12 39.710 55.582 1.3271.2 0.,157 0.223 745 265 2.911.85 86.02 0.12 ifO .505 56.698 1.33167 0.. 15 7 0.223 753

27 2.97252 87.80 0.11 ifl.299 57.812 1.33583 0,,157 0.223 760

27 5 3.03009 89.58 0.11 1.2.092 58.925 1.33992 0,,157 0.222 768 280 3.08756 91.35 0.11 1.2.885 60.037 1.31.392 0,,157 0.222 775 285 3.11.500 93.12 0.11 1.3.676 61.11.7 1.31.785 0., 157 0.222 782

29 3.20233 9if. 88 0.11 44.466 62.256 1.35171 ,156 0.222 789

295 3.25960 96.61. 0.10 if5.256 63.361. 1.35550 0.,156 0.221 796

30 3.31681 98 .1.0 0.10 if6. Di.5 6if. If 71 1.35922 0,,156 0.221 803

310 3.1.3105 101.90 0.10 1.7.622 66.682 1.3661.7 ,156 0.221 817 320 3.51.509 105.39 0.10 1.9.196 68.890 1.3731.8 ,156 0.221 831

33 3.65891. 106.86 0.09 50.769 71.095 1.38026 ,156 0.220 844

31.0 3.77263 112.33 0.09 52.31.0 73 .296 1.38681. 0., 15 6 0.220 857

35 3.88617 115.79 0.09 53.910 75.1.99 1.39322 ,156 0.220 870 360 3.99959 119.21. 0.08 55.1.79 77.698 1.3991.1 0., 156 0.220 882 370 i.. 11290 122.68 0.08 57.01.7 79.895 1.1.051.3 0.,156 0.220 895

38 4. 22610 126.12 0.08 58.611. 82 .091 1.1.1129 0.,156 0.220 907

39 i.. 33921 129.56 0.06 60.181 81.. 286 1.1.1699 ,156 0.219 919

1.00 1.. 1.5221. 132.98 0.08 61.71.7 86.1.80 l.if2255 0.,156 0.219 931

1.10 i». 56520 136.1.1 0.07 63.313 88.671. l.if2796 , 156 0.219 943

1.20 i.. 67808 139.83 0.07 61.. 879 90 .667 1.43325 0.,156 0.219 954

1.3 1.. 79090 11.3.21. 0.07 66.1.1.5 93.060 l.if38ifl 0.,156 0.219 966

1.1.0 i». 90366 11.6.65 0.07 68.012 95.253 I.ifif3if5 .156 0.219 977

1.5 5.01638 150.06 0.07 69.579 97.1.1.6 l.ifif838 0,.156 0.219 988

1.6 5.12901. 153.1.7 0.07 71.11.6 99.639 1.1.5320 ,156 0.219 999

1.7 5.21.166 156.87 0.06 72.711. 101.833 1.1.5792 ,156 0.219 1010

1.80 5.351.21. 160.27 0.06 71. .283 101.. 027 1.1.6251. ,157 0.219 1020

1.9 5.1.6678 163.67 0.06 75.853 1C6.222 1.1.6706 0.,157 0.220 1031

500 5.57928 167.07 0.06 77.lf2lf 108.1.18 1.1.7150 0,,157 0.220 1041

510 5.69175 170.1.6 0.06 78.996 110.615 1.1.7585 0., 157 0.220 1052

520 5.801.20 173.85 0.06 80.570 112.811. 1.1.8012 ,157 0.220 1062

530 5.91661 177.21. 0.06 82.11.5 115.013 1.1.61.31 0..157 0.220 1072

51.0 6.02900 180 .63 0.06 63.723 117.215 1.1.8842 0., 157 0.220 1082

55 6.11.136 181.. 02 0.05 65.302 119.1.18 1.1.9247 o,,158 0.220 1092

560 6.25370 187.M 0.05 86.882 121.623 1.49644 o,,158 0.221 1101

570 6.36602 190.79 0.05 68.1.65 123.830 1.50034 , 158 0.221 1111

580 6.1.7832 191.. 18 0.05 90.051 126.039 1.50419 0..158 0.221 1121

59 6.59059 197.56 0.05 91.633 128.250 1.50797 0,.159 0.221 1130

600 6.70286 2 0.91. 0.05 93.228 130 .1.61. 1.51169 0,.159 0.221 1139

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

30 PSIA ISOBAR

TEMPERATURE OENSITY V(DH/OV)D V(DP/OU)„ -V(0P70V^ - (DV/DTIt/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANDTL CONDUCTIVITY DIFFUSIVITY CONSTANT NUMBER

DEG. R LB/CU FT BTU/LB PSIA-CIJ FT/BTU PSIA DEG. R BTU/FT-HR-R LB/FT-SEC

X 105 SQ FT/HR

97.871. 81.571.99 213 .60 11. .633 170683.20 0,,0018623 0.11157 1.1.663 0.0031.1. 1.56875 5.31.71. 100 81.2516". 212 .23 11. .51.2 166656.58 0.,001871.1 0.11095 39.978 0.0031.3 1.56615 5.1593

105 80.1.8805 208 .97 11. .321 1571.37.97 0,.0019031 0.1091.3 36.302 0.0031.2 1.56002 l.. 71,95 110 79.71973 205 .65 11. .092 11.8563.81 .0019338 0.10782 32.995 0.0031.0 1.55387 it. 3813

115 78.91.623 202 .28 13 .856 11.0023.77 0,,0019665 0.10611. 30.022 0.00336 1.51.770 1..050I. 12 78.16706 198 .85 13 .611. 131807.69 0,,0020013 0.101.39 27.31.7 0.00336 1.51.150 3.7531

125 77.38165 195 .36 13 .366 123905.55 0,.0020386 0.10258 21.. 91.2 0.00333 1.53526 3.1.858 130 76.58937 191 .80 13 .112 116307.51 0,,0020781. 0.10072 22.778 0.00330 1.52899 3.21.56 135 75.78951. 188 , 1/ 12 .853 109003.87 0,,0021213 0.09880 20.632 0.00327 1.52267 3.0298

11.0 71.. 98137 181. .1.6 12 .590 101985.11 0,,0021675 0.09681. 19.082 0.00323 1.51630 2.8363

11.5 71.. 16398 180 .68 12 .32 3 9521.1.87 0,,0022176 0.091.81. 17.508 0.00319 1.50988 2.6629

15 73.33639 176 .81 12 .052 88761.. 93 0., 0022719 0.09279 16.092 0.00315 1.5031.0 2.5078

155 72. 1.971.5 172,,86 11 ,777 8251.5.27 0,,0023312 0.09072 11.. 817 0.00311 1.1.9685 2.3691. 160 71.61.590 168 .61 11 .500 76571.. 02 0,,0023960 0.08861 13.671 0.00306 1.1.9022 2.21.65 165 70.78026 lbl.,.65 11 ,221 7081.2.1.8 0,,0021.675 0.0861.7 12.639 0.00301 1.U831.9 2.1377

170 69.89883 160 .39 10 .939 6531.2.11 0,,00251.61. 0.081.31 11.709 0.00295 1.1.7667 2.01.21 175 68.99963 156..01 10 .651. 60061.. 51. 0,,002631.3 0.08212 10.872 0.00290 1.1.6973 1.9588

» 175.681* 68.87503 155 .1.0 10 .615 59358.96 0.,00261.71 0.08182 10. 76". 0.00289 1.1.6877 1.91.83

* 175.681. 0.539U6 35 .1.2 2 .186 28.21 0,.0067599 0.00550 0.512 0.01.261 1.00321 0.8020

18 0.521.21. 36 . if 9 2 ,181. 28.31. 0,,0065102 0.00563 0.521. 0.01.522 1.00312 0.7956

185 0.50779 37,.71 2 .183 28.1.9 0,,00621.75 0.00578 0.537 0.01.829 1.00302 0.7891

19 0.1.921.7 38 ,93 2 .181 28.62 0,,0060101 0.00593 0.551 0.0511.3 1.00293 0.7631.

195 0.1.7815 1.0,,1_S 2 .180 28.73 0,, 0057939 0.00607 0.565 0.051.63 1.00281. 0.7785

200 0.1.61.73 1.1,.32 2 .179 28.83 0.,0055960 0.00622 0.579 0.05789 1.00276 0.771.2 205 0.1.5212 1.2,.51 2 .178 28.92 0,,0051.138 0.00637 0.592 0.06122 1.00269 0.7705

210 0.1.1.023 1.3,,68 2

,

.177 29.00 0,,00521.53 0.00652 0.606 0.061.62 1.00262 0.7671

215 0.1.2901 1.1. ,86 2 .177 29.07 0.,0050888 0.00667 0.620 0.06808 1.00255 0.761.1 220 0.1.1838 1.6,.02 2,.176 29.13 0.,001.91.28 0.00681 0.631. 0.07160 1.0021.9 0.7611. 225 0.1.0831 1.7 .16 2 ,175 29.19 1,,001.8061. 0.00696 0.61.7 0.0752C 1.0021.3 0.7589

230 0.39871. 1.8,.3". 2,.175 29. 21. 0,,001.6781. 0.00711 0.661 0.07886 1.00237 0.7567

235 0.38961. i»9,,1.9 2 ,171. 29.29 0,,001.5579 0.00726 0.675 0.08258 1.00232 0.751.7

21.0 0.38097 50,.63 2,,171. 29.31. 0,, 00 ill. 1.1. l. 0. 0071.0 0.686 0.08637 1.00226 0.7529

21.5 0.37270 51,,78 2 .173 29.38 0,,001.3371 0.00755 0.702 0.09023 1.00222 0.7512

250 0.361.80 52.,92 2,,173 29.1.2 0,,001.2351. 0.00770 0.715 0.091.15 1.00217 0.71.96 255 0.35721. 51..,05 2,.173 29.1.5 0,,001.1390 0.00785 0.729 0.09819 1.00212 0.71.78

26 0.35001 55,,19 2,,172 29.1.8 ,001.01.73 0.00800 0.71.2 0.10230 1.00206 0.71.61 265 0.31.307 56,,32 2.,172 29.51 0,,0039600 0.00811. 0.755 0.1061.5 1.00201. 0.71.1.6 27 0.336m 57.,1.5 2,,172 29.51. 0.,0038768 0.00829 0.769 0.11066 1.00200 0.71.33 275 0.33002 58.,58 2 , ,171 29.56 0, 0037973 0.0081.1. 0.762 0.111.92 1.00196 0.71.21 280 0.32388 59.,70 2 .171 29.59 3,,0037213 0.0 85 8 0.795 0.11921. 1.00193 0.71.11 285 0.31797 60,,82 2,,171 29.61 0. 00361.86 .00872 0.806 0.12362 1.00169 0.71.01 290 0.31227 61 , ,95 2,.17 1 29.63 0.,0035789 0. 00887 0.821 0.12805 1.00186 0.7393

295 0.30679 63.,07 2..170 29.65 0,,0035120 0.00901 0.831. 0.13255 1.00182 0.7385

300 0.3011.9 6 It.,19 2,,170 29.67 0,,0031.1.77 0.00915 0.81.7 0.13710 1.00179 0.7377

310 0.2911.6 66.,1.2 2,,170 29.70 0. 0033265 0.0091.3 0.873 0.1U638 1.00173 0.7361.

32 0.28208 68. 65 2,,169 29.73 0,,003211.0 0.00970 0.898 0.15589 1.0O168 0.7352

330 0.27330 70.,88 2,,169 29.75 a< 0031093 0.00998 0.923 0.16561. 1.00162 0.731.2

3".0 0.26507 73. 10 2,,168 29.78 0,,0030116 0.01025 0.91.8 0.17562 1.00158 0.7333

35 0.25732 75.,33 2,,168 29.80 0. 0029201 0.01052 0.973 0.18582 1.00153 0.7321.

36 0.25003 77.,55 2,,167 29.81 n. 002831.3 0.01078 0.997 0.19621. 1.0011.9 0.7317

370 0.21.311. 79.,77 2,,166 29.83 ,0027536 0.01105 1.021 0.20667 1. 0011.1. 0.7310

380 0.23662 82,,00 2,,166 29.81. 0. 0026776 0.01131 1.01.5 0.21772 1.0011.1 0.7301.

39 0.2301.6 81.,,22 2 .165 29.86 0, 0026057 0.01157 1.069 0.22876 1.00137 0.7299

1.0 0.221.61 86. 1.5 2.,161. 29.87 0.,0025378 0.31183 1.092 0.21.001. 1.00133 0.7291.

1.10 0.21905 88.,67 2,,163 29.88 0. 0021.731. 0.01206 1.116 0.25151 1.00130 0.7290

1.20 0.21376 90,,91 2,,162 29.89 0, 0021.121. 0.01231. 1.139 0.26317 1.00127 0.7286

1.30 0.20873 93,,11. 2,,161 29.90 0, 002351.3 0.01259 1.161 0.27503 1.00121. 0.7283

1.1.0 0.20393 95,,38 2

,

,159 29.91 0. 0022990 0.01281. 1.181. 0.28708 1.00121 0.7280

1.50 0.19935 97,.63 2 ,158 29.91 0,.00221.61. 0.01308 1.206 .29930 1.00118 0.7278

1.60 0.191.97 99,.88 2 .156 29.92 0, 0021961 0.01333 1.228 0.31171 1.00116 0.7276

1.7 0.19078 102.,13 2 ,155 29.93 0. 00211.81 0.01357 1.250 0.321.29 1.00113 0.7275

1.80 0.18677 101..,1.0 2,,153 29.93 0. 0021022 0.01381 1.272 0.33703 1.00111 0.7271.

1.90 0.18292 106.,67 2,,151 29.91. 0. 0020583 0.011.05 1.293 0.31.995 1.00109 0.7271. 500 0.17923 108.,95 2 ,11.8 29.91. 0. 0020162 0. 011.29 1.315 0.36302 1.00107 0.7271. 510 0.17569 111.,23 1 , ,11.6 29.95 0. 0019758 0.011.53 1.336 0.37622 1.00101. 0.7275

520 0.17229 113,,53 2 ,11.1. 29.95 0. 0019370 0.011.76 1.357 0.38961 1.00102 0.7275

530 0.16902 115.,83 2,,li»l 29.96 0. 0018997 0.011.99 1.377 0.1.03H. 1.00100 0.7277

51.0 0.16587 118,, 15 2 .138 29.96 0.,0018639 0. 01523 1.396 0.1.1682 1.00099 0.7278

550 0.16283 120, 1.7 2.,135 29.96 0, 0018291. 0.0151.5 1.1.18 0.1.3061. 1.0C097 0.7261

56 0.15991 122,,61 2 ,132 29.97 0, 0C17962 0. 01568 1.1.3 8 .1.1.1.6 1.00095 0.7263

570 0.15708 125,,15 2,.129 29.97 0. 001761.2 0.01591 1.1.58 0.1.5870 1.00093 0.7286

580 0.151.36 127,,51 2 ,125 29.97 0. 0017333 0. 01613 1.1.78 0.1.7292 1.00092 0.7290

59 0.15173 129.,86 2,,122 29.98 0. 0017035 0.01636 1.1.98 0.1.8728 1.00090 0.7291. 600 0.11.919 132.,26 2,,118 29.98 0. 001671.7 0.01658 1.518 0.50177 1.00089 0.7298

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

35 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM I30CHORE INTERNAL ENTHALPY ENTROPY c

v

C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

» 97.881 0.01226 20 92.66 317.9 -83.211 -83.131 0.50128 0. 266 0.398 3806

100 0.01231 2051.57 312.1* -82.368 -82.289 0.50980 0.> 261* 0.396 3782 105 0.0i2i*2 1956.50 299.6 -80.381 -8G .300 0.52920 0. 260 0.398 3721. 110 0.01251. 1861*. Oi* 287.3 -78.393 -78.312 0.51.770 0,,256 0.398 3 665 115 0.01267 177«*. li. 275.1. -76.1*05 -76.323 0.56538 0,, 252 0.398 3601. 12 0.01279 1686.71 263. 8 -71*. <*16 -71* .33«* 0.58232 0.,21.8 0.398 3 51.2 125 0.01292 1601.72 252.6 -72.1,27 -72.31,3 0.59857 0..21*1* 0.396 31.76 13 0.01306 1519.09 21.1.8 -70.1.35 -70.351 0.611.19 0. 21.1 0.399 31.11* 135 0.01319 11.38.76 231.3 -68.1.1.2 -68.356 0.62925 0,,237 0.399 331.8 mo 0.01331. 1360.66 221.1 -66.1.1.5 -66.359 0.61.378 0,,231. 0.1*00 3281

1<*5 0.0131.6 1281*. 71. 211.2 -61.. 1.1,5 -6i». 357 0.65782 0.,231 0.1*01 3212

15 0.01361. 1210.92 201.7 -62.1.1,0 -62.351 0.6711.2 0,,226 0.1*02 311.3 155 0.01379 1139.15 192.5 -60.1,29 -60.31,0 0.681*61 0.,225 0.1*03 3072

160 0.01396 1069.35 183.5 -58.1,11 -58.321 0.6971.3 0.,223 .i*0<* 3000 165 0.011.13 1001.1.6 171..

-56.386 -56.291* 0.70990 0,,220 O.1.O6 2926

170 0.011.31 935.1.0 I66.1. -5i*. 350 -Si*. 257 0.72206 0.,218 0.1.08 2852

175 0. 011.1.9 871.11 158.3 -52.303 -52.209 0.73391. 0,, 215 0.1.11 2776

* 178.887 0.011*61. 822.31 152.1 -50.702 -50.607 0.71.299 0.,213 0.1.13 2716 178.887 1.60682 52.1.7 0.22 26.319 36.732 1.23103 0,, 163 0.21.2 602

18 1.61892 52.91. 0.22 26.510 37.002 1.23253 0.,162 0.21.2 601. 185 1.67293 55.05 0.21 27.362 38.205 1.23913 0.,162 0.239 615 190 1.72635 57.12 0.20 28.208 39.396 1.21. 51*8 .161 0.237 62<*

195 1.77929 59.15 0.20 29.01,7 1,0.578 1.25162 0,, 161 0.236 631* 200 1.83180 61.15 0.19 29.880 1,1.752 1.25756 .16 0.231. 61.1. 20 5 1.88393 63.13 0.18 30.708 1,2.918 1.26332 0.. 16 0.233 653 210 1.93573 65.08 0.18 31.532 1*1,. 078 1.26891 0..159 0.231 662 215 1.98721* 67.01 0.17 32.353 1.5.232 1.271.31. 0,.159 0.230 671

220 2.0381.9 68.92 0.17 33.169 1.6.381 1.27963 0., 159 0.229 679

225 2.08951 70.81 0.17 33.983 1.7.526 1.281.77 0,.158 0.228 688

230 2.11.032 72.69 0.16 31*. 795 1,8.666 1.28979 0,, 158 0.228 696 235 2.19093 7i». 56 0.16 35.603 1,9.803 1.291.68 0.,156 0.227 705

2<<0 2.21.138 76.1.2 0.15 36.1,10 50.936 1.2991*5 0.,158 0.226 713

21*5 2.29167 78.26 0.15 37.215 52.067 1.301*11 0.,158 0.226 721

25 2.31.182 80.09 0.15 38.017 53.195 1.30867 0.,157 0.225 729 255 2.39181. 81.92 0.11* 38.819 51*. 320 1.31312 0,, 157 0.225 736

260 2.1*1*171* 83.73 O.K* 39.618 55.1.1*3 1.3171,9 0.,157 0.221. 71.1. 265 2.1*9151. 85.51. 0.11* 1,0.1,17 56.561* 1.32176 0,, 157 0.221. 752

27 2.51.123 87.31. 0.13 1*1.211. 57.683 1.32591. 0,.157 0.221. 759

275 2.59083 89.li. 0.13 1.2.009 56.801 1.33001. ,157 0.223 767 280 2.61*031* 90.92 0.13 1*2.801. 59.916 1.331.06 0,.157 0.223 771. 285 2.58977 92.71 0.13 1.3.598 61.031 1.33801 .157 0.223 781

290 2.73913 91.. 1.8 0.12 1.1.. 391 62.1i*i» 1. 31.188 . 157 0.222 788

295 2.7881.2 96.26 0.12 1*5.183 63.255 1.31.568 0,,157 0.222 796

30 2.83765 98.03 0.12 i»5.97i* 61*. 365 1.31*91*1 0..156 0.222 803 310 2.93593 101.55 0.12 1.7.555 66.583 1 .35668 ,156 0.222 816 320 3.031.00 105.05 0.11 1.9.133 66 .797 1.36371 0,, 156 0.221 830 330 3.13188 108.56 0.11 50.709 71.007 1.37051 0., 156 0.221 81*3

31.0 3.22961 112.05 0.10 52.283 73.211* 1.37710 ,156 0.221 855 350 3.32719 115.52 0.10 53.856 75.1.19 1.3631.9 0,.156 0.220 869

36 3.1.21.61. 118.99 0.10 55.1.27 77.622 1.38970 0,.156 0.220 882 370 3.52198 122.1.5 0.10 56.997 79.823 1.39573 .156 0.220 891* 380 3.61921 125.90 0.09 58.566 82.023 1.1.0159 0.,156 0.220 907

390 3.71635 129.35 0.09 60.135 81.. 221 1.1.0730 0,,156 0.220 919

1.00 3.8131.1 132.79 0.09 61.703 86.1.18 1.1.1286 0,, 156 0.220 931

1.10 3.9101.0 136.22 0.09 63.271 88.611. 1.1*1829 .156 0.220 91*2 1.20 it. 00731 139.65 0.08 61.. 838 90.810 1.1.2358 0.,156 0.220 951.

1.3 i*. 10i»16 11.3.08 0.08 66.1.06 93.005 1.1.2871* ,156 0.220 965

<*i* I*. 20096 11.6.50 0.08 67.973 95.200 1.1.3379 .156 0.219 977

1.5 <*. 29770 11*9.92 0.08 69.51.1 97.395 1.1.3872 0., 156 0.220 988

1.60 I*. 391*39 153.33 0.08 71.110 99.590 1.1*1*355 ,156 0.220 999

1.7 i.. 1.9101. 156.71, 0.08 72.679 101.786 1.1.1*827 0,, 156 0.220 1010

1.80 1*. 58765 160.15 0.07 71.. 21.9 103.982 1.1*5289 0,,15 7 0.220 1020

1.90 <*. 681.22 163.56 0.07 75.820 106.179 1.1*571*2 ,157 0.220 1031

50 1*. 78075 166.96 0.07 77.392 108.376 1.1*6186 0.,157 0.220 101.1 510 1*. 87725 170.36 0.07 78.965 110.575 1.1.6621 0,,157 0.220 1052

52 1*. 97372 173.76 0.07 80. 51.0 112.775 1. i.70"*9 0.,157 0.220 1062

53 5.07017 177.16 0.07 82.116 Hi.. 976 1 .1*71*68 .157 0.220 1072

51.0 5.16658 180.55 0.07 83.69". 117.179 1.1.7880 , 157 0.220 1082

55 5.26298 183.95 0.06 85.273 119.383 1.1.8281* 0.,158 0.221 1092

560 5.35935 187.31. 0.06 86.855 121.589 1.1.8682 0..158 0.221 1101

57 5.1*5569 190.73 0.06 88.1.38 123.797 1.1.9072 0..158 0.221 1111

580 5.55202 191*. 12 0.06 90.02". 126.007 1.1.91.57 ,156 0.221 1121

590 5.61*833 197.51 0.06 91.612 128.219 1.1.9835 .159 0.221 1130

60 5.71.1*62 200.89 0.06 93.203 130.1.31. 1.50207 0,.159 0.222 1139

TWO-PHASE BOUNDARY
35 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY V(DH/0V)p V(DP/OU>v -V(DP/DV>T OEG. R LB/CU FT BTU/LB PSIA-CU FT/BTU PSIA

-(DV/DTyv THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY OIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X IIP

PRANDTL NUMBER

97.881 81,,57630 213,,63 11*,,633 170711,,32 3, 0018620 0,,11158 i. L, 670 0, 003i*i. 1.56876 5,,31.80 100 81.,251.08 212,,26 11*.,51.2 166698. 1,1 0. 0018738 . 11096 19. 990 0. 003i*3 1.56617 5, 1605

105 80.,1.9061 209,.30 11.,,321 1571,80.,01, 0. 0019027 . 1091*3 J6. 313 0, 0031*2 1.56001* k . ,7506

110 79.,7221.1 205,,69 1'. . ,092 11.8606,,13 0. 0019335 . 10783 33. 006 0.,0031*0 1.55389 <*, ,3623 115 78.,91.905 202,,32 13,,856 11.0066, 36 0. 0019661 3 . 10615 iO. 032 0. 00338 1.51.772 u , ,0511. 120 78,,17002 198,,89 13,.611* 131850,, 5 5 0. 0020009 0. 101.1.0 2 c. 357 0.,00336 l.Si.152 3,,751.0 125 77,,381.77 195,,1.0 13,.366 12391*8,,69 0. 0020381 . 10259 2 1*. 951 0, 00333 1.53528 3,,1.666 130 76.,59266 191,,81. 13,.112 116350,,95 0. 0020779 , 10073 22.,787 0,,00330 1.52901 3..21.63 135 75,,79302 188,,21 12,,853 10901*7,,62 0. 0021207 0, 09881 20. P,"4l 0.,00327 1.52270 3.,0306

11.0 7«t,,98501. 181*,,51 12 .590 102029,,18 0, 0021669 0, 09685 1 '3. 090 0,,00323 1.51633 2.,8370

11*5 m ,16787 130,,73 12,.323 95286.,27 o. 0022168 c,,091.85 17.,515 0.,00319 1.50991 2,.6635

150 73,,31.052 176..86 12..052 88809.,69 0,.0022711 0.,09281 16,,098 0,,00315 1.5031.3 2..5083 155 72,,50181. 172..91 11.,778 82590,,1.1 0. 0023303 0.,09073 11,. 821, 0,,00311 1.1.9686 2,.3699

16 71,,65058 168,.86 11,,501 76619,,56 0. 0023951 0.,08862 13.,677 0,,00306 1.1.9025 2 ,21*69 165 70,,78525 161.,,71 11,,221 70888.,1.1. 3. 0021.663 , ,0861.9 12,,61,1. 0,,00301 1.1.8353 2.,1361 170 69,,901.17 160.,1*5 10,,91*0 65388,,53 0,,00251.52 , ,081.32 1 1,,715 0,,00295 1.1.7671 2,.01*21. 175 69,,00537 156,,08 10,,655 60111.,1*5 0. 0026328 . ,08213 10.,877 0,,00290 1.1*6977 1,,9590 178.887 68,,29292 152..59 10 ,1.33 56157,,66 0, 0027081 0.,0801.2 10. 283 0,,00285 1.1*61*29 1 ,9023 178.887 0,.62235 35.,76 2..188 32,,66 0,,0067787 0.,00565 . ,526 0,,0371*6 1.00370 0,,8115

180 0,,61769 36,.01* 2 .188 32,,70 0,,0067105 0,,00568 0.,529 .03805 1.00367 .6095 185 0,,59776 M . .29 7 , ,186 32 .91 0,,0061.200 0.,00583 0.,51.2 0,,01*071. 1.00356 0.,8013

190 0.,57926 38.,52 2,,185 33,,09 0..0061599 0.,00598 0.,556 .01*31*7 1.0031.1* o,.791*3

195 0,,56202 39,,75 2 .183 33,,21. 3. 0059251 0.,00612 3,,569 0.,01*625 1.00331. 3 ,7883

ZOO 0.,51.591 1.0,.96 2 ,182 33,,38 n.,0057116 0,,00627 0.,583 0..01.908 1.D0325 .7830 205 0,,53081 1.2,,16 2,.181 33,,51 0,,0055162 c

,

,0061.1 0.,596 0,.05196 1.00316 0,,7781. 210 0,,51650 1.3..35 2,,180 33 .62 0.,0053365 0.,00656 0.,610 ,051.90 1.00307 .771*3 215 a,,50321 i»i»,.51* 2,,179 33,.72 0.,0051705 . .00671 0,,621. 0,,05789 1.00299 3 .7706

220 0.,1.9056 1.5..72 J .179 33,,81 0,.0050163 0..00686 3.,637 0,,06091. 1.00292 0,,7671. 225 0,,1.7858 1*6,,89 2,.176 33 ,89 0.,001.8727 0.,00700 0..651 ,061.01. 1.00285 .761*1. 230 0,,1.6722 1*8.,06 2,.177 33,,96 0.,001*7385 , ,00715 0..661. ,06720 1.00276 3 ,7618 235 0,,1.561.3 1*9,,22 2,,177 31*,,C3 3,,001.6126 0,,00730 0.,678 0,,0701.1 1.00271 .7591.

21.0 0,,i*i»615 50,,37 2 , .176 31.,,09 0, 001.1.91.3 0,,0071.1. 0.,691 D,.07368 1.002b5 ,7572

21.5 0,,1.3636 51.,53 2,.176 31..,15 0,,001.3827 0,,00759 0,,705 0,,07700 1.00259 ,7552

25 0.,1.2702 52,,68 2 ,175 31.,.20 3.,001.2773 0,,00773 0.,718 ,08038 1.00251. 3 .7531* 255 0,,1.1809 53.,82 2,,175 31. ,25 0,,001.1771. , ,00788 0.,732 a,,08387 1.0021*9 .7512

26 0,,1.0951. 51.,.96 2 .175 31.,. 2 9 0.,001.0827 ,00803 0.,71.5 .0871.1 1.0021*3 3 .71*92 265 0,,1.0136 56,.10 2 ,171. 31,,,33 3.,0039927 c.,00818 3.,758 .09099 1.00239 .71*75 27 0,.39351 57,.21* 2 .171, 31,..37 0.,0039071 ,00833 0,.772 ,091*62 1.00231. .71*60 275 0,,38598 58..37 2.,173 31,,.1.0 0,,0038251. 0.,0081.7 0,,785 .09829 1.00229 .71*1.6 28 0,,37871. 59,.50 2 ,173 31,,.1.1. 0,,00371*71* 0,,00861 3.,798 .10200 1.00225 .71*31. 285 a,,37178 60..63 2 ,173 3i»,,1.7 0,,0036728 D.,00876 3,,811 p ,10577 1.00221 .71,21* 290 0..36508 61,.76 2 ,173 31* ,1.9 0.,0036015 ,00890 o.,621. 3 .1095 8 1.00217 .71.11*

295 0,.35863 62.,89 2 ,172 31* ,52 0,, 0035330 3,,00901* 0,,837 3 ,1131*1* 1.00213 .71*05 300 0,,3521.0 6l»..01 2,,1,72 S!»,,55 0.,0031*671* .00918 0,,850 ,11736 1.00209 .7396

310 0.,31.061 66,.26 2 .172 31. .59 0,,00331*37 0,.0091*6 3 .875 .12533 1.00202 3 .7381

32 0.,32960 68..50 2,,171 31.,.63 3,,0032292 [J .00973 0.,901 .13350 1.00196 .7368

33 0,,31930 70,.73 2 .170 31. ,66 .0031228 .01001 3 .926 .11*187 1.00190 .7356

31.0 0,,30961. 72,.96 2,.170 31, ,69 3 .0030236 0,,01028 0,.950 .150i*i* 1.00161. .731.5 35 0,,30055 75 .19 2 .169 31, ,72 0..0029308 c.01051* 0,.975 ,15920 1.00179 3 .7336

360 0,,29200 77,.1*2 2 .169 31, ,75 0..00281.39 0,.01081 0,.999 ,16815 1.00171. .7327

370 0,,28393 79 .65 2 .168 Ik ,77 0,.0027622 0,. 01107 1 ,023 .17727 1.00169 .7320

380 0,,27630 81,,88 2 .167 3". .79 1) .0026853 0,,01133 1.,01.7 ,18658 1.00161* .7313

390 0,,26908 81.,.11 2 .16 7 31. .81 .0026128 0,.01159 1.,071 u .19607 1.00160 .7307

1.0 0,.26223 86,,31. 2 .166 31. . 6 2 0,,00251.1.2 ,01185 1,,091. .20571, 1.00156 c .7302

i*10 0,,25573 88..57 2 .165 3V.81* 0.,0021.792 0,,01211 1 ,117 .21557 1.00152 .7297

1*20 0.,21*951* 90,.81 2 .163 31, .85 0,,0021.176 0,,01236 1 .11,0 .22558 1.0011.8 .7293

1*3 0,,21*366 93,,05 2 .162 3<t .86 0,,0023591 .01261 1,,163 .23576 1.0011.5 .7290

i*i»0 0,.23801. 95 .29 2 .161 31. .87 0,,0023035 ,01286 1,,186 3 .21*609 l.ooim .7287

1*50 0,.23268 97 .51. 2 .159 3U .88 0.,0022501. ,01310 1 ,208 .25658 1.00138 .7281.

1.6 0..22756 99 .79 2 .158 31* .89 0,.0021999 ,01335 1,,230 .26722 1.00135 .7282

1*7 0,,22267 102 ,05 2 .156 31* .90 0,.0021516 .01359 1,,252 3 .27801 1.00132 .7280

1*8 ,21798 101. .32 2 .151. 31. .91 ,0021051. 0,.01383 1 ,273 .28891. 1.00130 .7279

1*90 .2131.8 106 .59 2 .152 31* ,'->; 0,,0020612 ,011*07 1 ,295 .30002 1.0C127 .7276

500 .20917 108 .87 2 .150 31. .92 0,,0020189 .011*31 1,,316 .31123 1.00121* .7278 510 0,.50503 111.,16 > .11.7 3<t,.93 0, 0019783 0,, 01i*5w 1,,337 .32255 1.00122 .7279

52 0,.20106 113 .1.6 2 .11.5 31. .91* 0,,0019393 .01<*?j 1 ,358 .331*03 1.00119 .7260

530 .19723 115 ,77 2 .11.2 31. .91. 0,.0019019 0,.01501 1 ,379 .31.561* 1.00117 3 .7281

51*0 0,.19355 118 .09 2 .139 31. .95 0,.0018659' 3 ,01521. 1 ,399 .35737 1.00115 .7282

55 .19001 120 .1.1 2 .136 31. .95 ,0018313 .0151.7 1 ,1*20 .36923 1.00113 .7281. 56 .18659 122 .75 2 .133 31. .96 ,0017979 0,,01570 1 .1*1*0 .38120 1.00111 .7287

57 .18329 125 .10 2 .130 3<t .96 ,0017658 .01592 1 . 1*60 3 .39329 1.00109 .7290

580 .18011 127 .1.6 2 .126 31. .96 0,,001731*8 0,,01615 1 ,1*80 .1*051.9 1.00107 .7293

59 .17701. 129 .83 2 .123 31. .97 0,.00170U9 .01637 1 .1*99 .1*1780 1.00105 .7297

60 .171*08 132 .21 2 .119 31. .97 0,.0016760 0,,01660 1,,519 .1.3023 1.00103 .7301

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

"0 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c

v

C

P VELOCf

DERIVATIVE DERIVATIVE ENERGY OF SOUI OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEI

» 97.888 0.01226 20 92.97 317.9 -83.210 -63.119 0.50129 0. 266 0.398 3806

100 0.01231 2052.02 312.1. -82.371 -82.279 0.50978 0. 264 0.396 3782

105 0.0121.2 1956.96 299.7 -80.383 -80 .291 0.52918 0. 260 0.398 3724

110 0.01251. 1861.. 51 287.3 -78.395 -76.303 0.54768 0. 256 0.398 3 665 115 0.01267 1771.. 61 275.1. -76.1.08 -76.314 0.56536 0. 252 0.398 3604

120 0.01279 1687.20 263.8 -71.. i«19 -74.325 0.58229 0, 248 0.398 3 542 125 0.01292 1602.21 252.6 -72.1.30 -72.334 0.59854 0. 244 0.398 3479

130 0.01306 1519.59 21.1.8 -70.1.39 -70.342 0.61417 0. 241 0.399 3414

135 0.01319 11.39.27 231.3 -68.1.1.5 -68 .347 0.62922 0. 237 0.399 3348

14 0.01331. 1361.18 221.1 -66.1.1.9 -66.350 0.64375 0. 234 0.400 3261

145 0.0131.8 1285.27 211.3 -6i». 1.1.9 -64.349 0.65779 0,,231 0.401 3213

150 0.01363 1211.1.6 201.7 -62.1.1.1. -62.343 0.67139 0. 228 0.402 3143

155 0.01379 1139. 70 192.5 -60.1.31. -60.331 0.68458 0., 225 0.403 3072

160 0.01396 1069.92 183.5 -58.1.16 -58.313 0.69740 0.,223 0.404 3000

165 0.011.13 1002.01. 171..-56.391 -56.286 0.70987 0., 220 0.406 2 927

17 0.011.30 935.99 166.5 -51.. 356 -54.250 0.72203 0., 216 0.408 2652

175 0.011.1.9 671.72 158.3 -52.309 -52.202 0.73390 0, 215 0.411 2776

180 0.011.69 809.11. 150.1. -50.21.9 -50.140 0.74552 0,,213 0.414 2699

* 181.753 0.011.76 787.1.6 11.7.6 -1.9.519 -49.409 0.74956 0. 212 0.415 2671

* 181.763 1.1.1922 52.57 0.25 26.607 37.120 1.22542 0.,163 0.245 605

18 5 1.1.5036 53.97 0.25 27.168 37.911 1.22975 0,,163 0.243 611

190 1.1.9796 56.11 0.21. 26.026 39.121 1.23620 0.,162 0.241 622

195 1.51.501. 58.20 0.23 28.876 40.320 1.24243 0,, 161 0.239 631

200 1.59166 60.26 0.22 29.719 41.509 1 .24845 0., 161 0.237 641 205 1.63789 62.29 0.21 30.557 42.688 1.25427 0,, 160 0.235 650 210 1.68378 61.. 28 0.21 31.389 43.860 1.25992 0,.160 0.234 660 215 1.72936 66.25 0.20 32.216 45.025 1.26541 0,,160 0.232 669

220 1.771.67 68.20 0.20 33.01.0 46.185 1.27074 0,,159 0.231 677 225 1.81971. 70.13 0.19 33.860 47.338 1.27592 0,,159 0.230 686

23 1.861.59 72.01. 0.19 34. 676 48.487 1.28097 0..159 0.229 695 235 1.90925 73.91. 0.18 35.490 49.632 1.26590 ,158 0.229 703

21.0 1.95373 75.82 G.18 36.302 50.773 1.29070 0,,158 0.228 711

21.5 1.99805 77.69 0.17 37.111 51.910 1.29539 0,,156 0.227 719

25 2.01.223 79.55 0.17 37.917 53.044 1.29997 0,,158 0.227 727 255 2.08628 81.39 0.16 38.722 54.175 1.3 445 ,15 8 0.226 735

250 2.13021 83.23 0.16 39.526 55.304 1.30883 0,,157 0.225 743 265 2.171.02 85.06 0.16 1.0.327 56.430 1.31312 , 157 0.225 751

27 2.21771. 86.88 0.15 41.127 57.554 1. 31733 0,,157 0.225 758 275 2.26135 88.69 0.15 41.926 58.676 1.32144 0,, 157 0.224 765 280 2.301.89 90.1.9 0.15 42.724 59.796 1.32546 .157 0.224 773 285 2.31.831. 92.29 0.15 43.520 60.914 1.32944 0,,157 0.223 780

29 2.39171 91.. 09 O.li. 44.315 62.031 1.33332 0..157 0.223 788

295 2.1.3502 95.87 O.li. 45.110 63.146 1.33713 0.,157 0.223 795 300 2.1*7827 97.65 0.1<t 45.903 64.260 1.34088 0.,157 0.223 802 310 2.561.57 101.20 0.13 47.488 66.483 1.34617 0.,157 0.222 816

32 2.65067 101.. 71. 0.13 49.069 68.703 1.35522 ,156 0.222 829

33 2.73659 10 8.26 0.12 50.649 70.918 1.36203 0..156 0.221 843

340 2.82231. 111.76 0.12 52.226 73.130 1.36864 ,156 0.221 856

35 2.90791. 115.26 0.12 53.601 75.340 1.37504 ,156 0.221 869 360 2.9931.2 118.71. 0.11 55.375 77 .547 1.38126 0,,156 0.221 882 370 3.07876 122.22 0.11 56.947 79.751 1.38730 ,155 0.220 894

38 3.161.01. 125.68 0.11 58.518 81.954 1.39317 ,156 0.220 906

390 3.21.921 129.11. 0.10 60.089 84.155 1.39889 , 156 0.220 919

1.0 3.331.29 132.59 0.10 61.659 86.355 1.40446 , 156 0.220 930

1.10 3.1.1930 136.0". 0.10 63.228 86.554 1.40989 0., 15 6 0.220 942

1.2 3.501.21. 139.1.8 0.10 64.797 90.753 1.41519 0., 156 0.220 954

1.3 3.58911 11.2.92 0.09 66.366 92.950 1.42036 0..156 0.220 965

1.1.0 3.67393 11.6.35 0.09 67.935 95.147 1.42541 .156 0.220 977

1.50 3.75869 11.9.78 0.09 69.504 97.345 1.43035 ,156 0.220 988

1.6 3.81.31.1 153.20 0.09 71.074 99.542 1.43518 ,156 0.220 999

1.70 3.9280 8 156.62 0.09 72.644 101.739 1.43990 0..156 0.220 1010

1.80 i.. 01271 160.03 0.08 74.215 103.937 1.44453 ,157 0.220 1020

1.9 I*. 09730 163.1.5 0.08 75.787 106.135 1.44906 0..157 0.220 1031

500 1.. 18185 166.85 0.08 77.360 108.334 1.45350 ,157 0.220 1041

510 I.. 26638 170.27 0.08 78.934 110 .535 1.45786 ,157 0.220 1052

520 it. 35087 173.67 0.08 80.509 112.736 1.46214 0.,157 0.220 1062

53 i.. 1.3531. 177.08 0.08 62.086 114.938 1.46633 ,157 0.220 1072

5"»0 It. 51978 180.1.8 0.07 83.665 117.142 1.47045 ,158 0.220 1082

55 i». 601.19 183.88 0.07 65.245 119.348 1.47450 .158 0.221 1092

560 l«. 68858 187.27 0.07 86.827 121.555 1.47847 0,. 158 0.221 1101

570 4.77295 190.67 0.07 88.411 123.764 1.48238 .158 0.221 1111

58 4. 85730 191.. 05 0.07 89.998 125.975 1.48623 .158 0.221 1121

590 4. 91.163 197.1.6 0.07 91.586 128.189 1.49001 .159 0.221 1130 600 5.02591. 200.85 0.07 93.177 130.404 1.49374 ,159 0.222 1139

TWO-PHASE BOUNDARY
1.0 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY V(OH/DV)p VIOP/DU^ -V(OP/DV>T DEG. R LB/CU FT 8TU7LB PSIA-CU FT/BTU PSIA

(0V/DT)

f/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANDTL CONDUCTIVITY DIFFUSIVITY CONSTANT NUMBER

DEG. R BTU/FT-HR-R L8/FT-SEC SQ FT/HR

X 10= 97.888 81 .57760 213 ,66 11. .633 170739,,1.3 0,,0018617 0,.11156 <*1,,677 ,0031.1. 1.56877 5.,31.86 100 81,.25652 212 .30 1". .51.2 16671.0 ,23 0,,0018731. ,11096 1*0.,003 0,,0031.3 1.56619 5,,1618 105 80,.1.9316 209 .0". t«t

.

.321 157522,,11 0,,0019021. 0.,1091* i» 36,.325 0,,0031.2 1.56006 1., .7517

110 79,.72509 205 .72 lit .092 11.861.8,,1.5 0,,0019331 0,, 10783 1 I.,017 0,,0031.0 1.55392 It, ,3831. 115 78,.95187 202 .35 13,.856 11.0108,.9". 0,,0019657 0..10616 30,.01*2 0,,00338 1.51.771. l», ,0521. 120 78 .17299 198 .93 13 ,611. 131893 ,1.0 0,,0020001. 0,,101.1*1 27..366 0,,00336 1.51.151. 3 ,751.9 125 77,,38789 195 .1.1. 13 .366 123991,,83 0,,0020376 .10260 2 it, ,960 ii. ,00333 1.53531 3 ,1.875 130 76,.59595 191,, 88 13,,112 116391.,,37 0,,0020773 D,.10071. 22,.795 0.,00330 1.52901* 3 ,21.71 135 75,.7961.9 188 ,25 12 ,851. 109091,,35 0,.0021201 0,.09882 28.,81*9 .00327 1.52272 3 ,0313

14 71.,.98872 181. ,55 12 .590 102073,,23 0,,0021662 0.,09686 19.,097 0,,00323 1.51636 2,,8376

11.5 7 It. ,17177 180.,77 12.,323 95330,,66 0,.0022161 0.,091.86 17.,522 0,,00319 1.50991. 2,,661.1 15 73,.31.1.6'. 176,,91 12.,052 88851... M. 0,,0022703 0,,09282 16..105 ,00315 1.5031.7 2,,5089

155 72,,50623 172.,96 11 .778 82635,,51. 0,,0023291. ,09071. 1>*..830 .00311 1.1.9692 2 ,3701. 160 71,.65525 168,.91 11 .502 76665,,09 0,.002391.1 ,08863 13..683 0,,00306 1.1.9029 2,.21.71. 165 70,.79025 161.,,77 11 .222 70931.,.39 0..0021.652 ,08650 \l..650 ,00301 1.1.8357 Z ,1385

170 69.,90952 160,,51 10..91.0 651.31.,,93 0,,00251.39 0.,081.31. 1 L,.720 .00295 1.1.7675 2 ,01.27 175 69,,01111 156 ,11. 10 , ,65 6 60158,.35 0,,0026311. 0,,08215 10.,882 0.•0029C 1.1.6982 1,,9593 190 68.,09273 151,,6<« 10,,369 55096,,1.1. D,.0027293 0,,07991. 1 0.,127 0.,00281. 1.1.6275 1.,6875 181.763 67,,76361. 150,,02 10 ,26 8 53351,,21. 0.,0027667 0,,07915 9,,879 0.,00281 1.1.6023 1 .861.9 181.763 0,,701.61 36,,01. 2 , ,191 37,,0it 0.,0068067 0,.00579 0.,538 0..0331.9 1.001.19 0,.8209

185 0,,6891.8 36 .86 2,.189 37,,21 0,,006601.2 0,,00588 0.,51.7 ,03501. 1.001.10 0,.811.5 19 0,,66757 38,,12 2,,188 37,,1.6 0,.0063187 0,,00603 0,,560 0.,0371.7 1.00397 n ,6059

195 0,,61.723 39,,37 2,,186 37.,67 0,,0060632 0.,00617 0..573 .03991. 1.00365 .7986

200 0,,62827 1.0,,60 2,,185 37.,86 0,,0058326 0,,00632 0,.587 0,.01.21.5 1.00371. ,7922 205 0.,61051. 1.1,,82 2 ,181. 38.,03 0,,0056231 0,,0061.6 0..600 0,.01.501 1.00363 .7666

210 0,,59390 1.3,,02 2,.183 38,.18 0..0051.311. 0,,00661 0.,611. .01.760 1.00353 ,7817

215 0,,57825 1.1.,,22 2,,182 38.,31 0..0052551 ,00675 0..627 a .05021. 1.0031.1. 0,.7771. 220 0,,5631.9 1.5 .1.2 2 .181 38,.1.3 0,.C05C922 0,,00690 0.,61.1 .05293 1.00335 .7736 225 0,,51.953 1.6,,60 2,.181 38,,5<t 0,.00i.9i.ll 0..00701. 0.,651. 0,.05567 1.00327 ,7701 230 0,,53631 1.7,,78 2 .180 38,.61. 0..001.8003 0.,00719 0.,66 8 0,,0581.5 1.00319 .7670 235 0.,52377 1.8,,95 2,,179 38,,73 0,.001.6687 0,,00733 0.,661 0,.06128 1.00311 0,,761.2

21.0 0,,5118<( 50,,12 2 ,179 38,.81 0,.00i.5i.53 0,,0071.8 0..695 .061.15 1.00301. .7617

21.5 0.,5001.9 51,,28 ? , ,178 38..88 0, 001. 1.292 , ,00763 0,,708 0,,06708 1.00298 0,,7591. 250 0,,1.8966 52,, M. 2 , .178 38..95 0.,001.3199 o.,00777 0..722 0,,07005 1.00291 0,.7572 255 0.,1.7932 53,.59 2,.177 39..01 0.,001.2166 .00792 0.,735 .07313 1.00285 0,.751.7 260 0.,1.691.1. 51.,,71. 2,,177 39,.07 0,,001.1188 0,.00807 0.,71.8 0,.07621. 1.00279 .7521. 265 0..1.5998 55,,89 2,.176 39.,12 0,,001.0260 0,.00822 0,,761 0,.07939 1.00273 n..7505

27 0.,1.5091 57,.03 2,,176 39,,17 0,,0039378 0,.03836 (1, ,771. o..08258 1.00268 ,71.87 275 0,,1.1.221 58,.17 1 , ,176 39,.22 0,.0038538 0,,00851 .788 ,08581 1.00263 .71.72 280 0.,1.3386 59.,31 2,,175 39.,26 0,,0037738 0,.00665 0,.601 0,,08907 1.00258 .71.58 285 0,,1.2583 60., It It 2 ,175 39.,30 0,,0036971. n ,30879 0..811. 0,,09238 1.00253 .71.1.6 29 0,,1.1811 61.,58 2. 175 39,,31. 0. 003621*3 o

,

,00893 0..827 ,09572 1.0021.9 0,.71.35

295 0,.1.1067 62..71 2,,171. 39,,37 0,,003551.3 ,00907 0..839 0,.09911 1.0021.1. .71.21. 30 0,,1.0351 63,,81* 2..171, 39,,1*0 0,,0031.873 0,,00921 0..852 0,,10251. 1.0021.0 0,,71.15 310 0.,38993 66,,09 2,.173 39.,1.6 0.,0033612 0.,0091.9 0.,878 ,10951. 1.00232 .7398

32 0,,37726 68..3". 2,.173 39.,51 0,,00321.1.6 0. .00976 0.,903 0,.11671 1.00221. 0,,7383

33 0..3651.2 70 . .58 2,.172 39.,56 0,,0031361. 0,.01003 0..928 0..121.01* 1.00217 .7370

31.0 0,.351.32 72,.82 2.,172 39,,60 0.,0030356 0,,01030 0.,953 ,13155 1.00211 .7358

35 0,,31.389 75,.06 2,,171 39,,61. 0,,00291.16 0,,01057 0.,977 0,,13923 1.00201. .731.7 360 0.,331.07 77,,30 2,,170 39.,67 0,,0028535 0,,01081. 1.,001 0,.11.707 1.00199 .7336

37 0,,321.80 79,,53 2,,170 39,,70 0,,0027709 0,,01110 1,,025 ,15507 1.00193 .7330

380 0.,31605 81,,76 2,,169 39,,72 0,,0026931 ,01136 1,,01.9 n ,16322 1.00188 .7323

390 0. 30777 81.,,00 2 .168 39,.75 0,,0026198 0,,01162 1.,073 0.,17151. 1.00183 .7316

1.0 0.,29991 86,.23 2 ,167 39,,77 0,,0025506 0,,01187 1.,096 0.,18000 1.00178 .7310

1.10 0.,2921.6 88,,1.7 2 , ,166 39.,79 0.,0021.850 0,.01213 1 ,119 .16852 1.00171. .7305

1.2 0.,28537 90,,71 2,,165 39,,80 0,,0021.229 0,,01236 1..11.2 0,,19739 1.00170 .7300

1.3 0.,27862 92,.95 2,,161. 39,,82 0,,0023639 0.,01263 1,,165 0,.20630 1.00166 .7296

1.1.0 0.,27219 95,.20 2,,162 39.,63 0,, 0023079 0,,01288 1.,187 0,,21531. 1.00162 .7293

1.50 0.,26605 97,,1.5 2,,161 39,,85 0,,002251.5 0,,01312 1,,210 .221.53 1.00158 .7290

1.60 0.,26019 99,,71 2,,159 39,,86 0,,0022036 0,,01337 1.,232 ,23385 1.00155 .7267

1.70 0.,251.58 101,,97 2,,157 39,,67 0,,0021550 0,,01361 1.,253 ,21.330 1.00151 .7285

1.80 0.,21.921 10U,,2". 2 .155 39,,88 0,,0021086 0.,01385 1.,275 0,.25287 1.0011.6 .7281.

1.90 0.,21.1.06 106,.52 2,.153 39,,69 0,,002061.1 0.,011.09 1 ,296 .26257 1.0011.5 .7283

500 0.,23913 108.,80 Z , ,151 39.,90 0. 0020216 0,,011*33 1,,318 ,27239 1.0011.2 0,.7283

510 0,,231.39 Ill .10 2..11.9 39.,91 0., 0019608 0,,01i*56 1.,339 0,,28230 1.00139 .7263

520 0.,22981. 113,,1.0 2,, 11.6 39.,92 0.,00191.17 0.,011*79 1,,359 0,,29235 1.00137 .7281. 530 0..2251.6 115 ,71 2 .11.3 39,,92 0,,001901.1 0.,01503 1,,380 ,30252 1.00131. .7285

51.0 0.,22125 118..03 2 .11.0 39,,93 0,,0018679 • c,,01526 1.,1.01 .31279 1.00131 .7286

55 0.,21719 123 .36 2 ,137 39,,91. 0.,0016332 0.,0151*9 1.,1.21 0,.32317 1.00129 .7288

560 0,,21328 122 .69 2 .131. 39,.9". 0,,0017997 0..01571 1,,1*1.1 .33365 1.00127 .7290

570 0.,20951 125,,01. 2 .131 39,,95 0,,0017671. 0.,01591* 1.,1*61 0,.31.1.23 1.00125 .7293

580 0.,20588 127 .1.1 2 .127 39,,95 0.,0017363 0.,01616 1.,1.81 .351.91 1.00122 .7296

590 0.,20236 129,,78 2 .121. 39,,96 0,,0017063 0..01639 1.,501 0,.36570 1.00120 .7300

600 0,.19897 132,,16 2 .120 39 ,96 0,,0016771. 0.. 01661 1..520 .37657 1.00118 .7301.

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1.5 PSIA ISOBAR

EMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c v

cp VELOCI DERIVATIVE DERIVATIVE ENERGY OF SOU DEG. R CU FT/LB CU FT-PSIA/LB =SIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SE

» 97.895 0.01226 2093.28 317.9 -83.209 -83.107 0.50130 0..266 0.398 3806

10 0.01231 2052.1*8 312.1. -82.373 -82.27C 0.5 976 0,,261. 0.398 3782

105 0.0121.2 1957.1,2 299.7 -80.385 -80.282 0.52916 0.,260 0.398 3721. 110 0.01251. 1861*. 98 287.1. -78.398 -78.293 0.54766 0,,256 0.398 3665 115 0. 01267 1775.09 275.1. -76.410 -76.305 0.56531. 0,.252 0.398 3605

120 0.01279 1687.68 263.9 -7<t.i*22 -71.. 316 0.58227 .21.8 0.398 351*3 125 0.01292 1602.71 252.7 -72.1.33 -72.325 0.59852 . 2i*i» 0.398 31*79 130 0.01305 1520.09 21.1.8 -70. 1*1*2 -70.333 0.611.H. . 21.1 0.399 31.15 135 0.01319 11*39.78 231.3 -68.1.1*9 -68.339 0.62920 D , 237 0.399 331*9

1".0 0.01333 1361.70 221.1 -66.1.53 -66.31*1 0.61.372 0.,231. 0.1*00 3281

11.5 0.0131.8 1285.80 211.3 -6i*. 1.53 -61.. 31.0 0.65776 0,,231 0.1.01 3213

15 0.01363 1212.01 201.8 -62.i* <*8 -62.335 0.67136 D , 226 0.1.02 311*3 15 5 0.01379 111.0.26 192.5 -60.1*38 -60.323 0.681.55 ,225 0.1.03 3073

16 Q 0.01395 1070.1*8 183.6 -58.1*21 -56.305 0.69737 , 223 0.1.01. 3001

16 5 0.011.13 1002.61 171*.-56.396 -56.279 0.70981* ,220 O.1.O6 2927

17 0.011.30 936.59 166.5 -51.. 362 -51*. 2i*2 0.72199 0., 218 O.1.O8 2853

175 0.011.1.9 872.33 158. 3 -52.315 -52.195 0.73387 0,, 215 0.1.11 2777

180 0.011.68 809.76 150. i. -50.256 -50.133 0.71.51.6 0..213 0.1*11* 2700

* 181.. 382 0.011.86 756.26 11.3.7 -1.8.1.37 -1*8.313 0.7551.7 .211 0.1.17 2631

* 18".. 382 1.27163 52.61 0.28 26.860 37.1.56 1.2201.7 ,16i* 0.21.8 607 185 1.27700 52.87 0.28 26.968 37.609 1.22131 ,161. 0.21.8 608

190 1.32011 55.08 0.27 27.81.3 38.81.0 1.22787 , 163 0.21.5 619

19 5 1.36267 57.21* 0.26 28.702 1.0.057 1.231.19 0.,162 0.21*2 629 200 1.1.01.75 59.36 0.25 29.556 1.1.261 1.21*029 0..162 0.21.0 639 205 1.1.1.61.1 61.1.3 G.21* 30.1.02 1.2.1.55 1.21.619 .161 0.238 61.8 210 1.1*8771 63.1.8 0.2i* 31.21.3 1.3.61*0 1.25190 0..161 0.236 657

215 1.52869 65.1.9 0.23 32.078 i*i*. 816 1.257<*i. 0.,160 0.235 667

22 1.56939 67.1.8 0.22 32.908 1.5.966 1.26281 0., 160 0.233 676

22 5 1.60985 69.M* 0.22 33.735 1.7.11.9 1.26801. 0..159 0.232 681* 230 1.65008 71.39 0.21 3i*. 557 1.8.307 1.27313 0,. 159 0.231 693 235 1.69011 73.31 0.21 35.376 1.9.1.60 1.27809 0,. 159 0.230 701

2<.0 1.72996 75.22 0.20 36.192 50.608 1.28292 . 15 9 0.229 710

21.5 1.76965 77.12 0.2D 37.0C6 51.752 1.28761. 0., 15 8 0.228 718

250 1.80919 79.00 0.19 37.817 52.892 1.29225 0..15 8 0.228 725 255 1.81.859 80.87 0.19 38.626 5i.. 030 1.29675 0,.158 0.227 73i» 260 1.88788 82.72 0.18 39.1.32 55.161* 1.30116 0.,158 0.227 71.2 265 1.92705 81.. 57 0.18 1.0.237 56.295 1.3051.7 ,158 0.226 750

270 1.96611 86.1.1 0.17 1.1.01.1 57.1.21. 1.30969 0.,157 0.226 757 275 2.00508 88.21. 0.17 1*1.81*2 58.550 1.31382 0,,157 0.225 765

280 2.31.396 90.06 0.17 1*2.61.3 59.675 1.31787 0.,157 0.225 772 285 2.08277 91.88 0.16 1*3.1.1.2 60.797 1.32185 0,,157 0.221. 780

29 2.1211.9 93.68 0.16 1.1.. 21.0 61.917 1.32571. 0,, 157 0.221. 787

295 2.16015 95.1.9 0.16 1*5.036 63.036 1.32957 0.,157 0.221* 791* 300 2.19871. 97.28 0.16 1.5.832 61*. 151. 1.33332 0,,157 0.223 801 310 2.27571. 100.85 0.15 1.7.1*20 66.381. 1. 31.061* 0,,157 0.223 815

32 2.35253 101*. 1*1 0.11* 1.9.006 68.609 1.31.770 0,, 157 0.222 829

33 2.1.2913 107.95 0.11* 50.588 70.830 1.351.53 0.,156 0.222 81.2

31.0 2.50557 111.1.8 0.11* 52.168 73.01.7 1.36115 0,, 156 0.222 855

35 2.58186 Hi.. 99 0.13 53.71*6 75.260 1.36757 0.,156 0.221 868

36 2.65803 118.1.9 0.13 55.322 77.1.71 1.37380 0,,156 0.221 881

37 2.731.08 121.98 0.12 56.897 79.679 1.37965 0,, 156 0.221 891* 380 2.81002 125.1.6 0.12 58.1.70 81.886 1.38573 0,,156 0.221 906

390 2.88587 128.93 0.12 60.01.3 8i*. 090 1.3911*6 0..156 0.220 918

1.00 2.96161. 132.1.0 0.11 61.611, 86.293 1.39701* 0,,155 0.220 930

1.10 3.03733 135.86 0.11 63.185 88.1.95 1 .1*021.7 .156 0.220 91*2

1.2 3.11295 139.31 0.11 61*. 756 90.695 1.1.0777 0..156 0.220 95<* 1.30 3.18851 11.2.76 0.11 66.326 92 .895 1.1*1295 ,156 0.220 965

iti.0 3.261.01 11.6.20 0.10 67.896 95.095 1.1*1801 0.,156 0.220 976

1.5 3.3391.6 11.9.63 0.10 69.1.67 97.291. 1.1.2295 0,, 156 0.220 988

1.6 3.1.11*86 153.06 0.10 71.038 99.1.93 1.1*2778 0,,156 0.220 999

1.70 3.1*9022 156.1.9 0.10 72.609 101.692 1.1.3251 0.1 156 0.220 1009

1.80 3.56553 159.92 0.09 71*. 181 103.892 1.1*3711* 0,,157 0.220 1020

1.9 3.61.081 163.31* 0.09 75.751. 106.092 1.1.1.166 0., 157 0.220 1031

500 3.71605 166.76 0.09 77.328 108.293 1.1*1*613 0, 157 0.220 lOM

510 3.79126 170.17 0.09 78.902 110.1*91* 1.1.501*9 0. 157 0.220 1052

520 3.8661.3 173.58 0.09 80.1*79 112.697 1.1.51.76 0, 157 0.220 1062

53 3.91*158 176.99 0.09 82.056 111*. 901 1.1.5896 0. 157 0.220 1072

51.0 I*. 01671 180.1.0 0.08 83.635 117 .106 1.1*6308 0. 158 D.221 1082

55 i.. 09180 183.80 0.08 85.216 119.313 1.1*6713 0.,158 0.221 1092

560 1*. 16688 187.21 0.08 86.799 121.521 1.1*7111 0. 158 0.221 1101

57 1.. 21.193 190.61 0.08 88.381* 123.731 1.1.7502 0,,158 0.221 1111

530 i*. 31696 191.. 01 0.08 89.971 125.91.3 1.1.7887 0, 158 0.221 1121

59 i.. 39198 197.1.0 0.08 91.560 128.156 1.1*8265 0. 159 0.222 1130

60 I*. i*6697 200.80 0.08 93.152 130.371. 1.1.8638 0. 159 0.222 1139

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

45 PSIA ISOBAR

'ERATURE OENSITY V<DH/DV>d V(OP/OU)w -V(OP/OV>T -(OV/OH/V THERMAL VISCOSITY THERMAL DIELECTRIC PPANDTL CONDUCTIVITY 1 HFFUSIVITY CONSTANT NUMBER

I EG. R LB/CU FT BTU/LB PSIA-CU FT/BTU PSIA DEC R 8TU/FT-HR-R LB/FT-SEC

X 105 SQ FT7HR

97.895 81.57891 213,,69 lit,.633 170767,,51* 0.,0018611. 0.,11158 111.,681. 0.0031.1. 1.56878 5.3493

100 81.25896 212,,33 11* ,51.2 166782,,05 0.,0018731 0, 11097 1,0,.015 0.0031.3 1.56621 5.1630

105 80.1.9571 209,,07 1*,,321 157561.,,18 0,C019C20 0.,1091.1. 3b,,337 0.0031*2 1.56008 4.7529

110 79.72778 205,,76 11. ,092 11.8690,,77 0,,0019327 0,,10761. 33 .028 0.0031*0 1.55394 4.3845

115 78.951.69 202,, 3-) 13 ,857 11.0151.,52 0.,0019652 0,,10616 30,,052 0.00338 1.54777 4.0534

12 78.17595 198,,96 13 ,611. 131936,,25 0.,0020000 0,,101.1.2 27,,376 0.00336 1.54157 3.7558

125 77.39101 195,,1.8 13,,366 121.031.,,96 0,,0020370 , ,10261 ?.',.,969 0.00333 1.53533 3.4883

130 76.59921. 191,,92 13,,113 1161.37,,80 0.,0020766 0,,10071. 22,,801. 0.00330 1.52906 3.2479

135 75.79996 188,, 30 12,.851* 109135,,08 0.,0021195 0,, 09883 20,,857 0.00327 1.52275 3.0320

I<f0 71.. 99239 181.,,60 12 ,591 102117,,28 0,,0021656 0.,09687 19.,105 0.00323 1.51639 2.8383

1*5 71.. 17566 180,,82 12 .321* 95375,,05 0,,0022151. 0,,091.87 17.,529 0.00319 1.50997 2.6647

150 73.31.877 176,,96 12 ,053 88899,,18 0,,0022695 0,,09283 16.,112 0.00315 1.50350 2.5094

155 72.51062 173,,01 11 .779 82680,,65 0.,0023285 0,,09075 tit,,837 0.00311 1.49695 2.3709

160 71.65993 168,, 97 11 .502 76710,,6 J 0,,0023931 0,,08865 13,,689 0.00306 1.49033 2.2478

165 70.79523 161*,. 82 11 .223 70980,,33 0,,0021.61.1 0,,08651 12,,656 0.00301 1.48361 2.1389

17 69.911.86 160,,5? 10 .91.1 651.81,,33 0.,00251.26 0,,081.35 11 ,725 0.00296 1.47679 2.0431

175 69.01681. 156,,20 10 .65 7 60205,,33 0.,0026300 0., 06216 10,,887 0.00290 1.46986 1.9596

180 68.09890 151,,70 10 .370 5511.3,,85 0,,0027277 .07995 10 ,132 0.00281* 1.46260 1.8877

18".. 382 67.27593 11.7,,65 10 .117 50878,,37 0.,0028231. , ,07800 9,,531 0.00278 1.45649 1.8339

18 1.. 382 0.78639 36,,28 2 ,193 1.1,,37 0..00661.16 , 00592 0,,550 0.03032 1.00468 0.8301

185 0.78309 36.,'.3 2 ,192 Itl,,1.0 0,.0068011. 0,,00591. 0,,551 0.03059 1.00466 0.8287

19 0.75751 37,, ri 2,.191 1.1,,72 .0061.871. 0,,00608 0,,565 0.03279 1.00451 0.8183

195 0.73385 38,,98 2 ,189 1.2. 01 0,,0062090 0,,00622 0,,578 0.03502 1.00437 0.8095

20 0.71187 1.0,,23 2,,188 1.2,,26 0,,0059597 0,, 00636 0,,591 0.03728 1.00423 0.8019

205 0.69137 1.1,,<»7 2 ,187 1.2.,1.7 o.,005731.6 ,00651 0,,601. 0.03958 1.00411 0.7953

210 0.67217 1.2,,69 2 ,186 1.2.,67 0,,0055300 0,,00665 0,,618 0.01*191 1.0040O 0.7895

215 0.651.15 1.3,,91 2 .185 1.2., 8 i> 0,,00531.28 ,00680 0,,631 0.01*1.28 1.00389 0.7845

220 0.63719 <*5,, 11 2,.181. 1.3,,00 0,,0051706 0,, 00691. ,61.5 0.01.669 1.00379 0.7800

22 5 0.62118 1.6,.31 2 .18 3 1.3,.11. 0,,0050111. 0..00708 0.,65 8 0.01.915 1.00369 0.7760

23 0.60603 1.7,,50 2 ,182 1.3,.26 0,,001.8637 0.,00723 0,,671 0.05161. 1.00360 0.7724

235 0.59168 1.8 , ,68 2.,182 <*3.,38 0.,001.7261 0,,00737 0,,685 0.05417 1.00352 0.7692

2"«0 0.57805 1.9,,86 2 .181 1.3,,1.8 0.,001.5971. 0,,00752 ,698 0.05671. 1.00344 .7663

245 0.56508 51 ,03 2 .180 1.3,,58 0., CO 1*1*768 0,,00766 0,.711 0.05935 1.00336 0.7636

250 0.55273 52..20 ? , .180 i*3,,66 0,,001*3631* 0,,00781 ,725 0.06202 1.00329 0.7611

255 0.51.095 53,,36 2,.179 1.3,.76 0,,001.2561. 0,,00796 0,,738 0. 06477 1.00322 0.7582

260 0.52970 51., 52 2,,179 1.3,.82 0.,001.1551. 0,.00811 0,,751 0.06755 1.00315 0.7557

265 0.51893 55,,67 2,,178 1.3,,89 ,001.0597 ,00825 0,,761. 0.07037 1.00309 0.7535

270 0.50862 56.,82 2,,178 1.3,,95 0.,0039689 ,0061.0 0,,777 0.07321 1.00302 0.7515

275 0.1.9873 57..97 2,,178 1.1.,,01 0,,0038627 0,,00851. 0,,790 0.07609 1.00297 0.7498

280 0.1.8925 59.,11 2,,177 1.1.., 6 0..0038005 0,,00866 0,.803 0.07901 1.00291 0.7482

285 0.1.8013 60,,25 2,.177 1*1*., 1 1 0.,0037222 ,00683 ,816 0.08196 1.00285 0.7468

29 0.1.7137 61,,39 2,.177 1.1.,,16 o.,00361.71. ,00897 0.,829 .061.91. 1.00280 0.7456

295 0.1.6293 62. 6! 2,,176 1*1*.,20 0,,0035759 0,,00910 .81.2 0.06796 1.00275 0.7445

300 0. 1.51.81 63.,66 2,,176 <*< .2', 0.,0035071. ,00921. ,855 0.09102 1.00270 0.7434

310 0.1.391.2 65.,93 2,,175 i.i»,,32 0.,0033767 0,,00952 1), ,880 0.09726 1.00261 0.7415

32 0.1.2507 68.,18 2,,175 1*1*. ,38 0.,0032600 ,00979 0.,905 0.10364 1.00253 0.7398

33 0.1.1167 70. i*'* 2,,171. i*<*. 1.1. 0, 0U31500 0,,01006 o.,930 0.11018 1.00245 0.7384

3<.0 0.39911 72,,68 2.,173 if it, ,1.9 0,.00301.78 0..01033 ,955 0.11686 1.00237 0.7371

350 0.38732 71..,93 2,,173 it it, ,51. 0.,0029521* 0,.01060 0,,979 0.12370 1.00230 0.7359

360 0.37622 77,,17 9 ,172 1.1. .58 0,.0028632 0,,01086 1,,00i* 0.13068 1.00224 0.7349

37 0.36575 79,,(*1 2..171 it It, , 6 2 0,,0027796 0,.01112 1,,028 0.13780 1.00217 0.7340

380 0.35587 81,,65 2,.170 1*1: 6 6 0,,0027009 0,,01138 1 ,051 0.14506 1.00212 0.7332

39 0.31.652 83,,89 7 , ,170 1*1.,,63 0.,0026269 0,,01161. 1,,075 0.15245 1.00206 0.7325

1.00 0.33765 86.,13 2,.169 It It, .70 0.,0025570 0,,01190 1,.098 0.15999 1.00201 0.7316

410 0.32921. 88.,37 2,,168 It It, ,73 0,,0021*909 .01215 1,,121 0.16766 1.00196 0.7312

420 0.32121. 90..61 2 ,166 1.1*, ,75 0,,0021*282 0,,0121.0 1.,li*i* 0.17546 1.00191 0.7307

430 0.31363 92.,86 2.,165 It It, ,77 0,,0023688 0,,01265 1 .167 0.18338 1.00186 0.7303

44 0.30637 95.,11 2,,161. 1.1.,,79 0.,0023123 0,,01290 1,,189 0.19143 1.00182 0.7299

"(5 0.2991.5 97,,37 2 .162 1.1. .81 ,0022585 ,01311. 1,,211 0.19961 1.00178 0.7296

"»60 0.29281. 99,,63 2,.160 It It, ,82 0,,0022073 .01339 1,,233 0.2D790 1.00174 0.7293

1*70 0.28652 101,,89 2,.159 1.1. .81. ,0021581. 0,,01363 1,.255 0.21630 1.00170 0.7291

48 0.2801.6 lOV,17 2,,157 <*k.,85 0,,0021117 0..01387 1,,277 0.22482 1.0 016 7 0.7269

490 0.271.66 106,,1.5 2,,151* 1.1.,,66 0,,0020671 0,.011.11 1,,298 0.23344 1.00163 0.7288

500 0.26910 108,,73 2,,152 it it, ,87 0,,002021.3 0,,011.31. 1,,319 0.24217 1.00160 0.7287

510 0.26376 111.,03 2..150 i.i.,,88 0.,0019833 0,,011.58 1 ,31*0 0.25099 1.00157 0.7286

520 0.25861. 113.. 33 2,.11.7 it it, ,89 0.,00191.1.0 0,,011.81 1,,361 0.25993 1.00154 0.7288

530 0.25371 115,,61. 2,.11.1. it it. ,90 0,,0019062 0,,01501. 1,,382 0.26897 1.00151 0.7288

51.0 0.21.896 117,,97 2,.11.2 44,,91 0,,0018699, ,01527 1,,i»02 0.27811 1.00148 0.7290

55 0.21.1.39 120,,30 2 .139 it it, ,92 0,, 0016350 ,01550 1,.1*22 0.28734 1.00145 0.7291

560 0.23999 122.,6i« 2,.135 1.1.,.93 0.,0018011. 0,.01573 1,,1*1*2 0.29666 1.00143 0.7293

57 0.23571. 121.,,99 2 .132 1.1.,,93 0.,0017691 .01595 1 ,1*62 0.30608 1.00140 0.7296

580 0.23161. 127,,35 ? ( .129 tit,,91. 0.,0017379 0,,01618 1 ,1.82 0.31558 1.00138 0.7299

590 0.22769 129,,73 2 .125 1.1*,,95 0.,0017078 0,,0161.0 1,.502 0.32517 1.00135 0.7303

60 0.22387 132,,11 1 .121 it <t, .95 0,,0016787 0,,01662 1,.521 0.33484 1.00133 0.7307

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

50 PSIA ISOBAR

EMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c„ Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY V OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

97.903 0.01226 2093.59 317.9 -83.209 -83.095 .50130 0. 266 .398 3 806

100 0.01231 2052.93 312.1. -82.375 -82.261 0.50973 0. 261. 0.398 3783

105 0.0121.2 1957.88 299.7 -80.388 -80.273 0.52911. 0. 260 0.398 3725

110 0.01251. 1865.1.5 287.1. -78.1.00 -78.28<t 0.51*761* 0. 256 0.398 3 665 115 0.01267 1775.56 275.5 -76.1.13 -76.296 0.56531 0..252 0.398 3605

120 0.01279 1688.17 263.9 -71*. 1.25 -7l(.307 0.58221. 0. 21*8 0.396 351.3 12 5 0.01292 1603.20 252.7 -72.1.36 -72.316 0.5981.9 0, 21*1* 0.398 31*80 130 0.01305 1520.59 21.1.8 -70.1.1.5 -70 .321. 0.61ifl2 0. 2ifl 0.399 3415

135 0.01319 11.1.0 .29 231.3 -68.1.52 -68.330 0.62917 0. 237 0.399 331.9

1>*0 0.01333 1362.22 221.2 -66.1.56 -66.333 0.61.370 0. 23i* 0.1*00 3282

1<.5 0.0131.8 1286.33 211.3 -61.. 1.57 -61.. 332 0.6577if 0, 231 0.1*01 3 211* 15 0.01363 1212.55 201.8 -62.1.53 -62.326 0.67133 0,i228 0.1.02 31V.

155 0.01379 111.0.81 192.6 -60.1.1.3 -60.315 0.68if52 0.,225 0.1.03 3073

160 0.01395 1071.05 183.6 -58.1.26 -56 .297 0.6973if 0,,223 0.1.01. 3001

16 5 0.011*12 1003.19 171..-56.1.02 -56.271 0.70980 0., 220 O.i»06 2928

170 0.011.30 937.18 166.5 -51.. 367 -51.. 235 0.72196 0.,218 O.1.O8 2 85if 175 0.011.1.9 872.93 158.1. -52.322 -52.167 0.73383 0,, 215 0.1*11 2778

180 0.011.68 810.38 150.5 -50.262 -50.126 0. 71.51. i. 0., 213 0.1.11* 2700

185 0.011.89 71.9.1.6 11.2. 8 -1.8.167 -1(6.01.9 0.75683 0., 211 0.1.17 2622

* 186.792 0.011.97 727.99 11.0. -1.7.1.38 -1(7.300 0.76086 0,,210 0.1.19 2593

* 186.792 1.15233 52.59 0.31 27.082 37.751 1.21602 0., 165 0.251 609

19 1.17761. 51.. 03 0.31 27.61.9 38.553 1.22029 0,,161. 0.21*9 616

195 1.21661 56.26 0.29 28.52l( 39 .768 1.22671 0,, 163 0.21*6 626

20 1.25508 5 8.1.1. 0.28 29.369 1.1.009 1.23289 0,, 163 0.21.3 636

205 1.29311 60.57 0.27 30.21.6 1.2.218 1.23866 0,,162 0.21.1 61.6 210 1.33076 62.66 0.27 31.095 1(3.1(16 1.21.1.63 0., 161 0.239 655

215 1.3680B 61.. 72 0.26 31.938 If If. 601. 1.25023 0.,161 0.237 665

220 1.1.0511 66.75 0.25 32.775 1(5.785 1.25565 0., 160 0.235 67if 22 5 1.1.1.188 68.75 0.21. 33.608 1.6.958 1.26093 0.,160 0.231. 683

230 1. 1.781.2 70.73 0.21. 31*. 1.37 1(8.125 1.26605 0,, 160 0.233 691 235 1.511.75 72.68 0.23 35.261 1.9.286 1.27105 0,, 159 0.232 700

2<t0 1.55091 71.. 62 0.22 36.082 50.1.1.2 1.27591 0.,159 0.231 708

2<»5 1.58689 76.51. 0.22 36.900 51.593 1.28066 0.,159 0.230 717 250 1.62272 78.1.5 0.21 37.716 52.71.0 1.28530 0., 156 0.229 725 255 1.6581(2 80.31. 0.21 38.528 53.883 1.28982 0,,156 0.228 733

26 1.69399 82.22 0.20 39.339 55.023 1.291.25 0..158 0.228 7ifl 265 1.7291.1. 81.. 09 0.20 1.0.11.7 56.159 1.29858 , 15 8 0.227 71.8 270 1.761.80 85.91. 0.19 1.0.951. 57.293 1.30282 0., 158 0.226 756 275 1.80005 87.79 0.19 1(1.758 58.<(21( 1.30697 , 15 8 0.226 761* 280 1.83521 89.63 0.19 1(2.561 59.553 1.31101. 0,,157 0.226 771 285 1.87030 91.1.6 0.18 1.3.363 60.679 1.31503 0,,157 0.225 779

290 1.90530 93.28 0.18 if It, 163 61 .801* 1.31891. 0,,157 0.225 786

295 1.91.021. 95. ID 0.18 i*i».962 62.926 1.32277 0.,157 0.221* 793 300 1.97510 96.91 0.17 1(5.760 61.. 01*7 1.3265if ,157 0.221* 800 310 2.01.1.66 10 0.51 0.17 1(7.353 66.281* 1.33387 0., 157 0.223 811* 32 2.111.01 101.. 09 0.16 1(8.91(2 66.515 1.3if096 0,,15 7 0.223 828

33 2.18316 107.65 0.16 50.527 70.71.1 1.3if781 0,, 157 0.222 61*2 3i«0 2.25215 111.19 0.15 52.110 72.962 1.351*!*!* , 156 0.222 855

35 2.32100 Hi.. 72 0.15 53.691 75.180 1.36087 0.,156 0.222 868 360 2.38971 118.21. O.li. 55.270 77.395 1.36711 0., 156 0.221 881

37 2.1.5831 121.75 O.H. 56.81(7 79.607 1.37317 ,156 0.221 893

380 2.52680 125. 2". 0.13 58.1.22 81.817 1.37906 0,, 156 0.221 905

390 2.59521 128.73 0.13 59.996 81*. 025 1.381*80 0..156 0.221 918

1.0 2.66352 132.20 0.13 61.570 86.230 1.39038 0.,156 0.221 930

1.10 2.73176 135.67 0.12 63.11.2 86.1.35 1.39562 , 156 0.220 91*2

1.2 2.79993 139.11. 0.12 6 if. 715 90 .638 1.1*0113 0., 156 0.220 953

1.3 2.86801. 11.2.59 0.12 66.286 92.81.1 1.1.0632 0,,156 0.220 965

1.1.O 2.93609 H.6.01. 0.12 67.858 95.01.2 1.1.1138 ,156 0.220 976

1.50 3.001.08 11.9.1*9 0.11 69.1.30 97. 21. it 1.1.1632 0,,156 0.220 967

1.60 3.07203 152.93 U.ll 71.002 99.1*1.5 l.if2116 0,,156 0.220 998

1.70 3.13993 156.37 0.11 72.571. 101.61.6 l.if2590 0.,157 0.220 1009

1.8 3.20779 159.80 0.11 71.. 11.7 103.8if7 l.if3053 .157 0.220 1020

1.9 3.27562 163.23 0.10 75.721 106.0<t9 l.if3507 0,,157 0.220 1031

500 3.31.31.0 166.65 0.10 77.295 108.251 l.if3952 0,,157 0.220 101*1 510 3.1.1116 170.07 0.10 78.871 110.1.51. 1. <t 1*388 0.,157 0.220 1052

52 3.1.7888 173.1.9 0.10 80.1.1.8 112.658 l.i* 1*816 0,,157 0.220 1062

530 3.51.658 176.91 0.10 82.026 Hi*. 863 1.1.5236 0..157 0.221 1072

51.0 3.611.25 180.32 0.09 83.606 117.070 1.1.561*9 , 158 0.221 10 62 55 3.68189 183.73 0.C9 85.188 119.277 1.1*6051* ,156 0.221 1092

560 3.71.952 187.11. 0.09 86.771 121.1*87 1. i«6i»52 0..158 0.221 1102

570 3.81712 190.55 0.09 86.357 123.698 1.1*681*3 0.. 158 0.221 1111

580 3.881.70 193.95 0.09 89.91(5 125.912 1.1*7228 0,,158 0.221 1121

590 3.95226 197.35 0.09 91.53i( 126.127 1.1.7607 0.,159 0.222 1130 600 <*. 31980 200.75 0.08 93.127 130.31*5 1.1.7979 0,,159 0.222 111*0

TWO-PHASE BOUNDARY
50 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT

• 97.903 81.56022

10 SI,,26139

105 80.,1.9827 110 79.,7301.6 115 78.,95750

120 78..17891

125 77,,391.13 130 76,,60253 135 75,.8031.1. 140 74,.99606

145 71.,,17951. 15 73,,35289

155 72.,51500

160 71.,661.60 165 70.,80022

170 69.,92019

175 69,,02257

180 68.,10508

185 67,,16501 186.792 66.,82191 186.792 0.,86781

190 0.,81.916

195 0.,82195

200 0.,79675

20 5 0.,77333

210 0.,7511.5 215 0,,73095

220 0..71169

225 0,,69351. 230 0.,6761.0 235 0,.66017

21.0 0.,61.1.78

245 0,,63016

250 0,,61625 255 0,,60298

26 0,.59032 265 0,,57822

27 0,,56661. 275 0.,55551. 28 0,,51.1.90 285 0,,531.67 29 0,,521.85

295 0.,5151.0 300 0,,50630

310 0,,1.8908 320 0,.1.7301. 330 0.,1.5805 340 0.,1.1.1.02 35 0,.1.3085 360 0..1.181.6 37 0.,1.0678 380 0.,39576

390 0.,38533

1.00 0.,3751.1. 410 0.,36606

".2 0..35715

".3 0..31.867

1*1*0 0..31.059

1.5 0..33288

1.6 0.,32552

1.70 0.,3181.8

1.8 0..31171.

1.9 0..30529

500 0..29910

510 .29316

52 0.,2871.5

53 0,.28196

51.0 0.,27668

55 .27160

56 .26670

570 0,,26198

580 .2571,2

59 .25302

60 .21.877

DH/DV)D V (OP/DU)v; -V <DP/DV)T - (ov/oiyv THERMAL VISCOSITY THERMAL DIELECTRIC PR!1NDTL CONDUCTIVITY 1 JIFFUSIVITY CONSTANT NUMBER

iTU/LB PSIA-CU FT/BTU PSIA OEG. R BTU/FT-HR-R LB/F1

X -SEC

105 SQ FT/HR

213,,71 14,,633 170795,,65 0. 0018611 0,,11159 41,,691 0..00344 1.56879 5,,3499

212.,36 14,.542 166823,,87 3.,0016728 0,.11097 40, 028 0.,00343 1.56623 5.,1642

209.,10 14 .321 157606,,24 0.,0019016 0,,10945 36,.348 0.,00342 1.56010 4.,7540

205.,79 14,,093 148733,,03 0.,0019323 0. 10785 33.,039 0.,00340 1.55396 4,,3855

202.,1.3 13,,857 140194,,09 0,,0019648 0,.10617 30.,063 0.,00338 1.54779 4,,0544

199.,00 13,,615 131979,,09 0. 0019995 , ,10442 2 7.,386 0,,00336 1.54159 3.,7567

195,,52 13 ,366 124078,,08 0,,0020365 0.,10262 24, 978 0,,00333 1.53536 3..4891

191.,96 13.,113 116481.,21 0,,0020762 0.,10075 22.,812 0,,00330 1.52909 3.,2487

188., 5'» 12,,854 109178.,80 0,,0021189 0,,09884 20. 865 0,,00327 1.52278 3..0327

181..,64 12,,591 102161.,33 0.,0021649 0,,09688 19 ,113 0.,00323 1.51642 Z..8390

180.,87 12 , ,324 95419.,43 0.,0022147 , ,09488 17,,537 , ,00319 1.51001 2,,6653

177, 01 12,.053 88943..92 0,,0022687 0.,09284 16,,119 0,,00315 1.50353 2.,5100 173,,0b 11 , ,779 82725.,76 0.,0023276 0.,09076 14, 843 ,00311 1.49698 2,.3714

169,,02 11,,50 3 76756,,11 0,,0023921 0.,08866 1 3.,695 0.,00306 1.49036 2..2483

161..,88 11.,223 71026, 26 0.,0024630 0, 08653 12, 661 , ,00301 1.48365 2,.1393

160.,63 10 , ,942 65527,,71 0. 0025414 0,,08436 11,,731 0,,00296 1.47684 2.,0434

156.,26 10.,658 60252. 10 0, 0026286 0. 08218 10,,892 0,.00290 1.46991 1.,9599

151.,77 10 . ,371 55191. 2 5 0,,0027261 0,,07997 10,,137 0,.00284 1.46285 1,,8880

11.7, 111 10.,083 50337,,16 0.,0028359 0.,07774 9..455 0,,00277 1.45564 1,,8271

11.5,,45 9,,97 8 48645..63 a,,0028768 0,,07693 9..227 ,00275 1.45301 1 ,8079

36,,48 2..195 45.,64 0.,0068619 0.,00604 0.,561 0.,02772 1.00516 C ,8392

37,,31 2..193 45,,88 0,,0066670 0.,00613 0,,569 o.,02902 1.00505 ,8315

38.,60 2.,192 46,,25 0,,0063631 0., 00627 0,,582 0.,03106 1.00489 ,8210

39.,87 2,,190 46,,56 0.,0060932 ,00641 0,,595 0..03313 1.00474 .8121

1.1,,12 2 ,189 46,,84 0.,0058512 0.,00655 0.,609 .03522 1.00460 .8044

1.2.,36 2.,188 47.,09 0.,0056326 0., 00670 0.,622 0..03735 1.00447 .7977

1.3,,59 2.,187 47, 31 0,,0054336 0.,00664 0.,635 ,03951 1.00435 .7918

1.1.,,81 2.,186 47,,50 ,0052515 0..00696 .648 .04170 1.00423 .7866

1.6..02 2 , ,185 47,, 6 6 0,,0050839 0.,00713 0.,662 ,04392 1.00413 .7821

1.7..22 2,,185 47,,84 0.,0049269 0.,00727 ,675 ,04618 1.00402 ,7780

1.8.,41 2,,184 47.,98 0,,0047850 0., 00741 0.,688 0..04847 1.00393 .7743

1.9.,60 2,.183 48.,11 0.,0046508 0..00756 .701 ,05080 1.00384 .7710

50,,78 2,.183 48.,23 0.,0045254 0..00770 0,.715 0..05317 1.00375 ;7660

51.,96 2,,182 48 ,34 0.,0044077 0,,00784 0,,728 .05558 1.00367 .7651

53,,13 2,,182 46,,44 0..0042970 0,,00799 0..741 0..05808 1.00359 .7616

54.,29 2 .161 48,,54 0.,0041926 0.,00814 0..754 0.,06060 1.00351 .7590

55,,45 2 , ,181 48.,62 0.,0040940 0., 00829 0,,767 ,06315 1.00344 .7565

56,,61 ? , ,180 46,,70 0.,0040005 0., 00843 0.,780 ,06572 1.00337 .7543

57,,77 1

,

,180 48,,77 0..0039119 0., 00858 0.,793 .06632 1.00330 .7524

58,,92 ? .179 48,,84 0.,0038276 p,,00872 0.,806 .07096 1.00324 .7507

60..06 2.,179 48,.90 0., 0037473 0.,00886 0.,819 .07362 1.00318 .7491

61.,21 2 , ,178 48,,96 0.,0036707 0.,00900 0.,832 0..07631 1.00312 .7478

62.,35 2 .178 49,, CI 0..0035976 0..00914 ,845 .07904 1.00306 .7465

63.,49 2,.178 49,,07 0.,0035277 0..00928 0.,657 0.,08180 1.00301 .7453

65,,76 2 .17 7 49 .16 .0033965 0.. 00955 0.,883 ,08743 1.00291 .7432

66.,03 2,.176 49,,24 0,,0032756 0..00982 0,,908 ,09319 1.00281 .7414

70,.29 2 .176 49 .31 0..0031638 0..01009 ,933 .09908 1.00272 .7398

72,,54 2,.175 49.,37 0.,0030600 0..01036 0.,957 0..10511 1.00264 .7363

74,,79 2 .174 49,,43 0.,0029633 0,.01063 0.,982 .11127 1.00256 .7371

77,,04 2 .174 49,,48 0.,0028729 0..01089 1,.006 .11757 1.00249 .7359

79 .29 2 .173 49,.52 0..0027863 .01115 1..030 .12398 1.00242 .7350

81,. r,3 2 .172 49,.57 0..0027088 0..01141 1.,053 .13052 1.00235 .7341

83,,78 ? ,171 49,.60 0..0026340 0..01166 1.,077 .13719 1.00229 .7333

86.,02 2 .170 49 .64 0..0025634 0..01192 1.,100 .14398 1.00223 .7326

88.,27 2 .169 49,,67 0..0024967 0..01217 1 ,123 .15088 1.00218 .7320

90.,52 2 .168 49 ,69 0.. 0024335 0,.01242 1 ,146 D .15791 1.00212 .7315

92.,77 2,.166 49,.72 0.,0023736 0..01267 1.,168 .16505 1.00207 .7310

95,,02 2 .165 49 .74 0..0023167 0..01292 1,,191 .17230 1.00202 .7305

97,,28 2,,163 49,.75 0,.0022626 0,.01316 1 ,213 .17966 1.00198 .7302

99,,54 2 .162 49 ,78 0,.0022111 0..01341 1 ,235 .18713 1.00193 .7299

101,,l)i 2 ,160 49,,80 0..0021619 0.,01365 1..257 .1947C 1.00189 .7296

101.,,09 2 .158 49 ,62 0..0021149 0.,01389 1 ,278 .20237 1.00185 .7294

106,,37 2 ,156 49.,83 0..0020700 ,01413 1 ,300 .21014 1.00181 .7293

108.,66 2 .153 49 .65 0.,0020270 ,01436 1.,321 .21801 1.00178 .7292

110,,96 2 .151 49 .86 0.,0019858 .01459 1 .342 .22594 1.00174 .7292

113,,27 2 .148 49,,87 0.,0019463 .01483 1 .362 .23400 1.00171 .7292

115,.58 2 .146 49 .88 0..0019064 .01506 1 .383 .24214 1.00168 .7292

117 ,90 2 .143 49 ,89 .0018726 .01529 1 .40 3 .25037 1.00164 a .7293

120,,24 > .140 49 .90 0..0018369 ,01552 1 .424 .2586e 1.00161 .7295 122 .58 2 .137 49 .91 ,0018032 ,01574 1 .444 .26708 1.00159 .7297

121. ,94 2 .133 49 .92 ,0017707 ,01597 1 .464 .27555 1.00156 .7299

127 ,30 2 .130 49 ,93 0.,0017394 .01619 1 .463 .28411 1.00153 .7302

129,,68 2 .126 49,,93 0..0017092 .01642 1 ,503 .29274 1.00150 .7306

132 .06 2 .122 49 .94 .0016801 .01664 1 .523 .30145 1.00148 .7310

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

100 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c„ Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY V OF SOUND

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L8 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

» 97.974 0.01226 2096.70 317.9 -83.201 -82.971. 0.50138 0,,266 0.398 3809

100 0.01230 2057.1.6 312.6 -82.396 -82.168 0.50952 .264 0.398 3786

105 0.0121.2 1962.1.8 299.9 -80.1*10 -80 .180 0.52892 0.,260 0.398 3728

110 0.01251. 1870.12 287.6 -78.1.25 -78.193 .54741 0,,256 0.398 3669

115 0.01266 178D.32 275.7 -76.1.39 -76.205 0.56508 ,252 0.398 3608

120 0.01279 1693.00 26i». 1 -71*. 1.53 -74.217 .58201 0..248 0.398 3547

125 0.01292 1608.12 252.9 -72.1.66 -72.227 .59825 , 244 0.398 3483

130 0.01305 1525.60 21.2.1 -70.1.78 -70 .236 0.61387 0., 241 0.398 3419

135 0.01319 11.1.5.39 231.6 -68.1*87 -68.21.3 0.62891 0,, 238 0.399 3353

l<f0 0.01333 1367.1.2 221.1* -66.1*91* -66.21.7 0.64343 0., 234 0.399 3286 U5 0.0131.7 1291.63 211.6 -61.. 1.97 -61.. 247 0.65746 0..231 0.400 3218

15 0.01363 1217.96 202.1 -62.1.95 -62.21.3 0.67105 ,228 0.401 3149

155 0.01378 111.6.33 192.9 -60.1.89 -60.233 0.68423 ,226 0.402 3078

160 0.01391. 1076.69 183.9 -58.1.75 -58.217 .69703 .223 0.404 3007

165 0.011.11 1008.96 175.3 -56.454 -56.193 .70948 0., 22 0.406 2934

17 0.011.29 91.3.09 166.9 -51.. 1.21. -54 .160 0.72162 0.. 218 0.408 2860

175 0.011.1.8 8 7 8.99 158.7 -52.383 -52.115 0.73348 , 215 0.410 2784

18 0.011.67 816.59 150. 8 -50.328 -50 .057 .74507 0.,213 0.413 2708

185 0.011.87 755.81. 11.3.2 -i.B.259 -47.983 .75644 . 211 0.416 2629

190 0.01509 696.61. 135.7 -1*6.170 -1.5 .891 0.76760 ,209 0.421 2 549 195 0.01532 638.91 128.1. -1*1*. 060 -1.3.776 0.77859 0..207 0.425 2468

200 0.01556 582.59 121.3 -1.1.923 -1.1.635 .78943 .205 0.431 2384

* 204.428 0.01579 533.80 115.1 -1.0.005 -39.712 .79894 . 203 0.437 2307

* 201.. i,28 0.59696 50.93 0.61. 28.395 39.1*1.9 1.18613 0..172 0.279 619 205 0.59951 51.22 0.63 28.507 39.609 1.18692 .172 0.278 620

210 0.62139 53.93 0.60 29.1.71. 1.0.981 1.19353 .170 0.271 632 215 0.61.271. 56.53 0.58 30.1.20 1.2.322 1.19984 ,168 0.265 643

22 0.66361. 59.01. 0.56 31.31.7 1.3.636 1.20589 , 167 0.261 653 225 0.681.17 61.1.7 0.53 32.260 I.4. 929 1.21170 . 166 0.257 664

23 0.701.38 63.81. 0.52 33.160 1.6.203 1.21730 , 165 0.253 674 235 0.721.31 66.15 0.50 31*. 01.8 1.7.1.61 1.22271 0,. 164 0.250 684

21.0 0.7M.00 68.1.1 0.1*8 31*. 928 48.705 1.22794 , 163 0.247 693

21.5 0.7631.7 70.62 0.1.7 35.799 1.9.936 1.23302 0..163 0.245 702

25 0.78276 72.80 0.1*6 36.662 51.157 1.23795 0..162 0.243 711 255 0.80187 71.. 91. 0.1.1. 37.519 52.368 1.24275 0..162 0.241 720 260 0.82083 77.05 0.1*3 38.370 53.570 1.24742 0,.161 0.240 729 265 0.83966 79.11. 0.1*2 39.216 54.765 1.25197 ,161 0.238 737 270 0.85836 81.20 .1*1 1*0.058 55.952 1.25641 0,, 160 0.237 746 275 0.87695 83.23 0.1*0 1.0.895 57.134 1.26075 0.. 160 0.236 754

280 0.8951.3 85.25 0.39 1*1.728 58.309 1.26498 ,160 0.235 762

28 5 0.91383 87.25 0.38 1*2.558 59.480 1.26913 0,,159 0.234 770 290 0.93213 89.23 0.38 1.3.385 60.646 1.27318 0,.159 0.233 778 295 0.95036 91.20 0.37 1.1*. 209 61.807 1.27715 0.. 159 0.232 785

300 0.96852 93.15 0.36 1.5.030 62.965 1.28104 0.,159 0.231 793 310 1.001.63 97.01 0.35 1.6.666 65.269 1 .28860 0,,158 0.230 808 320 1.01.051 100.83 0.33 1.8.293 67.561 1.29587 0., 158 0.229 822 330 1.07619 101.. 61 0.32 1.9.913 69.841 1.30289 0., 158 0.228 836

31.0 1.11169 108.35 0.31 51.527 72.113 1 . 3 96 7 0,. 157 0.227 650

35 1.11.703 }12. 06 0.30 53.136 74.376 1.31623 0.. 157 0.226 864 360 1.18221. 115.75 0.29 51*. 71.0 76.632 1.32259 0,,157 0.225 877

37 1.21733 119.1.1 0.28 56.31.1 78.882 1.32875 0,,157 0.225 890 380 1.25231 123.05 0.27 57.938 81.127 1.33474 0,.157 0.224 903

390 1.28719 126.67 0.27 59.532 83.367 1.34056 0,.157 0.224 915

1.00 1.32198 130.27 0.26 61.123 85.603 1.34622 0,, 157 0.223 928 mo 1.35669 133.86 0.25 62.712 87.835 1.35173 0..157 0.223 940

1.20 1.39131. 137.1.3 0.25 61). 300 90.064 1.35710 0,,157 0.223 952

1.30 1.1.2591 11.0.99 0.21* 65.886 92.290 1.36234 0,,157 0.223 963

1.1.0 1.1.601.3 11.1.. Sh 0.23 67.1.71 94.515 1.36745 0,,157 0.222 975

1.5 1.49489 11.8.08 0.23 69.056 96.737 1.37245 0,, 157 0.222 986

1.6 1.52931 151.61 0.22 70.639 98.958 1.37733 0.,157 0.222 998

1*7 1.56367 155.12 0.22 72.223 101.178 1.38210 0,, 157 0.222 1009

1.8 1.59800 158.63 0.21 73.806 103.397 1.38678 0,,157 0.222 1020

1.90 1.63229 162.li. 0.21 75.389 105.615 1.39135 0.,157 0.222 1030

500 1.66651. 165.63 0.20 76.973 107.833 1.39583 0,,157 0.222 1041

510 1.70076 169.12 0.20 78.557 110.051 1.40022 0. 157 0.222 1051

52 1.731.91. 172.61 0.20 80.11.2 112.269 1.40453 0.-157 0.222 1062

530 1.76910 176.08 0.19 81.728 114.487 1.40875 0, 158 0.222 1072

51.0 1.80323 179.55 0.19 83.315 116.706 1.41290 0, 158 0.222 1082

55 1.83731. 183.02 0.18 81.. 901. 118.926 1.41698 0. 158 0.222 1092

560 1.8711.2 186.1.8 0.18 86. 1*91* 121.148 1.42098 0. 158 0.222 1102

570 1.9051.9 189.91* 0.18 88.085 123.370 1.42491 0. 158 0.222 1112

58 1.93953 193.40 U.17 89.679 125.594 1.42878 . 159 0.222 1121

590 1.97355 196.85 0.17 91.271. 127.819 1.43258 0. 159 0.223 1131

600 2.00755 200.29 0.17 92.872 130.046 1.43633 0. 159 0.223 1140

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

100 PSIA ISOBAR

TEMPERATURE DENSITY V(DH/DV)p V(DP/DU)V -V (DP/DV)T

- (DV/DTt/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANDTL CONDUCTIVITY 1 HFFUSIVITY CONSTANT NUHBER

OEG. R LB/CU FT 8TU/LB PSIA-CIJ FT/BTU PSIA OEG. R BTU/FT-HR-R LB/FT-S£C

X 105 SQ FT/HR

* 97.974 81 .59326 213 .99 m .631 171076,.65 0,,0018582 ,11161 41,,761 0.00341. 1.56889 5.3561

100 81,,28572 212 .69 m .51.1* 16721.1,.85 0,,0018694 0,.11102 40,,152 0.00344 1.56642 5.1765

105 80 .52378 209 .1.1. 11. .323 156026,.63 0,,0018980 0,.10951 36 ,465 0.00342 1.56031 4.7654

110 7g .75723 206 . 1'. u .091. 11.9155,,97 0,,0019283 ,10791 33 ,149 0.00340 1.55417 4.3961

115 78 .98563 202 ,79 13 . 85 8 11.0619,,56 0.,0019606 ,10624 30 ,166 0.00338 1.54801 4.0642

120 78 .2081.9 199 .38 13 .616 1321.07 ..if ,0019949 ,10450 27,,483 0.00336 1.54183 3.7659

125 77 .1.2527 195,.91 13 .368 121.509,,02 0,,0020315 .10269 35 ,069 0.00333 1.53561 3.4976

130 76 .63536 192 .37 13 .115 116915,,06 0,,0020708 .10084 zz.,698 0.00330 1.52935 3.2 5 65 135 75,.83809 188 .77 12 .857 109615,.68 0,,0021129 ,09893 20 ,945 0.00327 1.52305 3.0400

14 75 03270 185,.09 12 .591. 102601,,37 0,, 0021583 .09698 19,,188 0.00324 1.51671 2.8456

145 74 .21833 181 .33 12 .327 95862,,81 0,,0022074 .09498 17 .608 0.00320 1.51031 2.6714

150 73 .391.01. 177,.50 12 .057 69390,,80 0,,0022607 ,09295 16,,186 0.00316 1.50385 2.5156

155 72 .55872 173 .57 11 .781. 83176,,35 0,.0023187 0,.09088 14 ,907 0.00311 1.49733 2.3765

160 71 ,71116 169 ,55 11 .508 77210,.62 0,,0023822 0,.08878 13 ,755 0.00307 1.49072 2.2528

165 70 ,81.992 165 . 44 11 .229 711.81.,,95 ,0024519 ,08666 12 ,716 0.00302 1.48403 2.1432

170 69 ,97338 161,.22 10 .91.9 65990,,86 0,,0025289 .08450 1 1 ,765 0.00296 1.47725 2.0469

175 69 ,07965 156 ,88 10 .666 60720,,04 0,,0026144 .08233 10 ,943 0.00291 1.47035 1.9627

180 6 ft ,16651. 152 .1.2 10 .381 55661.,,38 0,,0027099 .08013 10 .185 0.00285 1.46332 1.8902

185 67,,2311. i. 11.7,,83 10 .091. 50815 ,91 0,,0026174 0,.07790 9,,501 0.00278 1.45615 1.8286

19 6 6 .27127 11.3,. (i

!

9 .801. 1.6166,,90 0,,0029391 .07566 8,,883 0.00271 1.44880 1.7778

19 5 65,.28230 138,.20 9 ,511 41709,,79 0,,0030783 0,,07339 8,,325 0.00264 1.44127 1.7373

20 6". .26000 133 .12 9 .213 37437,,22 ,0032392 ,07109 7 ,819 0.00257 1.43350 1.7075

* 204.428 63,,32227 128,,1.7 9 .91.5 33801,,63 0,,0034042 0..06903 7,,410 0.00249 1.42641 1.6901

• 204.428 1,,67511. 37 .42 ? .210 85 ,31 , 0074533 .00705 ,652 0.01508 1.00998 0.9293

205 1,,66801. 37,.57 7 .209 85,,43 0..0074001 0,.00706 ,654 0.01523 1.00994 0.9265

210 1,,60931 39 ,0b I .209 86,, 79 0..0069520 .00718 ,665 0.01646 1.00959 0.9035

215 1,,55585 1.0,,39 I .208 87,,96 0..0065707 .00731 ,677 0.01770 1.00927 0.6846

22 1,,50683 1.1 ,76 2 .207 88,,97 0..0062410 0,,00743 ,688 0.01893 1.00898 0.8688

225 1,,1.6162 1.3,. 10 2 .207 89., 35 0,,0059524 0,,00756 ,700 0.02017 1.00871 0.8554

230 1,.1.1968 4It, , 43 2 ,206 90,,63 0,,0056967 , 00769 0,,712 0.02141 1.00846 0.8438

235 1,,38062 1.5,.73 2 .205 91,,3,3 0..0054682 0..00782 ,725 0.02266 1.00822 0.8338

240 1,,31.1.08 1.7,.03 2 ,205 91 ,91, 0,,0052622 0,.00795 0,,737 0.02391 1.00801 0.8251

21.5 1,,30980 1.8 .30 2 .201. 92,,50 0,,0050752 ,00809 ,749 0.02519 1.00760 0.8173

250 1,,27751. 1.9,,57 2 ,203 93,,00 0,,00 49045 ,00824 ,761 0.02652 1.00761 0.6088

255 1,,21.708 50 ,82 2 .202 93,, 46 ,0047476 , 00838 ,774 0.02786 1.00743 0.8015

260 1,.21828 52,,07 2 .202 93,,87 0,,0046029 0,. 00353 ,786 0.02921 1.00725 0.7951

265 1..190 96 53..31 2 .201 94,,25 0,,0u44688 .00867 ,798 0.03056 1.00709 0.7896

27 1.,16501 51.,.53 2 .200 94,,59 0,,0043440 .00881 0.,810 0.03191 1.00694 0.7848

275 1,,11.032 55,,75 2 ,200 94,,91 0,, 0042275 0,, 00894 0.,823 0.03328 1.00679 0.7806

280 1.,11676 56,,97 2 .199 95,,20 0,,0041183 ,00908 0.,835 0.03465 1.00665 0.7769

285 1,,091.30 58,. 17 2 ,199 95,,1*8 0,,0040158 0,,00921 0.,847 0.03603 1.00651 0.7736

290 1.,07281 59,,38 7 .198 95,,73 0,,0039193 , ,00934 0.,660 0.03743 1.00639 0.7707

295 1,,05223 60,,57 2 .197 95.,96 0,,0038281 0,,00948 0.,872 0.03884 1.00626 0.7680

300 1.,03251 61,, 76 2,.197 9 6 ,17 0,,0037419 0,,00961 0.,884 0.04026 1.00615 .7655

310 0,,99539 6it,,13 2,,196 96,,56 0. 0035825 0.,00987 0,,908 0.04315 1.00592 0.7613

32 0, 96107 66.,1.9 2 ,191. 96.,90 0,,0034381 0,, 01013 0,,932 0.04610 1.00572 0.7576

330 0.,92921 68. S3 •> .193 97,,20 0,,0033066 0,,01039 ,956 0.04911 1.00553 0.7544

3<t0 0,,89953 71,,16 2 .192 97,,46 0,,0031862 0,, 01064 0.,980 0.05219 1.00535 0.7517

350 0.,87181 73,,1.7 2,.191 97,,70 0,,0030753 0,,01090 1,,004 0.05533 1.00519 0.7492

360 0.,81.585 75,,79 2 .19 97,,90 0.,0029728 0,,01115 1,,027 0.05853 1.00503 0.7471

370 0,,8211.7 78,,09 2 .189 99,,09 0,,0028776 0,,01140 1,,051 0.06178 1.00489 0.7453

380 ,79853 80,, 39 2 .188 98,, z

>'-, 0,,0027891 0,,01165 1,,074 0.06509 1.00475 0.7437

39 0,,77689 82.,69 ? ,187 98,.41 0,,0027063 0,,01190 1,,097 0.06847 1.00462 0.7422

40 0, 7561.1. 81.,,98 2 ,185 98,,5<* 0.,0026283 0.,01215 1,,119 0.07190 1.00450 0.7409

".10 0.,73709 87,,27 ? .184 98.,66 0.,0025560 c,,01240 1,,142 0.07539 1.00438 0.7397

1.2 0.,71873 89,,56 ?

,

.182 98.,78 0,,0024874 0.,0126'* 1

,

,154 0.07894 1.00428 0.7387

1.30 0,,70131 91,,85 2,.181 96,,83 0.,0024227 0,,01288 1.,186 0.08254 1.00417 0.737R

1.1.0 0,,681.73 9 1», ,11. 2 .179 98,,97 0,,0023616 0. 01312 1.,208 0.0862C 1.00407 0.7369

1.5 0,,66891. 96,, 44 2 .177 99,,06 0.,0023037 0.,01336 1.,230 0.08992 1.00398 0.7362

1.6 0,,65389 98..73 2 .175 99., 1 7 0, 0022487 0,,01360 1.,252 0.09368 1.00369 0.7355

1.70 0,,63952 101,,03 2,.173 99,,20 0,,0021965 0,,01364 1.,273 0.09750 1.00360 0.7350

1.8 0,,62578 103,, 34 2 .171 99,,27 0,,0021463 0.,01407 1,,294 0.10136 1.00372 0.7345

1.90 0,,61261. 105, 65 2,.169 99.,33 0.,0020994 0. 01431 1,,315 0.10528 1.00364 0.7341

500 0.,60005 107,,97 ? .166 99,,39 0.,0020542 , ,01454 1,,336 0.10923 1.00357 0.7338

510 0.,58797 110.,29 2,.163 99,,44 0.,0020110 0. 01476 1.,357 0.11322 1.00350 0.7336

52 0.,57639 112,,62 2 .161 99.,49 0, 0019697 0. 01499 1.,377 0.11728 1.00343 0.7334

530 0,,56526 111.,,96 2,.158 99.,53 0. 0019301 0. 01522 1.,397 0.12137 1.0 0336 0.7332

540 0.,551.56 117,,30 2,,155 99.,57 0, 018921 0.,01545 1,,417 0.12552 1.00330 0.7331

55 0,,51.1.26 119,,66 ? , ,151 99.,61 0. 0018557 0..01567 1,,43 7 0.12970 1.00324 0.7331

560 0,.531.35 122.,02 2,,11.8 99,,65 0.,CU18207 0. 0159C 1,,457 0.13392 1.00318 0.7331

570 0,,521.80 121.,,1.0 2 ,11.1. 99.,68 0. 0017870 0. 01612 1,,477 0.13819 1.00312 0.7332

580 0.,51559 126,,78 2 , ,11.1 99,,71 0.,0017546 0,,01634 1.,497 0.14249 1.00307 0.7334

59 0,,50670 129,,18 1 .137 99,,74 0,,0017234 0,,01656 1.,516 0.14683 1.00301 0.7336

60 0.,1.9812 131,,58 2,,133 99, 77 0,,0016934 0. 01576 1,,535 0.15121 1.00296 0.7338

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

150 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c

v

c

p VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUNO

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 98.045 0.01225 2 99.81 317.9 -83.193 -82.853 0.5011.6 0. 266 0.398 3811

10 0.01230 2061.98 312.9 -62.1.17 -82.076 0.50931 0. 265 0.397 3789

105 0.0121.1 1967.06 300.2 -80.1.33 -60.088 0.52870 0. 260 0.397 3731

110 0.01253 1871.. 79 287.9 -78.1.1.9 -78.101 0.51.719 0. 25b 0.397 3 672 115 0.01266 1785.07 275.9 -76.1.66 -76.111* 0.561.85 0. 252 0.397 3612

120 0.01278 1697.83 261.. i. -71.. 1.82 -71*. 126 0.58177 0. 248 .398 3550

125 0.01291 1613.03 253.2 -72.1.96 -72.138 0.59801 0. 244 0.398 3487

13 0.01301. 1530.60 21.2.1. -70.510 -70.11.8 0.61362 0. 241 0.398 3423 135 0.01318 11.50.1.8 231.9 -68.522 -68.156 0.62865 0, 238 0.399 3357

140 0.01332 1372.61 221.7 -66.531 -66.161 0.61.316 0. 234 0.399 3291

145 0.0131.7 1296.92 211.9 -61.. 536 -61.. 162 0.65719 0. 231 0.400 3223

15 0.01362 1223.35 202.1. -62.538 -62.160 0.67076 0. 229 0.401 3154

155 0.01377 1151.81. 193.2 -60.531. -60.152 0.68393 0. 226 0.402 3083

160 0.01391. 1082.31 181..

-58.521. -56.137 0.69672 0. 223 0.404 3012 165 0.011.10 1011.. 71 175.6 -56.507 -56.115 0.70916 0. 220 0.405 2 939

170 0.011.28 91.8.97 167.2 -51.. 1.61 -51.. 084 0.72129 0. 218 0.407 2 866 175 0.011.1.6 885.01 159.1 -52.1. !.<. -52.01.2 0.73313 0. 216 0.410 2791

180 0.011.66 822.78 151.2 -50.391. -1.9.987 0.71.1.71 0, 213 0.412 2715

165 0.011.86 762.19 11,3.6 -1.8.330 -1.7.917 0.75605 0. 211 0.416 2637

19 0.01507 703.17 136.1 -1.6.21.7 -1.5.829 0.76719 0. 209 0.420 2558

195 0.01530 61.5.61. 128.9 -i.it. 11.1. -1.3.719 0.77815 0, 207 0.424 2476

200 0.01551. 589.51. 121.8 -1.2.016 -1.1.581. 0.78897 0,.205 0.430 2393

205 0.01580 531.. 77 Hi..

-39.857 -39.1.18 0.79967 0,,203 0.437 2308

210 0.01606 1.81.21* 108.0 -37.661 -37.215 0.81029 0, 201 0.445 2220

215 0.01638 1.28.87 101.2 -35.1.21 -3i». 966 0.82087 0. 200 0.455 2128

» 216.384 0.0161.7 1.11.. 57 99.3 -31.. 792 -31.. 335 0.82380 0.,199 0.458 2102

* 216. 384 0.1.0132 1.8.12 0.96 28.911. 1.0.061 1.16761 0.,178 0.308 621

220 0.1.1306 50.39 0.95 29.661. 1.1.156 1.17265 0.,176 0.299 630

22 5 0.1.2879 53.1.3 0.90 30.718 1.2.626 1.17926 , 174 0.289 643

230 0.1.1.1.0 3 56.33 0.86 31.721 1.1.. 055 1.18551. 0.,172 0.281 654

235 0.1.5887 59.09 0.82 32.700 1.5.1.1.5 1.19152 0,,170 0.275 666

240 0.1.7337 61.75 .79 33.657 1.6.806 1.19725 0. 169 0.269 676

245 0.1.8758 61.. 31. 0.76 31*. 596 1.8. 141 1.20275 0.,167 0.265 687

25 0.50155 66.81. 0.71. 35.523 1.9.1.51. 1.20806 0,, 166 0.261 697 255 0.51531 69.28 0.71 36.1.36 50.71.9 1.21319 0,,165 0.257 707 260 0.52888 71.67 0.69 37.337 52.027 1.21815 0., 164 0.254 715 265 0.51.228 71.. 00 0.67 38.229 53.291 1.22296 0.,164 0.251 726

27 0.55553 76.29 0.65 39.112 51.. 51.2 1.22761. 0.,163 0.249 735 275 0.56865 78.51. 0.63 39.967 55.762 1.23219 0.,163 0.247 743 280 0.58165 80.76 0.62 1.0.856 57.012 1.23662 0,,162 0.245 752 285 0.591.55 82.91. 0.60 1.1.718 58.232 1.21.091. 0,,162 0.243 761

29 0.60731. 85.09 0.59 1.2.575 59.1.1.5 1.21.516 0.,161 0.242 769

295 0.62005 87.22 0.57 1.3.1.27 60.650 1.21.928 0.,161 0.240 777 300 0.63268 89.33 0.56 1.1.. 275 61.81.8 1.25331 ,160 0.239 785 310 0.65771 93.1.7 0.51. 1.5.958 61.. 226 1.26111 0.,160 0.237 801 320 0.682<»9 97.51. 0.52 1.7.627 66.561. 1.26859 0,.159 0.235 816 330 0.70705 101.51. 0.50 1.9.281. 68.923 1.27579 0,, 15 9 0.233 831

34 0.7311.3 105.1.9 0.1.8 50.931 71.21*8 1.28273 .159 0.232 845 350 0.75563 109.1.0 0.1.6 52.570 73.559 1.2891.3 0..158 0.231 859 360 0.77970 113.25 0.1.5 51.. 202 75.858 1.29591 . 158 0.229 873

37 0.80363 117.08 0.1.3 55.627 78.11.8 1.30218 .158 0.229 887

38 0.8271.5 120.86 0.1.2 57.1.1.6 80.1.29 1.30827 0., 158 0.228 900

390 0.85117 121.. 62 0.1.1 59.061 82.703 1.31417 0,.157 0.227 913

t*00 0.871.80 126.35 0.1.0 60.671 61.. 970 1.31991 ,157 0.226 925

1.10 0.89835 132.06 0.38 62.278 87.230 1.3251.9 .157 0.226 938

".2 0.92182 135.71. 0.37 ' 63.882 69.1.86 1.33093 , 157 0.225 950 WO 0.91.523 139.1.1 0.36 65.1.63 91.737 1.33623 .157 0.225 962

440 0.96857 11.3.05 0.36 67.082 93.985 1.34139 0..157 0.225 974

1.5 0.99186 H.6.69 0.35 68.679 96.229 1.3461.3 .157 0.224 985

1.60 1.01510 150.30 0.31. 70.275 98.470 1.35136 .157 0.224 997

1.7 1.03829 153.90 0.33 71.869 100 .709 1.35617 .157 0.224 1008

1.80 1.0611.1. 157.1.9 0.32 73.1.63 102.91.5 1.36088 0,, 157 .224 1019

1.90 1.081.55 161.07 0.32 75.056 105.181 1.3651.9 0..157 0.223 1030

50 1.10762 16U. 61, 0.31 76.61.9 107 .1.11. 1.37001 ,157 0.223 1041

510 1.13066 168.19 0.30 78.21*2 109.61.7 1.371.1.3 0,.157 0.223 1051

52 1.15367 171.71. 0.30 79.835 111.880 1.37876 .158 0.223 1062

530 1.17665 175.28 0.29 81.1.29 111.. 112 1.38301 . 158 0.223 1072

51.0 1.19961 178.81 0.29 83.023 116.31.1. 1.38719 .158 0.223 1082

55 1.22253 182.33 0.28 81.. 619 118.576 1.39128 0..158 0.223 1093

56 1.21.5'. 1. 185.85 0.27 86.215 120.809 1.39530 ,158 0.223 1102

570 1.26832 189.36 0.27 87.813 123.042 1.39926 .158 0.223 1112

580 1.29116 192.86 0.26 89.1.13 125.276 1.1.0311. .159 0.223 1122

59 1.311.02 196.36 0.26 91.011. 127.512 1.40696 ,159 0.224 1132

600 1.33685 199.85 0.26 92.617 129.749 1.41072 0.,159 0.224 1141

THO-PHASE BOUNDARY
150 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE OENSITY

OEG. R LB/CU FT

* 98.01.5 81.60630

100 81 .30999

105 80 .51.922 110 79 78393

115 79 .01367

120 78 23798

125 77 1.5631 130 76 66808

135 75 .87262

11(0 75 .06919

1*5 71. 25696

15 73 1.3500 155 72 60221. 160 71 .757*7

165 70 89933

17 70 02623

175 69 13631. 180 68 22751. 185 67 29732

190 66 31.271

195 65 36015

200 61. 31.532

20 5 63 29285

210 62 19601

215 61 01.611. 216.38". 60 71712

216. 38* 2 1.9178 220 2 1.2095 225 2 33215

23 2 25211

235 2 17928

21.0 2 11252

21.5 2 05093

250 1 99380

255 1 9*059

26 1 89081

265 1 8**08

270 1 80009

275 1 75855

28 1 7192*

285 1 68196

290 1 6*652

295 1 61277

300 1 58059

310 1 520*2

32 1 *6522

33 1 *1*32

3*0 1 36719

350 1 32339

360 1 28255

370 1 2**35

380 1 20853

390 1 17*85

1.0 1 1*312

1.10 1 11315

1.2 1 08*81

1.3 1 05795

1.1.0 1 032*5

1.5 1 00821

1.6 98513

1.70 96312

1.80 9*212

*90 9220*

500 90283

510 88***

52 86680

53 8*987

51.0 83361

55 a 81797

560 80293

57 788**

580 77**8

590 76102

60 7*803

V(DH/DV)p V(DP/OU>„ -V(DP/DV>T -(DV/DTIp/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANDTL CONDUCTIVITY 3IFFUSIVITY CONSTANT NUMBER BTU/LB PSIA-S J FT/8TU PSIA DEC R BTU/FT-HR-R LB/FT-SEC

X 10=

SO. FT/HR

21* 27 1* .629 171357 50 001855* 1116* *1 831 003** 1.56900 5.362*

213 111 1* .5*5 167659 *5 0018660 11108 *n 277 003** 1.56662 5.1888

209 78 1* .32* 158**6 61 00189** 10956 36 582 003*2 1.56051 *.7769

206 50 1* .095 1*9576 *2 a 00192** 10797 33 259 003*1 1.55*39 *.*068

203 lb 13 .860 1*10** .56 0019563 10630 3 26 9 00339 1.5*82* *.07*1

199 76 13 .618 13283* 89 0019903 10*57 2? 579 00336 1.5*206 3.7750

196 51 13 .370 12*939 *2 0020266 10277 25 160 0033* 1.53585 3.5061

192 79 13 117 1173*8 31 0020653 10092 22 98* 00331 1.52961 3.26**

189 20 12 .859 110051 92 0021070 09902 21 026 00327 1.52332 3.0*73

185 5* 12 .597 1030*0 73 0021518 09707 19 26* D 0032* 1.51699 2.8523

181 80 12 330 96305 ** 0022003 09508 17 680 00320 1.51061 2.6776

177 98 12 061 89836 87 0022528 09306 16 25* 00316 1.50*17 2.5212

17* 08 11 788 83626 0* 0023100 09100 1* 970 00312 l.*9767 2.3816

170 09 11 513 7766* 15 0023725 08891 13 815 00307 l.*9108 2.2573

166 00 11 235 719*2 56 002**10 08679 12 775 c 00302 l.*8**2 2.1*73

161 80 10 955 66*52 82 0025167 08*6* 11 839 00297 l.*7766 2.0503

157 50 10 67* 61186 67 0026006 082*7 10 995 00291 l.*7078 1.9656

153 07 10 390 56136 03 00269*1 08028 10 23* 00285 l.*6379 1.8925

1*8 51 10 10 5 51293 01 0027992 07807 9 5*8 00279 l.*5665 1.8302

1*3 82 9 .817 *66*9 9* 0029180 07583 8 928 00272 l.**935 1.7786

138 97 3 526 *2199 36 0030535 07357 8 367 00265 l.**186 1.7373

133 9* 9 231 3793* 01 0032098 07129 7 860 00258 l.*3*15 1.706*

128 73 8 931 338*6 91 0C33918 06898 7 399 .00250 l.*2618 1.6862

123 30 8 .62* 29931 38 0036070 06663 6 980 002*1 l.*1791 1.6773

117 63 8 307 26181 08 0038657 06*25 6 59 7 00231 l.*0928 1.6808

116 01 8 .218 25171 65 0039*68 06358 6 *97 00229 l.*0681 1.68*3

37 *9 2 220 119 89 0082057 00787 727 01027 1.01*88 1.0230

38 60 2 220 121 99 0077*97 00795 73* 01097 1.01**5 0.99*9

*0 11 2 221 12* 61 00721** 00805 7** 01193 1.01392 0.9627

*1 5') 2 222 126 85 0067686 00816 75* 01287 1.013** 0.9365

*3 02 2 .222 128 78 0063901 00827 76* 01380 1.01300 0.91*8

** *3 2 222 130 *7 o 0060635 008*0 775 01*75 1.01260 0.895*

*5 82 2 222 131 96 0057780 0085* 786 01572 1.01223 0.8775

*7 18 2 222 133 27 0055256 00868 797 01669 1.01189 0.8622

*8 53 2 222 13* *5 005300* 00881 808 01766 1.01157 0.8*92

*9 86 ? 221 135 51 0050978 00895 820 01862 1.01127 0.8380

51 17 2 221 136 *6 00*91*1 00908 831 01958 1.01099 0.823*

52 *7 2 220 137 3 3 00*7*67 00921 8*2 0205* 1.01073 0.8201

53 76 Z 219 138 12 00*5931 0093* 85* 02150 1.010*8 0.8130

55 0* Z 219 138 H* 00**516 009*6 II 865 022*6 1.01025 0.8067

56 31 z 218 139 50 00*3206 00958 877 023*2 1.01003 0.8012

57 56 2 217 1*0 11 00*1989 971 888 02*39 1.00981 0.796*

58 82 2 216 1*0 67 00*0855 00983 900 02537 1.00961 0.7919

60 06 2 216 1*1 19 0039793 00995 912 02635 1.009*2 0.7880

62 53 2 21* 1*2 11 0037860 01020 935 02833 1.00906 0.7810

6* 97 2 213 1*2 92 00361*1 010** 958 03036 1.00873 0.7752

67 39 2 .211 1*3 b2 003*598 01069 981 .032*1 1.008*3 0.7702

69 79 2 210 1** 23 003320* 01093 1 00* 03*51 1.0081* 0.7659

72 18 2 20 8 1** 77 0031936 01118 1 027 0366* 1.00768 0.7622

7* 5 '5 2 20 7 1*5 25 0030776 011*2 1 0*9 .03881 1.0076* 0.7589

76 92 2 205 1*5 68 0029710 01166 1 072 0*101 1.007*1 0.7561

79 27 2 20* 1*6 07 0028725 01190 1 09* 0*325 1.00720 0.7537

81 62 2 202 1*6 *1 0027812 0121* 1. 117 0*553 1.00700 0.7515

83 96 2 201 1*6 72 0026962 01238 1 139 0*785 1.00681 0.7*95

86 2

'< 2 199 1*7 00 0026169 01262 1 161 05020 1.00663 0.7*78

88 62 Z 197 1*7 25 0025*26 01286 1 183 05260 1.006*6 0.7*62

90 •^ 2 195 1*7 *9 002*729 0. 01309 1 20* 05502 1.00630 0.7**8

93 28 2 .193 1*7 70 002*073 01333 1 226 057*9 1.00615 0.7*35

95 61 2 191 1*7 89 0023*5* 01356 1 2*7 05999 1.00600 0.7*2*

97 9* 2 189 1*8 07 0022869 01379 1 268 06252 1.00586 0.7*1*

100 27 2 187 1*8 23 0022316 01*03 1 289 06508 1.00573 0.7*05

102 61 2 18* 1*8 38 0021790 01*26 1 310 06768 1.00561 0.7397

10* 9* 2 182 1*8 51 0. 0021291 01**8 1 331 07031 1.005*9 0.7390

107 29 Z 179 1*8 6* 0020816 01*71 1 351 07297 1.00537 0.738*

109 6* 2 176 1*8 76 0020363 01*93 1 372 07553 1.00526 0.7381

111 99 2 173 1*8 86 0019931 01516 1 392 07836 1.00516 0.7377

11* 35 Z 170 1*8 96 0019518 01539 1 *12 08111 1.00506 0.7373

116 72 2 167 1*9 06 0019123 01561 1 *32 .08389 1.00*96 0.7370

119 10 2 163 1*9 1* 00187*5 01583 1 *51 08670 1.00*87 0.7367

121 *8 2 160 1*9 22 0018362 01605 1 *71 08953 1.00*78 0.7366

123 87 2 .156 1*9 30 0018033 01627 1 *90 09239 1.00*69 0.7365

126 28 ? 152 1*9 37 0017699 016*9 1 510 09528 1.00*61 0.7365

128 69 2 1*8 1*9 ** 0017377 01671 1 529 09818 1.00*53 0.7366

131 11 ? 1** 1*9 50 0017067 01693 1 5*8 10112 1.00**5 0.7367

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

200 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY

°v C

P VELOCITY

DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 98.116 0.01225 2102.91 318.0 -83.185 -82.732 0.50151* 0, 266 0.397 3813

100 0.01229 2066.1.9 313. 1 -82.1.38 -81.983 0.50910 0. 265 0.397 3792

105 0.0121.1 1971.67 300.1. -80.1.56 -79.996 0.5281.8 0.,260 0.397 3734

110 0.01253 1879.1.6 288.1 -78.1.71. -78.010 0.51.696 0. 256 0.397 3676

115 0.01265 1789.80 276.2 -76.1.92 -76.023 0.561.62 0. 252 0.397 3615

120 0.01278 1702.65 261..

-71.. 510 -7it. 036 0.58151. 0,.21.8 0.397 3554

125 0.01291 1617.93 253.1. -72.527 -72.01.9 0.59777 0. 21.5 0.398 3491

130 0.01301. 1535.59 21.2.6 -70.51.2 -70.059 .61337 0.,21.1 0.398 3427 135 0.01317 11.55.56 232.1 -68.556 -68.068 0.6281.0 0. 238 0.398 3361

lltO 0.01331 1377.79 222.0 -66.568 -66.071. 0.61.290 0. 235 0.399 3295

145 0.0131.6 1302.20 212.2 -61.. 576 -61.. 077 0.65691 0,.232 0.1.00 3227

150 0.01361 1228.73 202.7 -62.580 -62.076 0.6701.8 0,,229 0.1.01 3158

155 0.01377 1157.33 193.5 -60.579 -60.070 0.68361. 0..225 0.1.02 3088

16 0.01393 1087.92 181..

-58.573 -58.057 0.6961.2 0,.223 0.1.03 3017

165 0.011.09 1020.1.5 176.0 -56.559 -56.037 0.70885 0,.221 0.405 2 945 170 0.011.27 951.. 83 167.6 -51.. 537 -51.. 008 0.72096 0..218 0.1.07 2872

175 0.011.1.5 891.02 159.5 -52.501. -51.969 0.73278 0..216 0.1.09 2797

180 0.011.61. 828.93 151.6 -50.1.59 -1.9.917 0.71.1.31. 0,,211. 0.1.12 2721

185 0.011.85 768.50 11.1.. -1.8.1.OO -1.7.850 0.75567 0., 211 0.1.15 2644

190 0.01506 709.66 136.6 -1.6.321. -1.5.766 0.76679 0..209 0.1.19 2566

195 0.01528 652.33 129.3 -1.1.. 227 -1.3.661 0.77772 0,, 207 0.1*23 2485

20 0.01552 5 96.1.1. 122.2 -1*2.107 -1.1.532 0.78851 0,,205 0.1*29 2403

20 5 0.01578 51.1.90 115.3 -39.957 -39.373 0.79917 0,,203 0.1.35 2318

210 0.01605 1.88.65 108.5 -37.773 -37.178 0.80975 0,, 201 0.1.1.3 2231 215 0.01635 1.36.57 101.8 -35.51.6 -31.. 91.0 0. 82029 0.,200 0.1.52 2141

220 0.01668 385.61 95.2 -33.266 -32.61.8 0.83082 0,. 198 0.1.61. 2046

225 0.01701. 335.65 88.5 -30.921 -30.290 0.81.H.2 0,.197 0.1.79 1946

* 225.720 0.01709 328.51. 87.6 -30.577 -29.944 0.81.295 0..196 0.1.81 1932

* 225.720 0.29991 1.1.. 85 l.i. 29.057 1.0. 161. 1.15358 0,.183 0.339 620 230 0.31135 1.7.92 1.3 30.052 1.1.583 1.15983 0.. 180 0.321. 632

23 5 0.321.13 51.31. 1.2 31.161. 1.3.168 1. 16665 0,,177 0.311 645

21.0 0.3361.1 51.. 55 1.2 32.231. 1.1.. 693 1.17307 0..175 0.300 658 245 0.31.828 57.60 1.1 33.269 1.6.168 1.17915 0,,173 0.291 670 250 0.35982 60.52 1.1 31.. 277 1.7.602 1.181.95 0.,171 0.283 681 255 0.37107 63.32 1.0 35.261 1.9.003 1.19050 0,, 170 0.277 692

26 0.38209 66.03 0.99 36.226 50.376 1.19583 0,, 168 0.272 703 265 0.39289 68.65 0.95 37.171. 51.721. 1.20096 0,, 167 0.267 713

270 0.1.0352 71.21 0.92 38.107 53.051 1.20593 0,,166 0.263 723 275 0.1.1399 73.70 0.89 39.028 51.. 360 1.21073 0.,165 0.260 733 280 0. 1.21.32 76.13 0.87 39.938 55.652 1.21539 0..165 0.257 742 285 0.1.31.52 78.52 0.81. 1.0.838 56.931 1.21991 0,, 161. 0.251. 751 290 0.1.1.1.61 80.87 0.82 1.1.730 58.196 1.221.31 0.,163 0.252 760

295 0.1.51.60 83.17 0.80 1.2.611. 59.1.50 1.22860 0.,163 0.250 769

30 0.1.61.50 85.1.1. 0.78 1.3.1.91 60.693 1.23278 0.,162 0.21.8 777 310 0.1.81.06 89.89 0.71. 1.5.226 63.153 1.21.081. 0., 161 0.21. it 794 320 0.50331. 91.. 22 0.71 1*6.91.1 65.582 1.21.856 0., 161 0.21.2 810 330 0.52238 98.1.7 0.68 1.8.639 67.985 1.25595 ,160 0.239 825

31.0 0.51.121 102.63 0.66 50.322 70 .366 1.26306 0,, 16 0.237 841

35 0.55988 106.73 0.63 51.993 72.728 1.26990 0.. 159 0.235 855 360 0.57838 110.77 0.61 53.653 75.071. 1.27651 0,. 159 0.231. 869

37 0.59676 Hi.. 75 0.59 55.301. 77.1.05 1.28290 .158 0.232 883 380 0.61501 118.69 0.57 56.91.8 79.721. 1.28909 0., 158 0.231 897

390 0.63316 122.59 0.55 58.581. 82.033 1.29508 0,, 158 0.230 910

40 0.65121 126.1.5 0.51. 60.211. 81.. 331 1.30090 0., 158 0.229 923

<*10 0.66918 130.28 0.52 61.839 86.622 1.30656 0.,158 0.229 935

".2 0.6870B 131.. 07 0.51 63.1.59 88.905 1.31206 ,158 0.228 948

1.3 0.701.90 137.81. 0.1.9 65.076 91.182 1.3171.2 0,.157 0.227 960

1.1.0 0.72266 11.1.59 0.1.8 66.689 93.1.53 1.32261. 0..157 0.227 972

1.5 0.71.037 11.5.31 0.1.7 68.300 95.719 1.32773 0,.157 0.226 984

1.6 0.75802 11.9.02 O.1.6 69.908 97.981 1.33270 0.,157 0.226 996

1.7 0.77563 152.70 0.1.5 71.511. 100 .239 1.33756 0.,157 0.226 1007

1.80 0.79319 156.37 0.1.1. 73.118 102.1.91. 1.31.230 0.,157 0.225 1019

1.90 0.81071 160.02 0.1.3 71.. 722 101.. 71.6 1.3U695 0.,157 0.225 1030

50 0.82820 163.66 0.1.2 76.321. 106.996 1.3511.9 0,,157 0.225 1041

510 0.81.565 167.28 0.1.1 77.926 109.21.1. l."5595 0., 15 8 0.225 1051

520 0. 86307 170.90 0.1.0 79.527 111.1.91 1.36031 0.,158 0.225 1062

530 0.380<.6 171.. 50 0.39 81.129 113.736 1.361.59 0,,158 0.225 1072

51.0 0.89782 178.09 0.38 82.731 115.981 1.36878 0,, 15 8 0.221* 1083

550 0.91516 181.67 0.38 81.. 333 118.226 1.37290 0,,158 0.221. 1093

560 0.9321.8 185.21. 0.37 85.936 120.1.70 1.37691. 0,. 158 0.221. 1103

570 0.91.977 188.80 0.36 87.51.0 122.715 1.38092 0,.158 0.224 1113

580 0.96701. 192.35 0.36 89.H.6 121.. 960 1.381.82 0,,159 0.225 1123

590 0.981.29 195.90 0.35 90.752 127.205 1.38866 0.,159 0.225 1133

60 1.00153 199.1.1. 0.31. 92.361 129.1.52 1.3921.1. 0.,159 0.225 1142

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

200 PSIA ISOBAR

EMPERATURE DENSITY V(OH/OV>D V(OP/DU)w -V(OP/OV)T

- (OV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANDTL CONDUCTIVITY 1 OIFFUSIVITY CONSTANT NUMBER

OEG. R LB/CU FT BTU/LB PSIA-CU FT/BTU PSIA DEC. R BTU/FT-HR-R LB/FT-SEC

X 105

SO. FT/HR

• 98.116 81..61932 211..,5<t 14,.628 171638,,21 0,,0018525 0,,11167 91.,902 0,,00344 1.56910 5.3686

10 81.,331.22 213. 3-, 14,,546 168076,,68 0,,0018627 0,.11113 90. 40 2 0.,00344 1.56681 5.2012

105 8 .571.61 210,,12 14 .325 158866,,20 0,,0018908 .10962 36,.700 0..00342 1.56071 4.7884

110 79.,81057 206.,85 14,,097 150000,,44 0.,0019205 0,,10803 33. 369 0..00341 1.55460 4.4174

115 79 ,01.165 203,,52 13 ,862 141469,,10 0.,0019522 .10637 30,,372 0,,00339 1.54646 4.0840

120 78,,26739 200.,11. 13,,620 133262,,04 0.,0019856 .10464 27,,676 .00336 1.54229 3.7842

125 77 ,1.8726 196.. 70 13 ,372 125369,,27 0.,0020216 ,10285 25,.251 0,,00334 1.53610 3.5146

13 76 ,70069 193.,20 13 .119 117780,,99 0,,0020600 .10101 23..069 ,00331 1.52987 3.2723

135 75,,90703 189.,62 12 .861 110487..53 0.,0021011 .09911 21..106 0,,00328 1.52360 3.0546

11.0 75 .10555 185,,98 12,.599 103479.,41 0,,0021454 .09717 19,,340 .00324 1.51728 2.6591

li*5 71..,2951.1. 182.,27 12.,334 96747,,32 0.,0021932 .09518 17,,751 0,,00320 1.51091 2.6638

150 73 .1.7578 178 ,1.7 12 ,064 90282 ,13 0,.0022450 ,09316 16.,321 ,00316 1.50449 2.5268

155 72.,61.551. 171,,,59 11,,792 84074,,65 0,,0023013 0,.09111 15,,034 ,00312 1.49800 2.3867

160 71 .80355 170 .62 11 ,518 78116,,71 0,,0023628 .08903 13 ,875 ,00306 1.49144 2.2619

165 70 ,91.81.7 166,,55 11,,241 72399,,10 0,.0024303 .08692 12,,632 0..00303 1.48480 2.1513

170 70 ,07876 162,,38 10 ,962 66913,,61 0,, D025046 0,.08478 11,,893 ,00297 1.47806 2.0538

175 69 .19265 158,.11 10,,682 61651,,99 0.,0025869 .08262 11.,046 ,00292 1.47122 1.9686

180 68 ,28808 153,, 71 10 .400 56606,,23 0,,0026786 ,08044 10 ,283 ,00286 1.46425 1.8948

185 67,,36265 11.9,. 19 10 ,116 51768,.1, 8 0..0027813 .07823 9,,594 .00280 1.45715 1.6319

190 66,,1.131.9 11.1.,.51. 9 ,829 47131,,15 0.,0028973 0,.07601 8,,972 0,.00273 1.44989 1.7795

195 55,.1.3720 139..73 9 ,541 42686,.85 0..0030294 .07376 8.,410 ,00266 1.44245 1.7374

200 61..,1.2963 131.,,76 9 ,249 38428.,43 0,,0031811 .07149 7,,901 0.,00259 1.43479 1.7055

205 63 .38573 129.,60 8 .95 2 34349 .04 ,0033575 .06919 7,,439 0..00251 1.42689 1.6841

210 62,.29912 121...29 8,,649 30442..15 0.,0035650 .06687 7,,019 ,00242 1.41869 1.6737

215 51,.16169 118 ,6i* 8 ,337 2 6701 .66 0,.0038132 .06450 6,,635 D.,00233 1.41015 1.6753

220 59,.96281 112.,78 3 ,013 23122,.02 0,.0041159 .06210 6.,263 ,00223 1.40117 1.6908

225 58 .68811 106.,60 7 ,672 19698,, 52 .0044939 .05963 5 ,95 8 ,00212 1.39168 1.7230

* 225.720 58.,1.9728 105.,68 7,,621 19218,.IfT 0.,0045563 .05927 5,,913 ,00210 1.39026 1.7293

* 225.720 3 .331.30 37,,21 2 .229 149,,53 0.,0091150 .00869 0.,796 .00769 1.01994 1.1174

230 3.,21178 38.,62 Z .231 153,,92 0.,0083969 ,00876 0.,802 0..00841 1.01920 1.0668

235 3.,08515 1.0,,23 2,,234 158,,39 0,,0077188 ,00885 0.,809 ,00924 1.01844 1.0226

21.0 2,,97256 If 1

.

,78 2,,236 162,,16 0..0071701 0,,00895 0.,818 .01005 1.01776 0.9852

21.5 2.,87121. 1.3.,30 2,,237 165,,39 0,,0067147 ,00907 0,,827 0,.01086 1.01715 0.9545

250 2.,77919 1.1..,77 2,,238 168,,19 0,,0063293 ,00918 0,,836 D..01166 1.01660 0.9290

255 2,,691.90 1.6.,22 ? , ,238 170,,6i» 0.,0059977 .00930 0.,846 ,01246 1.01610 0.9077

26 2 ,61722 1.7,,61. 2,,239 172,,80 0,,0057065 .00942 0.,856 ,01323 1.01563 0.8697

265 2.,51.523 1.9,,01* 2 ,239 174,.73 0,,0054535 .00953 0,,866 ,01400 1.01520 0.6745

270 2,.1.7819 50,,42 2,,238 176,,46 0,,0052264 .00965 o.,876 ,01477 1.01479 0.8616

275 2.,1.1553 51,,78 2 ,238 178..02 0,,0050224 .00976 0,,887 ,01553 1.01442 0.8505

280 2. 35673 53,,12 2.,238 179.,1.3 0,,0048379 .0 0987 0,.897 .01630 1.01407 0.8409

285 2,,30138 51.,,1.5 2,,237 180.,71 0.,0046699 ,00998 0..90 8 0.,01705 1.01373 0.8326

29 2,,21*915 55.,77 2.,236 181.,88 0,,0045162 0,,01009 0.,918 0.,01781 1.01342 0.8254

295 2,,19972 57.,08 2,.235 182,,95 0,.0043747 0.,01020 0.,92 9 0.,01858 1.01312 0.8187

30 2..15281. 58,,38 2,,235 183.,94 0.,0042439 0,,01032 0.,940 0.,01934 1.01284 0.8128

310 2,,06586 60,,91. 2,,233 185.,69 0.,0040096 •O105U 0,,962 ,02088 1.01232 0.8027

320 1..98671. 63.,1.7 2.,231 187,.19 0,,0038051 0,.01077 0.,984 0,,02244 1.01185 0.791*4 330 1..911.33 65.,98 2,.229 186.,50 0, 0036245 0,.01100 1,,006 .02403 1.01142 0.7873

31.0 1..81.770 68,,45 2,.228 189,,6 5 0,,0034635 ,01123 1.,028 .02563 1.01102 0.7812

35 1.,78611 70, 91 1 , ,226 190, 63 0, 0033188 ,01146 1,,050 0,,02727 1.01065 0.7759

360 1.,72896 73.,35 2,,224 191,.51 ,0031876 0.,01170 1,,072 0,,02893 1.01031 0.7713

37 1,,67572 75. 77 2.,222 192. 2 9 0,,0030685 0,,01192 1.,094 0,,03061 1.00999 0.7675

38 1..62599 78,,18 2,,22 192,,99 0,,0029592 0,,01216 1.,115 .03231 1.00969 0.7642

39 1,,57938 80..57 ? , .218 193,,61 0,,0028586 0,,01239 1,.137 0.,03405 1.00941 0.7612

1.0 1,,53559 82.,96 2,,216 194 ,17 0,,0027657 0,,01262 1,,159 ,03561 1.00915 0.7585

1.10 1.,1*91.36 85,,3") 2,,214 194.,69 0,,0026794 .01265 1.,180 c ,03759 1.00890 0.7561

1.2 1.,1.551.1. 87,, 71 1 ,212 195,.19 0,.0C25991 ,01308 1,,201 0,,03941 1.00867 0.7540

1.3 1..1.1861. 90,,08 2,,210 195,,55 0,.0025241 ,01331 1.,222 c ,04125 1.D0645 0.7520

1.1.0 1 .38377 92,,1.5 2 ,208 195,,93 0,,0024538 0,.01353 1,,243 ,04312 1.00824 0.7503

1.5 1.,35068 91.,,61 2 ,205 196,,27 .0023878 ,01376 1,,264 ,04501 1.00805 0.7487

1.6 1.,31922 97,.1/ 2,,203 196,,59 0,,0023256 ,01399 1.,285 .04692 1.00786 0.7474

1.70 1.,28928 99,,53 2,,200 196,,88 0,,0022670 0,.01422 1,,306 0,,04886 1.00768 0.7461

1.80 1,,26073 101,,89 2 .198 197,,14 0.,0022116 0,,01444 1.,326 ,05083 1.00751 0.7450

1.90 1,,2331.8 101. ,26 2 .195 197,,39 0,,0021590 ,01466 1,,346 0,,05281 1.00735 0.7440

50 1.,2071.1. 106,,63 2 .192 197,,61 0.,0021092 ,01489 1,,367 0.,05482 1.00719 0.7432

510 1,.18252 109,, ou 2 .189 197,.82 0,,0020618 0,,01510 1.,387 ,05683 1.00704 0.7427

52 1,,15866 111,, 38 2 .186 198,.01 0.,0020166 0,.01533 1.,40 6 ,05889 1.00690 0.7420

53 1.,13577 113,,76 y , ,182 198,.19 0,,0019736 ,01555 1.,426 0,,06097 1.00676 0.7414

51.0 1..11380 116,,15 2 ,179 198..35 0.,0019325 0,,01577 1.,446 0,,06307 1.00663 0.7409

55 1.,09270 118,,55 2 ,175 198,,51 0.,0018932 0,,01599 1.,465 ,06519 1.00651 0.7404

56 1..0721.1 120..95 2 .171 198,.65 0.,0018556 .01621 1..48 4 0,.06733 1.00636 0.7401

570 1..05289 123.,36 2 .16 8 198,,78 0.,0018196 ,01642 1.,504 ,06949 1.00627 0.7399

58 1.,031.08 125.,78 2,.164 198,,91 0, 0017850 ,01664 1.,523 0,,07166 1.00616 0.7397

590 1..01596 128,,21 2,.159 199,,02 0.,0017519 0.,01685 1.,542 0.,07386 1.00605 0.7396

600 .9981.7 130 .65 2 .155 199,.13 0,,0017200 0..01707 1..561 0,,07607 1.00594 0.7396

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

250 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY cv

c

D VELOCITY DERIVATIVE DERIVATIVE ENERGY P OF SOUND

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R 8TU/LB BTU/LB BTU/LB-R 8TU / LB -R FT/SEC

* 98.187 0.01225 2105.01 318. -83.178 -82.611 0.50162 0. 266 0.397 3 815 100 0.01229 2071.00 313.3 -82.*59 -81.890 0.50888 0. 265 0.397 3795

105 0.0121(1 1976.25 300.6 -80.*79 -79.90* 0.52827 0. 26 0.397 3738

110 0.01253 1881.. 11 288.3 -78.*98 -77.918 0.5*67* 0. 256 0.397 3679

115 0.01265 179l(.5l( 276.* -76.518 -75.932 0.56**0 0. 252 0.397 3619

12 0.01277 1707.1(6 26*.

-7*. 538 -73.9*6 0.58130 0. 2*8 0.397 3557

12 5 0.01290 1622.83 253.7 -72.556 -71.959 0.59752 0. 2*5 0.397 3*95

130 0.01303 15*0.57 2*2.9 -70.57* -69.971 0.61312 0. 2*1 0.398 3*31

135 0.01317 1*60.63 232.* -68.590 -67.981 0.6281* 0. 236 0.398 3366

11(0 0.01331 1382.95 222.3 -66.60* -65.988 0.6*263 0. 235 0.399 3299

1*5 0.0131(5 1307. *6 212.5 -6*. 615 -63.992 .6566* 0. 232 0.399 3232

15 0.01360 123*. 10 203.0 -62.622 -61.992 .67020 0, 229 o.*oo 3163

155 0.01376 1162.81 193.8 -60.62* -59.986 0.6833* 0,, 226 0.*01 3093

16 0.01392 1093.51 18*.

-58.621 -57.977 0.69611 0. 223 0.*03 3023

165 0.011(09 1026.16 176.3 -56.611 -55.959 0.70853 0,.221 o.*o* 2 951

17 0.011(26 960.68 167.9 -5*. 592 -53.932 0.72063 0, 218 0.*06 2876

175 0.01<(i(i( 897.00 159.9 -52.56* -51.896 0.732** 0, 216 0.*08 2 80*

18 0.011(63 835.06 152.0 -50.52* -*9.8*7 0.7*398 0.,21* 0.*11 2726

185 0.011(83 77i*. 79 1**.* -*8.*70 -*7.78* 0.75529 0. 211 0.*1* 2652

190 0.0150i( 716.12 137.0 -*6.*00 -*5.703 0.76638 0, 209 0.*18 257*

195 0.01526 658.98 129.8 -**.310 -*3.603 0.77730 0,,207 0.1.22 2*9* 200 0.01550 603.30 122.7 -*2.197 -*1.*79 0.78805 0. 205 0.*27 2*12

205 0.01575 5*8.99 115.8 -1.0.056 -39.327 0.79869 0. 203 0.*3* 2 329 210 0.01603 *95.99 109.1 -37.882 -37 .1*0 0.30923 0,,202 0.**1 22*3

215 0.01632 **i*.20 102.* -35.667 -3*. 912 0.81971 0,,200 0.*50 2153

220 0.01661. 393.56 95.8 -33.*03 -32.633 0.83019 0.,198 0.*61 2060 225 0.01700 3*3.98 89.3 -31.077 -30.290 0.8*071 0,,197 0.*75 1963

23 0.01739 295.39 82.6 -28.673 -27 .867 0.85136 0.,195 0.*93 1859

* 233.1*99 0.01770 268.57 79.0 -26.927 -26.108 0.85895 0,.199 0.51* 1793

* 233.1(99 0.23731 *1.27 1.8 28.960 39.9*5 1.1*191 0..189 0.375 617 235 0.21(091 *2.55 1.7 29.350 *0.502 1. 1**28 0,,187 0.367 621

21.0 0.25239 *6.56 1.6 30.593 *2.277 1.15176 0.,183 0.3** 637

21(5 0.26321. 50. 25 1.5 31.768 *3.95* 1.15868 0,.180 0.327 651

250 0.27360 53.71 1.5 32.890 *5.556 1.16515 0.,177 0.31* 66* 255 0.28357 56.97 1.* 33.970 *7.098 1.17125 ,175 0.303 677

26 0.29321 60.07 1.3 35.017 *8.591 1.17705 0.,173 0.29* 689 265 0.30260 63.05 1.3 36.037 50.0*5 1.18259 0,,171 0.287 700 270 0.31175 65.91 1.2 37.032 51.*65 1.18790 0,,170 0.281 711 275 0.32072 68.68 1.2 38.009 52.856 1.19301 0,.169 0.276 721 280 0.32951 71.37 1.1 38.968 5*. 222 1.19793 0,,167 0.271 732 285 0.33816 73.99 1.1 39.912 55.567 1.20269 0., 166 0.267 7*2 290 0.31.668 76.5* 1.1 *0.8** 56.893 1.20730 , 166 0.263 751

295 0.35508 79.0* 1.0 *1.765 58.202 1.21178 , 165 0.260 760

300 0.3633S 81.*9 1.0 *2.675 59.*97 1.21613 0,, 16* 0.258 770 310 0.37970 86.26 0.97 **.*70 62.0*8 1.22**9 , 163 0.253 787

32 0.39572 90.88 0.92 *6.236 6*. 555 1.232*5 ,162 0.2*9 80* 330 0.1.111(8 95.37 0.88 *7.977 67.026 1.2*006 0,, 161 0.2*6 820

31(0 0.1(2702 99.76 0.8* *9.699 69.*68 1.2*735 n ,161 0.2*3 836 350 0.1.1(237 10*. 06 0.81 51. *0* 71.883 1.25*35 0.,160 0.2*0 851

36 0.1(5756 108.29 0.78 53.095 7*. 277 1.26110 , 160 0.238 866

37 0.1.7261 112.** 0.75 5*. 77* 76.653 1.26760 ,159 0.237 880

38 0.i.875i( 116.53 0.73 56.**2 79.012 1.27389 ,159 0.235 89*

39 0.50235 120.57 0.71 58.101 81 .356 1.27998 0.,159 0.23* 907

1.00 0.51707 12*. 5b 0.68 59.751 83.688 1.26589 ,158 0.233 921

1(10 0.53169 128.51 0.66 61.395 86.009 1.29162 , 158 0.232 93*

1(20 0.5i.62i( 132. *3 0.6* 63.033 68.321 1.29719 , 158 0.231 9*6

1(30 0.56072 136.30 0.63 6*. 666 90.623 1.30261 . 158 0.230 959

1(1(0 0.57511. 1*0.15 0.61 66.29* 92.919 1.30788 ,158 0.229 971

1(50 0.5891(9 1*3.97 0.59 67.918 95.207 1.31303 , 158 0.229 983

1(60 0.60380 1*7.76 0.58 69.539 97 .1*90 1.31805 , 158 0.228 995

1(7 0.61805 151.53 0.56 71.156 99.768 1.3229* , 158 0.228 1007

1(8 0.63226 155.27 0.55 72.772 102.0*2 1.32773 , 158 0.227 1018

1(90 0. 61.61.1* 159.00 .5* 7*. 385 10*. 311 1.332*1 . 15 8 0.227 1029

500 0.66057 162.71 0.53 75.998 106.577 1.33699 ,156 0.226 10*1

510 0.671(67 166. *0 0.51 77.608 108.8*1 1.3*1*7 , 158 0.226 1051

52 0.68873 170.07 0.50 79.218 111.102 1.3*586 .158 0.226 1062

530 0.70277 173.71. 0.*9 80.828 113.362 1.35017 .156 0.226 1073

5"(0 0.71678 177.38 0.*8 82.*37 115.620 1.35*39 .158 0.226 1083

55 0.73077 181.02 0.*7 8*. 0*7 117.876 1.35853 .158 0.226 109*

56 0.7U1(73 18*. 6* 0.*6 85.657 120.132 1.36259 . 158 0.226 110*

570 0.75867 188.26 0.*6 87.267 122.388 1.36658 .159 0.226 111*

580 0.77258 191.86 0.*5 88.878 12*. 6** 1.37051 . 159 0.226 112*

59 0.7861.8 195. *5 O.** 90.*91 126.900 1.37*36 . 159 0.226 1133

600 0.80036 199.0* 0.*3 92.105 129.156 1.37616 . 159 0.226 11*3

TWO-PHASE BOUNDARY
250 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT

V(DH/DV)p VIDP/DUK, -V(OP/DV), BTU/LB PSIA-CU FT/BTU PSIA

-IDV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-SEC SO FT/HR

X 105

PRANDTL NUMBER

98.197 81.63233

100

10 5 110 115

120 125

130 135

11.0

1*5

1515 5 160 165

170 175 180

185

190

195

200 205

210 215

220 225

230

233.1.99 56.1.9262 233. 1.99 l». 21392

235 *.1509*

21.0 3.96210

81.35839

80.59991. 79.93711. 79.06955

78.29671 77.51812

76.73320

75.91.132 75.11.177

71.. 33376 73.51639

72.68861.

71.81.939 70.99733

70.13096

69.21.858 68.31.818

67.1.271.1. 66.1.8363

65.5131.6

61.. 51299

63.1.7739

62.1.0068 61.27523 60.09116

58.83525

57.1.8921.

21.5 250 255

26265

270 275

280 285

29

295

30310

32330

31.0 350

360

370

380

39

1.0 1.10

1.2

1.3 1.1.0

1.5 1.6 1.70

1.80

1.9 50510

520

530

51.0 550

56570

58

59

60

3.79882

3.65500

3.52651

3.1.101.7 3.301.73 3.20766

3.11801

3.031.79 2.95718

2.881.52 2.81627

2.75195

2.63363 2.52703

2.1.3025 2.3*181

2.26051. 2.1851*9 2.11590

2.05113

1.99061. 1.93399

1.88078 1.83068

1.7831.1 1.73871 1.69637 1.65618

1.61798

1.58162

1.51.691. 1.51385

1.1.8221

1.1.5191.

1.1.2291. 1.39512

1.3681.3

1.31.277 1.31810

1.291*36

1.2711.8

1. 21.91.3

211.. 82 213.67

210.1.6 207.20 203.89

200.52 197.09

193.61 190.05

186.1.3 182.73 178.95 175.09

171.15

167.10 162.96

158.72

151.. 36

11.9.87

11.5.25

11.0.1.9 135.56

130.1.6 125.16

119.61. 113.87

107.80 101.38

98.6b

36.70 37.25

39.01

1.0.69

1.2.31 1.3.88

1.5.1.0 1.6.90 1.8.36

1.9.80 51.22

52.62

51.. 00 55.36

56.71 59.38

62.00

61*. 59 67. 11. 69.65

72.17

71*. 65 77.11 79.56

81.99

81*. 1*1 86.83 89.23

91.63

91*. 03 96.1*2 98.81 101.20

103.59

105.99 108.38

110.78 113.19

115.60

118.01

120.1*3 122.86 125.30

127.71. 130.20

11. .626 171918,,76 0.,0018*97 0.,11170

Ill ,51.8 1681.93.,53 0.,001859* 0,,11118

11. .327 159285,,38 0.,0018872 0. 10968

1* .098 1501.22.,03 0.,0019167 , ,10809

13,.863 11.1893,,18 0. 0019*80 . ,106**

13 .621 133688..69 0.,0019812 0,,10*71

13,.371* 125798.,60 0,,0020167 0.,10293

13 .121 118213,,09 0.,00205*6 0,,10109

12,,861* 110922.,52 0,,0020953 0.,09920

12,.602 103917,,1.1 0,,0021390 0.,09726

i: ,337 97188,,*8 0,,0021862 , ,09529

12,.068 90726.,59 0.,0022373 , ,09327

11 .796 81.522,,79 0,,0022928 Q,,09123

11,.523 78568,,3 2 0,,0023533 0.,08915

11,.21*7 72851*.,60 0,,002*197 0,,08705

10 , ,969 67373,.23 0.,002*927 , ,08*92

10 ,689 62116,.03 0,,002573* 0,,08277

10 .1*09 57075,,00 0.,0026633 0,,08059

10,.126 5221.2.,36 0.,0027638 c.,078*0

9 .81.2 1.7610.,5? 0,,0028771 0,,07618

9,,555 1.3172,,31 0,.0030D58 0,,07395

9,,266 38920,,5* .0031533 0,,07169

8,.972 31.81*8,,51 0..00332*1 0,,069*1

9,.673 3091*9,,8* 0.,00352*5 0.,06710

8 .366 27218,,61 ,0037630 0,,06*75

8 ,01.8 2361.9,,50 0.,00*0520 0,,06236

7 ,711* 20238,,1 T 0.,00**102 0,,05993

7,.357 16981,,8* 0.,00*8670 0,,057*2

7,.037 15172,,29 0.,005209* 0,,0556*

2,.236 173,, SO 0.,0102236 0,,00967

2,.238 176,,61 0,,0098*9* .00966

2

,

.21.3 181.,. '. 6 0.,00882** 0,,00967

2,,21.7 190,,90 0.,0080*13 0,,00972

2,,250 196,,30 0.,007*193 0,,0 0978

2,,253 200,.4 0.,0069107 0,,00986

2 .251. 201. ,88 ,006*852 ,00995

2,.255 208,, 35 o.,0061227 p ,0100*

2..256 211,,*2 0.,0058092 .01013

2 .256 211.,,15 0,, 00553*7 ,01022

2,.256 216,,60 0,,0052917 .01031

? .256 218.,80 0.,00507*7 0,,010*1

2,,255 220,,79 0,,00*8793 0,,01050

2,,251. 222.,60 0.,00*7023 0,,01060

2,,251. 221.,,26 ,00*5*08 0,,01070

2 .252 227,,17 0.,00*256* 0,,01090

? , ,250 229 .65 0,, 00*0131 ,01111

2,,21*8 231., 7<i 0,,0038019 c.,01132

2 .21*6 233 .63 o.,0036162 0,.01153

2 .21.3 235,.2* 0,,003*513 0,.01175

2 .21.1 236 .66 0,,0033037 ,01197

2 .239 237, ' :>1 0.,003170* ,01219

2 .236 239 .03 0,,0030*9* c ,012*1

2 .231. 21.0..02 0,,0029388 ,01263

2 .232 2*0,.91 0.,0028373 ,01285

2 .229 21.1,.71 0.,0027*36 0,,01307

2 .227 21.2,,*3 0,,0026569 ,01330

2,.225 2*3,,09 0,,0025763 0,, 01352

? .222 2*3,,69 0.,0025011 D,,0137*

2 .219 2**,,22 0.,002*308 0,,01396

2 ,217 2*1. ,72 0,.00236*8 0.,01*18

2 .211. 2*5,.17 0..0C23028 .01**0

2 .211 2*5,,58 0,.0022*** 0,,01*62

2 .208 2*5 ,96 0,, 0021891 .01*8*

2 .205 2*6,.31 .0021369 0,,01506

2 .202 2*6 .6* 0,,0020873 .01527

? .198 2*6 .9* 0,,0020*02 .015*9

2 .195 2*7 .22 0,.001995* .01571

2 .191 2*7 ,*7 0,.0019528 ,01593

2 .187 2*7 .71 .0019121 .0161*

2 .183 2*7 .93 ,0018731 .01636

2 .179 2*8 .1* .0018359 .01657

? .175 2*8 .33 0,.0018002 .01679

2 .171 2*8 .52 0,.0017660 .01700

2 .166 2*8 .69 .0017332 .01721

*i.,972 0,,003** 1.,56921 5,,37*9

*0.,527 , ,003** 1, 56700 5,,2136

36,,817 ,003*3 1,,56092 *,,7998

33,,*79 0,,003*1 1.,55*81 *.,*281

30., *7 6 0,,00339 1,,5*868 *,,0939

27,,77* 0.,00337 1,,5*253 3,,793*

25,,3*3 0,,0033* 1.,5363* 3,,5232

23,,155 ,00331 1,.53012 3..2802

21,,187 0,,00328 1.,52387 3,,0619

1 3,,*16 .00325 1,,51757 2,,8658

17,,823 .00321 1,,51122 2,,6900

16,,389 0.,00317 1,.50*81 2,,5325

15,,098 0,,00313 1.,*983* 2 ,3918

13,,936 ,00308 1,,*9180 2,,2665

1 2.,889 0,,00303 1,,*8518 2,,155*

11,.9*7 0,,00298 1,,*78*7 2.,057*

11,,097 0,,00293 1.,*7165 1,.9715

10 ,331 .00287 1,,*6*72 1,.8972

'3, .6*0 ,00281 1.,*5765 1,,8336

9 .016 ,0027* 1,,*50*2 1 .7805

8.,*52 ,00267 1,,**303 1,.7376

7..9*2 ,00260 1,,*35*2 1 .70*8

7.,*78 ,00252 1,,*2758 1 .6822

7,.057 0,,002** 1,,*19*6 1 .6703

h..672 ,00235 1,,*1100 1 .6701

6,.320 .00225 1,,*0213 1 ,6832

5,.995 .0021* 1 ,39277 1 .7120

5,,723 ,00202 1,,38279 1 ,7705

5 .556 0,,00192 1 ,375*3 1 ,8*75

0,.861 0,.00612 1,,02525 1,,2027

0,.862 .0063* 1,,02*86 1 .1785

.867 .00709 1,,02372 1,,1107

,873 .00782 1,,0227* 1,.0578

,880 0,,00853 1,,02187 1 .0158

0,,887 ,00922 1.,02110 .9817

0,,895 ,00991 1,,020*0 .9537

0,.903 ,01058 1,,01976 .9305

0.,912 0,.0112* 1.,01918 .9111

0,,921 0,.01189 1,,0186* .89*7

0,,931 .0125* 1,.0181* .8807

,9*0 .01318 1.,01767 .8686

0,,950 .01382 1,,01723 ,8583

0,,960 0,.01**5 1 ,01682 ,8*89

,970 .01509 1,,016** .8*06

0.,990 ,01637 1,.01573 0,.8266

1,,011 .01766 1 ,01509 .8152

1 ,032 ,01897 1,,01*51 ,8056

1 .052 .02029 1.,01398 .7975

1,.073 .02162 1,,013*9 ,7905

1 ,09* .02298 1 ,0130* .78*5

1 ,116 .02*35 1 .01262 ,7795

1,,137 .02573 1 ,01223 .7752

1,,158 .0271* 1 .01187 ,7713

1,,178 0,.02857 1,,01153 .7679

1,,199 .03002 1,.01121 ,76*8

1,,220 0,,031*9 1 .01091 .7620

1.,2*1 ,03297 1.,010o3 0,.7595

1 ,261 .03**8 1,,01036 .7573

1 ,282 .03601 1.,01011 .7553

1.,302 .03756 1 .00987 .7535

1 .322 .03913 1 .0096* .7519

1,,3*2 .0*071 1,.009*3 .7505

1 .362 .0*231 1 .00922 .7*92

1 .382 .0*393 1..00902 .7*80

1 . *0 2 .0*555 1 ,00883 .7*7*

1 .*21 D .0*721 1 .00865 .7*6*

1 ,**1 .0*888 1 .008*8 .7*55

1 .*60 .05058 1 .00831 .7**6

1,,*79 .05228 1 .00815 .7**2

1 .*98 .05*01 1 ,0 0800 .7*37

1 .517 .0557* 1 .00785 .7*33

1 .536 .05750 1 .00771 .7*29

1 .555 .05926 1 .00757 .7*27

1 .573 .0610* 1 .007** .7*26

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

300 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c

v CP VELOCI DERIVATIVE DERIVATIVE ENERGY OF SOU DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L8 BTU/LB BTU/LB-R BTU / LB -R FT/SEI

* 98.259 0.01225 2109. 11 318.0 -83.170 -82.1*90 0.50169 0. 266 0.397 3818

100 0.01229 2075.51 313.5 -82.1.80 -81.798 0.50867 0,,265 0.397 3 798

105 0.0121.0 1980.82 300.8 -80.501 -79.812 0.52805 0,,260 0.397 371.1 110 0.01252 1888.76 288.5 -78.522 -77.827 0.51.652 0. 256 0.397 3682

115 0.01261. 1799.26 276.6 -76. 51.1. -75.81*2 0.561.17 0,,252 0.397 3622

120 0.01277 1712.27 265.1 -7*. 565 -73.856 0.58107 0, 21.8 0.397 3561

12 5 0.01290 1627.71 253.9 -72.585 -71 .870 0.59728 0, 21.5 0.397 31.98 130 0.01303 151.5. 51. 21.3.1 -70.606 -69.883 0.61287 0, 21*1 0.398 31.35 135 0.01316 11.65.69 232.7 -68.625 -67.893 0.62789 0,,238 0.398 3370

1*0 0.01330 1388.10 222.6 -66.61.1 -65.902 0.61*237 0,,235 0.399 3303

1*5 0.0131.5 1312.71 212.8 -61.. 651. -63.907 0.65637 0,,232 0.399 3236

150 0.01359 1239.1.5 203.3 -62.661. -61.909 0.66992 0,,229 0.1.00 3168

155 0.01375 1168.27 191..

-60.669 -59.905 0.68305 0.,226 0.1.01 3098

160 0.01391 1099.09 185.2 -58.669 -57.896 0.69581 0.,223 0.1.02 3028

165 0.011.08 1031.85 176.6 -56.662 -55.880 0.70821 0.,221 0.1.01. 2956

170 0.011.25 966.50 168. 3 -51.. 61.8 -53.856 0.72030 0.,218 0.1*06 2881. 175 0.011.1.3 90 2.96 160.2 -52.623 -51.822 0.73209 0., 216 0.1*08 2810

160 0.011.62 81.1.17 152.1. -50.588 -1*9.776 0.71.362 0.,21i* 0.1*10 2735

185 0.011*82 781.05 li*i.. 8 -1.8.539 -1.7.716 0.751.91 0., 212 0.1*13 2659

190 0.01503 722.55 137.1. -1.6.1.75 -1.5.61.0 0.76598 0.,210 0.1*17 2581

195 0.01525 665.60 130.2 -l*i*. 391 -1.3.51.5 0.77687 0..207 0.1*21 2502

20 0.0151.8 610.11 123.2 -i«2.286 -1.1.1.26 0.78760 0,,205 0.1.26 21.22 205 0.01573 556.03 116. I. -1*0.151* -39.280 0.79620 0.,201. 0.1.32 2339

210 0.01600 503.27 109.6 -37.990 -37.101 .80871 0,,202 0.1.39 2251. 215 0.01629 1.51. 76 103.0 -35.787 -31.. 882 0.81915 0,,200 O.1.1.8 2166

22 0.01661 1.01.1.3 96.5 -33.538 -32.615 0.82957 0,,198 0.1.59 2 071. 22 5 0.01696 352.21 90.0 -31.230 -30.288 0.81.003 0.,197 0.1.72 1979

230 0.01731. 301.. 03 83.1. -28.81*8 -27.885 0.85058 0,.195 0.1.89 1877 235 0.01778 261.92 78.8 -26.358 -25.370 0.8611.0 0., 198 0.525 1792

2*0 0.01829 21*. 1.8 71.7 -23.737 -22.721 0.87256 0.,197 0.553 1670

* 2*0.230 0.01832 212.26 70.8 -23.613 -22.596 0.87308 Or,197 0.51.9 1655

• 21*0.230 0.191.50 37.57 2.2 28.679 39 .1*81. 1.13157 0., 19<« 0.1.18 612 2*5 0.201.78 1.2.03 2.1 30.011* 1.1 .390 1.1391.3 0., 189 0.383 629

250 0.211.77 1.6.21. 1.9 31.309 1.3.21.0 1.11.690 0,,181* 0.358 61.5 255 0.221.18 50.12 1.8 32.526 1.1.. 980 1.15379 0., 181 0.339 659

26 0.23313 53.73 1.7 33.685 1.6.636 1.16022 0.,178 0.321. 673 265 0.21.172 57.13 1.6 31*. 798 1.8.225 1.16628 0..176 0.312 686

27 0.25002 60.37 1.6 35.873 1.9.762 1.17202 0,.171. 0.303 698 275 0.25807 63.1.7 1.5 36.918 51.251. 1.17750 0,,172 0.2 95 710 280 0.26592 66.1.5 1.5 37.937 52.709 1.18271. 0,,170 0.288 721 285 0.27359 69.32 l.i. 38.93"* 51*. 133 1.18778 0,.169 0.282 731

29 0.28111 72.11 l.i. 39.913 55.529 1.19261* 0,. 168 0.277 71,2

295 0.2881.9 71.. 83 1.3 1*0.876 56.902 1.19731. 0,.167 0.272 752 300 0.29576 77.1.7 1.3 1.1.821. 58.251* 1.20188 0,.166 0.269 761 310 0.30999 82.59 1.2 1.3.686 6G.906 1.21058 0.,165 0.262 780 320 0.32387 87.51 1.1 1.5.508 63.1*99 1.21881 0..161. 0.257 798

33 0.3371.7 92.27 1.1 1.7.298 66.01*5 1.22661. 0..163 0.252 815 3*0 0.35083 96.89 1.0 1.9.062 68.551 1.231.13 0., 16 2 0.21.9 831

35 0.361.00 101.1.0 1.0 50.803 71.021. 1.21*129 0,. 161 0.21.6 81.7 36 0.37699 105.81 0.96 52.527 73.1.70 1.21*818 0..160 0.21*3 862

37 0.38983 110 .11. 0.93 51.. 235 75.891 1.251.82 0,, 160 0.21*1 877

38 0.1.0255 111.. 39 0.89 55.929 78.291 1.26122 0,. 160 0.239 891

390 0.1.1511. 118.57 0.86 57.611 80.673 1.2671.1 0,.159 0.237 905

<f00 0.1.2761. 122.70 0.81. 59.281. 83.01.0 1.2731*0 0,.159 0.236 919 *10 0.1.1.001. 126.77 0.81 60.91.7 85.392 1.27921 0,,159 0.235 932

1.2 0.1.5237 130.80 0.79 62.603 87.733 1.281.85 .158 0.233 9*5

*3 0.1.61.62 131.. 79 0.76 6i*. 252 90.063 1.29033 0..158 0.232 958 **0 0.1.7680 138.73 0.71* 65.895 92.383 1.29566 0..158 0.232 970

*5 0.1.8893 11*2.61. 0.72 67.533 9i*. 69i* 1.30086 0.. 156 0.231 982

1.6 0.50100 11.6.52 0.70 69.167 96.999 1.30592 0., 158 0.230 99*

1.70 0.51303 150.37 0.69 70.797 99.297 1.31086 0.,158 0.229 1006

".8 0.52500 151.. 20 .67 72.1.21* 101.589 1.31569 0,, 158 0.229 1018

1.90 0.53691. 158.00 0.65 71*. 01*8 103.876 1.3201.1 0,, 158 0.228 1029

500 0.51.881. 161.78 0.61* 75.670 106.159 1.32502 0,,158 0.228 10*1

510 0.56070 165.51. 0.62 77.290 108.1.38 1.32953 0,, 158 0.228 10 52 520 0.57253 169.28 0.61 78.909 110.711. 1.33395 0,, 156 0.227 1062

53 0.581.31. 173.00 0.60 80.526 112.987 1.33828 0,,158 0.227 1073

51.0 0.59611 176.70 0.58 82.11.3 115.258 1.31.252 0.,158 0.227 108*

55 0.60786 180.1.0 0.57 83.760 117.528 1 .31*669 0,.158 0.227 109*

56 0.61958 181.. 07 0.56 85.376 119.795 1.35078 0..159 0.227 110*

57 0.63129 187.71. 0.55 86.993 122.062 1.351*79 0, 159 0.227 1115

580 0.61.297 191.39 0.51. 88.611 121.. 329 1.35873 0..159 0.227 1125

590 0.651.63 195.03 0.53 90.229 126.595 1.36260 0., 159 0.227 113*

60 0.66627 198.66 0.52 91.81.8 128.861 1.3661*1 0,.159 0.227 11**

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

300 PSIA ISOBAR

TEMPERATURE OENSITY

DEC. R LB/CU FT

VIOH/OU) VIDP/DU) -V1DP/OVU

BTU/LB PSIA-CU FT/BTU PSIA

•(OV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT DEC R BTU/FT-HR-R LB/FT-SJZC SQ FT/HP

X 10°

PRANDTL NUMBER

98.259 81,,61.532 215,,09 11. ,621. 172199,,17 0. 00181.68 0.,11173 1.2.,01.2 0,,0031.1* 1.56931 5,,3811 100 81,,38250 213,.99 11. .51.9 168910,.02 0.,0018561 0.,11123 1.0,,652 0. 0031*1. 1.56720 5,,2259

10 5 80,,62521 210,.80 11. .328 159701*,.17 0,,0018637 0.,10973 3b,,931. 0,,0031*3 1.56112 i* ,6113 110 79,,86361. 207,.55 1".,.100 15081*3.,20 0.,0019129 , ,10816 33,,58 9 0,,0031.1 1.55502 i*. ,1.388 115 79,,09737 201.,.25 13 .665 11.2316,,80 0,,00191.38 0.,10650 30,,579 0. 00339 1.51*890 "4 ,1038 120 78,.32595 200.,90 1? .623 131.111.,,86 0,.0019768 0. 101.79 2 7,,871 0, 00337 1.51.276 3 .8026 125 77,,51.886 197,.1.9 13 .376 126227,.1.0 0,,0020118 0,,10301 2

r>. ,i*3i* 0.,00331. 1.53659 3,,5317

13D 76,,76561 191.,,01 13,.123 11661.1.,,61 0,,00201*93 0,,10117 23,,21*1 0,,00331 1.53038 3,,2881 135 75,,97550 190,,1.8 12,,866 111356,,89 0,,0020695 G,,09929 21,,268 0,,00326 1.521.11. 3 ,0692 HO 75 ,17786 186,,87 12 ,605 101*351.,.71. 0,,0021327 c ,09736 19,.1.93 0.,00325 1.51785 2 ,8726

11.5 7<t,,37192 163,,19 12 .31.0 97628,.90 0,,0021792 0,,09539 17,,895 0,,00321 1.51151 2 ,6962

150 73 ,55681 179,,1.3 12 .072 91170,.25 0,,0022296 0,,09338 16 .1.5 7 0,,00317 1.50513 2 .5382 155 TZ,,73151. 175,,60 11,.801 81.969.,86 0,,002281*3 0,,09131* 15,.162 ,00313 1.1.9867 2 .3970 160 71,,89500 171,.67 11 .52 7 79016,,96 0,.00231.39 0,,08927 13,.996 0,,00309 1.1.9215 2 .2712 165 71,,01.592 167,,66 11 , ,252 73309,.05 0.,0021.092 0,,08717 12j.91.6 0,,00301. 1.1.6555 2,.1595

170 70,,18285 163,,5k 10,,975 67831,,71 0,,0021.809 t.

.

, 08505 L2,,001 0,,00299 1.1.7887 2 .0609 175 69,,301.13 159,,32 10 ,697 62578,,80 0.,0025602 0,,06291 1 1 , 11*9 .00293 1.1.7208 1 .971.5 180 68,,l»078i» 151..,99 10,,1*18 5751.2,,37 0,,00261.82 0,,08075 10,.360 0,.00288 1.1.6517 1 .8996

185 67,.1.9172 150,.51. 10 ,137 52711.,,68 0.,00271.66 , ,07856 9 .68 7 .00282 1.1.5811. 1 .8351. 19 66,,55313 11.5,,96 9 ,851. 1.8068,,23 0,,0028573 0., 07636 9,.061 0,.00275 1.1.5096 1 ,7816

195 65 .58895 11.1,,21. 9 ,570 1.3655,,80 0,, 0029828 0,,071.13 8,,1.95 0,,0 026 6 1.1.1.360 1 ,7379

20 61.,,5951.0 136.,36 9,.283 391.10,,1.0 0,.0U31262 0.,07189 7.,982 0.,00261 1.1.3605 1,,701.1 205 63,,56789 131,,31 8 .992 3531.5,,1.0 0,, 0032918 0,, 06962 7,,518 0.,00253 1.1.2826 1 ,6801. 210 62 ,50075 126,,08 8,.697 311.51.,.55 0,.0031.851. 0.,06732 7,,095 1) ,0021*5 1.1.2021 1 .6672 215 61,.38681. 120,,63 8 .391. 27732,.07 0,.003711*7 0.,061.99 6,,710 0,,00236 1.1.1163 1 .6653

220 60,,21691. Hi.,,91. 8,,061 21*172,.85 0,,0039910 0., 06263 6,,356 •0D227 1.1.0307 1 .6760 225 58,,97890 108,,97 7 ,755 20772,,75 ,001.3310 0,,06022 6 ,031 ,00216 1.39381. 1 .7017

230 57,,65607 102,.69 7 ,1.07 17529,,23 .0C7601. 0,,05775 5 .751. .00205 1.381.02 1 .7535 235 56,,231.22 96,.08 7 .065 11.728,,72 0,.0053526 0,.05521 5,.515 0,,00187 1.37352 1 ,8678

21.0 51.,.66861. 90,,53 6

,

,61.8 11725,, 3 2 0,.0061127 0,,05256 5 .262 ,00171. 1.36202 1 .991.1.

21.0.230 5i»..59302 89,,95 6.,576 11587,,92 0,.0061079 0.,0521.1. 5,,250 0,,00175 1.3611.7 1 ,9803

21.0.230 5,.11.137 36,,09 2 ,21*3 193 ,16 0,.0115727 0,, 01071 0,,92 5 .001*99 1.0 3086 1 ,2998

21.5 it, .88326 37,,93 2,,252 205 .22 0,,0101079 ,01059 .926 ,00566 1.02929 1,,2071 250 it, .65608 39,,75 2 .258 215 .3 o 0., 009001.2 0., 01055 .929 ,00633 1.02792 1 .131.8 255 W,.1.6079 1.1,,1.7 2 .261. 223 ,56 0,.0081703 0.,01055 .933 ,00698 1.02671. 1 .0792

26 •t. .28953 1.3,,13 2 .267 230,,1.7 0,.0075133 0,,01057 .938 ,00761 1.02570 1 .0353 265 it, ,13706 1.1.,,7k ?

,

.270 236,,37 .0069795 0,, 01062 0,.91*5 ,00822 1.021.78 1 .0000 270 3,,99976 1.6,,30 2 .272 21.1,,1.7 0..0065352 .01067 ,951 0.,00882 1.02395 .9712 275 3,,871.92 1.7,,83 2,.273 21.5,,93 3 .0061583 0,,01073 ,959 ,0 09i.C 1.02320 .91.71. 280 3,,76055 1.9,,32 2,,271. 21.9,,87 0..0058335 0,,01080 0,,967 0,,0 099f. 1.02251 ,9273

285 3,,65509 50,,79 ? , ,271. 253,,38 0.,00551.99 0,,01087 0,.975 ,01055 1.02187 ,9103

29 3,,55733 52,,21. 2,,271. 256.,53 ,0052996 ,01091. ,983 0,,01111 1.02128 .8959

295 3,,i«6628 53,,66 2 , ,273 259,,36 0,,0050766 c.,01102 fl ,992 ,01167 1.02073 .8830

30 3.,38112 55,,07 2,,273 261,,91. .001.8762 0., OHIO 1.,001 .01223 1.02022 .6718

310 3,,22596 57,,81. 2,,271 26b,.1.2 0,,001*5301 0,,01127 1..020 .01331. 1.01929 .8530

320 3,,08767 60,,56 2,,269 270,.19 0,.00i.2i.0i. 0,,0111.6 1 .039 n .01i»i.E 1.0181.6 .8379

330 2,,96323 63,,22 2 .266 273 , i;l 0,.0039933 G ,01165 1 .056 .01557 1.01771 .8251,

31.0 2,,85035 65,,85 2,,261. 276,,17 0..0037793 0,,01185 1

.

,078 0,.0167 1.01703 .8150

35 2,,71.726 68,.1.5 2 ,261 278 .58 0,,0035917 .01205 1,.098 0,.01781. 1.0161.1 .8061

360 2,,65259 71.,01 2,,259 280,,66 ,0031.255 0,.01226 1 .118 .0190C 1.01581. .7981* 370 2,,56520 73,.55 2 ,256 282,,53 .0032769 0,,0121.6 1,,138 .02016 1.01532 .7922

380 2,,1.81.19 76,,07 2 .253 281.,.17 1), ,00311.31 0,,01267 1,,158 .02133 1.011.83 D .7867

39 2,,1.0881 78,,56 2,.250 285,.62 0,,0030217 0,,01288 1,.178 0,,02252 1.011.38 .7619

1.0 2,,3381.3 61.,01. 2 .21.6 286 .93 ,0029110 0,,01309 1 .199 0,,02373 1.01396 7776

i»10 2,,27250 83,.51 2,,21.5 288,.10 0,,0028095 0,,01331 1,,219 ,021.95 1.01356 ,7737

1.2 2,,21059 85,.96 2 .21.2 289 .15 .0027160 .01352 1,.239 0,.02619 1.01319 .7703

1.3 2,,15230 88,.1.1 2,.239 290,.10 0.,0026295 0,.01373 1..259 0,,0271.5 1.01281. ,7672

1.1.O 2,.09730 90 .61. 2 .237 290 .96 ,00251.92 0,.01395 1..279 .029?, 1.01251 c .761*5

1.50 2,.01.528 93,.27 2 .231. 291,,75 0.,0021*71.1. 0,.011.16 1,.299 u ,03001 1.01220 .7620

1.60 1,,99600 95 .69 2 .231 292 .1.6 0,.0021.01.5 0,,011.36 1,.319 0,.03131 1.01190 .7598

1.70 1 .91.922 98,.11 2 .228 293,.11 0,,0023390 0,.011.60 1,.339 .03263 1.111b2 .7578

1.80 1,.901.75 100,.53 2 .225 293,.71 0..0022771. c., 011.61 1,,358 0,,03396 1.01136 .7560

1.9 1 .8621.1 102,.95 2 .221 291.,.26 0,,0022195 0,,01502 1 ,378 0,,03531 1.01110 ,75l*i* 500 1,,82203 105.,36 2 .218 291.,,77 0,,002161.7 ,01521. 1,,397 ,03667 1.01016 .7530

510 1 .7831.8 107,,78 2 .211. 295 .23 0,,0021129 .0151.1. 1 .1.17 ,03802 1.01063 .7521 520 1,,71.662 110,,20 2 .211 295.,66 0,,0020639 0,,0156o 1.,1.36 0..0391.1 1.0101.1 ,7509

53 1,.71135 112,.63 2 .207 296 .06 0,,0020173 . D ,01587 1 ,1.55 0,,01.082 1.01020 71*98

51.0 1,.67751. 115,.06 2 .203 296 ,1.3 0,.0019730 0,,01609 1,,1.71. .01.221. 1.01000 ,71.88 55 1,.61.512 117 .1.9 2 .199 296 ,77 0,.0019308 0,,01630 1,.1.93 0,.01.368 1.00980 ,71.80 56 1,,61399 119,,93 2 .195 297 ,09 0,.0018905 0,,01651 1,,512 ,01.512 1.00962 ,71.73 57 1,,581.07 122,,38 2 .191 297,,39 0,,0018521 0,,01672 1,,53 0,,01.658 1.0091.1. .71.67 580 1,.55529 121.,.83 2 ,187 297 .65 .0018153 0,,01693 1 .51.9 0,.01.605 1.00927 ,71.62

590 1 .52758 127,.29 2 .182 297 .92 0,.0017801 0,.01711. 1,.567 ,01*953 1.00910 ,71.58 600 1 .50088 129,.76 2 .176 298,.16 0,.00171,63 ,01735 1 ,586 0,,05102 1.00891. ,71.55

TWO-PHASE BOUNDARY
350 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE VOLUME DEC R CU FT/LB

ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY DERIVATIVE DERIVATIVE ENERGY

CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R

VELOCITY

OF SOUND FT/SEC

98.330 0. 01225 2112. 21 100 0. 01228 2080. 01 105 a. 0121.0 1985. 39 110 0. 01252 1693. 1.0 115 0. 01261. 1803. 98 120 a. 01276 1717. 06 125 0. 01289 1632. 59 130 0, 01302 1550. 51 135 0. 01316 11.70. 71. 140 a. 01330 1393. 25

1<.5 0. 0131.'. 1317. 95 150 0. 01359 121.1.. 79

155 0.,01371. 1173. 71

16 0.,01390 1101..,65 165 0.,011.07 1037.,53 170 0.,011.21. 972.,30 175 0.,011. 1.2 908.,89 180 0. 011.61 81.7,,21. 185 0.,011.80 787,,29 190 0.,01501 728,,95

195 0.,01523 672,,17 200 0.,0151.6 616.,88 205 0,,01571 563, 01 210 0.,01597 510,,49 215 0,,01626 1.59, 2^ 220 0,,01657 1.09,,22 225 0.,01691 360,,33 230 0,,01730 312,,55 235 0.,01773 270,,90

21.0 0,,01822 221. ,18

245 0.,01880 179,,28 2i»6.196 0.,01696 169,,03 21.6.196 0,,16316 33., 7i» 250 0.,17103 37 ,80 255 0,,1801.9 1.2,,57 26 0,,18925 1.6 .87 265 0.,1971.8 50,.83 270 0,,20532 51. .53 275 0.,21281. 58 .02 280 ,22010 61 ,33 285 0,,22715 61.,.51 29 .231.00 67,.56

295 a..21.071 70,.51 300 .21.727 73,.37 310 0,,26005 76 .87

32 0,,2721.5 61.,, 11 330 .261.53 89 .15

31.0 0..29637 94,,02 350 .30796 98 .71. 360 .3191.2 103 .35 370 .33069 107 .85

38 .31.183 112 .27

390 .35285 116 .60

1.0 .36377 120 .86

1.10 .371.59 125 .06

1.20 .38532 129 .20

1.3 .39599 133 .29

It<t0 .1.0658 137 ,3<i

1.5 .1.1712 11.1 .31. 1.60 .1.2759 11.5 . 31

1.7 .1.3802 11.9 .25

1.80 .1.1.81.I 153 . 15

1.9 .1.5875 157 .02 500 .1.6905 160 .87 510 .1.7932 161. .70 520 .1.8955 168 .50 53 .1.9976 172 .28

51.0 .50991. 176 .05 550 .52009 179 . 7'i 56 .53021 183 .52 570 .51.032 187 ,2<i 580 .5501.0 190 .91.

590 .5601.7 19* .63 600 .57052 198 .30

318. 1 313.7

301.1

288.8

276.9

265.1.

251*.

21.3.1. 232.9

222.8

213.0 203.6

191.. i. 185.5 176.9

168.6

160.6

152.8

11.5.2 137. 8 130.7 123.7

116.9

110.2

103.6

97.1

90.7

81..

76.7

72.1.

1.6

1.6

1.5

l.l. 1.3

1.3

1.2

1. 1 1.1

1. 1

1.0

99

9693

90

8885

8381

,79

,77 75

,73

,72

,70 ,69

,67 ,66

,65

,63 0.62

0.61

-83.162

-82.501

-80.521.

-78.51.7 -76.570

-71.. 593 -72.616 -70.638

-68.658 -66.677

-6lt. 693 -62.705

-6 0.711. -58.717

-56.713

-51.. 702 -52.662

-50.652

-1.8.608

-1.6.51.9

-41.. 1.72 -1.2.371. -1.0.250 -38.096 -35.905

-33.669 -31.379

-29.019

-26.51.6 -23.972

-21.232

-20.51.5 26.239

29.1.33 30.865

32.186

33.1.27 34.607

35.739

36.833 37.894

38.929

39.942

40.934

42.871 44.756

46.599

48.406

50.190 51.948

53.686

55.408

57.116

58.810 60.494

62.169 63.835

65.494 67.147

68.794

70.436 72.074

73.709

75.341

76.970 78.598

80.224

81.848

83.472

85.096 86.719 88.342

69.966 91.591

-82.368

-81.705

-79.720 -77.735

-75.751 -73.766

-71.781

-69.794

-67 .806 -65.815

-63.822

-61.825

-59.823

-57.816

-55.602

-53.780

-51.748

-49.705

-47.649 -45.576

-43.485

-41.372

-39.232

-37.061

-34.851 -32.595

-30.282

-27.898

-25.398

-22.792 -20.013

-19.317

38.814 40.516

42.563

44.451 46.226

47.914

49.534

51.098

52.616

54.095

55.542

56.960 59.725 62.414

65.04C 67.616

70.150

72.650 75.119

77.563 79.984

82.386 84.772

87 .142 69.499

91 .845 94.180 96.506

98.825 101.136

103.441

105.740

108.035 110.326

112.613

114.898

117.179 119.459

121.737

124.014

126.290

128 .566

0.50177 0.50846

0.52783

0.54630 0.56394

.58084 0.59704

0.61263 0.62763

.64211

.65610 0.56964

.68276 0.69551

.70790

.71997

.73175

.74326

.75453 .76559 0.77645

0.78716

.79773

.80819

,81859

.82896 .83935

.84983 .86059

.67156

88302

66585 12203

12690

13700 14434

15110 15741

16336

1.6899 17437

18446

18923

19829 20683

21491

22260 22995 23699

24375 1.25027 1.25656

1.26264

1 .26853 1.27424 1.27979

1.28518

1.29043

1.29554

1.30053

1.30540 1.31015

1.31479 1.31934

1.32379

1.32814

1.33241

1.33660 1.34071 1.34474

1.34870

, 266 .265

,261 ,256

,252

. 249 0.245

0. 241 0.238

.235

, 232

. 229

,226 .224

,221

, 219 0.216

0.214

0.212

0.210 0.206

0.206 0.204

0. 202 0.200 0.198

0. 197 0.195

0.198

0. 197

196

196 199 194

168

184

181 178

176

174

172 171

169 168

167

165

164 163

162 161 161

160

160 159

159

159

159

158

158 158

156

15 8

158

15 8 15 8 158 158

158 158

159 159

159

0.397

0.397

.397

.397

.397

.397 .397 .397

.398 .398

0.399

0.400 0.401

402 404

405

407

410 413

416

420 425

431

438 446

456 469

485

511 542

0.576

0.587

0.470 0.429

0.392

0.365 0.346

0.330 0.318

0.308

0.300 0.292

0.2 66 0.281 0.272 0.265

0.260 0.255

0.252

0.248 0.246

0.243

.241 .239

.238 .236

.235 .234

.233

.232 0.231

0.231

230

230 229

229

229

228

228

228 228

228 1.35259

1.35642

. 159

0. 159 0.228

0.226

3820 3801 3744

3685

3626

3564 3502

3438

3374 3308

3241

3173

3103

3033

2962

2890

2 816 2742

2666

2589

2511

2431 2349

2265

2178 2088

1994

1895

1798 1690

1561 1531

608

622

640

655 671

684

697 709 721

732

743 753

773

792

810 826

843

859 874

903

917 930

944 957

969

962

994 1005 1018

1029

1041 1052 1063

1074

1084

1095

1105

1116 1126

1136

1145

TWO-PHASE BOUNDARY
350 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT

v\un/uv/p viur/uu#y -I lur/uyij 8TU/LB PSIA-SU FT/BTU PSIA(OV/DT^/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY OIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R L8/FT-S£C SQ FT/HR

x l?

PRANDTL NUMBER

98.330 81 65830 215 .37 111 .622 1721.79 .42 0016440 11176 42 113 00345 1.56942 5 3874

100 81 .1.0657 211. 32 11. .55 169326 .13 0018528 11128 40 778 00344 1.56739 5 2384

105 flO .6501.3 211 13 14 .329 160122 57 0018802 10979 37 052 00343 1.56132 4 8229

110 79 89008 207 90 14 .101 151263 .94 a 0019091 10622 33 700 a 00341 1.55523 4 4495

115 79 .12512 201. 61 13 .866 142739 97 0019397 10657 30 683 00339 1.54913 4 1138

120 78 35511 201 28 13 625 134540 53 0019723 10486 27 966 00337 1.54299 3 8119

125 77 57956 197 88 13 .378 126655 66 OG20070 10308 25 526 00335 1.53683 3 5403

130 76 79790 191. 1.2 13 125 119075 57 0020441 10125 23 328 00332 1.53064 3 2961

135 76 00955 190 90 12 868 111790 64 0020638 09938 21 349 00329 1.52440 3 0766

14 75 21381 187 31 12 .607 104791 41 0021264 09745 19 569 00325 1.51813 2 .8794

11.5 74 1.0991. 183 65 12 31.3 98068 61 0021724 09549 17 967 00322 1.51181 2 .7024

150 73 59707 179 92 12 075 91613 14 0022220 09349 16 52 4 00318 1.50544 2 5439

155 72 77424 176 10 11 805 85416 08 0022760 09145 15 226 00314 1.49901 2 4022

160 71 91.038 172 20 11 532 7 946 8 71 0023347 08939 14 057 00309 1.49251 2 2758

165 71 091.21. 168 21 11 258 73762 48 0023989 08730 13 004 00304 1.48593 2 1636

17 70 231.1.3 161. 12 10 982 68289 07 ll 0024694 06519 12 055 00299 1.47927 2 0645

175 69 35933 159 93 10 705 63040 33 0025472 06305 1 1 20 00294 1.47250 1 9776

18 68 1.6706 155 63 10 426 58008 36 0026335 08090 i

:

429 00288 1.46563 1 9021 185 67 5551.8 151 21 10 147 53185 46 0027298 07872 9 733 00282 1.45863 1 .8373

19 66 62203 11.6 67 9 866 48564 18 0028379 07653 9 105 00276 1.45148 1 7828

195 65 56370 11.1 98 9 564 44137 34 0029603 c 07432 6 537 00269 1.44417 1 7383

200 61. 67690 137 15 9 299 39898 07 0030998 07208 8 023 00262 1.43667 1 .7036 205 63 65725 132 16 9 012 35839 79 0032605 06983 7 557 00255 1.42894 1 6788

210 62 5991.0 126 98 8 720 31956 37 0034475 06755 7 133 00246 1.42095 1 .6643 215 61 1.9661 121 60 8 421 28242 .17 C036683 06524 6 747 .00238 1.41266 1 .6607 220 60 31.030 115 99 8 114 24692 24 0039328 06289 6 393 .00226 1.40400 1 ,6693 225 r-9 11924 110 13 7 .794 21302 61 0042561 06050 6 067 00216 1.39489 1 .6921 230 57 81826 103 07 7 455 18070 90 0046607 05806 5 783 00207 1.36522 1 .7375 235 56 1.1389 99 26 7 032 15282 42 0051521 05554 5 546 00193 1.37484 1 .8383

21.0 51. 8951.7 92 15 6 690 12306 22 a 0058857 05296 6 300 00178 1.36368 1 .9541

21.5 53 19038 81. 30 5 235 9535 95 0068300 05022 5 035 00164 1.35122 2 .0783

21.6.196 52 71.729 82 1.5 6 133 8915 81 0071236 04953 4 968 00160 1.34799 2 1208

21.6.196 6 12899 35 itjQ 2 250 206 79 0132680 c 01184 991 00411 1.03686 1 .4148

250 5 81.708 37 00 2 260 221 03 0115870 01160 967 00463 1.03514 1 3134

255 5 51.050 38 96 2 270 235 85 0100509 01143 966 00527 1.03328 1 2160

260 5. 281.11. 1.0 79 2 277 247 67 0089543 r 01134 987 00586 1.03173 1 1444

265 5 06373 1.2 5 it 2 282 257 3 9 0081241 01131 990 00646 1.03039 1 0895

270 4 8701.2 44 21 2 286 265 58 0074692 01130 994 00702 1.02922 1 0464

275 i. 69833 1.5 81. 2 289 272 58 0069366 01131 a 999 00757 1.02817 1 .0116

28 l. 51.335 1.7 1.3 2 290 278 66 0064930 01134 i 005 00610 1.02724 9831

285 1. 1.021.7 1.8 97 2 291 284 00 0061165 01137 l 012 00862 1.02638 .9593

29 l. 2731.2 50 1.9 2 292 288 73 0057919 01142 i 019 00913 1.D2560 9394

295 i». 151.1.1. 51 98 7 292 292 95 0055085 01147 i 026 00964 1.02489 9220

300 4 01.1.16 53 1.5 2 292 296 74 0052564 01153 l 034 01015 1.02422 .9070

310 3 81.51.1 56 33 2 290 303 28 0048354 01167 l 050 01114 1.02302 .8823 320 3 6701.3 59 13 2 288 308 72 0044897 01183 i 067 01214 1.02197 .8627

33 3 511.51 61 89 2 285 313 31 0042005 01199 l 085 01313 1.02103 8468

3i*0 5 371.20 61. 59 7 283 317 23 0039539 01217 l 104 01412 1.02018 8337

35 3 21.693 67 26 2 279 320 62 0037406 01236 i 122 01513 1.01941 8226

36 3 13071 69 88 2 276 323 56 0035537 u 01255 l 141 01614 1.0 1871 8131

370 3 02395 72 1.8 2 273 326 14 0033883 01274 i 161 01716 1.01607 .8054

380 2 9251.1 75 05 2 270 328 42 0032405 01293 l 180 0181 f

.

1.01748 .7987

390 2. 831.05 77 60 ? 267 330 44 0031075 01313 l 199 01922 1.01693 .7928

1.0 2 71.902 80 12 2 264 332 24 0029870 01333 l 219 02027 1.01642 7876

1.10 2 66961 82 63 7 261 333 85 0028771 01354 l 239 02133 1.01594 7830

i»2 2. 59522 85 12 2 256 335 30 0027765 01374 l 258 02241 1.01550 7789

i*30 ? 52531. 87 60 2 254 336 61 0026838 01395 l 278 02350 1.01508 7752

!»i.O 2 1.5953 90 07 2 251 337 79 0025981 01416 l 297 02460 1.01468 7719

1.5 2 3971,2 92 53 2 246 338 86 0025186 01437 l 317 02571 1.01431 7689

i*6 2. 33866 9". 99 2 245 339 84 0. 0024446 01458 l 336 02684 1.01396 7662

1.70 2 28298 97 1.3 2 242 340 73 0023755 01479 i 355 02798 1.01362 7638

1.80 2. 23012 99 88 2 238 341 54 0. C023108 01500 l 375 02913 1.01331 7616

1.90 2. 17985 102 32 2 235 342 29 0. 0022499 01520 i 394 03030 1.01301 1) 7597

500 2 13197 101. 76 2 231 342 96 0. 0021927 01541 l 413 03147 1.01272 7580

510 2 08630 107 20 2 228 343 61 0021387 01561 l 432 03264 1.01245 7570

520 2. 01.268 109 61. 2 224 344 19 0020876 01582 l 451 03384 1.01218 .7554 530 2 00097 112 09 2 220 344 73 0. 0020392 01604 l 469 03506 1.01193 7540

51.0 1 96103 111. 53 2 216 345 23 0019932 01625 l 488 03629 1.01170 .7528

550 1 92275 116 99 2 212 345 70 0019495 01646 l 507 03753 1.01147 7518

560 1 88603 119 44 2 208 346 13 0019079 01666 l 525 03877 1.0 1125 .7509

570 1. 85076 121 90 7 203 346 53 0018683 01687 l 544 04003 1.01103 7501

580 1 81685 121. 37 2 199 346 91 0016304 01708 l 562 04130 1.01083 7495

590 1 781.22 126 85 7 194 347 26 0017941 01729 l 580 04257 1.01064 7489

60 1. 75280 129 33 2 190 347 58 0017595 01749 l 598 04386 1.01045 7485

THO-PHASE BOUNDARY 63
THERMODYNAMIC PROPERTIES OF OXYGEN

400 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c

v Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 98.1.01 0.01221. 2115.30 318.1 -83.151. -82.21.7 0.50185 0. 266 0.397 3822

10 0.01228 2001.. 50 313.9 -82.522 -81.612 0.50825 0. 265 0.397 3804

105 0.0121.0 1989.95 301.3 -80.51.5 -79.628 0.52762 0. 261 0.397 3 747

110 0.01251 1898.01. 289.0 -78.571 -77.61.1. .54608 0. 256 0.397 3689

115 0.01263 1808.69 277.1 -76.596 -75.660 0.56371 0. 252 0.397 3629

120 0.01276 1721.85 265.6 -71.. 621 -73.676 0.58060 c. 249 0.397 3568

125 0.01288 1637.1.6 251.. i, -72.61.5 -71.691 0.59681 a. 245 0.397 3506

130 0.01302 1555.1.6 21.3.7 -70.670 -69.705 0.61238 0. 242 0.397 3 442 135 0.01315 11.75.78 233.2 -68.692 -67 .718 0.62738 0, 23 8 0.398 3378

140 0.01329 1398.38 223.1 -66.713 -65.729 0.64185 0. 235 0.398 3312

11.5 0.0131.3 1323.18 213.3 -61.. 732 -63 .737 0.65583 0. 232 0.399 3245

150 0.01358 1250.12 203.9 -62.71.7 -61.71.1 0.66936 0, 229 0.399 3177 155 0.01373 1179.li. 194.7 -60.758 -59.71.1 0.63247 0, 226 0.400 3108

160 0.01389 1110.19 185.8 -58.761. -57.735 0.69521 0.,224 0.402 3038

165 0.011.06 101.3.19 177.3 -56.761* -55.723 0.70759 0., 221 0.403 2967

17 0.011.23 978. 08 169.0 -51.. 757 -53.703 0.71965 0,,219 0.405 2 896 175 0.011.1.1 911.. 81 160.9 -52.71.1 -51.671. 0.73141 0,,216 0.407 2823

180 0.011.59 853.30 153.1 -50.715 -1.9.631. 0.74291 0,,214 0.409 2749

185 0.011.79 793.1.9 11.5.6 -1.8.676 -U7.581 0.75416 0,,212 0.412 2673

190 0.011.99 735.32 138.2 -1.6.623 -1.5.512 0.76520 0,, 21TJ 0.415 2597

195 0.01521 678.71 131.1 -1.1.. 552 -1.3.425 0.77604 0.,208 0.419 2519

200 0.0151.1. 623.61 121..

-1.2.1.61 -1.1.317 0.78672 0., 206 0.424 2 440 205 0.01569 569.95 117.1. -1.0.31.5 -39.183 0.79726 0,, 204 0.430 2359

210 0.01595 517.66 110.7 -3 8.201 -37.019 0.80769 0., 20 2 0.436 2276

215 0.01623 1.66.67 101..

-36.021 -31.. 819 0.81804 0,, 20 0.444 2190

22 0.01651. 1.16.92 97.7 -33.799 -32.571. 0.82836 0., 198 0.454 2102

225 0.01688 368.36 91.1. -31.521. -30.275 0.83869 0,.197 0.466 2 09 230 0.01725 320.95 85.0 -29.185 -27.908 0.84909 0.,195 1.481 1912 235 0.01767 278.91. 79.1. -26.737 -25.1.29 0.85976 0,, 199 0.506 1815

21.0 0.018H. 233.57 73.3 -21.. 199 -22.855 .87059 0., 197 0.533 1711

21.5 0.01870 189.26 66.2 -21.509 -20.124 0.88186 0. 196 0.564 1587

250 0.01939 145.19 58.6 -18.619 -17.183 0.89374 0,,197 0.609 1443

* 251.575 0.01961. 130.85 56.9 -17.61.7 -16.192 0.89769 0. 197 0.641 1405

* 251.575 0.13903 29.78 3.3 27.61.5 37.943 1.11293 0,,204 0.536 602 255 0.11.601 33.96 3.1 28.862 39.677 1.11978 0,,196 0.480 617

260 0.1551". 39.29 2.8 30.1.1.6 41.938 1.12856 0.,192 0.428 637 265 0.1631.3 1.1.. 01 2.6 31.878 43.983 1.13635 0,,187 0.393 654

27 0.17113 1.8.31 2.5 33.203 45.879 1.14344 0. 183 0.367 669 275 0.1781.0 52.28 2.3 31.. 1.51 47.665 1.15000 0,, 180 0.348 684

280 0.18533 56.01 2.2 35.61.0 49.367 1.15613 0,,178 0.333 697 285 0.19198 59.53 2.1 36.781 51.001 1.16192 0,,175 0.321 710 290 0.1981.0 62.88 2.0 37.881. 52.580 1.16741 0,,174 0.311 722

295 0.201.61. 66.10 1.9 38.956 54.113 1.17265 0,,172 0.303 734

30 0.21072 69.20 1.9 1.0.000 55.608 1.17766 0,,171 0.295 745 310 0.2221.7 75.10 1.7 1.2.021. 58.502 1.18717 0,,168 0.284 765

32 0.23379 80.69 1.6 1.3.979 61.295 1.19604 ,167 0.275 786

33 0.21. 1,77 86.02 1.6 1.5.880 64.010 1.20439 0,,165 0.266 804

31.0 0.2551.7 91.11. 1.5 1.7.739 '6.661 1.21230 0,, 164 0.262 822

35 0.26591. 96.09 l.i. 1.9.563 o9.261 1.21984 0,,163 0.258 839 360 0.27622 100.90 1.3 51.358 71.817 1.22704 0,,162 0.254 855 370 0.28633 105.59 1.3 53.129 74.337 1.23395 a.,162 0.250 871 380 0.29629 110.16 1.2 51.. 880 76.826 1.24058 0,,161 0.247 886

390 0.30611. Hi.. 61. 1.2 56.613 79.289 1 .24698 0,, 16 0.245 901

1.00 0.31587 119.01. 1.2 58.332 81.728 1.25316 0.,160 0.243 915

1.10 0.32550 123.36 1.1 60.037 84.147 1.25913 0., 160 0.241 929

1.2 0.33505 127.62 1.1 61.731 86.548 1.26491 0,, 159 0.239 942

1.30 0.31.1.53 131.82 1.0 63.1.11. 68.933 1.27053 0,,159 0.238 956

1.1.0 0.35393 135.97 1.0 65.090 91.305 1.27598 0,,159 0.237 968

1.5 0.36327 11.0.07 0.99 66.757 93.664 1.28128 ,159 0.235 981

1.60 0.37255 li.it. 13 0.96 68.1.18 96.013 1.28644 ,159 0.234 994

1.7 0.38179 11.8.11. 0.91. 70.073 98.352 1.29147 0,,158 0.233 1006

1.8 0.39098 152.13 0.91 71.723 100 .663 1.29638 0,,158 0.233 1018

1.90 0.1.0012 156.07 0.89 73.369 103.006 1.30117 0,,158 0.232 1029

500 0.1.0923 159.99 0.87 75.011 105.322 1.30585 0,,158 0.231 1041

510 0.1.1830 163.88 .85 76.650 107.633 1.31043 0. 158 0.231 1052

520 0.1.2731. 167.75 0.83 78.286 109.939 1.31490 0.,158 0.230 10 63 530 0.1.3631. 171.59 0.81 79.920 112.240 1.31929 0.,158 0.230 1074

51.0 0.1.1.532 175.1.1 0.79 81.553 114.537 1.32358 0,,158 0.230 1085

550 0.1.51.28 179.21 0.78 83.181. 116.832 1.32779 0,, 159 0.229 1096

560 0.1.6321 183.00 0.76 84.811. 119.124 1.33192 0.,159 0.229 1105

570 0.1.7211 186.76 0.75 86.1.1.1. 121.413 1.33597 0., 159 0.229 1116

580 0.1.8100 190.51 0.73 88.073 123.701 1.33995 0.,159 0.229 1127

59 0.1.8987 191.. 25 0.72 69.703 125.987 1. 34386 0,, 159 0.229 1137

600 0.1.9871 197.97 0.70 91.333 126.273 1.34770 0,,159 0.229 1147

THO-PHASE BOUNDARY
1.00 PSIA ISOBAP

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

D£G. R LB/CU FT

VIDP/DU)., -V(DP/DV)T BTU/LB PSI»-;U FT/6TU PSIA(OV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY OIFFUSIVITY CONSTANT DEC R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 105

PRANOTL

NUMBER

9b.<t0l ei .67126 215 .65 14 .620 172759 .53 0018412 .11179 42 163 00345 1.56952 5 .3937 100 81 .43058 214 64 14 .551 169741 88 0018496 11133 40 904 00344 1.56759 5 2508

105 80 .67558 211 47 14 .331 160540 57 0016767 10985 37 170 ,00343 1.56152 4 8344

110 79 .91646 208 .25 14 .103 151684 .27 0019053 10828 33 810 00341 1.55545 4 4602

115 79 .15280 204 98 13 .868 143162 69 0019356 10664 3 787 00340 1.54935 4 1237

12 78 .38419 201 65 13 .626 134965 .72 0019679 10493 28 066 00337 1.54322 i 6211

125 77 .61014 198 27 13 .380 127083 .41 0020022 10316 25 617 00335 1.53707 3 .5489

130 76 .83010 194 83 13 .127 119505 .97 a 0020368 .10134 23 414 00332 1.53089 3 .3041 135 76 .04349 191 33 12 .871 112223 79 0020761 09946 21 431 00329 1.52467 3 ,0839

140 75 .24964 167 .75 12 .610 105227 42 0021202 09755 19 645 00326 1.51841 2 ,8862

11.5 74 44780 184 11 12 .346 98507 60 0021655 09559 18 039 00322 1.51211 2 7087

150 73 63715 180 40 12 .078 92055 24 0022145 09359 lb 592 00318 1.50575 2 ,5496

155 72 81674 176 60 11 .809 85861 45 0022677 09157 16 290 00314 1.49934 2 4074

16 71 98553 172 72 11 .537 79917 51 0023255 1 '!')<i 14 117 00310 1.49286 2 .2805 165 71 14230 168 75 11 .26 3 74214 90 0023887 08743 13 061 00305 1.48630 2 .1678

170 70 28570 164 69 10 .988 68745 31 0024580 o 03532 1 2 109 ,00300 1.47966 2 .0682 175 69 41416 160 53 10 .712 63500 64 0025343 08320 11 251 00295 1.47293 1 9807

180 68 52587 156 26 10 .435 58472 99 0026190 08105 1 D 478 .00289 1.46608 1 .9046 185 67 61874 151 67 10 .157 53654 73 0027133 .07886 9 760 00283 1.45911 1 8392

190 66 69032 147 37 9 .678 49036 44 0028190 07670 9 150 00277 1.45200 1 .7840

195 65 73773 142 73 9 .598 44617 00 0029383 07450 ft 580 00270 1.44473 1 .7387

20 64 75751 137 94 9 .316 40383 5 ! 0030741 07227 8 064 00263 1.43728 1 .7032 205 63 74552 132 99 9 .031 36331 7 4 0032300 ,07003 7 596 .00256 1.42961 1 ,6774

210 62 69666 127 87 6 .742 32455 39 0034110 06777 7 171 00248 1.42169 1 ,6616 215 61 60461 122 56 8 .448 26749 .03 0036236 06547 6 784 ,00239 1.41347 1 .6565 220 60 46135 117 03 S .146 25207 62 0038772 .06315 6 429 00230 1.40490 1 .6631

22 5 59 25648 111 26 7 .832 21627 96 0041850 06078 6 103 00220 1.39591 1 ,6831 230 57 97612 105 21 7 .501 18607 18 0045671 05837 5 812 00210 1.38639 1 .7225 235 56 59577 100 53 7 .071 15786 56 005C320 05568 5 578 .00195 1.37619 1 .8179

2".0 55 11354 93 74 5 739 12872 82 0056914 n 05334 5 337 00181 1.36528 1 9215

245 53 46175 86 19 D .310 10118 04 0065449 05066 5 078 00166 1.35320 2 0355

250 51 57749 77 73 5 784 7488 3." 1) 0078302 04781 4 797 00152 1.33950 2 1988 251.575 50 91372 75 11 5 .673 6662 1

ft 0065382 04685 4 702 00143 1.33470 2 .3172 251.575 7 19257 34 65 2 .258 214 21 0154706 01312 1 058 00340 1.04335 1 5561

255 6 84895 36 23 2 .270 232 56 0132637 01271 1 050 00366 1.04125 1 4295

26 6 44581 38 32 2 282 253 26 0111597 01236 1 044 00448 1.03879 1 3008

265 6 11879 40 26 ? .292 269 31 0097492 01216 1 042 00506 1.03680 1 2106

270 5 84334 42 C9 2 298 262 28 0067246 01205 1 042 00561 1.03512 1 .1436 275 5 60535 43 84 2 303 293 06 0079402 01198 1 044 00614 1.03368 1 0920

280 5 39588 45 53 2 306 302 20 0073161 01195 1 047 00665 1.03240 1 0510

285 5 20892 47 16 2 309 310 08 0068051 01194 1 051 00714 1.03127 1 0177

290 5 04020 48 76 2 310 316 95 0063774 01194 1 056 00762 1.03025 9904

295 4 88658 50 32 2 311 323 01 0060130 01196 1 062 00809 1.02931 9670

300 4 74568 51 85 2 311 328 40 0C56978 01200 1 068 00856 1.02846 .9471 310 4 49499 54 84 2 310 337 58 0051778 01209 1 082 00947 1.02694 9149

320 4. 27732 57 74 2 308 345 12 0047641 01221 1 097 01038 1.02563 8899

33 4 08546 60 58 2 305 351 42 0044251 01235 1 113 01126 1.02447 6700

31.0 3 91432 63 36 2 .302 356 76 0041410 c 01251 1 130 01218 1.02344 8537

350 3. 76021 66 09 2 298 361 34 0038966 01267 1 148 01308 1.02251 c 8401

36 3 62032 68 79 2 295 365 30 0036667 01285 1 166 01399 1.02166 8286

37 3 49249 71 44 2 291 368 76 0035047 01302 1 164 01489 1.02089 8194

38 3 37502 74 06 2 287 371 11 0033417 01320 1 202 01581 1.02019 6113

390 3. 26652 75 66 2 264 374 48 0031961 01339 1 221 01673 1.01953 8043

1*00 3 16587 79 23 2 280 376 66 0030651 01358 1 240 01766 1.01893 7980

1.10 3 07216 81 78 2 277 378 99 0029464 01377 1 259 01661 1.01836 u 7926

1.20 2 98460 84 31 2 273 380 90 0028382 01397 1 277 01956 1.0 1784 ,7877

43 2 90254 86 83 2 .270 382 62 0027390 01417 1 296 02053 1.01734 7833

1.1.0 2 82543 89 33 2 266 384 17 0026478 01437 1 315 02150 1.01688 7794

1.50 2. 75277 91 62 2 .26 3 385 58 0. 0025634 01457 1 334 02249 1.01644 7759

46 2 68417 94 30 2 .259 3 86 66 0C24852 01477 1 353 02349 1.01603 7728

470 2. 61925 96 78 2 .256 386 03 0024123 01498 1 372 02449 1.01564 7699

480 2 55770 99 25 2 252 369 09 0G23443 01518 1 391 02551 1.01527 n 7674

49 2 49924 101 71 2 248 390 07 0, 0022806 c 01539 1 410 02654 1.01492 7651

500 2 44363 104 18 2 245 390 96 0. 0022207 01559 1 428 02756 1.01459 7631

510 2. 39064 106 64 2 241 391 79 0, 0021644 01578 1 447 02860 1.01427 7616

52 2 34006 109 10 2 237 392 55 0. 0021113 01599 1 466 02967 1.01397 7600

530 2. 29177 111 56 2 233 393 25 0020610 '0 01620 1 484 03074 1.01368 7584

54 2 24556 114 03 2 229 393 90 0020134 01640 1 502 03182 1.01340 7569

55 2 20130 116 50 2 224 394 50 0019682 01661 1 521 03291 1.01313 7556

560 2 15887 116 97 2 220 395 C7 0019253 01682 1 539 03401 1.01288 7545

570 2 11814 121 45 2 215 395 59 0. 0018844 01702 1 557 03512 1.01264 7536

580 2. 07901 123 93 2 211 396 07 0. 0018454 01723 1. 575 03623 1.01240 7527

590 2. 04138 126 42 2 206 396 53 0018081 01743 1 593 03736 1.01218 7520

600 2 00516 128 91 2 201 396 95 a 0017725 01764 1 611 03849 1.01196 7515

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGtN

1.50 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM

DERIVATIVE

ISOCHORE DERIVATIVEINTERNAL

ENERGY ENTHALPY ENTROPY c V Cp VELOCITY

OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L3 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

98.1.72 0.01221. 2118.1.0 316. 1 -83.147 -82.126 0.50193 0. 266 0.397 3824

100 0.01228 2088.98 311..

-82.543 -81.520 0.50804 0. 265 0.397 3807

105 0.01239 1991*. 51 301.5 -80.568 -79.536 0.52740 0. 261 0.397 3750

110 0.01251 1902.66 269.2 -78.594 -77.552 0.54566 0,,257 0.397 3692

115 0.01263 1813.39 277.3 -76.621 -75.569 0.56349 0. 253 0.397 3632

120 0.01275 1726.63 265.8 -74.648 -73.586 0.58037 0, 249 0.397 3572

125 0.01288 161*2.32 251..

-72.675 -71.602 0.59657 0,,245 0.397 3509

130 0.01301 1560.1.0 21.3.9 -70.701 -69.617 0.61213 0.,242 0.397 3 446 135 0.31311* 11*80 .81 233.5 -68.726 -67.631 0.62713 0,,238 0.397 3382

11.0 0.01328 li.03.50 223.1. -66.749 -65.642 0.64159 0,, 235 0.398 3315

11.5 0.0131.3 1328.39 213.6 -64.770 -63.651 .65556 0.,232 0.398 3250

150 0.01357 1255.1.3 204.2 -62.788 -61.657 0.66908 0,,229 0.399 3182

155 0.01373 1181*. 56 195.0 -60.802 -59.658 0.68219 0.,227 0.400 3113

16 0.01388 1115.71 186.2 -58.811 -57.654 0.69491 .224 0.401 3044

165 0.011.05 101.8.83 177.6 -56.815 -55.644 0.70726 0,,221 0.403 2973

170 0.011.22 983.85 169.3 -54.811 -53.626 0.71933 0,.219 0.404 2901

175 0.011.39 920.70 161.3 -52.799 -51.600 0.73108 0,,217 0.406 2829

160 0.011.58 859.33 153.5 -50.777 -49.562 0.74256 0,,214 0.409 2755

185 0.011.78 799.66 11*6.0 -48.743 -47.512 0.75379 .212 0.411 2660

190 0.011.98 71.1.65 138.6 -46.696 -45.447 0.76481 0..210 0.415 2605

195 0.01520 685.22 131.5 -44.631 -43.365 0.77563 0,, 208 0.416 2527

200 0.0151.2 630.30 121..

-42.547 -41.262 0.78628 0,,206 0.423 2 449 205 0.01567 576. 81* 117.8 -40.439 -39.134 0.79679 0., 20 4 0.426 2369

210 0.01593 521*. 77 111.2 -38.304 -36.977 0.80719 0,.202 0.435 2287

215 0.01620 474.03 101..

-36.135 -34.785 0.81750 .200 0.442 2202

220 0.01651 i*2<*. 56 98.3 -33.926 -32.550 0.82778 0,, 199 0.451 2115 225 0.01681. 376.30 92.0 -31.667 -30.264 .83805 0., 197 0.463 2024

230 0.01720 329.23 85.7 -29.348 -27.914 0.64837 0,,195 0.477 1929

235 0.01761 286.90 60.1 -26.923 -25.455 0.85895 0..199 0.501 1831

21.0 0.01808 21.3.22 73.6 -24.415 -22.908 0.86967 .197 0.520 1724

21.5 0.01862 198.90 67.2 -21.774 -20.222 .68075 0,, 196 0.554 1612

250 0.01926 155.83 60.0 -18.955 -17.349 0.89236 . 196 0.594 1478

25 5 0.02009 112.25 51.3 -15.858 -14.184 0.90489 0., 198 0.644 1302

* 256.1.85 0.02039 100 .35 51.1. -14.850 -13.151 0.90693 0..198 0.719 1298

* 256.1.85 0.11970 25.69 1*. 26.885 36.860 1. 10397 0,, 209 0.625 596

26 0.12691 30.57 3.6 28.316 38.891 1.11184 ,202 0.538 614 265 0.13582 36.1.7 3.3 30.066 41.384 1.12134 0..195 .465 635

270 0.11.375 1.1.59 3.0 31.611 43.589 1.12958 0,. 190 0.420 653 275 0.15102 1*6.19 2.8 33.022 45.606 1.13698 0,,185 .388 670 280 0.15783 50.1.2 2.7 34.335 47.488 1.14377 , 182 0.365 685 285 0.161.27 51.. 35 2.5 35.580 49.268 1.15007 0.,179 0.347 699

290 0.1701.1. 58.06 2.1. 36.767 50 .969 1.15598 0,, 177 0.333 712

295 0.17637 61.58 2.3 37.909 52.606 1. 16156 0,,175 0.322 725

30 0.18211 61. . 91* 2.2 39.015 54.190 1.16690 0.,173 0.312 737

310 0.19312 71.29 2.1 41.139 57.231 1.17688 ,170 0.297 759

320 0.20361. 77.21. 1.9 43.173 60 .142 1.18612 0,. 168 0.286 780 330 0.21378 82.86 1.6 45.139 62.953 1.19477 0,.166 0.277 799

31.0 0.22363 88.27 1.7 47.052 65.686 1.20293 .165 0.270 818 350 0.23322 93.1.6 1.6 48.922 66.355 1.21067 0..164 0.264 835 360 0.21.260 98.1.7 1.6 50.757 70.972 1.21604 .163 0.259 852

37 0.25182 103.31. 1.5 52.562 73.546 1.22509 0,.162 0.255 863 380 0.26088 108.08 1.4 54.344 76.082 1.23166 .162 0.252 884

39 0.26980 112.71 1.4 56.105 78.587 1.23836 . 161 0.249 899

1.00 0.27862 117.25 1.3 57.847 61.064 1.24463 0,. 161 0.246 913

1.10 0.28731. 121.70 1.3 59.575 63.518 1.25069 0,, 160 0.244 927

1.2 0.29596 126.07 1.2 61.288 85.951 1.25656 ,160 0.242 941

1.30 0.301.51 130.36 1.2 62.991 88.365 1.26224 0,. 159 0.241 955

1.1.0 0.31299 131.. 63 1.2 64.682 90.763 1.26775 ,159 0.239 968

1.50 0.3211.0 138. 62 1.1 66.365 93.147 1.27311 0,,159 0.238 981

1.60 0.32976 11.2.97 1.1 68.040 95.519 1.27832 0.,159 0.237 993

1.70 0.33807 11.7.07 1.1 69.706 97.879 1.28340 0,,159 0.235 1006

1.80 0.31.632 151.13 1.0 71.370 100 .229 1.25834 0,,159 0.235 1018

1.90 0.351.51. 155.15 1. 73.027 102.570 1.29317 0.,159 0.234 1029

50 0.36272 159.11. 0.99 74.680 104.904 1.29789 0.,158 0.233 1041

510 0.37085 163.09 0.96 76.328 107.231 1.30249 0,,156 0.232 1053

520 0.37896 167.02 0.94 77.974 109.552 1 .30700 0,,158 0.232 1064

530 0.38701. 170.92 0.92 79.616 111.867 1.31141 0,,159 0.231 1075

51.0 0.39508 171.. 80 0.90 81.257 114.178 1.31573 0.,159 0.231 10 86 55 0.<*0311 178.66 0.68 82.895 116.485 1.31996 0.,159 0.231 1097

56 0.1.1110 182.1.9 0.86 84.532 118.789 1.32411 0,, 159 0.230 1107

570 0.1.1908 186.31 0.84 86.169 121.090 1.32819 0,,159 0.230 1118

580 0.1*2703 190.10 0.83 87.604 123.388 1.33218 0,,159 0.230 1128

590 0.1*31.97 193.88 0.81 39.440 1 2 5 . 68 5 1.33611 0,, 159 0.230 1138

60 0.1.1.288 197.65 0.80 91.075 127.980 1.33997 ,159 0.229 1146

TWO-PHASE BOUNDARY
450 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT

(DH/DVlp V(DP/OU)

v -V(DP/OV)T

-

3TU/LB PSIA-;u FT/BTU PSIA

(DV/DTyV THERMAL VISCOSITY THERMAL OIELECTRIC

CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R L8/FT-S£C SQ FT/HR

X ltT

PRANDTL

NUMBER

98. 472 81 681.21 215 92 11. 619 173039 49 0018384 11182 4 2 254 00345 1.56962 5. 4000

100 81 1.51*51* 211. 97 11. 553 170157 27 0018463 11136 41 029 U 00345 1.56778 5 2632

105 60 70068 211 80 11* 332 160958 18 0016732 10990 37 288 00343 1.56173 4 8460

110 7H 91.277 208 60 1'* 101. 152104 17 0019015 10834 37 921 00342 1.55566 4 4710

115 79 1801*1 205 34 13 869 143584 96 0019316 10670 30 891 00340 1.54957 4 1337

120 78 i*1319 202 03 li 628 135390 43 0. 0019635 10500 28 164 00338 1.54345 3 8304

125 77 64063 198 66 13 381 127510 64 0019974 10324 25. 709 00335 1.53731 3 5575

130 7 6 86219 195 24 13 129 119935 81 0. 0020337 10142 23 500 00332 1.53114 3 3120

135 76 07731 191 75 12 873 112656 37 0020724 09955 21 512 00329 1.52494 3 0913

140 75 28533 188 19 12 613 105662 78 u 0021140 09764 19 722 00326 1.51870 2 8930

11.5 74 1*8551 181* 57 12 349 98945 88 0. 0021588 09569 18 111 00322 1.51241 I 7149

15 73 67706 180 87 12 082 92496 58 0022071 09370 16 660 00319 1.50607 z 5553

155 72 85905 177 10 11 613 86305 99 0022595 09168 15 354 00314 1.49967 2 4126

160 72 0301*5 173 2i* 11 541 80365 40 0023164 08963 14 178 00310 1.49321 2 2852

165 71 19010 169 30 11 269 74666 32 0023786 08756 13 118 00305 1.48667 2 1720

170 70 33667 165 26 10 .994 69200 46 0024467 08546 12 164 00300 1.46006 2 0719

175 69 1*6861* 161 13 10 719 63959 74 0025217 08334 11 303 00295 1.47335 1 9638

180 68 581*26 156 89 10 444 58936 29 0026047 08120 10 527 00290 1.46653 1 9071

185 67 68151 152 53 10 167 54122 52 0026970 07904 9 826 00284 1.45959 1 8411

190 66 75803 148 06 9 .890 49511 04 0028004 07687 9 194 00278 1.45252 1 7853

195 65 81105 11.3 1.6 9 611 45094 6 n 0029168 07468 8 622 00271 1.44529 1 7393

200 61* 83726 138 72 9 .332 40867 02 0030490 07247 8 105 00264 1.43768 1 7029

205 63 83272 133 82 9 .050 36821 31 0032004 07024 7 635 00257 1.43027 1 6761

210 62 79259 128 76 8 .764 32951 70 0033755 06798 7 209 00249 1.42241 1 6591

215 61 71092 123 51 8 474 29252 75 0035806 06571 6 820 00241 1.41427 1 6525

22 60 58019 118 05 8 .177 25719 76 0038239 06340 6 465 .00232 1.40579 1 6572

225 59 39077 112 37 7 870 22349 02 0041175 06106 6 139 00222 1.39691 1 6746

230 58 12993 106 1*3 7 .546 19138 33 0044790 05867 5 840 .00212 1.38753 1 7083

235 56 77251 101 78 7 .109 16288 28 0049196 05621 5 609 00198 1.37749 1 .7986

21.0 55 32081 95 18 D 740 13455 13 a 0054672 05371 5 372 00187 1.36680 1 8737

21.5 53 7191*0 87 97 6 379 10684 64 0062940 05109 5 120 00172 1.35506 1 9975

25 51 91188 79 98 5 .895 8089 58 0074230 [1 04832 4 648 00157 1.34192 2 1445

255 1*9 78569 70 17 5 212 5588 49 0091757 04530 4 546 00141 1.32656 2 3259

256.1.85 1*9 05332 68 79 5 285 4922 58 0104502 04431 4 445 00126 1.32130 2 5 961

256.1.85 8 351.18 33 87 2 .266 214 64 0184642 01463 1 129 00280 1.05047 1 7370

260 7 87960 35 63 2 281 240 90 0151034 01390 1 115 00328 1.04756 1 5543

265 7 36268 37 87 2 297 268 50 0122881 01332 1 103 00389 1.04439 1 3874

27 6 95660 39 90 2 .308 289 32 0105232 01299 1 097 00445 1.04191 1 ,2763 275 6 6211.6 1.1 81 2 316 305 85 0092928 01279 1 094 00497 1.03986 1 1964

280 6 33598 43 62 2 .321 319 43 0083764 01266 1 093 00547 1.03812 1 ,1360 285 6 08738 45 35 > 325 330 65 0076620 01258 1 094 00594 1.03661 1 0886

290 5 86730 1.7 04 2 .328 340 64 0070662 01252 1 097 .00640 1.03527 1 0510

295 5 67001 1.8 67 2 329 349 14 0. 0066101 01250 1 101 00685 1.03407 1 0194

300 5 1.9133 50 27 2 .330 356 61 C062083 01250 1 10 5 00729 1.03296 .9931

310 5 17820 53 37 2 329 369 15 0055643 01254 1 116 00815 1.03108 9514

32 i* 91061 56 38 2 327 379 30 0050673 01262 1 128 .00699 1.02946 .9199

330 i* 67760 59 31) 2 324 387 68 0046693 01272 1 143 00982 1.02805 8952

31.0 i* 1*7175 62 16 2 321 394 72 0043417 01265 1 158 .01065 1.02680 8752

350 1* 28782 64 96 2 317 400 72 0040663 01300 1 174 01148 1.02569 .6588

36 i* 12193 67 7Z Z 313 405 68 0038307 01315 1 190 01230 1.02469 6450

370 3 97117 70 1.3 2 .309 410 37 0036263 01331 1 20 7 01313 1.02378 .8340

380 3 83325 73 10 2 305 414 29 0034468 01348 1 225 01395 1.02295 8244

390 3 70638 75 75 2 301 417 75 0032877 01365 1 243 .01479 1.02218 .8161

1.00 3 58911 78 36 z 297 420 81 0031455 01383 1 261 01563 1.02147 8089

1.10 3 1*8023 80 95 2 .293 423 53 0030173 01401 1 279 01648 1.02082 .8024

1.20 3 37879 83 52 2 289 425 97 0029012 01420 1 297 01734 1.02021 .7968

1*3 3 28391. 86 07 2 .285 428 16 0027952 01439 1 315 01621 1.01964 .7917

1.1.0 3 19U99 88 61 2 .281 430 14 0026981 01458 1 334 01909 1.01910 .7872

1.5 3 11131. 91 13 2 .277 431 93 0026088 01478 1 352 c .01998 1.0 1860 .7831

1.6 3 0321.9 93 61. 2 274 433 55 0025261 01497 1 371 .02087 1.01812 .7795

1.70 2 95800 96 11. ? .270 435 .02 0024494 01517 1 389 02178 1.01768 7762

1.80 2 8871*6 98 61. 2 .266 436 37 0023760 01537 1 407 .02269 1.01725 .7733

1.9 2 82056 101 .13 2 .262 437 .61 0023114 01557 1 426 .02361 1.01665 .7706

500 2 75698 103 .61 2 .258 438 .74 0022489 ,01577 1 .444 I) .02454 1.01647 .7682

510 2 6961*7 106 09 2 .254 439 .78 0021902 01595 1 462 u .02546 1.01610 .7668

520 2 63879 108 .57 2 .250 440 .74 0021350 . 01616 1 480 .02641 1.01576 .7646

530 2 ,58373 111 .05 2 .246 441 .62 0020829 .01636 1 .498 .02737 1.01543 .7627

51.0 2 53110 113 .53 2 .241 442 44 0020336 01656 1 517 .02834 1.01511 .7610

55 2 .1*8071. 116 02 2 .237 443 .20 0019869 01677 1 .535 .02932 1.01461 .7595

560 2 1*321.8 118 .51 2 .232 443 91 0019426 01697 1 552 .03030 1.01452 .7582

570 2 .38619 121 00 2 .228 444 .56 0019004 .01717 1 ,570 .03130 1.01424 .7570

58 2 .31.171. 123 .50 2 .223 445 18 0018603 .01737 1 586 .03229 1.01396 7560

59 2 .29902 126 00 2 .218 445 75 0018220 01758 1 .606 .03330 1.01372 .7552

60 Z 25793 128 .51 2 .213 446 .28 0017655 .01778 1 624 .03431 1.01347 ,7544

THO-PHASE BOUNOARY 67
THERMODYNAMIC PROPERTIES OF OXYGEN

500 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM I30CHORE INTERNAL ENTHALPY ENTROPY

Si °P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R 3TU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 98.51.3 0.01221. 2121.1.9 318.1 -83.139 -82.005 0.50201 0. 266 D.397 3826

10 0.01227 2093.1.7 311.. l. -82.563 -81.1,27 0.50783 0,,265 0.397 3810 105 0.01239 1999.06 301.7 -80.590 -79.1.1.3 0.52719 0.,261 0.397 3753

110 0.01250 1907. 2tt 289.5 -78.618 -77.1.61 0.51.561. , ,257 0.397 3695

115 0.01262 1818. 08 277.6 -76.61.7 -75.1.78 0.56326 0,,253 0.396 3636

12 0.01275 1731.1.0 266.1 -71.. 676 -73.1.95 0.58011. 0., 21*9 0.397 3 575

12 5 0.01287 161.7.17 251..-72.701. -71.512 0.59633 0,, 21.5 0.397 3513

130 0.01300 1565.33 21.1..

-70.732 -69 .528 0.61189 0, 21.2 0.397 31,50 135 0.01311. 11.85.83 233.7 -68.759 -67.51.3 0.62687 0. 239 0.397 3386

lltti 0.01328 11.08.61 223.6 -66.765 -65.556 0.61.133 0. 235 0.398 3320

145 0.0131.2 1333.59 213.9 -61.. 808 -63.566 0.65529 0,,232 0.398 3251. 15 0.01357 1260.73 201.. l. -62.829 -61.573 0.66880 0,,229 0.399 3187

155 0.01372 1189.96 195.3 -60.81.6 -59.576 0.68190 0.,227 0.1.00 3118

160 0.01387 1121.22 186.5 -58.858 -57.573 0.691.61 0,,221. 0.1.01 301.9 165 0.011.01. 1051.. 1.5 177.9 -56.865 -55.565 0.70697 0.,222 0.1.02 2978

170 0.011.21 989.59 169.7 -51.. 865 -53.51.9 0.71901 0,,219 0.1*01* 2907

175 0.011.38 926.57 161.6 -52.857 -51.525 0.73071. 0.,217 0.<<06 2835

180 0.011.57 865.33 153.9 -50.839 -1.9.1.90 0.71.221 0,,211. 0.1*08 2762

185 0.011.76 805.81 11.6.1. -1.8.810 -1.7.1.1.3 0.7531.2 0,,212 0.1.11 2688

19 0.011.96 71.7.95 139.1 -1.6.768 -1.5.382 0.761.1.2 .210 0.1.11. 2612

195 0.01518 691.69 132.0 -i.it. 709 -1.3.301. 0.77522 0..208 0.1.18 2536

20 0.0151.0 636.95 125.1 -1.2.632 -1,1.206 .78585 0..206 0.1.22 21.58 20 5 0.01561. 583.69 118.3 -1.0.532 -39.081, 0.79633 0,.201. 0.1.27 2378

210 0.01590 531.83 111.7 -38.1.06 -36.931, 0.80669 0.. 202 0.1.33 2 297 215 0.01618 1.81 .33 105.3 -36.21.7 -31.. 750 0.81697 0,, 20 O.1.1.O 2211. 220 0.0161.8 1.32.12 99.0 -31.. 051 -32.525 0.82720 . 19 9 0.1.1.9 2128

225 0.01680 381.. 16 92.7 -31.807 -30.252 0.8371.1 0,.197 0.1.60 2039

23 0.01716 337.1.2 86.1. -29.506 -27.917 0.81.766 0,,195 0.1.73 191.5 235 0.01756 29I..81 80.8 -27.101. -25.1.78 0.85816 0,.199 0.1.96 181.7

21.0 0.01801 251.79 71..-21.. 625 -22.958 0.86877 0,, 197 0.513 171.2

21.5 0.01853 208.25 68.2 -22.026 -20.311 0.87969 0..196 0.51.1. 1636

250 0.01915 165.88 61.5 -19.271 -17.1.99 0.89105 0..196 0.583 1512

255 0.01992 123.97 53.6 -16.278 -li.. 1.35 0.90318 0.,197 0.631 1356

26 0.02096 82.17 1.6.7 -12.861. -10.923 0.91681 0,,200 0.761 1201.

* 261.0 07 0.02122 73.85 1.5.5 -12.097 -10.132 0.91985 a.,201 0.811 1176

» 261.007 0.10366 21.1.5 U.7 25.933 35.530 1.091.81. 0,,215 0.751. 590 265 0.11207 27.75 1..2 27.818 38.191. 1.101.97 0.,206 0.600 612

27 0.12080 31.. 16 3.8 29.71.0 1*0.921* 1.11518 0..197 0.503 635 275 0.1281.1 39.61. 3.5 31.397 1.3.286 1.12385 0,. 191 0.1.1.6 651. 28 0.13531 1.1.. 51 3.2 32.889 1.5.1.18 1.1315<t 0,,187 0.1.09 671 285 0.H.172 1.8.95 3.0 31.. 268 1.7.389 1.13852 0,,183 0.381 687 290 0.11.776 53.07 2.9 35.562 1.9.21.3 1.11.1.97 0,, 18 0.361 702

29 5 0.15351 56.93 2.7 36.793 51.006 1.15099 0,, 178 0.31,5 715

300 0.15903 60.59 2.6 37.972 52.696 1.15667 0., 176 0.332 728 310 0.16951 67.1.3 2.1. 1.0.213 55.908 1.16721 0,,172 0.312 752

320 0.1791.1. 73.77 2.2 1.2.337 58.951 1.17687 0.,170 0.297 771. 330 0.18891. 79.71. 2.1 1.1.. 375 61.868 1.18585 0.,168 0.287 791.

31.0 0.19811 85.1.1 2.0 1.6.31.6 61.. 689 1.191.27 0,.166 0.278 813 350 0.20702 90.83 1.9 1.8.266 67.1.33 1.20222 0.,165 0.271 831

36 0.21570 96.06 1.8 50.11.3 70.111. 1.20978 0..161. 0.265 81.9 37 0.221.20 101.11 1.7 51.986 72.71.1. 1.21698 0,,163 0.261 865 380 0.23251. 106.02 1.6 53.800 75.330 1.22388 0,,162 0.257 881

390 0.21.071. 110.80 1.6 55.589 77.879 1.23050 0., 162 0.253 897

1.00 0.21.883 115.1.8 1.5 57.357 80.396 1.23687 , 161 0.250 912 UO 0.25681 120.06 l.l. 59.108 82.885 1.21.302 0..161 0.21,8 926

1.20 0.261.70 121.. 55 l.l. 60.81*2 85.350 1.21.896 0..160 0.21,5 91*0 1.30 0.27251 128.97 1.3 62.563 87 .795 1.251.71 0.. 160 0.21,3 951.

1.1.0 0.28025 133.32 1.3 61.. 272 90.220 1.26029 0,. 160 0.21,2 967

1.5 0.28793 137.60 1.3 65.971 92.629 1.26570 0., 159 0.21,0 980

1.60 0.29551. 11.1.81. 1.2 67.660 95.021. 1.27096 0,,159 0.239 993

1.70 0.30310 11.6.02 1.2 69.31*2 97.1,05 1.27608 0,,159 0.238 1005

1.8 0.31062 150.15 1.2 71.016 99.775 1.28107 0,, 159 0.236 1018

1.9 0.31809 151.. 25 1. 1 72.685 102.135 1.28591. 0.,159 0.236 1030 500 0.32552 158.31 1.1 71,. 31.8 10i». 1,86 1.29069 0.,159 0.235 101.1 510 0.33291 162.33 1.1 76.006 106.8 29 1.29533 0,,159 0.231, 1053

520 0.31.028 166.32 1.1 77.660 109.165 1.29987 0,,159 0.233 1061. 530 0.31.761 170.28 1.0 79.312 111.1,95 1.301.30 0,,159 0.233 10 76

Si.0 0.351.91 171.. 21 1.0 80.960 113.820 1.30865 0,,159 0.232 1087

55 0.36218 178.12 0.99 82.606 116.139 1.31291 0,,159 0.232 1097

560 0.3691.1. 162.01 0.97 8i«. 250 116.1.55 1. 31708 0.,159 0.231 1108

57 0.37667 185.87 0.95 85.893 120.767 1.32117 0,,159 0.231 1119

580 0.38387 189.72 0.93 87.535 123.076 1.32519 0.,159 0.231 1129

590 0.39106 193.55 0.91 89.176 125.383 1.32913 0. 159 0.231 1139

60 0.39823 197.35 0.89 90.817 127.688 1.33300 a.,159 0.230 Hi.9

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

500 PSIA ISOBAR

TEMPERATURE OENSITY V(OH/OV>D V<DP/DU>„ -V(OP/OV)T

- (DV/DTt/V THERMAL VISCOSITY THERMAL DIELECTRIC PR/INDTL CONDUCTIVITY DIFFUSIVITY CONSTANT NUMBER

OEG. R LB/CU FT BTU/LB PSIA-; J FT/BTU PSIA DEC R BTU/FT-HR-R LB/F1

X -S£C

10s SQ FT/HR

98.543 81.69715 216 20 1". 617 173319 31 0018356 11185 42. 324 00345 1.56973 5 4062

10 81.1.781.5 215 29 lit .551. 170572 29 0018431 11143 41 155 00345 1.56797 5 2757

105 80.72572 212 111 111 333 161375 41 0018697 10996 5 r 406 00343 1.56193 4 8576

110 79.96901 208 95 1'. 105 152523 66 0018978 10840 34 032 00342 1.55587 <t 4817

115 79.20795 205 70 13 871 11.1.006 78 0019275 10677 30 995 00340 1.54979 4 1437

12 78.1.1.211 202 1.0 13 630 135811. 66 0019591 10507 2ft 262 00338 1.54368 3 8397

125 77.67103 199 6 13 383 127937 35 0019927 10331 25 601 00335 1.53756 3 5661

130 76.891.19 195 61. 13 131 120365 09 a 0020285 10150 23 587 00333 1.53140 3 3200

135 76.11102 192 17 12 875 113088 28 0020668 09964 21 593 00330 1.52521 3 0987

11.0 75.32089 188 63 12 615 106097 48 0021079 09773 19 799 00326 1.51898 2 8998

145 74. 52308 185 03 12 352 99383 47 0021521 09579 18 183 00323 1.51270 2 7212

150 73.71680 181 35 12 ,085 92937 16 0021996 09381 16 728 [I 00319 1.5 0638 2 5611

155 72.90116 177 60 11 817 8671.9 70 0022514 09179 15 419 00315 1.50000 2 4178

160 72.07516 173 7 b 11 51.6 80612 39 0023075 c 08975 14 239 00311 1.49356 2 2900

165 71.23765 169 81. 11 271. 75116 76 0023686 08768 13 176 00306 1.48704 2 .1762 170 70.38735 165 A3 U 001 69651. 53 0024356 08559 12 218 00301 1.46045 2 0756

175 69.52277 161 72 10 727 61.1.17 65 0025093 08348 11 355 00296 1.47376 1 .9870 180 68.6l.22i. 157 51 10 1.52 59398 28 0025907 08135 10 576 002 H 1.46698 1 9097

165 67.71.380 153 19 10 177 51.588 85 0026811 07920 9 873 00285 1.46007 1 .8431

19 66.82516 11.8 75 9 901 1.9982 03 0027821 07704 9 238 00279 1.45304 1 7866

195 65.88367 ll.lt 19 9 625 1.5570 79 0028958 07486 8 665 00272 1.44585 1 ,7399

200 61.. 91617 139 It 9 9 31.7 41348 42 0030245 7266 8 145 00265 1.43848 1 .7027 205 63.91889 131. 61. 9 .068 37308 58 0031716 07044 7 674 00258 1.43092 1 .6749

210 62.88723 129 6 3 8 786 331.1.5 37 0033412 06820 7 247 00250 1.42312 1 .6568

215 61.81559 121. I*!) 8 500 29753 45 C035391 06594 6 857 00242 1.41505 1 .6487

220 60.69692 119 Ob n 208 26228 1 3 0037728 06365 6 501 00233 1.40666 1 .6516

225 59.52227 113 if6 7 906 22865 96 0040532 06133 6 174 00224 1.39789 1 .6667

23 58.27993 107 63 7 590 19661. 62 0043960 05897 5 873 00214 1.38865 1 .6963 235 56.91.1.1.2 103 02 7 11.6 16787 59 0048141 05654 5 640 0020C 1.37876 1 .7810

240 55.52283 96 60 b 782 13979 99 0053149 05407 5 406 00190 1.36829 1 .6480

245 53.96503 69 67 ,1.1.3 11237 9 6 0060706 .05151 5 160 00175 1.35687 1 .9633

250 52.22622 82 12 6 012 8663 20 0071012 04882 4 897 00160 1.34420 2 .1060 255 50.21312 73 2ft 5 ,1.19 6221. 68 0066117 04592 4 608 00145 1.32964 2 .2799

260 1.7.71666 63 ftH i. ,898 3920 78 0119107 04262 i. 270 00117 1.31172 2 .7451

* 261.007 1.7.12193 62 03 It .809 31.80 02 0130752 04188 4 193 00110 1.30748 2 .9233

* 261.007 9.61.711. 33 07 2 271. 206 91, 0227987 c 01652 1 205 00227 1.05843 1 .9802 265 8.92311. 35 25 2 295 247 66 0170055 .01513 1 180 00283 1.05397 1 .6832

270 8.2781.0 37 61 1 .313 282 83 0133693 .01428 1 162 00343 1.05000 1 .4725 275 7.78763 39 72 2 326 308 68 0112351 01381 1 151 00397 1.04699 1 .3394

28 7.39018 1.1 68 2 ,331. 328 90 0098022 01351 1 145 ,00448 1.04456 1 .2464 285 7.05591. 1.3 5it 2 31.0 31.5 37 0087608 01332 1 142 0O495 1.04251 1 .1774

29 6.76757 1.5 32 2 31.5 359 13 0079630 01319 1 141 00540 1.04075 1 .1244

295 6.511.10 1.7 01. 2 31.7 370 ft 6 0073263 01311 1 142 00564 1.03921 1 .0615 300 6.28816 1.8 71 2 .31.9 381 02 0068088 .01305 1 144 00626 1.03783 1 .0465

310 5.89922 51 9it 2 31.9 397 79 0060038 01302 1 151 00708 1.03546 .9926

32 5.57291 55 0'. 2 31.8 mi 1 3 D 0054036 01305 1 161 00787 1.03348 .9529

33 5.29261 58 06 2 31.5 1.22 02 0049353 01311 1 173 n 00865 1.03178 .9225

3i»0 5.01.759 60 99 2 31.1 1.31 09 0045574 01321 1 186 00942 1.03029 .8983

350 i.. 8301.9 63 86 2 ,336 1.38 76 0042445 .01333 1 200 01018 1.02897 .8786

36 l.. 63601. 66 68 2 332 1.1.5 32 0039802 01347 1 216 01095 1.02780 .8623

370 it. 1.6032 69 1.5 2 327 450 98 0037533 01361 1 232 01170 1.02673 .8493

380 1.. 30035 72 17 2 32 3 455 92 0035559 01376 1 248 01246 1.02577 .8381

390 it. 15380 71. 86 7 318 460 26 0033823 .01392 1 265 01323 1.02488 8285

".00 1.. 01881 77 52 2 3H. 464 09 0032280 01408 1 282 a .01400 1.02407 .8200

".10 3.89389 80 15 2 .309 467 49 0030899 01425 1 299 01478 1.02331 .8126

1.2 3.77780 82 76 2 305 470 53 0029654 01443 1 317 01557 1.02261 .8061 WO 3.66953 85 36 2 301 473 25 0028524 01461 1 334 01636 1.02196 .8003

1.1.0 3.56820 87 91 2 296 475 70 0027492 01480 1 352 01716 1.02135 .7951

1.5 3.1.7311 90 1.6 2 292 477 91 a 0026546 01498 1 370 01796 1.02076 .7905

1.6 3.38362 93 00 2 288 479 92 a 0025674 01517 1 388 01878 1.02024 .7863

1.70 3.29920 95 53 2 ,281. 481 74 0024868 01536 1 406 01960 1.01973 .7826

1.8 3.21939 98 05 2 280 483 40 a 0024121 01556 1 424 a 02043 1.01925 .7792

1.90 3.11.377 100 '-.6 2 .276 484 92 0023422 01575 1 442 .02127 1.01879 .7762

500 3.07201 103 06 2 272 486 32 0022771 01594 1 46 02211 1.01836 ,7735

510 3.00377 105 56 Z .267 487 60 0022160 01612 1 477 02294 1.01795 .7718

520 2.93879 108 06 2 263 488 76 0021587 01632 1 495 02361 1.01756 .7693

53 2.87681 110 56 2 259 489 67 0021047 01652 1 513 02468 1.01719 .7671

51.0 2.81763 113 06 2 ,251. 490 87 0020537 01672 1 531 02556 1.01663 .7652

55 2.76102 115 6 b 2 250 491 60 0. 0020055 01692 1 548 02645 1.01649 .7634 560 2.70683 118 06 2 .21.5 492 67 0019598 01712 1 566 .02734 1.01617 .7619

570 2.651.87 120 57 > 21.0 493 47 0019164 01732 1 584 02824 1.01586 .7605

580 2.60502 123 08 2 .235 494 .22 0018752 01752 1 601 .02914 1.01556 .7594

590 2.55711. 125 59 > .230 494 92 0018359 01772 1 619 03005 1.01527 .7583

60 2.51109 128 11 2 .225 495 58 0017984 .01792 1 636 .03097 1.01499 .7574

THO-PHASE BOUNDARY 69
THERMODYNAMIC PROPERTIES OF OXYGEN

550 PSIA ISOBAR

MPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c„ C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY V OF SOUNO

DEG. R CU FT/LB CU FT-PSIA/LB ^SIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

» 98.611. 0.01221. 212<t. 57 318.2 -83.131 -81.681. 0.50208 0. 266 0.397 3829

100 0.01227 2097.91. 311*.

-82.581. -81.331. 0.50762 0. 265 0.397 3813

105 0.01238 2003.60 301.9 -80.613 -79.351 0.52697 0. 261 0.397 3756

110 0.01250 1911.90 289. 7 -78.61.2 -77.369 0.51.51.2 0. 257 0.396 3698

115 0.01262 1822.77 277.8 -76.672 -75.387 0.56301. 0, 253 0.396 3639

120 0.01271. 1736.16 266.3 -71.. 703 -73.1.05 0.57991 0. 21.9 0.396 3579

125 0.01287 1652.01 255.2 -72.733 -71.1.23 0.59609 0. 21.5 0.3 96 3517

130 0.01300 1570.26 Zitit.it -70.763 -69.1.1.0 0.61165 0. 21.2 0.397 31.51. 135 0.01313 li.90.8i. 231.. -68.793 -67.1.55 0.62662 0. 239 0.397 3390

11.0 0.01327 11.13.70 223.9 -66.821 -65.1.69 0.61.107 0, 235 0.397 3325

11.5 0.0131.1 1338.78 211..-61.. 61.6 -63.1.80 0.65502 0, 232 0.398 3258

150 0.01356 1266.02 20i«. 7 -62.669 -61.1.89 0.66853 0,,230 0.399 3191

155 0.01371 1195.35 195.6 -60.889 -59.1.93 0.68161 0.,227 0.1.00 3123

16 0.01387 1126.72 186.8 -58.9C1. -57.1.92 0.691.32 0,,221. 0.1.01 3051. 165 0.011.03 1060 . 06 178.2 -56.911. -55.1.86 0.70666 0.,222 0.1.02 2981. 170 0.011.20 995.31 170.0 -51.. 918 -53.1.72 0.71869 0.,219 0.1.03 2913

175 0.011.37 932.1.2 162.0 -52.911. -51.1.50 0.7301.1 0,,217 0.U05 261.1 180 0.011.56 871.31 151..

-50.901 -1.9.1.18 0.71.186 0,,215 0.1.07 2768

185 0.011.75 811.91. 11.6.7 -1.8.876 -1.7.371. 0.75306 0.,212 0.1.10 2695

190 0.011.95 751.. 23 139.5 -1.6.839 -1.5.317 0.761.01. 0,,210 0.1.13 2620

195 0.01516 698.12 132.1. -i.it. 787 -1.3.21.3 0.771.81 0.,208 0.1.17 251,1. 200 0.01539 61.3.56 125.5 -1.2.716 -1.1.11.9 0.7851.2 0. 206 0.1.21 21.67 205 0.01562 590.1.9 118.8 -1.0.621. -39.033 0.79587 0,,201. 0.1.26 2388

210 0.01588 53B.61. 112.3 -38.506 -36.889 0.80620 0,,202 0.1.32 2308

215 0.01615 1.88.56 105.8 -36.358 -34.713 0.8161.1. 0.,201 0.1.39 2225

220 0.0161.1. 1.39.61 99.5 -31.. 173 -32.1.98 0.82662 0., 199 0.1.1.7 211.1 22 5 0.01676 3 91.93 93.3 -31.91.1. -30.237 0.83679 0.,197 0.1.57 2053

23 0.01712 31.5.50 87.2 -29.661 -27.918 0.81.697 0,,195 0.1.70 1961

235 0.01751 302.61. 81.5 -27.280 -25.1.97 0.85739 0..199 0.1.91 1862

21+0 0.01795 260.19 75.0 -2i«. 829 -23.001 0.86789 0,,197 0.507 1760

2i*5 0.0181.5 217.31. 69.1 -22.269 -20.390 0.37667 0.,196 0.536 1658

25 0.01901. 175.71 62.6 -19.568 -17.629 .88982 0,,196 0.571 151.0 255 0.01976 131.. 93 55.3 -16.662 -li*. 650 0.90162 .196 0.611. 1398

26 0.02070 93.88 1.9.0 -13.1.22 -11.311. 0.911.57 0,. 199 0.726 1261

265 0.02212 52.77 39.7 -9.507 -7.251. 0.93003 ,201, 0.921 1051

* 265.199 0.02219 51.01 1*0.3 -9.321. -7.06". 0.93075 0.. 201. 0.971. 1061

• 265.199 0.08987 17.01 5.6 21.. 730 33.883 1.08518 0..222 0.959 581. 270 0.1001.1. 25.61 i*.8 27.396 37.625 1.09918 D .208 0.659 613

275 0.10896 32.1.3 i». 3 29.1.65 1.0 .582 1.11003 0,, 199 0.538 637 280 0.11627 38.19 3.9 31.21.7 1*3.088 1.11907 0,, 193 0.1.70 657 285 0.12283 1.3.27 3.6 32.811. 1*5.321. 1.12698 0,,188 0.1.27 675 290 0.12889 1.7.88 3.1. 31.. 250 1.7.377 1.131.12 0.,181. 0.396 691

295 0.131.57 52.15 3.2 35.591 1.9.297 1.11.069 0,, 181 0.373 706 300 0.13996 56.15 3.0 36.861 51.115 1.11.680 0,,176 0.355 719

310 0.15008 63.53 2.8 39.21.1 5i». 526 1.15799 ,171. 0.329 71.5 32 0.15956 70.29 2.5 1.1.1.68 57.718 1.16812 ,172 0.311 768 330 0.16857 76.60 2.1. 1.3.585 60.753 1.1771.6 0,,169 0.297 789

31.0 0.17721 82.55 2.2 1.5.622 63.670 1.18617 0,,167 0.287 809 350 0.18556 88.22 2.1 1.7.595 66 .1.91. 1.191*36 ,166 0.278 828 360 0.19368 93.66 2.0 1.9.518 69.21.3 1.20210 0.,165 0.272 81*6 370 0.20160 98.91 1.9 51.1.00 71.932 1.2091.7 0.,161. 0.266 863 380 0.20936 103.99 1.8 53.21.8 71.. 570 1.21650 0,,163 0.262 879

390 0.21697 108.93 1.7 55.067 77.161. 1.22321* 0,,162 0.258 895

1.00 0.221.1.6 113.71. 1.7 56.862 79.722 1.22972 0,, 162 0.251. 910

1.10 0.23185 118.1.5 1.6 58.636 82.21*9 1.23596 0,,161 0.251 925

1.2 0.23911. 123.06 1.6 60.392 8i». 71.7 1.21*198 0,, 161 0.21.9 939

1.3 0.21.635 127.58 1.5 62.133 87.222 1.21*780 0.,160 0.21.6 953

1.1.0 0.2531.8 132.03 1.5 63.860 89.675 1.2531*1* 0,, 160 .21.1. 967

1.50 0.26055 136.1.1 1.1. 65.571. 92.110 1.25891 0.,160 0.21.3 980

1.60 0.26756 11.0.73 l.l. 67.279 91.. 528 1.261*23 ,159 0.21.1 993

1.7 0.271.51 11.5.00 1.3 68.971. 96.931 1.2691*0 0,,159 0.21.0 1005

1.80 0.2811.2 11.9.21 1.3 70.661 99.322 1.271.1,3 0,,159 0.238 1018

1.9 0.28828 153.38 1.3 72.31.1 101.701 1.27933 0.,159 0.237 1030

500 0.29510 157.50 1.2 71.. Oil. 101.. 069 1.281.12 0,.159 0.236 101.2 510 0.30189 161.59 1.2 75.683 106.1.29 1.28879 0,.159 0.236 1051. 520 0.30861. 165.61. 1.2 77.31.6 108.780 1.29336 0..159 0.235 1065

53 0.31536 169.66 1.1 79.006 111.121. 1.29782 0..159 0.231. 1076

51.0 0.32205 173.65 1.1 80.663 113.1.62 1.30219 ,159 0.233 1088

55 0.32872 177.61 1.1 82.316 115.791. 1.3061.7 0,, 159 0.233 1098

56 0.33536 181.55 1.1 83.967 118.122 1.31067 0,, 159 0.233 1109

570 0.31.198 185.1.6 1.0 85.617 120.1.1.5 1.311.78 0..159 0.232 1120

58 0.31.657 189.36 1.0 87.265 122.765 1.31861 0., 159 0.232 1130

59 0.35515 193.23 1.0 68.912 125 .082 1.32277 0,.159 0.232 111,1 600 0.36171 197.08 0.99 90.558 127.397 1.32666 0..160 0.231 1151

TWO-PHASE BOUNDARY
550 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY DEC R L8/CU FT

» 98.611. 81.71007

100 81 50231

105 80 75070

110 79 99520

115 79 2351.2 120 78 1.7095 125 77 70131. 130 Tb 92608

135 76 11.1.61 mo 75 35632

145 74 56050

150 73 75638

155 72 94309

160 72 11961. 165 71 28494

170 70 43773

175 69 57657

180 68 69982

185 6? 80561

190 66. 89173

195 55 95563

20 61. 99427

205 61. 00405

210 62 98063

215 61 91869

220 60 81164

22 5 59 65112

23 58 42637

235 57 11181

240 55 71816

245 51. 20001

25 52 51900

255 50 60081

26 1.8 29930

265 1.5 21281 265.199 1.5 05905 265.199 11 12734

270 9 95601

27 5 9 17729

280 8 60071

28 5 8 14114

290 7 75869

295 7 43121

30 7 14503

310 6 66300

320 6 26717

330 5 93234

31.0 5 64304

350 5 38903

360 5 16317

37 4 96030

380 4 77654

390 i. 60892

1.00 4 45509

1.10 4 31318

1.2 4 18168

1.30 4 05932

1.1.0 3 94507

1.5 3 83806

1.6 3 73752

1.7 3 64283

1.8 3 55343

1.9 3 46885

500 3 38866

510 3 .31250

520 3 24003

530 3 17099

51.0 3 10510

550 3 .04213

560 2 98188

570 2 .92417

58 2 86882

590 2 81569

600 2 .76462

DH/DV) C V(DP/DU)W -VtDP/DVX,- -(DV/DTlt/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANDTL CONDUCTIVITY 5IFFUSIVITY CONSTANT NUMBER TU/LB PSIA-;u FT/BTU PSIA DEC R BTU/FT-HR-R LB/FT

X if SO FT/HR

216 47 14 615 173598 95 0018328 11188 b2 395 00345 1.56983 5 4125

215 61 14 555 170986 95 0018399 11148 41 282 00345 1.56816 5 2882

212 48 14 335 161792 25 0018662 11001 37 525 00344 1.56213 4 8692

209 29 14 107 152942 7-, 0018941 10846 39 143 00342 1.55608 4 4925

206 05 13 872 144428 16 0019235 10683 31 099 00340 1.55001 4 1538

202 78 13 631 136238 41 0019548 10514 28 360 00338 1.54391 3 8490

199 44 13 385 128363 55 0019880 10339 25 893 00336 1.53780 3 5748

196 05 13 133 120793 82 0020234 10158 23 673 00333 1.53165 3 3281

192 5? 12 87 7 113519 63 0020613 09973 21 675 00330 1.52547 3 1062

189 07 12 618 106531 55 0021018 09783 19 876 00327 1.51925 2 9067

185 49 12 355 99820 35 0. 0021455 09589 13 256 00323 1.51300 2 7276

181 83 12 089 93376 9 9 0021925 09391 16 797 00319 1.50669 2 5669

178 09 11 820 87192 59 0022434 09190 15 48 3 00315 1.50033 2 4231

174 28 11 550 81258 49 0022986 08987 19 300 00311 1.49390 2 2947

170 38 11 279 75566 22 0023588 lj 08781 1 3 233 00306 1.48741 2 1805

166 40 11 007 70107 53 0024246 08573 12 273 00302 1.48084 2 0793

162 32 10 734 64874 38 0024970 08362 11 406 00297 1.47418 1 9902

158 13 ia 460 59858 98 0025768 08150 10 625 00291 1.46742 1 9124

153 84 10 186 55053 75 0026654 07936 9 920 00285 1.46055 1 8452

149 <.-. 9 912 50451 43 0027643 07720 9 283 00279 1.45354 1 .7881 144 91 9 638 46045 01 0028752 07503 8 707 00273 1.44639 1 7406

140 25 9 363 41827 82 0030007 07284 3 186 00266 1.43908 1 7026

135 45 9 086 37793 60 0031436 07064 7 713 00259 1.43156 1 6739

130 49 3 807 33936 49 0033080 05842 7 284 00252 1.42383 1 6546

125 37 8 525 30251 22 0034990 06617 6 894 00244 1.41583 1 .6452

120 05 8 237 26733 24 0037237 06390 6 537 00235 1.40752 1 ,6464 114 59 7 941 23378 97 0039919 616 6 210 00226 1.39885 1 .6593 108 80 7 632 20186 30 0043175 05926 5 908 00216 1.38973 1 6858

104 23 7 182 17284 53 0047148 05685 5 670 00203 1.38000 1 .7643

97 93 826 14497 51 0051765 05442 5 440 00193 1.36972 1 .8250

91 30 5 502 11779 76 0058700 05190 5 198 00179 1.35859 1 .9323

84 05 5 094 9228 04 0067881 04928 4 943 00164 1.34633 2 .0600

75 85 5 560 6827 63 0080958 04648 4 665 00150 1.33244 2 .2184

67 22 5 108 4534 29 0108068 04339 4 350 00124 1.31589 2 .6218

55 35 4 305 2386 8 0166402 04085 3 957 00098 1.29392 3 .2126

55 56 4 374 2298 26 0175249 04115 3 93 9 00094 1.29283 3 3550

32 27 2 281 189 26 0297097 01912 1 291 00179 1.06760. 2 .3300

35 12 2 312 254 93 0187797 01635 1 245 00249 1.06034 1 .8075

37 55 2 332 297 6 5 0143153 01521 1 220 00308 1.05553 1 .5516

39 72 2 346 328 42 0118394 01460 1 205 00361 1.05198 1 .3971

41 73 2 355 352 25 0102271 01422 1 195 00409 1.04916 1 .2919

43 62 ? 361 371 52 0090778 01396 1 190 00454 1.04681 1 .2154

45 43 2 365 387 56 0082091 01379 1 187 00497 1.04481 1 .1562

47 18 2 368 401 20 0075249 01367 1 186 00539 1.04306 1 .1092

50 54 2 370 423 2 9 0065071 01354 1 189 00616 1.04011 1 .0394

53 75 2 .368 440 52 0057784 01350 1 195 00694 1.03770 .9896

56 84 2 365 454 40 0052258 01352 1 204 00757 1.03566 .9523 59 86 2 .361 465 B4 0047893 01359 1 215 0084C 1.03390 .9232

62 79 2 356 475 44 0044338 01368 1 228 00912 1.03236 .8998

65 67 2 351 483 60 0041375 01379 1 242 a 00983 1.03099 8806

68 50 2 .346 490 62 0038860 01391 1 256 D1054 1.02976 .8654

71 27 2 341 496 71 0036691 01404 1 271 01124 1.02865 .8524

74 01 2 336 502 04 0034798 01419 1 287 01195 1.02763 .8413

76 71 2 331 506 73 0033128 01434 1 303 01266 1.02670 .8316

79 38 ? 326 510 89 0031642 01450 1 320 01338 1.02584 .8231

82 03 2 321 514 59 0030308 01467 1 337 01411 1.02505 .8157

84 64 2 316 517 9 0029104 01484 1 354 01484 1.02431 .8091

87 24 2 312 520 88 D028009 01501 1 371 01557 1.02362 .8032

89 82 2 .307 523 56 0027009 01519 1 388 01632 1.02298 .7979

92 39 2 303 525 99 0026091 01537 1 405 01706 1.02237 .7932

94 94 2 .299 528 20 0025244 01556 1 42 3 01782 1.02160 .7890

97 48 2 .294 530 21 0024460 01574 1 440 01858 1.02126 .7852

100 01 2 29 532 04 0023732 01593 1 45 8 01935 1.02075 .7818 102 53 2 285 533 72 0023053 01612 1 475 02012 1.02027 7787

105 05 2 .281 535 26 0022418 01629 1 493 02088 1.01981 .7769 107 57 2 276 536 68 0021824 01649 1 510 02168 1.01937 .7741

110 .08 2 .272 537 99 0U21264 01668 1 528 02248 1.01896 .7716

112 60 2 267 539 20 0020737 01688 1 545 02328 1.01856 .7694 115 11 2 .263 540 32 0020240 01708 1 562 02409 1.01818 a .7674 117 63 2 258 541 36 0019769 01727 1 580 02491 1.01782 .7656 120 15 2 .253 542 33 0019323 01747 1 597 02573 1.01747 .7641 122 67 2 .248 543 23 0018899 .01767 1 614 02656 1.01714 .7627

125 20 2 243 544 07 0018496 01786 1 632 02740 1.01682 .7615 127 73 2 .238 544 86 0018112 01806 1 649 02823 1.01651 .7604

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

600 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY s <P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB 3SIA/R BTU/LB BTU/LB BTU/L8-R BTU / LB -R FT/SEC

98.684 0.0122". 2127.66 318.2 -83.123 -81.763 0.50216 0. 266 0.397 3831

10 0.01227 2102.1.1 311..

-82.605 -61.242 0.50741 0. 265 0.397 3816

105 0.01238 20D8.li. 302.2 -80.635 -79.259 0.52676 0. 261 0.396 3760

110 0.01250 1916.51 289.9 -76.666 -77.277 0.54520 0. 257 0.396 3702

115 0.01262 1827.1.5 278.0 -76.698 -75.296 0.56281 0. 253 0.396 3643

12 0.01271. 171.0.92 266.6 -71.. 730 -73.315 0.57968 0. 249 0.396 3582

12 5 0.01286 1656.85 255.1. -72.762 -71.333 0.59585 0. 245 0.396 3520

13 0.01299 1575.17 21.1..

-70.795 -69.351 0.61140 0.,242 0.397 3458

13 5 0.01313 11.95. Si. 231..

-68.826 -67.367 0.62637 0. 239 0.397 3394

140 0.01326 11.18.79 221..

-66.856 -65.382 0.54081 0,,236 0.397 3329

1*5 0.0131.1 131.3.96 211.. 1. -64.884 -63.395 0.65475 0. 233 0.398 3263

15 0.01355 1271.29 205.0 -62.913 -61.404 0.66825 0.,230 0.393 3196

15 5 0.01370 1200.72 195.9 -60.932 -59.410 0.68133 0.,227 0.399 3128

160 0. 01386 1132.20 187.1 -58.951 -57.411 0.69402 0.,224 0.400 3059 165 0.011.02 1065.65 178.6 -56.964 -55.406 0.70636 0.,222 0.402 2 989

17 0.011.19 1001.02 170.3 -54. 971 -53.395 .71837 0,,219 0.403 2919

175 0.011.36 938.21. 162.3 -52.971 -51.375 .73008 0,,217 0.405 2 847 160 0.011.51. 877.27 151..

-50.962 -49.346 0.74151 ,215 0.407 2775 185 0.0H.73 818.03 11.7.1 -48.942 -47.305 0.75270 0,,213 0.409 2701

190 0.011.93 760.U7 139.9 -46.910 -45.251 0.76365 0.,213 0.412 2627

19 5 0.01515 7 01.. 52 132.8 -44.863 -43.181 0.77441 ,208 0.416 2 552 200 0.01537 650.13 126.0 -42.799 -41.092 0.78499 0,,205 0.420 2475

205 0.01560 597.25 119.3 -40.714 -38.981 0.79542 0,,204 0.425 2397

210 0.01585 51.5. 80 112.8 -38.605 -36.844 0.83572 0,,233 0.430 2318

215 0.01612 1.95.71. 106.1. -36.467 -34.676 0.81592 ,201 0.437 2237

22 0.0161.1 1.1.7.03 100.1 -34.294 -32.470 0.82606 0., 199 0.445 2153

225 0.01673 399.62 91.. -32.079 -30.220 0.83617 0.. 197 0.455 2067

230 0.01707 353.1*9 87.8 -29.812 -27.915 0.84629 0.,195 0.467 1977 235 0.0171.6 310.1.2 82.2 -27.452 -25.512 0. 85663 0,,199 0.487 1878

24 0.01789 268.1.5 75.8 -25.027 -23.039 0.86704 0,,197 0.502 1778

245 0.01837 226.21 70.0 -22.502 -20.460 0.87768 0.,196 0.528 1683

250 0.01891. 185.22 63.7 -19.850 -17.745 0.88865 0,,196 0.559 1567 255 0.01962 11.5.22 57.1 -17.020 -14.840 0.90016 0.,195 0.604 1439

260 0.0201.9 105.1.9 50.6 -13.908 -11.632 0.91261 0., 198 0.689 1305 265 0.02171 66.37 1.2.2 -10.291 -7.879 0.92691 .202 0.821 1119

* 269.107 0.02338 32.1.5 35.2 -6.435 -3.837 0.94204 0,, 20 9 1.249 947

* 269.107 0.0771.9 12.27 6.8 23.154 31.764 1.0 7436 0.,229 1.346 578

27 0.08022 11.. 61 6.1. 23.953 32.866 1.07845 ,225 1.138 585

27 5 0.09131. 2!.. 21 5.3 27.085 37.233 1.09448 0.,209 0.711 617

280 0.09958 31.31 4.7 29.317 40.381 1.10583 0,,200 0.567 641 285 0.10656 37.25 i».

31.169 43.008 1.11514 0,,193 0.491 662 290 0.11279 1.2.1.9 4.0 32.801 45.332 1.12322 ,188 0.442 683

295 0.11851 1.7.23 3.7 34.287 47 .455 1.13048 0,.18 5 0.408 695

30 0.12386 51.61 3.5 35.670 49.431 1.13712 0.,181 0.383 711 310 0.13377 59.58 3.2 38.216 53.078 1.14908 , 177 0.349 738

320 0.11.292 66.80 2.9 40.561 56.441 1.15976 ,173 0.325 762

33 0.15151. 73.1.6 2.7 42.769 59.606 1.16950 0..171 0.309 785

3<f0 0.15976 79.71 2.5 44.877 62.627 1.17852 0..169 0.296 805 350 0.16767 65 . 61+ 2.1. 46.908 65.537 1.13696 0..167 0.286 825

36 0.17532 91.30 2.2 48.880 68.359 1.19491 0.,166 0.278 843 370 0.18277 95.71. 2.1 50.804 71.110 1.20244 0,,165 0.272 860 380 0.19001. 101.99 2. 52.687 73 .802 1.2 962 0.,164 0.267 877

390 0.19717 107.08 1.9 54.538 76.444 1.21649 , 16 3 0.262 893

1.0 0.201.16 112.01. 1.9 56.361 79.044 1.22307 0,, 162 0.258 909

itlO 0.21105 116.87 1.8 58.160 81.609 1.22940 ,162 0.255 924

<t2 0.21781. 121.60 1.7 59.938 84.142 1.23551 .161 0.252 938

1.30 0.221.55 126.23 1.7 61.699 86.648 1.24140 .161 0.249 953 440 0.23118 130.78 1.6 63.444 89.129 1.24711 . 160 0.2 47 965

1.50 0.23775 135.25 1.6 65.175 91.590 1.25264 .160 0.245 980

1.6 0.21.1.25 139.66 1.5 66.895 94.032 1.25801 0., 160 0.243 993

1.7 0.25070 11.1.. 00 1.5 6S.6G4 96 .457 1.26322 .160 0.242 1006

1.80 0.25710 1+8.29 1.4 70.304 98.86B 1.25830 .159 0.240 1018

1.9 0.2631.5 152.53 1. 1. 71.995 101.266 1.27324 .159 0.239 1030

50 0.26977 156.72 1.4 73.680 103.652 1.27806 .159 0.238 1042

510 0.27601. 160.88 1.3 75.359 106.026 1.28277 ,159 0.237 1054

520 0.23229 16+. 99 1.3 77.032 108.395 1.28736 0,,159 0.236 1065

53 0.28850 169. 07 1.3 78.700 110.754 1.29186 0..159 0.235 1077

51.0 0.291.68 173.11 1.2 80.365 113.105 1.29625 0.,159 0.235 1069

550 0.30081. 177.13 1.2 82.025 115.450 1.30055 0.,159 0.234 1100

560 0.30697 131.11 1.2 83.684 117.790 1.30477 ,159 0.234 1110

57 0.31308 185.03 1.2 85.340 120.125 1.30890 0.,159 0.233 1121

580 0.31917 139.02 1.1 86.994 122.456 1.31296 0.,159 0.233 1132

590 0.32521. 192.93 1.1 88.647 124.783 1.31693 . 159 0.233 1142

600 0.33129 196.83 1.1 90.299 127.107 1.32084 ,160 0.232 1152

TWO-PHASE BOUNDARY
600 PSIA IS08AR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE OENSITY

OEG. R LB/CU FT

98.

100 105

110 115

120 125

130 135

140

145

150 155

160 165

170 175

180

185

190

19 5 200

205

210 215

22225

230 235

240

21.5 250 255

26265

HO , 80.

81.72298

81.52612

.77563

.02132 79.26281

78.1.9971 77.73156

75.95787 76.17810

75.39162

74. 59777 73.79579

72.981.82 72.16391 71.33198

70.1.8782 69.63002

68.75701

67. 36696 66.95775

66.02692

65.07157

61.. 38825 63.07283 62.02029

60.92443

59.7771.6

58.569lt3

57.271.93 55.90733

5i». 1.251.8 52.79609

50.95982

1.8.80112

1.6.05671 269.107 "(2.76382 269.107 12.901.19 270 275

280

285

290

295

300

310

32

33340

350

36

37380

390

1.0 1.10

1.20

1(3

i.i(0 1(5

1(6 1(70 1(80

1(90 500

510

52530

51.0 55560

570

58

590

600

12.i(653i( 10.9i.825

10.01.207

9.381.39 8.86608

1.3797 07339

1(7550 99678

59885 25939

961.25 70387

1(711(6 26205

,07188 89801

,73815

,5901(2 1(5332 ,32558 ,20616

,091(17 ,98886

,88957 3.79575

3.70690 3.62261

3.51(21(9 3.1(6621

3.3931(8 3.321.03 3.25762

3.191.05 3.13312

3.071.65

3.0181.9

VIDH/DV) 8TU/LB

216.75

215.91. 212.81

209.61.

205.1.2 203.15

199.83

196.1.5 193.01

189.51

185.91* 182.30 178.59

171.. 80 170.92

166.96

162.91

158. 75

151.. 1.9 150.12

11(5.63

11.1.01 136.26 131.35

126.28

121.03

115.59 109.95

105.1.3 99.33 92.87

85.88

78.30

70.06

59.55

1.9.26 31 .50 32.19

35.21. 37.71

39.90

1.1.93

1.3.85

1.5.68

1.9.17 52.1.9 55.67 58.76

61.76

61.. 70 67.58

70.1(0

7 3.19 75.93

78.61. 81.32 83.97

86.59

89.20 91.79

91.. 37 96.93

99.1(8 102.03

101.. 56 107.10 109.62

112.15

111.. 68 117.21

119.71. 122.27

124.61 127.35

V<QP/OU) -VCDP/DV) PSIA-CU FT/BTU PSIA

>/V THERMAL VISCOSITY THERMAL DIELECTRIC

P CONDUCTIVITY DIFFUSIVITY CONSTANT

R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 10^

11.. 61 3 ll(.556

ll(.336

lit. 10 8 13.873

13.633

13.386

13.135

12 .880 12.620 12.357

12 .092

11.821. 11.555

11.281* 11.013

10.71.1

10 .468 10.196 9.923

9.651 9.378

9. 104 8.828

8.550 8.266

7 .976

7 .673 7.218

6.870

558

169 710

21.8 540

932 286

296

333 354

368

37 7

383 387

390 389

386 382

376

371 365

359 2.353

2.348

2.343 2.337

2.332

2.327

2.322

2.318 2.313

2.308

2.304 2.299

2.295

2.29 2.285

2 .28 2.276

2.271

2 .266 2.261 2.255

2 .250

173878.50 171401.26

162208.70

153361.40

144849.10 136661.69

128789.25

121222.01

113950.39 106964.98

93816.07 87634.67

81703.70 76014.72 70559.48 65329.96

60318.40

55517.25 50919.26

46517.48

42305.28

38276.42 34425.12

30746.15 27235.02

23888.21

20703.57

17779.12

15008.41

12311.50

9779.03

7400.55

5148.26

3056.78 1387.80 158.38

182.07 265.08

314.43 349.59

376.69

398.53

416.69

445.43

467.36

484.77 498.96

510.77 520.76

529.30 536.68

543.11 548.76

553.75

558.19

562.15

565.70

568.90 571.79

574.41

576.80

578.97 580.96

582.79

584.47

586.02 587.45

588.78

590.00 591.15

592.21

0018300

0018367 0018628 00189C4

0019195 0019505 0019833

0020183 0020558

0020958

0.0021853

0.0022355 0.0022899

0.0023491

0.0024133 0.0024849

0.0025632 0.0026500

0.0027467

0.0028551 0.0029774

0.0031164

0.0032753 0.0034603

0.0036766

0.0U39333

0.0042431 0.0046211 0.0050502

0.0056884

0.0C65138

0.0077100 0.0098353

0.0137949

0.0253563 0.0427338

0.0353680

0.0201637

0.0150331 0.0122939

0.0105456

.0093149

.0083929

.0070884

. 0061978

.0055437

,0050369

,0046350 .0043031 0.0040244

0.0037864

0.0035803

0.0033993

0.0032400 0.0030974

0.0029692 0.0028532 0.0027476

0.0026510 0.0025622

0.0024802 0C24042

0023335

C022676

0C22060

0021481

0020937' 0020424

0C19940 0019481

0019046

11191 11153

11007

10852

10690 10521 10346

10166

09981 09792 100256.55 0.0021389 0.09598

0.09402

0.09201 0.08999

0.08793

0.08586 0.08376

C. 08165 0.07952

0.07737

07521 07303

07084

06863

06640 06414

06166

05955

05716 0.05476

0.05229 0.04973

0.04702

.04407 0.04094

0.04159

0.02330 0.02145

0.01747 0.01608

0.01534

0.01488

01457

01436

01411 01399

01396

01398

01404

01412 01422 0.01433 0.01446

0.0146C 0.01475

0.01490 0.01506

0.01523

.01540 0.01556

0.01575 0.01593

01611

01630

0164E 01665

01685

01704

01723

01743

01762

01781

42.466

41.406

37.643 34.254 31.204

28.456

25.986

23.760 21.757

19.952

18.328

16.865

15.547

14.361

13.291

12.327 11.458

10.674

9.966

9.327

8.749

8.226

7.753

322

930 573

245

943

699

766

6

555.472

5.236

4.986

4.718

4.419

4.065

3.673 1.392

1.372

1.308 1.276

1.257 1.245

237

,232 ,229

,231

,237

,246

,256 268

1.310 1.325

1.341

1.357 1.373

1.389

1.40 6 1.42 3 1.440

1.457

474

491

508 525

542

559

576

593

610 627

0.00346

0.00345

.00344 0.00342

0.00340 0.00338

0.00336 0.00333

0.00330 0.00327

00324

00320 00316 00312

00307

00302

00297

00292 0.00286

0.00280 0.00274

0.00267

0.00260 0.00253

00245

00237

00228 00218 00205

00195

0.00162

0.00168

0.00153

0.00131

o. ooio a 0.00078

0.00134

0.00151 0.00225 0.00283

0.00333 0.00379

00423

00464

00541 00615

00685 00754

00822 00869

00956

1.295 0.01022

U .01088 0.01155

0.01222 0.01289

0.01357 0.01425

0.01494

0.01563

0.01633

0.01704 0.01775

0.01847 0.01916

0.01990

0.02064

0.02138

0.02213 0.02289

0.02365

0.02441

1.56994

1.56835 1.56233

1.55628

1.55022 1.54414

1.53804

1.53190

1.52574 1.51953

1.51329

1.50700 1.50065 1.49425

1.48778

1.48123 1.47459

1.46786

1.46102 1.45405

1.44694

1.43966

1.43220

1.42452 1.41659

1.40837

1.39979

1.39080

1.38120

1.37111 1.36024

1.34835

1.33503

1.31949

1.29990

1.27667

1.07867 1.07593

1.06649

1.06087

1.05681 1.05362

1.05098

1.04874

1.04506 1.04215

1.03972 1.03765

1.03586

1.03427 1.03286

1.03159

1.03044 1.02938

1.02642 1.02752 1.02669

1.02592

1.02520 1.02452

1.02389

1.02329

,02272 02218

.02168 02119

,02073 02030 01968

,01948 01910 01873

PPANDTL NUMBER

5.4189 5.3007 4.8808

4.5033

4.1638

3.8583

3.5835

3.3361 3.1136 2.9136

2.7339

2.5727

2.4284 2.2995

2.1848

2.0831 1.9935

1.9151

1.6473 1.7896

1.7414

1.7026

1.6730 1.6527

1.6420 1.6415

1.6523

1.6761

1.7485

1.8045

1.9041 2.0193

1608 4874

9358 9714

8943

6205

9153 6195

4467

3318 1.2479

1.1841 1.0929

1.0304

0.9848

.9499 0.9223 0.8999

0.8822 0.8673

593.20 0.0016633 594.13 0.0016239.01801

.01820 1.644 0.025181.661 0.02595

1.01638 1.01804

8545 8435

8339

6255

8181 8115 0.6056

0.8003

0.7956 0.7914

0.7875 0.7841

0.7820 0.7789

0.7761 0.7736

0.7713

0.7694

0.7676

0.7660 0.7646

0.7634

TWO-PHASE BOUNOARY
THERMODYNAMIC PROPERTIES OF OXYGEN

650 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM I50CHORE INTERNAL ENTHALPY ENTROPY

<v C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUNO

DEC. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 98.755 0. 01223 2130.71. 316.2 -83.115 -61.61.3 0.50221. 0. 266 0.397 3833

10 0.01226 2106.87 315.0 -82.625 -81.11*9 0.50721 0. 265 0.397 3819

105 0.01238 2012.67 302.1. -80.657 -79.167 0.52655 0. 261 0.396 3 763 110 0.0121.9 1921.11 290.1 -78.689 -77.166 0.51*1*98 0. 257 0.3 96 3705

115 0.01261 1832.13 278.3 -76.723 -75.205 0.56259 0. 253 0.396 361*6 120 0.01273 171,5.67 266.8 -71*. 757 -73.221. 0.5791.5 0, 21.9 0.396 3586

125 0.01286 1661.67 255.7 -72.791 -71.21.3 0.59562 0. 21.6 0.396 3521. 130 0.01299 1580.08 2i*i». 9 -70.825 -69.262 0.61116 0, 21.2 0.396 31*61 135 0.01312 1500.83 231..

-68.659 -67 .280 0.62612 0. 239 0.397 3398

1"»0 0.01326 11,23.87 221*. 1. -66.691 -65.295 .61.055 0. 236 0.397 3333

11.5 0.0131.0 131*9.13 211..

-61,. 922 -63.309 0.651,1*9 0. 233 0.397 3 267

15 0.01351. 1276.55 205.3 -62.950 -61.320 0.66798 0. 230 0.398 3200

155 0.01369 1206.08 196.2 -60.975 -59.327 0.68105 0, 227 0.399 3133

16 0.01385 1137.66 187.1. -58.997 -57.330 0.69373 0. 225 0.1.00 3061. 165 0.011.01 1071.22 178.9 -57.013 -55.327 0.70605 0.,222 0.1.01 2995

170 0.011*18 1006.70 170.7 -55.021, -53.317 0.71805 0. 220 0.1.03 2921. 175 0.011.35 91,1,. 05 162.7 -53.027 -51.300 0.72975 0.,217 0.1*01* 2 853 180 0.011(53 883.20 155.0 -51.022 -1.9.273 0.71.117 0.,215 0.1*06 2781

185 0.011.72 821,. 10 11.7.5 -1,9.007 -1.7.235 0.75231. 0, 213 0.1.09 270B

190 0.011*92 766.68 11.0.3 -1,6.983 -1*5.181. 0.76328 0,,211 0.1*12 2635

195 0.01513 710 .89 133.2 -1,1,. 939 -1.3.118 0.771.01 0,,209 0.1.15 2 560

20 0.01535 656.67 126.1* -1,2.881 -1*1.031. 0.781.57 0, 207 0.1.19 21.81* 205 0.01558 603.96 119.8 -i»0.80i* -36.928 .791*97 0,,205 0.1.23 21.07 210 0.01583 552.71 113.3 -38.703 -36.797 0.80521. 0.,203 0.1.29 2328

215 0.01610 502.87 106.9 -36.571, -31*. 637 0.8151.1 0.,201 0.1.35 221*6 220 0.01638 i*5i*. 39 100.7 -31*. 1*12 -32.i*i.C 0.82551 0., 199 0.1.1.3 2165

225 0.01669 1.07.23 91*.-32.211 -30.201 0.83557 0..197 0.1.52 2080

23 0.01703 361.38 88.5 -29.960 -27.910 .81*563 0.,195 0.1.63 1992 235 0.0171,1 318.13 82. 8 -27.620 -25.521* 0.85589 0,,199 0.1*83 1893

21.0 0.01783 276.58 76.5 -25.219 -23.073 0.86622 0.,197 0.1*97 1796

2f*5 0.01830 231*. 88 70.9 -22.726 -20.523 0.97673 0.,196 0.521 1700

250 0.01885 19>*. i*6 61*.

-20.116 -17.850 0.88753 0,,195 0.51.9 1591

255 0.01950 155.21 58. 3 -17.353 -15.006 0.89879 0,,196 0.589 11.71 26 0.02030 116.1,5 52.1 -11*. 31.8 -11.905 0.91081. 0.,197 0.659 131.1* 265 0.02139 78.72 <•<*. 1* -10.91*7 -8.373 0.921*29 0,,200 0.763 1179

270 0.02310 1*0.1*0 35.6 -6.715 -3.931. 0.91*088 0,,207 1.01.3 972

• 272.762 0.021*99 17.50 30.1 -3.260 -0.253 0.951*1*1* 0.,220 1.81*7 825

» 272.762 0.06592 7.68 8.2 20.981 26.916 1.0611*0 0.,21.5 2.165 561

275 0.07362 li.. 33 7.1 23.568 32.1*1*9 1.071*31 0.,226 1.195 593 280 0.081,25 23.61 5.9 26.911. 37.051. 1.09092 0,,210 0.71.5 621* 285 0.09211 30.81 5.2 29.251 1*0.338 1.10251. 0.,200 0.588 61*8 290 0.09873 36.81* <«.7 31.172 1.3.056 1.11200 0.,191. 0.506 668

295 0.101,63 i*2.15 1..3 32.855 1.5.1.1.9 1.12018 0.,189 0.i*5i» 686 300 0.11003 1.6.98 i».D 31*. 383 1.7.626 1.12750 , 185 0.1*19 702 310 0.11985 55.61 3.6 37.132 51.557 1.11.039 0,,179 0.372 731

320 0.12877 63.30 3.3 39.615 55.111. 1.15169 .175 0.31.2 757 330 0.13709 70.31. 3.0 1.1.921, 58.1.25 1.16188 0,,172 0.321 780

3".0 0.11*1,97 76.90 2.8 it<*. Ill 61.560 1.17121* .170 0.306 801

35 0.15251 83. 08 2.6 1.6. 2C5 61.. 562 1.17991* ,168 0.295 622

36 0.15978 88.96 2.5 1.8.229 67.1.61 1.16811 0,, 167 0.285 81*0 370 0.16683 91*. 60 2.1, 50.197 70.277 1.19583 .165 0.278 858 380 0.17370 100.02 2.3 52.119 73.026 1.20316 .161. 0.272 875

390 0.1801,1 105.27 2.1 51.. 003 75.718 1.21015 . 161. 0.267 892

1.00 0.18700 110.37 2.1 55.851. 76.362 1.21681. 0,. 16 3 0.262 908

1.10 0.1931*7 115.33 2.0 57.679 60.965 1.22327 .162 0.256 923

i«20 0.19981* 120.17 1.9 59.1.61 83.531. 1.2291.6 0,. 162 0.255 938

1.30 0.20612 121.. 91 1. 8 61.262 86.071 1.2351.3 .161 0.252 952

1.1.0 0.21233 129.56 1.8 63.026 88.582 1.21.120 ,161 0.250 966

1.5 0.218<*6 131*. 12 1. 7 61*. 771, 91.069 1.21*679 0,,160 0.21,8 980

1.60 0.221*51. 138.62 1.7 66.509 93.536 1.25221 ,16 0.21.6 993

1.70 0.23056 11*3.01* 1.6 68.233 95.983 1.2571*8 , 160 0.21.1* 1006

1.8 0.23653 11,7.1,1 1.6 69.91,5 96.1.15 1.26260 .160 0.21.2 1019

1.9 0.21*21*6 151.71 1.5 71.61*9 100.832 1.26756 .159 0.21.1 1031

500 0. 21*831* 155.97 1.5 73.31.5 103.236 1.2721*1* ,159 0.21.0 101.3 510 0.251.19 160.19 l.i, 75. 031. 105.629 1.27716 ,159 0.239 1055

520 0.26000 161*. 36 l.i. 76.716 108.011 1.28180 ,159 0.238 1067

530 0.26578 168.50 l.i* 78.391* 110.381. 1.28632 .159 0.237 1078

5i»0 0.27151* 172.60 1.3 80.066 112.71.9 1.29071. .159 0.236 1090 550 0.27726 176.66 1.3 81.735 115.107 1.29507 .159 0.235 1101 560 0.28296 180.70 1.3 83.1*01 117.1.59 1.29931 0..159 0.235 1112

57 0.28861* 181*. 71 1.3 85.063 119.805 1.3031.6 .15 9 0.231* 1122

580 0.291.30 188.70 1.2 86.721* 122.11.7 1.30753 .159 0.231, 1133

590 0.29991* 192.66 1.2 88.383 121.. i*8i* 1.31153 ,159 0.231, 111.1, 60 0.30556 196.60 1.2 90.01*0 126.818 1.3151.5 ,160 0.233 1151*

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

650 PSIA ISOBAR

TEMPERATURE DENSITY V(OH/DV)p V(OP/DU)v -V1DP/0V)T

- (DV/DTlc/V THERMAL VISCOSITY THERMAL (DIELECTRIC PRANOTL CONDUCTIVITY JIFFUSIVITY CONSTANT NUMBER DEC R LB/CU FT BTU/LB PSIA-CU FT/BTU PSIA OEG. R BTU/TT-HR-R L8/FT-S£C

X ID3

SO. FT/HR

» 98.755 SI .73587 217 03 11. .611 171.157 88 0018273 .11193 1.2.537 0.0031.5 1.57001. 5.4252

100 81 .51.987 216 .26 11. .55 8 171815 .20 0018335 ,11158 1.1.531. 0.0031.5 1.56851. 5.3132

10 5 80 .80050 213 li. 11. .337 162621. 77 0018591. .11012 37.762 0.0031*1. 1.56253 4.8924

110 ao .01.738 209 .99 14 .109 153779 .66 0018867 ,10858 31., 366 0.0031.2 1.5561.9 4.5141

115 79 .29011. 206 78 13 .875 11.5269 60 0019155 10696 31.309 0.0031.1 1.5501.4 4.1739

120 78 .52839 203 .53 13 .631. 137081. .50 00191.62 10528 28.556 0.00338 1.54437 3.8677

125 77 .76169 200 22 13 .388 129211. 1.1. 0019787 10351. 26.078 0.00336 1.53828 3.5921

130 76 .98956 196 85 13 .137 12161.9 65 0020133 10171. 23.81.7 0.00333 1.53215 3.3442

135 76 .2111.7 193 1.3 12 .882 111.380 57 0020503 09990 21.838 0.00331 1.52600 3.1211

11*0 75 .1.2680 189 95 12 .623 107397 78 0020899 .09601 20.029 0.00327 1.51981 2.9205

145 71. .631.91 186 3'* 12 .36 100692 07 002132". 09608 18.1.01 0.00321. 1.51358 2.7402

15 73 33501. 132 II 12 095 91.251. 1.1 0021782 091.12 16.931. 0.00320 1.5073O 2.5786

155 73 .02637 179 08 11 .828 88075 95 0022276 .09213 15.612 0.00316 1.50098 2.4337

16 72 20797 175 31 11 .559 8211.8 05 0. 0022812 09010 14. 1.22 0.00312 1.I.9459 2.3043

165 71 37878 171 1*6 11 .289 761.62 27 0023395 .08806 13.31.9 0.00306 1.1*8811. 2.1891

17 70 53763 167 52 11 .019 71010 39 0021.032 08599 12.382 0.00303 1.1*8161 2.0869

175 69 68315 163 1.9 10 .71.8 65781. 1.1 0021.730 08390 11.510 0.00298 1.1*7500 1.9968

180 68 81382 159 37 10 ,1.76 60776 57 00251.99 08179 10.723 0.00293 1.1.6830 1.9176

185 67 92786 155 11. 10 .205 55979 37 002631.9 07967 10.013 0.00287 1. 1.611*9 1.8495

190 67 02323 150 mi 9 931. 51385 57 0027296 07753 9.372 0.00281 1.451.55 1.7911

195 66 09757 11.6 35 9 .661. 1*6988 26 0028351. 07538 8.792 0.00275 l.i. 1*71*8 1.7423

200 65 11.809 11.1 77 9 .393 1.2780 63 002951.6 07322 8.267 0.00258 1.1.1.025 1.7027

205 6i» 17150 137 05 9 .121 38757 10 0030898 07103 7.792 0.00261 1.1.3283 1.6722

210 63 16386 132 20 8 .81*9 31.911 33 00321.1.5 06881. 7.360 0.00251. 1.1.2521 1.6509

215 62 1201.3 127 18 8 .571. 31238 3<» 0031.229 06662 6.967 0.0021.6 1.1.1735 1.6389

220 61 03536 122 00 8 295 27733 .67 0036312 061.38 6.608 0.00236 1.1.0920 1.6369

22 5 59 9011*0 116 63 8 009 21.393 82 1) 0038773 06212 6.280 0.00229 1.1.0072 1.6457

230 56 70932 111 07 7 .713 21216 65 001.1725 05983 5.977 0.00220 1.39181. 1.6669

235 57 1.31.03 106 61 7 25". 18271 39 001.5326 0571.7 5.728 0.00207 1.38238 1.7337

240 56 09081 100 65 911. 15513 33 001.931.2 05510 5.501. 0.00198 1. 37246 1.7859

245 5". 61.237 91. 38 6 .611 12831. 3 5 0055229 05267 5.272 0.00185 1.36183 1.8782

250 53 0591.8 87 62 5 238 10318 11. 0062707 05015 5.028 0.00172 1.35026 1.9630

255 51 29273 80 1.1 5 808 7961 02 0073251. 01.752 4.768 0.00157 1.33741. 2.1275

Z6 1.9 25186 72 60 5 367 5735 23 0090795 01.1.70 4.483 D. 00136 1.32272 2.3802

265 1.6 75227 63 19 i. 752 3680 1.0 0120705 01.153 4.155 0.00116 1.3C485 2.7476

270 1.3 28109 51 27 3 971. 171.8 51 0203515 01.051 3.736 0.00090 1.28030 3.4645

272.762 1.0 02139 1.3 06 3 1.09 700 51 01.28992 01*1.05 3.378 0.00060 1.25753 5.0992

» 272.762 15 16965 30 77 1 .207 116 1.7 0703631. 03063 1.520 0.00093 1.09290 3.8675

275 13 58320 32 79 2 311 19". 63 0361.1.36 02256 1.1*1.3 0.00139 1.08292 2.7510

280 11 86901 35 63 7 357 280 28 0209151. 0181.1 1.368 0.00206 1.07221 1.9940

285 10 85635 38 07 2 378 331. 1*1* 0151.511 01687 1.330 0.00261. 1.06592 1.6706

29 10 12818 1.0 26 2 392 373 03 0125696 01602 1.307 0.00313 1. 06140 1.4865

295 9 55761 1.2 30 7 .1.00 1.02 88 01071.39 01550 1.292 0.00357 1.05788 1.3634

300 9 08827 1.1. 22 2 .1.06 1.26 95 0091.651 01515 1.232 0.00398 1.05498 1.2748

310 8 31.392 1.7 85 2 1.11 1.63 98 0077656 011.73 1.271 0.001.75 1.05041 1.1546

32 7 76563 51 27 2 1.11 1.91 56 0066690 011.51 1.269 0.0051.7 1.04666 1.0760

330 7 29437 51. 51. 2 .1.08 513 09 0058922 011.1.1 1.271 0.00615 1.04397 1.0204

340 6 89799 57 70 7 1.03 530 '*5 0053076 011.39 1.277 0.00661 1.04155 0.9787

35 6 55700 60 77 2 .397 51.1. 77 001.81.88 011.1.1 1.285 0.0071.6 1.03947 0.9462

360 6 25866 63 76 2 391 556 80 001.1.771 011.1.7 1.295 0.00810 1.03765 0.9202

370 5 991.11. 66 69 2 .381. 567 01. 0041667 011.51. 1.307 0.00872 1.03604 0.8998

38 5 75710 69 57 2 378 575 8 5 0. 0039079 011.63 1.320 0.00935 1.03460 0.8828

39 5 51.281 72 39 2 372 583 50 J 0036838 011.71. 1.333 0.00997 1.03330 0.8633

400 5 31.767 75 18 2 .365 590 20 0031.889 011.86 1.31.7 0.01060 1.03211 0.8558

410 5 16883 77 92 2 360 596 11 0033171. 01500 1.362 0.01122 1.03103 0.8450

i*2 5 001.05 80 63 2 .351. 601 31. 0031652 01511. 1.377 0.01186 1.03003 0.8356

1.3 l. 85151 83 32 2 .31.8 606 01 0C30289 01529 1.393 0.0121.9 1.02910 0.8273

i*i*0 it 70971 85 97 2 .31.3 610 19 0029061 0151.5 1.1.08 0.01313 1.02824 0.6199

1(50 1. 5771.0 88 61 2 .338 613 91. 002791.7 01561 1.1.21. 0.01377 1.02744 0.8134

i»6 4 1.5351. 91 22 2 333 617 33 0026932 01578 1. 1*1*1 0.011*1.2 1.02669 0.6075

it70 <t 33721. 93 82 2 328 620 1.0 0026001 01595 1.1.57 0.01507 1.02599 0.6023

1(80 1. 22776 96 1.0 2 323 623 19 00251i.it 01612 1.1.71. 0.01573 1.02533 0.7975

1.9 1. 121.1.3 98 97 > 318 625 71. 0021.352 01630 1.1.90 0.01639 1.02470 0.7933

500 4 02670 101 51. 2 313 628 06 0. 0023618 0161.8 1.507 0.01706 1.02411 0.7895

510 3 931.08 101. 09 2 .308 630 20 0022931. 01663 1.523 0.01771 1.02356 0.7871

52 3 81.612 106 6i* 2 303 632 16 0022295 01682 1.51.0 0.D1839 1.02302 0.7837

53 3 7621*6 109 18 2 .299 633 96 0021697 01701 1.557 0.01908 1.02252 0.7806

51.0 3 68271* 111 72 2 291. 635 63 0021136 01720 1.571. 0.01978 1.02204 0.7778

550 3 60668 Hi. 26 2 .289 637 17 0020608 c 01739 1.590 0.0201*7 1.02158 0.7753

560 3 531*01 116 80 2 28". 638 60 0020109 01758 1.60 7 0.02118 1.02114 0.7731

570 3 1*61*1.8 119 35 2 .279 639 93 0019638 01777 1.621. 0.02188 1.02072 0.7711

580 3 39787 121 89 2 .271. 61.1 17 0019192 01796 1.61.1 0.02259 1.02032 0.7694

590 3 33399 121. 1*1. 2 26 8 61.2 32 0, 0016768 01815 1.657 0.02331 1.01994 0.7678

60 3 27267 126 99 > 263 61.3 1.0 0018366 01831. 1.671. 0.021.03 1.01957 0.7664

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

700 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY °v Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND DEC R CU FT/LB CU FT-PSIA/LB 'SIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 98.826 0.01223 2133.82 318.3 -83.107 -81.522 0.50232 0. 266 0.396 3 835

10 0.01226 2111.33 315.2 -82.61.5 -81.056 0.50700 0.,265 0.396 3822

105 0.01237 2017.20 302.6 -80.678 -79.075 0.52633 0. 261 0.396 3766

110 0.0121.9 1925.70 290.1. -78.713 -77.091. 0.51.1.76 0,,257 0.396 3708

115 0.01261 1836.79 278.5 -76.71.8 -75.111. 0.56237 0, 253 0.396 361.9 120 0.01273 1750.1.1 267.0 -71.. 78". -73.131. 0.57922 0, 21.9 0.396 3589

125 0.01285 1666.1.9 255.9 -72.820 -71.151. 0.59538 0,,21.6 0.396 3528

130 0.01298 1581.. 98 21.5.2 -70.856 -69.173 0.61092 0, 21.2 0.396 31.65 135 0.01312 1505. 81 231..

-68.892 -67.192 0.62587 0.,239 0.396 31.02 140 0.01325 11.28.93 22i». 7 -66.926 -65.209 0.61.030 0.,236 0.397 3337

11.5 0.01339 1351.. 28 215.0 -61.. 959 -63.223 0.651.23 0,,233 0.397 3271

150 0.01351. 1281 .80 205.6 -62.990 -61.235 0.66771 0,,230 0.398 3205

155 0.01369 1211.1.3 196.5 -61.018 -59.21.1. 0.68077 0.,22 7 0.399 3137

160 0.01381. 111.3.11 187.7 -59.01.2 -57 .21.8 .6931.1. 0.,225 0.1.00 3069

165 0.011.00 1076.77 179.2 -57.062 -55.21.7 0.70575 0,,222 0.1.01 3000

170 0.011.17 1012.37 171.0 -55.076 -53.21.0 0.71771. 0.,220 0.1.02 2930

175 0.011.31. 91.9.81. 163.0 -53.083 -51. 22". 0.7291.2 0.,217 0.1.01. 2 859 180 0.011.52 889.11 155.3 -51.082 -1.9.200 .71*083 0,.215 0.1*06 2788

185 0.011.71 830.li. 11.7.9 -1.9.072 -1.7.165 0.75198 0,,213 0.1.08 2715

19 0.011.91 772.87 11.0.7 -1.7.050 -1.5.118 0.76290 .211 0.1.11 26«.2

19 5 0.01511 717.23 133.6 -1.5. 01". -1.3.055 0.77362 0.. 20 9 0.1.11. 2569

200 0.01533 663.17 126.8 -1.2.963 -1.0.976 0.781.15 0..207 0.1.18 21.92 205 0.01556 610.61. 120.2 -1.0.892 -38.875 0.791.53 ,205 0.1.22 21.16 210 0.01581 559.57 113.8 -38.800 -36.750 0.801.77 . 203 0.1.28 2338

215 0.01607 509.91. 107.5 -36.680 -31.. 597 0.81>.90 ,201 0.1.31. 2259

22 0.01635 1.61.68 101.3 -31.. 529 -32.1.09 0.821.96 0,, 199 0.1.1.1 2177 225 0.01666 1.11.. 77 95.2 -32.31.0 -30.181 0.831*97 0,.197 0.1.50 2091. 230 0.01699 369.19 89.2 -30.105 -27.903 0.91.1*98 . 196 0.1.61 2007 235 0.01736 325.78 83.5 -27.781. -25.533 0.85517 0., 199 0.1.79 1908

2<.0 0.01777 281.. 58 77.3 -25.1.05 -23.101 .8651.1 0,, 19 7 0.1.92 1813

2".5 0.01823 21.3.37 71.7 -22.91.3 -20.580 0.87581 0,.196 0.515 1720

25 0.01876 203.1.7 65.7 -20.375 -17.91.1. .8861.6 0..195 0.51.1 1615 255 0.01938 161.. gi, 59.5 -17.667 -15.155 .89750 0..195 0.576 1500

260 0.02D1I. 126.88 53.1. -11.. 752 -12 .11.2 0. 90920 0,.196 0.635 1378

265 0.02112 90.03 1.6.2 -11.512 -8.775 0.92203 0,.199 0.717 1227

270 0.02255 53.89 38.3 -7.688 -i.. 765 0.93702 0.,201. 0.897 101.8 275 0.02555 16.52 28.3 -2.010 1.301 0.95926 0..222 1.8 32 791.

' 276.191 0.02769 5.63 2i».

0.825 1..1.I1. 0.97055 0,,23 8 U.331. 689

* 276.191 0.05371 3.01. 10.7 17.519 21.. 1.61 1.01.322 0,.267 5.798 553

280 0.06900 l<t. 89 7.6 23.51.7 32.1.91 1.07208 ,225 1.190 601. 285 0.07877 23.79 6.3 26.899 37.110 1. 0881.1. 0.,209 0.759 633

290 0.08615 30 .89 5.6 29.293 1.O.1.6O 1.10010 0,.200 0.601 656

295 0.09239 36.91 5.1 31.258 1.3.231. 1.10959 0,,193 0.516 675

30 0.09791. 1.2.25 4.

32.978 1.5.671. 1.11779 , 188 0.1.63 691. 310 0.10779 51.61 l*. 1 35.979 1.9.952 1.13182 0..182 0.399 725

32 0.11658 59.81 3.7 38.621. 53.735 1.11.381. 0..177 0.361 751

330 0.121.67 67.21. 3.1. i.l.Qi.9 57.208 1.151.52 0.,171. 0.335 776

31.0 0.13227 71.. 11 3.1 1.3.322 60 .1.67 1.161.25 0,,171 0.317 798 350 0.13951 80.56 2.9 1.5.1.85 63.568 1.17321. 0,,169 0.301. 819 360 0.11.61.5 86.67 2.8 1.7.565 66.51.9 1.18161. .167 0.293 838 370 0.15317 92.50 2.6 1.9.580 69.1.31. 1.18955 ,166 0.281. 855

38 0.15970 98.10 2.5 51.51.2 72.21.2 1.19701. 0,, 165 0.277 871.

39 0.16606 103.50 2.1. 53.1.60 71.. 985 1.201.16 0., 161. 0.272 891

1.0 0.17229 108.73 2.3 55.31.2 77.675 1.21097 0.,163 0.267 90 7 1.10 0.1781.0 113.62 2.2 57.191. 80.319 1.21750 0., 163 0.262 922

1.2 0.181.1.1 118.78 2.1 59.019 82.923 1.22378 0., 162 0.259 937

1.3 0.19031. 123.63 2.0 60.822 85.1.93 1.22982 , 162 0.255 952

1.1.0 0.19618 128.37 1.9 62.605 88.031. 1.23566 0,,161 0.253 966

1*5 0.20195 133.03 1.9 61.. 371 90.51.8 1 .21.131 , 161 0.250 9B0

1.60 0.20766 137.60 1. 8 66.122 93.039 1.21.679 0., 160 0.21.8 993

1.7 0.21331 11.2.11 1.8 67.860 95.510 1.25210 ,160 0.21.6 1006

1.80 0.21892 11.6.55 1.7 69.586 97.962 1.25727 0..160 0.21.1. 1019

1.9 0.221.1.7 150.93 1.7 71.302 100.398 1.26229 0..160 0.21.3 1032

50 0.22999 155.25 1.6 73.009 102.821 1.26718 0.,159 0.21.2 lom

510 0.2351.7 159.53 1.6 71.. 708 105.230 1.27195 0,,159 0.21.0 1055

52 0.21.091 163.76 1.5 76.1.00 107.628 1.27661 0,,159 0.239 1068 530 0.21.632 167.95 1.5 78.087 110.016 1.28116 0,,159 0.238 1079

51.0 0.25171 172.11 1.5 79.768 112.391. 1.28561 0,,159 0.237 1091

55 0.25707 176.23 l.l. 81.1.1.1. 111.. 765 1.28996 0., 159 0.237 1102

560 0.2621.0 180.31 l.l. 83.117 117.129 1.291.22 0,. 159 0.236 1113

570 0.26771 181*. 37 1. l. 81.. 786 119.1.87 1.29839 0.,159 0.235 1121. 580 0.27300 188.1.0 1.3 86.1.53 121.839 1 .3021.8 0,, 15 9 0.235 1135

590 0.27827 192.1.1 1.3 88.118 121.. 187 1.3061.9 0,, 159 0.235 11U5

60 0.28352 196.39 1.3 89.781 126.530 1.3101.3 0,, 160 0.231. 1156

TWO-PHASE BOUNDARY
700 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE OENSITY

. DEG. R LB/CU FT

VOP/OU)., -VIOP/OVL

BTU/LB PSIA-3U FT/8TU PSIA

•(OV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY OIFFUSIVITY CONSTANT

DEG. R 3TU/FT-HR-R LB/FT-S,£C SQ'FT/HR

X 1(P

PRANDTL

NUMBER

98.826 81 71.875 217 30 11. 609 171.1.37 11 0. 001821.5 11196 1.2 608 0031.5 1.57011. 5 1.315 10 81 57358 216 58 11. 559 172228 79 0018303 11163 1.1 661 0031.5 1.56873 5 3258

10 5 80 82532 213 1.8 11. 338 16301.0 1.7 0018560 11018 37 881 0031.1. 1.56273 i. 901.1 110 80 07337 210 33 11. 111 151.197 51 0018830 0. 10861. 3i* 1.77 0031.3 1.55670 It 5250

115 79 31739 207 lit 13 876 11.5689 66 0019116 10703 31 1.13 0031.1 1.55066 1. 1839

120 78 55699 203 90 13 636 137506 B<t 00191.19 10535 Zi 655 00339 1.51.1.60 3. 8771

125 77 79171. 200 61 13 390 129639 12 001971.1 10361 26 171 00336 1.53851 3 6006

130 77 02116 197 26 13 139 122076 75 0020083 10162 23 lit 00331. 1.5321.0 3 3522

135 76 21.1.73 193 85 12 881. 111.810 16 00201.1.9 09998 21 920 00331 1.52626 3 1285

l<fO 75 i.6ie5 190 38 12 625 107829 95 0. 002081.0 09810 ^o 107 00328 1.52009 2 9271.

11*5 fit 67190 186 85 12 363 101126 91 0021259 09618 18 1.73 00321. 1.51387 Z 71.66 15 73 871.13 183 25 12 098 91.692 02 0021711 091.22 17 002 00321 1.50761 2 561.1. 155 73 06771. 179 57 11 832 88516 i*3 0022199 09221. 15 677 00317 1.50130 2 1.391 160 72 25181 175 82 11 563 82591 53 0022727 09022 1 s 1.83 00312 l.i»9i*93 i 3092 165 71 1.2531. 171 99 11 291. 76908 88 0023301 n 08818 13 1.06 00308 1.1*8650 Z 1931. 170 70 58715 168 08 11 021. 711.60 27 0. 0023927 n 08612 12 1.36 00303 1.1*8200 2 0907

175 69 73595 16U 08 10 751. 66237 73 0C21.613 081.01. 11 561 c 00298 1.1*751*1 2 0001

180 68 87021. 159 98 10 1.81. 61233 51 0025367 08191. 10 772 00293 1.1.6873 1 9206

185 67 98831 155 78 10 211. 561.1.0 12 0026201 07983 10 06a 00288 1.1.6195 1 8517

190 67 08819 151 1.8 9 91.5 51850 37 0027127 07770 9 1.16 00282 1.1*5505 1 7927

195 66 16759 11.7 OS 9 676 1.71.57 36 C028161 07556 a 63". 00276 1.1.1.801 1 71.32 20 65 22385 11.2 52 9 1.0 7 1.3251. 53 0029321. 0731.0 a 308 00269 1.1.1.082 1 7029

205 61. 25383 137 81. 9 138 39235 70 003061.0 07123 7 831 00262 1.1.331.6 1 6715

210 63 25377 133 03 8 86 8 35395 20 0. 0032H.1 06901. 7 397 00255 1.1.2569 1 61.92 215 62 21917 128 07 8 597 31727 67 0. 0033868 06681. 7 003 0021.8 1.1*1809 1 6360

22 61 11.1.53 122 95 8 322 28229 23 0035676 061.62 6 6i.it 0021.0 1.1*1002 1 6325

225 60 02305 117 65 8 01.2 21.895 95 0038237 06238 6 311. 00231 1.1*0162 1 6395

230 58 81.620 112 16 7 752 21725 70 001.1051. n 06010 6 012 00222 1.39285 1 6563

235 57 58931. 107 75 7 289 18761 38 001.1.1.88 05777 5 756 00209 1.38353 1 7195

21.0 56 26902 101 91. 3 959 16012 83 001.8268 0551.3 5 535 00200 1.37378 1 7689

21.5 5". 8511.7 95 81. 6 661 1331.9 30 0053712 c 05303 5 306 00186 1.36336 1 851.1. 25 53 31080 89 30 5 303 1081.6 91 0060531 05056 5 068 00175 1.35210 1 9503

255 51 60523 82 38 5 898 8506 1.6 OU6991.0 01.800 t. 815 00161 1.33970 Z 0810

26 i»9 66295 71. 93 5 1.72 6301 27 0081.701. 01.527 It 51.2 0011.1. 1.32568 Z 2920

265 1*7 31.537 66 19 l» 90 8 1.262 56 0108311 01.228 1» 231. 00125 1.30907 2 5 81* "t 270 kit 31.568 55 92 It 21.3 2389 96 0160381 Qi.039 1 861. 00102 1.28779 3 0886

275 39 11.219 1.1 88 3 253 61.6 58 0i.37i.80 01.302 3 291 00060 1.2511*1. 5 01*65 276.191 36 11172 36 31. 2 817 203 31 1192392 05317 2 995 00031. 1.23058 6 7891 276.191 18 61751 30 72 2 150 56 51. 1887051 01.905 1 719 0001.5 1.111.81 7 3121

280 11. 1.9201. 33 66 2 336 215 73 03531.91. 02301 1 501. 00133 1.08863 2 7967

285 12 691.56 36 25 2 385 301 91) 02 09381 01916 1 1.21. 00199 1.07736 2 0309

290 11 60729 38 63 2 1.05 358 60 01551.37 01753 1 382 00252 1.07058 1 7036

295 10 82377 1.0 79 2 1.17 399 56 0126577 (1 01665 1 355 00298 1.06571 1 5136

30 10 20985 1.2 81 2 1.2 5 1.31 38 0108167 01606 1 336 0031.0 1.06191 1 3871

310 9 27705 i»6 58 2 1.32 1.78 76 0085618 0151.2 1 316 001.17 1.05615 1 2261. 32 8 57817 50 10 2 1.3 3 513 05 0072001. 01508 1 309 001.87 1.05181. 1 .1272

33 8 02136 53 1.5 2 1.30 539 J 6 006271.7 011.90 1 307 00551. 1.01.81.3 1 .0593

3h0 7 56028 56 68 ? 1.25 560 3? 0055971 011.61 1 310 00618 1.01.560 1 .0097

35 7 16816 59 81 2 1.18 577 1.7 0050758 011.79 1 315 00680 1.0U320 9717

360 6 82808 62 66 2 1.11 591 77 001.6599 011.82 1 323 .0071.1 1.01.112 .91.17 370 6 52866 65 8". 2 1.01. 603 88 001.3190 011.86 1 333 00801 1.03930 .9183

380 6 26188 68 77 2 397 611. 26 001.0335 011.93 1 31.1. 00860 1.03767 .8989

39 6 02181. 71 63 2 390 623 25 0037902 01502 1 357 .00919 1.03621 .8825

1.00 5 801.10 71. .1.5 2 .383 631 09 0035600 01513 1 370 .00978 1.031.88 .8685

1.10 5 60525 77 21. 2 377 637 .99 0033962 01525 1 383 .01037 1.03367 ,8565

1.20 5 1.2257 79 .98 2 .371 61.1. 09 0032339 01538 1 398 .01097 1.03257 .81.59

1.30 5 25388 82 69 2 365 61.9 51 0030693 01552 1 1.12 .01157 1.03151. .8367

1.1.0 5 0971.2 85 .38 2 .359 651. 36 0029595 01567 1 1.27 .01217 1.03069 .8285

1.5 <t 95172 88 03 2 .353 658 72 00281.22 01582 1 1.1.3 01277 1.02971 n .6213

1.60 It 81558 90 67 2 .31.8 662 61. 0027356 01598 1 1.58 .01338 1.02688 .811.8

1.70 I* 68791. 93 29 2 .31.2 666 20 0026382 01615 1

i+7i* .01399 1.02811 .8090

1.80 I* 56796 95 .90 2 .337 66 9 1.2 00251.87 01631 1 1*90 .011.61 1.02739 .8038

1.9 •i 1.51.86 98 1.9 2 332 672 36 0021.663 0161.6 1 506 01523 1.02670 7992

500 it 31.802 101 ,06 2 327 675 Oi. 0023900 01665 1 523 .01586 1.02606 .7950

510 it 21.686 103 .63 2 .322 677 50 0023191 01680 1 539 .0161.6 1.0251.1. .7923

52 i. .15089 106 .20 2 317 679 76 0022530 01699 1 555 .01710 1.021.86 n .7885

53 It .05968 108 .76 2 .312 681 61. 0021913 01717 1 571 .01775 1.021.31 .7851

51.0 3 97285 111 .31 2 .307 683 75 0021331. 01736 1 588 .0181.0 1.02379 .7821

55 3 .89006 113 .86 2 .302 685 53 0C20790 01751. 1 601. .01905 1.02329 .7793

56 3 .81101 115 .1.1 ? .29 7 687 17 0020276 01773 1 621 .01971 1.02281 .7769

57 3 .7351.2 118 .97 2 .292 688 .70 0019791. 01792 1 637 .02037 1.02236 .771.7 580 3 66305 121 .52 2 .287 690 12 0019336 01810 1 651. .02103 1.02192 .7727

590 3 .59369 121. .08 2 .281 691 1.5 0018903 01829 1 670 .02170 1.02150 .7710 600 3 .52713 126 .61. 7 .276 692 69 00181.91 0181.8 1 667 .02237 1.02110 .7691.

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

731.379 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM I30CHORE INTERNAL ENTHALPY ENTROPY Cp <v VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOJNO

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU7LB-R BTU 7 L9 -R FT/SEC

» 98.671 0.01223 2135.75 318.3 -83.102 -61 .1*1.6 0.50236 0. 266 0.396 3837 mo 0.01226 2111*. 13 315.1. -82.658 -80 .998 0.50687 0. 265 0.396 3821* 105 0.01237 2020 .03 302.7 -80.692 -79.017 0.52620 0. 261 0.396 3 768 110 0.0121*9 1928.58 290.5 -78.727 -77 .036 0.51*1.63 . ,257 .396 3710

115 0.31260 1839.72 278.6 -76.761. -75.057 0.56223 0. 253 0.396 3651

12 0.01273 1753. 38 267.2 -71*. 801 -75.077 G. 57907 , r 21.9 0.396 3591

12 5 0.01285 16b9.51 256.1 -72.838 -71.098 .59521* 1 21.5 0.396 3530

130 0. J1298 1588.05 21.5.3 -70.875 -69.118 0.6107? 0.,21*2 0.396 31*68 135 U. 01311 1508.93 231*.

-68.912 -67 .137 0.62572 0, 239 0.396 31*01* 11*0 0.01325 11*32.11 221*.

-66.91.8 -66.151* 0.61*011* 0.,23b 0.397 331*0

11*5 0.31339 1357.51 215.2 -61*. 983 -63.170 .651*06 . 23 3 0.397 3271. 150 0.01353 1285.09 205. 8 -63.015 -61.182 .66751. 0,,230 0.398 3208

155 0.01368 1211.. 78 196. 7 -61.01.5 -59.192 .68059 0.,227 0.398 311.0 160 0.31381. lli*6.52 187.9 -5 9.07 1 -57.197 0.69325 0, 225 0.399 3072

165 0.31399 1080.25 179.4 -57.092 -55.197 .70556 0.,222 0.1.01 3003

170 U.Uli*16 1015.92 171.2 -55.109 -53.191 0.71751. 0, 220 0.1.02 2 931* 175 0.311*33 953.1*6 163.2 -53.118 -51.177 C. 72922 0,,217 0.1*01* 2 863 180 O.Qli.51 892.81 155.6 -51.120 -1*9.151* .71.361 1 .215 0.1.05 2792

185 c . a 1 1* 7 833.93 11*8. 1 -1*9.112 -1.7.121 0.75175 0.,213 .1*08 2719

19 0.011*90 776.71. 11*0.9 -1*7.093 -1.5.076 0.76267 0,.211 0.1*10 2 61*6

195 0.01510 721.19 133.9 -1.5.061 -1.3. C16 0.77337 0,.209 0.1*11* 2572

20 0.01532 667.23 127.1 -1*3.01 3 -1.0.939 0.78389 0.. 207 0.1*17 2i*98 205 0.01555 611.. 80 120.5 -1.0.91*7 -38.81.1 0. 791*25 ,205 0.1.22 21*21 210 0.01580 563. 86 lli*.l -38.86C -36.720 .80U1.7 0., 203 0.1*27 231.1* 215 .31606 51<*. 35 107.8 -36.71.6 -31. .571 0.811*59 c • ,201 0.1.33 2265

220 U. 0163U 1*66.23 101.6 -31».6L1 -32.389 0.821*62 ,199 0.1*1.0 2185

225 0. 01661. i*19.i«? 95.6 -3 2.1*2 -30.167 0. 831*60 1 , 197 0.1*1*8 2102

230 0.01697 371*. 05 69.6 -30.195 -27.897 .ai.'.sa .196 0.1*59 2G16

235 0.31731. 330.55 83. 9 -27.885 -26.537 0.651.73 0.,199 0.1.77 1917

2 if 0.01771* 289.51. 77.8 -25.520 -23.117 O.Soi.91 0,,197 0.1*89 1821*

21.5 0.31819 21.8.62 72.2 -23.075 -20 .612 0.87525 0,, 196 0.511 1732

250 0. 31870 209.01 66.2 -20.531 -17 .998 .86581 ,19 5 0.535 1629

255 0.01931 170 .72 60.2 -17.855 -15.21.0 0.89673 . 195 0.569 1518

260 0. J2001* 133.21 51*. 1 -11*. 991 -1^.277 0.93821. Or,196 0.621 1398

265 i .02097 96.83 1.7.2 -11.835 -6.995 0.92071. 0,.198 0.691. 1251*

27 0.02228 61.61. 39.8 -8.192 -5.175 .93502 0,.202 0.61*0 1089

275 0.021*61 26.39 31.3 -3.311 0.021 0.951*08 u ,211* 1.357 860 280 0.05789 B.ll 9.7 20.112 27 .953 1 . 051.51. I , 2i*l* 2.21.1 587 285 e . 7 6 7 19.25 7.2 25.076 31.. 61.6 1.07827 0,.215 0.931* 621 290 . 37879 27.00 6.3 27.931. 36.605 1.09205 Or,20<* 0.687 61*9

29 5 .08536 33.55 5.6 30.11.9 1.1.709 1.10257 Or,197 0.567 670 300 0. J9107 39.25 5.1 32.025 1.1.. 359 1.11158 Or.191 0.1*98 688

310 0.10101 1.9.09 1**1* 35.217 1.8.896 1.1261.6 Or. 183 0.1*18 721

32 0.10971. 57.63 1..0 3 7.97 8 52 .81*0 1.13899 Or,176 0.371* 71.9 33 0.11772 65.31 3.6 1.0.1.82 5fc .1*25 1.15002 0.,175 0.31.5 773

31*0 0.12518 72.38 3.3 1*2.815 59.766 1.16000 Or,172 0.325 796

35 0.13225 79. Oo 3.1 1*5.021* 62 .935 1.16918 .17^ 0.310 817 360 .13902 85.25 2.9 1.7.11.2 65.970 1.17773 0.,168 0.298 837 370 0.11.555 91.20 2.8 1.9.167 68.900 1.18576 , 167 0.269 855 380 0.15189 96.91 2.6 51.175 71 .71.6 1.19335 .166 0.281 873

390 0.15806 102.1*0 2.5 53.116 7".. 523 1.20056 .165 0.275 890

i*O0 0.161*09 107.73 2.1. 55.018 77.21.2 1.2071.5 . 161. 0.269 906

<tlO 0.17001 112.89 2.3 56.867 79.911 1.211*01. 0.. 163 .265 922

142 0.17582 117.92 2.2 58.728 82.539 1.2203? .162 0.261 937 MO 0.18151* 122.81. 2.1 60.51.1* 85.130 1.2261*7 . 16 2 0.257 952 M»0 0.18718 127.61. 2. J 62.339 87.689 1.23235 . 161 0.251* 966

1*5 0.19271. 132.36 2.0 61*. 117 9u .220 1.23801* .161 0.252 980

1.6 0.19825 136.99 1.9 65.673 92.727 1.21*355 . 161 0.250 993

1*70 0.20370 11*1.51* 1.8 67.625 96.212 1.21*889 . 160 0.21*8 1005

1.80 0.20910 11*6.02 1. 8 69.360 57.678 1.251*09 .160 C.2i*6 1019

1.9 0.211.1.5 150 .1*5 1. 7 71.063 100 .127 1.25913 Q . 160 0.21*1* 1032

5J0 0.21976 151*. 81 1.7 72.798 ll) t .560 1 .261.05 .160 0.21*3 10i*<* 510 0.22503 159.13 1.7 7*. 503 10i«. 980 1.26881* 0..159 0.21*1 1057

52 0.23027 163.1.0 1.6 76.2l 2 107 .388 1.27352 .159 0.21.0 1068

530 0.2351*6 167.62 1.6 77.891. 109.785 1.27808 .159 0.239 1080

5-.0 0. 2U065 171. 81 1.5 79.580 112.172 1.28255 .159 0.238 10 92 55 u. 21.581 175.96 1. 5 81.261 Hi*. 551 1.28691 .159 0.238 1103

56 0.25093 180 .08 1.5 82.939 116.923 1.29118 0.. 159 0.237 llli* 570 0.25601* ldi.. 17 l.i. bi».bl2 119 .288 1.29537 .159 0.236 1125

580 0.26112 188 .23 1.1* 86.283 121. 61*7 1.2991*7 . 159 0.236 1136

590 C .26618 192. 2o l.i. 87.951 121.. 001 1.30350 .159 0.235 111*6 60 C. 27123 196.27 1.3 89.618 126.350 1.3071*5 . 160 0.235 1157

TWO-PHASE 30UNDARY
731.379 PSIA ISOBAR

THERMOOYNAMi; FRuPERTItS OF OXYGEN

TEMPERATURE DENSITY DEC R LB/CU FTV(OP/OU)„ -V1DP/DV),

3TU/LB P5IA-;u FT/BTU PSIA

(DV/uTL/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANGTL CONDUCTIVITY DIFFUSIVITY CONSTANT NUMbER

UEG. R 3TU/FT-HR-R L8/FT-SEC SQ FT/hR

98.871 81 75683 217 i./ 1* 60 8 174bl2 d7 J GL18228 11198 42 652 00346 1 570cl 5 4355

100 61 5861.3 216 78 m 560 1721.88 17 J. 0018281. 11166 '.1 741 00345 1 56665 5 3337

105 80 84086 213 69 li. 339 163301 15 GulB539 11021 37 955 00344 1 56285 4 9114

110 80 U8965 210 55 i* 111 151.1.59 51. 0018807 1U868 34 547 0031.3 1 55683 4 6316

115 79 331.1.6 207 37 13 877 11.5953 07 0019092 10707 31 479 it 00341 1 55080 4 1903

120 78 571.90 20>* 13 13 637 137771 66 0^19393 G 1054C 28 716 00339 1 54474 3 8829

125 77 81055 200 85 13 391 129905 39 0019712 10366 2 6 229 00336 1 536o6 3 o063

130 77 01.091. 197 51 13 11*0 12231.1. 52 0020052 10187 23 989 00334 1 5 32 = 6 3 3573

135 76 26551. 191* 11 12 885 115o79 1.3 0u20415 c 10004 21 972 3 31 1 5261.3 3 1333

140 75 1.8379 190 65 12 626 106100 Bo 00208C3 09316 20 155 00328 1 52026 2 9317

11.5 71. 69 5 01. 187 13 12 365 101399 1.7 0U21219 09624 18 519 00321. 1 51405 2 7506

15 73 89656 183 5i* 12 100 91*966 28 a 0021667 09429 17 045 00321 1 50780 2 5881

15 5 73 09360 179 88 11 .83'. 88792 1.7 3 C022150 09230 15 717 t 0C317 1 50150 2 4424

160 72 27922 176 15 11 566 82869 1.1 UU22673 09029 1 i. 521 00313 1 49515 2 3122

165 71 .1.51.1.3 172 33 11 297 77188 68 002321.2 08826 1 5 i»43 00308 1 46873 2 1962

170 70 61809 166 1.3 11 028 717i»2 1.9 0023861 0862C ; ./ 471 00304 1 482c4 2 u931

175 69 76893 16<l i»i* 10 758 66521 65 0021.51.0 08412 1

1

594 CI 00299 1 47567 2 0022

19 68 9051.6 160 36 10 i*89 61519 65 0025266 08203 13 803 00294 1 46900 1 9224

185 68 02602 156 18 10 220 5b728 60 0026109 b u7992 10 089 00286 1 46224 1 8531

190 67 12869 151 90 9 952 5211*1 32 01,27023 c 07760 9 444 00282 1 45536 1 7938

195 6b 21122 11.7 5. 681* 1.7750 92 002801.2 07566 8 861 00276 1 44834 1 7436

200 65 27103 li*2 98 9 1.16 1.3650 87 Cu29187 07351 9 333 00270 1 44118 1 7030

205 61. 30501* 136 31. 3 11*9 39535 I 2 00301.81 07135 7 855 00263 1 43364 1 6712

210 63 30963 133 56 8 881 35697 69 0031951. 06917 7 421 00256 1 42631 1 6482

215 62 281/1.1* 128 63 3 611 32033 76 Gu33647 06698 7 02a 00248 1 41855 1 5343

22 61 21216 123 5<t 8 339 28538 81 a 01,35610 06477 6 666 00241 1 41052 1 ,b299

225 60 09828 118 29 3 062 25209 36 0u37913 06253 6 33o 00232 1 4C219 1 o358

230 5e 93061* 112 "o 7 776 2 2.43 20 0u4G650 06027 6 033 00223 1 3931.8 1 6531

235 57 661*96 108 1.8 7 311 19067 71. 001.3981. 05796 5 773 00211 1 364^4 1 7111

240 56 37831. 102 7i D 966 16323 75 Gl.47635 05563 5 554 00202 1 374=6 1 7590

245 51. 97903 96 73 o 692 13o66 82 C052822 G 05325 5 323 00190 1 36429 1 ,8403

25 53 1.6296 90 31 b 341 11171. 05 0059277 05082 5 092 u 00178 1 35321 1 9314

255 51 79226 83 57 5 951 831.2 13 0O68078 Ji.829 4 844 00164 1 .34U6 2 .u545

2b 1.9 901.27 76 31 5 532 6b<*7 69 Ci 81436 4562 4 57o 00147 1 32741 2 2442

265 1.7 68130 67 91. '+ 99 8 1.61b 99 G102209 04272 4 270 00129 1 31147 2 .6040

2/0 1.1. 86931* 58 1*0 * 386 27b7 10 011.3871. 04U49 3 931 u 00107 1 29163 2 .9360

275 1*0 63933 1.6 53 3 593 1J72 63 0291567 04094 3 45u 00074 1 26182 4 1165

280 17 27269 iZ 53 j 287 mo 16 068831.1. 03046 1 654 00079 1 10623 •4 .^789 285 ft 15U67 35 14 -> 367 272 39 0265896 02126 1 499 00161 1 0861.9 2 3726

290 12 o9247 37 65 l 1.12 31.2 7". J 0182425 G 01878 1 437 00215 1 07735 1 6919

29 5 11 711.99 39 69 l 1.27 393 (. 1 G142244 G 01751 1 400 1] 00263 1 07125 1 .6332

30 10 98022 1.1 96 z 1.37 1.30 93 0118618 01676 1 37b 00307 1 06668 1 4721

310 9 9001.0 1.5 81 2 i«i*5 1.86 03 Gu91350 01590 1 349 00381. 1 06000 1 .2777

32 9 11261. "*9 39 2 1.1*7 525 14 0075690 01546 1 33p 00454 1 05513 1 .1626

330 8 1.91.86 52 8u 2 '*'.'* 551. 80 0u65336 D 01522 1 330 D 00519 1 .05133 1 .0857

340 7 98870 56 U7 I 1*39 578 26 OU57900 01509 1 331 00582 1 04822 1 .0304

35 7 56151 59 21. 2 1*32 597 3i» 04,52253 01504 1 335 u 00643 1 045ol 1 .9685

3b 7 19315 62 32 2 .i*2i* 613 19 Cu47792 01505 I 341 00702 1 04335 C .9557

370 o 87032 65 33 2 1.17 b2b 56 0044161. 31507 1 350 00750 1 041o8 9303

380 6 58372 68 28 2 .1.09 638 00 0U41144 01513 1 360 00818 1 .03963 .9093

39 6 32bbl* 71 17 j 1.02 bi*7 83 d.38585 01521 1 371 00875 1 038.6 8917

1*0 6 091.01. 74 02 2 .395 o5b 1.3 0036383 01530 1 384 00932 1 036b5 .8767

1*10 5 88207 76 82 2 388 661. 01. 0034464 01541 1 397 990 1 0353b 8o38

<*20 5 68771 79 56 2 381 b70 72 0032775 01554 1 411 01047 1 .0 3418 c .8525

1.30 5 50652 82 31 2 375 b7b 65 Cu31275 c 01567 1 42b 01105 1 033.9 .8427

1.1.0 5 31.256 85 01 2 369 681 91. 0029932 01561 1 439 01163 1 032u8 .8340

1.50 5 18821 87 69 ? .363 b8b 69 0028721 01596 1 451. 01221 1 .03114 .8263

1*60 5 01.1.13 90 3i. 2 .357 690 97 0027623 01611 1 470 0128C 1 .03027 c .6194

i*7 l* 90920 92 97 2 352 691. 8". 0026621 01627 1 485 01339 1 02945 .8133

1*80 i* 7821*6 95 59 2 31.7 698 3 5 0025703 01643 1 501 D 01399 1 028o8 .B078

490 i. 56310 96 19 ? 31.1 701 55 0u24857 01660 1 517 01458 1 .02796 .8C29

50 1. 55042 100 78 2 .336 701. 1.7 UZ4076 01677 1 532 01519 1 .02728 .7964

510 1. . 1*1*380 103 3d 2 331 711 7 14 0023352 01691 1 543 01577 1 .026o3 .7956

52 1. 31.272 105 9j Z 326 709 5 9 0022677 01709 1 555 01638 1 ,J26o2 .7916

53 1. 21*670 108 50 2 .321 711 .65 0022047 01727 1 561 01701 1 .02544 ; .7880

51.0 i. 15533 111 06 2 .316 713 91. Gi.21457 J1746 1 597 01763 1 .024b9 .7847

55 1. 06826 113 bi Z .311 715 bo 0020901. 01764 1 613 01826 1 02437 .7818

5o0 3 98515 116 18 2 305 717 b5 0020383 01782 1 629 01889 1 02366 .7792 570 3 90571 118 73 2 3C 719 31 0019891 01801 1 64o 01952 1 023o8 .77b9

580 3 82969 121 29 2 295 720 85 CO 19 42 7 01919 1 662 02016 1 022:13 ,7748

59 3 75681* 123 3d 2 .289 722 29 0018987 01836 1 678 02080 1 0221.9 .7730

6U0 3 o6696 126 1.2 2 28<* 723 b3 1,018569 01957 1 694 u 02146 1 022.6 7713

iASL 30UNOARY
THERMODYNAMIC PROPERTIES OF OXYGEN

750 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c.. c

p VELOCITY OERIVATIVE OERIVATIVE ENERGY V OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

98.897 0.01223 2136.90 318.3 -83.099 -81.401 0.50239 0, 266 0.396 3837

100 0.01226 2115.78 315.4 -62.666 -80 .964 0.50679 0,,266 0.396 3825

105 0.01237 2021.71 302.8 -80.700 -76.962 0.52612 0..261 0.396 3 769

110 0. 0121.8 1930.29 290.6 -76.736 -77.002 0.54454 0,.257 0.396 3711

115 0.01260 181.1.1.5 278.7 -76.773 -75.023 0.56214 0,.253 0.396 3653

120 0.01272 1755.11. 267.3 -7 4.611 -73.043 0.57899 0,.249 0.396 3593

125 0.01285 1671.30 256.2 -72.81.9 -71.064 0.59515 0..246 0.396 3531

13 0.01298 1589.87 245.4 -70.887 -69.084 0.61068 0,.242 0.396 3469

135 0.01311 1510.76 235.0 -68.924 -67.104 0.62563 0,.239 0.3 96 3406

140 0.01325 11.33.99 225.0 -66.961 -65.122 0.64004 0,,236 0.397 3341

11.5 0.01339 1359.1.3 215.3 -64.997 -63.138 0.65397 0,,233 0.397 3276

150 0.01353 1287.01. 205.9 -63.03 -61.151 0.66743 0.,230 0.398 3209

155 0.01368 1216.76 196. 8 -61.060 -59.161 0.68048 0..227 0.398 3142

16 0.01383 1148.54 188.0 -59.088 -57.167 0.69315 0,,225 0.399 3074

165 0.01399 1082.31 179.5 -57.110 -55.167 0.7 545 0..222 0.400 3005

170 0.011.16 1018.02 171.3 -55.128 -53.162 0.71742 0.,220 0.402 2936

175 0.011.33 955.60 163.4 -53.139 -51.149 0.72909 0,.218 0.403 2865

18 0.011.51 895.00 155.7 -51.142 -49.127 0.74049 0..215 0.405 2794

185 0.011.70 836.16 148.3 -49.136 -47.095 0.75162 ,213 0.408 2722

190 0.011.89 779.03 141.0 -47.119 -45.051 0.76253 0,.211 0.410 2649

195 0.01510 723.51. 134.1 -45.089 -42.992 0.77322 0.,209 0.413 2575

200 0.01531 669.63 127.3 -43.043 -40.917 0.78374 0..207 0.417 2501

205 0.01551. 617.27 120.7 -40.980 -38.821 0.79409 0,.205 0.421 2425

210 0.01579 566.39 114.3 -38.895 -36.702 0.80430 0,,203 0.426 2348

215 0.01605 515.95 108.0 -36.784 -34.556 0.81440 0,.201 0.432 2269

220 0.01633 1.68.91 101.6 -34.644 -32.377 0.82442 0,,199 0.439 2189

225 0.01663 1.22.21. 95.8 -32.467 -30 .158 0.83439 0,.197 0.448 2107

23 0.01695 376.92 89.8 -30.247 -27.893 0.84434 0.,196 0.456 2022 235 0.01732 333.37 84.1 -27.91.4 -25.539 0.85446 0..199 0.476 1922 240 0.01772 292.46 78. -25.587 -23.126 0.86462 0,.197 0.488 1830

21.5 0.01816 251.70 72.5 -23.153 -20.630 0. 87492 0,,196 0.509 1739

250 0.01867 212.26 66.6 -20.622 -18.029 0.88543 Or,195 0.532 1637

255 0.01927 174.17 60.6 -17.964 -15.288 .89628 0,,195 0.565 1528

26 0.01996 136.89 54.6 -15.127 -12.352 0.9 768 0.,196 0.614 1410 265 0.02089 100.77 47.8 -12.017 -9.116 0.92001 0.,198 0.683 1270

270 0.02213 66.05 40.6 -8.464 -5.390 0.93394 0.,201 0.813 1111

275 0.021.22 31.69 32.6 -3.879 -0.515 0.95182 0.,211 1.213 918 280 0.01.816 3.15 12.2 16.041 22.729 1.03522 0,,267 5.973 572 285 0.06579 15.34 7.9 23.789 32.926 1.07141 0.,222 1.102 613

29 0.071.55 24.71 6.7 27.01.2 37.395 1.08697 0,,207 0.744 641

295 0.08138 31.52 5.9 29.442 4C.745 1.09842 .199 0.604 665 300 0.08722 37.45 5.4 31.428 43.541 1.10782 0,,193 0.521 685 310 0.09722 47.60 4.7 34.749 48.251 1.12328 0,.184 0.431 718 320 0.10591. 55.34 4.1 37.585 52.298 1.13613 0,,179 0.382 747

330 0.11386 64.17 3.8 40.140 55.953 1.14738 ,175 0.351 772

31.0 0.12121. 71.37 3.5 42.509 59.348 1.15751 0,.172 0.329 795

35 0.12823 78.08 3.2 44.747 62.556 1.16681 0.,170 0.313 816

36 0.131.90 84.41 3.0 46.688 65.623 1.17546 0,,168 0.301 836

37 0.11.131. 90.44 2.9 48.952 68.581 1.18356 0,,167 0.291 855 380 0.11.757 96.21 2.7 50.956 71.450 1.19121 0.,166 0.283 872

39 0.15363 1 1 . 76 2.6 52.911 74.247 1.19848 0,,165 0.276 89D

40 0.15956 107.14 2.5 54.825 76.984 1.20541 0., 164 0.271 906

i»10 0.16536 112.35 2.4 56.701. 79.669 1.21204 0., 163 0.266 922

1.2 0.17106 117.42 2.3 58.554 82.310 1.21840 0,,162 0.262 937

i»3 0.17667 122.37 2.2 60.379 84.914 1.22453 , 162 0.259 952 440 0.18219 127.22 2.1 62.181 67.484 1.23044 0,, 161 0.256 966

1.5 0.18765 131.96 2.0 63.965 90.026 1.23615 0,, 161 0.253 980

1.6 0.19301. 136.62 2.0 65.733 92.542 1.24168 0,.161 0.250 993

1.70 0.19838 141.21 1.9 67.485 95.036 1.24704 0,.160 0.248 1007

1.8 0.20366 145.72 1.8 69.225 97.510 1.25225 0.,160 0.246 1020

1*90 0.20890 150.17 1.8 70.954 99.966 1.25732 0,,160 0.245 1032

500 0.211.10 154.56 1.7 72.672 102.406 1.26225 ,160 0.243 1045

510 0.21925 158.90 1.7 74.382 104.832 1.26705 0.,159 0.242 1057

520 0.221.38 163.19 1.7 76.084 107.246 1.27174 0., 159 0.241 1069

530 0.2291.7 167.1.3 1.6 77.779 109 .648 1.27631 0.,159 0.240 1081

51.0 0.231.53 171.64 1.6 79.469 112.041 1.28079 0,, 159 0.239 1092

55 0.23957 175.81 1.5 61.153 114.425 1.28516 0.,159 0.238 1103

560 0.21.1.58 179.95 1.5 82.833 116.801 1.28944 0.,159 0.237 1114

570 0.21.957 184. 05 1.5 84.509 119.170 1.29363 0., 15 9 0.237 1125

580 0.251.51. 188.13 1.4 86.182 121.533 1.29774 0.,159 0.236 1136

59 0.2591.9 192.18 1.4 87.852 123.890 1.30177 0., 159 0.236 1147

60 0.261.1.2 196.20 1.4 89.521 126.244 1.30573 0,, 160 0.235 1157

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

750 PSIA ISOBAR

TEMPERATURE DENSITY

OEG. R LB/CU FT

VOP/DU)v

, -V<DP/0V)T BTU/LB PSIA-CU FT/8TU PSIA

(DV/DTl/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 10 5

PRANDTL

NUMBER

98.897 81 ,76162 217 58 V-. .608 171.716 20 0018218 11199 i*2 678 0031.6 1.57025 5 1.378 100 81 59721. 216 90 11* .560 17261.2 03 0018272 11166 1*1 788 0031.5 1.56892 5 3381. 10 5 80 .85007 213 81 11* .339 1631.55 78 0016526 11023 36 000 0031.1. 1.56292 It 915,8 110 80 .09931 210 68 11. .112 151.611. 95 0018791. 10870 3 1: 589 0031.3 1.55691 i. ,5358 115 79 .31.1.58 207 50 13 .878 11.6109 .30 0019077 10709 31 518 0031.1 1.55088 It 191.0 12 78 .58552 201. 27 13 .637 137928 72 0019377 1051.2 2 8 753 00339 1.51.1.83 3 8864

125 77 .82170 200 99 13 .391 130063 .31 0019695 10369 26 263 00337 1.53875 3 .60 96 130 77 05266 197 66 13 .11*1 122503 32 0020031. .10190 2!i 021 00331. 1.53265 3 3603

135 76 .27788 191. 27 12 .886 115239 .18 0020395 10007 22 002 00331 1.52652 3 .1361

11(0 75 1.9678 190 82 12 .62 7 108261 51 0020781 .09819 20 181. (1 00328 1.52036 2 931.3

11*5 71. 70875 187 30 12 .366 101561 08 0021195 .09628 18 51.6 00325 1.511*16 2 7530

15 73 .91305 183 .72 12 .101 95128 90 002161.1 091.33 17 071 00321 1.50792 2 5903

155 73 .10892 180 06 11 .835 88956 13 0022122 09231. 15 71.2 00317 1.50162 2 l*"t It It 160 72 295U5 176 31. 11 .568 83034 15 002261*2 .09031. 1"* 51*1. 00313 1.1.9527 2 311*0 165 71 1.7165 172 53 11 .299 77351. 56 0023207 08830 1 3 1.61. 00309 1.1.8886 2 .1978

17 70 6361.1 168 61. 11 030 71909 11* 0023823 a 08625 12 1.91 00301. 1.1.8238 2 091.6 175 69 7881.3 161. 66 10 .761 66689 9 it 0021.1.97 081.18 11 613 00299 1.1.7582 2 0031. 180 68 92629 160 59 10 .1*92 61689 23 0025237 .08209 10 821 00291. 1.1*6916 1 9235

185 63 01.832 156 1*2 10 .223 56899 51. 0026055 07996 10 106 00286 1.1*621*1 1 .851.0 190 67 15262 152 15 9 .956 52313 70 0026961 07786 9 1.61 00283 1.1.5551. 1 .791*1*

195 66 23700 11.7 76 9 .688 1.7921. 83 0027973 07573 8 677 00277 I.i*lt85li 1 .71*1.2 200 65 29888 11.3 26 9 .1*21 1*3726 1.0 0029107 07356 8 31.8 00270 1.1*1*139 1 .7031 205 61. 33527 138 63 9 .155 39712 27 0030388 0711.2 7 870 00261. 1.1*31*07 1 6710

210 63 31.258 133 86 8 .888 35876 78 003181.5 06925 7 1*35 00256 1.1.2656 1 .6U77 215 62 31655 128 95 8 .620 32211* 81 0033518 06706 7 039 0021.9 1.1.1882 1 .6331* 220 61 25198 123 89 8 .31.9 28721 96 00351.55 061.85 6 679 0021.1 1.1.1062 1 .6285

22 5 60 11.253 118 66 9 .071. 25391. 73 c 0037721. 06263 6 31.9 00233 1.1.0252 1 6336

230 58 98023 113 26 7 .790 22230 92 00i.0i.16 06037 6 01.6 00221. 1.39385 1 .6501 235 57 71.105 108 90 7 .321. 1921.9 13 001.3693 05806 5 783 00211 1.381*65 1 .7062

21.0 56 1.1.233 103 21 7 ,002 16507 33 001.7271 05575 5 565 00202 1.37505 1 .7533

21.5 55 0531*7 97 26 5 709 13857 19 0052315 05336 5 31.0 00191 1.361*61. 1 .8323

25 53 55137 90 91 6 363 11366 61 0058569 05096 5 107 00179 1.35365 1 9206

255 51 90021. 8 >l 25 5 .981 9039 26 006701.1 c 01*81*5 It 860 00165 1.31.161. 2 .0397

26 50 01*215 77 10 5 566 6850 1*5 0079663 01.582 It 596 0011.9 1.3281.1 2 2181

265 1.7 86979 68 93 5 .01.8 1.823 93 0099032 01.297 k 305 D 00131 1.31262 2 .1*620 27 1.5 18106 59 71, i* 1*62 2981. 3 J 0136086 01.056 3 967 00110 1.29370 2 .8611 275 1.1 28167 1.6 67 3 .71*0 1308 i: . 021.9130 1.01.3 3 521 00081 1.26630 3 .8016

28 20 76566 31 96 2 ,206 65 1*3 1868925 01.272 1 855 00031. 1.12661 9 .3353 235 15 19881 31. 50 2 351* 21*8 1.0 03191*71. 02303 1 555 00138 1.09309 2 6776

290 13 1*1363 37 00 2 .398 331 1.8 0201162 01961 1 1.71. 00196 1.08186 2 .011*9

295 12 2871.7 39 37 2 1.33 387 36 0153375 01610 1 1*29 0021.1. 1.071.82 1 .7165

30 11 1.6586 1.1 1*8 2 1.1.1. 1.29 1.2 0125702 01720 1 1.01 00288 1.06970 1 5291

310 10 28559 1.5 37 2 1.5 it 1*89 61 G 0095062 01620 1 368 00365 1.06238 1 3108

320 9 1.391*3 1.8 98 2 .it56 531 81 0076017 01569 1 351 001*35 1.05715 1 .181.9 330 8 7821*9 52 1.2 2 1.53 563 GO 006691*9 0151.1 1 31.5 00500 1.05310 1 1022

31.0 8 21*778 55 71 2 it i*7 588 6 2 0059067 01526 1 31*3 D 00562 1.01*981 1 01.32 35 7 79861 58 90 2 1*1*0 608 90 0053166 01520 1 31*6 00622 1.01*706 .9988

36 7 1*1267 62 01 2 1*32 625 71 001*8517 01519 1 352 00681 1.01*1*70 961.3 37 7 07536 65 03 2 1.21. 639 8 7 001*1*753 01520 1 360 00736 1.01*263 .9376

38 6 77657 68 00 2 1*16 651 96 001*1632 01521. 1 370 00795 1.01.081 9156

39 6 50905 70 91 2 i*09 662 39 C038995 01531 1 380 00851 1.03918 8972

1.00 6 26737 73 76 2 1.0 1 671 1.6 0036732 0151.0 1 392 00907 1.03770 .8816

1.10 6 0i»7i*2 76 58 2 391* 679 1.2 n 0031.765 01551 1 1.0 5 00963 1.03636 8682

1.2 5 81.595 79 35 2 387 686 1.5 0033036 01563 1 i*18 0102C 1.03511* 8565

1.30 5 66Q1.C 82 09 2 .381 692 69 0031503 01576 1 1.32 01076 1.031*01 .81.63

1.1.O 5 1.8868 81. 80 2 375 698 26 0030133 01589 1

i*i*7 01133 1.03297 8373

i*5 5 32910 87 1.9 7 369 703 25 0028899 01601. 1 1*61 01190 1.03200 .8293

1.6 5. 18021. 90 15 2 363 707 75 0027781 01619 1 1*76 0121.8 1.03109 6222

1.7 5 01.092 92 79 2 357 711 81 0026763 01631. 1 1*92 01306 1.03025 8159

1.8 tt, 91012 95 1.1 2 352 715 SO 0U25830 01650 1 507 01361. 1.0291*6 8102

1.90 i. 78699 98 02 2 31.7 718 85 J 0021.973 01667 1 523 011.22 1.02871 ,8051

50 It 67080 100 61 2 31.1 721 91 0021.181 01683 1 538 011.81 1.02801 8005

510 It 56091 103 20 2 .336 721. 71 00231*1*7 01697 I 551. 01536 1.02731. ,7976 520 i. 1.5675 105 77 7 331 727 29 0. 0022761. 01715 1 570 01599 1.02671 7931. 53 It 35785 108 31. 2 326 729 66 0022127 01733 1 586 01659 1.02611 .7897

51.0 i. 26377 110 91 2 321 731 81. CC21531 01752 1 60 2 0172C 1.02555 7 863

55 It 171.13 113 1.7 2 316 733 66 0020971 .0 01770 1 618 01782 1.02500 .7633

560 i. 08859 116 Oi. 2 310 735 73 00201.1.5 01788 1 631. 0181.1. 1.021.1.9 7806

570 U 00685 118 60 2 .305 737 1.7 001991.9 01807 1 651 01906 1.02399 .7782 580 3 92861. 121 16 2 .300 739 .09 00191*80 01825 1 66 7 01968 1.02352 .7761

59 3 85371 123 73 7 .291. 71*0 59 0019036 0181.3 1 683 02031 1.02307 ,771*1 600 3 78185 126 30 Z ,289 71*2 00 0018615 01862 1 699 02091. 1.02261. .7721*

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

800 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY

•v

C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND DEC R CU FT/L8 CU FT-PSIA/LB "SIA/R 8TU/L9 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

» 98.968 0.01223 2139.97 318.3 -83.091 -81.280 0.50247 0. 26 7 0.396 3 840 100 0.01225 2120.23 315.7 -82.686 -80.871 0.50658 0. 266 0.3 96 3826

105 0.01236 2025.23 303.0 -80.722 -76 .890 0.52591 0. 261 0.396 3772

110 0.D1248 1931.. 67 290. 8 -78.759 -76.911 0.54433 0, 257 0.3 96 3715

115 0.01260 181.6.11 279.0 -76.798 -74.932 0.56192 0. 253 0.396 3656

120 0.01272 1759.87 267.5 -74.837 -72.953 0.57876 0. 249 0.396 3596

125 0.01281. 1676.10 256.4 -72.877 -70.974 0.59492 0, 246 0.396 3535

130 0.01297 1591.. 71. 245.7 -70.917 -68.996 0.61044 0. 242 0.396 3473

135 0.01310 1515.71. 235.3 -68.957 -67.016 0.52538 0. 239 0.396 3409

140 0.01321. 1439.03 225.2 -66.996 -65.035 0.63979 0. 236 0.396 3 345

li»5 0.01338 1361.. 56 215.5 -65.034 -63.052 0.65370 0, 233 0.397 3280

15 0.01352 1292.26 206.2 -63.069 -61.066 0.66716 0.,230 0.397 3214

155 0.01367 1222.08 197.1 -61.103 -59.078 .68020 0. 22 8 0.398 3147

160 0.01382 1153.96 188.3 -59.133 -57.085 .69286 0.,225 0.399 3079

165 0.01398 1087.83 179.8 -57.159 -55.087 0.70515 0., 222 0.400 3011

17 0.011.15 1023.65 171.6 -55.179 -53.084 .71711 0.,220 0.401 2941

175 0.011.32 961.35 163.7 -53.194 -51.073 0.72877 0. 218 0.403 2871

180 0.011.50 900.87 156.0 -51.201 -49.054 0.74015 0,.215 0.405 2800 185 0.011.68 81.2.16 148.6 -49.199 -47 .024 0.75127 0. 213 0.407 2729

190 0.011.88 785.16 141.4 -47.187 -44.983 0.76216 0.,211 0.410 2656

195 0.01508 729.81 134.5 -45.162 -42.926 0.77283 0.,209 0.413 2583

20 0.01530 676.06 127.7 -43.123 -40 .857 0.78332 0.,207 0.416 2509

205 0.01552 623.87 121.1 -41.066 -38.767 0.79365 0,,205 0.420 2434

210 0.01577 573.17 114.7 -38.989 -36.654 0.80384 ,203 0.425 2353

215 0.01602 523.92 108.5 -36.887 -34.514 0.81391 0.,201 0.431 2280

220 0.01630 1.76.09 102.4 -34.757 -32.343 0.82389 0,, 199 0.437 2201

225 0.01659 1.29.61. 96.4 -32.592 -30.134 .83381 0,,197 .445 2120

230 0.01692 384.57 90.5 -30.387 -27 .880 0.84371 0.. 196 0.455 2036

235 0.01727 31.0.90 84.7 -28.101 -25.542 0.85377 .199 0.472 1937

240 0.01766 300.25 78. 8 -25.764 -23.147 0.86385 0., 197 0.484 1845

21.5 0.01810 259.89 73.3 -23.355 -20.675 0.87405 . 196 0.503 1757

250 0.01859 220.86 67.5 -20.859 -18.105 0.88443 D ,195 0.525 1658

255 0.01916 183.21. 61.6 -18.247 -15.408 0.89511 ,195 0.555 1554

260 0.01981. 146.56 55.7 -15.478 -12.538 0.90626 0..196 0.597 1440

265 0.02069 111.06 49.3 -12.475 -9.411 0.91817 0.,197 0.656 1309

270 0.02180 77.35 42.5 -9.121 -5.892 0.93132 0.,200 0.756 1164

275 0.0231.7 44.59 35.4 -5.066 -1.588 0.94711 0.,206 0.995 1000

280 0.02713 13.56 25.3 1.07 3 5.092 0. 97116 0,.226 2.027 750 285 0.0511.2 8.10 10.8 18.796 26.413 1.04664 0.,244 2.269 591

290 0.0631.7 18.29 8.2 24.219 33.622 1.07175 ,217 1.010 628

29 5 0.07127 26.06 7.1 27.325 37.882 1.08632 ,205 0.736 658 300 0.07755 32.63 6.3 29.694 41.182 1.09742 ,19 7 0.600 678

310 0.08785 43.62 5.3 33.429 46.442 1.11468 0..167 0.471 712 320 0.09657 52.91 4.6 36.492 50.798 1.12851 0,. 181 0.407 742

330 0.101.38 61.15 4.2 39.195 54.658 1.14040 .177 0.368 768

34 0.11158 68.67 3.8 41.672 58.201 1.15098 ,174 0.342 792 350 0.11835 7 5.65 3.6 43.991 61.524 1.16061 .171 0.323 814

360 0.121.80 82.20 3.3 46.196 64.684 1.16951 . 169 0.309 834

370 0.13098 83.42 3.1 48.314 67.718 1.17782 .168 0.298 853

38 0.13696 94.36 3.0 50.362 70.651 1.18565 .166 0.289 871

390 0.11.276 100.07 2.8 52.355 73.504 1.19306 .165 0.282 889

400 .11.81.2 105.58 2.7 54.301 76.289 1.20011 .164 0.275 905 410 0.15396 110.92 2.6 56.209 79.016 1.20684 .164 0.270 921

<t20 0.15938 116.11 2.5 58.085 81.696 1.21330 .163 0.266 937

1.30 0.161.72 121.16 2.4 59.932 64.333 1.21951 .162 0.262 952

440 0.16997 126.10 2.3 61.756 86.934 1.22549 .162 0.258 966

1.50 0.17515 130.94 2.2 63.558 89.504 1.23126 .161 0.255 960

1.70 0.18532 140.34 2.1 67.110 94.562 1.24226 . 161 0.251 1007

1.8 0.19032 144.92 2.0 68.863 97.058 1.24751 .160 0.249 1020

1.90 0.19528 149.44 1.9 70.604 99.533 1.25262 . 16 0.247 10 33 500 0.20020 153.89 1.9 72.335 101.992 1.25759 . 160 0.245 1046

510 0.20508 158.29 1.8 74.055 104.435 1.26242 . 160 0.244 1058

520 0.20992 162.64 1.8 75.767 106.865 1.26714 .159 0.242 1070

53 0.211.73 166.94 1.7 77.471 109.282 1.27175 .159 0.241 1082

51.0 0.21952 171. 2U 1.7 79.169 111.686 1.27624 0,.15 9 .240 1093

55 0.221.27 175.42 1.7 80.861 114.085 1.28064 .159 0.239 1105

56 0.22901 179.61 1.6 82.548 116.473 1.28494 .159 0.238 1116

570 0.23371 183.76 1.6 84.231 118.853 1 .28916 .159 0.238 1127

58 0.2381.0 187.88 1.5 85.911 121.227 1.29329 . 15 9 0.237 1138

590 0.21.307 191.97 1.5 87.567 123.595 1.29733 . 159 0.237 1149

600 0.21.772 196.03 1.5 89.261 125.958 1.30130 .160 0.236 1159

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGtN

800 PSIA ISOBAR

TEMPERATURE (DENSITY DEC R LB/CU FTV(OH/DV)p V(0P/DU)

v -V(DP/OV)

T BTU/L8 PSIA-CU FT/BTU PSIA

(OV/OTL/V THERMAL VISCOSITY THERMAL OIELECTRIC

CONDUCTIVITY DIFFUSIVITY CONSTANT DEC R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 1V>

PRANDTL NUMBER

98.968 81 771*1.7 217 65 11. .606 171.995 11* 0018190 11202 42 749 00346 1.57035 5 4442

100 81 62081. 217 22 I". 561 173051. 91 001821*0 11173 41 915 00345 1.56911 5 3510

10 5 80 .871.78 211* 1"* 11. 31.1 163870 72 00181*92 11028 38 119 344 1.56312 4 9275

110 eo 12518 211 02 14 .113 155032 00 0018758 10876 31* 701 00343 1.55712 '. 5467

115 79 37170 207 86 13 879 11.6528 50 0019038 10716 ? t 623 00341 1.55109 4 2042

120 78 61397 201. 61* 13 639 138350 11* 0019335 1051.9 28 852 00339 1.54505 3 8958

125 77 85157 201 38 13 393 1301.67 01 0019650 10376 26 356 00337 1.53699 3 6183

130 77 081.06 198 06 13 11.3 122929 36 0019981* 10196 2°. 109 00334 1.53290 3 3684

135 76 31092 191. 68 12 888 115667 63 002031.1 10016 2 2 084 00331 1.52678 3 1436

140 75 53159 191 25 12 630 108692 1*1* 0020723 09826 20 261 00326 1.52064 2 9413

11.5 74 71.51.6 187 75 12 368 101991. 59 0021132 09637 18 619 00325 1.51445 2 7594

15 73 95183 181. 19 12 105 95565 07 0021572 091.1.3 17 139 00321 1.50822 2 5962

155 73 11.992 180 55 11 839 69395 05 002201.6 0921.5 15 806 00318 1.50194 2 4498

160 72 33888 176 85 11 572 831*75 91. 0022558 0901.5 li* 605 a 00313 1.49561 2 3189

165 71 51773 173 06 11 301. 77799 32 0023115 0881.3 I 5 522 00309 1.48922 2 2022

170 70 68536 169 19 11 036 72357 01 0023721 (J 08636 12 546 00304 1.48276 2 0985

175 69 81.060 165 21. 10 767 6711*1 06 0G24383 081.31 11 665 00300 1.47622 2 0068

180 68 98197 161 20 10 50 6211.3 75 0025110 08223 10 671 00295 1.46959 1 9263

185 66 10790 157 06 10 232 57357 65 0025911 n 08013 10 153 00289 1.46287 1 8563

19 67 21656 152 61 9 966 52775 58 0026799 07802 9 505 00283 1.45603 1 7961

195 66 30581 11.8 1.6 9 700 1.8390 70 0027788 07590 8 919 00277 1.44907 1 7453

ZOO 65 37320 li.it 00 9 1.36 1.1.196 1.9 0028895 07376 8 369 00271 1.44196 1 7035

205 61. 1.1581. 139 <tl 9 171 1.0166 85 003011.2 07161 7 90 8 00265 1.43469 1 6705

210 63 1.3033 131. 69 8 90 7 36356 13 0031558 0691.5 7 472 00258 1.42722 1 6463

215 62 1.1262 129 83 8 6<t2 32699 21* 0G33178 06728 7 076 00250 1.41955 1 6309

220 61 35781 121. 82 8 376 2 9211 79 003501.9 06509 6 714 00242 1.41162 1 6246

225 60 25991 119 65 8 105 25890 29 0037231 06288 6 383 00234 1.40339 1 6281

230 59 11156 Hi. 33 7 827 22732 44 0039806 06061. 6 079 00225 1.39483 1 6425

235 57 88936 110 02 7 358 19731. 68 001*2937 05835 5 810 .00213 1.38575 1 .6934

21.0 56 61105 101. 1.5 7 01.5 16997 1.1 001.631.0 05606 5 595 00205 1.37630 1 ,7390

21.5 55 21.891. 98 63 755 11.356 71 0051022 05373 5 373 00193 1.36627 1 8118

25 53 78227 92 1.6 5 1.21 11878 27 0056787 05135 5 144 00182 1.35554 1 8'935 255 52 18007 86 03 5 .058 9561 23 0061. 1.71. 01*889 4 904 n .00169 1.34387 2 .0027

26 50 39502 7 9 13 5 65 2 7385 69 00751.05 01*633 1* 648 00154 1.33095 2 .1551 265 1.8 31.206 71 1.6 5 175 5368 76 009171.7 01.360 1* 369 00138 1.31620 2 .3654

27 1.5 87927 63 03 It 61.2 351.8 59 0119899 01.088 4 055 00118 1.29864 2 .6990 275 1.2 60090 53 37 1. 01.3 1899 57 01861.92 03997 3 670 00094 1.27552 3 .2904

280 36 86006 1.0 06 3 031. 1.99 96 0506083 01.131* 3 077 .00055 1.23571 5 .4319 285 19 1.1.751 32 96 2 285 157 1.7 06881.31 03192 1 790 00072 1.12013 4 .5816

29 15 751.81. 35 56 2 392 286 2 <, 0281.135 02287 1 598 00144 1.09660 2 .5416

295 1". 03133 38 12 ? .1.51. 365 69 0193156 02007 1 520 00194 1.08574 2 .0067

30 12 89513 1.0 25 2 1.62 1.20 72 011*8965 01857 1 474 00240 1.07862 1 7130

310 11 38261 1.1. 21. 2 1.77 1.96 51 010631.9 01708 1 423 00319 1.06918 1 .4107

320 10 35513 1.7 91* 2 1*79 51.7 90 0081.831. D 01636 1 397 00389 1.06281 1 .2502

33 9 56062 51 1.1. 2 1*76 565 88 0071561. 01596 1 384 453 1.05802 1 .1492

31.0 8 96202 51. 79 2 1*70 615 1.1 00621.38 01573 1 379 00513 1.05421 1 .0792

35 8 1*1.922 58 01. 2 1*62 639 11. 0055717 01561 1 378 00571 1.05105 1 .0277 360 8 01293 61 19 2 .1*51. 658 68 0050526 01556 1 382 0O628 1.04837 a .9881

370 7 631.50 61. 25 2 1.1.5 675 06 001.6376 01551* 1 388 00663 1.04605 .9577

380 7 30131* 67 27 2 .1.36 688 99 001.2969 01556 1 395 00737 1.04401 .9330

390 7 001.52 70 21 2 1.28 700 97 001.0115 01561 1 405 00791 1.04220 9124

1.00 6 73750 73 10 2 .1.20 711 36 0037682 01566 1 415 00645 1.04057 .8951

1.10 6 1*9533 75 95 2 1.12 720 1.6 0035580 01577 1 427 00899 1.03909 n 6802

".20 6 271.16 78 76 2 1*0!. 728 1.7 003371.2 01588 1 439 00952 1.03774 .8673

".30 6 07103 81 52 2 397 735 58 0032119 01599 1 452 01006 1.03651 .8561

1.1.O 5 8831.5 81. 26 2 391 71*1 91 0030675 01612 1 466 01060 1.03537 .8462

1.50 5 7091.9 86 96 2 381. 71.7 58 0029378 01625 1 480 01114 1.03431 a .8375

1.60 5 51.71.9 89 65 2 378 752 67 0028208 0161*0 1 494 01169 1.03332 .8297

1.7 5 39611 92 31 2 372 757 28 002711.1. 01651* 1 509 01224 1.03240 .8228

1.80 5 251.19 91. 95 7 367 761 1.5 0026173 0167 1 524 01279 1.03154 .8166

1.9 5 12077 97 57 2 361 765 21. 0025282 01685 1 539 n 01334 1.03073 8110

500 l. 99500 100 18 2 356 768 70 0021.1.61 01701 1 554 01390 1.02997 8060

510 4 87618 102 78 2 350 771 86 00237C2 01715 1 570 01444 1.02925 .8028

520 4 76366 105 37 2 .31.5 771. 77 0C22996 01732 1 585 .01501 1.02857 .7983

53 4 55591 107 95 2 31.0 777 1.1. 0022339 0175P 1 601 01558 1.02792 7943

51.0 4 5551.5 110 53 2 331. 779 90 0021726 01766 1 617 .01616 1.02731 n .7906

55 . i* 1*5861* 113 10 2 329 782 18 0021151 01785 1 632 .01674 1.02673 .7874

56 i. 36671 115 67 2 .321. 78i* 29 20611 01803 1 648 .01732 1.02617 ,7844

57 4 27873 118 21. 2 .318 786 25 0020102 01821 1 664 .01791 1.02564 .7818

580 4 191*60 120 82 2 313 788 07 0019622 01839 1 680 0185C 1.02513 .7794

590 k 111.03 123 39 2 .308 789 77 0019168 .01858 1 696 .01909 1.02464 ,7773

60 4 03680 125 97 ? .302 791 35 0018738 01876 1 712 .01969 1.02418 7754

» TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

810 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM IS OCHORE INTERNAL ENTHALPY ENTROPY c C

P VELOCITY DERIVATIVE OERIVATIVE ENERGY V OF SOUND

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 98.982 0.01223 211.0.59 318.3 -83.090 -81 .256 0.5021.9 0. 267 0.396 38i»0 100 0.01225 2121.12 315.7 -82.690 -80.852 0.50651. 0. 266 0.396 3 629 105 0.01236 2027.13 303.1 -60.726 -78.872 0.52587 0,,261 0.396 3773

110 0.0121.8 1935.79 290.8 -78.761. -76.892 0.51.1.28 0. 257 0.396 3715

115 0.01260 181.7.03 279.0 -76.803 -71.. 913 0.56186 0,,253 0.396 3657

120 0.01272 1760.81 267.5 -71*. 81.3 -72.935 0.57872 0, 250 0.396 3597

125 0.01281. 1677.06 256.5 -72.883 -70.957 0.591.87 0, 21.6 0.396 3536

130 0.01297 1595.72 21.5.7 -70.923 -68 .978 0.61039 0,,21.3 0.396 31.73 135 0.01310 1516.73 235.3 -68.961. -66.998 0.62533 0. 239 0.396 3410

11.0 0.01321. 11.1.0.01. 225.3 -67.003 -65.017 0. 63971. 0, 236 0.396 331.6 U5 0.01338 1365.58 215.6 -65.01*1 -63.035 0.65365 0. 233 0.397 3281

15 0.01352 1293.30 206.2 -63.077 -61.01.9 .66711 0,,230 0.397 3215

155 0.01367 1223. 1". 197.1 -61.111 -59.061 0.68015 0. 22 8 0.398 311.8 160 0.01382 1155.01. 188.1. -59.H.2 -57 .069 0.69280 0,,225 0.399 3080 165 0.01398 1088.93 179.9 -57.166 -55.071 0.70509 0, 222 0.1.00 3012

170 0.011.15 1021.. 77 171.7 -55.190 -53 .068 0.71705 0,, 220 0.1.01 2 91.2 175 0.011.32 962.1.9 163. 8 -53.205 -51.056 0.72871 0, 218 0.1*03 2872

180 0.011.1.9 902.01. 156.1 -51.213 -U9.039 0.71.008 0,,215 0.1.05 2802

185 0.011.66 81.3.35 11.8.7 -1.9.212 -1.7.010 0.75120 0,,213 0.1.07 2730

19 0.011.87 786.38 11.1.5 -1.7.201 -1.1.. 970 0.76208 0., 211 0.1*09 2658

195 0.01508 731.06 13i». 5 -1.5.177 -1.2.916 0.77276 0.,209 0.1.12 2585

200 0.01529 677.35 127.8 -1.3.139 -1.0.81.5 0.78321. 0.,207 0.1.16 2511

205 0.01552 625.18 121.2 -1.1.083 -38.756 0.79356 0.,205 0.1.20 21.36 210 0.01576 571.. 52 111..

-39.008 -36.61.1. 0.80371. 0,,203 0.1*25 2359

215 0.01602 525.31 108.6 -36.908 -31.. 505 0.81381 0,,201 0.U30 2282

220 0.01629 1*77.52 102.5 -31.. 779 -32.336 0.82378 0,,199 0.1.37 2203

22 5 0.01659 1*31.12 96.5 -32.617 -30.129 0.83370 0,,197 O.i. 1*5 2122

230 0.01691 386.09 90.6 -30.1.11. -27.878 0.81.359 0..196 0.1.55 2039 235 0.01727 31.2.1.0 8i«.

-28.132 -25.51.2 0.85363 0., 199 0.1.72 191.0

2<t0 0.01765 301.79 78.9 -25.798 -23.150 0.86370 0,.197 0.1.83 1850

21.5 0.01809 261.51 73.1. -23.396 -20.683 0.87388 0,,196 0.502 1760

250 0.01858 222.56 67.6 -20.906 -18.119 0.881.21* 0,,195 0.521. 1663 255 0.01911. 185.02 61.8 -18.303 -15.1.31 0.891*88 0,, 195 0.553 1559

260 0.01982 11.8.1.5 55.9 -15.51.5 -12.573 0.90598 0,,195 0.59". 11.1.5 265 0.02065 113.07 1.9.5 -12.562 -9.1.65 0.91762 0..197 0.651 1316

270 0.02171. 79.52 i.Z.9 -9.21.1 -5.981 0.93081* 0., 199 0.71.6 1171. 275 0.02335 1*7.01 35.9 -5.265 -1.762 0.91.632 0.,205 0.967 1011. 28 0.02665 16.1.3 26.3 0.1.95 it.i.92 0.96881. 0.,223 1.772 778 285 0.01.802 6.51 11.8 17.266 2i*. 1*69 1.0 3 91.9 0,, 250 2.81.8 586

29 0.06127 17.00 6.6 23.551 32.71*1 1.06831 0.,220 1.090 625

295 0.06933 2i«. 97 7.3 26.857 37.256 1.08376 0,,207 0.770 657

30 0.07572 31.66 6.5 29.320 1.0.678 1.09527 0.,198 0.618 676

310 0.08610 1.2.83 5.1. 33.151 1.6.066 1.11295 0,, 186 0.1.79 711

320 0.091.83 52.23 1». 8 36.266 50 .1.90 1.12700 , 181 0.1.12 71.1 33 0.10262 60.56 It.

39.002 51.. 391. 1.13901 .177 0.372 768

31.0 0.10979 68.11. 3.9 1.1.501 57.969 1.11.969 0.,171. 0.31*5 791

35 0.11653 75.17 3.6 1.3.838 61 .316 1.15939 , 171 0.325 813 360 0.12293 81.77 3.1. 1.6.056 61.. 1.91. 1.16835 0.,169 0.311 831. 370 0.12907 88.03 3.2 1.6.185 6? .51.1. 1.17670 0,, 168 0.299 853 380 0.13500 9U. 00 3.0 50.21.2 70.1.91 1.181.56 0., 167 0.290 871

390 0.H.075 99.71. 2.9 52.21*3 73.355 1.19200 0,, 165 0.283 888

1.00 0.11.636 105.28 2.7 51.. 196 76.11.9 1.19908 0,, 165 0.276 905

1.10 0.15165 110.61. 2.6 56.110 78.886 1.20583 ,161. 0.271 921

1.20 0.15722 115.85 2.5 57.991 61.573 1.21231 ,163 0.266 937

1.3 0.16251 120.92 2.1. 59.61.3 81.. 217 1.21853 0.,162 0.263 952

1.1.0 0.16771 125.88 2.3 61.670 86.821. 1.221.53 0.,162 0.259 966

1.5 0.17283 130.73 2.2 63.1.76 89.399 1.23031 0., 161 0.256 980

1.6 0.17790 135.1.9 2.2 65.263 91.91.6 1.23591 .161 0.253 991.

1.7 0.18290 11.0.17 2.1 67.031. 91.. 1.68 1.21.133 ,161 0.251 1007

1.80 0.18786 11.1.. 77 2.0 68.791 96.967 1.21.660 .160 0.21.9 1020

1.90 0.19276 11.9.30 2.0 70.531. 99.1.1.7 1.25171 0,. 160 0.21.7 1033

50 0.19763 153.76 1.9 72.267 101.909 1.25668 . 16 0.21.5 101.6 510 0.2021.5 158.18 1.9 73.990 101.. 356 1.26153 , 160 0.21*1* 1058 520 0.20725 162.53 1.8 75.703 106.786 1.26625 0., 160 0.21.3 1070

530 0.21201 166.85 1.8 77.1.10 109.209 1.27086 0., 159 0.21.1 1082

51.0 0.21671. 171.12 1.7 79.109 111.618 1.27536 .159 0.21.0 1091. 550 0.2211.1. 175.35 1.7 80.803 111.. 017 1.27977 .159 0.2 39 1105

56 0.22612 179.51. 1.6 82.1.92 116.1.08 1.281.07 0,,159 0.239 1116

57 0.23078 183.70 1.6 8i«. 176 118.790 1.28829 .159 0.238 1127

560 0.2351.1 187.83 1.6 85.856 121.166 1.2921.2 0.,159 0.237 1138

590 0.21.003 191.93 1.5 87.531. 123.536 1.2961.6 0.,159 0.237 111.9 60 0.21.1.63 196.00 1.5 69.209 125.901 1.3001.5 Or,160 0.236 1159

TWO-PHASE BOUNDARY
810 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

OEG. R LB/CU FT

98. 982 81 77701. 100 81 62556

105 80 .87971

110 80 13031. 115 79 37711

120 78 61965

125 77 85751. 130 77 09033

135 76 31751

19 75 53851.

195 71. 75278

15 73 95956

155 73 15810

160 72 31.751. 165 71 52692

170 70 69515

175 69 85100

180 68 99307

185 68 11977

190 67 22928

195 66 31950

200 65 38797

20 5 61. 1.3185 210 63 1.1.776 215 62 1.3166 22 61 37878

225 60 28315

230 59 13751

235 57 91863

21.0 56 61.1.27

295 55 28730

25 53 82737

255 52 231.38 26 50 1.6281 265 1.8 1.3132 27 1.6 00677

275 1.2 81928

280 37, 52837

285 20 821.22 290 16 32173

295 11. 1.2331 300 13 20621. 310 11 61396

320 10 51.535 33 9 71.1.95

31.0 9 10821

350 8 58183

360 8 131.90 370 7 71.785 380 7 1.0752

390 7 101.62

1.00 6, 83235

1.10 6 58560

1.2 6 3601.0

1.30 6 15361.

1.1.0 5 96282

1.5 5 78592

1.60 5 62121.

i»7 5 1.671.1

1.80 5 32323

1.9 5 18772

500 5 06001

510 i. 93938

52 i. 82517

530 i. 71683

51.0 9 61387

550 i. 51586

56 it 1.221.0 57 9 33316

580 i. 21.783

590 It 16613

60 9 08782

DH/DV)D V(OP/DU>„ -V<OP/DV>T -(OV/DTJ^V THERMAL VISCOSITY THERMAL DIELECTRIC PRANOTL CONDUCTIVITY JIFFUSIVITY CONSTANT NUMBER TU/LB PSIA-CU FT/BTU PSIA DEC R 8TU/FT-HR-R LB/FT-S£C

X 105 SQ FT/HR

217 91 li. .605 175050 91 0018185 11203 '.-2 761. 00396 1.57037 5 9959

217 29 H 561 173137 1.5 0018231. 11171. '.1 91.0 00396 1.56915 5 3535

211. .21 lit .31.1 163953 66 00181.86 11030 3 8 193 00399 1.56316 9 9298

211 09 til 113 155115 36 0018750 10877 59 723 00393 1.55716 9 5989

207 93 13 .879 11.6612 29 0019030 10717 31 69 9 00391 1.55119 9 2062

201. 72 13 639 1381.31. 37 0019326 10550 2 8 872 00339 1.59510 3 8977

201 1.6 13 393 130571 69 001961.1 10378 26 37 5 00337 1.53909 3 6201

198 11. 13 .11.3 123011. 50 0019975 10200 21. 126 00339 1.53295 3 3701

191. 77 12 .888 115753 25 0020331 10017 22 101 00331 1.52689 3 1951

191 34 12 .630 108778 5 6 0020711 09830 2 277 00326 1.52069 2 9927

187 81. 12 .369 102081 21 0021119 09639 18 639 00325 1.51951 2 .7607

161. 26 12 10 5 95652 21 0021558 .091.1.5 17 153 00321 1.50828 2 .5979

180 65 11 .81.0 891.82 71. 0022031 0921.8 15 819 00318 1.50201 2 ,9509 176 95 11 .573 63561* 20 002251.2 0901.7 19 617 00319 1.99566 2 ,3199 173 17 11 305 77886 16 23096 .0881.5 1 3 539 00309 1.98929 2 2031

169 30 11 .037 721.1.6 1.7 0023700 0861.0 12 557 00305 1.98283 2 0993

165 36 10 769 67231 15 0021.360 081.31* 11 676 00300 1.97630 2 0075

161 32 10 50 1 62231. 52 0025085 08226 I 880 00295 1.96968 1 9269

157 18 10 231. 571.1.9 11 0025883 08016 10 163 00289 1.96296 1 ,8567 152 95 9 968 52867 78 0026767 .07805 9 519 00289 1.95613 1 7969

11.8 60 9 70 3 1.81.83 68 0027751 .07593 8 928 00276 1.99917 1 7955

lit* Id 9 .1.38 1.1.290 30 0028853 07380 8 397 G 00271 1.99207 1 .7036 139 6 6 9 175 1.0281 53 0030091. .07165 7 916 00265 1.93981 1 6705

131. 85 8 ,911 361.51 71. 0031502 069<*9 7 980 00258 1.92736 1 .6960 130 Oil 6 61.7 32795 81. 0033112 06732 7 083 00251 1.91969 1 .6309 125 oa 8 .381 29309 '.3 0031.969 06513 6 721 00293 1.91177 1 .6239

119 85 9 111 25989 2 0037131. 06292 6 390 00235 1.90357 1 6271 1U 51. 7 831. 22832 32 0039688 06069 6 086 00226 1.39502 1 .6910 110 25 7 365 19831 52 001.2791 0561.1 5 816 00219 1.38597 1 .6909

101. 7 7 051. 17091. 91 001.6160 05612 5 601 00205 1.37659 1 ,7362

98 90

- 761. 11.1.58 31 0050775 05380 5 380 00199 1.36656 1 ,8079

92 76 5 1.3 2 11979 72 00561.50 0511.2 5 151 00182 1.35587 1 .8869

86 38 6 073 9661. 1,6 0C63995 01.898 9 912 00170 1.39926 1 .9957 79 53 5 669 71.91. 27 0071.631 01*61.3 9 656 00155 1.33199 2 .1936

71 91. 5 .199 51.76 01 00901.69 01.372 9 382 00139 1.31689 2 .3969 63 61. l. 675 3656 6 7 0117266 01.091. 1. 072 00119 1.29955 2 .6718

51. 20 <! .092 2012 8 7 01761.20 c .03995 3 695 00096 1.27706 3 .2198

1.1 56 3 11.5 616 76 01.26371. 01.068 3 192 00061 1.29030 9 .9265

32 75 2 .265 135 St, 0869687 031.80 1 872 00059 1.12899 5 .5133

35 30 2 389 277 1,9 n 0308728 02371. 1 628 a 00133 1.10019 ? 6908

37 88 2 1.56 360 12 0203169 02051. 1 590 00185 1.08820 2 0771

1.0 0,? 2 .1.66 1.18 17 0151.517 01886 1 99 00231 1.08056 1 .7562

1.1. 3 2 .1.81 1.97 1,3 0108861. 01728 1 1.35 00310 1.07062 1 .9328

1.7 7<. 2 ,1.81. 550 81 CC86309 01650 1 90 7 00380 1.06399 1 .2692

51 25 2 .1.81 590 12 007251.0 01608 I 392 .00999 1.05909 1 .1592

51. 62 2 1.75 620 60 0063138 01583 1 386 00509 1.05511 1 0868

6? 87 ? 1.6 7 61.5 06 005621.1. 01570 1 385 00562 1.05187 1 .0337

61 03 2 .1.58 665 17 0050938 01561. 1 388 00618 1.09912 .9930

6 It 11 y 1.1.9 682 01 c 001.6707 01561 1 393 00673 1.09675 .9619

67 12 2 .1.1.0 696 32 001.321.1 01563 1 901 00727 1.09966 .9366

70 08 2 1.31 708 62 001.031.2 01567 1 910 00780 1.09281 .9155

72 98 2 .1.23 719 29 0037871. 01571. 1 920 00833 1.09115 .8978

75 S3 2 .1.15 728 62 003571.1. 01583 1 931 o 00887 1.03969 .8626

78 6<t 2 1.0 8 736 81. 0033881. 01593 1 999 00990 1.03827 .8695

81 91 2 .1.01 71.1. 12 003221.3 01601. 1 95 7 00993 1.03701 .8581

81. 15 2 .391. 750 61 a 0030783 01617 1 970 01097 1.0 3585 .8960

86 86 2 .388 756 1.2 00291.75 .01630 1 989 01100 1.03977 .8391

69 55 2 .381 761 6 it 0028293 0161.1. 1 998 01159 1.03377 .8312

92 21 2 .375 766 35 0027221 .01658 1 513 01208 1.03289 .8292

91. 86 2 .370 770 62 002621.2 01673 1 527 01263 1.03196 .8179

97 1.8 2 .361. 771. 51 002531.1* 01689 1 592 01318 1.03119 .8122

100 10 2 .359 778 05 0021.517 01705 1 558 01373 1.03037 .8071

10 2 70 2 .353 781 29 0023752 .01718 1 57 3 01926 1.02963 .8039

105 29 2 .31.8 781. 26 002301.3 01736 1 588 01963 1.02899 .7993 107 87 2 .31.3 786 99 0022382 01753 1 60 9 01539 1.02829 .7952

110 1.5 2 .337 789 51 0021765 01771 1 619 01596 1.02766 .7915 113 Oi 2 .332 791 81. 0021187 01789 1 635 01659 1.02707 .7882 115 60 2 32 7 791. 00 002061.1.' 01806 1 651 01712 1.02651 .7852

118 18 2 .321 796 00 0020133 01821. 1 667 0177C 1.02597 .7825

120 75 2 316 797 87 0019650 0181.2 1 682 01828 1.02595 .7801

123 32 2 310 799 61 0019195 01860 1 698 01886 1.02996 ,7779 125 90 2 .305 801 23 0018763 01879 1 719 01995 1.02998 .7760

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

820 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY cv

<? VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R 3TU/LB 8TU/LB BTU/LB-R BTU / LB -R FT/SEC

* 98.996 0.01223 211.1.20 318.3 -83.083 -81.232 0.50250 0. 267 0.3 96 3 81.0 too 0.01225 2122.01 315.7 -82.691. -80 .831* 0.50650 0. 265 0.396 3829

105 0.01236 2028.03 303.1 -80.731 -78.853 0.52582 0, 261 0.396 3773

110 0.0121.8 1936.70 290.9 -78.769 -76.871. 0.51.1.21. 0.,257 0.396 3716

115 0.01260 181.7.96 279.1 -76.808 -71.. 695 0.56183 0.,253 0.396 3657

12 0.01272 1761.76 267.6 -71.. 81.8 -72.917 0.57867 0,,250 0.396 3597

125 0. 01281. 1678.02 256.5 -72.889 -70.939 0.591.82 0,, 21,6 0.3 96 3536

130 0.01297 1596.69 245.8 -70.929 -68.960 0.61031. 0.,243 0.396 31,71. 135 0.01310 1517.72 235.1. -63.970 -66.981 0.62528 0..239 0.396 3U11

11.0 0.01321. 11.1.1.05 225.3 -67.010 -65.000 0.63969 0.,236 0.396 331.7

11,5 0.01338 1366.61 215.6 -65.01.3 -63.017 0.65360 0.,233 0.397 3 282 150 0.01352 1291.. 35 206.3 -63.085 -61.032 0.66706 0,,230 0.397 3215

15 5 0.01367 1221.. 20 197.2 -61.120 -59.01.1. 0.63009 0.,228 0.398 3149

160 0.01382 1156.12 188.1. -59.151 -57.052 0.69271. 0..225 0.399 3081

165 0.01398 1090.01. 130.0 -57.173 -55.055 0.70503 0,.223 0.1,00 3013

17 0.011.11. 1025.90 171. 8 -55.200 -53.052 0.71699 0..220 0.1,01 291.3 175 0.011,31 963.61. 163. 8 -53.215 -51.01.2 0.72861* 0.,218 0.1.03 2873

180 0.01i»'.9 903.21 156.2 -51.225 -1.9.021. 0.71*001 0..216 0.1.05 2803

185 0.011.68 81.1.. 55 11.8.8 -1.9.225 -1.6.996 0.75113 0,.213 0.1.07 2731

19 0.011.87 737.60 11.1.6 -1.7.211. -1.1.. 956 0.76201 0,,211 0.1.09 2659

195 0.01508 732.31 131..

-1.5.192 -1.2.903 0.77268 0..209 0.1.12 2585

200 0.01529 673.63 127.9 -1.3.155 -1.0.833 0.78316 0.. 207 0.1.16 2512

205 0.01552 626.1.9 121.3 -1.1.101 -38.71.5 0.7931.8 , 20 5 0.1.20 2437

210 0.01575 575.86 111..

-39.026 -36.631. 0.80365 0,.203 0.1.25 2361

215 0.01601 526.69 108.7 -36.928 -31.. 1.97 0.81371 0,,201 0.1.30 2281. 22 0.01629 1.78.91. 102.6 -31.. 802 -32.329 0.82368 0,, 199 0.1.37 2205 225 0.01658 1.32.59 96.6 -32.61.2 -30 .121. 0.83358 0.. 197 0.1.1.5 2125

23 0.01690 387.61 90.7 -30.1.1.2 -27.875 0.81.31.6 0..196 0.1.51. 201,2 235 0.01726 31.3.90 85.0 -28.163 -25.542 0.85350 ,199 0.1*71 1942

21.0 0.01761. 303.31. 79.1 -25.833 -23.151. 0.86355 0., 198 0.1.83 1853

21.5 0.01807 263.13 73.6 -23.1.35 -20.691 0.37371 0,.195 0.501 1761. 250 0.01856 221.. 25 67.3 -20.952 -18.133 0.881.01. 0..195 0.522 1667

255 0.01912 186.80 62.0 -18.357 -15.1.53 0.891.66 0,.195 0.551 1561. 260 0.01979 150.31. 56.1 -15.612 -12.607 0.90571 0,.195 0.590 11.51 26 5 0.02061 115.06 1.9.8 -12.61.8 -9.518 0.9171.8 0,,197 0.61.6 1321. 270 0.02168 81.68 1.3.3 -9.359 -6.068 0.93038 0..199 0.737 1183

275 0.02321. 1.9.39 36.4 -5.1.55 -1.926 0.91.557 0.,201. 0.91.2 1027

28 0.02625 19.19 27.2 0.006 3.992 0.96688 0.,220 1.595 803 285 0.01.1.33 5.13 13. 15.1.05 22.136 1.03100 .256 3.659 583

29 0.05905 15.71 9.0 22.833 31.805 1.061.69 0., 222 1.183 622 295 0.0671.2 23.88 7.6 26.372 36.608 1.03113 0..208 0.806 655 300 0.07390 30.65 6.6 28.932 40 .151. 1.09306 0.. 19 9 0.635 673 310 0.081.39 1.2. Oi. 5.6 32.871 1.5.685 1.11121 0., 189 0.1.88 710 320 0.09313 51.56 4.9 36.033 50.179 1.1251.8 0,, 132 0.1.17 71.0 33 0.10090 59.96 4.4 38.807 51.. 128 1.13761. ,177 0.375 767

3<tO 0.10801. 67.61 4.0 1.1.330 57.735 1.11.81.1 0., 17". 0.31.3 791 350 0.111.71. 71.. 69 3.7 1.3.681. 61.106 1.15818 ,172 0.328 613 360 0.12110 81.33 3.1. 1.5.916 61.. 301. 1.16719 0.,170 0.313 833

370 0.12720 87.63 3.2 1.8.056 67.370 1.17559 ,168 0.301 853 380 0.13308 93.61. 3.1 50.122 70 .330 1.1331.9 0.,167 0.291 871

39 0.13879 99.1.1 2.9 52.131 73.205 1.19095 0,, 166 0.281. 888

1.0 0.11.1.35 101.. 97 2.8 51.. 091 76.009 1.19806 0.,165 0.277 905

1.10 0.11.979 110.36 2.6 56.011 78.755 1.201.83 ,161. 0.272 921

1.2 0.15512 115.59 2.5 57.895 81.1.1.9 1.21133 0..163 0.267 937

1.3 0.16035 120.69 2.1. 59.753 81.. 101 1.21757 0..162 0.263 952

1.1.0 0.16550 125.66 2.3 61.585 86.711* 1.22357 ,162 0.260 966

1.5 0.17058 130.53 2.3 63.391. 89.295 1.22937 0,, 161 0.257 980

1.60 0.17559 135.31 2.2 65.185 91.81.7 1.231.98 , 161 0.251. 994

1.70 0.18051* 11.0. 00 2.1 66.959 94. 373 1.21.01.2 0,.161 0.251 1008

1.80 0.1851.5 11*1.. 61 2.1 68.718 96.877 1.21.569 0.. 160 0.249 1021

1.9 0.19030 11.9.16 2.0 70.1.61. 99.361 1.25081 . 160 0.21.7 1033

500 0.19512 153.61. 1.9 72.199 101.827 1.25579 ,160 0.246 101.6 510 0.19990 158.06 1.9 73.921* 101.. 277 1.26061. 0.,160 0.241. 1058

52 0.201.61. 162.1.3 1.8 75.61.0 106.712 1.26537 0.,160 0.21.3 1070

530 0.20935 166.75 1. 3 77.31.3 109.136 1.26999 ,159 0.21.2 1082

51.0 0.211.03 171. 03 1.7 79.01.9 111.51.7 1.271,50 0.,159 0.21.1 1091. 55 0.21868 175.27 1.7 80.71.5 113.91.9 1.27890 .159 0.21.0 1105

560 0.22331 179.1.8 1.7 82.1.35 116.31.2 1.23322 0.,159 0.239 1117

570 0.22791 183.65 1.6 81.. 120 118.727 1.2871,1, .159 0.238 1128

580 0.23250 187.78 1.6 85.8C2 121.105 1.29157 ,159 0.237 1139

59 0.23707 191.89 1.6 87.1,81 123.1.77 1.2 9563 0.,159 0.237 111.9 60 0.21.161 195.97 1.5 89.157 125. 81. i» 1.29960 0,,160 0.236 1160

TWO-PHASE BOUNDARY
820 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE OENSITV

98.996 81.77961

-VIDP/OV) -(OV/DT1/V THERMAL VISCOSITY THERMAL DIELECTRIC

CONDUCTIVITY DIFFUSIVITY CONSTANT

PRANOTL

NUMBER BTU/LB PSIA-CU FT/BTU PSIA

10105

110 115

120 125

130 135

140

11.5 150 155

16165

17175

180 185

190

195

200 205

210 215

220 225

230 235

21.0

21.5 25255

26265

27275

290 285

29

29 5 300 310

320

33

31.0 35

36370

380

390

1.00

1.10 1.20

1.3 1.1.0 1.5 1.6 1.70

1.8

1.90 500

510

52530

51.0 55560

57580

590

60

81.63027

80.881.6". 80.13551

79.38253

78.62533

77.86350 77.09659

76.321.10

75.51.51.8

71.. 76010 73.96729 73.16627

72.35620

71.53610

70.701.90 69.86138

69.00l.ll. 68.13162

67.2i.199

66.33316

65.1.0272

61.. 4 1.783 63.1.6515

62.1.5069 61.39969

60.30631 59.16336

57.91.778 56.67732

55.3251.2 53.87213

52.28617

50.52975

1.8.51899

1.6.13081. 1.3.02679 38.09058

22.55895 16.93339

11.. 83281. 13.53110

11.81.961 10.73805

9.91090

9.25555

8.71530

8.25752

7.86171

7.511.10

7.20501.

6.9271.6 6.67610

6.1.1.68I 6.2361.2 6.01.233

5.8621.7 5.69510 5.53879

5.39231.

5.251.73 5.12507

5.00262

1.. 88671

I.. 77676

it. 67233

I.. 57290

<t.<t7811

It. 38761

It. 30106

lt.2182lt

lt.l388lt

217.96

217.35

21it.28 211.16

208.00

201.. 79 201.53 198.22

191.. 85

191.1.2 187.93

181.. 37 160.75 177.05

173.27

169.42 165.47

161. 44 157.31 153.06

148.74

144.29

139.72

135.01 130.17

125.19

120.05

114.75

110 .47 104.94

99.17

93.06

86.72

79.92 72.42

64.23

55.00 42.91

32.62 35.06 37.64

39.72

43.82

47.54

51.06

54.44 57.71

60.87 63.96

66.98 69.94

72.85

75.71

78.52

81.30

84.05

8 6.76

89.45

92.12

94. 77

97.40 100.01

102.62

105.21

107.80 110.38 112.96

115.53

118.11 120.68

123.26

125.84

14.605

14.562

14.341 14.114

13.879 13.639

13.394

13.143 12.989

12.631

12.106

11.840

11 .574

11 .306 11.038

10.770

503 236

970 9.705

9.441 9.178

6.915

8.651

8 .386 9.117

7 .842 7.372

7 .062

773

443

087 685

223

706

137 243

248

365 2.458

2.46 2.486

2.469

2 .486 2.479

2.471

2.462

2 .453 2.444

2.43 5 2.427

2.419

2.411 2.404

2.397

2.391 2.385

2.378

2.373

2.367

2.361

2 .356 2.351 2.345

2 .340 2.335

2. 329 2.324

2.318

2.313

2.307

175106.68

173219.97 164036.59

155198.71

146696.06

138518.59

130656.35 123099.63

115838.85

109964.65

14557.69

12090.88

9767.32 7596.39

5582.74 3767.94

2124.89 731.09

115.67

266.10 354.16

414.91

498.21 553.63

594.28

625.73 650.93

671.6 2 688.93

703.63

716.26

727.20 736.77

745.20

752.66

759.31 765.25

770.60 775.43

779.60

783.77

787.39 790.71

793.75 796.54

799.12

801.51 803.71

805.76 807.67

809.45

811.11

0.0D18179

0.0018229 0.0018479

0.0018743 0.0019023

0.0019318 0.0019632

0.0019965

0.0020320

0.0020700 12.369 102167.61 0.0021107

0.0021544 0.0022016

.0022525

.0023078

.0023680

.C024338

.0025059

.0025855 0.0026735

95739.33

89570.41

83652.42 77976.97

72535.88 67321.20 62325.23

57540.53

52959.93

48576.60 44384.03 40376.13 36547.26

32892.33

29406.96

26087.63 22932.06

19928.29 0.0042646 17192.24 0.0045963

0028811

0030046

0031445 0033045

0034890 0037039

0039570

0.0050531 0.CC56119

0.0063527 0.0073879

0.0089242 0.0114769

0.0171221 0.0371758

0.1121408 0.0337355

0.0214113 0.0159984

0.0111473

0.0087811

0.0073533

0.0063847 0.0056777

0.0051354 0.0047041

0.0C43515

0040570 0038067 0C35909

0C34026

0032367

0030692

0029571 0.0028379

0.0027297

0.0026310

0.CC254O6 0.0024573

0.0023803

0.0023089 0.0022424

0.0021803

0.0021222

0. 0020677 0.0020163

0.0019679

0.0019221

0.0018787

BTU/FT-HR-R LB/FT-S.EC SQ FT/HR

X 103

11203 42 779 00346 1 57039 5 4467

11175 *i 966 00346 1 56919 5 3560

11031 3-t 157 00344 1 56320 4 9322

10878 34 746 00343 1 55720 4 5511

10716 31 665 00341 1 55118 4 2082

10552 28 991 00339 1 54514 3 8996

10379 26 393 00337 1 53908 3 6218

10202 24 144 00334 1 53300 3 3717 10019 22 117 00332 1 52689 3 1466

09832 20 292 00326 1 52074 2 9441

09641 19 648 00325 1 51456 2 .7620 09447 17 167 00322 1 50834 2 .5985 09250 15 832 00318 1 50207 2 .4520 09050 L4 630 00314 1 49575 2 .3209 08847 13 545 00309 1 48936 2 2040

08643 12 568 00305 1 48291 2 1001

08437 11 686 00300 1 47638 2 .0082 06229 10 890 00295 1 46976 1 .9275

(! 08019 10 17 2 00289 1 46305 1 8572

07809 9 523 00284 1 45623 1 .7968

07597 8 936 00278 1 44928 1 .7457 07383 9 405 00272 1 44218 1 .7037 07169 7 924 G 00265 1 43493 1 .6704 06953 7 487 00258 1 42749 1 .6458 .06736 7 090 .00251 1 41983 1 .6299 06518 b 728 00243 1 41193 1 .6231 06297 6 39 7 00235 1 40374 1 .6260 06075 6 093 00226 1 39521 1 .6396 05847 5 821 00214 1 36618 1 .6885 05619 5 607 00205 1 37679 1 .7335

05387 5 386 00194 1 36694 1 .8040 05150 5 159 00183 1 35619 1 .8833 04906 4 920 00170 1 34465 1 .9889 04653 4 668 00156 1 33192 2 .1324 04384 4 394 00140 1 31746 Z .3320 04101 4 088 00121 1 30043 z .6459 03996 3 720 00099 1 27851 3 .1558 04022 3 198 00066 1 24417 4 .5670 03777 1 978 00046 1 14022 6 .8978

c 02472 1 662 00123 1 10407 2 .8622 02104 1 562 00176 1 09078 2 .1531 01919 1 50 7 a 00223 1 08260 1 .7956 01747 1 447 302 1 07209 1 .4558 01665 1 416 00371 1 06518 1 .2787 01619 1 401 00435 1 6006 1 .1693 01593 1 393 .00495 1 05602 1 .0945 01579 1 392 00553 1 05269 1 .0397 01572 1 394 .00609 1 04987 .9979 01568 1 399 00663 1 04745 .9660 01569 1 406 00716 1 04532 .9401 01573 1 415 00769 1 04343 .9187 01579 1 425 .00822 1 04173 .9005 01586 1 436 00875 1 04019 .8651

c 01598 1 448 928 1 03880 .8717 01609 1 461 00980 1 03751 .8600 01621 1 474 01033 1 03633 .8498 01634 1 488 .01086 1 03524 .6408 01648 1 50 2 01140 1 03422 .8327 01662 1 516 01194 1 03327 .8256 01677 1 531 01248 1 03238 .8192

01693 1 546 01302 1 03155 .8134 01708 1 561 01356 1 03076 .8082 01722 1 576 .01409 1 03002 .8050 01739 1 591 01465 1 02932 .8003 01756 1 607 01521 1 02665 .7961 01774 1 622 01576 1 02802 .7923 01792 1 638 (J 01634 1 02742 ,7890 01809 1 654 01691 1 02684 .7859 01827 1 669 01749 1 02629 .7632 01645 1 685 .01807 1 02577 .7807

01963 1 701 01864 1 .02527 .7786 01991 1 717 01923 1 02479 .7766

TWO-PHASE BOUNOARY
THERMODYNAMIC PROPERTIES OF OXYGEN

830 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY cvC

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

99.010 0.01223 211.1. 82 318.3 -83.087 -81.207 0.50252 0. 267 0.396 3 81.1 10 0.01225 2122.89 315.8 -82.698 -80 .815 0.5061.6 0. 266 0.396 3830

105 0.01236 2028.93 303.2 -80.735 -78.835 0.52578 0. 261 0.396 3771. 110 0.0121.8 1937.62 290.9 -78.773 -76.856 0.51.1.20 0. 257 0.396 3716 115 0.01260 181.8 .89 279.1 -76.813 -71.. 877 0.56179 0.,253 0.396 3658

120 0.01272 1762.70 267.6 -71.. 853 -72.899 0.57863 0. 250 0.396 3598

12 5 0.01281. 1678.98 256.5 -72.891. -70.921 0.591.77 0,,21.6 0.396 3537

130 0.01297 1597.67 21.5.8 -70.936 -68.91.2 0.61029 0. 21.3 0.396 31.75 135 0.01310 1518.71 235.1. -68.975 -66.963 0.62523 0. 239 0.396 31.12

11.0 0.01321. 11.1.2.05 225.1. -67.017 -61.. 982 0.63961. 0,,236 0.396 331.8

1*5 0.01337 1367.63 215.7 -65.056 -63.000 .65355 0. 233 0.397 3283

15 0.01352 1295.39 206.3 -63.093 -61.015 0.66700 0.,230 0.3 97 3217 155 0.01367 1225.26 197.3 -61.128 -59.028 0.63001. 0,,223 0.398 3150

160 0.01382 1157.20 188.5 -59.160 -57.036 0.69268 0,,225 0.399 3082

165 0.01398 1091.11. 180. -57.187 -55.039 0.701.97 0,,223 0.1.00 3011. 17 0.011.11. 1027.02 171.8 -55.210 -53.037 .71693 0,,220 0.1.01 2 91.5 175 0. 01U31 961.. 78 163.9 -53.227 -51.027 0.72858 a,,218 0.1.03 2875

180 0.011.1.9 901. . 33 156.3 -51.236 -1.9.009 0.73995 0,,216 0.1.01. 2801. 185 0.011.67 81.5.71, 11.8.8 -1.9.237 -1.6.982 0.75106 0.,213 0.1.07 2733

19 0.011.87 788.82 11.1.7 -1.7.228 -1.1.. 91.3 0.76191. 0..211 0.1.09 2661

19 5 0.01507 733.56 131..

-1.5.206 -1.2.890 0.77260 0,,209 0.1.12 2588

200 0.01529 679.91 128.0 -1.3.170 -1.0.821 0.78308 0,,207 0.1.16 25H.

20 5 0.01551 627.80 121.1. -1.1.118 -38.733 0.79339 0,,205 0.1.20 21.39 210 0.01575 577.21 115.0 -39.01.5 -36.621. 0.80356 0..203 0.1.21. 2363

215 0.01601 528.08 108. 8 -36.91.8 -3it. 1.88 0.81361 0.,201 0.1.30 2286

22 0.01628 1.80.37 102.7 -31.. 821. -32.322 0.82357 ,199 0.1.36 2208 225 0.01658 1.31.. 05 96.7 -32.666 -30.119 0.3331.7 0., 19 7 .1.1.1. 2127

230 0.01690 389.12 90.9 -30.1.69 -27.872 0.81.331. , 196 0.1.51. 2 01.5 235 0.01725 31.5.1.0 85.1 -28.193 -25.51.2 0.85336 0.,199 0.1.70 191.5

21.0 0.01763 301.. 87 79.2 -25.868 -23.157 0.8631.0 0.,198 0.1.82 1856

2"»5 0.01806 261.. 71. 73.7 -23.1.75 -20.699 0.87351. ,196 0.500 1768

25 0.01855 225.91. 68.0 -20.998 -18.H.7 0.88385 0,,195 0.521 1671

255 0.01911 188.57 62.2 -18.1.11 -15.1.75 0.891.1.3 0,,195 0.51.9 1569

260 0.01976 152.21 56.3 -15.678 -12.61.0 0.9051.1. 0.,195 0.567 11.56 265 0.02057 117.01. 50.1 -12.732 -9.570 0.91711. 0,,196 0.61.2 1331

27 0.02162 83.81 1.3.6 -9.1.71. -6.151 0.92 992 a,,199 0.729 1193

275 0.02313 51.72 36.8 -5.636 -2.081 0.91*1.85 0..201. 0.919 1039

28 0.02592 21.86 28.0 -0.1.21 3.563 0.96518 0,,218 1.1.65 826 285 0.01.01.3 i.. 22 11.. l. 13.179 19.393 1.02110 0.,260 4.531 581. 290 0.05683 11.. 1.1. 9.1. 22.072 30 .806 1.06088 0.,225 1.292 620

295 0.06552 22.79 7.9 25.867 35.937 1.0781.1. ,209 0.81.6 653 300 0.07211. 29.71 6.8 28.539 39.626 1.09085 0,,200 0.656 671

310 0.08272 1.1.26 5.7 32.586 1.5.298 1.1091.6 .189 0.1.98 709

320 0.0911.6 50.89 5.0 35.808 1.9.866 1.12397 ,182 0.1.23 71.0 33 0.09922 59.37 1..5 38.611 53.861 1.13627 0.,178 0.379 766

31.0 0.10631. 67.08 it. 1 1.1.157 57.500 1.11.713 0,,171. 0.350 790

35 0.1130C 71.. 21 3.8 1.3.529 60.896 1.15698 0.,172 0.330 812

36 0.11932 80.90 3.5 1.5.775 61.. 111. 1.16601. ,170 0.311. 833

37 0.12537 87.21. 3.3 1.7.926 67.195 1.171.1.9 0..168 0.302 862 380 0.13121 93.28 3.1 50.002 70.169 1.1821.2 0,,167 0.293 871

390 0.13688 99.08 3.0 52.018 73.055 1.18992 , 166 0.285 888

1.0 0.11.239 101.. 67 2.8 53.985 75.870 1.19701. .165 0.278 905

1.10 0.11.778 110 .08 2.7 55.911 78.621. 1.20381. 0,, 161. 0.273 921

1.2 0.15305 115.31. 2.6 57.802 81.326 1.21035 ,163 0.268 937

1.3 0.15821. 120.1.5 2.5 59.663 83.981. 1.21661 0,, 163 0.261. 952

1.1.0 0.16335 125.1.5 2.1. 61.1.99 86.601. 1.22263 0,,162 0.260 966

<t50 0.16837 130.31. 2.3 63.312 89.191 1.2281.5 ,162 0.257 980

1.60 0.17331. 135.13 2.2 65.1C7 91.71.8 1.231.07 ,161 0.251. 991. 1*70 0.17821. 139.83 2.1 66.881. 91.-279 1.23951 0.,161 0.252 1008

1.8 0.18310 11.1.. 1.6 2.1 68.61.6 96.787 1.21.1.79 .160 0.250 1021

1.90 0.18791 11.9.02 2.0 70.391. 99.271. 1.21.992 0,, 160 0.21.8 1031. 500 0.19267 153.51 2.0 72.132 101.71.1. 1.251.91 .160 0.21.6 101.6 510 0.1971.0 157.91. 1.9 73.859 101.. 197 1.25977 , 160 0.21.5 1059

52 0.20209 162.33 1.9 75.576 106.636 1.261.50 0,, 160 0.21.3 1071

53 0.20675 166.66 1.8 77.286 109.063 1.26912 .159 0.21.2 1083

51.0 0.21138 170.95 1. 8 78.989 111.1.77 1.27361. 0.,159 0.21.1 1091. 55 0.21598 175.20 1.7 80.686 113.882 1.27805 ,159 0.21.0 11D5

56 0.22056 179.1.1 1.7 82.378 116.277 1.26236 ,159 0.239 1117

57 0.22512 183.59 1.6 81.. 065 118.661. 1.28659 0,, 159 0.238 1128

580 0.22966 187.71. 1.6 85.71.8 121.01.5 1.29073 ,159 0.238 1139

590 0.231.17 191.85 1.6 87.1.28 123.1.19 1.291.79 ,159 0.237 1150

600 0.23867 195.95 1.5 89.105 125.787 1.29877 ,160 0.237 1160

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

830 PSIA ISOBAR

TEMPERATURE OENSITY V(OH/OV)D V <DP/OU>„ -V (DP/DV)T

- (DV/DTt/V THERMAL VISCOSITY THERMAL OIELECTRIC PRANDTL CONDUCTIVITY DIFFUSIVITY CONSTANT NUMBER

DEG. R LB/CU FT BTU/LB PSIA-3U FT/BTU PSIA DEG. R BTU/FT-HR-R LB/FT-S£C

X 10s SQ FT/HR

* 99.010 81.78218 218 02 m 605 175162 1.1. 0018171. 11201. 1.2.792 0031.6 1.5701.1 5.1.1.80 10 81.631.98 217 M li. 562 173302 i* a CI 0018222 11176 1.1.991 0031*6 1.56923 5.3585

105 80.88957 211. 31. 11. 31.1 161*119 51 00181.72 11032 38.191 0031*1. 1.56321, l). 931)5 110 80.11.067 211 23 li. 111. 155282 3 0018736 10879 31*. 768 0031.3 1.55721. It. 5533

115 79.38791. 208 07 13 880 11.6779 62 0019015 10719 31.686 0031.1 1.55122 I.. 2102

120 78.63100 201. 87 13 61.0 138602, 77 I) 0019310 10553 26.911 00339 1.51*519 3.9015

125 77.8691.6 201 61 13 391. 13071.0 99 0019622 10381 26.1.12 O0337 1.53913 3.6236

130 77.10285 198 30 13 11.1. 123181. 73 0019955 10203 21*. 161 00331. 1.53305 3.3733

135 76.33069 191. 93 12 669 115921. i*3 0020310 10021 22.131* 00332 1.52691* 3.11*61

l"tO 75.5521.2 191 51 12 631 108950 71 0020686 09631. 20.308 00329 1.52080 2.91.55

11(5 71.. 7671.2 188 02 12 37 102251. 3 8 0021091. 0961.3 18.663 00325 1.511.62 2.7633

150 73.97501 181. Wl 12 106 95826 1*2 0021530 091.1.9 17.181 00322 1.5061.0 2.5997

155 73.17i.iti. 160 85 11 61.1 89658 01* a 0022000 09252 15.81.5 00316 1.50213 2.1.531 16 72.361.81. 177 15 11 571, 8371.0 61 0022509 09052 m.6l*2 00311. 1.1*9581 2.3219

165 71.5i.527 173 38 11 307 78065 71. 0023060 08850 13.557 00309 l.itB9i*3 2.201.9 170 70.711.61. 169 53 11 039 72625 26 0023660 0861.6 12.579 00305 1.1*8299 2.1008

175 69.87175 165 59 10 771 671.11 21 0021.315 081*39 11.696 00300 1.1*761*6 2.0089

180 69.01521 161 56 10 501. 621.15 90 0025031. 08232 10.900 00295 1.1*6985 1.9281

185 68. 11.31.5 157 Mi 10 236 57631 89 0025826 08022 10.181 00290 1.1.6311* 1.8577

190 67.251.68 153 21 9 972 53052 02 0026703 07612 9.532 00281. 1.1.5632 1.7972

195 66.31.681 11.8 88 9 707 1.8669 1.6 0027678 07600 8.91.5 00278 1.1)1)938 1.71.60

20 65.1.171.1. li.it Mi 9 1*1.1. i, i*<*77 70 0028769 07387 8.1.13 00272 1.1)1)229 1.7038

205 61.. 1.6376 139 87 9 161 1*01.70 66 0029998 07173 7.932 00265 1.1.3505 1.6703

210 63.1.821.9 135 18 8 919 3661*2 70 0031390 06957 7.1.95 00258 1.1.2762 1.61.55 215 62.1.6966 130 35 8 656 32986 73 0032980 u 0671.1 7.097 00251 1.1.1997 1,6295

220 61.1.205". 125 37 8 391 29501* 37 0031*812 06522 6.735 0021*3 1.1.1209 1.6221* 225 60.32938 120 21. 8 123 26186 12 00369i.it 06302 6.1.01. 00235 1.1.0391 1.6250

230 59.18911 111. 96 7 81*9 23031 65 00391.51. 06080 6.100 00226 1.3951.1 1.6381

235 57.97679 110 69 7 379 20021. 96 J 001.2502 05852 5.826 00215 1.3861.0 1.6860

21*0 56.71020 105 19 7 071 17289 1*2 00U5809 05625 5.612 206 1.37703 1.7308

245 55.36331 99 1.1. 5 782 11.656 83 0050291 05393 5.393 00195 1.36711 1.8001

250 53.91656 93 37 i> t*5i* 12181 77 0055793 05157 5.166 00181. 1.35652 1.8783

255 52.31.11.5 87 06 6 101 9869 83 0063068 01.915 1..929 00171 1.31.501. 1.9823

260 50.59586 80 30 5 701 7701 07 0073150 01.663 1..678 .00157 1.3321.0 2.1215

265 1.8.60516 72 89 5 21*6 5688 96 1) 0088062 01.395 1..1.06 0011.1 1.31808 2.3163

270 1.6.25170 61. 81 l. 737 3876 1*5 01121.52 0M07 1..103 00122 1.30129 2.6213

275 1.3. 22<t62 55 77 1. 181 2235 73 0161.751 CI 03997 3.71,3 00101 1.27990 3.0973

280 36.57821. 1.1. 17 3 .331 81.3 37 033171.7 03988 3.21.7 .00071 1.21.751* i*. 291.9 285 21.. 73161. 32 71 2 21*7 101. 2 8 13851.96 01.007 2.118 00036 1.151.39 8.6220

29 17.59701. 31. 83 2 381 251. 15 0370858 02581 1.696 ,00111. 1.10830 3.0605

295 15.26150 37 1.1 2 1.60 31.7 81 0226100 02158 1.581. u 00167 1.0931.8 2.2356

300 13.8621.2 39 1.9 2 1.6 3 1*11 80 0166203 01953 1.521* 00215 1.081*68 1.81.31 310 12.08970 1.3 61 2 1.90 1.98 81* 0111.180 01766 1.1.59 00291. 1.07359 1.1.795 320 10.93329 1.7 35 2 1.91. 556 31* 0089356 l) 01679 1.1.26 00363 1.06639 1.2931) 330 10.07650 50 Hrt 2 1.91 598 37 0071.51.5 01631 1.1.0 9 001.27 1.06110 1.1796

3<t0 9.1.01.05 51. 27 2 .1.81. 630 81 0061*566 01603 1.1)01 001.86 1.05693 1.1022

35 6.81.962 57 51. 2 1.76 656 76 0057316 01587 1.398 0051*1* 1.05351 1.01.59 360 8.38080 60 n 1 1.6 7 678 01* 0051771. 01580 1.1.00 00600 1.05063 1.0029

370 7.97608 63 82 2 1*57 695 63 OCi.7377 01575 l.i*0i* 00653 1.01*815 0.9702

38 7.62110 66 a'. 2 .i*<*8 710 92 001.3790 01576 1.1*11 706 1.01.597 0.91.37

39 7.30580 69 81 2 1*3 9 723 87 001.0799 01579 1.1*2 00759 l.Qi.i.01. 0.9216

1*0 7.02288 72 72 2 .1*31 735 10 0038260 01585 1.1.29 .00811 1.01.231 0.9033

1.10 6.76662 75 59 2 1.23 71.1. .91 0036071. 01593 1.1.1.0 00863 1.01.075 0.8875

1.2 6.5331.2 76 « 7 .1.15 753 5 <t 0031.169 01603 1.1.52 .00916 1.03932 0.8739

i>3 6.31936 81 19 > .1.0 7 761 .19 00321.92 01611* 1.1)65 00968 1.03802 0.6620

1(1»0 6.12198 83 9I| 2 1*01 767 99 a 0031001 01626 1.1.78 0102C 1.03682 0.8516

<f50 5.93913 86 66 2 .391* 771. 08 0029667 01639 1.1.91 01073 1.03570 0.81.21.

1*60 5.76905 89 3o 2 388 779 56 00261.61* 01652 1.505 .01126 1.031.67 0.831.3

1.7 5.61026 92 03 2 .382 781. 1.9 0027373 01666 1.520 ,01179 1.03371 0.8270

1.80 5.1.6153 91. 68 2 376 788 97 i) 0026379 01681 1.531* 01233 1.03260 0.8205

1.90 5.32181 97 31 2 370 793 03 00251.67 01696 1.51.9 01286 1.03195 0.611.6 500 5.19019 99 93 2 361* 796 71. 0021.629 01712 1.561. a 0131.0 1.03116 0.8091. 510 5.06591 102 5<l 2 .359 800 13 0023651. 01725 1.579 CI 01392 1.0301.0 0.6060

520 i.. 91.830 105 13 2 .353 803 2 1* 0023135 0171*2 1.591. ,011.1.8 1.02969 .8013

530 I.. 83677 107 72 2 .31*8 806 10 00221.66 01760 1.610 ,01503 1.02901 0.7970

51.0 1*. 73081 110 31 2 .31*3 808 73 002181.2 01777 1.625 ,01559 1.02837 0.7932

55 I.. 62997 112 89 2 ,337 611 17 0021258 01795 1.61.1 01615 1.02776 0.7898

56 1.. 53381. 115 1.6 2 .332 813 1*3 0020709 01812 1.656 01672 1.02718 0.7867

570 <t. 1.1.207 118 Oi. 2 32 7 815 52 0020193 01830 1.672 .01729 1.02662 0.7839

580 i.. 351.33 120 61 2 .321 817 1.7 o 0019707 0181.8 1.688 01786 1.02609 0.7611.

59 i». 27036 123 19 2 .316 819 29 001921.7 01866 1.703 0181.3 1.02559 0.7792

60 1.. 18987 125 77 2 .310 820 99 0018811 01881. 1.719 01901 1.02510 0.7772

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPEPTIES OF OXYGEN

840 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUNO

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L8 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 99.02". 0.01223 211.2.1.3 318.3 -83.085 -81.183 0.50253 0. 267 0.396 3841

10 0.01225 2123.78 315.8 -82.702 -60.797 0.5061.2 0. 266 0.396 3830

105 0.01236 2029.83 303.2 -80.739 -78.816 0.52571. 0. 261 0.396 3774

110 0. 0121.8 1938.53 291.0 -78.778 -76.837 0.51.1.15 0. 257 0.396 3717

115 0.01260 181.9.82 279.1 -76.818 -71.. 859 0.56171. 0. 253 0.396 3659

120 0.01272 1763.61. 267.7 -71.. 859 -72.881 0.57858 0. 250 0.396 3 599

12 5 0.01281. 1679.93 256.6 -72.9C0 -70.903 0.591.73 0. 21.6 0.396 3538

13 0.01297 1598.61. 21.5.9 -70.91.2 -68.921. 0.61025 0,,21.3 0.396 3476

135 0.01310 1519.70 235.5 -68.983 -66.91.5 0.62518 0. 239 0.396 3413

1*0 0.01323 11.1.3. 06 225.5 -67.021. -61.. 965 0.63958 0.,236 0.396 3 349

1<«5 0.01337 1368.66 215.8 -65.063 -62.983 0.6531.9 0, 233 0.397 3283

15 0.01352 1296.1.3 206.1. -63.101 -60.999 0.66695 0.,230 0.397 3218

155 0.01366 1226.32 197.3 -61.136 -59.011 0.67998 0,,228 0.398 3151

16 0.01382 1158.28 188.5 -59.169 -57.019 0.69263 0.,225 0.399 3083 165 0.01398 1092.21. 180.1 -57.197 -55.023 0.701.91 0,,223 0.400 3015

170 0.011.11. 1028.11. 171.9 -55.220 -53.021 0.71686 0.,220 0.401 2946

175 0.011.31 965.93 161.. -53.238 -51.012 0.72851 0,,218 0.403 2876

180 0.011.1.9 905.55 156.3 -51.21.8 -1.8.995 0.73988 0.,216 0.404 2 805 185 0.011.67 81.6.91. 11.8.9 -1.9.250 -1.6.968 0.75099 0,,213 0.406 2 734

190 0.011.87 790.01. 11.1.7 -1.7.21.1 -i.it. 929 0.76186 0.,211 0.409 2662

19 5 0.01507 731.. 81 131..

-1.5.221 - 1(2.877 0.77252 0.,209 0.412 2589

20 0.01528 681.18 128.0 -1.3.186 -1.0.809 0.78300 0.,207 0.415 2516

205 0.01551 629.11 121.5 -1.1.135 -38.722 0.79331 0.,205 0.419 2441

210 0.01575 578.55 115.1 -39.063 -36.611. 0.8031.7 0,,203 0.424 2 365 215 0.01600 5 29.1.6 108.9 -36.969 -31.. 1.80 0.81351 0.,201 0.430 2288

22 0.01628 1.81.79 102.6 -31.. 81.6 -32.315 0.8231.7 0., 199 0.436 2210 225 0.01657 1.35.52 96.9 -32.691 -30.111. 0.83336 0,,197 0.444 2130

230 0.01689 390.63 91.0 -30.1.96 -27.869 0.81.321 0.,196 0.453 2047

235 0.01721. 31.6.89 85.2 -28.221. -25.51.2 0.85322 0,,199 0.470 1948

2i»0 0.01762 306.1.1 79.3 -25.902 -23.161 0.86325 0,.198 0.481 1859

21.5 0.01805 266.31. 73.9 -23.511. -20.707 0.87337 0,,196 0.499 1771

250 0.01853 227.62 68.1 -21.01.3 -18.160 0.88366 0.,195 0.520 1675 255 0.01909 190.33 62.1. -18.1.65 -15.1.96 0.891.21 0,,195 0.547 1574

260 0.01971. 151.. 07 56.5 -15.71.3 -12.673 0.90518 0..195 0.584 1462

26 5 0.02051. 119.01 50.1. -12.815 -9.620 0.91680 0., 196 0.638 1338

270 0.02157 85.92 1.3.9 -9.586 -6.232 0.9291.7 ,199 0.721 1202 275 0.02303 51.. 03 37.3 -5.811 -2.228 0.91.1.16 0.,203 0.898 1051

280 0.02563 21.. 1.5 28.7 -0.801 3.186 0.96366 0.,216 1.365 846 285 0.03680 4.13 16.2 10.808 16.532 1.01081 .260 4.784 594 290 0.051.58 13.20 9.9 21.21.6 29.736 1.05683 0., 22 8 1.420 617

295 0.06365 21.71 8.2 25.31.1 35.21.1 1.07567 0.,211 0.890 651

30 0.0701.0 26.75 7.1 26.136 39.086 1.08861 0.,201 0.679 670

310 0.08107 1.0.1.8 5.8 32.296 1.1.. 907 1.10771 0,,190 0.508 708 320 0.08981. 50.22 5.1 35.575 1.9.51.9 1.1221.6 0,.183 0.429 739

33 0.09758 58.78 4.6 38.1.13 53.592 1.131.90 0..178 0.363 766

340 0.101.67 66.55 4.2 1.0.983 57.261. 1.11(587 0,.175 0.353 790 350 0.11130 73.71. 3.8 1.3.373 60.685 1.15578 0,,172 0.332 812

360 0.11758 80.1.8 3.6 1.5.633 63.923 1.161(90 0.,170 0.316 833 370 0.12359 86.85 3.1. 1.7.795 67.020 1.17339 0..168 0.304 852 380 0.12939 92.93 3.2 1.9.861 70.007 1.18136 0,.167 0.294 871

39 0.13501 98.75 3.0 51.905 72.905 1.18889 0,.166 0.286 888

l»0 0.11.01.8 101.. 37 2.9 53.879 75.730 1. 1960 4 .165 0.279 905

<«10 0.11.582 109.81 2.7 55.811 78.1.93 1.20286 0,. 164 0.274 921

1.2 0.15105 115.08 2.6 57.707 81.203 1.20939 0.,163 0.269 937

1.3 0.15619 120.22 2.5 59.573 83.868 1.21566 0,. 16 3 0.264 952

1.1.0 0.16121. 125.23 2.4 61.1.13 86. 1.91. 1.22170 0..162 0.261 966

1.5 0.16623 130.11. 2.3 63.230 89.086 1.22752 0,.162 0.258 980

1.6 0.17111. 131.. 95 2.3 65.028 91.61(8 1.23316 0., 161 0.255 994

1.70 0.17600 139.67 2.2 66.808 9i(.18i( 1.23861 0,.161 0.252 1008

1.80 0.18081 11.1.. 31 2.1 68.573 96.697 1.21(390 0..160 0.250 1021

1.90 0.18557 11.8.88 2.0 70.321. 99.166 1.21.901. 0.,160 0.248 10 34

50 0.19028 153.38 2.0 72.061. 101.661 1.251.03 0,, 16 0.246 1046

510 0.191.96 157.83 1.9 73.793 1H 118 1.25890 0,.160 0.245 1059

52 0.19960 162.22 1.9 75.513 106.560 1.26361. . 160 0.244 1071

53 0.201.22 166.57 1.8 77.225 108.990 1.26827 0..159 0.242 1083

51.0 0.20880 170.87 1.8 78.929 111.1.07 1.27279 rl59 0.241 1094

55 0.21335 175.13 1.7 80.628 113.811. 1.27720 .159 0.240 1106

56 0.21788 179.35 1.7 82.321 116.212 1.28152 0.,159 0.239 1117

570 0.22239 183.51. 1.7 81.. 009 118.601 1.28575 0,,159 0.239 1128

580 0.22688 187.69 1.6 85.691. 120.981. 1.28990 0.,159 0.238 1139

590 0.23135 191.82 1.6 87.375 123.360 1.29396 0.,159 0.237 1150 600 0.23580 195.92 1.6 89.053 125.730 1.29791. 0,,160 0.237 1161

TWO-PHASE BOUNDARY
81.0 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY DEC R LB/CU FT

99. 021. 81 781.71. 100 81 63969

105 80 891.50 110 80 11.583 115 79 39331.

12 78 63667

125 77 3751.1 130 77 10911 135 76 33727

l<t0 75 55935

145 74 771.73 150 73 98273

155 73 18260

16 72 3731.8 16 5 71 551.1.3 17 70 721.38 175 69 88211

180 69 02626

185 68 15527

190 67 26731.

195 66 3601.3 200 65 1.3211. 205 61. 1.7969 210 63 1.9980 215 62 1.8857 220 61 1.1.132 225 60 35238

230 59 211.76 235 58 00568

21.0 56 71,292

2<»5 55 1.0097 250 53 96065

255 52 391.21. 26 50 66116

265 1.8 68989

270 1.6 36953

275 1.3 1.1376

28 39 0101.3

28 5 27 17599

29 18 32127

295 15 71103

300 11. 201.56 310 12 331.37 320 11 13111

33 10 21.778

31.0 9 55371

35 8 981.79

36 8 501.73 370 8 39096

380 7 72851

390 7 1.0690

1.0 7 11855

1.10 6 85778

1.20 6 62022

1.3 6 1.021.6

1.1.0 6 20176

1.5 6 01592

1.6 5 81.311

1.70 5 68182

1.80 5 53079

1.9 5 38891. 500 5 25536

510 5 12925

52 5 00992

53 4 89679

51.0 i. 78932

550 4 68705

560 It 58958

57 l. 1.9651. 580 l. 1.0761

590 1| 3221.8 600 i. 21.091

DH/DV)P VIDP/DUlu -V<DP/DV>T -(DV/DT),/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANDTL CONDUCTIVITY 3IFFUSIVITY CONSTANT NUMBER TU/LB PSIA-CU FT/BTU PSIA DEC. R BTU/FT-HR-R LB/FT-SjEC

X 10D SQ FT/HR

218 07 14 604 175218 1 9 0. 0016168 11204 42 806 00346 1.57043 5 4492

217 lt8 14 562 173384 97 0. 0018216 11177 42 017 00346 1.56927 5 3611

21". 41 14 342 164202 40 0018466 11033 38 214 00344 1.56328 4 9369

211 3U 14 114 155365 35 0018729 10880 34 791 00343 1.55728 4 5554

208 lit 13 880 146863 56 0019007 10721 31 707 00341 1.55127 4. 2123

201. 9lt 13 640 138686 95 0019301 10555 28 931 00339 1.54523 3 9034

201 69 13 394 130825 61 0019613 10382 26 430 00337 1.53918 3 6253

198 38 13 144 123269 81 0019945 10205 24 179 00334 1.53310 3 3750

195 02 12 890 116009 98 0020299 10022 22 150 00332 1.52699 3 1496

191 60 12 632 109036 75 0020677 09836 20 323 00329 1.52085 2 9469

188 11 12 370 102340 92 0021082 09645 18 677 00325 1.51468 2 7646

181. 56 12 107 95913 49 0. 0021517 09451 17 195 00322 1.50846 2 6009

180 9it 11 842 89745 64 0021965 09254 15 858 00318 1.50220 2 4542

177 25 11 575 83828 76 0022492 09054 14 654 00314 1.49588 2 3229

173 it8 11 308 78154 48 0023042 08852 13 569 00309 1.48950 Z 2057

169 6* 11 040 72714 60 0023640 08648 12 590 00305 1.48306 2 1016

165 70 10 773 67501 18 0024293 8442 11 707 30 1.47654 2 0095

161 68 10 506 62506 52 0025009 08235 10 910 00295 1.46993 1 92 66 157 56 10 239 57723 20 0025798 06025 0 191 00290 1.46323 1 8582

153 3'. 9 97 4 53144 Ob 0026671 07815 9 541 00284 1.45642 1 7975

11.9 02 9 710 48762 25 0027642 07603 8 953 00276 1.44948 1 7462

li.it 58 9 447 44571 30 0028728 07391 8 422 00272 1.44241 1 7039

11.0 02 9 184 40565 1 1 0029950 07177 7 940 00265 1.43517 1 6702

135 34 8 922 36736 05 0031334 06961 7 502 00259 1.42775 1 6453

130 52 8 66 33085 3 0032914 06745 7 105 00251 1.42012 1 6290

125 55 8 396 29601 68 0034734 06527 6 742 00244 1.41224 1 6217

120 44 8 130 26284 48 0036850 06307 6 411 00235 1.40409 1 6240

115 17 7 856 23131 11 a. 0039339 06085 6 106 00227 1.39560 1 ,6367 110 91 7 386 20121 55 0042359 05858 5 632 a 00215 1.38661 1 6836

105 43 7 079 17386 43 0045636 05631 5 618 00206 1.37727 1 7282

99 71 791 14755 76 0050055 05400 5 399 00195 1.36739 1 .7964

93 66 b 464 12282 40 0055474 05165 5 173 00184 1.35684 1 8734

87 40 5 115 9972 0062619 04923 4 937 00172 1.34542 1 .9757

80 69 5 716 7805 33 0072441 04672 4 68 7 00158 1.33287 2 1109

73 35 5 26 9 5794 69 0066926 04407 4 418 00142 1.31869 2 3011

65 38 4 767 3984 24 0110244 04120 4 119 00123 1.30213 2 5944

56 51 4 223 2345 50 0. 0158699 03999 3 765 00103 1.28123 3 ,0436

45 3! 3 411 953 90 0301028 03963 3 291 00074 1.25052 4 0798

33 19 2 291 112 14 0. 1441473 04122 2 286 00032 1.17046 9 5522

34 62 2 376 241 79 0410181 02701 1 739 00104 1.11292 3 2921

37 19 2 462 341 1] 0239249 02216 1 60 9 00159 1.09633 2 .3252

39 26 2 46 7 408 44 0172827 01989 1 542 .00206 1.08683 1 8932

1.3 41 ? 495 499 34 0116988 01786 1 471 00265 1.07511 1 ,5041

1.7 16 2 .498 558 97 0090939 01694 1 436 .00355 1.06762 1 .3086

50 70 2 495 602 39 0075576 01643 1 417 00418 1.06214 1 .1902

5it 10 2 ,489 635 84 0065295 01613 1 40 8 .00478 1.05785 1 .1101

57 38 2 480 662 54 0057861 01596 1 405 .00535 1.05435 1 ,0521 60 57 2 .471 684 42 0052197 01587 1 406 .00590 1.05139 1 .0060

63 67 2 462 702 69 0047716 01583 1 410 .00644 1.04885 .9745

66 71 2 .452 718 18 0044067 01582 1 416 .00696 1.04663 .9474

69 68 2 443 731 47 0041029 01585 1 425 .00749 1.04466 9249

72 60 2 434 742 98 0038454 01591 1 434 00800 1.04290 .9061

75 47 2 426 753 03 0036240 01598 1 445 1) .00852 1.04130 .8900

78 30 2 418 761 87 0034312 01606 1 456 00904 1.03985 .6761

81 09 2 411 769 70 0032616 01618 1 469 .00956 1.03853 .8640

83 84 2 40 4 776 67 0031110 01630 1 482 01008 1.03730 ,8534

86 56 2 397 782 90 0029763 01643 1 495 01060 1.03617 .8441

89 26 2 391 788 50 0026550 01656 1 509 .01112 1.0351.2 .8358

91 94 2 .385 793 56 0027450 01670 1 523 01165 1.03414 .8284

94 59 2 379 798 13 0026447 01685 1 538 a .01218 1.03322 .8217

97 23 2 373 802 29 0025529 01700 1 552 a 01271 1.03236 8158

99 .85 2 .367 806 08 0024685 01716 1 567 a .01325 1.03155 .8105

102 .46 2 .362 809 55 0023904 01728 1 582 .01376 1.03079 .8071 105 .06 2 356 812 73 0023161 01746 1 597 a .01431 1.03006 .6023 107 .65 2 .351 815 65 0022509 01763 1 613 .01486 1.02938 .7980

110 23 2 .345 818 34 0021881 01780 1 628 .01541 1.02873 ,7941 112 .81 2 .340 820 83 0021294 01798 1 644 .01597 1.02611 .7906 115 39 2 .335 823 14 0020742 01816 1 659 01653 1.02752 .7874 117 .97 2 .329 625 28 0020224 01833 1 675 .01709 1.02695 .7846

120 .55 2 .324 827 28 a 0019735 01851 1 690 .01765 1.02642 .7821

123 13 2 .318 8 29 13 0019273 01869 1 70 6 .01822 1.02590 .7798 125 .71 2 .313 830 87 0016836 01887 1 722 .01879 1.02541 7778

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

850 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY V OF SOUND DEC R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

» 99.038 0.01223 2143.05 318.3 -33.083 -61.159 0.50255 0, 267 0.396 3842

10 0.01225 2121.. 67 315.9 -82.706 -80.778 0.50638 0. 266 0.396 3831

105 0.01236 2030.73 303.3 -80.744 -78.798 0.52570 0, 261 0.396 3 775 no 0.0121.8 1939.45 291.0 -78.783 -76.819 0.54411 0, 257 0.396 3718 115 0.01259 1850.75 279.2 -76.823 -74.840 0.56170 0.,253 0.396 3659

12 0.01272 1764.59 267.7 -74.864 -72.863 0.57853 0,,250 0.396 3599 125 0.01284 1680.89 256.6 -72.906 -70.885 0.59468 0,,246 0.396 3539

13 0.01297 1599.61 245.9 -70.948 -68.907 0.61020 0,,243 0.396 3476

13 5 0.01310 1520.69 235.5 -68.989 -66.928 0.62513 0.,239 0.396 3413

140 0.01323 1444.07 225.5 -67.031 -64.948 .63953 0,,235 0.396 3349

11.5 0.01337 1369.68 215.8 -65.071 -62.966 0.65344 0,,233 0.397 3284

15 0.01352 1297.47 206.4 -63.109 -60.982 0.66689 0,,230 0.397 3218 155 0.01366 1227.38 197.4 -61.145 -58.994 0.67993 0.,228 0.393 3152

160 0.01382 1159.36 188.6 -59.173 -57.003 0.69257 0,.225 0.399 3084 165 0.01397 1093.31. 180.1 -57.206 -55.007 0.70485 0,,223 0.400 3016

17 0.011.11. 1029.26 172.0 -55.231 -53.005 0.71680 0.,220 0.401 2947

175 0.011.31 967.07 164.0 -53.249 -50.997 0.72845 0., 218 0.402 2 877 180 0.011.1.8 906.71 156.4 -51.260 -48.980 0.73981 0,,216 0.404 2807

18 5 0.011.67 81.8.13 149.0 -49.262 -46.953 0.75092 0,,213 0.406 2735

190 0.011.86 791.26 141. 8 -47.255 -44.915 0.76179 0.,211 0.409 2663

19 5 0.01507 736.06 134.9 -45.235 -42.864 0.77245 0.,209 0.412 2591

20 0.01528 682.1.6 128.1 -43.202 -40.797 0.73292 0,,207 0.415 2517

205 0.01550 630.1.2 121.6 -41.152 -38.711 0.79322 0.,205 0.419 2443

210 0.01571, 579.90 115.2 -39.082 -36.604 0.80338 ,203 0.424 2367

215 0.01600 530.81. 109.0 -36.989 -34.471 0.81342 0,,201 0.429 2290

22 0.01627 1.83.21 102.9 -34.868 -32.308 0.82336 0.,199 0.436 2212

225 0.01656 1.36.98 97.0 -32.715 -30.108 0.83324 0.,197 0.443 2132

230 0.01688 392.11. 91.1 -30.523 -27.866 0.84309 0,,196 0.453 2050 235 0.01723 348.38 85.4 -28.254 -25.542 0.85309 0.,199 0.469 1951

240 0.01761 307.91. 79.5 -25.936 -23.164 0.86310 0,,198 0.480 1863

21.5 0.01801. 267.95 74.0 -23.553 -20.714 0.87320 0,,196 0.498 1775

25 0.01852 229.29 68.3 -21.088 -18.174 0.88347 0,,195 0.518 1679

255 0.01907 192.08 62.6 -18.518 -15.517 0.89399 0., 195 0.546 157B 260 0.01971 155.92 56.7 -15.808 -12.705 0.90491 0.,195 0.582 1467 265 0.02050 120.97 50.6 -12.896 -9.669 0.91648 0.,196 0.634 1345

27 0.02151 88.02 44.2 -9.696 -6.310 0.92903 0,, 196 0.713 1210 275 0.02291. 56.30 37.7 -5.978 -2.368 0.94350 0,,203 0.879 1063

28 0.02538 26.98 29.4 -1.145 2.849 0.96229 0,,214 1.284 866 285 0.03399 4.97 17.9 8.755 14.105 1.00207 0,,248 4.180 622

29 0.05231 11.99 10.5 20.353 28 .587 1.05253 0,,231 1.572 615

295 0.06179 20.61. 8.5 24.792 34.518 1.07283 0.,213 0.938 650 300 0.06869 27.81 7.3 27.720 38.532 1.03633 0.,203 0.702 668 310 0.0791.7 39.71 6.0 32.002 44.510 1.10595 0,,191 0.518 707

32 0.08825 49.55 5.2 35.340 49.230 1.12 094 ,183 0.435 738

33 0.09598 58.20 4.6 38.214 53.321 1.13354 0.,178 0.387 765

340 0.10301. 66.03 4.2 40.809 57.027 1.14460 0,,175 0.356 789

35 0.10961. 73.27 3.9 43.217 60 .474 1.15459 0., 172 0.334 812

360 0.11588 80.05 3.6 45.491 63.731 1.16377 0,,170 0.318 832 370 0.12186 86.46 3.4 47.665 66.845 1.17230 0..169 0.305 B52 380 0.12761 92.57 3.2 49.760 69.846 1.18031 0,.167 0.2 95 870

39 0.13319 98.43 3.0 51.792 72.755 1.18786 0,, 166 0.287 888

1.0 0.13861 104.07 2.9 53.773 75.590 1.19504 .165 0.280 905

1.10 0.14391 109.53 2.8 55.711 78.361 1.20189 0..164 0.274 921

1.20 0.11.909 114.83 2.7 57.612 61.079 1.20844 ,163 0.269 937

1.3 0.15418 119.99 2.5 59.483 83.752 1.21472 0., 163 0.265 952

1.1.0 0.15919 125.02 2.5 61.327 86.384 1.22078 0.,162 0.261 966

1.5 0.161.13 129.94 2.4 63.148 88.982 1.22661 0., 162 0.258 981

1.60 0.16900 134.77 2.3 64.949 91.549 1.23226 0..161 0.255 994

1.7 0.17381 139.50 2.2 66.733 94.090 1.23772 0,,161 0.253 1008

1.8 0.17857 144.16 2.1 68.500 96.606 1.24302 0.,160 0.251 1021

1.90 0.18328 148.74 2.1 70.254 99.102 1.24816 0.,160 0.249 1034

500 0.18795 153.26 2.0 71.996 101.579 1.25317 0.,160 0.247 1047

510 0.19258 157.72 2.0 73.728 104.039 1.25804 0,,160 0.245 1059

52 0.19718 162.12 1.9 75.449 106.485 1.26279 0,,160 0.244 1071

530 0.20171. 166.48 1.9 77.163 108.917 1.26742 0,,160 0.243 1083

5*0 0.20628 170.79 1.8 78.869 111.337 1.27194 0.,159 0.241 1095

550 0.21079 175.06 1. 8 80.569 113.746 1.27637 0,,159 0.240 1106

560 0.21527 179.29 1.7 82.264 116.147 1.28069 0.,159 0.240 1118

570 0.21973 183.48 1.7 83.954 118.539 1.26492 0,,159 D.239 1129

580 0.221.17 187.65 1.7 85.639 120.923 1.28907 0.,159 0.238 1140

590 0.22859 191.78 1.6 87.322 123.301 1.29314 0.,159 0.233 1150

60 0.23299 195.89 1.6 39.001 125.673 1.29712 0,,160 0.237 1161

TWO-PHASE BOUNDARY 92
850 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT

V(DP/DU)U -V(OP/DV)T -(DV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

PSIA-CU FT/BTU PSIA OEG. R BTU/FT-HR-R LB/FT-S£C SO. FT/HR

X 10 D

PRANDTL NUMBER

99.038

10

10 5 110 115

12125

130 135 mo

l<tS 15155

160

16 5 17175

180 185

19 D

195

20205

210 215

220

22 5 23235

21.0

21.5 250 255

26265

27275

280 285

290 295

30310

320 330

3<f 350

36370 380

81.78731

81.61.1.1.0 80.8991.3 80.15099 79.39875

78.61.23'. 77.88136 77.11536

76.3U385 75.56628

71.. 78203

73.9901.1. 73.19075

72.38211

71.56358

70.73i.10 69.8921.6 69.03730

68.16707 67.27999

66.371.03

65.1.1.681

6<.. 1.9557 63.51706

62.5071.3 61.1.6205 60.37531

59.21.031

58.031.1.5 56.7751.7

55.1.381.0

5i«. 001.1.3 52. 1.1*651. 50.72568

1.8.77323

1.6.1.81.52 1.3.59506 39.39956 29.m6i.9

19.11606

16.18338

lit. 55819 12.58378

11.33158

10.1.1875

9.701.56

9.12081. 8.62932 8.20636

7.83632

218.13

217.51.

211.. 1.8 211.37

208.22

205.02

201.76

198.1.6 195.10 191.68

188.20

181.. 65

181.01. 177.35 173.59

169.75

165.82

161.80 157.69

153.1.8

11.9.16

11.1.. 73 11.0.18 135.50 130.69

125.73

120.63 115.38

111.13

105.67 99.97

93.96

87.73 81.06

73.81

65.91. 57.23

1.6.1.3

31.. 13

3<t. 1.5 36.99

39.05

1.3.22 1.6.97 50.53

53.93 57.22

6 0.1.2 63.53

66.57

li. . 601.

lit. 562

,31.2

,111. 880

13.61.0 13.395

11.1. 890

11.81.2 11.576 11.309

11.01.1

771. 507

21.1 9.976 9.712

9.1*1.9 9.187 8.926

8 .661. 8.1.02 8.136

7.863

7.392 7.087 6.799

6.1.75 6.129

5.732

5 .291

1..796

it. 263

3.1.8 6 2. 1.1.9 2.370

2.1.63

2 .1.70 2.1.99 2.503

2.500

2.1.91. 2.1.85

2.1.75 2.1.66

2 .1*56

175273.91.

1731.67.1.5 161.285.29

1551.1.8.65 1U691.7.28 138771. 1Q 130910.21

123351*. 87 116095.52

109122.77

89833.21

83916.89

7821.3.18 72803.89 67591.10

62597.10

57811.. 1.6

1*8851*. 99

1(1*661.. 81* 1*0659.1*9 36833.31

33181.21* 29698.89

26382.73

23230.1.3 20218.06

171.83.29

11.851*. 1*8 12382.76

10073.83

7909.16 5399.95

1*091.35

21*51.. 26 1062.87

11.6.13

331.. 06

1.01.. 81. 1.99.70 661.50 606.35

61.0.81 668.29

690.77 709.53

725.1.2

.0018163

.0018209

.00181.59 .0018722

.0018999 .0019293

0.0019601. 0.0019936 0,0020288

0.0020665

1021.27.1.1. 0.0021069 96000.52 0.0021503

0021970

00221.76 0023023

0023619

0021.270

0021.981. 0025770

0.0027606

0.0026687 0.0029902

0.0031279

0.003281.9

0.0031.657 0.0036757

0.0039221.

0.001.2218

0.001.51.65

0.001.9821 0.0055159

0.0062179

0.0071751

0.0085832 0.0108153

0.0153571. 0.0276616

0.1221.683 229.29 0.01.56255 0.0253689

0.0179891. 0.0119900 0.0092563

0.0076625

0. 0066031. 0.00581.12 0.0052621.

0.001.8056

0.001.1.31.5

,11205

,11178

,11031. ,10882

,10722 ,10556

.10381. ,10206

,10021. ,09838

,09256 09057

,08855 08651

,081.1*5 ,08237 .08026 53236.03 0.002661.0 0.07818 0.07607

0.07391. 0.07180 0.06965

0.0671.9 0.06531 0.06312

0.06090

0.05861. 0.05637

051.07 05172

01.932 01.682

01.1.18

01.131. 01.002 0391.5

01.153

,02278 ,02027

,01810

,01710 .01655

.01623 .01605

.01595

.01590 ,01589

1.2.820

1.2.01.2 38.238

3i». 813 31.729

28.951

26.1*1.9

21*. 196 22.167

20.339

18.692

17.208 15.871

11*. 666 13.580 12.601

11.717

10.920

10.200 9.550 8.962

8.1.30 7.91.7 .510

.112

.71.9 .1.18 .113

.837

.621.

1.06 180

91.5 697

1.29

131. 787

1.51 781.

631. 560

1.81.

i*i.6 1.26 1.16

1.12

1.12

1*16

1.22

.0031.6

.0031.6

.0031.5

.0031.3

.0031.1 .00339

.00337

.00335 0.00332 0.00329

0.00325

0.00322 0.00318

0.00311. 0.00310

0.00305

0.00300 0.00295

0.00290

0.00281.

.00278

.00272

.00266 .00259

.00252

.0021.1. .00236 .00227 0.00215

0.00207

00196 00185

00172 00159

0011.3 00125

00101. 00078

00031.

0009i<

00150 00198 00278

0031.7

001.10

001.70 00526 00581

00635

00687

1.5701.5 1.56930 1.56332

1.55732

1.55131

1.51.526 1.53923

1.53315 1.52705

1.52091

1.511.71. 1.50852

1.50226

1.1.9595

1.1.8958

1.1.8311. 1.1.7662

1.1.7002

1.1.6332

1.1.5652

1.1.1.959

1.1.1.252 1.1.3529 1.1.2768

1.1.2026

l.i*12i«0 1.1*01.26 1.39579

1.38683 1.37751

1.36767 1.35716

1.31*580 1.33331* 1.31929

1.30291. 1.28251

1.25322 1.18536

1.11800

1.09932

1.08905 07667

06887

06320 05879

05518 05216

01.956 01.729

1.505 3636

9392 5576

211.3 9053 6271

3766

1511

91.83 2.7659

2.6021

2.1.552 2.3239

2.2066

2.1021. 2.0102

1.92 92 1.8586 1.7979

1.71*61* 1.701.0 1.6702

1.61.50 1.6286

1.625.0 1.6229

1.6353

1.6613 1.7256 1.7926

1.8686

1.9693 2.1006

2.2861.

2.5671.

2.991*1

3.901*1. 8.8838

3.561.1

2.1.227

1.91*63 1.5296

1.321.1 1.2009

1.1181

1.0581. 1.0131

0.9788

0.9510

390

1.0 1.10

1.2

1.3 i*i»0

i*5 1*6

1*7 1*80

i*9 50510

52

53

51*0 550 560

57580

59600

7.50833

7.211.50 6.91.896 6.70721

6.1.8572 6.28168

6.09261 5.91726

5.7531*6 5.60012

5.1.5611. 5.32058

5.19263

5.07159

It. 95681.

l.. 81.786

l*. 71.1*17

i.. 61.535

I*. 55101.

k. 1.6089

l.. 371.62

it. 29195

69.55

72.1.8 75.35 76.19

80.98

83.71. 86.1.7 89.17

91.85

9k. 50

97.11* 99.77 102.38

101.. 96 107.57 110.16

112.71. 115.32

117.90

120.1.8 123.06

125.65

2.1.1.7 2.1.38

2.1.30 2.1.22

2 .1.11. 2.1.07

2.1.00 2.391.

2 .388 2.382 2.376

2.370

365 359

351. 31.8

31.3 337

332

327

739. 05

750.61.

761.11. 770.20 778.21

785.31. 791.72

797.1.5 802.62

807.29

811.55

815.1.2 818.96 822.21

825.20

827.96

830.50 632.86

835.05

.001.1260 .003861.9 .00361.06

. 0031.1.55 .003271.1 .0031219 0.0029859 0.0028635

0.0027526

0.0026516

0025591

0021.71.0 0023955

0023227

0022551

0021920

0021329 0020775

0020251. 837.08 0.0019763

01591

01596

01601* 01613

01623

01635

0161.7 01661

01671. 01689

01701. 01719 01732

0171.9 01766

01781. 01801

01819 01836

,1.30 ,1.39

,1.1.9 1*61

,i*73

,1*86 ,1.99 ,513

,527

,51.1

2 .321 2.315838.98

81.0.75 0.0019299

0.0018860 0.018720.01890

1.556

1.570

1.585

1.600 1.616 1.631

1.61.6 1.662

1.677

1.693 1.709

1.721.

00739

00790

0081.1 00893

0091.1. 00995

0101.7 01099

01151

01201. 0.01256

0.01309

0.01360

0.011*11. 0.011.69

0.01521. 0.01579

0.0163it .01690

0.0171*5 0.01802 0.01858

1.01*528

1.0it3it8 1.01.186

1.01.038 1.03903 1.03779

1.03661. 1.03557

1.031.58

1.03361. 1.03277

1.03195

1.03117

1.0301.1. 1.02971. 1.02906

1.0281.5 1.02785 1.02728

1.02671* 1.02622 1.02572

0.9281 0.9089

0.8925

0.8783

0.8660 0.8553

0.61*57 0.8373

0.8298

0.6230

0.8170

0.8116

0.8082 0.8033

0.7989

0.791*9

0.7911. 0.7882

0.7853 0.7826

0.7805

0.7781.

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

860 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM I30CHORE INTERNAL ENTHALPY ENTROPY cv Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L9 8TU/LS BTU/LB-R BTU / LB -R FT/SEC

* 99.052 0.01223 211.3.66 318.1. -63.082 -81.135 0.50256 0. 267 0.396 3 81.2 100 0.01225 2125.56 315.9 -82.710 -80.760 0.50633 0. 266 0.3 96 3 832 105 0.01236 2031.61. 303.3 -80.71.8 -78.779 0.52566 0. 261 0.396 3776

110 0.0121.8 191.0.36 291.1 -78.787 -76.801 0.51.1.07 0. 257 0.396 3716

115 0.D1259 1851.68 279.2 -76.828 -71.. 822 0.56165 0. 253 0.396 3660

120 0.01271 1765.53 267.8 -71*. 869 -72.81.1. 0.5781.9 0. 250 0.3 96 3600 125 0.01281. 1681.85 256.7 -72.911 -70 .867 O .591.61. D. 21.5 0.396 3539

130 0.01297 1600 .59 21.6. -70.951. -68.889 0.61015 0, 21.3 0.396 31,77 135 0.01310 1521.68 235.6 -68.996 -66.910 0.62508 0. 239 0.396 3 MA

1*0 0.01323 11.1.5.07 225.6 -67.037 -61.. 930 0.6391.8 0. 236 0.396 3350

11.5 0.01337 1370.70 215.9 -65.078 -62.91.9 .65339 0. 233 0.396 3285

15 0.01351 1298.51 206.5 -63.117 -60.965 0.66681. 0. 230 0.397 3219

155 0.01366 1228.1.1. 197.1. -61.153 -58.976 0.67987 0..228 0.398 3153

160 0.01381 1160.1.1. 188.7 -59.186 -56.987 0.69251 0,,225 0.399 3085

165 0.01397 1091.. 1.1. 180.2 -57.215 -51.. 991 .701.79 0,.223 0.1*00 3017

170 0.011.11. 1030.38 172.0 -55.21.1 -52.990 0.71671, 0.,220 0.1.01 2 91,8 17 5 0.011.31 968.22 161..

-53.260 -5C.981 0.72838 0. 218 0.1.02 2876

180 0.011.1.8 907.88 156.5 -51.272 -1.8.965 0.73971. 0,,216 0.1.01. 2608

18 5 0.011.67 81.9.32 11.9.1 -1.9.275 -1.6.939 0.75085 0,, 213 0.1,06 2737

190 0.011.86 792.1.8 11.1.9 -1.7.268 -i.it. 902 0.76172 0,,211 0.1,09 2665

195 C. 01506 737.30 135.0 -1.5.250 -1.2 .851 0.77237 0,,209 0.1.12 2592

20 0.01528 683.71. 128.2 -1.3.218 -1.0.785 0.78281. 0.,207 0.1.15 2519

20 5 0.01550 631.73 121.7 -1*1.169 -38.700 0.79313 ,205 0.1.19 21,1,1, 210 0.01571. 581.21. 115.3 -39.100 -36.591. 0.80329 0.,203 0.1.21. 2369

215 0.01599 532.21 109.1 -37.009 -31.. 1.62 0.81332 0.,201 0.1.29 2293

22 0.01626 1.81.. 62 103.0 -3i». 891 -32.300 0.82326 0,,199 0.1.35 2215

225 0.01656 1.38.1*1. 97.1 -32.71.0 -30.103 0.83313 ,197 O.1.1.3 2135

230 0.01687 393.61. 91.2 -30.550 -27.863 0.81,297 0.,196 0.1.52 2053 235 0.01722 31.9. 87 85.5 -28.285 -25.51.2 .85295 ,199 0.1.69 1951,

21.0 0.01760 309.1.5 79.6 -25.970 -23.167 .86295 ,196 0.1.80 1866

21,5 0.01803 269.51. 71..

-23.592 -20.721 .87301, 0,, 196 0.1.97 1778

25 0.01850 230.96 68.5 -21.133 -18.186 0.86328 ,195 0.517 1683 255 0.01905 193.82 62.8 -18.571 -15.537 0.89377 0,.195 0.51.1. 1583

260 0.01969 157.76 57.0 -15.871 -12.736 0.901,65 0,.195 0.579 11*73 26 5 0.0201.7 122.91 50.9 -12.977 -9.717 0.91615 0,.196 0.630 1352

27 0.0211.6 90 .09 1.1.. 6 -9.803 -6.386 .92 860 0..196 0.706 1219

275 0.02285 58.51. 38.1 -6.139 -2.501 .91,286 0,. 202 0.861 1075

280 0.02515 29.1.1. 30.0 -1.1.61 2.51.5 0.96101. 0,.213 1.218 881, 285 0.03206 6.1.8 19.5 7.170 12.277 0.9951.3 0.. 21.2 3.1.11 650 290 0.05002 10.86 11.1 19.385 27.350 1.01.793 c .231. 1.71,9 613

295 0.05995 19.59 8. 8 21.. 220 33.767 1.06990 .211. 0.992 61*8 300 0.06701 26.87 7.5 27.293 37.961. 1.081*02 ,201. 0.728 667

310 0.07789 38.91. 6.1 31.703 1.1*. 10 7 1 .101.18 .191 0.529 707

32 0.08669 1.8.89 5.3 35.102 1.8.908 1.1191.3 0.. 16U 0.1, 1,1 737 330 0.091.1.2 57.62 1..7 38.013 53 .01.8 1.13218 ,179 0.391 761* 3<»0 0.1011.5 65.51 1..3 1.0.633 56.789 1.11.335 . 175 0.359 789

350 0.10802 72.80 tt.O 1.3.060 60.261 1.1531.1 . 172 0.337 811 36 O.Hi.23 79.63 3.7 1.5.31.8 63.539 1.16265 .170 0.320 832 370 0.12016 86.08 3.5 1.7.531. 66.669 1.17122 .169 0.307 852 380 0.12587 9 2.22 3.3 1.9.638 69.661. 1.17926 .167 0.296 870

390 0.1311.0 98.11 3.1 51.679 72.605 1.18685 .166 0.268 888

1.0 0.13679 103.78 2.9 53.667 75.1.50 1.191*05 .165 0.281 905

"10 0.11.201. 109.26 2.8 55.611 78.230 1.20092 . 161* 0.275 921

1,2 0.11.718 111.. 58 2.7 57.518 80.956 1.2071.9 , 163 0.270 937

<»30 0.15223 119.76 2.6 59.393 83.635 1.21379 .163 0.266 952

i.i.0 0.15719 121.. 81 2.5 61.21.1 86.271. 1.21986 .162 0.262 966

1.5 0.16208 129.75 2.1. 63.066 88.877 1.22571 . 162 0.259 981

If 6 0.16690 131.. 59 2.3 61.. 871 91.1.50 1.23136 .161 0.256 995

1.7 0.17167 139.31. 2.2 66.657 93.995 1.23681. . 161 0.253 1008

1.8 0.17638 11.1.. 01 2.2 68.1.28 96.516 1.21.215 . 161 0.251 1021

1.9 0.18105 11,8.60 2.1 70.181. 99.016 1.21.730 . 160 0.21.9 1031, 500 0.18567 153.13 2.0 71.929 101.1.96 1.25231 . 160 0.21.7 10W

510 0.19026 157.60 2.0 73.662 103.960 1.25719 .160 0.21.6 1059

52 0.191.81 162.02 1.9 75.386 106.1.09 1.26191. . 160 0.21.1, 1071

530 0.19933 166.39 1.9 77.101 108.81.1. 1.26656 .160 0.21,3 1083

51.0 0.20381 170 .71 1. 8 78.8C9 111.267 1.27111 .159 0.21.2 1095

55 0.20828 171,. 99 1.8 80.511 113.679 1.27551. .159 0.21.1 1107

56 0.21271 179.23 1.8 82.207 116.082 1.27987 .159 0.21.0 1118

570 0.21713 183.1.3 1.7 63.898 118.1.76 1.281.10 .159 0.239 1129

58 0.22152 187.61 1.7 85.585 120.862 1 .28826 .159 0.236 111,0

59 0.22590 191.75 1.6 87.268 123.21.2 1.29232 .159 0.238 1151

600 0.23026 195.86 1.6 88.91.9 125.617 1.29631 . 160 0.237 1161

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

860 PSIA ISOBAR

TEMPERATURE DENSITY V(OH/DV)D V <DP/OU)w -V (DP/DVIT -(DV/DTiyv THERMAL VISCOSITY THERMAL HELECTRIC PRANDTL CONDUCTIVITY DIFFUSIVITY CONSTANT NUMBER

OEG. R LB/CU FT BTU/LB PSIA-CU FT/BTU PSIA DEC. R BTU/FT-HR-R LB/FT

X -SEC

10 5 SQ FT/HR

» 99.052 81 78988 218 18 li* 603 175329 68 0, 0^18157 11206 ^2 835 0. 00346 1.57047 5.4516

100 81 61.911 217 61 lit 563 17351.9 91 0018203 11179 42. 068 00346 1.56934 5.3661

105 80 901.35 21lt 5* 1<» 3lt2 161.368 16 00181.52 I) 11035 38 262 00345 1.56336 4.9416

110 80 15511* 211 It* lit 115 155531 93 0018715 10883 34 835 00343 1.55736 4.5598

115 79 1.01.15 208 29 13 881 11.7030 98 0018992 10723 31 750 00341 1.55135 4.2163

120 78 61.801 205 09 13 61.0 138855 2it 0. 0019285 10557 28 971 II 00339 1.54532 3.9072

125 77 88731 201 8 it 13 395 130991. 79 0019595 10385 26 468 00337 1.53927 3.6288

130 77 12161 198 5lt 13 1*5 1231.39 91 0019926 10206 2 4 214 00335 1.53320 3.3782

135 76 3501.2 195 18 12 890 116181 02 0020278 10026 2 ? 183 00332 1.52710 3.1526

11)0 75 57320 191 77 12 632 109208 76 ') 0020654 09839 20 354 00329 1.52096 2.9497

145 7". 78933 188 29 12 372 102513 93 0. 0021057 09649 18 707 00325 1.51479 2.7672

150 73 9981* 181. 75 12 108 96087 53 0021489 09455 17 222 00322 1.50858 2.6033

155 73 19889 181 l<t 11 8lt3 89920 71* 0021956 09258 15 884 00318 1.50233 2.4563

16 72 39073 177 it5 11 577 81.001. 98 0022459 09059 14 679 00314 1.49602 2.3248

165 71 57272 173 70 11 310 78331 8 it 0. 0023005 08857 13 592 00310 1.48965 2.2075

170 70 71.381 169 rt>. 11 0lt2 72893 15 0023599 08653 12 612 00305 1.46321 2.1032

175 69 90279 165 93 10 775 67680 98 0. 0024248 05448 11 728 00300 1.47670 2.0109

180 69 Ql.832 161 92 10 509 62687 63 0024959 03240 10 930 00295 1.47010 1.9298

185 68 17885 157 82 10 2lt3 57905 67 0025742 08031 10 210 290 1.46341 1.8591

190 67 29262 153 61 9 978 53327 96 0026608 I) 07621 9 559 00284 1.45661 1.7982

195 66 38760 lit9 30 9 715 48947 66 C027570 07610 8 970 00278 1.44969 1.7467

200 65 1*611* 1* lit it 87 9 lt52 44758 30 0028646 07398 8 43 8 00272 1.44263 1.7041

205 61. 5111.1 litO 33 9 .191 lt0753 78 0029855 07184 7 955 00266 1.43541 1.6701

210 63 531.28 135 66 8 930 36928 lt9 0031224 06969 7 517 00259 1.42801 1.6448

215 62 52621. 130 86 8 669 33277 36 0032785 06753 7 119 00252 1.42040 1.6281

220 61 1.8271 125 92 3 t0 7 29795 98 0034580 06536 6 756 00244 1.41255 1.6203

225 60 39815 120 83 8 llt2 26it80 85 0036664 06317 6 424 00236 1.40443 1.6219

230 59 26576 115 59 7 870 23329 62 0039111 06096 6 120 00228 1.39596 1.6339

235 58 06309 111 35 7 399 2031it it a 0042079 05869 5 842 00216 1.38704 1.6789

2*0 56 80787 105 91 7 095 17580 00 0. 0045297 o 05643 5 630 00207 1.37775 1.7230

245 55 1.7561 100 23 5 808 11.952 99 0049591 05413 5 412 1! 00196 1.36794 1.7890

250 5<t Q4788 91* 26 6 it86 12it82 e6 0054850 05160 5 187 00185 1.35748 1.8639

255 52 1.9836 88 07 D 11.3 10175 33 0061749 04940 4 15 i 00173 1.34618 1.9630

260 50 7891. It 81 it it 5 71.7 8012 60 0071081 04691 4 706 0016P 1.33360 2.0906

265 1.8 8552lt 71* 26 5 313 600it 75 0084776 04429 4 441 00144 1.31987 2.2723

270 t»6 59682 66 It9 it 82lt itl97 79 0106169 04146 4 148 00126 1.30374 2.5416

275 1.3 7692it 57 93 it 301 2562 10 0148703 04005 3 806 00106 1.28373 2.9462

280 39 75it20 it7 it7 3 555 1170 it6 0256690 03932 3 369 00081 1.25568 3.7577

28 5 31 18692 35 Ii3 2 576 202 08 0962671 04136 2 590 00039 1.19720 7.6903

29 19 99245 3lt 31 2 366 217 09 0509685 02975 1 835 00085 1.12363 3.8842

29 5 16 68067 36 79 7 it6lt 326 7<t 0269553 02345 1 661 00142 1.10247 2.5290

300 i<» 92*01 38 8 It 2 lt7lt itOl 01 0187429 02067 1 580 00190 1.09136 2.0026

310 12 83808 it3 03 2 50* it99 95 0122920 01832 1 497 00270 1.07626 1.5560

320 11 53it75 it6 79 2 508 563 95 0094226 01725 1 456 00339 1.07013 1.3400

330 10 591 it l. 50 35 2 505 610 25 0077693 01667 1 435 00402 1.06427 1.2118

340 9 85660 53 77 2 lt98 6lt5 7lt 0066783 01633 1 423 00462 1.05972 1.1262

350 9 25776 57 07 2 .lt90 67lt 00 0058968 01614 1 416 0051 8 1.05603 1.0647

36 8 75lt56 60 27 2 .lt80 697 G9 0053054 01603 1 418 00573 1.05293 1.0162

370 8 32228 63 39 2 .it70 716 35 0046399 01597 1 421 00625 1.05027 0.9831

380 7 94455 66 it it 2 It60 732 6lt 0044624 01595 1 427 00677 1.04795 0.9547

390 7 61009 69 43 2 ,lt51 71.6 61 0041492 01597 1 435 00729 1.04590 0.9313

1*0 7 31072 72 36 2 .itit2 758 69 0038845 01602 1 444 0780 1.04407 0.9117

1.10 7 0*037 75 2lt 2 it33 769 2lt 0036573 01609 1 454 00631 1.04242 0.8950

1*20 6 79it39 78 08 2 it25 778 51 0034599 01618 1 465 00881 1.04092 0.8606

1.3 6 5691it 80 87 2 .1.18 786 71 0032865 01626 1 477 00932 1.03954 0.8681

1.1.0 6 36173 83 61* 2 itlO 791. 01 II 0031329 01639 1 490 00983 1.03828 0.8571

1.5 6 16983 86 37 2 .1*03 800 53 0029956 01652 1 503 01035 1.03711 0.8474

1.60 5 99151 89 07 2 397 806 39 0028720 01665 1 516 01086 1.03602 .8388

1.70 5 82519 91 76 2 .391 811 67 0027602 01676 1 530 01138 1.03501 0.8312

1.8 5 66953 9lt i*2 2 385 816 45 0026584 01693 1 544 01190 1.03407 0.8243

1.90 5 5231*1 97 06 2 .379 820 80 0025652 01708 1 559 01242 1.0 3318 C.8182

50 5 38586 99 69 2 373 821. 76 0024796 01723 1 574 01294 1.03234 0.8127

510 5 25606 102 30 2 .367 828 38 0024006 01735 1 588 01344 1.03155 0.8092

520 5 13329 10lt 90 2 362 831 .70 0023273 01752 1 60 3 01398 1.03081 0.8043

530 5 01692 107 50 2 356 831. 75 0022593 01769 1 619 01452 1.03010 0.7996

51*0 1* 906it2 110 09 2 .351 837 .57 0C21958 01787 1 634 01506 1.02943 0.7958

55 4 80130 112 67 2 .31.6 81.0 17 0021364 01804 1 649 01561 1.02860 0.7922

56 1* 7011it 115 26 2 .31.0 8*2 57 0020808 01822 1 665 01616 1.02819 0.7869

570 I* .6055it 117 8it 2 .335 81*1* .81 OC20284 01639 1 680 .01671 1.02761 0.7660

580 4 ,51itl9 120 1*2 2 .329 8<t6 69 0019791 01857 1 696 01726 1.02706 0.7834

590 1* .i|2677 123 .00 2 .321. 848 .83 0019325 01875 1 711 .01782 1.02653 0.7811

60 1) 3lt301 125 58 2 .318 850 61. 0018664 01892 1 727 01837 1.02603 .7790

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

870 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY V OF SOUND

DEG. R CU FT/L8 CU FT-PSIA/L8 PSIA/R BTU/LS BTU/LB BTU/LB-R 8TU / LB -R FT/SEC

* 99.067 0.01223 211.1.. 27 318.4 -83.080 -81.111 0.50258 0,, 267 0.396 3843

100 0.01225 2126.1.5 316.0 -82.714 -80.741 0.50629 0.,266 0.396 3 832 105 0.01236 2032.51. 303.3 -80.752 -78.761 0. 52561 0,,261 0.396 3776

110 0.0121.7 1941.28 291.1 -78.792 -76.782 0.54402 0,,257 0.396 3719

115 0.01259 1852.61 279.3 -76.833 -74.804 0.56161 0,,253 0.396 3661

120 0.01271 1766. 47 267.8 -74.875 -72.826 0.57844 0,,250 0.395 3601

125 0.01281. 1682. 81 256.7 -72.917 -70.849 0.59459 0,,246 0.395 3540

130 0.01297 1601.56 246.0 -70.960 -68.871 0.61010 0,,243 0.396 3478

135 0.01310 1522.67 235.6 -69.00 2 -66.893 0.62503 0.,239 0.396 3415

140 0.01323 1446. 08 225.6 -67.044 -64.913 0.63943 0,,236 0.396 3351

11.5 0.01337 1371.73 215.9 -65.085 -62.931 0.65334 0.,233 0.396 3 286

15 0.01351 1299.55 206.5 -63.124 -60.948 0.66679 0.,230 0.397 3220

155 0.01366 1229.50 197.5 -61.161 -58.961 0.67982 0,, 228 0.398 3154

160 0.01381 1161.52 188.7 -59.195 -56.970 0.69245 0.,225 0.398 3086

165 0.01397 1095.54 180.3 -57.226 -54.975 0.70473 0.,223 0.400 3018

17 0.011.13 1031.50 172.1 -55.251 -52.974 0.71668 0.,220 0.401 2949

175 0.011.30 969.36 164.2 -53.271 -50.966 0.72832 0,, 216 0.402 2879

18 0.011.1.8 909.05 156.5 -51.283 -48.950 0.73968 ,216 0.404 2809

185 0.011.66 850.51 149.1 -49.287 -46.925 0.75076 0.,213 0.406 2738

19 .011.86 793.70 142.0 -47.282 -44.888 0.76164 0..211 0.409 2666

19 5 0.01506 738.55 135.0 -45.264 -42 .838 0.77229 0,, 209 0.411 2594

200 0.01527 685.01 128.3 -43.233 -4G.773 0.78276 ,207 0.415 2520

20 5 0.01550 633.04 121.8 -41.186 -38.689 0.79305 ,205 0.419 2 446 210 0.01571. 582.58 115.4 -39.119 -36.584 0.80320 ,203 0.423 2371 215 0.01599 533.59 109.2 -37.029 -34.453 0.81322 .201 0.429 2295

22 0.01626 486.04 103.1 -34.913 -32.293 0.82315 0.,199 0.435 2217

225 0.01655 439. 89 97.2 -32.764 -30.098 0.83302 .197 0.443 2137

23 0.01687 395.15 91.4 -30.577 -27.860 .84285 0,, 196 0.452 2055 235 0.01721 351.36 85.6 -28.315 -25.542 0.85282 ,199 0.468 1957

21.0 0.01759 310.99 79.8 -26.004 -23.170 0.86281 0,, 198 0.479 1869

21.5 0.01801 271.13 74.3 -23.631 -20 .729 0.87267 0.,196 0.496 1782

250 0.0181.9 232.62 68.6 -21.177 -18.199 0.88309 0,,195 0.516 1687

255 0.01903 195.56 63.0 -18.623 -15.557 0.89356 0..195 0.542 1588

260 0.01966 159.59 57.2 -15.935 -12.767 0.90439 0.,195 0.576 1476

265 0.0201.3 124.84 51.2 -13.056 -9.764 0.91583 0.,196 0.626 1359

27 0.0211.1 92.14 44.9 -9.909 -6.459 0.92819 0,, 198 0.699 1228 275 0.02276 60.75 38.5 -6.295 -2.628 0.94224 0.,202 0.845 1086

280 0.021.95 31.86 30.7 -1.752 2.268 .95988 0..211 1.163 902 285 0.03073 8.36 20.8 5.972 10.922 0.99048 0,,237 2.617 679

29 0.01.771 9.82 11.7 18.333 26.019 1.04303 0,.237 1.951 612

295 0.05812 18.55 9.2 23.621 32.984 1.06687 0.,216 1.051 647 300 0.06535 25.94 7.8 26.854 37.381 1.08166 .205 0.755 666

310 0.07635 38.18 6.3 31.399 43.699 1.10241 0,,192 0.540 706 320 0.08517 48.23 5.4 34.861 48.583 1.11792 0,. 184 0.447 737

330 0.09289 57.04 4.8 37.810 52.774 1.13082 0,.179 0.395 764 340 0.09990 65.00 4.4 40.456 56.550 1.14209 0., 175 0.362 788 350 0.1061.3 72.34 4. 42.902 60.048 1.15224 , 173 0.339 811

36 0.11261 79.21 3.8 45.205 63.346 1.16153 0.,171 0.322 832

37 0.11850 85.69 3.5 47.402 66.493 1.17015 0.. 169 0.308 852 380 0.121.17 91.87 3.3 49.517 69.521 1.17823 0,,167 0.298 870

390 0.12966 97.79 3.1 51.565 72.454 1.18585 0., 166 0.289 888

1.00 0.13500 103.48 3.0 53.560 75.309 1.19307 0., 165 0.282 905

1.10 0. 11.021 108.99 2.9 55.510 78.099 1.19996 0., 164 0.276 921

1.20 0.11.531 114.33 2.7 57.423 60.832 1.2 655 0,, 164 0.271 937

1.3 0.15031 119.53 2.6 59.303 83.519 1.21287 0.,163 0.266 952

1.1.O 0.15523 124.60 2.5 61.155 86.164 1.21895 ,162 0.263 967

1.50 0.16008 129.56 2.4 62.984 86.773 1.22481 ,162 0.259 981

i.6 0.161.86 134.41 2.3 64.792 91.351 1 .23048 0,,161 0.256 995

1.70 0.16958 139.18 2.3 66.581 93.901 1.23596 0,, 161 0.254 1008

1.80 0.171.25 143.86 2.2 68.355 96.426 1.24126 0.,161 0.251 1021

1.90 0.17887 148.47 2.1 70.114 98.930 1.24644 0.,160 0.249 1034

500 0.1831.5 153.01 2.1 71.861 101.414 1.25146 0.,160 0.248 1047

510 0.18799 157.49 2.0 73.596 103.881 1.25635 ,160 0.246 1060 520 0.1921.9 161.92 2.0 75.322 106.333 1.26111 0,,160 0.244 1072

530 0.19697 166.30 1.9 77.040 108.771 1.26575 0,, 16 0.243 1084

51.0 0.2011.1 170.63 1.9 78.749 111 .197 1.27029 0,,159 0.242 1095

55 0.20583 174.92 1.8 80.453 113.611 1.27472 0,,159 0.241 1107

56 0.21022 179.17 1. 8 82.150 116.017 1.27905 0,,159 .240 1119

570 0.211.59 183.38 1.7 83.842 118.413 1.28329 0.,159 0.239 1129

58 0.21891. 187.56 1.7 85.531 120.802 1.28745 0,,159 0.239 1140

590 0.22327 191.72 1.7 87.215 123.164 1.29152 0.,159 0.238 1151

60 0.22758 195.84 1.6 86.897 125.560 1.29551 0.,160 0.237 1162

TWO-PHASE BOUNDARY 96
870 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE OENSITY

OEG. R LB/CU FT

99.067 81.79244

V(OH/DV)F BTU/LBV(OP/DU)., -VIDP/DV),. PSIA-CU FT/BTJ PSIA

•(DV/OT)t/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY OIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 105

PRANDTL

NUMBER

100 81 65381

105 80 90927

110 80 16130

115 79 1.0955 120 78 65367

125 77 89325

130 77 12786

135 76 35599

140 75 58012

145 71. 79662

150 71, 00581. 155 73 20703

160 72 39931. 16 5 71 58185

170 70 75351

175 69 91311

180 69 05932

185 68 19061

190 67 30523

19 5 66 1.0115 200 65 1.7606 205 61. 52723

210 63 5511.7 215 62 51.501 22 61 50332

225 60 1.2092 230 59 29111

235 58 09161

240 56 91.010

2<»5 55 51260

250 51. 09102

255 52 51.973 260 50 8521.6 265 1.8 93597

270 1.6 70657

275 1.3 93692

280 1.0 08059

285 32 5U618

29 20 96127

295 17 20522

30 15 30277

310 13 0971.1 320 11 71.067 330 10 76587

34 10 00981. 35 9 39555

360 8 88050

370 8 1.3872 380 8 05320

390 7 71218

40 7 1.0722 "10 7 13201

420 6 88176

43 6 65272

440 6 1.1.192 45 6 21.696

1.6 6 06586

"»7 5 89700

480 5 73901

490 5 59073

500 5 1.5119 510 5 31953

520 5 19503

530 5 07701.

51.0 i. 96502

550 It 8581.6 560 it 75691. 570 i. 66007

580 4 56750

59 It 1.7892 60 i. 391.07

218 2". V. 603 175385 ItZ 0018152 11206 42 849 00346 1 57050 6 4531

217 67 11. 563 173632 77 0018197 11180 42 093 00346 1 56938 5 3686

211. 61 14 31.2 161.1.51 111 l) 00181.1.5 11036 38 286 00345 1 56340 4 9439

211 51 li. 115 155615 19 0018707 10884 34 858 00343 1 55740 4 5620

208 36 13 881 11.7111. e,T 0018981. 10725 51 771 00341 1 55140 4 2184

205 16 13 61.1 138939 3 6 0019276 10559 2 8 990 00339 1 54537 3 9090

201 92 13 395 131079 36 0019587 10387 26 486 00337 1 53932 3 6306

198 62 13 11.5 123521. 93 0019916 10210 24 231 00335 1 53325 3 3798

195 27 12 691 116266 5 1 0020267 10026 22 200 00332 1 52715 3 1541

191 85 12 633 109291. 73 0. 002061.2 D 09841 20 370 n 00329 1 52102 2 9510

188 38 12 372 102600 1*0 002101.1. 09651 18 721 00325 1 51485 2 7685

181. 81. 12 .10 9 96171. 51 00211.76 09457 17 236 00322 1 50864 2 6045

181 21. 11 81.1. 90008 25 a 002191*1 09261 15 897 00316 1 50239 2 45f4

177 56 11 578 81.093 01. 00221*1*3 09061 14 691 00314 1 49608 2 3258

173 80 11 311 781.20 1*7 0C22967 08860 13 603 00310 1 46972 2 2064

169 97 11 01.1. 72982 37 0C23579 08656 12 623 00305 1 48329 2 1040

166 05 10 777 67770 82 u 0021.226 08450 11 738 00300 1 47678 2 0116

162 01. 10 510 62778 11 0021.931. 08243 10 940 00295 1 47019 1 9304

157 9<i 10 21.5 57996 83 0025711. 08034 1 219 00290 1 46350 1 6596

153 7<< 9 980 531.19 82 0026577 07825 9 568 00285 1 45671 1 .7986

11.9 it <t 9 717 1.901.0 27 0027535 07614 8 979 00279 1 44979 1 7469

11.5 02 9 1.55 1.1.851 69 0028605 07401 8 446 00272 1 44274 1 7042

11.0 1.8 9 191. 1.081.8 i 0029808 07188 7 963 00266 1 43553 1 6701

135 82 8 93 3 37023 59 0031169 n 06973 7 525 00259 1 42814 1 .6446 131 03 8 673 33373 38 11 0032720 06758 7 126 00252 1 42054 1 6277

126 10 8 1.12 29892 97 0031.501. 06540 6 763 00244 1 41271 1 6196

121 02 8 11.7 26578 86 0036572 06322 6 431 00236 1 40460 1 .6210 115 79 7 877 231.28 67 0038999 06101 6 127 00228 1 39617 1 6325

111 57 7 1.06 20410 82 001.191.0 05875 5 647 00216 1 38725 1 .6766 106 15 7 101. 17676 56 001.5131 05649 5 635 00207 1 37799 1 7205

10G 50 6 817 15051 29 001.9361. 05420 5 418 00197 1 36821 1 .7853

9<t 55 6 1.96 12582 71 0051.51.6 D 05187 5 194 00166 1 ,35779 1 .8592

88 1.0 6 156 10276 51 0061327 04948 4 961 00174 1 34655 1 .9568

31 81 5 762 8115 6i* 0070429 04701 '. 716 00160 1 .33425 2 .0809

7 It 71 5 331. 6109 11 0083757 04441 4 452 00145 1 32045 2 .2586

67 03 l. 852 1.303 61 0101.281. 04162 4 163 00127 1 30452 2 ,5171

58 62 It 339 2669 07 011.1.230 04010 3 828 00108 1 28491 2 .9055

1.8 1.5 3 621 1276 82 021.0071. 03923 3 404 00084 1 25794 3 .6327 36 82 2 702 271 9 '. 0. 0761.950 04096 2 70 2 00045 1 20636 6 .6902

31. 22 ? 363 205 88 0. 0570050 03123 1 893 00076 1 12987 4 .2579

36 61 2 1.65 319 21 0286969 02417 1 690 00134 1 10560 2 .6449

38 61. 2 1.77 396 98 01951*70 02109 1 600 00182 1 09375 2 .0624

1.2 85 2 509 500 08 0126050 01855 1 510 00262 1 07988 1 5834

1.6 61 2 513 566 31 0095930 01741 1 467 00332 1 07141 1 .3563

50 18 2 510 611. 08 0078779 01679 1 443 00395 1 06535 1 .2230

53 60 2 .503 650 62 006751.2 01644 1 431 454 1 06067 1 .1345

56 91 2 1.9". 679 67 0059530 01623 1 425 00510 1 05688 1 ,0711

60 12 2 1.81. 703 38 00531.88 01611 1 424 00564 1 05370 1 .0234

63 25 2 1.71. 723 1<* 0C48744 01604 I 427 00617 i 05099 .9874

66 31 2 .1.61. 739 61* 001.1.905 01602 1 432 00658 1 04862 .9584

69 30 2 .1.55 751. 15 001.1725 01604 1 440 00719 1 04653 .9345

72 2i» 2 1.1.6 766 52 003901.1 01608 1 44 6 00770 1 .04466 ,9145

75 12 2 .1.37 777 .32 003671.0 01615 1 45 8 0062C 1 .04298 .8975

77 97 2 .1.29 786 81 003471.3 01623 1 469 00871 1 .04145 .8828

80 77 2 .1.21 795 20 0032990 01633 1 481 00921 1 .04005 .8701

83 51. 2 .414 802 66 0031438 01644 1 493 00972 1 03877 .8589

86 27 •> .1*07 809 33 a 0030052 01656 1 506 01022 1 03758 .6491

88 .98 2 .1.00 815 32 0028806 01669 1 520 01073 1 .03648 .8404

91 67 2 .391. 820 72 0027678 01683 1 534 01125 1 03545 .8326

91. 33 2 .388 825 61 0026652 01697 1 548 .01176 1 03449 .8256

96 98 2 .382 830 05 0025714 01711 1 562 01228 1 03359 .8194

99 61 2 376 831* .10 0024851 01727 1 577 01280 1 03274 .8138 102 22 2 370 837 60 0024056 01739 1 592 01329 1 .03194 .8103

101. 83 2 .365 81*1 19 0023319 01756 t 606 01382 1 .03118 .6053

107 1.3 2 359 91.1. 30 0. 0022635 01773 1 622 01436 1 03047 8007

110 02 2 .351. 81.7 18 0021997 01790 1 637 01490 1 .02979 a .7967 112 60 2 31.8 81.9 83 0021400 01607 1 652 01544 1 02914 .7930 115 .19 2 .31.3 852 29 0020840 01825 1 667 01598 1 02853 .7697 117 77 2 338 851* 58 0020314 01842 1 683 n 01652 1 02794 a .7867

120 35 2 .332 856 70 a 0019819 01860 1 698 01707 1 .02736 .7841

122 91. 2 32 6 858 68 0019351 .01878 1 714 0176Z 1 02665 .7817 125 52 2 .321 860 53 0018908 01895 1 729 a 01817 1 02633 .7796

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

880 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM I30CHORE INTERNAL ENTHALPY ENTROPY Cv C

P VELOCITY OERIVATIVE OERIVATIVE ENERGY OF SOUNO

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

» 99.081 0.01223 21<« it. 89 318.lt -83.079 -81.087 0.50259 0. 267 0.396 381.3 100 0.01225 2127.33 316.0 -82.718 -80.722 0.50625 0. 266 0.396 3833 105 0.01236 2033.1.1. 303.1. -80.756 -78.7U3 0.52557 0,.261 0.396 3777

110 0.0121.7 191.2.19 291.2 -78.796 -76.761. 0.51*398 0., 25 7 0.396 3720

115 0.01259 1853.53 279.3 -76.838 -71.. 786 0.56157 0,,253 0.396 3661

12 0.01271 1767.1.1 267.9 -71*. 880 -72.808 0.5781*0 0.,250 0.395 3602

125 0.01281. 1683.76 256.8 -72.923 -70.831 0.59it5it 0,,2i»6 0.395 35m

130 0.01296 1602.53 21.6.1 -70.966 -68.853 0.61005 0.,21.3 0.396 31.79 135 0.01310 1523.66 235.7 -69.009 -66.875 0.621*99 0,,239 0.396 31.16 1A0 0.01323 11.1.7. 08 225.7 -67.051 -61.. 895 0.63938 0,,236 0.396 3 352

11.5 0.01337 1372.75 216.0 -65.093 -62.911. 0.65329 0.,233 0.3 96 3287

150 0.01351 1300.59 206.6 -63.132 -60.931 0.66673 0.,231 0.397 3221

155 0.01366 1230.56 197.5 -61.170 -58.91.1. 0.67976 0.,228 0.398 3151. 160 0.01381 1162.59 188. 8 -59.2C1. -56.951. 0.6921*0 0.,225 0.398 3087

165 0.01397 1096.63 180.3 -57.235 -5i«. 959 0.701*67 0.,223 0.399 3019

170 0.011.13 1032.62 172.2 -55.261 -52.958 0.71662 0..220 0.1*01 2950

175 0.011.30 970.50 161..-53.281 -50.951 0.72826 0., 218 0.1*02 2880

180 0.011.1.3 910.21 156.6 -51.295 -1.8.936 0.73961 0., 216 0.1.01. 2810

185 0.011.66 851.70 11.9.2 -1.9.300 -1.6.911 .75071 0., 211. 0.1.06 2739

19 0.011.85 791. .91 11.2. -it7.295 -1.1.. 875 0.76157 0.,211 0.1*08 2668

195 0.01506 739.79 135.1 -lt5.279 -1.2.825 0.77222 0,,209 0.1*11 2595

20 0.01527 686.28 128.1. -it3.2i»9 -1*0.761 0.78267 a.,207 0.1*15 2522

205 0.0151.9 631.. 3i* 121.8 -1.1.203 -38.678 0.79296 a.,205 0.1*19 21.1.8 210 0.01573 583.91 115.5 -39.137 -36.571, 0.80311 0,,203 0.it23 2373

215 0.01598 531.. 96 109.3 -37.01.9 -31*. 1*1*5 0.81313 0.,201 0.1*28 2297

220 0.01625 1.87.1.5 103.2 -3it.93tt -32.266 0.82305 0,. 199 0.1*35 2219

22 5 0.01651. 1.1.1.35 97.3 -32.788 -30.092 0.83291 0,,19 7 0.itit2 211.0 230 0.01686 396.65 91.5 -30.601. -27.857 0.81.273 , 196 0.1.51 2058

23 5 0.01721 352.81. 85.7 -28.31.5 -25.51.1 0.85269 0., 199 0.1.67 1959

21.0 0.01758 312.51 79.9 -26.038 -23.172 0.86266 0,,198 0.1.78 1872

21.5 0.01800 272.72 71.. it -23.669 -20.735 0.87271 0,, 196 0.1.95 1785

250 0.0181.7 231.. 28 68.8 -21.222 -16.211 0.88291 0..195 0.511. 1691

255 0.01901 197.29 63.2 -18.675 -15.577 0.89331* 0.,195 0.51.0 1592

260 0.01961. 161 .1.1 57.lt -15.997 -12.797 0. 90i*lit 0,,195 0.571. 11.83 265 0.0201.0 126.76 Sl.it -13.131. -9.810 0.91552 0,,196 0.622 1366

270 0.02136 91.. 18 1.5.2 -10.012 -6.531 0.92777 0,, 198 0.692 1235

275 0.02268 62.93 38.9 -6.1*1.6 -2.750 0.9itl6it 0,,202 0.831 10 96 280 0.021.76 3 it. 22 31.2 -2.023 2.012 0.95880 0,,210 1.116 918 285 0.02975 10.1.1 22.0 5.032 9.880 0.98662 0,,232 2.398 706

290 0.01.539 8.93 12.5 17.197 21.. 591. 1.03782 0., 21.0 2.171 612

295 0.05631 17.51. 9.5 22.991. 32.169 1.06375 a .218 1.115 61.5 300 0.06371 25.02 8.0 26.1.01 36.783 1.07927 0..206 0.785 665

310 0.071.81. 37.1.3 6.5 31.090 1.3.285 1.10062 .193 0.552 705

320 0.08369 1.7.58 5.6 3i». 618 1.8.255 1.1161.1 0..185 0.1.51. 736

330 0.09139 56.1.7 if.

37.606 52.lt98 1.1291.7 ,179 0.1.00 763

31.0 0.09838 61.. 1.9 it.

1.0.278 56.310 1. 11*085 0..176 0.365 788

35 0.101.89 71.88 It. 1 1*2.71*3 59.83it 1.15107 0..173 0.31.1 811 360 0.11102 78.79 3.8 1.5.061 63.153 1. 1601.2 0..171 0.323 832

37 0.11688 85.31 3.6 1.7.270 66.316 1.16 90 8 . 169 0.310 851

380 0.12252 91.52 3.1. 1.9.395 69.359 1.17720 0,, 168 0.299 870

39 0.12797 97.1.7 3.2 51.451 72.301. 1. 181*65 0.. 166 0.290 868

1.0 0.13326 103.19 3.0 53.1.53 75.169 1.19210 .165 0.283 905

<*10 0.1381.3 108.72 2.9 55.1.10 77.967 1.19901 . 161. 0.277 921

1.2 0.11.31.9 111.. 09 2.8 57.327 80.709 1.2D562 . 161. 0.272 937

1.30 .11.81.5 119.30 2.7 59.212 83.1.02 1.21196 .163 0.267 952

1.1.O 0.15332 121.. 39 2.6 61.069 86.053 1.21805 0,.162 0.263 967

1.5 0.15812 129.37 2.5 62.902 88.668 1.22393 . 162 0.260 981

1.60 0.16286 13it.2i. 2.1. 6i». 713 91.251 1.22961 .161 0.257 995

1.7 0.16751. 139.02 2.3 66.506 93.806 1.23510 . 161 0.25it 1008

1.8 0.17216 11.3.71 2.2 68.282 96.336 1.21*01*3 .161 0.252 1022

1.90 0.17671. 11.8.31. 2.2 70.01.1. 98.81.1. 1.21*560 . 160 0.250 1035

500 0.18127 152.89 2.1 71.793 101.332 1.25062 . 160 0.2it8 10<*7 510 0.18577 157. 38 2.0 73.531 103.802 1.25552 . 160 0.2it6 1060

52 0.19023 161.62 2.0 75.25 9' 106.257 1.26028 .160 0.2it5 1072 530 0.191.66 166.21 1.9 76.978 108.698 1.261.93 . 160 0.2it3 108it

51.0 0.19906 170.55 1.9 78.689 111.127 1.2691*7 . 15 9 0.21.2 1096

550 0.2031.3 171.. 85 1.8 80.391* 113.5i.lt 1.27391 .159 0.21.1 1107

560 0.20778 179.11 1.8 82.093 115.952 1.27821* . 159 0.21.0 1119

57 0.21211 183.33 1.8 83.787 118.350 1.2821*9 . 159 0.239 1130 580 0.2161.1 187.52 1.7 85.1.76 120.71*1 1.28665 .159 0.239 111*1

590 0.22070 191.68 1.7 87.162 123.125 1.29072 .159 0.238 1151

600 0.221.97 195.81 1.6 88.81*5 125.503 1.291*72 . 160 0.238 1162

THO-PHASE BOUNDARY
880 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

OEG. R LB/CU FT

V(DP/OU>w -VIOP/OV). BTU/LB PSIA-OU FT/BTU PSIA

(OV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT DEC R BTU/FT-HR-R LB/FT-S£C SQ FT/HR

X 105

PRANDTL NUMBER

99.081 81 79501 218 29 1'4 603 1751* 1*1 15 J 001811.6 0. 11207 1*2. 863 003"*6 1.57052 5 1.51.3 100 81 65851 217 7k 11. 563 173711* 80 0C18191 11181 1.2 118 0031.6 1.5691.2 5 3712

105 80 911.19 211. 68 11. 31.3 161.533 85 0C181.39 11037 38 310 0031.5 1.5631.1. 1* 91.63 110 80 1661.5 211 58 lit 115 155698 1*1* 0016700 10885 3". 880 0031.3 1.5571*5 1* 561.2 115 79 1.11.95 208 1.3 13 881 11.7198 Z'* 0018976 10726 3 1 792 0031*1 1.5511.1. i. 2201. 120 78 65933 205 21. 13 61.1 139023 1.6 0. 0019268 10560 29. 010 00339 1.51*51*1 3 9109

125 77 89919 202 00 13 396 131163 90 0. 0019578 10388 26 505 00337 1.53937 3 6323

130 77 131.10 198 70 13 11.5 123609. 92 0. 0019906 10211 2*1 21*9 00335 1.53330 3 3815

135 76 36356 195 35 12 891 116351. 97 0. 0020257 10029 22 216 00332 1.52720 3 1556

11*0 75 58703 191 91. 12 633 109380 6 8 u 0020631 0981.3 20 385 00329 1.52107 2 9521.

l"t5 71. 80391 188 1.7 12 373 102686 Bit 0021032 09653 18 736 00326 1.511*91 2 7697

15 7<* 01353 181. 91. 12 109 96261 ki 00211.62 II 091.59 17 250 00322 1.50670 2. 6057

155 73 21516 181 33 11 81.5 90095 73 0021926 09263 li 910 00316 1.5021.5 2, 1.585 160 72 1.0795 177 66 11 578 81*181 06 00221.26 09061. m 703 00311. 1.1.9615 2 3268

16 5 71 59098 173 91 11 312 78509 06 0022969 06662 13 615 0031C l.tt8979 2 2093

170 70 76320 170 08 11 01.5 73071 56 II 0023559 08656 12 631. 00305 1.1*8336 2 101*6 175 69 9231.2 166 16 10 778 67860 61 0. 0021.201. 081.53 1 1 71.8 00301 1.1*7686 2 0123

180 69 07032 162 16 10 512 62868 55 0. 0021.910 fl 0821.6 10 950 296 1.1.7027 1 9310

185 68 20236 158 07 10 21*6 58087 91. 0025687 08036 10 228 00290 1.1.6359 1 6601

190 67 31782 153 87 9 962 53511 63 0U2651.5 07828 9 577 00285 1.1.5681 1 7990

195 66 1.11.66 11.9 57 9 719 1*9132. 82 00271.99 07617 8 987 00279 1. 1. 1.990 1 71.72 200 65 1.9061. 11.5 16 9 1.56 1*1.91.5 02 0028565 071.05 8 i*5i* 00272 1.1*1*265 1 701.3 205 6 it 51.301 11.0 61. 9 197 1.091.2 16 0029761 07192 7 971 00256 1.1.3565 1 6700

210 63 56862 135 99 8 937 37118 60 0U31115 06977 7 532 00259 1.1.2827 1 61.1.3 215 62 56373 131 20 8 677 331.69 30 0032657 06762 7 131. 00252 1.1.2066 1 6272

220 61 52386 126 28 8 1.17 29989 86 0031.1.28 0651.5 6 770 0021.5 1.1.1286 1 6190

225 60 1.1.362 121 21 8 153 26676 75 00361.81 06327 6 1.38 00237 1. 1.01.77 i 6200

230 59 31637 116 00 7 881. 23527 59 0038887 06106 6 133 00226 1.39635 1 6312

235 58 12001 111 79 7 1.12 20507 07 001.1803 05881 5 853 00217 1.3871.6 1 671.2

2".0 56 87218 106 39 7 112 17772 97 001.1.966 05655 5 61.1 00208 1.37823 1 7179

21.5 55 51.938 100 76 b 825 15H.9 1|0 001.911.0 051.27 5 1.25 00197 1.3681.8 1 7817

250 51. 13386 9 It 81. 6 507 12682 31 0G51.21.7 05191. 5 201 00187 1.35810 1 85i6

255 52 60061. 88 72 6 169 10377 38 0060913 01.956 it 969 00171. 1.31.693 1 9507

260 50 911.76 82 16 5 777 8218 30 0. 0069791. 01.710 4 725 00161 1.331.70 2 0711. 265 1.9 0151.6 75 15 5 356 6213 03 [) 006277". 01.1.52 1* 1.63 0011.6 1.32102 2 21.53 270 <»6 81392 67 56 •t 679 1*1*08 Bit 01021*89 01.175 1* 177 00129 1.30529 2 1.937 27 5 It It 09861. 59 26 it 375 2775 23 011*0101 01.0H. 3 8it7 0011C 1.28605 J .8656

28 1.0 38335 1.9 39 3 68 3 1382 Ob 0225976 03917 3 1*36 00087 1.26001. 3 521.1. 285 33 6171.1 38 19 2 .819 31*9 91. 0627959 01.01*9 2 791* 0005C 1.21360 5 9559

290 22 03033 3U 20 2 365 196 69 0631*658 03268 1 95 8 0OO68 1.13679 I* 6823

295 17 75950 36 kk 2 .1.66 311 57 030601.1. 02"*93 1 721 .00126 1.10933 2 .7715

300 15 69521. 38 1.5 2 .1*61 392 76 0201.01.1. n 02151. 1 621 .00175 1.09623 2 .1258

310 13 36191. 1.2 67 2 513 500 10 0129293 01878 1 521. .00255 1.06151. 1 .6117 320 11 91.91.0 1.6 1.1. 2 .518 568 60 0097676 01757 1 1*77 .00321. 1.07271 1 .3730

330 10 91.208 50 01 2 .515 617 85 0079665 01692 1 1*52 .00387 1.0661.5 1 .231.3

3"»0 10 161.30 53 1.1. 2 .506 655 1.5 0068311 01651. 1 1*38 .001*1*6 1.06163 1 .11.29 350 9 531.23 56 76 2 .1*99 665 30 0060098 01632 1 .1*32 .00502 1.05773 1 .0776

360 9 00709 59 .98 2 .1.89 709 61. 0053926 c .01619 1 1*31 .00556 1.0 51*1*8 1 .0287

370 8 55567 63 11 2 .1.79 729 90 001.9092 01611 1 i*33 .00608 1.05171 .9918

380 8 16225 66 18 2 .1.68 71.7 02 001.5187 01609 1 i*38 n .00659 1.01*929 .9621

390 7 811.61 69 18 2 .1*59 761 68 001.1959 0161C 1 it*»5 .00710 1.01.716 .9378

1*0 7 50399 72 12 2 .1.1*9 771. 35 0039237 01611. 1 i*53 .00760 1.01.525 <J .9173

1.10 7 22367 75 01 7 .1*1*1 785 39 0036907 01620 1 1*6 3 (I 00810 1.01.351. .9000

1.20 6 96932 77 86 2 .1.32 795 13 0031.867 01628 1 i*7i» .00860 1.01*199 .8851

1.30 6 7361.6 60 67 2 .1.21. 803 68 0033115 01638 1 1*85 0091C 1.01.056 .8721

1.1.0 6 52225 83 .<.". 2 .1.17 811 31 003151.7 0161.9 1 1.97 00960 1.03926 .8608

1.5 6 321.20 86 18 2 .1.10 818 13 003011.9 01660 1 510 .01010 1.03805 .8508

1.60 6 11.031 88 69 2 .1*03 821. 25 0026891 01673 1 521. .01061 1.03693 .61.19

1.7 5 96889 91 .58 2 .397 829 77 0027751* .01687 1 .53 7 .01112 1.03569 .631.0

1.8 5 80855 9 it .25 > .391 831. 76 0026720 01701 1 551 .01163 1.031*91 .8270

1.90 5 .65811 96 .89 2 .385 839 30 0025775 01715 1 .565 .01211. 1.031.00 .8206 500 5 51657 99 .53 2 .379 8<*3 .1.3 0C2I.907 01730 1 .580 .01265 1.03311. .6150

510 5 38305 102 .15 2 .373 8<»7 21 .0021.106 .0171*2 1 595 .01311. 1.03233 .8111. 520 5 25680 101. .75 2 .368 850 .67 0023365 01759 1 610 .01367 1.03156 .8062

530 5 13719 107 .35 2 .362 853 86 0022677 c 01776 1 625 .011.20 1.03063 .8016

51.0 5 .02361. 109 .95 2 .357 656 .79 .0022035 .01793 1 .61.0 .011.73 1.03015 .7975

55 l| 91561. 112 .5<» 2 .351 859 50 00211.35 01810 1 655 .01527 1.0291.9 .7938

56 l. .81276 115 .12 2 .31.6 862 .01 0020873 .01828 1 .670 .01560 1.02687 .7905

570 1» .711.61 117 .70 2 .31*0 861. .3*t 002031.5 .0181*5 1 685 .01631. 1.02827 .7875

580 l. .62082 120 .29 2 .335 866 51 .001981.7 .01863 1 .701 .01689 1.02771 .781.8

59 1. .53109 122 .87 2 .329 868 53 0019377 .01880 1 716 .0171.3 1.02716 .7823 600 It .1.1.513 125 .1.6 2 .321* 870 1.2 0016932 01896 1 .732 .01798 1.02661. .7802

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

890 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY cv

C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUNO

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

• 99.095 0.01223 211.5.50 318.1. -83.077 -81.062 0.50261 0,.267 0.396 3 843 100 0.01225 2128.22 316. -82.722 -60.701. 0.50621 0.,266 0.396 3833

10 5 0.01236 203".. 31. 303.1. -80.761 -78.721. 0.52553 0.,261 0.396 3778

110 0.0121.7 191.3.10 291.2 -78.801 -76.71.5 0.51.391. 0.,257 0.396 3720

115 0.01259 1851.. 1.5 279.1. -76.81.3 -71.. 768 0. 56152 0,,253 0.395 3 662 120 0.01271 1768.35 267.9 -71.. 885 -72.790 0.57835 0,,250 0.395 3602 125 0.01281. 1681.. 72 256.8 -72.928 -70.813 0.591.50 0.,246 0.395 3541

130 0.01296 1603.50 21.6.1 -70.972 -68.835 0.61001 0,,243 0.396 3479

135 0.01309 1521.. 65 235.7 -69.015 -66.857 0.62491. 0.,239 0.396 3417

11.0 0.01323 11.1.8.09 225.7 -67.058 -61.. 878 0.63933 0,,236 0.396 3353

11.5 0.01337 1373.77 216.0 -65.100 -62.697 0.65323 0.,233 0.3 96 3288

15 0.01351 1301.63 206.7 -63.11.0 -60 .911* 0.66668 0.,231 0.397 3222

155 0.01366 1231.62 197.6 -61.178 -58.927 0.67970 0..228 0.398 3155

16 0.01381 1163.67 188.8 -59.213 -56.937 0.69231. a.,225 0.398 3088 165 0.01397 1097.73 180.1. -57.21.5 -51.. 91.3 0.701.61 0,.223 0.399 3020

17 0.011.13 1033.71. 172.2 -55.271 -52.91.3 0.71656 0,,220 0.401 2951

175 0.011.30 971.61. 161..-53.292 -50.936 0.72819 ,218 0.402 2 882 180 0.011.1.8 911.37 156.7 -51.306 -1.8.921 0.73951. ,216 0.404 2811

185 0.011.66 852.89 11.9.3 -1.9.312 -1.6.896 .75061. 0.,214 0.406 2741

190 0.011.85 796.12 11.2.1 -1.7.309 -1. 4.861 0. 76150 0,,211 0.408 2669

195 0.01505 71.1.03 135.2 -1.5.293 -1.2.812 0.77211. 0.,209 0.411 2597

200 0.01527 687.55 128.5 -1.3.261. -1.0 .71.9 0.78259 .207 0.414 2524 205 0.0151.9 635.61. 121.9 -1.1.219 -38.667 0.79288 0.,205 0.418 2 450 210 0.01573 585.25 115.6 -39.155 -36.561. 0.80302 ,203 0.423 2375

215 0.01598 536.31. 109.1. -37.069 -31.. 1.36 0.81303 0,,201 0.428 2299

22 0.01625 1.88.86 103.1. -31.. 956 -32.279 0.82295 0..199 0.434 2221

225 0.01651. 1.1.2.80 97.1. -32.812 -30 .087 0.83279 0,,197 0.442 2142

230 0.01685 398.11. 91.6 -30.631 -27.853 0.81.260 0..196 0.451 2061

235 0.01720 351.. 32 85. 8 -28.375 -25.51.1 0.85255 0.,199 0.467 1962

24 0.01757 311.. 02 80.1 -26.071 -23.175 0.86251 0., 198 0.478 1875

245 0.01799 271.. 30 71..-23.707 -20.71.2 0.87255 0.,196 0.494 1788

250 0.0181.6 235.93 69. -21.265 -18.221. 0.88272 .195 0.513 1695 255 0.01899 199.01 63.1. -18.726 -15.596 0.89313 0..195 0.539 1597

26 0.01962 163.22 57.6 -16.059 -12.826 0.90389 0..195 0.571 1488

265 0.02037 128.66 51.7 -13.211 -9.851. 0.91521 0,,196 0.616 1372

27 0.02131 96.20 1.5.5 -10.112 -6.600 0.92737 a., 198 0.666 1244

275 0.02260 65.09 39.3 -6.591 -2.867 0.94107 0,.201 0.817 1107

280 0.021.59 36.55 31.8 -2.278 1.775 0.95779 0..209 1.075 934

285 0.02899 12.55 23.0 4.267 9.01.5 0.98350 0,.228 2.100 732

29 0.01.311 8.23 13.3 15.981. 23.088 1.03234 0., 242 2.389 614

295 0.051.51 16.57 9.9 22.336 31.319 1.06052 .220 1.186 644

30 0.06210 21.. 12 8.3 25.931. 36.169 1.07683 .207 0.816 664

310 0.07332 36.51. 6.6 30.768 1.2.852 1.09878 0..193 0.564 703

32 0.08223 1.6.91. 5.7 31.. 372 1.7.921. 1.11489 0,,185 0.460 735

33 0.08993 55.90 5.0 37.1,00 52.220 1.12812 . 180 0.404 763

34 0.09690 63.96 4.6 1.0.099 56.068 1. 13961 0.,176 0.368 788

350 0.10337 71.1.2 4.2 1.2.583 59.619 1.14990 0,.173 0.343 810 360 0.1091.8 78.37 3.9 44.917 62.959 1.15931 0,.171 0.325 831

37 0.11530 81.. 93 3.6 1.7.138 66.139 1.15802 .169 0.311 851

38 0.12089 91.18 3.1. 1.9.272 69.196 1.17618 0.. 168 0.300 670

39 0.12630 97.15 3.2 51.337 72.153 1.18386 0., 166 0.291 888

1*00 0.13156 102.90 3.1 53.31.6 75.028 1.19114 .165 0.264 905

1.10 0.13669 108.1.6 2.9 55.309 77.835 1.19807 0,. 165 0.278 921

1.2 0.11.170 113.81. 2.8 57.232 80.585 1.20470 0..164 0.272 937

1.3 0.11.662 119.08 2.7 59.122 83.286 1.21105 0..163 0.268 952

1.1.0 0.1511.5 121.. 18 2.6 60.983 85.91.3 1.21716 .162 0.264 967

1.5 0.15621 129.18 2.5 62.820 86.561. 1.22305 ,162 0.260 981

1.60 0.16090 131.. 06 2.1. 6i». 631. 91.152 1.22874 0,,161 0.257 995

1.70 0.1655". 138.86 2.3 66.1.30 93.712 1.23424 .161 0.255 1009

1.80 0.17012 11.3.57 2.3 68.209 96.21.6 1.23958 .161 0.252 1022

1.90 0.171.66 11.8.20 2.2 69.971. 98.758 1.24476 0,.160 0.250 1035

500 0.17915 152.77 2.1 71.725 101.21.9 1.24979 , 160 0.248 1048

510 0.18360 157.28 2.1 73.1.65 103.723 1.25469 a .160 0.247 1060

52 0.18802 161.73 2.0 75.195 106.161 1.25946 0., 160 0.245 1072

530 0.1921.0 166.12 2.0 76.916 108.625 1.26412 0., 16 0.244 10 64

51.0 0.19676 170.1.8 1.9 78.629 111.057 1.26866 ,159 0.243 1096

55 0.20109 171.. 78 1.9 80.336 113.1.77 1.27310 0,,159 0.241 1108

560 0.2051.0 179.05 1.8 82.036 115.867 1.27745 0.,159 0.241 1119

57 0.20968 183.28 1.8 83.731 116.288 1.28170 0., 159 0.240 1130 580 0.21391. 187.1.8 1.7 85.1.22 120.661 1.28586 0., 159 0.239 1141

59 0.21819 191.65 1.7 67.109 123.067 1.28994 0.,159 0.238 1152

600 0.2221.1 195.79 1.7 88.793 125.1.1.7 1.29394 0,.160 0.238 1163

TWO-PHASE BOUNOARY
890 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT

• 99.095 81.79757

100 81 66321

10 5 80 .91911

110 80 .17159

115 79 .1.2031. 12 70 .661.99 125 77 90513

130 77 11.031. 135 76 37012

11.0 75 59391.

1*5 71. 81119

15 71. 02122

155 73 22328

160 72 1.1655 165 71 60009

170 70 77287

175 69 93372

180 69 08130

185 68 211.10

19 67 33039

19 5 66 1.2819

20 65 50520

20 5 61. 55875

210 63 58572

215 62 58239

220 61 51.1.35 22 5 60 1.6621. 23 59 31.151. 235 58 11.829

21.0 56 90U10

21.5 55 58591. 25 51. 17639

255 52 65111

26 50 97637

265 1.9 09376

27 1.6 91898

275 1.1. 251.87

28 1.0 66603

285 31. 1.9153 29 23 19902

295 18 31.607 30 16 10226

310 13 63831. 320 12 16100

330 11 12008

31.0 10 31999

350 9 67380

36 9 131.35 37 8 67315

380 8 27172

390 7 91738

1.0 7 60103

1.10 7 31596

1.2 7 05706

<»30 6 82036

1.1.0 6 60271

1.50 6 1.0156

1.60 6 211.85

1.70 6 01.087

1.80 5 87817

1.9 5 72556

50 5 58200

510 5 1.1.661 520 5 31862

530 5 19737

51.0 5 08228

55 I. 97231. 560 I. 86860

570 i. 76916

580 i. 671.15

59 i. 58326

600 i. 1.9620

V(DH/DV)D V(DP/DU)„ -V (OP/DVJ-r -(DV/DT^/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANDTL CONDUCTIVITY DIFFUSIVITY CONSTANT NUMBER

BTU/LB PSIA-CU FT/BTU PSIA DEG. R BTU/FT-HR-R LB/FT-SEC

X 105 SQ FT/HR

218 .35 11. .602 1751.96 88 001811.1 11207 '.2 877 00346 1.57054 5 4556

217 80 i<t 563 173797 23 0018181. a 11182 1.2 144 00346 1.56946 5 3737

211. 74 11. 31.3 161.616 67 00181.32 11038 38 334 00345 1.56348 4 9466

211 61. 11. .115 155781 67 0018693 10886 34 903 00343 1.55749 4 5664

208 5 13 881 11.7281 99 0018968 10727 31 813 00342 1.55148 4 2224

205 31 13 ,61.1 139107 54 0019260 10561 29 030 00340 1.54546 I 9128

202 07 13 396 13121.8 1.2 0019569 10390 26 524 00337 1.53941 3 6341

198 .78 13 .11.6 123691. 90 0019897 10213 24 266 00335 1.53335 3 .3831 195 43 12 .892 1161.37 '.2 002021.6 10031 22 233 00332 1.52725 3 1572

192 .03 12 .631. 1091.66 60 0020620 0981.5 2 401 00329 1.52113 2 9536

188 66 12 373 102773 25 0021019 9655 1 8 750 00326 1.51497 2 .7710 185 03 12 110 9631.8 38 00211.1.9 091.61 1 7 263 00322 1.50876 2 6068

181 1,1 11 81.5 90183 18 0021911 09265 15 923 00316 1.50252 2 4596

177 .76 11 579 81.269 6 00221.10 09066 1'. 716 00314 1.49622 2 3278

171. 01 11 313 78597 62 0022951 08861. 1 3 627 00310 1.46986 2 .2102 170 19 11 01.6 73160 /O 002351.0 08661 12 645 00305 1.48344 2 1056

166 28 10 779 67950 37 0021.182 081.56 11 759 00301 1.47694 2 0130

162 26 10 513 62958 94 0024885 0821.9 10 959 00296 1.47036 1 .9316 158 19 10 2<»8 58178 99 0025659 0801.1 10 238 00290 1.46368 1 .8606

151. no 9 981. 53603 39 0026511. 07831 9 585 00285 1.45690 1 7993

11.9 71 9 722 1.9225 31 00271.61. 07620 8 996 a .00279 1.45000 1 ,7474

11.5 31 9 .1.60 1.5038 2 8 0028521. 071.08 8 462 .00273 1.44296 1 .7044

11.0 79 9 200 1.1036 2.5 0029715 07195 7 979 00266 1.43577 1 6700

136 16 8 91.I 37213 53 0031061 06981 7 540 00260 1.42840 1 .6441 131 37 8 682 33565 13 0032593 06766 7 141 00252 1.42082 1 .6268 126 1.6 8 .1.22 30086 l.k 0031.352 06550 6 777 00245 1.41302 1 .6183

121 41 8 159 26771. c> I 0036391 06331 6 445 00237 1.40494 1 .6190 116 21 7 891 23626 37 0038777 06111 6 140 00229 1.39654 1 .6298 112 00 7 1.19 20603 001.1667 05886 5 858 00217 1.38767 1 .6720 106 63 7 120 17869 23 001.1.803 05661 5 647 00208 1.37846 1 7155

101 02 6 831. 1521.7 30 001.8920 051.33 5 431 00198 1.36875 1 7782

95 13 6 517 12781 67 0053953 05202 5 208 00187 1.35842 1. .8501

89 05 5 182 101.77 9 5 0060508 01.961. 4 977 00175 1.34729 1 .9447

82 r,i, 5 792 8320 59 0069176 01.719 4 734 00162 1.33515 2 0621

75 59 5 ,377 6316 5". 0081822 01.1.62 14 474 00147 1.32159 z .2325

68 08 1) 906 1.513 1.9 0100779 01.189 4 191 00130 1.30604 2 4712

59 93 i) 1.10 2880 63 0136278 01.019 3 866 00111 1.28715 2 .8283

50 29 3 71.1 11.86 28 0213836 03913 3 467 00089 1.26201 •3 .4294

39 6 2 925 1.32 7 3 0531750 04006 2 871 00055 1.21953 5 .4172

31. 28 2 372 190 98 0696939 031.03 2 032 00061 1.14438 6 .1349

36 30 2 1.66 303 96 032681.2 02571. 1 754 00118 1.11308 2 .9095

3« ?7 2 1.85 388 1.0 0213182 02200 1 643 00167 1.09880 2 .1931

1.2 42 ? 511. 1.98 36 013291.1 01903 1 538 00247 1.08327 1 .6414

1.6 26 2 523 570 81 00991.63 01773 1 488 00317 1.07403 1 .3902

1.9 85 2 520 621 57 0081010 01705 1 461 00380 1.06755 1 .2459

53 29 2 513 660 2'. 0069090 01665 1 446 00438 1.06259 1 .1513

56 61 2 501. 690 90 0060672 0161.1 1 439 c 00494 1.05860 1 .0842 59 83 2 .1.93 715 87 0051.366 01628 1 437 00546 1.05527 1 .0340

62 98 2 1.83 736 61. 001.91. 1.1 01619 1 439 00599 1.05243 .9962

66 5 2 1.7 3 751. 18 00i.5i.71 01615 1 443 00650 1.04996 n .9659

69 05 2 1.63 769 19 001.2193 01616 1 450 00700 1.04779 .9410

72 CO 2 1.53 782 15 00391.31. 01619 1 458 00750 1.04585 .9202

71. 90 2 1.1.1. 793 1.6 0037075 01625 1 467 00800 1.04410 .9025

77 76 2 1.36 803 38 0035031 01633 1 478 00850 1.04252 .8873

80 67 2 1.28 812 16 D 003321.0 0161.3 1 489 00899 1.04108 .8741

83" 3". 2'•.'0 819 96 0031657 01653 1 501 00949 1.03975 .8626

86 O't 2 1.13 826 92 003021.5 01665 1 514 00999 1.03852 .8524

88 BO 2 1.06 833 18 0028977 01677 1 527 01049 1.03738 .8434

91 1.9 2 1.00 838 81 0027831 01691 1 541 01099 1.03632 .8354

'-)<< 16 2 391. 81.3 91 0026789 01701. 1 555 01150 1.03533 .8283

96 81 2 388 81.8 55 0025837 01719 1 569 01200 1.03441 .8218

99 1.5 2 382 852 77 0021.962 01731. 1 583 01251 1.03353 .8161 102 07 2 376 856 62 0021.157 0171.6 ! 598 01300 1.03271 .8124

10<. fan ? 370 860 16 00231.11 01762 1 613 01352 1.03193 .8072

107 28 2 365 863 1.1 0022719 01779 1 627 01405 1.03120 .6026 109 88 2 359 866 1.0 C022073 01796 1 642 01457 1.03050 .7964 112 47 2 351. 869 17 00211.70 01813 1 658 01510 1.02984 7946

115 05 2 31.8 871 73 0U20905 01831 1 673 01563 1.02921 .7912

117 61. 2 31.3 871. 11 0020375 01846 1 688 01617 1.02860 .7882

120 22 2 337 876 32 0019875 01866 1 703 .01670 1.02803 .7854

122 81 2 332 878 39 00191.03 01883 1 719 01724 1.02748 .7830 125 1.0 2 .326 880 31 0018956 01901 1 734 .01779 1.02695 .7808

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

900 PSIA ISOBAR

EMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY cv

<* VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUNO

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R 8TU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 99.109 0.01222 211.6.12 318.1. -83.076 -81.038 0.50262 . 267 0.396 3 81.1. 100 0.01221. 2129.11 316.1 -82.726 -80.685 0.50617 0. 266 0.396 3831. 105 0.01236 2035.21. 303.5 -80.765 -78.706 0.5251.9 0. 261 0.3 96 3778

110 0.0121.7 191.1.. 02 291.2 -78.806 -76.727 0.51.390 0. 257 0.396 3721

115 0.01259 1855.39 279.1. -76.81.8 -71.. 71.9 0.5611.8 0. 253 0.395 3663

120 0.01271 1769.30 268.0 -71*. 890 -72.772 0.57831 0. 250 0.395 3603

125 0.01281. 1685.68 256.9 -72.931. -70.795 0.591.1.5 0. 21.6 0.395 351.2 130 0.01296 1601.. 1.8 21.6.2 -70.978 -68 .818 0.60996 0. 21.3 0.395 31.80 135 0.01309 1525.63 235.8 -69.022 -66.81.0 0.621.89 0. 239 0.396 31.17

11.0 0.01323 11.1.9.09 225.8 -67.065 -61.. 861 0.63928 0. 236 0.396 3353

1*5 0.01337 1371.. 79 216.1 -65.107 -62.880 0.65318 0. 23 3 0.396 3289

150 0.01351 1302.67 206.7 -63.11.8 -60.897 0.66663 . 231 0.397 3223

155 0.01366 1232.68 197.7 -61.186 -58.911 0.67965 0, 228 0.397 3156

16 0.01381 1161.. 75 188.9 -59.222 -56.921 .69228 0. 225 0.398 3089

165 0.01396 1098.83 180.5 -57.251. -51.. 927 0.701.55 0. 223 0.399 3021

17 0.011.13 1031.. 86 172.3 -55.281 -52 .927 0.7161.9 0..220 0.1.01 2952

175 0.011.30 972.78 161.. 1. -53.303 -50.920 0.72813 0. 218 0.1.02 2883

18 0.011.1.7 912.51* 156.7 -51.319 -1.8.906 0.7391.8 0. 216 0.1.01. 2813

185 0.011.66 851.. 08 11.9. i. -1.9.325 -1.6.882 0.75057 0. 21". .1.06 271.2 19 0.011.85 797.31. 11.2. 2 -1.7.322 -1.1.. 81.7 0.7611*2 0,,211 0.1.08 2670

195 0.01505 71.2.27 135.3 -1.5.308 -1.2.800 0.77206 0.,209 0.1.11 2598

200 0.01526 688.82 128.6 -1.3.280 -U0.736 0.78251 0..207 0.1.11. 2525

205 0.0151*9 636.91. 122.0 -1.1.236 -38.655 0.79279 0,,205 0.1.18 21.51 210 0.01572 586.58 115.7 -39.171. -36.553 0.80292 0.,203 0.1.23 2377

215 0.01597 537.70 109.5 -37.089 -31.. 1.27 0.81293 0., 201 0.1.28 2301

220 0.01621. 1.90.27 103.5 -31.. 978 -32.271 0.82281. 0., 199 0.1.31. 2221. 22 5 0.01653 1.1.1.. 25 97.5 -32.836 -30.081 0.83268 0., 198 0.1.1.1 211.5 23 0.01681. 399.61. 91.7 -30.657 -27.850 0. 81.21.8 0.,195 0.1.50 2 61. 23 5 0.01719 355.80 86.0 -28.1.01. -25.51.0 0.8521.2 0., 199 0.1.66 1965

21.0 0.01756 315.51. 80.2 -26.105 -23.178 0.86237 0.,198 0.1.77 1879

2i»5 0.01798 275.88 71..

-23.71.5 -20.7*9 0.87236 0., 196 0.1.93 1792

250 0.0181.1. 237.57 69.1 -21.309 -18.235 0.88251. 0,,195 0.512 1699

255 0.01897 200.72 63.6 -18.777 -15.615 0.89292 0,,195 0.537 1602

26 0.01959 165.03 57.8 -16.120 -12.855 0.90361. 0,,195 0.569 11.93 265 0.02031* 130.56 51.9 -13.287 -9.898 0.911*90 .196 0.615 1379

27 0.02127 98.20 1.5.8 -10.211 -6.667 0.92698 .197 0.680 1252

275 0.02252 67.23 39.6 -6.733 -2.980 0.91.051 0..201 0.801. 1117

280 0.021.1.3 38.81. 32.3 -2.517 1.551. 0.95681. 0,.20 8 1.01.0 9<t9 285 0.02839 11.. 72 23.9 3.622 8.353 0.98089 0,,225 1.881 755

290 0.01.090 7.79 li..

li.. 716 21.532 1.02670 0,.21.3 2.572 618

295 0.05272 15.63 10.1. 21.61.8 30.1.31. 1.05718 0,.221 1.261. 61.3 30 0.06052 23.23 8.6 25.1.53 35.538 1.071.35 .206 0.81.9 663

310 0.07187 35.79 6.8 30.1.1.8 1.2.1.25 1.09696 .191. 0.576 702

32 0.08080 1.6.30 5.8 31.. 121. 1.7.590 1.11338 ,185 0.1.67 735

33 0.08850 55.33 5.1 37.192 51.91.1 1.12677 . 180 0.1.08 762

31.0 0.0951.5 63.1.7 1..6 39.919 55.826 1.13837 .176 0.371 787

35 0.10189 70.96 1..3 1.2.1.23 59.1.01. 1.11.871. . 17 3 0.31.6 810

36 0.10796 77.96 1..0 1.1.. 772 62.765 1.15821 0..171 0.327 S31

37 0.11375 81.. 56 3.7 1.7.005 65.962 1.16697 ,169 0.313 851 380 0.11931 90.83 3.5 1.9.11.9 69.033 1.17516 0,, 168 0.302 870

39 0.121.68 96. 81. 3.3 51.223 72.002 1.18287 ,167 0.292 888

1*0 0.12990 102.61 3.1 53.239 71.. 887 1. 19018 . 166 0.285 905

i»10 0.131.98 108.19 3.0 55.208 77.701. 1.19713 , 165 0.279 921

1.20 0.13996 113.60 2.9 57.137 80.1.61 1.20378 .161. 0.273 937

1.30 0.11.1.83 118.86 2.7 59.031 83.169 1.21015 .163 0.268 952

1.1.0 0.11.963 123.98 2.6 60.897 85.833 1.21628 .163 0.261. 967

1.5 0. 151.31. 128.99 2.5 62.737 88.1.60 1.22218 .162 0.261 981

1.6 0.15900 133.89 2.1. 61.. 555 91.053 1.22788 0,, 161 0.258 995

1.70 0.16359 138.70 2.1. 66.351. 93.617 1.23339 . 161 0.255 1009

1.8 0.16813 11.3.1.2 2.3 68.136 96.156 1.23871. .161 0.253 1022

1.90 0.17262 11.8.07 2.2 69.903 98.672 1.21.393 .160 0.251 1035

500 0.17707 152.65 2.2 71.657 101.167 1.21.897 , 160 0.21.9 101.8 510 0.1811.8 157.17 2.1 73.1.00 103.61.1. 1.25387 .160 0.21.7 1060 520 0.18586 161.63 2.0 75.132 106.106 1.25865 L .160 0.21.5 1072

530 0.19020 166.01. 2.0 76.851. 108.553 1.26331 . 160 0.21.1. 1081.

51.0 0.191.52 170.1.0 1.9 78.569 110.987 1.26786 , 160 0.21.3 1095

55 0.19880 17".. 72 1.9 80.277 113.1.09 1.27231 .159 0.21.2 1108

560 0.20307 179.00 1. 8 81.979 115.822 1.27665 0.,159 0.21.1 1119

570 0.20731 183.21. 1.8 83.676 118.225 1.28091 .159 0.21.0 1130

580 0.21153 187.1.1. 1.8 85.368 120.620 1.28507 .159 0.239 11*1

59 0.21573 191.62 1.7 87.056 123.008 1.28916 . 159 0.238 1152

60 0.21991 195.77 1.7 88.71.1 125.390 1.29316 .160 0.238 1163

THO-PHASE BOUNOARY
900 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

OEG. R LB/CU FT 3TU/LB PSIA-3U FT/BTU PSIA

•(OV/DTL/V THERMAL VISCOSITY THERMAL OIELECTRIC

CONDUCTIVITY DIFFUSIVITY CONSTANT DEC R BTU/FT-HR-R LB/FT-S£C SQ FT/HR

X 105

PRANOTL NUMBER

99.109 81 S0014 218 uu 14 602 175552 59 0018136 11208 42 892 00346 1.57056 5 4569

100 81 66791 217 86 14 56 3 173879 64 0018176 11183 42 169 00346 1.56949 5 3762

10 5 80 92402 214 81 14 343 164699 48 0018426 11039 3 1 358 00345 1.56352 4 9510

110 80 17674 211 71 14 116 155864 89 o 0018686 10887 34 925 00343 1.55753 4 5665

115 79 42573 208 57 13 882 147365 63 0018961 10728 31 834 00342 1.55152 4 2245

120 78 67064 205 39 15 642 139191 61 0019252 10563 29 050 00340 1.54550 3 9147

125 77 91107 202 15 13 396 131332 93 3 0019560 10391 26 542 c 00337 1.53946 3 6358

130 77 14657 198 86 13 146 123779 86 0019887 .10214 24 284 00335 1.53340 3 3847

135 76 37668 195 52 12 892 116522 84 0020236 10033 22 249 00332 1.52730 3 1567

11(0 75 60084 192 11 12 634 109552 4 9 0020608 09847 20 416 00329 1.52118 2 9552

1A5 74 81847 188 65 1? 374 102859 64 0021007 09657 18 765 00326 1.51502 2 7723

150 74 02890 185 12 12 111 96435 27 0021435 09463 17 277 00322 1.50882 2 6080

155 73 23140 181 53 11 846 90270 6 0021896 09267 15 936 00318 1.50258 2 4607

160 72 42514 177 86 11 580 84357 CI 0022394 09068 14 728 00314 1.49628 2 3288

165 71 60920 174 12 11 314 78686 14 0022933 08867 13 638 00310 1.48993 2 2111

170 70 78254 170 30 11 047 73249 80 0023520 08664 12 656 00306 1.48351 2 1064

175 69 94401 166 39 10 780 68O40 08 0024160 08458 11 769 00301 1.47702 2 0137

18 69 09226 162 40 10 515 63049 29 0024860 08252 10 969 00296 1.47044 1 9322

185 68 22581 158 32 10 250 58270 00 0025631 08044 13 247 00291 1.46377 1 8610

19 67 34294 154 III 9 986 53695 09 0026483 07834 9 594 00285 1.45700 1 .7997

195 66 44167 149 85 9 724 49317 7h 0027429 07624 9 004 00279 1.45010 1 7476

200 65 51973 145 45 9 463 45131 47 0028484 07412 8 47 00273 1.44307 1 7045

205 64 57447 140 94 9 203 41130 23 0029668 07199 7 986 00267 1.43589 1 6699

210 63 60279 136 31 8 944 37308 38 0031007 06985 7 547 00250 1.42853 1 6439

215 62 60102 131 54 8 686 33660 87 0032530 06770 7 148 00253 1.42096 1 6264

220 61 56477 126 64 8 427 30183 32 0034276 06554 6 784 00245 1.41317 1 6176

22 5 60 48879 121 60 8 165 26872 17 0036301 06336 6 452 00237 1.40511 1 6180

23 59 36661 116 41 7 898 23725 03 0038666 06116 6 147 00229 1.39673 1 6285

235 58 17646 112 22 7 426 20699 32 0041532 .05892 5 863 00217 1.38786 1 .6697

240 56 93587 106 87 7 128 17965 35 0044642 05667 5 652 00209 1.37870 1 7130

245 55 62229 101 28 6 842 15345 C 1 0048702 05440 5 43 7 00198 1.36902 1 .7747 250 54 21863 95 42 6 527 12880 79 0053664 05209 5 215 c 00188 1.35872 1 8457

255 52 70114 89 37 6 195 10576 22 0060110 04972 4 985 c 00176 1.34766 1 .9389

260 51 03730 82 91 5 806 8422 51 0068573 04728 4 743 00163 1.33559 2 0531

265 49 17092 76 02 5 397 6419 64 0060901 04473 4 485 00148 1.32214 2 2200

270 47 02186 68 59 4 931 4617 60 0099146 04202 4 204 c 00131 1.30677 2 .4498 275 44 40603 60 56 4 444 2985 31 0132724 04025 3 885 00113 1.28822 2 .7932

280 40 93141 51 16 3 797 1589 57 0203262 03912 3 496 00092 1.26386 3 3452

285 35 22676 40 73 3 023 518 45 0461752 03969 2 937 00060 1.22454 5 0101

290 24 45112 34 48 ? 388 190. 5* 0745883 03517 Z 113 c 00056 1.15255 5 5615

295 18 96747 36 1/ 2 467 296 54 0349344 02660 1 769 00111 1.11705 3 0596

30 16 52468 38 11 ? 489 383 94 0222909 02249 1 666 00160 1.10148 2 2646

310 13 91486 42 2<i 2 520 498 i 0136456 01926 1 553 00240 1.08501 1 6716

320 12 37552 46 10 7 528 572 96 0101293 01790 1 499 00310 1.37537 1 ,4077

330 11 29990 49 69 2 525 625 23 0082154 01718 1 47 00372 1.06867 1 2577

340 10 47692 53 13 2 518 664 99 0069879 01676 1 454 00431 1.06356 1 .1599

350 9 81427 56 45 2 508 696 46 0061251 01650 1 446 00486 1.05946 1 0909

360 9 26228 59 69 2 .498 722 08 0054811 c 01636 1 44 3 0054C 1.05606 1 .0393

370 8 79115 62 84 2 487 743 36 0049792 01626 1 445 00591 1.05315 1 0007

380 8 38161 65 92 2 47 7 761 3 3 0045756 01622 1 449 00642 1.05064 .9697

390 8 02048 68 93 2 467 776 68 0042429 01622 1 455 00692 1.04842 .9443

i*o o 7 69835 71 89 2 457 789 95 0039632 01625 1 46 3 00741 1.04645 .9230 wo 7 40828 74 79 2 44 8 801 51 0037243 01631 1 472 00790 1.04467 .9050

".20 7 14500 77 65 2 439 811 66 0035175 01638 1 482 00839 1.04306 8896

430 6 90442 SO 46 2 431 820 63 0033366 01647 1 493 c 00889 1.04159 .8762

440 6 68330 83 25 2 42 3 828 59 0031766 01658 1 505 00938 1.04024 8645

45 6 47903 85 99 > .416 835 71 0030341 c 01669 1 518 00987 1.03899 .8541

460 6 28949 88 71 Z 40 9 842 10 0029062 01682 1 531 01037 1.03784 .8450

47 6 11292 91 41 2 .403 847 86 0027907 01695 1 544 01087 1.03676 .8368

480 5 94786 94 08 2 39 7 853 06 0026857 01708 1 558 01137 1.03576 .8296

490 5 79306 96 73 2 391 857 79 0025898 01723 1 572 01187 1.03482 .8231

500 5 64748 99 37 2 385 862 10 OG25018 c 01737 1 586 01237 1.03393 .8172

510 5 51021 102 00 2 379 866 04 0024207 01749 1 601 01286 1.03310 .8135 520 5 38047 104 61 ? 373 869 64 0023457 01766 1 616 01337 1.03231 6082

530 5 25758 107 21 2 368 872 95 0022760 01763 1 630 01389 1.03156 8035

540 5 14096 109 81 2 .362 876 02 0. 0022112 01799 1 645 01442 1.03086 7992

55 5 03007 112 40 2 357 878 84 0021506 01917 1 660 01494 1.03018 ,7954

560 4 92446 114 99 2 351 881 46 0020938 01834 1 675 01547 1.02954 7920

570 4 82372 117 57 2 .346 883 88 0020405 01851 1 691 0160C 1.02893 .7889 580 4 72749 120 16 2 .340 886 14 0019902 01869 1 706 01653 1.02835 .7861

59 4 63544 122 .75 2 .335 888 24 0019429 01886 1 721 01706 1.02779 .7836 600 4 54728 125 34 2 329 890 21 0018960 01904 1 737 01760 1.02726 7614

TWO-PHASE BOUNDARY
910 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE VOLUME

DEG. R CU FT/LB

ISOTHERM I DERIVATIVE DE

CU FT-PSIA/LB

99.123 O,,01222 211.6.,73 10 0,.01221. 2129,.99 105 0.,01236 2036,,11. 110 0,,0121.7 191. i., .93 115 0,,01259 1856,, 32 120 ,01271 1770,,21. 125 0,,01283 1686,,63 130 0,,01296 1605, 45 135 0,,01309 1526,,52 140 0..01323 11.50,,09

145 a.,01336 1375.,81 15 a.,01351 1303.,71 155 0..01365 1233. 73 16 0.,01381 1165.,82 165 0,.01396 1099.,92 17 a,,011.13 1035,,97 175 0.,011.30 973. 92 180 0,,01447 913,,70 185 0,,011.65 855,,26 19 0..011.85 798, c

5

19 5 0,,01505 71.3. 51 20 0.,01526 690,,09 205 0.,0151.8 638,.24 210 0.,01572 587,,92 215 0,,01597 539. 07 220 0..01621. 1.91,.63 22 5 0.,01653 1.1.5..70 230 0.,01681. 1.01,.13 235 0.,01718 357. 28

21(0 0.,01755 317,.05

2*5 0..01797 277,,1.5 250 0,,0181.3 239,.21 255 0.,01896 202,,1.3 260 0,,01957 166,,82 265 .02031 132,, Vt 270 0.,02122 100.,19 275 0.,0221.5 69.,31. 280 0.,021.28 1.1,.09 285 0.,02789 15,,90 29 0.,03881. 7..66

295 0.,05095 14.,75

30 0.,05895 22,,37 310 0.,0701.1. 35,,05 320 0..0791.1 1.5,,66 330 0.,08710 5V,,77

34 0,,091.03 62,,97 350 0..1001.5 70,,51 360 0.,1061.9 77,,55 370 .11221. 81. .18 380 ,11776 90,,1.9

390 0.,12309 96, 53

40 0,.12827 102 ,33 MO 0.,13332 107,,93

1*2 0,,13825 113,.36

1.30 0,,11.309 118, 63

ititO .11.781. 123,.78

1.5 0,,15252 128,,80

1.60 0.,15713 133,,72

1.7 .16168 138,.5-. 1.80 ,16618 11.3,,23

1.9 0..17063 11.7,.91. 500 0.,17501. 152,,53 510 .1791.1 157 , 06 52 0,,18371. 161,,53 53 .18805 165 .95

51.0 0..19232 170,, 33 550 .19657 171. .65 56 0,.20079 178 .91. 570 .201.99 183,.19 580 0..20917 187 ,1.1

590 0..21333 191 .59 600 .2171.7 195 .75

SOCHORE INTERNAL ENTHALPY ENTROPY c Cd VELOCITY

:rivative ENERGY V OF SOUNO =SIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB • R FT/SEC

318.1. -83.071. -81.014 0.50264 0. 267 0,,396 3 844 316.1 -82.730 -80 .667 0.50613 0. 266 0,,396 3 635 303.5 -80.769 -78.687 0.52544 0, 261 0,,396 3779 291.3 -78.610 -76.709 0.54385 0, 257 0,.396 3722 279.5 -76.853 -74.731 0.56143 0, 253 0,,395 3663 268.0 -74. 696 -72.754 0.57826 0.,250 0,,395 3604 256.9 -72.940 -70.777 0.59440 0,,246 0,.395 3543

21.6.2 -70.984 -66.800 0.60991 0.,243 0,,395 3481 235.8 -69.028 -66.822 0.62484 0,,239 0,,396 3418 225.8 -67.072 -64.843 .63923 a.,236 0,,396 3354 216.1 -65.115 -62.863 0.65313 0., 233 ,396 3289 206.8 -63.156 -60 .880 0.66657 0. 231 0,.397 3224 197.7 -61.195 -58 .694 .67959 0.,228 0,,397 3157 189.0 -59.231 -56.905 0.69222 0.,225 0,.398 3090 180.5 -57 .264 -54.911 0.70450 0.,223 0,.399 3022 172.3 -55.292 -52.911 .71643 0, 220 0,.400 2953

161.. i. -53.314 -50.905 0.72806 0.,216 0,,402 2 884 156.8 -51.330 -48 .891 0.73941 0.,216 0.,404 2814

11.9.1. -49.337 -46.868 0.75050 0,,214 0,,406 2743 H.2.3 -47.335 -44.834 0.76135 0.,211 ,408 2672

135.1. -45.322 -42 .787 0.77199 0.,209 0,,411 260C 128.6 -43.296 -40.724 0.78243 0,,207 .414 2527 122.1 -41.253 -38.644 0.79271 0.,205 .418 2453 115.8 -39.192 -36.543 0.80283 0,,203 ,422 2 379 109.6 -37.109 -34.418 0.81284 0,,201 ,428 2303 103.6 -35.000 -32.264 .82274 0,,199 0,,434 2 225 97.7 -32.860 -30 .075 0.83257 0,, 198 ,441 2147 91.9 -30.664 -27.846 0.84236 0,, 196 0,.450 2067 86.1 -28.434 -25.539 0.85229 0.,199 .465 1968 80.3 -26.133 -23.180 0.86222 0,,198 0,.476 1882

71..-23.783 -20.755 0.87222 0,,196 .492 1795 69.3 -21.352 -18.247 0.88236 0.,195 0,.511 1703 63.8 -18.828 -15 .633 0.89271 0,.195 .536 1606

58. -16.180 -12.883 0.90339 0.,195 ,566 1498 52.2 -13.362 -9.940 0.91460 0,,196 .612 1385

1.6.1 -10.309 -6.733 0.92659 0.,197 .674 1260

1*0.0 -6.870 -3.088 0.93996 0,,200 .792 1127 32.8 -2.744 1.347 0.95594 0,,207 1 .008 963

21..

3.065 7.764 0.97864 0,,222 1,,714 777 15.2 13.434 19 .976 1.02109 0,.244 2 .678 624 10.8 20 .927 29.513 1.05373 0,,223 1.,347 642 8.8 24.957 34.891 1.07182 0,,209 .885 662 7.0 30.122 41.991 1.09514 0,, 194 ,589 701 5.9 33.872 47.254 1.11186 G,,186 .474 734 5.2 36.983 51.659 1.12542 0,, 180 .413 762 4.7 39.737 55.582 1.13714 ,176 ,374 787 4.3 42.262 59.188 1.14759 a,, 173 .348 810

4.

44.626 62.570 1.15712 0,, 171 .329 831 3.8 46.872 65.785 1.16593 a,.169 .314 851 3.5 49.026 68.869 1.17415 0,.168 .303 870

3.3 51.108 71.850 1.18190 0,,167 .294 867 3.2 53.132 74.747 1.18923 0,,166 .286 905 3.0 55.107 77.572 1.19621 0,.165 .279 921 2.9 57.041 60.338 1.20287 0,,164 .274 937 2.8 58.941 83.052 1.20926 0,, 163 0,.269 952 2.7 60.811 85.723 1.21540 0,.163 .265 967 2.6 62.655 88.355 1.22132 0,.162 ,261 981 2.5 64.476 90.954 1.22703 0,. 162 ,258 995 2.4 66.279 93.523 1.23255 0,, 161 .256 1009 2.3 68.063 96.066 1.23791 0,. 161 ,253 1022

2.3 69.833 98.586 1.24310 0,.160 0,.251 1035

2.2 71.589 101.085 1.24815 0., 16 ,249 1048

2.1 73.334 103.566 1.25306 0,, 160 ,247 1061 2.1 75.068 106.030 1. 25785 0,,160 0,,2 46 1073

2. 76.793 108.480 1.26252 0,, 160 .244 1085 2.0 78.509 110.917 1.26707 0.,160 .243 1097 1.9 80.219 113.342 1.27152 0,,159 .242 1108 1.9 81.922 115.757 1.27587 0,,159 .241 1120 1.8 83.620 118.162 1.28013 0,,159 .240 1131 1.8 85.313 120.560 1.28430 0,, 159 .239 1142

1.7 87.003 122.950 1.28838 0.,159 ,239 1153 1.7 88.689 125.334 1.29239 0,,160 ,238 1163

TWO-PHASE BOUNDARY
910 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT

V<DP/DU)W -V(DP/DV)T BTU/LB PSIA-CU FT/BTU PSIA

(DV/DTL/V THERMAL VISCOSITY THERMAL OIELECTRIC

CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 10 5

PRANDTL NUMBER

99.123 si 80270 218 l»6 1'* 602 175608 31 0. 0018130 u 11208 <»z 906 0031.6 1.57058 % 1.581 100 si 67261 217 93 14 .561. 173962 03 0018172 11161. 4 2 195 0031.6 1.56953 5 3787

105 80 92893 211. 88 1". 31.3 161.782 27 00181.19 1101.0 36 382 D 0031.5 1.56356 1. 9533

110 80 18188 211 78 1<1 116 15591.6 09 0018679 10889 34 91.8 0031.3 1.55757 1. 5707

115 79 1.3112 208 61. 13 882 11.71.1.9 25 0016953 10730 Jl 855 0031.2 1.55157 i. 2265

120 78 67629 205 1.6 13 61.2 13 9275 66 001921.3 10561. ^'^ 070 0031.0 1.51.555 3 9166

125 77 91700 202 23 13 .397 1311.17 1.1 0019551 10393 26 561 00337 1.53951 3 6376

130 77 15280 198 91. 13 11.7 123861. 79 0019877 D 10216 Zk 301 O0335 1.5331.5 3 3661. 135 76 38323 195 60 12 .892 116608 23 0020225 10031. ZZ 266 00332 1.52736 3 1602

11(0 75 60771. 192 20 12 ,635 109638 36 J 0020597 0981.8 20 1.32 00329 1.52121. Z 9566

1*5 71. 82571. 168 71. 12 371. 10291.6 0020995 09659 18 780 00326 1.51508 2 7736

15 71. 03657 185 22 12 Ill 96522 1 <( 0. 00211.22 091.65 17 291 00322 1.50868 2 6092

155 73 23950 161 62 11 81.7 90357 98 0021661 09269 15 91.9 00316 1.50261. 2 .1.618 16 72 1.3372 177 96 11 581 81.1.1.1. 9". 0022378 09070 i 4 71.0 00314 1.1.9635 2 3298

165 71 61829 171. 22 11 .311. 78771. 62 0022915 08669 1 3 650 00310 1.1.9000 2 .2120

17 70 79220 170 1.1 11 01.8 73338 87 0023500 08666 12 667 00306 1.1.8359 2 1072

175 69 951.28 166 51 10 .782 68129 75 0021.138 081.61 11 780 00301 1.1.7710 2 .011.1. 180 69 10321 162 52 10 .516 63139 58 0021.836 08255 10 979 00296 1.1.7053 1 .9326 185 68 23751 158 1.1. 10 .251 58360 96 0025601. 0801.7 10 256 00291 1.1.6386 1 .8615

190 67 3551.7 151. 27 9 988 53786 71. 00 261.52 07837 1 603 00285 1.1.5710 1 6001

195 66 1*5513 11.9 99 9 .726 1.91*10 11 0027393 07627 9 013 00279 1.1.5021 1 71*79 200 6S 531.23 11.5 60 9 .1.66 1.5221. 60 00281.1.1. 071.15 8 1.78 00273 1.1.1.318 1 ,701.6 205 61. 59015 11.1 09 9 206 1.1221. 15 0029622 07203 7 991. 00267 1.1.3601 1 6699

210 63 61982 136 1.7 8 .91.6 371.03 15 0030953 06989 7 555 0026C 1.1.2666 1 .61.37 215 62 61959 131 71 8 69 33756 52 00321.67 06775 7 155 00253 1.1.2110 1 .6260 220 61 58511. 126 62 a 1.32 30279 89 0031.203 06559 6 791 0021.6 1.1.1332 1 .6170 225 60 51126 121 79 8 171 26969 70 0036212 u 0631.1 6 1.58 00236 1.1.C527 1 .6171

230 59. 39158 116 62 7 .905 23823 55 0038559 06122 6 153 00229 1.39691 1 6272

235 58 201.50 112 1.1. 7 1.32 20795 32 001.1399 05897 5 869 00218 1.38809 1 6677

21.0 56 967U9 107 10 7 136 18061 33 001.1.1.83 05673 5 65 8 00209 1.37893 1 7106

21.5 55 6581.1. 101 53 6 85 151.1.2 51. 0. 001.61.67 051.1.6 5 1.1.3 00199 1.36928 1 7713

250 51. 26056 95 70 6 537 12979 68 0053379 05216 5 222 00188 1.35903 1 .81.13 255 52 75075 89 69 5 208 10678 19 0. 0059720 D 01.960 4 993 00176 1.31.802 1 9331

260 51 09757 83 26 5 820 8521. 09 0067986 01.737 4 752 00161. 1.33603 2 01.1.3 265 1.9 21.696 76 1.5 5 1.17 6522 35 0080010 01.1.81. 4 1.96 0011.9 1.32269 2 2079

27 1.7 12267 69 09 I. 95 7 1.721 17 0097581. 01.211. i. 218 00133 1.3071.9 2 .1.292 275 1.1. 5521.8 61 16 l. 1.77 3089 32 1) 01291.12 01.030 3 903 00111. 1.28925 2 7602

280 m. 18171 51 99 3 850 1691 99 019391.9 03911 3 523 .00091. 1.26560 3 .2697 285 35 86035 1.1 90 3 112 605 99 01.08976 03939 2 996 .00061. 1.22887 <t .6922 290 25 71.987 3 It 62 2 1.17 197 28 0769201. 03606 2 200 00052 1.16107 5 8819

29 5 19 62601 36 07 2 1.68 289 56 IJ 0373392 02750 1 827 .00101. 1.12128 3 ,2220 300 16 96331. 37 95 2 1.93 379 1.2 02332i.<] 02301 1 690 00153 1.101*26 2 .31.03 310 li. 19720 1.2 07 2 525 1.97 60 a 011.0100 01953 1 568 .00233 1.08678 1 .7029

32 12 59301 1.5 9". 1 533 575 0<t 0103161. 01607 1 510 00303 1.07673 1 .1.257 33 il 1.8155 1.9 53 2 53 628 81. 0083317 01731 1 1.79 00356 1.06980 1 .2696

31.0 10 63509 52 98 2 523 669 70 0070677 01686 1 1.62 001*23 1.061*51. 1 .1687 350 9 95561. 56 31 2 513 702 00 0061836 01660 1 1.53 001.79 1.06031. 1 .0976

360 9 39089 59 55 2 502 728 26 0055258 0161.1. 1 1.50 00532 1.05685 1 01.1.7 37 8 90968 62 71 2 1.92 750 06 005011.6 01631. 1 1.5 00583 1.05388 1 .0051 380 e 1.9191 65 79 2 1.81 768 1.5 OC'i.601.3 01629 1 1.51* 00633 1.05131 .9735

390 8 12391 68 61 2 1.71 781. 16 001.2666 01628 1 460 00683 1.01.905 .91.76

1.0 7 79591. 71 77 2 1.61 797 73 0039830 01631 1 1.67 00732 1.01.701. .9259

1.10 7 50082 71. 68 2 1.51 809 55 00371.12 c 01636 1 1.7 6 00781 1.01.521. 9076

1.20 7 23312 77 51. 2 1.1.3 819 92 0035320 0161.3 1 1.87 00830 1.01.360 8919

1.30 6 98863 80 36 2 1.31. 829 09 00331.91 01652 1 1.96 00876 1.01.210 .8782

1.1.O 6 761.02 83 15 2 1.2 7 837 23 0031876 01662 1 509 00927 1.01.073 .8663

1.5 6 55661 85 90 2 .1.19 81.1. 50 00301.38 01671* 1 522 00976 1.0391.7 .6558

1.6 6 361.23 88 62 2 .1.13 851 02 002911.8 01686 1 535 .01025 1.03829 .81.65

1.70 6 18506 91 32 2 .1.06 856 89 0027983 01699 1 51.8 01075 1.03720 8383

1.8 6 01762 91. 00 2 .1.00 662 21 0026925 01712 1 561 (J 01121. 1.03618 .8309

1.90 5 86063 96 65 2 391. 867 ,01. 0025959 01726 1 575 01171. 1.03523 821.3 500 5 71302 99 29 2 .388 871 1.3 0025073 0171.1 1 590 .01221. 1.031.33 .8183

510 5 57386 101 92 2 .382 875 .1.5 0021.257 01753 1 601. .01272 1.0331.8 .811.6 520 5 1.1.236 101. 51. 2 .376 879 13 0023502 01769 1 619 01323 1.03269 .8092 530 5 31782 107 ,11. 2 .371 682 .51 0022802 01786 1 633 .01375 1.03193 .801.1. 51.0 5 19965 109 71. 2 .365 885 63 0022150 01803 1 61.8 .011.26 1.03121 8001

55 5 08731 112 33 2 .360 888 .51 002151.1 01820 1 663 .011.78 1.03053 .7962 560 1. 98031. Hi. 92 2 .35<t 891 .18 C020970 ' 01837 1 678 .01530 1.02988 7927

57 i» 87831 117 51 2 .31.9 893 .66 0C201.35 01851. 1 693 .01583 1.02926 .7896

58 <t 78085 120 10 2 .31.3 695 .96 0019930 01871 1 709 .01635 1.02867 .7868

590 i. 68761. 122 69 2 .337 898 .11 00191.51. 01689 1 721. 01688 1.02811 c .781.2 600 » 59837 125 26 2 .332 900 11 0019001. 01906 1 739 .0171.1 1.02757 7820

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

920 PSIA ISOBAR

EMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY

°v Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUNO

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L3 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 99.137 0.01222 211.7.31. 318.1* -83.072 -80.990 0.50266 0. 267 0.396 381.5

10 0.01221. 2130.88 316.2 -82.73". -80.61.6 0.50609 0. 266 0.396 3835

105 0.01236 2037. 03 303.6 -80.771. -76.669 0.5251.0 0. 261 0.396 3779

110 0.0121.7 191.5. 81. 291.3 -78.815 -76.690 0.51.381 0. 257 0.396 3722

115 0.01259 1857.21. 279.5 -76.857 -71., 713 0.56139 0. 253 0.395 3661. 120 0.01271 1771.18 268.1 -71.. 901 -72.736 0.57822 0. 250 0.395 3601. 125 0.01283 1687.59 257.0 -72.91.5 -70.759 0.591.36 0, 21.6 0.395 35<>i. 130 0.01296 1606.1.2 21*6.3 -70.990 -68.782 0.60986 0. 21.3 0.395 31.82 135 0.01309 1527.61 235.9 -69.035 -66.801. 0.621.79 0. 21.0 0.396 31.19

1".0 0.01322 11.51.10 225.9 -67.079 -61*. 826 0.63918 0. 236 0.396 3355

11.5 0.01336 1376.83 216.2 -65.122 -62.81.5 0.65308 0. 233 0.396 3290

15 0.01351 1301.. 75 206.8 -63.161. -60.863 0.66652 0. 231 0.397 3225

155 0.01365 1231.. 79 197.8 -61.203 -58.677 0.6795". 0, 22 8 0.397 3158

160 0.01380 1166.90 189.0 -59.21.0 -56.888 0.69217 0. 225 0.398 3 091 165 0.01396 1101.02 180.6 -57.273 -5<t. 895 0.701.1.1. 0, 223 0.399 3023

170 0.011.12 1037.09 172.1. -55.302 -52.896 0.71637 0., 220 0.1.00 2 951. 175 0.011.29 975.06 161..

-53.325 -50.890 .72600 0,,218 0.1.02 2885

180 0.011. 1.7 911.. 86 156.9 -51.31.1 -1.8.876 0.73931. 0,,216 0.1.01. 2815

185 0.011.65 856.1.5 11.9.5 -1.9.350 -1.6.851. 0.7501.3 0,,211. 0.1.06 271.5 190 ,011.81* 799.76 11.2.1. -1.7.31.9 -<»l». 820 0.76128 0. 212 O.1.O8 2673

195 0.01501* 71.1.. 75 135.1. -1.5.337 -1.2.771. 0.77191 0.,209 0.1.11 2601

200 0.01526 691.36 128.7 -1.3.311 -1.0.712 0.78235 0,,207 0.1.11. 2528

205 0.0151.8 639.51. 122.2 -1.1.270 -38.633 0.79262 0.,205 O.1.I8 21.55 210 0.01571 589.25 115.9 -39.210 -36.533 0.80271. 0,,203 0.1.22 2380

215 0.01596 51.0 .I.". 109. 7 -37.129 -31.. 1.09 0.81271. 0,,201 0.1.27 2305

220 0.01623 1.93.08 103.7 -35.022 -32.256 0.82261. 0., 199 0.1.33 2228

225 0.01652 1*1.7.11. 97.8 -32.881. -30.070 0.8321.6 0., 198 0.1.1.1 2150

230 0.01683 1.02.61 92.0 -30.710 -27.81.3 .81.221. 0,,196 0.1.1.9 2069

235 0.01717 358 .76 86.2 -28.1.61. -25.538 0.85216 0.,199 0.1.65 1970

21*0 0.01751. 318.55 80.5 -26.171 -23 .182 0.86208 0,, 198 0.1.76 1885

2<»5 0.01796 279.02 75.0 -23.820 -20.761 0.87206 0.,196 0.1.91 1798

25 0.0181.2 21.0.81. 69.1. -21.395 -18.256 0.88217 0,, 195 0.510 1705

255 0.01891. 201..13 61*. -18.878 -15.651 0.89250 0,, 195 0.531. 1611

26 0.01955 168.60 58.1 -16.21.0 -12.910 0.90311. 0.,195 0.561. 1503

265 0.02027 131.. 31 52.1. -13.1.36 -9.982 0.911.30 0,,196 0.608 1392

270 0.02118 102.16 1.6. i* -10.1.01. -6.796 0.92621 0,, 197 0.669 1267

275 0.02237 71.1*3 1.0.3 -7.001. -3.192 0.9391.3 0,.200 0.780 1136

280 0.021.11. 1*3.30 33.3 -2.960 1.153 0.95509 0,.206 0.960 977

28 5 0.0271.6 19.08 25.6 2.571. 7.252 .97666 0.,220 1.583 798

290 0.03698 7.87 16.2 12.189 18.1.89 1.01571 ,21.3 2.685 635

295 0. 01.920 13.91. 11.3 20.172 28.551. 1.05017 0,,225 1.1.35 61.2 30 0.0571.1 21.52 9.2 2i«. 1.1.5 3it. 225 1.06925 0..210 0.923 661

310 0.06903 31.. 32 7.2 29.791 1.1.552 1.09330 0..195 0.603 701 320 0.07601. 1.5.01. 6.1 33.618 1.6.911. 1.11031. 0..186 O.1.8I 731. 33 0.08573 51.. 21 5.3 36.772 51.376 1.121.08 0..181 0.1*17 762

3U0 0.09261. 62.1.7 1..8 39.555 55.337 1.13591 0..177 0.378 787 350 0.09903 70.06 it.i. 1.2.100 56.971 1.H6M 0.. 171. 0.351 809 360 0.10501. 77.li. 1..1 1.I..1.80 62.375 1.15603 0.. 171 0.331 831

370 0.11076 83.81 3.8 1.6.738 65.607 1.161.89 0..170 0.316 851 380 0.11621. 90.15 3.6 1.8.903 68.706 1.17315 , 168 0.301. 870

390 0.12151. 96.22 3.1. 50.993 71.699 1.18093 0,.167 0.295 887

1*00 0.12668 102.01. 3.2 53.021. 7<». 606 1.18829 0,. 166 0.287 905

1*10 0.13169 107.67 3.1 55.006 77.1.1.0 1.19529 0,.165 0.280 921

1.20 0.13659 113.12 2.9 56.91*5 80.211. 1.20197 , 161. 0.275 937

1(30 0.11.138 118.1.1 2.8 58.850 82.936 1.20838 .163 0.270 952

1.1.0 0.11.609 123.57 2.7 60.721* 85.613 1.211.53 .163 0.266 967

1.50 0.15073 128.62 2.6 62.572 88.251 1.2201.6 0..162 0.262 981

i»60 0.15530 133.55 2.5 61*. 397 90.855 1.22618 .162 0.259 995

1.70 0.15981 138.39 2.1. 66.203 93.1.29 1.23172 0.. 161 0.256 1009

1.80 0.161.27 11.3. li* 2.1. 67.991 95.976 1.23706 .161 0.251. 1022

1.90 0.16868 11*7.81 2.3 69.763 98.500 1.21.228 , 160 0.251 1036

500 0.17305 152.i*2 2.2 71.522 101.003 1. 21.731. .160 0.21.9 101.8 510 0.17738 156.96 2.2 73.268 103.1.87 1.25226 .160 0.21.8 1061

520 0.18168 161.1*1. 2.1 75.001* 105.955 1.25705 0.. 160 0.21.6 1073

530 0.18591* 165.87 2.0 76.731 108.1.07 1.26172 , 160 0.21.5 10 85

51.0 0.19017 170.25 2.0 78.1.1.9 11C. 81.7 1.26628 0,. 160 0.21.3 1097

55 0.191.38 17U. 59 1.9 60 .160 113.275 1.27071. ,159 0.21.2 1108

56 0.19856 178.88 1.9 81.865 115.692 1.27510 0..159 0.21.1 1120

570 0.20272 183.11. 1.8 83 .565 118.100 1.27936 .159 0.21.0 1131

580 0.20686 187.37 1.8 85.259 120 .1.99 1.28353 0.,159 0.21.0 111.2

590 0.21098 191.56 1. 8 66.950 122.892 1.28762 .159 0.239 1153

60 0.21508 195.72 1.7 88.637 125.277 1.29163 .160 0.238 1161.

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

920 PSIA ISOBAP

TEMPERATURE DENSITY

DEG. R LB/CU FT

V(DH/0V>

p V(0P/DU>v -V(DP/DV>T BTU/LB PSIA-CU FT/BTU PSIA

(DV/OTL/V THERMAL VISCOSITY THERMAL OIELECTRIC CONDUCTIVITY OIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 10 5

PRANDTL NUMBER

99. 137 81 80526 218 51 11. .601 175661. 02 0018125 11209 <*2 920 0031.6 1.57060 5 i*59i« 100 81 67730 217 99 It. .561. 171.01.1. 1.1 0U18166 11185 i*2 220 0031.6 1.56957 5 3813

105 80 .93381. 211. 91. li. .31.1. 161.865 05 00181.12 1101.1 38 1*06 0031.5 1.56360 l* 9557

110 80 18702 211 »'' 11. .116 156031 28 0018672 10890 31. 970 0031.3 1.55761 it 5729

115 79 1.3650 208 72 13 ,882 11.7532 85 001891.5 10731 3 1 876 0031.2 1.55161 i* 2285

120 78 68191. 205 53 13 .61.2 139359 68 0019235 10566 29 089 31.0 1.51.559 3 9185

125 77 92292 202 30 13 397 131501 88 0C19542 c 10391. 26 579 00337 1.53956 3 6 3 91* 130 77 15903 199 02 13 11*7 12391.9 r\ 0019668 10217 24 319 00335 1.53350 3 3880

135 76 38978 195 68 12 893 116693 61 0020215 10036 22 282 00332 1.5271.1 3 1617

140 75 611.63 192 29 12 635 109721. 21 0020586 09850 2 1.1.7 00329 1.52129 2 9581

1*5 71. .83300 188 83 12 375 103032 33 0020962 09661 13 791. 00326 1.51511. 2 .771*9 15 71. 01.1.2'. 185 31 12 112 96608 98 002H.08 091.67 17 305 00322 1.50891. 2 6101* 155 73 21.761 181 72 11 81*7 901*1*5 3i« 0021866 09271 15 962 00319 1.50271 2 1.629 160 72 1.1.229 178 06 LI 582 81*532 83 0022361 09073 m 752 00315 1.1.961.2 2 .3308

16 5 71 62738 171. 33 11 315 78863 07 0022897 08872 13 662 00310 1.1.9007 2 2129

170 70 80185 170 52 11 01.9 731.27 9 00231.60 08669 12 678 00306 1.1.8366 2 .1060 175 69 961.51. 166 62 10 783 68219 36 0021.116 081.61. 11 790 00301 1.1.7718 2 0151

180 69 111.15 162 61. 10 517 63229 8<» 0021.811 c 08257 10 989 00296 1.1.7061 1 .9333 185 68 21.920 158 57 10 253 581.51 86 0025576 08050 10 266 00291 1.1.6395 1 8620

19 67 36798 151. 1.0 9 990 53878 33 00261.21 0781.0 9 .612 00285 1.1.5719 1 6001.

195 66 1.6857 150 13 9 728 1.9502 1.1 0027358 07630 9 021 00279 1.1*5031 1 .71.81 200 65 51.871 11.5 71* 9 .1.68 1*5317 66 0C284C4 071.19 8 1.87 00273 l.i* 1*329 1 .7047 205 61. 60581 11.1 25 9 209 1*1318 00 0029576 07207 a 002 00267 1.1*3613 1 .6699

210 63 63681 136 63 8 952 371*97 83 0030900 06993 7 562 00260 1.1.2878 1 .61.35 215 62 63812 131 88 8 691. 33652 08 00321.05 06779 7 162 00253 1.1.2121. 1 .6256

220 61 6051.5 127 00 6 1.37 30376 36 0031*130 06563 6 798 0021.6 1.1*131*7 1 ,6163 225 60 53366 121 98 8 177 27067 12 0036123 0631.6 6 1.65 00238 1. 4051*1* 1 .6162

230 59 1.161.7 116 82 7 912 23921 94 00381.52 06127 6 160 a 00230 1.39710 1 .6259 235 58 2321.1. 112 65 7 1.39 20891 21* C041267 05903 5 876 00218 1.38630 1 .6659 240 56 99895 107 3i* 7 11.1. 18157 17 1) 001.1.326 05679 5 661. 00209 1.37916 1 7082

245 55 691.38 101 79 b 859 15539 87 001.8275 051.53 5 1.1.9 h 00199 1.36955 1 7679

250 51. 30221. 95 99 6 51*7 13078 35 0053098 05223 5 229 00189 1.35931. 1 .8370

25 5 52 79991. 90 01 6 221 10777 89 0059337 c 01.988 5 001 00177 1.31.637 1 9275

260 51 15720 83 62 5 835 8625 32 00671.11. 01.71.6 i* 761 00165 1.3361.6 2 .0357 265 1.9 32191. 76 87 5 1.37 6621. 67 007911.7 01.1.91. <* 507 00150 1.32323 2 .1962

27 1.7 22151 69 59 l. 981 1.821* 21* 0096090 01.227 ". 231 00131. 1.30619 2 1.0 91. 275 itk 691.56 61 79 l. 509 3192 68 0126313 01.036 3 920 00116 1.29026 2 .7290

28 1.1 1.1873 52 79 3 901 1793 59 0185683 03912 3 51.9 00096 1.26726 3 2017

285 36 1.1696 1.3 01 3 194 691* 69 0367935 03911. 3 01.8 00066 1.23267 1* .1.370 29 27 01.273 35 31 2 1*61 212 70 0760383 03672 2 290 00051 1.16960 6 0285

295 20 3231.9 36 00 2 1*71 283 32 0398623 0281.2 1 668 00097 1.12576 3 .3960

300 17 1.1912 37 82 ? 1.97 371. 9 2 021.1.185 02355 1 715 0011*6 1.10716 2 1.201. 310 H. 1.8551. 1.1 90 2 53 1.97 09 011*3872 01980 1 583 00227 1.06859 1 .7352

320 12 81352 1.5 78 2 538 577 07 0. 0105077 01825 1 522 00296 1.07810 1 .it it 1*1 33 11 66507 1.9 37 2 535 632 ll 1 0061.1*99 0171.1. 1 1.89 00356 1.07091. 1 .2818 340 10 791.53 52 83 2 528 671. S7 00711.66 01697 1 1*70 001*16 1.06553 1 1775

35 10 09791 56 17 7 518 707 ' 00621*25 01669 1 1*60 001.71 1.06122 1 .10i*i* 36 9 52018 59 1.2 2 507 731. 1.1 0055709 01652 1 1.56 c 00521. 1.05765 1 .0502

370 9 02872 62 58 2 1.96 756 73 0050502 0161.1 1 1.56 00575 1.051.62 1 .0097

380 8 60262 65 67 2 1.85 775 56 001*6330 01636 1 i«60 00625 1.05200 .9773

390 8 22768 68 69 2 1.75 791 63 001.2903 01635 1 1.65 00671. 1.01.969 .9509

<*0 7 89380 71 66 2 1.65 805 5 001.0029 01637 1 i*72 00723 1.01.761. .9288

1.10 7 59359 71. 57 2 1.55 817 56 0037580 0161.2 1 1.81 00771 1.01.580 .9101

1.20 7 3211.3 77 1*1. 2 1.1*6 828 18 00351.65 0161.9 1 i»91 00820 1.01.1.11* .89ltl 43 7 07300 80 27 2 1.38 837 51. 0033617 01657 1 502 00868 1.01*262 .8803

440 6 81.1.88 83 06 2 1.30 81.5 85 IJ 0031986 01667 1 513 00917 1.01*123 .8682

45 6 631*31 85 81 2 1.23 853 27 0030531. D 01678 1 525 00965 1.03991* 8575

46 6 1.3906 88 51. 2 1.16 659 93 0029233 01690 1 538 01011. 1.03875 .8lt81

1.7 6 25728 91 2<* 2 1.09 865 93 0028059 01703 1 551 01063 1.03761* 8397

1)80 6 0871.5 93 92 2 1.03 871 35 0026993 01716 1 565 01112 1.03661 .8322

1.9 5 92825 96 58 2 396 876 28 0026020 01730 1 579 01161 1.03561. 8255

500 5 77860 99 22 2 391 880 76 0. 0025128 0171*5 1 593 01211 1.031.73 .8195 510 5 63755 101 85 2 385 881. 66 0021.307 01756 1 60 7 01258 1.03387 8156

520 5 501.28 101. 1.6 2 379 888 62 002351.8 01773 1 622 01309 1.03306 .8102

530 5 37810 107 07 2 373 892 07 0. 002281.1. 01789 1 636 01360 1.03230 8053

51.0 5 25838 109 67 2 368 895 25 0. 0022188 01806 1 651 011.11 1.03157 .8010

55 5 14458 112 27 2 .362 898 19 0021576 01823 1 666 011.63 1.03088 .7970

560 5 03623 Hi. 86 2 357 900 91 0021003 0181*0 1 681 01511. 1.03022 7935

570 i. 93290 117 1*5 2 351 903 1.3 0. 00201.61. 01857 1 696 01566 1.02960 c 7903

530 It 831.21 120 01* 2 31*6 905 78 0019958 01871* 1 711 01618 1.02900 7874

590 i. 73983 122 63 2 31.0 907 97 00191.80 01892 1 727 01671 1.0281.3 7849

600 4 61.91.6 125 22 2 .331. 910 01 0019028 01909 1 71.2 01723 1.02788 .7826

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

930 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY

<v <P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOU NO DEG. R CU FT/LB CU FT-PSIA/L8 !>SI0/R BTU/L3 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

» 99.151 0.01222 211.7.96 318.1. -83.071 -80.966 0.50267 0. 267 0.396 3 845

10 0.01221. 2131.76 316.2 -82.738 -60.630 0.50605 0. 266 0.396 3836

10 5 0.01236 2037.93 303.6 -80.778 -78.650 0.52536 0. 262 0.396 3780

110 0.0121.7 191.6.75 291.1. -78.820 -76.672 0.54377 0, 257 0.396 3723 115 0.01259 1858.17 279.6 -76.862 -71.. 695 0.56135 0. 253 0.395 3 665 120 0.01271 1772.12 268.1 -71.. 906 -72.718 0.57817 0. 25 0.395 3605

12 5 0.01283 1688.51. 257.0 -72.951 -70.71.1 0.59431 0. 246 0.395 3544

13 0.01296 1607.39 21.6.3 -70.996 -68.761. 0.60982 0. 243 0.395 3482

135 0.01309 1528.59 235.9 -69.01.1 -66.787 0.62474 0, 240 0.3 96 3420 UO 0.01322 11.52.10 225.9 -67.086 -61.. 808 0.63913 0. 236 0.396 3356

11.5 0.01336 1377.85 216.2 -65.129 -62.828 0.65303 0. 233 0.396 3291

150 0.01350 1305.78 206.9 -63.171 -60.81.6 0.66647 0. 231 0.397 3226

155 0.01365 1235.81. 197.8 -61.211 -56.861 .67946 0,.228 0.397 3159

16 0.01380 1167.97 189.1 -59.21.9 -56.872 0.69211 0,.225 0.398 3092 165 0.01396 1102.11 180.6 -57.282 -51.. 879 0.70438 0,,223 0.399 3024

170 0.011.12 1038.21 172.5 -55.312 -52.880 0.71631 0.,220 0.400 2956

175 0.011.29 976.19 161..

-53.336 -50.875 0.72794 0,,218 0.402 2885

iso O.Qli.i.7 916.02 157.0 -51.353 -1.8.862 0.73928 0.,216 0.403 2816 185 0.011.65 857.63 11.9.6 -1.9.362 -1.6.839 0.75036 0., 214 0.405 2745

190 0.011.81. 800.97 11.2.1. -1.7.362 -i.il. 806 0.76121 0,,212 0.408 2675

195 0.01501. 71.5.99 135.5 -1.5.351 -1.2.761 .77184 0,,209 0.411 2603

200 0.01525 692.62 128.8 -1.3.326 -1.0.700 0.78227 0,,207 0.414 2530

20 5 0.0151.7 61.0.81. 122.3 -1.1.287 -38.622 0.79254 0.,205 0.418 2457

210 0.01571 590.58 116.0 -39.228 -36.523 0.80265 0.,203 0.422 2 3 82 215 0.01596 51.1.80 109.8 -37.11.8 -3i». 1.00 0.81265 0,,201 0.427 2307

22 0.01623 1.91.. 1.8 103.8 -35.01.3 -32.21.9 0.82254 0,,199 0.433 2230 225 0.G1651 1.1.8.58 97.9 -32.908 -30.061. 0.83235 0.,196 0.440 2152

230 0.01682 404.10 92.1 -30.736 -27.839 0.84212 0.,196 0.449 2072

235 0.01716 360.23 86.3 -28.493 -25.537 0.85203 0.,199 0.464 1973

21.0 0.01753 320.06 80.6 -26.201. -23.181. 0. 86193 0.,198 0.475 1888

21.5 0.01791. 280.58 75.2 -23.857 -20.767 0.87190 0., 196 0.490 1802

250 0.0161.0 21.2.1.7 69.6 -21.1.38 -18.269 0.88199 0,,195 0.509 1710

255 0.01892 205.82 61.. 1 -18.928 -15.669 0.89229 0.,195 0.533 1615

260 0.01953 170.38 58.3 -16.300 -12.937 0.90290 0,,195 0.561 1503 265 0.02021. 136.18 52.7 -13.509 -10.023 0.9140C 0.,195 0.605 1398

270 0.02113 101.. 12 1.6.6 -10.1.98 -6.858 0.92583 0,.197 0.663 1275

275 0.02231 73.51 1.0.7 -7.133 -3.292 0.93892 0.,200 0.770 1146

28 0.021.01 1.5.U9 33.8 -3.166 0.970 0.95427 0.,205 0.955 990 285 0.02709 21.21. 26.3 2.135 6.801 0.97490 0.,218 1.477 817 290 0.03536 8.1.0 17.2 11.026 17.116 1.01075 0,,241 2.601 648

295 0.01.71.8 13.21 11.8 19.365 27.562 1.04650 0,,227 1.526 642

30 0.05589 20.71 9.5 23.918 33.5if2 1.06662 0.,212 0.964 661

310 0.06766 33.59 7.3 29.1.51. 1.1.105 1.09146 0..196 0.617 700

320 0.07670 1.1.. 1.2 6.2 33.361 1.6.571 1.10882 0.,187 .488 733

330 0.081.38 53.66 5.1. 36.560 51.092 1.12274 0.,161 0.422 761

31.0 0.09126 61.98 it.

39.372 55.091 1.13468 0.,177 0.381 786 350 0.09765 69.62 4.5 1.1.938 58.753 1.14530 .174 0.353 809

36 0.10363 76.71. 4.2 1.1.. 333 62.179 1.15495 0.,172 0.333 831

37 0.10931 83.1.5 3.9 1.6.601. 65.1*28 1.16386 0,, 17 0.318 851

38 0.111.76 89.82 3.6 1.8.779 68.542 1.17216 0,. 16 8 0.306 869

390 0.12002 95.91 3.1. 50.878 71.5U7 1.17997 0.,167 0.2 96 887

1.0 0.12513 101.76 3.3 52.916 74. 465 1.18735 0,,166 0.288 905

1.10 0.13010 107.1.1 3.1 5 if. 90i» 77.308 1.19437 , 165 0.281 921

1.2 0.131.95 112.88 3.0 56.850 60.090 1.20108 0,,164 0.275 937

1.3 0.13971 118.20 2.9 58.759 82.819 1.20750 .163 0.271 952

1.1.0 0.11.1*39 123.37 2.7 60.638 85.503 1.21367 .163 0.266 967

1.5 0.11.898 128.1.3 2.6 62.1.90 88.146 1.21961 0..162 0.263 962

1.60 0.15352 133.38 2.5 64.318 90.756 1.22535 0..162 0.259 996

1.70 0.15799 138.23 2.5 66.127 93.334 1.23089 0..161 0.256 1009

1.80 0.1621.1 11.3.00 2.1. 67.918 95.886 1.23626 .161 0.254 1023

1.9 0.16676 11.7.69 2.3 69.693 98.414 1.24148 .161 0.252 10 36

50 0.17111 152.30 2.2 71.1.51. 100.921 1.24654 0..160 0.250 1049

510 0.1751.0 156.85 2.2 73.203 103.408 1.25147 0.. 160 0.248 1061

520 0.17965 161.35 2.1 7lf.9i»l 105.879 1.25626 0.. 160 0.246 1073

530 0.16388 165.79 2.1 76.669 108.335 1.26094 0.. 160 0.245 1085

51.0 0.18807 170.18 2.0 78.389 110.777 1.26551 .16 0.244 1097

55 0.19221. 171.. 53 2.0 80.102 113.208 1.26997 0.,159 0.242 1109

560 0.19638 178.83 1.9 81.808 115.627 1.27433 .159 0.241 1120

57 0.20050 183.10 1.9 83.509 118.037 1.27859 .159 0.241 1131 580 0.201.60 187.33 1.8 85.205 120.439 1.28277 0..159 0.240 1143

590 0.20868 191.53 1.8 86.896 122.833 1.28686 .159 0.239 1153

60 0.21271. 195.70 1.8 88.581. 125.221 1.29087 0,, 160 0.238 1164

TWO-PHASE BOUNDARY
930 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE OENSITY V<OH/OV)p V(DP/OU)v -V(OP/OV>T DEG. R LB/CU FT BTU/LB PSIA-CU FT/BTU PSIA

(DV/OT^/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-S£C SQ FT/HR

X 10^

PRANDTL

NUMBER

99.151 81 80782 216 57 1<» 60 1 175719. 72 0018119 11210 42 934 00346 1.57062 5 4607

100 81 68199 218 06 11. 561. 171.126 78 0018160 11186 42 246 n 00346 1.56961 5 3838

105 60 93875 215 01 14 31.1. 161.91.7. 82 00181.06 11042 51 430 00345 1.56364 4 9580

110 80 19216 211 92 11. .116 156111. 1.5 0018665 10891 34 993 00343 1.55765 4 5751

115 79 1.1.189 208 79 13 882 11.7616 1.1. 0018938 10732 31 897 00342 1.55165 4 2306

izo 78 68758 205 61 13 .61.2 1391.1.3 7 1 0019227 10567 29 109 00340 1.54564 3 9204

125 77 92885 202 38 13 39 7 131586 33 0019533 10396 26 598 00337 1.53960 3 6411

13 77 16525 199 ID 13 .11.7 121.031. 60 1) 0019868 10219 24 336 00335 1.53354 3 3896

135 76 39632 195 76 12 .893 116778 96 002020". 10038 2 2 299 00332 1.52746 3 1632

11.0 75 62152 192 37 12 .636 109610 04 0020571. 09852 20 463 00329 1.52134 2 9595

li»S 7". 81.026 188 92 12 375 103118 61* 0020970 09662 18 809 11 00326 1.51519 2 7762

15 71. 05190 185 1.0 12 112 96695 79 0C21395 09469 17 319 00322 1.50900 2 6116

155 73 25570 181 82 11 81.6 90532 67 0021852 09274 15 975 00319 1.50277 2 4639

160 72 1.5086 178 16 11 562 81.620 70 002231.5 09075 14 765 00315 1.49648 2 3318

165 71 6361.6 171. 1.3 11 .316 78951 1.9 0022880 D 08874 13 673 00310 1.49014 2 2138

170 70 8111.9 170 63 11 050 73516 89 00231.60 08671 12 689 00306 1.48374 2 1088

175 69 971.79 166 71, 10 .781. 68308 96 0021.091. 08466 1 1 801 00301 1.47726 2 .0156

180 69 12508 162 76 10 519 63320 05 0021.787 08260 1U 999 00296 1.47070 1 9339

185 68 26087 158 69 10 .255 5851.2 1

> 002551.9 08053 10 275 00291 1.46404 1 .8625

190 67 3801.8 151. 53 9 992 53969 86 0026390 07644 9 621 00285 1.45729 1 8006

195 66 1.8199 150 26 9 .731 1.9591. 66 0027321. 07634 9 030 00280 1.45041 1 7484

200 65 56316 11.5 89 9 .1.71 1.51.10 65 0028361. 07423 8 495 00274 1.44340 1 7048

205 6<» 6211.3 11.1 1.0 9 .213 41411 78 0029531 07210 6 010 00267 1.43624 1 6698

210 63 65376 136 79 8 .955 37592 4 3 003061.7 06997 7 570 00261 1.42891 1 6433

215 62 65660 132 05 8 .699 3391.7 51. 0032343 06783 7 170 00253 1.42138 1 .6252

220 61 62570 127 18 8 1.1.2 301.72 73 0034056 06567 6 805 00246 1.41363 1 6157

225 60 55599 122 17 8 .183 27161. 1.3 0036036 06350 6 472 00236 1.40561 1 .6152

23 59 1.1.126 117 02 7 919 21.020 2 0038345 06132 6 167 00230 1.39728 1 .6246 235 56 26025 112 87 7 1.1.5 20987 08 0041136 05908 5 882 00218 1.38850 1 6641

21*0 57 03027 107 58 7 .152 18252 87 0044170 05685 5 669 00210 1.37939 1 .7058

21.5 55 73012 102 01. 5 .867 15637 02 0048065 05459 5 456 00200 1.36961 1 7645

25 5i» 31.362 96 27 6 .557 13176 78 0052823 05230 5 236 00189 1.35964 1 .8327 255 52 81.873 90 32 6 233 10877 31 0056961 04996 5 006 00178 1.34873 1 9219

26 51 21620 83 97 5 81.9 8726 22 0066855 04755 4 770 00165 1.33688 2 0273

265 1.9 39588 77 26 5 1.57 6726 62 0078310 04505 4 517 00151 1.32376 2 1848

27 1.7 3181.7 70 08 5 .005 1.926 83 0094658 .04240 4 244 00135 1.30888 2 .3904 275 1.1. 83256 62 36 I. 51.0 3295 1.1. 0123409 04042 3 937 00117 1.29123 2 .6995

28 1.1 61.1.03 53 57 3 91.9 1891. 1.7 0178274 03914 3 575 00096 1.26883 3 .1397

28 5 36 9131.6 l»i« 07 3 .270 761. 13 0335154 03894 3 096 00071 1.23608 4 .2268

290 28 27696 35 95 2 519 237 1.5 0723378 03719 2 379 00051 1.17777 5 .9906

295 21 06075 35 96 2 .1.71. 278 19 0424375 02935 1 912 00091 1.13051 3 .5798

300 17 89281. 37 69 2 50 2 370 50 0255727 02412 1 741 0014C 1.11018 2 .5051 310 1<» 78007 1.1 75 2 536 1.96 51 0147776 02007 1 598 0022C 1.09045 1 ,7667

320 13 03711 1.5 63 2 51.1. 579 06 0107032 01843 1 533 00289 1.07950 1 4629

33 11 8501.7 1.9 22 2 51.1 635 93 0085700 01758 1 498 00352 1.07209 1 .2943

31.0 10 95523 52 68 2 533 679 00 0C72304 01706 1 478 00409 1.06653 1 .1665 350 10 21.109 56 03 2 .523 712 97 0063022 .01679 1 467 00464 1.06210 1 .1113

360 9 65015 59 28 2 512 71.0 51. 0. 0056163 01661 1 463 00517 1.05845 1 0557

37 9 11.830 62 1.5 2 500 763 3 9 0050659 01649 1 462 00567 1.05535 1 .0142

380 8 71375 65 51. 2 1.89 782 65 0046619 01642 1 465 00617 1.05268 .9812

390 6 33178 66 57 2 1.79 799 08 0043141 .01641 1 470 00666 1.05033 .9542

1.0 7 99193 71 55 2 .1.68 813 25 0040229 01643 1 477 00?14 1.04824 11 .9317

1.10 7 68658 71. 1.7 2 1.59 825 60 0037749 .01647 1 486 00762 1.04637 .9127

1.20 7 1.0993 77 31. 2 .1.5 636 1.3 0035610 01654 1 495 0081C 1.04468 .6964

1.3 7 15753 80 17 2 .1.1.1 61.5 99 0033742 .01662 1 506 00858 1.04314 ,8823

1.1.O 6 92587 82 96 2 .1.33 851. 1*7 0032095 .01672 1 517 00906 1.04172 .8700

1.5 6 71211 85 72 2 1.26 862 05 0030631 01682 1 529 00955 1.04041 .8592

1.6 6 51398 88 1.5 2 .1.19 868 81* 0029318 01694 1 542 01003 1.03921 .8496

1.70 6 32958 91 16 2 .1.12 871. 96 0026135 01707 1 555 01051 1.03808 .8411

1.8 6 15731. 93 81. 2 .1.06 680 50 0027061 01720 1 568 01100 1.03703 .8335

1.90 5 99593 96 50 2 .399 885 52 0026081 017.34 1 582 01149 1.03605 .8267

50 5 84423 99 lit 2 .393 890 09 0025184 01748 1 596 01198 1.03513 .8206

510 5 70128 101 77 2 .388 691. 27 0024357 01760 1 610 01245 1.03426 .8167

520 5 56621. 101. 39 2 .382 898 10 0023594 01776 1 62 5 01295 1.03344 .8112 530 5 1.361.0 107 00 2 .376 901 62 0022685 .01792 1 639 01346 1.03266 .8063

51.0 5 31713 109 60 2 .371 901. 86 0022226 01809 1 654 01397 1.03193 .8016

55 5 20187 112 20 2 .365 907 86 0021611 0. 01826 1 669 01448 1.03123 .7978 560 5 09211. 114 79 2 .360 910 63 0021035 01843 1 684 01499 1.03056 .7942

570 4 98751 117 .38 2 .351. 913 21 0020494 01860 1 699 0155C 1.02993 .7910

580 i. 88759 119 97 2 .31.9 915 60 0019935 .01877 1 714 01602 1.02932 .7861

590 4 79201. 122 56 2 .31.3 917 83 0019506 01895 1 729 01654 1.02874 .7655

60 k .70055 125 16 2 .337 919 92 0019052 01912 1 .744 .01706 1.02619 .7832

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

91.0 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM I30CHORE INTERNAL ENTHALPY ENTROPY s

Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

99.166 0.01222 211.8.57 318.1. -83.C69 -8G .91.2 0.50269 0. 267 0.396 381.6 100 0.01221. 2132.65 316.3 -32.71.2 -80.611 0.50600 0. 266 0.396 3 835 105 0.01235 2038.83 303.6 -80.762 -78.632 0.52532 0. 262 0.396 3781

110 0.0121.7 191.7.67 291.1. -78.821. -76. 65". 0.51.372 0. 257 0.396 3721. 115 0.31259 1859.09 279.6 -76.867 -71*. 676 0.56130 0. 251. 0.395 3665

120 0.01271 1773.06 268.2 -71*. 912 -72.700 0.57813 0. 25 0.395 3606

12 5 0.01283 1689.50 257.1 -72.957 -70.723 0.591.26 0. 21.6 0.395 3 5<»5 13 0.01296 1608.36 21.6. l. -71.0C2 -68.71.6 0.60977 0. 21.3 0.395 31.83 135 0.01309 1529.56 236.0 -69.01.7 -66.769 .621.69 0. 2i*0 0.395 31.20

11.0 0.01322 11.53.10 226. -67.092 -61.. 791 0.63908 0. 236 0.396 3357

11.5 0.01336 1378. 87 216.3 -65.136 -62.811 0.65297 0. 231. 0.396 3292

150 0.01350 1306.82 206.9 -63.179 -60.829 0.6661*1 0. 231 0.397 3226

155 0.31365 1236.90 197.9 -61.220 -56 .81.1. .6791.3 0.,228 0.397 3160

160 0.01380 1169.05 189.1 -59.258 -56.855 0.69205 0, 225 0.396 3093

165 0.01396 1103.21 180.7 -57.292 -51.. 862 0.701.32 0, 223 0.399 3025

170 0.011.12 1039.32 172.5 -55.322 -52 .861. 0.71625 , ,220 0.1.00 2957

175 0.011.29 977.33 161..

-53.31.6 -50.659 0.72787 0, 21B 0.1.02 2887

18 0.011.1.6 917.18 157.0 -51.361. -1.8.81.7 0.73921 0,,216 0.1.03 2818

185 0.011.65 858.82 11.9.6 -1.9.375 -1.6.825 0.75029 0,,211. 0.1.05 271.7 190 0.011.81. 802.18 11.2.5 -1.7.375 -Ui.. 793 0.76113 0,,212 0.1.08 2676

19 5 0.01501. 71,7.22 135.6 -1.5.365 -1.2 .71.8 0.77176 0,,210 0.1.10 2601. 200 0.01525 693.89 128.9 -1.3.31.2 -1.0.688 0.73219 0,, 207 0.1.11. 2532

20 5 0.0151.7 61.2.13 122.1. -1.1 .303 -36 .610 0.7921.5 0,,205 0.1.17 21.58 210 0.01571 5 91.90 116.1 -39.21.6 -36.513 0.80257 0,,203 0.1.22 2381. 215 0.01596 51.3.17 109.9 -37 .166 -31.. 391 0.81255 0,,201 0.1.27 2309

220 0.01622 1.95.88 103.9 -35.065 -32.21.1 0.8221.3 0,,200 0.1.33 2232

225 0.01651 1.50.02 98.0 -32.931 -30.058 .83221. , 198 0.1.1.0 2155

230 0.01682 1.05.56 92.2 -30.763 -27.836 0.81.200 0,,196 0.1.1.8 2075

23 5 0.01716 361.70 66.5 -28.522 -25.536 .85189 0,.199 0.1.61. 1976

21.0 0.01752 321.56 80.8 -26.237 -23.186 0.36179 0,, 198 0.1.75 1891

21.5 0.01793 282.11. 75.3 -23.891. -20.773 0.87171. 0,, 196 0.1.90 1805

250 0.01839 2i*i.. 09 69.8 -21.1.81 -18.280 .68181 .195 0.507 1711. 255 0.01690 207.51 61.. 3 -18.977 -15.687 0.89209 0,, 195 0.531 1619

26 0.01950 172.15 58.5 -16.359 -12.961. 0.90266 ,195 0.559 1513

265 0.02021 138.03 52.9 -13.561 -10.063 0.91371 0,. 195 0.602 11.01. 270 0.02109 106.07 1.6.9 -10.590 -6.919 0.9251.6 0,,197 0.658 1282

275 0.02221. 7 5.56 1.1.0 -7.260 -3.389 0.9381.2 .199 0.760 1155

28 0.02389 1.7.65 31.. 2 -3.362 0.796 0.9531.9 0,,205 0.932 1003

285 0.02677 23.39 27.0 1.738 6.397 0.97331 .216 1.390 835 290 0.031.00 9.22 18.2 9.971 15.866 1.00529 0..239 2.1.58 663

295 0.01.579 12.58 12.3 18.568 26.539 1.01.273 .228 1.617 643

30 0.051.39 19.92 9. 6 23.371. 32.81.1 1.06391. .213 1.007 661

310 0.06631 32.88 7.5 29.111 1.0.653 1.08960 .196 0.631 700 320 0.07539 1.3.80 6.3 33.102 1*6.225 1.10730 .187 0.1.96 733

330 0.08307 53.12 5.6 36.31.5 50.805 1.1211.0 , 181 0.1*27 761

340 0.08995 61.1.9 5.0 39.187 51*. 81.1. 1.1331.6 0,.177 0.381. 786

35 0.09629 69.18 4.6 1.1.771. 56.535 1.11.1.16 .171. 0.356 809

360 0.1022". 76.31. 4.2 44.186 61.982 1.15388 .172 0.335 830 370 0.10789 83.08 3.9 1.6.1.69 65.250 1.16283 D . 170 0.319 850 380 0.11331 89.1.8 3.7 1.8.655 68.378 1.17117 . 168 0.307 869

390 0.11851* 95.60 3.5 50.763 71.396 1.17901 .167 0.297 887

1.0 0.12360 101.1.8 3.3 52.808 7i». 323 1.1861.2 .166 0.289 905

1.10 0.12851. 107.15 3.2 51.. 803 77.176 1.1931.7 , 165 0.282 921

1.20 0.13336 112.61. 3.0 56.751. 79.966 1.20019 .161. 0.276 937

1.3 0.13808 117.98 2.9 58.668 82.702 1.20663 .163 0.271 952

1.1.O 0.11.271 123.18 2.6 60.551 85.392 1.21281 . 163 0.267 967

1.5 0.11.727 128.25 2.7 62.1.07 88.01.2 1.21877 0..162 0.263 982

1.6 0.15177 133.21 2.6 61.. 239 90.656 1.221.52 .162 0.260 996

1.70 0.15620 138.06 2.5 66.051 93.21*0 1.23007 .151 0.257 1009

1.8 0.16056 11.2.86 2.1. 67.81.5 95.796 1.2351.5 .161 0.251. 1023

1.90 0.161.92 11.7.56 2.3 69.622 98.328 1.21.067 .161 0.252 1036

500 0.16921 152.19 2.3 71.366 100.838 1.21.575 . 16 0.250 1049

510 0.173U6 156.75 2.2 73.137 103.330 1.25068 . 160 0.21.8 1061 520 0.17768 161.26 2.1 7i». 877 105.80". 1.2551.8 .160 0.21.7 1071. 530 0.18186 165.71 2.1 76.607 108.262 1.26017 .160 0.21.5 1086

51.0 0.18602 170.11 2.0 78.329 11C. 708 1.261.71. .160 0.21.1. 1096

55 0.19011. 171.. 1.6 2.0 80.01.1. 113.11.1 1.26920 .159 0.21.3 1109

56 0.191.25 178.78 1.9 81.751 115.563 1.27357 .159 0.21.2 1121

570 0.19833 183.05 1.9 83.1.53 117.975 1.27781. .159 0.21.1 1132

580 0.20239 187.30 1.9 85.150 120.379 1.28202 .159 0.21.0 1143

59 0.2061.3 191 .51 1.8 86.81.3 122.775 1.28611 .159 0.239 1154

60 0.2101.5 195.69 1. 8 88.532 125.161. 1.29013 .160 0.239 1165

THO-PHASE 90UN0ARY
940 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE OENSITY VIDH/DVIp VIOP/OU) -V<DP/OV>

T EG. R L8/CU FT BTU/LB PSIA-;u FT/BTU PSIA

(DV/DTL/V THERMAL VISCOSITY THERMAL OIELECTRIC CONDUCTIVITY OIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 105

PRANDTL

NUMBER

99. 166 81 81039 216 62 11. 600 175775 1*2 0018111. 11210 1*2 94 9 00346 1.57064 5 4620

100 81 68668 218 12 11* .564 171.209 1". 0018151. 11187 i*2 271 00346 1.56964 5 3863

10 5 80 .91*366 215 07 l". .3i*i* 165030 57 0018399 1101*1* 38 454 00345 1.56367 4 9604

110 80 19729 211 99 11* .117 156197 61 0018657 I) 10892 35 015 00343 1.55769 4 5773

115 79 1.1.727 208 86 13 .883 11.7700 00 0018930 10733 }i 918 D 00342 1.55170 4 2326

120 78 69322 205 68 13 61*3 139527 69 0019218 10568 29 129 00340 1.54568 3 9223

12 5 77 931.77 202 1.6 13 .397 131670 75 0019521. 10397 26 617 00338 1.53965 3 6429

130 77 1711*7 199 18 13 11.8 121.119 1*7 001981.9 10221 2 4 354 00335 1.53359 3 3913

135 76 1*0286 195 85 12 .891. 116661. 29 0020191. 10039 22 315 a 00332 1.52751 3 1647

140 75 6281*0 192 1.6 12 .636 109895 81* 0020563 09851* 20 478 00329 1.52140 2 9609

145 74 81*752 189 01 12 376 103201* 93 0020958 u 09661. 18 824 00326 1.51525 2 7775

15 71. 05956 185 1.9 12 113 96782 57 0021381 091*72 17 332 00322 1.50906 2 6126

155 73 26379 181 91 11 81*9 90619 97 0021837 09276 15 969 00319 1.50283 2 4650

160 72 i*59i*l 178 26 11 583 81*708 52 0022329 09077 14 777 00315 1.49655 2 3326

165 71 61*553 171. 51* 11 317 79039 87 0022862 08876 13 665 0031C 1.49021 2 2146

170 70 82111 170 71. 11 051 73605 81. 00231.1.1 06671. 12 700 00306 1.48361 2 10 96 175 69 98503 166 85 10 785 68398 51 0021.072 081.69 1 1 811 00301 1.47734 2 0165

180 69 13599 162 88 10 520 631*10 21 0021.763 08263 1 1 009 00296 1.47078 1 9345

185 68 27252 158 82 10 257 58633 53 0025522 08056 10 285 00291 1.46413 1 8630

190 67 39295 151. 66 9 ,991. 51*061 3i* 0026360 0781*7 9 630 00286 1.45738 1 .8012

195 66 1*9538 150 1*0 9 733 1*9686 85 0027289 07637 9 038 00280 1.45051 1 7487

2on 65 57759 11.6 03 9 i*7i* 1*5503 58 0028321. 071*26 8 503 00274 1.44351 1 7050

205 61. 63702 11.1 55 9 216 1*1505 1.8 00291.85 07211* 6 018 00267 1.43636 1 .6698

210 63 67067 136 95 8 959 37686 9 5 u 0030795 07001 7 577 00251 1.42904 1 6431

215 62 67503 132 22 6 703 31.01*2 92 0. 0032282 D 06787 7 177 00254 1.42152 1 6248

220 61 61*590 127 36 8 1*1*7 30569 00 0033981. 06572 6 812 00246 1.41378 1 .6151 225 60 57821* 122 36 8 188 27261 62 003591.9 06355 6 479 00239 1.40577 1 6143

230 59 1*6596 117 23 7 925 21.118 31. 0038239 06137 6 173 00230 1.39747 1 6234

235 58 28796 113 06 7 1*52 21082 83 001.1006 05911* 5 889 00219 1.38871 1 6623

24 57 0611*1* 107 81 7 160 1831.8 1.1. 00 1*1*016 05691 5 675 00210 1.37962 1 7035

2<.5 55 76566 102 30 5 875 15733 99 0, 001*7859 051.66 5 462 00200 1.37007 1 7612

25 51. 381*73 96 55 6 567 13275 00 0052551 05237 5 243 00190 1.35994 1 .8285 255 52 89712 90 61. b 21*5 10976 1.6 0058593 05001. 5 016 00178 1.34908 1 9164

26 51 271.59 81. 32 5 862 8826 79 0066311 01.761. 4 779 (] 00166 1.33731 2 .0191 265 1.9 1*6882 77 70 5 1*76 6828 20 00771*97 01.515 4 52 8 00152 1.32428 2 1737

27 1.7 1*1362 70 56 5 029 5028 91* 0093281. 01.252 i. 257 00136 1.30956 2 3721

275 1*1* 96673 62 96 1* 571 3397 61 0120660 01*01*8 3 954 00118 1.29218 2 .6715 280 1*1 85877 51. 32 3 995 1991. 62 0171597 03917 3 599 00100 1.27033 3 0831

285 37 36185 1*5 07 3 31.1 871. 02 1) 0308387 03878 3 139 00075 1.23916 4 .0503

290 29 1*1581 36 72 2 586 271 27 0669387 03750 2 465 00052 1.18535 5 8150

295 21 83710 35 96 2 1*80 271. 63 01*1*9622 03026 1 960 00086 1.13554 3 7695

300 18 38523 37 59 7 507 366 26 0267835 021.72 1 769 00134 1.11333 2 5942

310 15 08096 1.1 59 2 51*1 1*95 88 0151811 02035 1 614 00214 1.09235 1 .8033

320 13 26382 1*5 1*8 2 51.9 581 00 0109029 01861 1 545 00283 1.08092 1 4822

330 12 03777 1*9 08 ? 51.6 639 1*2 0. 0086919 01771 1 508 00345 1.07326 1 3069

340 11 11722 52 51. 2 538 683 60 0073132 01720 1 486 00403 1.06753 1 .1956

35 10 38519 55 89 2 528 718 1.1 0063623 01688 1 475 00457 1.06299 1 .1183

360 9 78081 59 15 > 516 7"*6 61* 0056620 01669 1 469 00510 1.05926 1 0613

370 9 268i*0 62 32 2 .505 770 03 0051219 01656 1 468 00560 1.05609 1 .0168 380 8 82530 65 1.2 7 1.93 789 72 001.6909 0161.9 1 471 00609 1.05336 ,9851

39 8 1*3621 68 1.6 2 1.63 806 52 001.3380 0161*7 1 475 0D657 1.05097 O .9575

400 8 09031. 71 1*1* 2 .1.72 821 01 00l.0i.26 0161.9 1 482 7 6 1.04885 .9346

1(10 7 77979 71* 36 2 1.62 633 62 0037919 01653 1 490 00753 1.04694 9153

1.20 7 1.9861 77 21. 2 1*5 3 8i*l* 67 0035755 01659 1 500 00801 1.04522 .8987

1.3 7 21.222 80 07 2 .1*1*5 651* 1.3 0033868 01667 1 510 00649 1.04365 .8844

1*1.0 7 00699 82 87 2 .1.37 663 09 0032205 01676 1 521 00896 1.04222 .8719

1*50 6 79003 85 63 2 .1.29 870 82 0030727 01687 1 533 00944 1.04089 .8609

1*6 6 58900 88 37 2 .1.22 877 75 00291.01. 01698 1 546 00992 1.03966 .8512

1.70 6 1.0196 91 07 2 .1*15 881. 00 0028211 01711 1 558 01040 1.03852 .8425

1*8 6 22731 93 76 2 1.09 889 61* 0027129 01721* 1 572 01086 1.03746 .8348

1*9 6 06367 96 1.2 2 .1.02 891. 76 002611.2 01738 1 585 01137 1.03646 .6279 500 5 90992 99 07 2 396 899 1*3 0025239 01752 1 599 01186 1.03553 8217

510 5 76505 101 70 2 .391 903 69 0021.1.07 D 01763 1 613 01232 1.03465 .6178

520 5 62821. 101. 32 2 365 907 59 0023639 01779 1 62 8 01282 1.03381 8122

53 5 1.9873 106 93 2 .379 911 18 0C22927 01796 1 642 01332 1.03303 .8072

51*0 5 37590 109 5<t 7 371. 911. 1*8 0022261. 01812 1 657 01382 1.03228 .8027

550 5 25918 112 11* 7 .368 917 51. D 002161.6 01829 1 672 01433 1.03157 .7986

560 5 1U807 111. 73 2 .362 920 36 0021067 0181*6 1 687 01464 1.03090 .7950

57 5 01.213 117 32 2 .357 922 99 0020521. 01863 1 702 01534 1.03026 .7917

580 it 91*098 119 91 7 .351 925 1*3 0020013 01880 1 717 01586 1.02964 .7888

59 1* 81.1.25 122 50 2 31*6 927 70 0019531 01897 1 732 01637 1.02906 ,7861 600 1* 75165 125 10 2 .31.0 929 63 0019076 01915 1 747 01689 1.02650 .7838

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

950 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY C

V Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB 8TU/LB-R BTU / LB -R FT/SEC

» 99.160 0.01222 211.9.18 318.1. -63.068 -80.917 0.50270 0,,267 0.396 3 845 100 0.01221. 2133.51. 316.3 -82.71,6 -80.593 0.50596 0, 266 0.396 3837

105 0.01235 2039.73 303.7 -80.787 -78.613 0.52528 0, 262 0.396 3781

110 0.0121.7 191,8.58 291.5 -78.829 -76.635 0.54368 0. 257 0.395 3724

115 0.01259 1860.02 279.6 -76.872 -74.656 0.56126 0,,254 0.395 3666

120 0.01271 1771.. 00 268.2 -71.. 917 -72.682 0.57808 0,,250 0.395 3605

125 0.01283 1690.1.5 257.1 -72.962 -70.705 0.59422 0,,246 0.395 3546

130 0.01296 1609.33 21.6.1. -71.008 -68.729 0.60972 0.,243 0.395 3484

135 0.01309 1530.57 236.0 -69.05". -66.752 0.62464 0.,240 0.395 3421

11.0 0.01322 11.51.. 10 226.0 -67.099 -64.773 0.63903 0,,236 0.396 3357

11.5 0.01336 1379.89 216.3 -65.11.1. -62.794 0.65292 0.,234 0.396 3293

15 0.01350 1307.86 207.0 -63.187 -60.812 0.66636 0..231 0.397 3227

155 0.01365 1237.95 197.9 -61.228 -58.827 0.57937 0.,228 0.397 3161

160 0.01380 1170.12 169.2 -59.266 -56.839 0.69200 0,.225 0.398 3094

16 5 0.01396 1101,. 30 180.8 -57.301 -54.846 - 0.70426 0,,223 0.399 3026

170 0.011.12 101,0.1.3 172.6 -55.332 -52.848 0.71619 0,,220 0.400 2958

175 0.011.29 978.1,7 161..

-53.357 -50.844 0.72781 0., 218 0.402 2889

18 0. 011.1.6 918.31, 157.1 -51.376 -48.832 0.73914 0,. 216 0.403 2819

185 0.011.61. 860.00 11.9.7 -1.9.387 -46.811 0.75022 0,, 214 0.405 2748

19 0.011.81. 803.39 11.2.6 -1.7.389 -44.779 0.76106 0,, 212 0.408 2677

195 0.01501. 71,8.1,6 135.7 -1.5.379 -42.734 0.77168 0., 210 0.410 2605

20 0.01525 695.15 129.0 -1.3.357 -40.675 0.78211 0,,207 0.413 2533 205 0.3151.7 61,3.1,3 122.5 -1.1.320 -38.599 0.79237 0..205 0.417 2460

210 0.01570 593.23 116.1 -39.261. -36.502 0.80248 0.,203 0.421 2 3 86 215 0.01595 5 1,1,. 53 110.0 -37.188 -34.382 0.81246 0.,202 0.427 2311

220 0.01622 1,97.28 101.. -35.086 -32.234 0.82233 0.,200 0.432 2235

225 0.01650 1,51.1,6 98.1 -32.955 -30.052 0.83213 , 198 0.439 2157

230 0.01681 1.07.06 92.3 -30.789 -27.832 0.84189 .196 0.448 2077 235 0.01715 363.17 86.6 -28.552 -25.535 0.85176 0.,199 0.463 1979

21.0 0.01752 323.05 80.9 -26.269 -23.188 0.86165 0,,198 0.474 1894

21.5 0.01792 283.70 75.1. -23.931 -20.779 0.87158 ,196 0.489 1808

250 0.01837 21,5.71 69.9 -21.523 -18.291 0.88164 ,195 0.506 1718

255 0.01889 209.19 61..

-19.026 -15.704 0.89188 ,195 0.530 1624

260 0.0191.8 173.91 58.7 -16.417 -12.990 0.90242 0,, 195 0.557 1518 265 0.02019 139.87 53.2 -13.653 -10.102 0.91342 , 195 0.599 1410

270 0.02105 108.00 1.7.2 -10.680 -6.977 0.92510 0.,197 0.653 1289

27 5 0.02217 77.59 1.1.3 -7.383 -3.483 0.93793 , 199 0.750 1164

280 0.02377 1,9.78 31..-3.551 0.631 0.95275 ,204 0.911 1015

28 5 0.0261.8 25.53 27.6 1.371. 6 .031 0.97185 0.,214 1.317 852 290 0.03285 10.29 19.1 9.032 14.810 1.00236 ,236 2.291 680

295 0.01.1.15 12.06 12.9 17.725 25.491 1.03890 0.,229 1.703 644

300 0.05292 19.17 10.2 22.813 32.122 1.06121 ,214 1.052 661

310 0.061.98 32.18 7.7 28.763 40.194 1.08772 0,.197 .647 699

32 0.071,08 1,3.01. 6.5 32.831. 45.666 1.10575 , 188 0.506 733

33 0.08179 52.58 5.7 36.129 50.517 1.12007 0.,182 0.431 760

31.0 0.08865 61.01 5.1 39.001 54.596 1.13225 0,,177 .388 786

35 . 091.96 68.71. 4.6 1.1.610 58.316 1.14303 0.,174 0.358 809

36 0.10089 75.91. 4.3 1.1,. 038 61.786 1.15281 0,,172 .337 830

37 0.10651 82.72 4.0 1.6.331, 65.071 1.16181 0..170 0.321 850 380 0.11189 89.15 3.6 48.530 68.214 1.17019 .168 0.308 869

390 0.11708 95.30 3.6 50.61,7 71.244 1.17806 . 167 0.296 687

1.0 0.12211 101.20 3.1, 52.700 74.182 1.18550 0,, 166 0.290 905 UIO 0.12701 106.90 3.2 51,. 701 77.044 1.19257 . 165 0.283 921

1.2 0.13180 112.1.1 3.1 56.657 79.842 1.19931 0.. 164 0.277 937

1.30 0.1361.8 117.76 2.9 58.577 82 .586 1.20577 , 164 0.272 952

1.1.0 0.11.108 122.98 2.8 60.1,61, 85.282 1.21197 0..163 0.267 967

1.50 0.11.560 128.07 2.7 62.321, 87.938 1.21793 0.,162 0.264 982

1.60 0.15006 133.05 2.6 61,. 160 90.557 1.22369 0,,162 0.260 996

1.70 0.151.1.5 137.93 2.5 65.975 93.146 1.22926 0.,161 0.257 1010

1.8 0.15880 11.2.72 2.1, 67.772 95.706 1.23465 0.,161 0.255 1023

1.90 0.16309 H.7. 1.1. 2.1, 69.552 98.242 1.23988 0.,161 0.252 1036

500 0.16735 152.08 2.3 71.318 100 .756 1.24496 0., 160 0.250 1049

510 0.17156 156.65 2.2 73.071 103.251 1.24990 0., 160 0.249 1062

52 0.17571, 161.17 2.2 71.. 813 105.728 1.25471 0,, 160 0.247 1074

530 0.17989 165.63 2.1 76.51.6 108.190 1.25940 0.,160 0.245 1086

51.0 0.181.00 170.01. 2.1 78.269 110.636 1.25397 0., 160 0.244 1098

55 0.18809 171.. 1.0 2.0 79.985 113.073 1.26844 0., 159 0.243 1109

560 0.19216 178.73 2.0 81.691. 115.498 1.27281 0.,159 0.242 1121

57 0.19620 183.01 1.9 83.398 117.913 1.27708 0,,159 0.241 1132

580 0.20023 187.26 1.9 85.096 120.319 1.28127 0.,159 0.240 1143

59 0.201.23 191.1*8 1.8 86.790 122.717 1.28537 0,, 159 0.239 1154

60 0.20821 195.67 1.8 88.1.80 125.108 1.28939 0.,160 0.239 1165

TWO-PHASE BOUNDARY
950 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

OEG. R L8/CU FT

ll<DH/DV>p V(DP/DU)y -V(DP/DV>T 8TU/LB PSIA-CU FT/BTU PSIA

(DV/DTk/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 10 5

PRANDTL

NUMBER

99. 180 81 81295 218 66 lit .600 175831 11 0018108 11211 1:2 963 00346 1 57066 5 4632

100 81 69137 218 18 11. .565 171.291 1.8 001811.7 11188 42 297 00346 1 56966 5 3689

105 80 91.856 215 11. 11. .31.1. 165113 30 0018392 11045 38 477 00345 1 56371 4 9627

110 80 2021.3 212 06 11. .117 156280 75 0018650 10893 35 038 00343 1 55773 4 5 7 95 115 79 1.5265 208 93 13 .683 11.7763 56 0018923 10735 31 939 00342 1 55174 4 2346

120 78 69886 205 76 13 .61.3 139611 66 0019210 10570 29 149 00340 1 54573 3 9242

125 77 91.069 202 53 13 .396 131755 16 0019515 10399 2 6 635 00338 1 53970 3 6446

130 77 17769 199 26 13 11.6 121.201. 3 2 0019839 10222 2 4 371 00335 1 53364 3 .3929 135 76 1.091.0 195 93 12 891. 11691.9 60 0020181. 10041 22 332 00332 1 52756 3 1662

11.0 75 63528 192 51. 12 .636 109981 61 0020552 09856 20 494 00329 I 52145 2 .9623

145 71. 851.77 189 10 12 .37 6 103291 19 002091.5 09666 in 83 8 00326 1 51531 2 .7788

150 71. 06720 185 59 12 111. 96669 32 D 0021366 09474 l^ 346 323 1 50912 2 6140

155 73 .27187 182 01 11 .81.9 90707 23 0021822 09278 16 002 00319 1 50290 2 .4661

16 72 1.6796 178 37 11 .581. 81.796 32 0022313 .09080 14 789 00315 1 49662 2 3338

165 71 651.59 171. 65 11 .318 79128 21 002281.1. 08879 13 696 00311 1 49028 2 2155

170 70 83073 170 85 11 .052 73691. 75 00231*21 08676 12 711 00306 1 48389 2 ,1104 175 69 99525 166 97 in .787 681.88 01 0021.050 08472 11 821 00301 1 47742 2 0172

18 69 11.688 163 00 10 .522 63500 33 0021.736 08266 11 019 00296 1 47086 1 9351

185 68 281.15 158 91. 10 .258 58721. 29 0025495 08059 10 294 00291 1 46422 1 8635

190 67 1.051.1 151. 79 9 .996 51.152 / r 0026329 07350 9 639 00286 1 45748 1 .8016

195 66 50875 150 51. 9 .735 1.9776 97 0027251. 07640 9 047 00280 1 45062 1 .7489

200 65 59199 11.6 18 9 1.76 1.5596 1.1. 0028265 07430 8 511 n 00274 1 44362 1 7051

205 61. 65257 11.1 70 9 .219 1.1599 11 00291.1.0 07216 8 025 00258 1 43646 1 .6698 210 63 68755 137 11 8 .96 3 37781 39 003071*2 07005 7 585 00261 1 42917 1 6429

215 62 6931.2 132 39 8 .707 31.138 20 0032220 06791 7 184 00254 1 42166 1 .6244 220 61 66601. 127 51. 8 1.51 30665 16 0. 0033911 06576 6 819 00247 1 41393 1 6144

225 60 5001.3 122 55 8 191. 27358 70 0035862 06360 6 486 00239 1 40594 1 .6134

230 59 1.9057 117 1.3 7 .932 21.216 35 0038131. 06142 6 180 00231 1 39765 1 6221

235 58 31555 113 29 7 1.56 21178 51 001.0878 05919 5 895 00219 1 38891 1 6605

240 57 0921.7 108 01. 7 16 8 181.1.3 88 001.3861* 1 05697 5 660 00211 1 37985 1 .7012

245 55 80100 102 55 6 863 15830 78 001.7655 05472 5 468 00201 1 37033 1 .7579 250 51. 1.2556 96 83 6 .577 13373 00 0052283 05244 5 249 00190 1 36024 1 .8244 255 52 91.512 90 95 6 257 11075 31. 0056231 05012 5 023 00179 1 34943 1 9110

260 51 33238 81. 67 5 .876 8927 01. 0065778 04773 4 788 00167 1 .33772 2 .0111 265 1.9 51.079 78 10 5 1.95 6929 44 0076709 04525 4 538 00152 1 32480 2 .1629 270 1.7 50706 71 03 5 .05 2 5130 61 0091965 04264 4 269 00137 1 .31023 2 .3545 275 1.5 09733 63 53 It 601 31.99 21. 0118108 04055 3 970 00120 1 29310 2 .6449 280 1.2 061.06 55 05 l. OitO 2091. 13 016551.1 03920 3 622 00102 1 .27177 3 .0311 285 37 77091 1.6 01. 3 ,1*07 961. 16 0286117 03866 3 179 00078 1 24197 3 .8994

29 30 1.1.380 37 56 2 659 313 23 0609808 03769 2 544 00054 1 19222 5 .5671

29 5 22 64969 36 01 2 1.88 273 18 01.7291.7 03113 2 010 00081 1 14081 3 .9587

300 18 89695 37 50 2 512 362 33 02801.1.2 02533 1 798 00127 1 11660 2 .6876

310 15 38837 1.1 1.5 2 51.7 1.95 22 1) 0155978 02064 1 631 00207 1 09429 1 .6390

320 13 1.9818 1.5 31 2 560 580 98 0111716 01882 ! 557 00275 1 08239 1 .5078

330 12 22700 1.8 93 2 .551 61.2 87 0088157 01785 1 517 00338 1 07444 1 .3 197

31.0 11 2801.9 52 1.0 2 5<t3 688 17 0073969 01731 1 49 5 00396 1 06855 1 .2048

350 10 53021 55 76 2 .532 723 .83 o 0061.230 n 01698 t 482 00450 1 .06389 1 .1253

360 9 91215 59 02 2 521 752 73 0057081 01678 1 476 00502 1 060J7 1 .0669

370 9 38903 62 20 2 .509 776 65 0C51581 01664 1 474 00552 1 ,05684 1 .0234

380 8 93726 65 30 2 1.98 796 78 001.7201 01656 1 476 00601 1 05405 .9890

39 8 51.097 68 35 2 .1.87 813 95 0043619 01654 1 480 00649 1 05162 .9609

1.0 8 18902 71 33 2 1.76 628 i"; 0040629 a 01654 1 487 00697 1 04945 .9376

1.10 7 87323 71. 26 2 .1.66 81.1 62 0038089 01658 1 495 o 00745 1 04752 u .9179

1.2 7 5871.8 77 11. ? 1.57 852 91 0035901 01664 1 504 00792 1 04577 9010

1.3 7 32705 79 98 2 .1.1.8 862 86 0033994 01672 1 514 00839 1 04417 .8865

1.1.O 7 08821. 82 78 2 1*1*0 871 .70 0032315 01681 1 525 00887 1 04271 c .8738

1.5 6 86806 85 51. 2 .1.32 879 59 0030824 01591 1 53 7 00934 1 04137 .8626

1.6 6 661.12 88 28 2 .1.25 886 .66 0029489 01703 1 549 00981 1 04012 11 .8527

1.70 6 1.71.1.3 90 99 2 1.18 693 02 0026267 01715 1 562 01029 1 03896 .8440

1.80 6 29731. 93 68 2 .1.12 898 78 0C27197 01728 1 575 01077 1 .03789 .6361

1.90 6 1311.7 96 35 2 .1.05 901. 00 0026203 01741 1 589 01125 1 03688 .6291

500 5 97S65 99 00 2 .399 908 76 0025294 01756 1 60 3 01173 1 03593 .8229

510 5 82887 101 63 2 .393 913 10 0024457 c 01767 1 617 01219 1 03503 .8188

52 5 69027 101. 25 2 .368 917 08 0023684 01783 1 631 01269 1 .03419 .8132 530 5 55909 106 87 2 .382 920 73 0022968 p 01799 1 645 01318 1 03339 8081

51.0 5 43470 109 1.7 2 .376 921. .10 0022302 01815 1 660 01368 1 03264 .8036

550 5 31651 112 07 2 .371 927 21 0021681 01832 1 675 01418 1 03192 .7994

560 5 201.01 Hi. 67 2 .365 930 .10 0021099 01849 1 689 01469 1 03124 .7958

57 5 09677 117 26 2 .360 932 77 0020554 01666 1 704 01519 1 .03059 .7924 580 k 99437 119 85 2 .351. 935 .26 0020040 01683 1 719 01570 1 .02997 c .7894

590 4 8961.8 122 1*1. 2 .31*8 937 57 0019557 01900 1 734 01621 1 .02937 .7668

60 i. 80275 125 01. 2 .31*3 939 .71. 0019100 01918 1 749 01672 1 02881 .7643

• THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

960 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c c

p VELOCITY DERIVATIVE DERIVATIVE ENERGY V OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R 8TU/L3 BTU/LB BTU/LB-R BTU / L3 -R FT/SEC

* 99.191. 0.01222 211.9. 8D 318.1. -83.066 -80.393 0.50272 0. 267 0.3 96 3 81*6 10 0.01221. 213I..1.2 316. 3 -82.750 -80.571. 0.50592 0. 266 0.396 3638

105 0. 01235 201.0.63 303.7 -80.791 -78.595 0.52523 0.,262 0.396 3782

110 0.0121.7 191.9. V9 291.5 -78.833 -76.617 0.51.361. 0, 257 0.395 3725

115 0.01259 1860.95 279.7 -76.877 -?•*. 61.0 0.56121 0.,25". 0.395 3665

12 0.01271 1771.. 91. 268.2 -71.. 922 -72.663 0.57801. 0.,250 0.395 3607

125 0.01283 1691 .1.1 257.2 -72.968 -70 .687 0.591.17 0. 21.6 0.395 3 51.6 130 0.01296 1610.30 246.5 -71.011. -68.711 0.60967 0. 21.3 0.395 31.85 135 0.01309 1531.55 236.1 -69.060 -66.731. 0.621.59 0, 21.0 0.395 31.22

1«»0 0.01322 11.55.11 226.1 -67.105 -61.. 756 0.63898 0.,237 0.396 3358

1*5 0.01336 1380.91 216.1. -65.151 -62.776 0.65287 0.,23". 0.396 3291. 150 0.31350 1308.89 207.0 -63.195 -60.795 0.66631 0,,231 0.397 3223

155 0.01365 1239.01 198.0 -61.236 -58.810 0.67932 0,,228 0.397 3162

160 0.01380 1171.19 189.3 -59.275 -56.823 0.69191. 0.,225 0.393 3095

165 0.01395 1105.39 180.8 -57.311 -51.. 830 0.701.20 0,,223 0.399 3027

170 0.011.12 10 if 1.55 172.7 -55.31.2 -52.833 0.71613 0. 221 0.1.00 2 959 175 0.011.28 979.60 161..

-53.363 -50.829 0.72771. 0,,218 0.1.01 2890

180 0.011.1.6 919.50 157.2 -51.387 -1.8.817 0.73908 0.,216 0.1.03 2320

185 0.01".6"i 861.18 11.9. 8 -1.9.399 -1.6.796 0.75015 0,, 211. 0.1.05 2750

190 0.011.33 801.. 60 11.2.7 -1.7.1.02 -1.1.. 765 0.76099 0,, 212 0.1.07 2679

195 0.01503 71.9.69 135.7 -1.5.391. -1.2.721 0.77161 0,,210 0.1.10 2607

200 0.01521. 696.1.1 129.1 -1.3.373 -1.0.663 0.78203 0,,208 0.1.13 2 535 205 0.0151.6 61.1.. 72 122.6 -itl.336 -38.588 0.79228 0,,206 0.1.17 21.62 210 0.01570 591.. 55 116.2 -39.282 -36.1.92 0.80239 0,, 201. 0.1.21 2388

215 0.01595 51.5.88 110.1 -37.207 -31.. 373 0.81236 0..202 0.1.26 2313

220 0.01621 1.98.67 101.. 1 -35.1C3 -32.226 0.82223 0,,200 0.1.32 2237 225 0.01650 1.52.90 98.2 -32.979 -30.01.6 0.83202 0., 193 0.1.39 2159

230 0.01680 1.08. 51. 92.5 -30.815 -27.828 0.81.177 0,,196 0.1.1.7 2080 235 0.01711. 361.. 6i» 86.7 -28.581 -25.531. 0.85161. 0.,199 0.1.63 1981

2"f0 0.01751 321.. 55 81.0 -26.302 -23.19C 0.86150 0..198 0.1.73 1897

2t*5 0.01791 285.25 75.6 -23.963 -20 .781. 0.3711.2 0,,195 0.1.88 1812

250 0.01836 21.7.32 70.1 -21.565 -18.301 0.8811.6 0.,195 0.505 1721

255 0.01887 210.86 6i».

-19.075 -15.720 0.89168 0.,195 0.528 1623

26 0.0191.6 175.66 58.9 -16.1.71. -13.015 .90218 0,.195 0.555 1523

265 0.02016 11.1.71 53.1. -13.723 -10.11.0 0.91311. 0.,195 0.596 11.16 27 0.02101 109.92 1.7.5 -10.769 -7.035 0.921.75 0., 195 0.6"t8 1297

275 0.02211 79.61 1.1.6 -7.501. -3.573 0.9371.5 0,,199 0.71.1 1172

280 0.02366 51. 89 35.1 -3.732 0.1.75 0.95203 0,,203 0.892 1027

285 0.02621 27^61. 28.2 1.037 5.697 .97051 0,,213 1.255 869

290 0.03189 11.55 20.0 8.200 13.868 0. 99891 0,, 23 3 2.12". 698

295 0.01.257 11.68 13.5 16.863 21.. 1.30 1.03503 , 230 1.779 61.7 30 0.0511.7 18.1.7 10.5 22.235 31.386 1.0581.3 0,,215 1.099 661

310 0.06368 31.1.9 7.9 28.1.08 39.729 1.0858". 0.,198 0.662 699

32 0.07282 1.2.1.3 6.6 32.567 1.5.512 1.101.22 0.,188 0.51". 733

33 0.08053 52.01. 5.8 35.912 50.227 1.11873 0.,132 0.1.36 760

3<»0 0.08737 60.53 5.2 38.815 5it. 31.7 1.13103 0.,178 0.391 785

35 0.09367 68.30 1..7 1.1.1*1.5 58.096 1.11.190 .175 0.361 809 360 0.09956 75.55 "..". 1.3.890 61.588 1.15171. 0..172 0.339 830

37 0.10515 82.36 1..I 1.6.199 61.. 891 1.16079 .170 0.322 850 380 0.11050 88.82 3.8 1.3.1.05 68.01.9 1.16922 0..169 0.310 869

39 0.11566 95.00 3.6 50.531 71.092 1.17712 . 167 0.299 887

itOO 0.12066 100.93 3.1. 52.592 71.. 01.1 1.131.59 .166 0.291 905 WO 0.12552 106.61. 3.3 5i». 599 76.912 1.19168 .165 0.28". 921

1.20 0.13027 112.18 3.1 56.561 79.718 1.1931.1. 0..161. 0.278 937

1.3 0.131.92 117.55 3.0 53.1.86 82.1.69 1.2 01.91 .161. 0.273 953

1.1.O 0.1391.8 122.78 2.9 60.373 85.172 1.21113 .163 0.268 967

1.5 0.11.396 127.89 2.7 52.21.1 87.833 1.21711 0..162 .26". 982

1.60 0.11.838 132.89 2.6 61.. 081 90.1.58 1.22288 .162 0.261 996

1.70 0.15271. 137.78 2.6 65.899 93.051 1.2281.5 0..161 0.258 1010

1.80 0.15705 11.2.59 2.5 67.693 95.616 1.23385 ,161 0.255 1023

1.9 0.16131 11.7.31 2.1. 69.1.81 93 .157 1.23909 0.,161 0.253 1036

500 0.16552 151.97 2.3 71.250 100.671. 1.21.1.18 .160 0.251 101.9 510 0.16970 156.55 2.3 73.005 103.172 1.21.912 0..160 0.21.9 1062

520 0.17381. 161.08 2.2 71.. 750 105.653 1.25391. . 16 0.21.7 1071. 530 0.17795 165.55 2.1 76.1.81. 108.118 1.25861. 0.,160 0.21.6 1086

51.0 0.18203 169.97 2.1 78.209 110 .568 1.26322 0,. 160 0.21.1. 1098

550 0.18609 171.. 31. 2.0 79.927 113.006 1.26769 0.,160 0.21.3 1113

56 0.19012 178.68 2.0 81.637 115.1.33 1.27206 .159 0.21.2 1121

570 0.191.12 182.97 1.9 83.31.2 117.850 1.2763U .159 0.21*1 1133

580 0.19811 187.23 1.9 85.01.2 120.258 1.23053 .159 0.21.0 ll«.i*

590 0.20207 191 .1.5 1.9 86.737 122.659 1.231.63 .159 0.21.0 1155

690 0.20602 195.65 1.8 88.1.23 125.052 1.28865 0.,160 0.239 1165

TWO-PHASE BOUNDARY
960 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT

V<OH/OVIp V(OP/DU)

v -V(OP/DU)T BTU/LB PSIA-3U FT/BTU PSIA

(OV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 11)5

PRANDTL NUMBER

99.191. 81 81551 218 73 14 600 175886 79 0018103 11211 •iZ 977 00346 1.57068 5 4645

100 81 69606 218 25 14 565 174373 80 0018141 11189 42 323 00346 1.56972 5 3914

105 80 9531.6 215 21 14 344 165196 03 •) 0018386 11046 38 501 00345 1.56375 4 9651

110 80 20756 212 13 14 117 156363 87 a. 0018643 10894 3S 06 00343 1.55777 4 5817

115 79 1.5802 209 00 13 883 147867 09 0018915 10736 31 961 00342 1.55178 4 2367

120 78 701.50 205 83 13 643 139695 62 0. 0019202 10571 29 169 00340 1.54577 3 9261

125 77 91.660 202 61 13 398 131839 55 0019506 10400 26 654 00338 1.53974 3 6464

130 77 18390 199 31. 13 148 124269 15 0019829 10224 24 389 00335 1.53369 3 3945

135 76 1.1593 196 01 12 894 117034 8 3 0020173 10043 ZZ 348 00332 1.52761 3 1678

140 75 61.216 192 63 12 637 110067 36 0. 0020540 09857 za 510 00329 1.52151 2 9637

1*5 71. 86201 189 19 12 377 103377 42 0020933 09668 18 853 00326 1.51536 Z 7801

150 71. 071.85 185 68 12 114 96956 05 0021354 09476 17 360 a 00323 1.50918 2 6152

155 73 27995 162 11 11 850 90794 47 0, 0C21808 09280 16 015 00319 1.50296 2 4672

16 72 1.7651 178 1.7 11 .585 84884 09 0022297 09082 14 802 00315 1.49668 2 3347

165 71 66361. 171. 75 11 319 79216 52 0. 0022826 u 08881 13 708 00311 1.49035 2 2164

170 70 81.033 170 96 11 053 73783 62 0023402 08679 12 722 00306 1.48396 Z 1112

175 70 0051.7 167 08 10 788 68577 47 0024026 08475 11 832 00302 1.47749 2 0179

180 69 15776 163 12 10 523 63590 40 0024714 08269 11 029 00297 1.47095 1 9357

185 68 29577 159 07 10 260 58814 99 0, 0025468 08061 10 303 291 1.46431 1 8640

190 67 1.1785 151. 92 9 99 8 54244 14 0026299 07853 9 646 00286 1.45757 1 8020

195 66 52210 150 67 9 .738 49871 04 0027220 07644 9 055 00280 1.45072 1 7492

200 65 60636 11.6 32 9 479 45689 24 a 0028246 07433 8 519 00274 1.44373 1 7052

205 61. 66810 11.1 85 9 .222 41692 67 0029395 07222 8 033 00266 1.43660 1 6698

210 63 701.39 137 27 8 966 37875 7i> 0030690 07009 7 592 00261 1.42930 1 6427

215 62 71176 132 56 8 711 34233 40 n 0032160 06796 7 191 00254 1.42180 1 6240

220 61 68612 127 71 8 .456 30761 23 D 0033839 06581 6 826 00247 1.41406 1 6138

225 60 62251. 122 71. 8 200 27455 67 0035776 06365 6 492 00239 1.40611 1 6125

23 59 51509 117 63 7 939 24314 23 0038030 06147 6 187 00231 1.39783 1 6209

235 58 31.303 113 51 7 465 21274 10 0040751 05925 5 902 00220 1.38912 1 6568

24 57 12335 108 28 7 176 18539 18 0043713 05703 5 686 00211 1.38008 1 6989

2<»5 55 83616 102 80 6 892 15927 39 0047453 CI 05479 r> 474 00201 1.37059 1 7546

25 5<. 1.6613 97 11 6 .586 13470 79 0052020 05251 5 256 00191 1.36054 1 .8203 255 52 99273 91 26 6 269 11173 97 0057875 05019 5 031 00179 1.34978 1 9057

260 51 38959 65 01 5 89 9026 99 0065259 04782 4 796 00168 1.33814 2 0034

26 5 1.9 61181 78 51 5 514 7030 ZZ 0, 0075943 04535 4 548 00153 1.32531 2 1525

27 1.7 59881. 71 50 5 .075 5231 83 0090697 04276 4 281 00139 1.31088 2 .3375 275 1.5, 221.56 61. 09 4 630 3600 33 0115681 04061 3 986 00121 1.29400 2 6197

280 1.2 26079 55 76 4 083 2193 2 0160021 1) 03925 3 644 00104 1.27314 2 9631

285 38 11.725 1.6 96 3 470 1054 47 0267294 03857 3 217 00081 1.24456 3 .7686

290 31 36191. 38 46 2 733 362 11 0552190 03778 2 618 .00057 1.19838 5 .2979

29 5 23 1.9299 36 11 ? 499 274 44 0492641 03194 2 064 00076 1.14630 4 1383

300 19 1.281.1. 37 1.1. 2 518 358 82 0293441 02597 1 829 00122 1.12001 2 7853

310 15 7021.9 1.1 31 2 553 494 55 0160276 02094 1 64 7 00201 1.09627 1 6758

320 13 73218 45 16 2 565 582 67 0, 0113847 01901 1 569 00269 1.08386 1 .5282

33 12 1.1816 1.8 79 2 .556 646 29 0089413 01799 1 527 00332 1.07563 1 .3328 340 11 1.1.506 52 26 2 548 692 71 0074816 01742 1 503 00389 1.06957 1 .2142

35 10 67615 55 62 2 .537 729 23 0064841 01707 1 489 00443 1.06480 1 .1324

36 10 01.1.17 58 89 2 .526 758 79 •) 0057544 01686 1 48 2 00495 1.06088 1 .0725 370 9 51016 62 08 2 .514 783 25 a 0051944 01671 1 480 .00545 1.05759 1 .0281 380 9 01.963 65 19 2 50 2 603 83 0047493 01663 1 482 .00594 1.05475 .9929

390 8 61.607 68 23 2 491 821 37 0043860 01660 1 486 00642 1.05226 .9643

1.00 8 28796 71 22 2 .480 636 48 0040829 01660 1 492 .00669 1.05006 .9405

".10 7 96689 71. 15 2 .47 849 62 0038259 01664 1 499 .00736 1.04809 .9205

1.20 7 67653 77 0". 2 .460 861 14 0036046 01669 1 50 8 .00783 1.04631 .9033

1.3 7 1.1205 79 .88 2 .452 871 .30 0034119 01677 1 518 .00630 1.04469 .6886

1.1.O 7 16962 82 69 2 .443 880 31 0032424 01686 1 529 u .00877 1.04321 8756

1.5 6 91.620 85 1.6 2 .436 888 35 0030920 01696 1 .541 .00924 1.04184 .8643

1.6 6 73932 88 20 2 .428 895 .56 0029574 .01707 1 553 .00971 1.04058 3 .8543

1.70 6 51.696 90 91 2 .421 902 .05 0028362 01719 1 .566 .01018 1.03941 11 .8454

1.8 6 3671.1. 93 .60 2 .415 907 .92 0027264 01732 1 579 .01066 1.03831 .8375

1.90 6 19932 96 .27 2 .40 8 913 .24 0026264 .01745 1 592 .01113 1.03729 .8304

50 6 .01.11.3 98 .92 2 .402 918 .09 0025349 01759 1 606 .01161 1.03633 .8240 510 5 .89272 101 .56 2 .396 922 .51 0024507 01770 1 .620 .01207 1.03542 1) .8199

52 5 .75233 101. .18 2 .391 926 .57 0023730 .01786 1 634 .01256 1.03457 .8142 530 5 5191.9 106 80 2 .385 930 29 0023010 01802 1 .646 .01305 1.03376 .8091

51.0 5 1.9352 109 .1.1 2 .379 933 .72 0022340 .01819 1 663 .01355 1.03300 .8044

55 5 37385 112 .01 2 .374 936 .89 0021715 .01835 1 .677 .01404 1.03227 .8003

56 5 ,25997 Hi. .60 2 .36 8 939 .83 0021131 01852 1 .692 .01454 1.03158 .7965

57 5 .1511.1 117 .20 2 .362 942 .55 0020583 .01869 1 .707 .01504 1.03092 .7931 580 5 .01.778 119 .79 2 .35 7 945 .09 0020068 .01886 1 .722 .01554 1.03029 .7901

59 1. .91.870 122 .36 2 .351 947 .45 0019582 01903 1 .73 7 .01605 1.02969 .7874

60 1. .85386 121. 98 ? .346 949 .65 0019123 01920 1 752 .01655 1.02912 .7849

TWO-PHASE BOUNDARY
970 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE ISOTHERM

DERIVATIVE

ISOCHORE DERIVATIVE

CU FT/LB CU FT-PSIA/LB PSIA/R

INTERNAL ENERGY

BTU/LB

ENTHALPY

BTU/LB

ENTROPY BTU/LB-R BTU / L8 -R

VELOCITY

OF SOUND

FT /SEC

99.208 0.01222 2150. 1.1 10 0.01221. 2135,,31 105 0.01235 201.1. 53 110 0.0121.7 1950.,1.0 115 0.01258 1861.,87 120 0.01270 1775.,88 125 0.01283 1692.,36 130 0.01296 1611.,27 135 0.01309 1532..5k

11.0 0.01322 11.56,, 11

11.5 0.01336 1381,,92 150 0.01350 1309,,93 155 0.01361. 121.0, 06 160 0.01380 1172,,27 165 0.01395 1106,,1.9 17 0.011.11 101.2,,66 175 0.011.28 980,,71. 180 0. 011.1.6 920.,65 185 0.011.61. 862.,36

19 0.011.83 805. flu

195 0.01503 750,,92 200 0.01521. 697,,68 205 0.0151.6 61.6,,01 210 0.01569 595,, A9 215 0.01591. 51.7,,2<i 220 0.01621 500,,07 225 0.0161.9 1.51.,, 33 230 0.01680 1+10

,01 235 0.01713 366,,10

2<»0 0.01750 326..01.

2<.5 0.01790 286.,80 250 0.01835 21.8,,93 255 0.01885 212.,53 260 0.019<.i. 177,,1.0 265 0.02013 11.3,,53 270 0.02097 111,.82 275 0.02205 81,,61 28 0.02356 53.,98 285 0.02598 29,,7<t 29 0.03108 12 .95

29 5 0.01.105 11,.1*5 300 0.05005 17,,81 310 0.0621.1 30,,82 32 0.07158 1.1,.83 330 0.07929 51,,52

31.0 0.08613 60,,05 350 0.0921.0 67,,87 360 0.09826 75,.15 370 0.10382 82,.01) 380 0.10911. 88,,50

390 O.llt.27 91.,,70

i*00 0.11923 100,,65

1.10 0.121.06 106,.39

1.2 0.12877 111,,95

1.3 0.13338 117,.3<i

1.1.0 0.13791 122,.59

1.50 0.11.236 127,, 71

1.6 0.11*671. 132,.72

1.70 0.15107 137 .63

1.8 0.15531. 11.2,,kS

1.90 0.15956 11.7 .19 500 0.16371. 151 .66 510 0.16788 156,, m5 520 0.17199 160 99 530 0.17606 165,,1.7 51.0 0.18010 169 . 90 55 0.181.12 171, .21 560 0.18811 178 .63 57 0.19208 182 ,93 580 0.19603 187 .20

590 0.19996 191 .1.3 60 0.20387 195 .63

316.1. 316.1. 303.8 291.6

279.7

268.3

257.2

21.6.5 236.1 226.1

216.5

207.1

198. 1 189.3

180.9 172.7

161..

157.2

11.9.9

11.2.7 135.8

129. 1 122.6 116.3

110.2

101*.

98.3 92.6

86.8

81.2 75.7 70.2

61*.

59.

53.

1.7.

1.2. 35.

21. 20.

11..

10.9

8.1 6.8

5.9

5.3

If.

it.

I».l 3.9

3.7 3.5

3.3

3.1

3.0 2.9

2.8

2.7

2.6 2.5

-83.061.

-82.751. -80.795 -78.838

-76.862

-71.. 927 -72.973

-71.020 -69.067

-67.113

-65.158 -63.202

-61.21.5

-59.281. -57.320 -55.352

-53.379

-51.399

-1.9.1.12

-1*7. <»15

-1.5.1.08 -1*3.388

-1*1.353 -39.300 -37.227

-35.129

-33.002

-30.81.1 -28.610

-26.331.

-21.. 005 -21.607 -19.123

-16.531

-13.792

-10. -7,

-3.

0.

857 622 906

725

1.61.

1.9

1.8

15.993

21.61.3

28.01.8 32.297

35.693

38.627

1.1.280

1.3.71.1 1.6.063

1*8.281

50.1.15

52.1.83

51.. 1*97 56.1.65

58.391. 60.291 62.159

61.. 002 65.823 67.625

69.1.11 71.182

72.91.0

71.. 686

76.1.22 78.11*9 79.868

61.580 83.286

81*. 987

86.681. 88.376

-60.869

-80 .555 -78.576 -76.599

-71*. 622

-72.61.5 -70.669

-68.693

-66.716

-61.. 739 -62.759 -60.778

-58.791. -56.806

-51.. 811. -52.817

-50.813

-1.8.802

-1.6.782

-I.I.. 751

-1.2.708

-1.0 .651 -38.576

-36.1.82

-31.. 361. -32.218

-30.01.0 -27.821. -25.532

-23.191

-20.790

-18.311

-15.737

-13.01.0 -10.177

-7.091

-3.661

0.325 5.391

13.01.5 23.367

30.633

39.257

1.5.155 1.9.935

51.. 096 57.875

61.390

61.. 712

67.881. 70.939

73.899

76.780

79.591. 82.352 85.062

87.729

90.359

92.957

95.527

96 .071 100.592

103.091. 105.578

108.01.5 110.1.99

112.91*0 115.369

117.788 120.198

122.601

121*. 996

0.50273 0.50588

0.52519

0.51.359 0.56117 0.57799

0.591.12 0.60963

0.621.51. 0.63893

0.65282 0.66625

0.67926

0.69188

0.701*11* 0.71607 0.72768

0.73901

0.75008

0.76092

77153

78195

79220

80230 81227

82213

83191

81.165 85151

87127 88128

8911.8 90195

91266

921.3 9 93698

95131* 96927 0.99587

1.03116 1.05561

1.08391* 1.10268

1.1171.0 1.12983

1.11.078

1. 15069 1.15979

1.16825

1.17618

1.18366 1.19079

1.19757

1.201.06 1.21029

1.21629

1.22207 1.22765

1.23306

23631

21.31.0 21.836 25318

25786

2621.7 26695 27132

27561

27980

267

266

262

257

251. 250

21.6

21.3

21.0 237

231. 231 228

225 223

221 218

216

211. 212

210

208 206

201. 202

200

198 196 199

198

196 195

195

195

195

196 199

203

0. 212

0. 231 0.231

0. 216

. 198 0.189

0. 162 0.178

0.175

0. 172 0.170 0.169

167 166

165

161.

161. 163

162 162

161

161 0.151

0.160

0. 160

0. 160 0.160

0.160 0.160 0.159

0.159

0. 159

3 96

3 96 396 395

395

395

395

395

395

396

.396 .396

.397

.398 .399

.1.00 0.1.01

0.1.03

0.1.05 0.1.07

0.1.10 0.1.13

0.1.17 0.1.21

0.1.26

0.1.32 0.1.39

0.1.1.7 0.1.62

0.1.73

1.87 501. 527

553

593

61.1. 733

875 1.970 1.839

1.11.7 0.678

0.522

0.1.1.1 0.391. 0.363

0.31.1 0.321. 0.311

0.300 0.292 0.265

0.278

0.273

0.269 0.265

0.261

0.258 0.256

253

251

21*9

21*8 21.6

21.5

21.3 21.2

21.1

21.1 1.28390 1.28793

0. 159

0. 160

0.21.0 .239

3 81.7 3838

3782

3725

3667 3608

3 51.7 31.85

31.23

3 359

3295 3229

3163 3096

3028

2960

2 891 2821 2751

2680 2609

2 536

21.61. 2390

2315 2239

2162

2083

1981. 1900

1815

1725 1632

1528

11.22

1301. 1181 1039

88<> 716

650 662 699

732

760

785

808

830

850 869

887 905

921

937 953

968 982

996 1010

1021.

1037

1050 1062

1071. 1087

1098

1110 1122 1133

111.1.

1155

1166

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

970 PSIA ISOBAR

EMPERATURE OENSITY V(0H/DV)o V (DP/OU),, -V (OP/OV)T -(OV/DTl^/V THERMAL VISCOSITY THERMAL DIELECTRIC PR/JNDTL CONDUCTIVITY )IFFUSIVITY CONSTANT NUMBER

DEG. R LB/CU FT BTU/LB psia-:; J FT/BTU PSIA DEG. R BTU/FT-HR-R LB/FT-SEC

X 10s SQ FT/HR

» 99.208 81 81807 218 79 14 599 175942 47 0018098 11212 42 991 00346 1.57070 5 4658

100 81 70071. 218 31 14 565 174456 1 1 0018135 11190 42 348 00346 1.56976 5 3939

105 60 95836 215 27 14 345 165278 73 0018379 11047 3 6 525 00345 1.56379 4 9674

110 60 .21269 212 13 14 .117 156446 96 ] 0016636 10896 35 083 00343 1.55782 4 5839

115 79 1.6339 209 07 13 .883 147950 61 0018907 10737 31 982 00342 1.55183 4 2387

120 78 71013 205 90 13 .644 139779 5o 0019194 .10572 29 18 9 00340 1.54582 3 9280

125 77 95251 202 69 13 .398 131923 32 0019497 1D402 26 673 00338 1.53979 3 6482

130 77 19011 199 1.2 13 149 124373 97 0019820 10225 24 406 00335 1.53374 3 3962

135 76 .1.221.6 196 .10 12 .895 117120 15 0020163 10044 22 365 00332 1.52767 3 .1693

1*0 75 61.903 192 72 12 637 110153 3 0020529 09859 20 525 00329 1.52156 2 9651

145 7i. 86925 189 28 12 377 103463 62 0020921 09670 16 668 00326 1.51542 2 7814

15 7k 0821.8 185 77 12 115 97042 75 0021341 09476 17 374 00323 1.50924 2 6164

155 73 28801 182 ?! 11 .851 90881 68 0021793 .09282 16 028 00319 1.50302 2 .4663

160 72 1.8501. 178 W 11 .586 84971 82 0022281 ,09084 14 814 00315 1.49675 2 3357

165 71 67268 171. .86 11 .320 79304 6 0022809 08884 13 720 00311 1.49042 2 .2173

17 70 81.993 171 0? 11 054 73872 46 0023382 c 08661 12 733 00306 1.48403 2 1120 175 70 01567 167 20 13 789 68666 89 0024007 081.77 11 842 00302 1.47757 2 0186

18 69 16863 163 21. 10 .525 63680 4 1 0024690 09272 11 039 00297 1.47103 1 .9363 185 68 30738 159 19 10 262 56905 65 0025441 08064 10 313 c 00292 1.46440 1 8645

190 67 1.3027 155 .05 10 .000 54335 46 0026268 07856 9 657 2 8 6 1.45767 1 .6024

195 66 5351.3 150 81 9 740 49963 05 0027185 D 07647 9 064 00280 1.45082 1 7494

200 65 62070 11.6 46 9 482 45781 97 0028207 07437 6 527 00271. 1.44384 1 7053

205 64 68359 11.2 oo 9 225 41786 16 0029350 07225 8 041 00268 1.43672 1 6698

210 63 72119 137 43 8 97 37970 02 0030638 07013 7 600 00261 1.42942 1 6425

215 62 73006 132 72 S 715 34328 50 0032099 06800 7 198 00254 1.42194 1 6236

220 61 70611. 127 83 8 461 30857 20 0033768 rJ 06565 6 833 00247 1.41423 1 .6132 225 60 61.1.59 122 93 8 206 27552 53 0035691 06369 6 499 00239 1.40627 1 6117

230 59 53952 117 93 7 .946 24411 99 0037927 .06152 6 193 00231 1.39802 1 .6196 235 56 3701.0 113 72 7 471 21369 61 0040624 05930 6 908 0022D 1.38932 1 6570

24 57 151.09 108 51 7 184 16634 36 0043564 05709 5 691 00211 1.38031 1 .6966

2".5 55 87112 103 05 6 900 16023 83 0047254 05485 5 480 00202 1.37085 1 .7514

25 5U 5061.3 97 39 S .596 13568 37 0051760 05258 5 263 00191 1.36083 1 .8163 255 53 03997 91 56 5 .261 11272 34 0057525 05027 5 039 00180 1.35012 1 .9005 260 51 1.1.621. 85 36 5 903 9126 63 0C64752 04790 4 805 00166 1.33855 1 .9957 265 49 68193 78 91 5 .532 7130 87 0075199 04545 4 558 00154 1.32581 2 .1423

270 1.7 68901. 71 96 5 .097 5332 64 0089476 .04288 4 291. 00140 1.31153 2 .3212 275 1.5 31.861 64 64 4 .658 3700 32 0113386 04068 4 002 00122 1.29488 2 .5956

280 42 1.1.970 56 46 4 .124 2291 7 : 0154962 c 03929 3 666 00106 1.27446 2 .9386 285 78 1.9593 1.7 84 3 529 1144 61 0251164 .03850 3 252 00083 1.24697 3 .6537

290 32 18002 39 39 2 .807 416 69 0500115 .03780 2 685 00060 1.20389 5 ,0368

295 21. 3581.1. 36 26 2 515 279 02 -J 0506939 03266 2 120 00073 1.15195 4 .2974

300 19 97987 37 40 2 .526 355 30 0306673 02662 1 861 00116 1.12355 2 .8863

310 16 0231.5 1.1 19 2 559 493 66 0164701 .02124 1 665 00195 1.09830 1 9138

32 13 96955 1.5 03 2 571 584 33 0116021 01920 1 582 00263 1.08535 1 .5491

33 12 61129 1.8 66 2 562 649 69 0090666 .01814 1 537 00326 1.07664 1 .3461

31.0 11 61093 52 13 2 .553 697 23 0075672 01754 1 511 00383 1.07060 1 .2236

350 10 82302 55 49 2 .542 734 60 c 0065458 01717 1 497 00437 1.06571 1 .1396

360 10 17689 58 76 2 .530 764 84 0058010 01695 1 489 00486 1.06171 1 .0782

370 9. 63187 61 36 2 .518 789 64 0052309 01679 1 486 00536 1.05834 1 0328

38 9 1621.2 65 07 ? .506 810 86 0047787 .01670 1 48 7 00586 1.05544 .9968

39 8 75150 68 12 2 495 828 77 0044101 01666 1 491 00634 1.05291 9677

ifOO 8 38718 71 1 1 2 .484 844 20 0041031 01666 1 497 00681 1.05067 .9435 M0 8 06077 71. 05 2 .474 857 61 0038429 01669 1 50 4 00728 1.04867 .9231 420 7 76577 76 94 2 464 869 36 0036192 .01674 1 513 00774 1.04686 9057

1.3 7 1.9719 79 79 2 .455 879 72 0034245 01682 1 523 00821 1.04521 .8906

1.1.0 7 25112 82 60 2 447 688 91 0032534 01690 1 533 00857 1.04371 8775

1.50 7 021.1.1. 85 37 2 .439 897 11 0031016 01700 1 545 00914 1.04232 .8660

1.60 6 811.62 88 12 2 431 904 46 0029659 D 01711 1 557 00951 1.04104 .8559

1.7 6 61958 90 83 2 .424 911 03 0028438 01723 1 569 01008 1.03965 .8468

1.80 6 1.3760 93 52 2 .418 917 06 0027332 01736 1 582 01055 1.03874 8386

1.90 6 26723 96 20 ? .411 922 48 0026325 01749 1 595 01102 1.03770 .8316

5D0 6 10726 98 65 2 .40 5 927 42 0025404 01763 1 60 9 01149 1.03673 8251

510 5 95662 101 U3 2 .39 9 931 93 0024557 01773 1 623 01195 1.03581 .8210

520 5 811.1.3 101* 12 2 .393 936 06 0023775 01789 1 637 01243 1.03495 c .8152

53 5 67991 106 73 2 .388 939 85 0U23051 01805 1 651 01292 1.03413 .6100

51.0 5 55237 109 34 2 .382 943 35 0022378 01822 1 666 01341 1.03335 .6053

55 5 1.3122 111 94 2 .376 946 58 0021750 01838 1 680 0139C 1.03262 8011

56 5 31595 Hi. 54 2 .371 949 57 0021163 01855 1 695 c 01440 1.03192 .7973

57 5 20607 117 14 2 .365 952 34 3 0020613 01872 1 710 01489 1.03125 .7938 580 5 10119 119 73 2 .360 954 92 0020095 01889 1 724 01539 1.03062 .7908

590 5 00091. 122 .33 2 .354 957 33 00196C8 01906 1 739 01589 1.03001 ,7880

60 If 901.98 121. .92 2 .348 959 57 0019147 01923 1 754 01639 1.02943 ,7855

TKO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

960 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM I50CHORE INTERNAL ENTHALPY ENTROPY

°v

c

p VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND DEC R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

» 99.222 0.01222 2151.02 318.1* -83.063 -80 .845 .50275 0. 267 0.396 3847

100 0.01221. 2136.19 316.1* -82.758 -60 .537 0.50584 0. 266 0.396 3839

105 0.01235 201.2.1.3 303. 8 -80,799 -78.558 0.52515 0. 262 0.396 3783

110 0.0121*7 1951.31 291.6 -78.643 -76.580 0.54355 0. 257 0.395 3726

115 0.01256 1662.60 279.8 -76.887 -74.603 0.56112 0. 254 0.395 3668

12 0.01270 1776.82 263.3 -74.933 -72.627 0.57795 0. 250 0.395 3608 125 0.01283 1693.32 257.3 -72.979 -70.651 0.59406 0. 246 0.395 3548

130 0.01295 1612.21. 21.6.6 -71.026 -66.675 0.60958 0. 243 0.395 3486

135 0.01308 1533.52 236.2 -69.073 -66.699 0.62450 0. 240 0.395 3423

140 0.01322 H.57.11 226.2 -67.120 -64.721 .63686 0. 237 0.396 3360

11.5 0.01336 1362.91. 216.5 -65.166 -62.742 0.65277 c. 234 0.396 3295

15 0.01350 1310.96 207.2 -63.210 -60.761 0.66620 0. 231 0.396 3230

155 0.01361. 121.1.11 198.1 -61.253 -56 .777 0.67921 0. 228 0.397 3164

160 0.01379 1173.31. 189.1. -59.293 -56.790 0.69183 0. 225 0.398 3097 165 0.01395 1107.58 160.9 -57.330 -54.798 0.70408 0. 223 0.399 3029

17 0.011.11 1043.77 172.8 -55.362 -52.801 0.71600 0,. 221 0.400 2 961 175 0.011.28 981.87 164. 9 -53.389 -50.798 0.72762 0..216 0.401 2892

18 0.011.1.6 921.81 157.3 -51.410 -48.787 0.73895 0.,216 0.403 2 823 185 0.011.61. 863.51. 149.9 -49.424 -46.768 0.75001 0,,214 0.405 2752

19 0.011.83 807.01 142.6 -47.428 -44.738 .76084 0..212 0.407 2682

19 5 0.01503 752.16 135.9 -45.422 -42.695 0.77146 0,,210 0.410 2610

200 0.01521. 698.91. 129.2 -43.403 -40.638 0.78187 0.,208 0.413 2536

205 0.0151.6 647.30 122.7 -41.370 -38.565 0.79212 0,,206 0.417 2 465 210 0.01569 597.20 116.4 -39.318 -36.471 0.80221 , ,204 0.421 2 392 215 0.01591. 51.8.60 110.3 -37.247 -34.355 0.81217 ,202 0.426 2317

22 0.01620 501.1.6 104.3 -35.150 -32.211 0.82203 0.,200 0.432 2 241 225 0.0161.8 455.76 96.4 -33.026 -30.034 .83180 0,, 198 0.438 2164

230 0.01679 1.11.1.8 92.7 -30.867 -27.820 .84153 0,,196 0.446 2085 235 0.01712 367.57 86.9 -28.638 -25.531 0.85138 0., 199 0.461 1987

21.0 0.0171.9 327.52 81.3 -26.366 -23.193 0.86122 0,, 198 0.472 1903

21.5 0.01789 288.31. 75.9 -24.041 -20 .795 0.87111 0,, 196 0.486 1818

250 0.01833 250.53 70.4 -21.648 -16.321 0.83111 0,,195 0.503 1729

255 0.01881. 211.. 19 65.0 -19.171 -15.753 0.89128 0,,195 0.525 1637

260 0. 0191.2 179.li. 59.3 -16.588 -13.065 0.90172 0..195 0.551 1533

265 0.02010 145.35 53.9 -13.861 -10.214 0.91258 0.,195 0.591 1428

27 0.02093 113.71 48.0 -10.943 -7.145 0.92405 0,,196 0.6 39 1310 275 0.02199 83.59 42.3 -7.737 -3.746 0.93652 ,196 0.725 1190

28 0.0231.6 56.01. 35.9 -4.074 0.183 0.95066 0,,202 0.659 1050 285 0.02576 31.62 29.3 0.433 5.107 0.96810 0,. 210 1.155 899

29 0. 03039 14.46 21.6 6.808 12.322 0.99318 0,,228 1.833 733

29 5 0.03963 11.39 14.8 15.124 22.315 1.02735 0,,231 1.878 655

30 0.04866 17.21 11.3 21.034 29.864 1.05274 0..217 1.196 662

310 0.06116 30.17 8.3 27.661 38.779 1.06202 0,, 199 0.695 699

32 0.07037 1*1.21. 6.9 32.025 44.795 1.10114 0,,189 0.531 732

33 0.07809 51.00 6.0 35.472 49.642 1.11607 0.. 183 0.446 760

31.0 0.081.90 59.58 5.4 38.438 53.845 1.12862 0,.178 0.398 785

35 0.09115 67.1.5 4.9 41.113 57.654 1.13966 0..175 0.366 808 360 0.09699 7W. 77 4.5 43.591 61.192 1.14963 .172 0.343 830

37 0.10252 81.65 4.2 45.927 64.532 1.15878 0,,171 0.326 650 380 0.10781 88.16 3.9 48.155 67.719 1.16729 0..169 0.312 869

390 0.11290 94. 1.0 3.7 50.299 70.767 1.17525 , 168 0.302 887

1.0 0.11783 100.38 3.5 52.375 73.756 1.18278 .166 0.293 905

1.10 0.12263 106.li. 3.3 54.395 76.648 1.18991 , 165 0.285 921

1.2 0.12730 111.72 3.2 56.368 79.470 1.19671 .165 0.279 937

1.30 0.13188 117.13 3.1 58.303 62.236 1.20322 .164 0.274 953

1.1.0 0.13637 122.40 2.9 60.204 84.952 1.20946 .163 0.269 968

1.50 0.14079 127.51. 2.8 62.076 87.625 1.21547 ,162 0.265 982

1.6 0.11.511. 132.56 2.7 63.922 90.260 1.22126 ,162 0.262 996

1.70 0.1491.3 137.49 2.6 65.747 92.863 1.22686 , 161 0.259 1010

1.8 0.15366 11.2.32 2.5 67.552 95.437 1.23228 ,161 0.256 1024

1.90 0.15785 11*7.07 2.5 69.341 97.985 1.23754 ,161 0.254 1037

500 0.16199 151.75 2.4 71.114 100.511 1.24264 .160 0.251 1050

510 0.16610 156.35 2.3 72.874 103.016 1.24760 . 160 0.250 10 62 520 0.17017 160.90 2.3 74.622 105.502 1.25243 .160 0.248 1075

530 0.171,21 165.39 2.2 76.360 107.973 1.25713 . 16 J. 246 1087

51.0 0.17821 169.83 2.1 78.089 11U .429 1.2617 2 ,160 0.245 1099

55 0.18220 17i*. 23 2.1 79.810 112.873 1.26621 .160 0.244 1111

56 0.18615 178.58 2.0 81.523 115.304 1.27059 , 159 0.243 1122

57 0.19009 182.89 2.0 83.231 117.726 1.27488 .159 0.242 1133

580 0.191.00 187.16 1.9 84.933 120.138 1.27907 .159 0.241 1144

590 0.19790 191.1.1 1.9 86.631 122.543 1.28316 .159 0.240 1155

60 0.20177 195.62 1.9 88.324 124.940 1.28721 .160 0.239 1166

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

980 PSIA ISOBAR

TEMPERATURE DENSITY DEC R LB/CU FT(DH/DV)

p VOP/DU)v -V(DP/DV>T 3TU/LB PSIA-CU FT/BTU PSIA

(DV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY OIFFUSIVITY CONSTANT

DEG. R 8TU/FT-HR-R LB/FT-SEC SQ FT/HR

X 10 5

PRANDTL NUMBER

99. 222 81 82063 218 81. 11. 599 175998 15 0018092 11212 43 005 00346 1.57072 5 4671

100 81 7051.2 218 38 11. 565 171.538 1.1 0018129 11191 1.2 371. 00346 1.56980 5 3965

105 80 96326 215 31. 11. 31.5 165361 42 0018373 c 1101.8 3? 51.9 00345 1.56383 k 9698

110 80 21781 212 26 li. 118 156530 07 0016629 10897 35 105 00344 1.55786 4 5861

115 79 1.6876 209 11. 13 881. 11.8031. 11 0018900 IJ 10739 32 003 00342 1.55187 4 2407

120 78 71576 205 98 13 61.1. 139863 1.8 0019186 10571. 2 9 208 00340 1.54586 3 9299

125 77 9581.2 202 76 13 399 132008 27 00191.89 101.03 26 691 00338 1.53984 3 6499

130 77 19631 199 50 13 11.9 121. ".58 76 0019810 10227 21. 421. 00335 1.53379 3 3976

135 76 1.2898 196 18 12 895 117205 39 0020153 n 10046 22 381 00332 1.52772 3 1708

14 75 65589 192 80 12 638 110238 BO 0020518 09861 20 51.1 00329 1.52162 2 9665

11.5 71. 8761.9 189 37 12 378 10351.9 81 OC20909 09672 1 1 882 00326 1.51548 2 7827

15 71. 09012 185 87 12 115 97129 1.2 0021328 09480 17 388 00323 1.50930 2 6176

155 73 29607 182 30 11 .851 90968 66 0021778 09281. lb 041 a 00319 1.50309 2 4694

160 72 1.9357 178 67 11 586 85059 52 0022265 09086 1>* 826 00315 1.49682 2 3367

16 5 71 68171 171. 96 11 321 79393 01. 0022791 08886 13 731 00311 1.49049 2 2182

170 70 85952 171 18 11 055 73961 26 0023363 08681. 12 744 00306 1.48411 2 1128

175 70 02586 167 31 10 790 68756 27 0023985 081.80 11 853 00302 1.47765 2 0193

180 69 1791.9 163 36 10 526 63770 1.1 0021.666 08271. 11 048 00297 1.47112 1 9369

185 68 31897 159 32 10 263 58996 26 o 0025i.li. 08067 10 322 00292 1.46449 1 8650

19 67 1.1.267 155 18 10 002 51.1.26 73 0026238 07859 9 666 00286 1.45776 1 8027

195 66 51.873 150 95 9 71.2 50055 00 0027151 07650 9 072 00280 1.45092 1 7497

20 65 63502 11.6 61 9 1.81. 1.5871. fc> 0028168 071.1.0 8 535 00274 1.44395 1 7055

205 61. 69906 11.2 15 9 228 1.1879 57 0029305 07229 8 049 00268 1.43683 1 6698

210 63 73795 137 58 8 973 36061. 22 0030567 n 07017 7 607 00262 1.42955 1 6424

215 62 71.831 132 89 8 720 31.1.23 52 0032039 06801. 7 206 00255 1.42207 1 6233

220 61 72611 128 07 8 1.66 30953 07 0033697 06590 6 840 00247 1.41438 1 .6126

22 5 60 66657 123 12 8 211 2761.9 27 0035606 06371. 6 506 00240 1.40644 1 6108

230 59 56387 118 03 T 952 21.509 62 0037825 06157 6 200 00232 1.39820 1 6164

235 58 39766 113 93 7 .1.78 211.65 Ct» 00i.0i.99 05936 5 915 00220 1.38952 1 .6554

2<t0 57 181.69 108 71. 7 192 18729 1.1 00431.16 05711. 5 697 00212 1.38054 1 6943

21.5 55 90589 103 30 6 908 16120 11 u 001.7058 05491 5 486 00202 1.37110 1 7483

250 51. 51.61.7 97 66 5 605 13665 75 0051505 05265 5 269 00192 1.36112 1 8124

255 53 08681. 91 87 6 293 11370 .1.7 C057182 05035 5 046 00181 1.35046 1 8 954

260 51 50231. 85 70 5 917 9225 97 0061.256 04799 l* 813 00169 1.33895 1 9883

265 1.9 75117 79 30 5 .551 7231 09 0071.1.75 04555 i» 568 00155 1.32631 2 .1323 270 1.7 77771 72 1*2 5 119 51.33 03 0068300 01.299 i. 306 00141 1.31216 2 3054

275 1.5 1.6968 65 18 It .686 3801 C3 0111210 04075 It 017 00124 1.29574 2 .5726

280 1.2 63151 57 13 i. .163 2389 07 0150301. 03934 3 687 00107 1.27574 2 .8971 285 38 82095 1.8 70 3 .586 1235 12 0237189 03846 3 285 00086 1.24921 3 5521

29 32 91087 1.0 32 2 880 1.75 89 01.51.601 03778 2 746 00063 1.20882 4 7968

295 25 231.89 36 51 2 .535 287 50 0511.1.08 03326 2 178 u 00070 1.15769 4 .4245

300 20 55110 37 39 2 .531. 353 75 0319922 02729 1 895 .00111 1.12723 2 ,9900 310 16 3511.1 1.1 07 2 .565 1.93 25 016921.7 02156 1 682 00190 1.10038 1 .9529

320 11. 21033 1.1. 89 2 .577 585 97 0118238 01940 1 59 4 00257 1.08686 1 .5704

330 12 8061.0 1.8 53 2 ,567 653 06 0091977 01828 1 547 00320 1.07806 1 .3596

31.0 11 77812 52 00 2 558 701 73 0076536 c 01765 1 520 00377 1.07164 1 2332

350 10 97081 55 36 2 .51.7 739 95 0066080 01727 1 504 00430 1.06663 1 .1469

36 10 31029 58 61. 2 535 770 87 00581.80 01703 1 496 00482 1.06253 1 .0840 370 9 751.08 61 83 2 .523 796 1*1 0052676 01687 1 492 00531 1.05909 1 .0375

380 9 27562 61. 96 > .510 817 H 5 001.8082 01677 1 493 00579 1.05614 1 .0008

390 8 85727 68 01 2 .1.99 836 17 001.1.31.3 01673 1 496 00626 1.05356 .9711

1.0 8 1.8666 71 01 2 .1.88 851 91 001.1232 01672 1 502 00673 1.Q5128 .9464

1.10 8 151.87 73 95 2 .1.77 865 59 0038599 01675 1 509 00719 1.04924 9257

1.20 7 85519 76 85 2 1.68 877 58 0036338 01680 1 517 00766 1.04741 9080

1.30 7 5821.9 79 70 2 .1.58 888 li. 0031.371 01687 1 527 00812 1.04574 ,8927

1.1.0 7 33276 82 51 2 .1.50 897 51 003261.1. 01695 1 537 00858 1.04421 .8794

1.5 7 10280 85 29 2 ..1.2 905 87 a 0031113 01705 1 548 00904 1.04280 8677

1.60 6 89001 88 03 2 .1.35 913 36 002971.1. 01715 1 560 00951 1.04150 .8574

1.70 6 69228 90 75 2 1.28 920 10 0028511. 01727 1 573 00997 1.04029 .8483

1.80 6 50783 93 1.5 2 .1.21 926 19 00271.00 01740 1 586 01044 1.03917 .8401

1.9 6 33520 96 12 2 .1.11. 931 72 0026385 01753 1 599 01091 1.03812 TJ .8328

500 6 17313 98 78 ? .1.08 936 75 00251.58 01766 1 612 a 01136 1.03713 D 8263

510 6 02056 101 .1.2 2 .1.02 91.1 31. 0021.606 01777 1 626 01183 1.03620 .6221

52 5 87656 101. 05 2 .396 91.5 55 0023820 01793 1 640 01231 1.03532 8162

53 5 71.035 106 67 2 .391 91.9 1.1 0023092 01809 1 654 01279 1.03450 .8109

51.0 5 51121. 109 28 2 .385 952 97 0022415 01825 1 668 01328 1.03371 .8061

55 5 1.8861 111 88 2 .379 956 26 0021785 0181.2 1 683 01377 1.03297 .8019

56 5 37191. 111. 1.8 2 .371, 959 31 0021195

' 01858 1 698 01426 1.03226 .7980 570 5 26075 117 08 2 .368 962 13 002061.2 01875 1 712 01475 1.03158 .7946 580 5 151.62 119 .67 ? .362 961. 76 0020122 01892 1 727 01524 1.03094 .7914

590 5 05318 122 27 2 .357 967 21 0019633 01909 1 742 01574 1.03032 ,7886 600 It 95610 121. 86 2 .351 969 50 0019171 01926 1 757 01623 1.02974 7661

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

990 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM I50CHORE INTERNAL ENTHALPY ENTROPY c

v

C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L9 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

99.236 0.01222 2151.6". 318.4 -63.061 -60.821 0.50276 0. 267 0.396 3848

100 0.0122". 2137.08 316.5 -82.762 -8C.518 0.50580 0, 266 0.396 3839

105 0.01235 201.3.32 303.9 -80.804 -76.540 0.52511 0..262 0.396 3784

110 0.0121.7 1952.22 291.6 -78.847 -76.562 0.54351 0, 258 0.395 3727

115 0.01258 1863.72 279.8 -76.892 -74.585 0.56108 0. 254 0.395 3668

120 0.01270 1777.76 268.4 -74.938 -72.609 0.57790 0, 250 0.395 3609

125 0.01283 1691.. 27 257.3 -72.985 -70.633 0.59403 0.,246 0.395 3549

130 0.01295 1613.21 2 46.6 -71.032 -68.657 0.60953 0.,243 0.395 3487

135 0.01308 1531.. 50 236.2 -69.079 -66.681 0.62445 0,,240 0.395 3424

140 0.01322 1".58.11 226.2 -67.126 -64.704 0.63883 0,,237 0.396 3361

145 0.01335 1383.96 216.6 -65.173 -62.725 0.65272 0,,231. C.396 3296

15 0.01350 1312.00 207.2 -63.218 -60.744 0.66615 0,,231 0.396 3231 155 0.0136". 12"»2.17 196.2 -61.261 -58.760 0.67915 0.,228 0.397 3165

160 0.01379 117".. ".1 189.4 -59.302 -56.773 0.69177 0,,22 6 0.398 3096

165 0.01395 1108.67 181.0 -57.339 -54.782 0.70402 0.,223 0.399 3030

170 0.011.11 10". 4. 88 172.9 -55.372 -52.785 0.71594 0,,221 0.400 2 962

17 5 U. 011.26 983.00 165.0 -53.400 -50.783 0.72755 0,, 218 0.401 2 893 180 0. 01".i.5 922.97 157.4 -51.422 -48.772 0.73888 0,,216 0.403 2824

16 5 0.011.63 86".. 72 150.0 -49.436 -46.753 0.74995 0.,214 0.405 2754

190 0. 0i".82 808.21 142.9 -1.7.442 -44.724 0.76077 0.,212 0.407 2683

195 0.01502 753.39 136.0 -45.436 -42.682 0.77138 0,,210 0.410 2612

200 0.01523 700.19 129.3 -43.419 -1.0.626 0.78179 0,,208 0.413 2540

205 0.01545 61.8.59 122.8 -41.386 -38.553 0.79203 0..206 0.416 2467

210 0.01569 598.52 116.5 -39.336 -36.461 0.80212 0., 204 0.421 2393

215 0.01593 51.9.95 110.4 -37.266 -34.345 0.81208 .202 0.426 2319

22 0.01620 502.85 104.4 -35.172 -32.203 0.82193 0,.200 0.431 2243

225 0.0161.8 1.57.19 98.6 -33.049 -30.028 0.83170 0,,198 0.438 2167

230 U. 01678 1.12.95 92.8 -30.892 -27.816 0.8411.1 0..196 0.446 2088 235 0.01712 369.03 87.1 -28.667 -25.529 0.85125 0.,199 0.461 1989

21.0 0.017".8 329.01 81.5 -26.398 -23.194 0.86106 0,.198 0.472 1906

21.5 0.01768 289.88 76.0 -24.077 -20.800 0.87095 0,,196 0.485 1821

250 0.01832 252.13 70.5 -21.689 -16.331 0.88093 0.,195 0.502 1732 255 0.01882 215.81. 65.2 -19.219 -15.768 0.89108 0,,195 0.521. 1641

260 0.0191.0 180.87 59.5 -16.644 -13.089 0.90149 0.,195 0.549 1537

265 0.02007 1U7.15 54.1 -13.929 -10.249 0.91230 0.,195 0.588 1434

27 0.02089 115.60 48.2 -11.028 -7.198 0.92371 0,,196 0.635 1317

275 0.0219". 85.56 42.6 -7.649 -3.828 0.93608 0,, 198 0.717 1198

280 0.02336 58.06 36.3 -4.236 0.046 0.95003 0,.202 0.844 1061

285 0.02556 33.87 29.8 0.158 4.844 0.96701 0,.209 1.114 914

290 0.02979 16.05 22.4 6.220 11.682 0.99078 0.,226 1.714 751

29 5 0.03830 11.50 15.4 14.270 21.291 1.02363 0,,231 1.893 661

30 0.01.730 16.68 11.7 20.411 29.082 1.04984 ,218 1.245 664 310 0.05993 29.53 8.6 27.308 38.295 1.08010 0..200 0.712 699

32 0.06918 1.0.65 7.1 31.749 44.1.31 1.09960 , 190 0.539 732 330 0.07690 50.1.6 6.1 35.249 49.347 1. 11474 0,.183 0.451 759

31.0 0.08371 59.11 5.5 38.248 53.593 1.12742 0,,178 0.401 785

35 0.08993 67.03 5.0 40.946 57.1.32 1.13855 0,,175 0.368 808 360 0.09575 7".. 36 4.6 43.441 60.993 1.14859 0,.173 0.345 830

37 0.10125 81.30 4.3 45.791 64.351 1.15779 ,171 0.327 850 380 0.10650 87.85 4.0 48.029 67.554 1.16633 0..169 0.314 869

390 0.11157 9".. 11 3.8 50.162 70.634 1.17433 .166 0.303 887

"*0 0.1161.6 100.11 3.6 52.266 73.616 1.18188 0.,166 0.294 905

i»10 0.12122 105.90 3.4 54.292 76.515 1.18904 .165 0.286 921

1.2 0.12587 111.49 3.2 56.272 79.346 1.19586 0.,165 0.280 937

1.3 0.1301.1 116.92 3.1 58.211 82.119 1.20238 0.. 164 0.275 953

1.1.0 0.13"t87 122.21 3.0 60.117 84.841 1.20864 0,.163 0.270 968

1.5 0.13925 127.36 2.9 61.993 67.520 1.21466 .163 0.266 982

1.6 0.11.356 132.".0 2.8 63.843 90.161 1.22047 .162 0.262 997

1.7 0.1".782 137.31. 2.7 65.671 92.769 1.22608 .162 0.259 1011

1.8 0.15202 11.2.19 2.6 67.479 95.347 1.23151 ,161 0.256 1024

1.90 0.15617 11.6.95 2.5 69.270 97.900 1.23677 .161 0.254 1037

500 0.16028 151.61. 2.4 71.046 100.429 1.24188 .160 0.252 1050

510 0.161.35 156.26 2.3 72.808 102.937 1.24684 0,.160 0.250 1063

520 0.16839 160 .62 2.3 74.558 105.427 1.25168 ,160 0.248 1075

53 0.17239 165.32 2.2 76.298 107.901 1.25639 0,.160 0.247 1087

51.0 0.17636 169.77 2.2 78.029 110.360 1.26099 0,.160 0.245 1099

55 0.16031 174. 17 2.1 79.751 112.606 1 .26548 0,,160 0.241. 1111

560 0.181.23 178.53 2.1 61.466 115.240 1.26986 , 15 9 0.243 1122

57 0.18813 182.85 2.0 83.175 117.664 1.27415 .159 0.242 1134

580 0.19201 187.13 2.0 84.879 120.078 1.27835 0..159 0.241 1145

59 0.19587 191.38 1.9 86.577 122.485 1.28246 .159 0.240 1156

60 0.19971 195.60 1.9 68.272 124.683 1.28650 0..159 0.240 1167

THO-PHASE BOUNDARY
990 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE OENSITY 8TU/LB PSIA-CU FT/BTU PSIA CONDUCTIVITY OIFFUSIVITY CONSTANT DEC R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 105

PRANDTL NUM8ER

99.236 81.82319

100 81 71010

10 5 80 96816

110 80 22291. 115 79 1.71.13 120 78 72139

125 77, 961*32 130 77 20251

135 76 1.3550

litO 75 66275

ii.5 71. 88371

15 71. 09771. 155 73 301.13 160 72 50209

165 71 69071.

17 70 86909

175 70 03601. 130 69 19033

185 68 33051. 190 67 1.5505

195 66 56202

20 65 61.932 205 61. 711.1.9 210 63 751.68 215 62 76651

220 61 71.603 225 60 6881.7 23 59 58813

235 58 1.21.81

21.0 57 21516

21(5 55 91.01.8 25 51. 58626

255 53 13335

26 51 55789

265 1.9 81951. 270 1.7 86"*93 275 1*5 58791

28 1*2 80677

285 39 12550

290 33 56721

295 26 1091.9

30 21 11.11.8 310 16 6861.9 320 li. 1*51*58 33 13 0031*9

3"<0 11 91.662 350 11 11951. 36 10 i.iti.39 37 9 87682

38 9 38921.

39 8 96336

1)00 8 5861.2

1.10 8 21.919

1.2 7 91.1*79

<t30 7 66791.

!»<*0 7 1.11.52

<*50 7 18126

1*60 6 9651.9

1.70 6 .76505

1.8 6 57813

1.90 6 1.0322 500 6 23906

510 6 .081*51. 52 5 .93873

530 5 .80083

51*0 5 .67013

55 5 .51.602 56 5 .1.2791. 570 5 .3151.3 580 5 .20805

59 5 .1051.3 60 5 .00722

218.90

218.1.1. 215.1.1 212.33

209.21

206.05

202.81. 199.58

196.26

192.89

189.1.6 185.96

182.1.0 178.77 175.07 171.29

167.1.2

163.1.8

159.1.1. 155.31

151.08

li*6.75

11.2.30 137.71. 133.06 128.25

123.30 118.23

Hi.. 15 108.97

103.55

97.91. 92.17

86.03 79.69

72.87 65.71

57.79

1.9.52 1.1.25 36.81

37.1.0

1.0.96

1*1*. 76

1*8.1*0 51.87

55.21* 58.52 61.72

61*. 8i»

67.90

70.91

73.85

76.75 79.61

82.1*2 85.20

87.95 90.68

93.37 96.05

98.71 101.35

103.98

106.60

109.21 111.82

11<*.I*2 117.02

119.61 122.21

12i*. 81

11*. 598 176053.82 0.0018087 0.11213

li.. 565

li*. 31.5

lit. 11 8 13.881.

13.61.1* 13.399

13 .11.9 12.895

12.638

12.116

11.852

11.587

11.322 11.056

10.792

10.528 10.265

10.001.

9.71*1* 9.1*87 9.231

8.97 7 8.721*

8.1*71 8.217

7.95 9

7.i*8i* 7.199

6.916 6.615

5.301* 5.93 5.569

5 .11*0 V.713

1..200 3.63 9 2.950

,561

,51.3 ,571 ,583

,572

,561. ,552

,51.0 ,527

,503

,1.91

,1.81

.1*71 .1*62

,i*53

,1.1.5 ,i»3B

.1*31

,1*21*

.1.17

,1.11 .1*05 ,399

,393 ,388

,362 ,376 .371

.365

171*620.70

165i*i*i*. 10 156613.11*

11*8117.60

13991.7.38 132092.60

121.51.3.52 117290.61

110321.. 1*8

0.0018123

0.0018366

0.0018622

0.0018892 0.0019177

0.00191.80

0. 0019801

0.002011.2 0.0020507

97216.07

91056.00

8511*7.19

79i»81.2i* 71*050.02 6881.5.61 63860.35 59086.83

51.517.91*

5011*6.89

1*5967.23 1*1972.92

36158.31.

31*518.1*5 3101*8.81* 2771*5.91 21.607.13 21560.38

18821.. 33

13762.92

111.68.35 9325.02

7330.99 5533.03

3900.67

21.86.33 1325.37

300.36

352.58

1.92.69 587.60

656.1.3 706.21

71.5.29 776.88

802.97

821.. 89

81*3.55 859.61

873.57 885.79 896.56

905.11

911*. 63 922.26

929.13 935.33

2.360

2.351.

91.6. 08 950.76

955.01. 958.98

962.60 965.95

969.05

971.92

971.. 60 977.09

979.1.2

0.00213H.

0.0021761.

0.002221*9 0.0022773

0.002331*3

0.0023961.

0.0021.61.2 0.0025387

0.0026208 0.0027117 0.0028129

0.0029261

0.0030535

0.0031979 0.0033627

0.0035522

0.0037721.

0.001.O375

0.001.3271

0.0051253

0.005631.5 0.0063771 0.0073771

0.0087168

0.010911.1. 0.011.5996

0.0221.951 538.80 0.01.151.28

0332908

0173911

01201.98

0093281.

00771.09 0066706

0058952

005301.5

001.8378

001.1.585

00i.li.3t. 0038770

00361.81. 00 31*1*97 0032751. 0031209

0029629 0028589

00271.67

0.0025513

0.0021.656 0.0023865

0.0023133

0.00221.53 0.0021819

0.0021227

0.0020671

0.11192

0.1101.9 0.10898

0.1071.C 0.10575

0.101.01. 0.10229

0.1001.8 0.09863 12.378 103635.96 0.0020896 0.09671.

091.82 09286 09089

08889

08686

081.83 08277

06070 07863

0.07651.

0.071.1.1. 0.07233

0.07021

0.06806

0.06591. 0.06379

0.06162

0.0591.1 0.05720 16216.22 0. 001.6861* 0.051.97 05272

0501.2 01.808

01.565

01.311

0i*(J81 0391*0 0381.3

0.03382

0.02796 0.02188

0.01960

0.0181.3 0.01777

0.01737 0.01712

0.01691. 0.01681. 0.01679

0.01678

0. 01680 0.01685

0.01691

0.01700 0.01709

0.01720 0.01731

0.017i*i*

91*0.96 0.00261.1.6 0.01757

01770

01780 01796

01612

01828

0181.5 01861

01878

1.3.020

1.2.399 38.573

35.128

32.021. 29.223

26.710

21*. 1*1*1 22.398

20.556 18.897

17.1*02 16.051*

11*. 839

13.71.3 12.755

11.863

11.056

10.332

9.675

9.081

8.51*3 8.056

7.615 7.213

6.81.7 6.513

6.207 5.922

5.702

5.1.92 5.276

5.053

it. 822

1..578

1..318

i.. 032 3.707

3.317 2.803

2.236

1.930 1.701

1.60 7 1.557

1.528

1.511 1.502

1.1.98

l.i*98

0.0020150

0.0019659

0.0019191*

,501 ,506 ,513

.522

,531

,51*1 ,552

,561* ,576

,589

,602

,615

,629

,61*3 .657

,671

.686

,700 ,715

,730

0031.6

0031.6 0031*5

0031.1. 0031.2

0031.0 00336

00335 00333

00330 0.00326

0.00323 0.00319

0.00315

0.00311 0.00307

0.00302

0.00297 0.00292

0.00286

0.00281 0.00275

0.00268

0.00262 0.00255

0.0021.8

0.0021.0 0.00232

0.00221 0.00212

00203

00192

00181

00170 00156

0011.2 00125

010 9 00086

00066

00068

00106

00181. 00251

00311. 00371

001.21. 001.75 00521. 00572 0.00619

0.00665

0.00711 0.C0757

0.00803

0.0081.9 0.00895

0.0091.1 0.00987 0.01033

0.01912 0.01929

1.71.5 1.759

0.01080

0.01127

0.01171 0.01219

0.01267

0.01315 0.01363

0.011.12 0.011.61 0.01509

0.01559

0.01606

1.57071* 1.56983

1.56387

1.55790

1.55191

1.51*591 1.53989

1.53381. 1.52777

1.52167

1.51551. 1.50936

1.50315

1.1*9688 1.1.9056

1.1.81.18 1.1.7773

1.1*7120

1.1*61.58 1.1*5786

1.1*5102

1.1*1*1.06 1.1.3695 1.1.2968

1.1.2221

1.1.11.53 1.1*0660 1.39838

1.38972

1.38076

1.37136

1.3611,2 1.35080 1.33936

1.32660 1.31278

1.29658 1.27697

1.25132 1.21326

,1631*1* ,13101. 10251

,0681.0 ,07929 ,07269

,06755 ,06336

,05985

,05681.

051.21 05190

01.982 01.796

1.626

01.1.71 1.01.328

1.01.196

1.01*071* 1.03960 1.03653

1.03753 1.03659

1.03570

1.031.86

1.031.C7 1.03331

1.03260 1.03191

1.03126

5.1.683 5.3990

i*.9722

1..5833

i*. 21*28 3.9318 3.6517

3.3991. 3.1723

2.9679

2.781.0 2.6186

2.1.705 2.3377

.2191

.1136

.0200 .9375

.8655

.8031 1.7500 1.7056

1.6698

1.61.22 1.6229

1.6120 1.6099

1.6172

1.6537

1.6921

1.71.51 1.6085

1.8901. 1.9610 2.1226

2.2901 2.5506

2.8581.

3.1*611 1..5818

1.03061. 1.03005

5110

0950 9932 5922

3733

21.29

151.2 1.0898

1.01.23 1.001.8

0.971.5

0.91.91. 0.9283

0.9103

0.891.8 0.6813

0.8695

0.8590

0.81.97 0.8I.H.

0.631.0 0.6271. 0.8231

0.8172

0.8118

0.8070

0.8027 0.7988

0.7953

0.7921

0.7893

0.7867

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1000 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c

v

c

p VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND DEC R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 99.250 0.01222 2152.25 318.1. -83.060 -80.797 0.50278 0. 267 0.396 3 81.8 100 0.01221. 2137.96 316.5 -82.766 -80.500 0.50576 0. 266 0.396 381.0 105 0.01235 201.1*. 22 303.9 -80.808 -78.521 0.52507 0. 262 0.396 3781. 110 0. 0121.6 1953.13 291.7 -78.852 -76.51.1. 0.51*31*6 0. 258 0.395 3727

115 0.01258 1861.. 65 279.9 -76.897 -71., 567 0.56101. 0, 251. 0.395 3669

12 0.01270 1778.69 268.1. -7".. 91.3 -72.591 0.57786 0. 250 0.395 3610 125 0.01283 1695.22 257.1* -72.990 -70.615 0.59399 0,.21*6 0.395 351.9 130 0.01295 1611.. 17 21.6.7 -71.038 -68.61*0 0.6091*8 0. 21*3 0.395 31*88 135 0.01308 1535.1.9 236.3 -69.086 -66.663 0.621*1*0 0, 21.0 0.395 31*25

11*0 0.01322 li.59.ll 226.3 -67.133 -61.. 686 0.63876 0. 237 0.396 3361

11*5 0.01335 1381.. 98 216.6 -65.180 -62.708 0.65266 0.,23". 0.396 3297

150 0.0131*9 1313.03 207.3 -63.226 -60.727 0.66609 0. 231 0.396 3232

155 0.01361* 121.3.22 198.2 -61.269 -58.71*1* 0.67910 0,,228 0.397 3166

160 0.01379 1175.1.8 189.5 -59.310 -56.757 0.69171 0.,226 0.398 3099 165 0.01395 1109.76 181.1 -57.31.8 -51.. 766 0.70396 0.,223 0.399 3031

170 0.011*11 101.6.00 172.9 -55.382 -52.770 0.71588 0,,221 0.1.00 2963

175 0.011*28 981.. 13 165.0 -53.1.11 -50 .767 0.7271.9 0,, 218 0.1.01 2891* iao 0.011*1.5 921.. 12 157.1* -51.1.33 -1*8.757 0.73881 0,,216 0.1*03 2825 185 0.011.63 865.90 150.1 -1.9.1.1.8 -1.6.739 0.71.988 0,,211* 0.1*05 2755

190 0.011*82 809.1.1 11.3.0 -1.7.1.55 -i*i*. 710 0.76070 0.,212 0.1*07 2681*

195 0.01502 751.. 62 136.1 -i*5.i*50 -1*2.669 0.77131 0..210 0.1*10 2613

200 0.01523 7 01.1.5 129.1. -1.3. i*3i. -1.0.611. 0.78171 0.,208 0.1.13 2 51*1 205 0.0151*5 61*9.87 122.9 -1*1.1*03 -38.51*2 0.79195 0.,206 0.1.16 21*69 210 0.01568 599.81. 116.6 -39.351* -36.1.50 0.80203 0.,20i* 0.1.20 2 395 215 0.01593 551.30 110.5 -37.285 -3<». 336 .81198 0,, 202 0.1.25 2321

220 0.01619 50i*. 23 101..

-35.193 -32.195 0.82183 0,,200 0.1.31 221.6 225 0.0161*7 1*58.61 98.7 -33.072 -30.022 0.83159 0., 198 0.1.38 2169

230 0.01678 itli*. i*2 92.9 -30.918 -27.812 0.81.130 0., 196 .i*i*6 2091 235 0.01711 370.1*9 87.2 -28.696 -25.528 0.85112 0,,199 0.1.60 1992

21.0 0.0171.7 330.U9 81.6 -26.1.30 -23.195 0.86091. 0,, 198 0.1*71 1909

21.5 0.01787 291.1.2 76.1 -21.. 113 -20.805 0.87080 ,196 0.1*81. 1825

250 0.01831 253.72 70.7 -21.730 -18.31.0 0.88076 0,,195 0.501 1736

25 5 0.01880 217.1.9 65.1* -19.266 -15.781. 0.89088 0,, 19 5 0.523 161.5 26 0.01937 182.59 59.7 -16.700 -13.112 0.90126 0., 191* 0.51*7 151*2 265 0.02005 11.8.95 51*.

-13.996 -10.281. 0.91203 0..195 0.585 11*1*0 270 0.02085 117.1.7 1*8.5 -11.112 -7.250 0.92337 0.,196 0.631 1321. 275 0.02188 87.52 1*2.9 -7.959 -3.908 0.93561. 0.,198 0.710 1206

280 0.02327 60.10 36.7 -1..393 -0.085 0.91.91*1 ,201 0.830 1071

285 0.02537 35.92 30.3 -0.101 it. 598 0.96598 0.,203 1.078 928 290 0.02927 17.70 23.1 5.689 11.110 0.98862 0.,22i* 1.610 768

295 0.03708 11.79 16.1 13.1.1.2 20.308 1.02006 0,,230 1.885 668

30 0.01.598 16.21 12.2 19.776 28.289 1.01*691 0.,219 1.293 666

310 0.05872 2 8.90 8. 8 26.930 37 .801. 1.07816 0,,20 0.730 699

320 0.06802 i»0 .08 7.2 31.1.70 1.1.. 065 1.09806 0.,190 0.51*8 732

33 0.07571* 1.9.97 6.2 35.021* 1.9.050 1.1131*1 0.,183 0.1.57 759

31*0 0.08253 58.65 5.6 38.056 53.339 1.12622 0.,179 0.1.05 785 350 0.08871* 66.61 5.1 1.0.778 57.210 1.1371.1. ,175 0.371 808 360 0.091*53 T<*. 00 k.7 1.3.291 60.791. 1.1U751. ,173 0.31.7 830

37 0.10000 80.95 1..3 1.5.651. 61.. 171 1.15679 0,.171 0.329 850 380 0.10523 87.51. <*.o 1.7.903 67.389 1.16538 0.,169 0.315 869

390 0.11026 93.82 3.8 50.065 70.1*82 1.1731.1 .168 0.301. 887

1.0 0.11512 99.85 3.6 52.157 73.1*71. 1.18099 . 167 0.295 905

1*10 0.11985 105.65 3.1. 51.. 190 76.383 1.18817 0,.166 0.287 921

1*20 0.121*1*6 111.27 3.3 56.175 79.222 1.19501 0.,165 0.281 938

1.30 0.12897 116.72 3.1 58.120 82.002 1.20155 0.,161. 0.275 953

1.1.0 0.1331*0 122.02 3.0 60.030 81*. 731 1.20783 0,,163 0.271 968

1*5 0.13771. 127.19 2.9 61.910 87.1.16 1.21386 0,, 163 0.266 983

1*6 0.1<*202 132.25 2.8 63.763 90.062 1.21968 , 162 0.263 997

1.70 0.11*621. 137.20 2.7 65.595 92.675 1.22530 0,, 162 0.260 1011

1*8 0.1501.1 11.2.06 2.6 67.1.06 95.258 1.23071. 0.,161 0.257 1021*

1.90 0.15U53 11.6.83 2.5 69.200 97.811. 1.23601 , 161 0.251* 1037

500 0.15860 151.53 2.1. 70.978 100 .31.7 1.21.112 . 160 0.252 1050 510 0.16261. 156.16 2.1. 72.71.2 102 .859 1.21*610 0.. 160 0.250 1063

52 0.16661. 160.73 2.3 71.. 1.95 105.352 1.25091. . 160 0.21*8 1075

530 0.17061 165.21. 2.2 76.236 107.829 1.25566 0,,160 0.21.7 1083

51.0 0.171.55 169.70 2.2 77.969 110 .291 1 .26026 , 160 0.21.5 1100

550 0.1781.6 174.11 2.1 79.693 112.739 1.261.75 , 160 0.21.1. 1111

560 0.18235 178.1.8 2.1 81.1*0 9 115.176 1.26911. ,159 0.21.3 1123

570 0.18622 182.81 2.0 83.120 117.602 1.2731.1. 0..159 0.21.2 1131* 580 0.19006 187.10 2.0 81*. 821* 120.018 1.27761. ,159 0.21*1 111*5

590 0.19389 191.36 1.9 86.521. 122.1.27 1.28175 0.,159 0.21*0 1156

60 0.19769 195.59 1.9 88.220 121*. 827 1.28579 0.,159 0.21.0 1167

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1000 PSIA ISOBAR

TEMPERATURE OENSITY V(DH/DV)P V (DP/DU)U -V <DP/DV>T

- (DV/OTL/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANDTL CONDUCTIVITY 5IFFUSIVITY CONSTANT NUMBER

DEG. R LB/CU FT BTU/LB PSIA-CU FT/BTU PSIA DEG. R BTU/FT-HR-R LB/FT-SEC

x 10 5 SQ FT/HR

* 99.250 81 .82575 218 .95 lit .598 176109 1.3 0018081 11214 43 034 00346 1.57076 5.4696

100 81 .711.78 218 .50 lit .566 171.702 97 0018117 11193 42 425 00346 1.56987 5.4016

105 80 97305 215 .1.7 lit .3it5 165526 76 CG18359 11050 38 597 00345 1.56391 4.9745

110 80 .22806 212 40 lit .118 156696 21 0018615 10899 35 ISO 00344 1.55794 4.5904

115 79 1.791.9 209 .29 13 .88lt 11.8201 06 001888if 10741 32 045 00342 1.55195 4.2448

12 78 .72701 206 12 13 61.1. 11.0031 2 7 019169 10576 29 248 00340 1.54595 3.9337

125 77 97022 202 .92 13 399 132176 91 0019ii71 10406 26 729 00338 1.53993 3.6534

130 77 .20871 199 66 13 150 121.628 27 C019791 10230 34 459 00335 1.53389 3.4011

135 76 1.1.201 196 3'. 12 896 117375 80 0020132 10049 22 414 00333 1.52782 3.1738

140 75 66961 192 97 12 639 1101.10 lit 0020if95 09865 20 572 00330 1.52172 2.9693

145 74 890 91. 189 5<( 12 379 103722 09 002088it 09676 18 912 00326 1.51559 2.7853

150 74 10536 186 05 12 117 97302 66 0021301 09484 1 7 415 00323 1.50942 2.5200

155 73 .31217 182 .50 11 853 91Hf3 1 2 00217if9 09289 lb 067 ,00319 1.50321 2.4716

16 72 51060 178 87 11 588 8523if 82 0022233 09091 14 851 00315 1.49695 2.3387

16 5 71 69975 175 17 11 323 79569 ill 0022756 08891 13 755 00311 1.49063 2.2200

170 70 87866 171 39 11 057 7ifl38 75 002332it 08689 12 766 00307 1.48426 2.1144

175 70 01.621 167 51. 10 793 6893lt 91 0023942 08465 11 874 00302 1.47761 2.0207

180 69 20116 163 60 10 529 63950 2if 0024618 08280 1 1 068 00297 1.47128 1.9381

185 68 31.209 159 57 ID 267 59177 3 if 0025360 08073 10 341 00292 1.46467 1.8660

190 67 1.671.1 155 I.". 10 006 5lf609 10 0026178 07866 9 664 00287 1.45795 1.8035

195 66 57528 151 22 9 71.7 50238 72 0027083 07657 9 089 00281 1.45113 1.7503

200 65 66359 11.6 89 9 1.89 lf6059 77 0028090 07447 8 552 00275 1.44417 1.7058

205 6<t 72990 11.2 i«5 9 231. it2066 19 0029217 07236 8 064 00269 1.43707 1.6697

210 63 77137 137 90 8 98 38252 38 00301.81. 07025 7 622 00262 1.42980 1.6420

215 62 781.67 133 22 8 728 3it613 29 0031920 06812 7 220 00255 1.42235 1.6226

220 61 76589 128 1.2 8 1.76 31144 51 0033557 06596 6 854 00248 1.41468 1.6115

225 60 71031 123 1.9 8 223 278if2 if 3 00351.39 06384 6 52 00240 1.40676 1.6091

230 59 61230 118 1.3 7 966 2it70lf 52 0037623 06167 6 213 00232 1.39856 1.6160

235 58 1.5185 111. 36 7 1.90 21655 65 001.0252 05946 5 928 00221 1.38992 1.6520

240 57 21.51.8 109 20 7 207 16919 lit n 001.3126 05726 5 708 00212 1.38096 1.6899

21.5 55 971.89 103 80 j 921. 16312 16 001.6672 05504 5 498 00203 1.37161 1.7421

250 5". 62580 98 21 5 621. 13859 90 0051005 05279 5 283 00193 1.36171 1.8046

255 53 17950 92 1.7 5 316 11565 99 0056513 05050 5 061 00182 1.35114 1.8854

260 51 61292 86 37 5 943 9if23 79 0063298 04816 4 830 00171 1.33976 1.9739

265 1.9 88709 80 06 5 586 7if30 57 0073086 04574 4 588 00157 1.32729 2.1131

270 1.7 95075 73 31 5 161 5632 65 0086075 04322 4 329 00143 1.31340 2.2753

275 1.5 7031.7 66 23 it 739 3999 87 0107181 04088 4 047 00126 1.29740 2.5296

280 1.2 97600 58 1.1. if 237 2583 05 011.2002 03946 3 727 00111 1.27816 2.8220

235 39 1.1211. 50 32 3 690 lifl5 51 0211.11.0 03842 3 346 00090 1.25330 3.3792

29 34 16037 1.2 17 3 017 601. 71 038181.5 03768 2 855 00069 1.21728 4.3909

295 26 96927 37 19 2 593 317 91 05 06917 03426 2 298 00067 1.16911 4.5528

300 21 71.985 37 1.5 2 551. 352 62 031.5287 02862 1 967 00102 1.13497 3.1998

310 17 02880 1.0 86 ? 578 lt92 21 0178680 02222 1 720 00179 1.10468 2.0345

320 li. 70231. Iflf 61. 2 589 589 22 0122800 01980 1 620 00246 1.08996 1.6144

330 13 20259 1.8 28 2 578 659 79 0091.607 01858 1 557 00308 1.08054 1.3872

340 12 1161.5 51 71. 2 569 710 67 0078291 01789 1 537 00365 1.07375 1.2527

35 11 26921 55 11 2 557 750 61 0067337 01747 1 519 00418 1.06848 1.1616

360 10 57917 58 1*0 2 51.1. 782 87 00591.26 01721 1 509 00469 1.06420 1.0956

370 10 00008 61 60 2 532 809 52 0053415 01702 1 505 00517 1.06061 1.0471

380 9 50327 6It 73 2 519 831 69 001.8671. 01691 1 504 00565 1.05754 1.0088

390 9 06978 67 80 2 507 850 93 0041.828 01686 1 507 00612 1.05487 0.9779

1.00 8 6861. 4 70 60 2 1.95 867 31 0041637 01684 1 511 00653 1.05251 0.9524

1.10 8 3if373 73 76 2 1.85 881 5lt 003691.1 01686 1 518 00704 1.05040 0.9310

1.2 8 03if57 75 66 2 1.75 89<t 00 0036630 01690 1 526 00749 1.04651 0.9127

1.3 7 75351. 79 52 2 lf65 90it 97 0034623 01696 1 535 00795 1.04676 0.6969

1.1.0 7 1.961.2 82 3if 2 lf57 91if 71 0032863 01704 1 545 00840 1.04521 0.8832

1.5 7 25983 85 12 2 if it 9 923 38 0031305 01714 1 556 00886 1.04376 0.6712

1.6 7 01.106 87 87 2 if 1.1 931 16 0029914 01724 1 568 00931 1.04242 0.8606

1.70 6 83790 90 60 2 tt3lt 936 15 0028665 01735 1 580 00977 1.04118 0.8512

1.80 6 51.81.9 93 30 2 lt27 9lflt it7 0027535 01748 1 592 01023 1.04003 0.8428

1.90 6 1.7130 95 98 2 if20 950 20 0026507 01760 1 605 01069 1.03895 0.8353

500 6 30502 98 6 if 2 iflit 955 lil 0025568 01774 1 619 01116 1.03793 0.8285

510 6 lif855 101 28 2 ifOB 960 17 0024705 01784 1 632 01160 1.03698 0.8242

520 6 00093 103 92 2 if02 96lf 53 0023910 01800 1 646 01207 1.03608 0.8182

530 5 86133 106 51. 2 396 968 5if 0023174 01815 1 660 01255 1.03523 0.8128

51.0 5 72905 109 15 2 .391 972 23 D 0022491 01631 1 674 01302 1.03443 0.8079

55 5 603ifit 111 76 2 385 975 6lf 0021654 01848 1 689 01350 1.03366 0.8035

56 5 1.6396 111. 36 2 .379 978 79 a 0C21259 01864 1 703 01398 1.03294 0.7995

570 5 37012 116 96 2 .371. 981 72 0020701 01881 1 718 01447 1.03225 0.7960

580 5 2611.9 119 55 2 358 98lt if <» 0020177 01898 1 732 01495 1.03159 0.7928

590 5 15768 122 15 2 .362 986 98 0019683 01915 1 747 01544 1.03096 0.7899

600 5 05831. 121. 75 2 357 989 35 0019217 01932 1 762 01593 1.03036 .7873

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OP OXYGEN

1010 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY cv Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOJND

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L3 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

» 99.261* 0.01222 2152 . 86 318.1. -83.058 -80.772 0.50279 0.,267 0.396 381.9 100 0.01221. 2138.81. 316.5 -82.770 -80 .1.81 0.50572 0.,266 0.396 381.1 105 0.01235 201.5.12 303.9 -80.812 -78.503 0.52502 0.,262 0.396 3785

110 0.0121.6 1951.. 05 291.7 -78.856 -76.525 0.51.31.2 0.,25 8 0.395 3728

115 0.01258 1865.57 279.9 -76.902 -71*. 51.9 0.56099 0.,251. 0.395 3670

12 0.01270 1779.63 268.5 -71.. 91.8 -72.573 0.57781 0,, 250 0.395 3610

12 5 0.01282 1696.18 257.1. -72.996 -70.597 0.59391. 0.,21*6 0.395 3550

130 0.01295 1615.li. 21.6.7 -71.01.1. -68 .622 .609i*i* 0.,21.3 0.395 31.88 135 0.01308 1536.1.7 236.1. -69.092 -66.61.6 0.621*35 0,,21.0 0.395 31.26

li*0 0.01321 11.60.11 226.3 -67.11,0 -61.. 669 0.63673 0.,237 0.395 3362

11.5 0.01335 1385.99 216.7 -65.187 -62.690 0.65261 0.,231. 0.396 3298

150 0.0131.9 1311.. 07 207.3 -63.233 -60.710 0.66601. 0..231 0.396 3233

155 0.01361. 121.1.. 27 198.3 -61.278 -58.727 0.67901. 0,,228 0.397 3167

160 0.01379 1176.55 189.6 -59.319 -56.71.0 0.69166 0,,226 0.398 3100 165 0.01395 1110.85 181.1 -57.358 -51.. 750 0.70391 0.,223 0.399 3032

170 0.011.11 101.7.11 173.0 -55.392 -52.751. 0.71582 0,,221 0.1.00 2961. 175 0.011.27 985.27 165.1 -53.1.21 -50.752 0.7271.3 ,218 k 01 2896

18 0.011.1.5 925.27 157.5 -51. 1.1*5 -1.8.71.3 0.73875 0,,216 0.1.03 2 826 185 0.011.63 867.08 150.1 -1.9.1.61 -1.6.725 0.71.981 0.,211. 0.1.05 2756

190 0.011.82 810 .62 11.3.0 -1.7.1*68 -1.I..696 0.76063 ,212 0.1.07 2685

195 0.01502 755.81. 136.1 -1.5.1.65 -1.2.656 0.77123 0,,210 0.1.09 2615

20 0.01523 702.71 129.5 -1*3.1.1*9 -1.0 .601 0.78161. 0.,208 0.1.12 251.3 20 5 0.0151.5 651.16 123.0 -1.1.1.19 -38.530 0.79187 0,,206 0.1.16 21.70 210 0.01568 601.15 116.7 -39.372 -36. <*i*0 0.80191. 0,,20". 0.1.20 2397

215 0.01592 552.65 110.6 -37.305 -31*. 327 0.81189 0,,202 0.1.25 2 323 220 0.01618 505.62 101*. 6 -35.211. -32.187 0.82173 0,,200 0.1.31 221.8 225 0.0161.7 1.60.03 98. 8 -33.095 -30.016 0.8311*8 0..198 0.1.37 2171

23 0.01677 1.15.88 93.1 -30.91.1. -27.807 0.81*118 0,,196 0.1.1.5 2093 235 0.01710 371.91. 87.3 -28.721. -25.526 0.85099 0,,199 0.1.60 1995

2*0 0.0171.6 331.97 81.7 -26.1.62 -23.197 0.86080 0.,198 0.1.70 1913

21.5 0.01785 2 92.95 76.3 -21.. 11.9 -20.810 0.87065 0,.196 O.1.81. 1828

250 0.01829 255.31 70.8 -21.771 -16.31.9 0.88059 0,,195 0.500 171.0 255 0.01879 219.13 65.5 -19.313 -15.799 0.89069 0,,195 0.521 161.9 26 0.01935 181*. 30 59. 8 -16.755 -13.135 0.90103 .191. 0.51.5 151.7 265 0.02002 150.71. 51..

-li*. 063 -1C.319 .91176 0,.195 0.583 11.1.5 270 0.02082 119.33 1.8. 7 -11.191. -7 .301 0.9230<t . 196 0.627 1331

275 0.02183 89.1.6 1.3.2 -8.067 -3.985 0.93521 .198 0.703 1211. 280 0.02318 62.11 37.1 -1..51.6 -0.210 0.91*881 0..201 0.817 10 81 285 0.02520 37.91. 30.8 -0.31.7 1..366 0.96501 0,.208 1.01.5 91.1 290 0.02882 19.1.0 23.8 5.206 10.596 0.98666 0..222 1.520 781.

295 0.03597 12.21. 16.8 12.61.8 19.375 1.01667 0,. 230 1.856 677 300 0.01.1.69 15.83 12.6 19.130 27.1.89 1.01.396 .220 1.338 668

310 0.05751. 28.30 9.0 26.51.5 37.307 1.07621 0,,201 0.71.8 699

32 0.06687 39.51 7.1. 31.188 1.3.695 1.09651 0.. 191 0.557 732 330 0.071.60 1.9.33 6.1* 31.. 796 1.8.71.7 1.11207 0., 181. 0.1.61. 760

31.0 0.08138 58.20 5.7 37.861. 53.085 1.12503 . 179 0.1.09 785

35 0.08757 66.19 5.1 1.0.609 56.986 1.13631. 0.,176 0.371. 808

36 0.09333 73.62 1..7 1.3.11.0 60.595 1.11.650 0., 173 0.31.9 830 370 0.09878 80.61 lt.lt 1.5.516 63.990 1.15581 ,171 0.331 850 380 0.10397 87.22 1..1 1.7.777 67.223 1.161.1.3 0,, 169 0.316 869

390 0.10897 93.53 3.9 1.9.91.8 70.329 1.17250 0,. 166 0.305 887

1.0 0.11381 99.58 3.7 52.01.7 73.332 1.18010 0., 167 0.296 905 mo 0.11850 105.1.1 3.5 51*. 087 76.251 1.18731 , 166 0.288 922

1.2 0.12308 111.05 3.3 56.078 79.098 1.191.17 0.,165 0.282 938

1.3 0.12756 116.51 3.2 58.026 81.885 1.20073 0.,161. 0.276 953

1*1.0 0.13195 121.83 3.0 59.91.2 81. .621 1.20702 , 163 0.271 968

1.5 0.13627 127.02 2.9 61.826 87.312 1.21307 .163 0.267 983

1.60 0.11*051 132.09 2.8 63.681* 89.961. 1.21890 ,162 0.263 997

1.7 0.11.1.70 137.06 2.7 65.518 92.581 1.221.52 0,,162 0.260 1011

1.80 0.11*883 11*1.93 2.6 67.333 95.168 1.22997 .161 0.257 1021.

1*90 0.15292 11.6.72 2.5 69.129 97.729 1.23525 0.,161 0.255 1038

50 0.15696 151.1.3 2.5 70.910 100.265 1.21.038 0,,161 0.253 1051

510 0.16096 156.07 2.1. 72.677 102.781 1.21.536 0,, 160 0.251 1063

520 0.161.93 160.65 2.3 71.. 1.31 105.277 1.25020 ,160 0.21.9 10 76

53 0.16887 165.17 2.3 76.175 107.757 1.251.93 0,,160 0.21.7 1088

51.0 0.17277 169.61. 2.2 77.909 110.221 1.25953 0., 16 0.21.6 1100

55 0.17665 171*. 06 2.2 79.631* 112.67.2 1.261.03 0.,160 0.21.1. 1112

560 0.18051 178.1.1. 2.1 81.352 115.111 1.2681.3 0., 159 0.21.3 1123

570 0.181.31. 182.77 2.1 83.061. 117.51.0 1.27272 D ,159 0.21.2 1135

580 0.18815 187.07 2.0 81.. 770 119.958 1.27693 0,,159 0.21.1 111.6

590 0.19191. 191.31* 2.0 66.1*71 122.369 1.28105 0,,159 0.21.1 1157

60 0.19571 195.57 1.9 88.168 121.. 771 1.28509 0,,159 0.21.0 1168

TWO-PHASE 80UN0ARY
1010 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

DES. R LB/CU FT

(DH/DV)p V(OP/OU>

v -\MDP/OV>

T 3TU/LB PSIA-CU FT/BTU PSIA

•(OV/DT1/V THERMAL VISCOSITY THERMAL OIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT DEC R BTU/FT-HR-R LB/FT-S£C SQ FT/HR

X 10

S

PRANOTL

NUMBER

99. 261. 81 82831 219 01 11. 598 176165 li. 0. 0018076 11211. 1.3 01.8 0031.6 1.57078 5 1.709 100 81 7191.6 218 57 11. 566 171.785 23 0. 0018111 11191* i« 2 1.50 0031.E 1.56991 5 i*0i.l 10 5 80 97791. 215 5". l<t 31.6 165609 1.1 0C18353 11051 38 621 0031.5 1.56395 1* 9769

110 80 23318 212 1.7 Ik 118 156779 25 0018608 10900 35. 173 0031.1. 1.55798 I* 5926

115 79 1.81.86 209 36 13 881. 11.8281. 52 0016677 1071.2 3Z 066 0031.2 1.55200 (* 21.69 120 78 73263 206 20 13 61.5 11.0115 13 0C19161 10578 29 268 0031.0 1.51*600 3 9356

125 77 97612 202 99 13 1.00 132261 2 00191.62 101.07 26 71.7 00338 1.53998 3 6552

130 77 211.90 199 71. 13 150 121.713 00 .1 0019782 D 10232 21. 1.77 00335 1.53391* 3 1.027 135 76 1.1.852 196 1.3 12 896 1171.60 98 0020122 10051 22 1.31 00333 1.52787 3 1751.

1<»0 75 6761.6 193. 06 12 639 1101.95 77 0. 00201.81. 09866 20 587 00330 1.52178 2 9707

11.5 71. 89816 189 63 12 379 103808 20 0020872 09678 18 926 00326 1.51565 2 7866

150 71. 11297 186 15 12 117 97389 27 0021286 091.86 17 1*29 00323 1.5091*8 2 6212

155 73 32021 182 59 11 853 91230 21 0. 0021735 09291 16 060 00319 1.50327 2 1.727 16 72 51910 178 97 11 589 85322 1.3 1 0022217 09093 1

i. 863 00315 1.1*9702 2 3397

16 5 71 70876 175 27 11 321. 7 965 7 55 0022738 08893 13 766 00311 1.1*9070 2 2209

17 70 88821 171 50 11 059 71.227 i* i 0. 0023301. 08691 1? 777 00307 1.1*81*33 2 1152

175 70 05636 167 65 10 791. 69021. 16 0023921 081.86 1 1 881. 00302 1.1.7789 2 0211.

18 69 21197 163 72 10 530 61.01.0 09 0021.591. 08283 1 1 078 00297 1.1.7137 1 9388

185 68 35361. 159 69 10 268 59267 60 0025331. 08076 i a 350 00292 1.1.61.76 1 .8665

19 67 1.7976 155 57 10 008 54700 20 2611.6 07869 9 693 (1 00287 1.1.5805 1 6039

195 66 58852 151 36 9 71.9 50330 50 002701.9 07660 9 098 00281 1.1.5123 1 7505

20 65 67783 11.7 01. 9 1.92 1.6152 21. 0028052 071.51 8 560 00275 1.1.1*1*28 1 ,7059 205 61. 71.527 11.2 60 9 .237 1.2159 39 0029173 0721.0 a 072 00269 1.1.3718 1 .6697 210 63 78802 138 06 8 981. 3831.6 31. 00301.33 07029 7 629 00262 1.1.2993 1 61.19 215 62. 80279 133 39 8 732 31.708 05 0031660 06816 7 227 00255 1.1.221.9 1 .6222

220 61 78569 128 60 8 1.80 3121.0 08 00331.87 06603 6 861 0021.8 1.1.11*83 1 .6109 225 60 73208 123 68 9 228 27938 85 0035356 05386 6 526 0021.1 1.1*0693 1 6082

230 59 63639 118 63 7 97 2 21.801 78 0037523 06172 6 220 00233 1.39871* 1 611.9 235 58 1.7879 111. 57 7 1.97 21750 61* 001*0130 05952 5 935 00221 1.39012 1 .6501.

21.0 57 27567 109 1.3 7 215 19013 82 001.2983 05732 5 713 00213 1.38121 1 .6877

21.5 56 00911 101. 04 6 932 161.07 95 001.61.83 05510 5 501. 00203 1.37186 1 .7390

250 51. 66509 98 1.8 5 631. 13956 69 0050760 05286 5 289 00193 1.36199 1 8008

255 53 22531 92 77 6 327 11663 1*1 0056167 05057 5 068 00182 1.3511*7 1 .8805

26 51 6671.3 86 70 5 956 9522 29 0062631. 01.821. '. 839 00171 1.31*015 1 .9669 265 1.9 95383 80 1.7 5 601. 7529 65 00721.18 01.581. I. 597 00157 1.32777 2 .1039

270 1.8 03521 73 75 5 182 5731 90 0085019 01*333 1* 31.1 0011.1. 1.311*00 2 .2610 275 1.5 8161.8 66 75 i. 765 1.098 63 010S312 01*095 <« 061 00127 1.29820 2 .5091. 28 1.3. 13961. 59 07 i. 272 2679 31 0138289 03952 3 71.6 00112 1.27930 2 7880

285 39 68300 51 10 3 739 1505 52 0201.519 0381.2 3 375 00093 1.25518 3 .301.9 290 31. 69995 1.3 05 3 081 673 03 0353026 03763 2 903 00071 1.22095 l» .2220

295 27 80268 37 63 2 630 31.0 31 u 01*93216 U 031.62 2 358 00067 1.171.63 1* .5515

300 22 371.37 37 53 2 567 351. 12 0356665 D 02927 2 006 00098 1.13902 3 .3025 310 17 3781.1. 1.0 77 2 581. 1.91 87 018351.3 02256 1 739 00173 1.10690 2 .0767

320 11. 95361. 1.1. 53 2 595 590 65 012511.0 02001 1 633 0021.0 1.09151. 1 .6371

33 13 1.0568 1.8 12 2 588 661 26 00961.17 01871. 1 578 u 00301 1.06181 1 .1.060

31.0 12 28761 51 62 2 .571. 715 .12 0079180 01801 1 51.6 00359 1.071.62 1 .2627

350 11 1.1981 51. 99 2 562 755 91 0067973 01757 1 527 001.12 1.0691.1 1 .1691

36 10 711.65 58 28 2 .51.9 788 .86 0059901. 01730 1 516 001.62 1.06501. 1 .1015

37 10 12388 61 1.9 2 .536 816 05 0053787 01710 1 511 00511 1.06138 1 .0519

380 9 61772 61. 62 2 .523 838 .88 001.6972 01698 1 510 00558 1.05825 1 .0129

390 9 17653 67 69 2 .511 858 29 001.5071 01692 1 512 00601. 1.05553 .9811.

1.0 8 78672 70 70 7 .1.99 875 00 001.1639 01690 1 516 00650 1.05313 li .9551.

1.10 8 1.381.9 73 66 2 .1.88 889 50 0U39112 01692 1 523 00696 1.05099 .9336

1.2 8 121.53 76 57 1 .1.78 902 20 0U36776 01595 1 530 0071.1 1.01.906 .915C

1.3 7 83929 79 1.3 2 .1.69 913 38 0031.71.9 01701 1 539 00766 1.01.731 .8990

1*1.0 7 5781.3 82 25 ? .1.60 923 30 0032973 01709 1 51.9 00832 1.01*571 .8651

1.50 7 33850 85 01. 2 1.52 932 .11. 00311*01 01718 1 560 00877 1.01* 1,21, 8729

1.6 7 11672 87 80 2 .1.1.1. 91.0 05 0029999 01728 1 571 00922 1.1)1*289 .8621

1.7 6 91082 90 52 2 .1.37 91.7 .17 002871.0 01739 1 583 00967 1.01*163 .8526

1.80 6 71892 93 23 2 .1.30 953 61 0027602 .01751 1 596 01013 1.01*01*6 .81*1.1

1.9 6 5391.3 95 91 2 .1.2 3 959 1.1. 0026567 .01761. 1 609 .01059 1.03936 .8365

50 6 37101. 98 .57 2 .1.17 961. .75 0025622 01777 1 622 01105 1.03633 .8297

510 6 21261 101 22 2 .1.11 969 59 0021.751. 01787 1 63 5 .0111.8 1.03737 .6253

520 6 06316 103 .85 2 .1.0 5 971* 03 0023955 01803 1 61.9 .01195 1.0361*6 .6192

53 5 92186 106 l»7 2 .399 978 .11 0023215 .01819 1 663 0121.2 1.03560 u .8137

51.0 5 78796 109 09 3 .393 981 .86 0022528 01835 1 67 7 .01290 1.031*79 .8087

55 5 56088 111 69 2 .388 985 .33 0021888 .01851 1 691 .01337 1.03401 .801.3 560 5 .51.000 111. .30 2 .382 988 .51. 0021290 ,01867 1 706 .01385 1.03328 .8003

57 5 1.21.83 116 .90 2 .377 991 .52 0020730 .01881. 1 720 .011.33 1.03256 .7967

580 5 .311.91. 119 .50 2 .371 991. .29 0020201. .01901 1 .735 .011*81 1.03191 .7931*

59 5 20991. 122 09 2 .365 996 .87 0019708 .01917 1 750 .01529 1.03127 .7905

600 5 .1091.7 121. .69 2 .360 999 .28 001921.1 .01931. 1 761. .01578 1.03067 .7879

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1020 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM DERIVATIVE

I30CHORE DERIVATIVEINTERNAL

ENERGY ENTHALPY ENTROPY c V

Cp VELOCITY

OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R 8TU/L3 BTU/LB BTU/LB-R 8TU / LB -R FT/SEC

* 99.278 0.01222 2 15 3. ".8 318.1. -83.056 -80.748 0.50281 0, 267 0.396 3849

100 0.01221. 2139.73 316.6 -82.774 -80.463 0.50568 0. 266 0.396 3 841

10 5 0.01235 2046.01 301.. -80.816 -78.484 0.52498 0.,262 0.396 3786

110 0.0121.6 195".. 96 291.8 -78.861 -76.507 0.54338 0.,258 0.395 3729

115 0.01258 1866. ".9 280.0 -76.907 -74.531 0.56095 0,,254 0.395 3670

12 0.01270 1780.57 268.5 -74.954 -72.555 0.57777 0,,250 0.395 3611

12 5 0.01282 1697.13 257.5 -73.001 -70.579 0.59389 0, 246 0.395 3551

13 0.01295 1616.11 21.6. 8 -71.050 -68.604 0.60939 0.,243 0.395 3489

135 0.01308 1537. ".5 236.1. -69.098 -66.628 0.62430 0.,240 0.395 3427

li*0 0.01321 1461.11 226.". -67.147 -64.651 0.63868 0,,237 0.395 3363

li(5 0.01335 1387.01 216.7 -65.195 -62.673 .65256 0.,234 0.3 96 3299

150 0.0131.9 1315.10 207.". -63.241 -60 .693 0.66599 0,,231 0.396 3234

155 0.01361. 1245.32 198.3 -61.286 -58.710 0.67899 0.,228 0.397 3168

160 0.01379 1177.62 189.6 -59.328 -56.724 0.69160 0.,226 0.398 3101

16 5 0.01391. 1111.91. 181.2 -57.367 -54.733 0.70385 0,,223 0.398 3033

170 0.011.10 101*8.21 173.0 -55.402 -52.738 0.71576 0.,221 0.400 2965

175 0.011.27 986.1.0 165.2 -53.432 -50.736 0.72736 0,,218 0.401 2897

180 0.011.1.5 926.".3 157.6 -51.456 -48.728 0.73868 0.,216 0.403 2827

185 a. 01*63 868.25 150.2 -49.473 -46.710 .74974 .214 .404 2758

190 0. 011.82 811.82 143.1 -47.481 -44.682 .76056 0,, 212 0.407 2687

195 0.01501 757.07 136.2 -45.479 -42.643 0.77115 ,210 0.409 2616

200 0.01522 7 3.96 129.5 -43.464 -40.589 0.78156 , 208 0.412 2 544 205 0.015i*i* 652. 1.1* 123.1 -41.435 -38.519 0.79178 a., 206 0.416 2472

210 0.01567 602.1*7 116.8 -39.390 -36.429 0.80185 0,, 204 0.420 2399

215 0.01592 551*. 00 110.7 -37.324 -34.318 0.81179 .202 0.425 2325

220 0.01618 507.00 10"..-35.235 -32.179 0.82162 0.,200 0.430 2250 225 0.0161.6 1.61.1.6 98.9 -33.118 -30.010 0.83137 0., 198 0.437 2174

23 0.01676 1.17.31. 93.2 -30.969 -27.803 0.84106 0,, 196 0.445 2096

235 0.01709 373.1.0 87.4 -28.753 -25.524 0.85087 .199 0.459 1997

240 0.0171.5 333.1.5 81.9 -26.494 -23.198 .86066 0., 198 0.470 1916

2^.5 0.01781. 29".. ".8 76. 4 -24.184 -20 .814 0.87049 0,, 196 0.483 1831

250 0.01828 256.90 71.0 -21.811 -18.359 0.88041 0,,195 0.499 1743 255 0.01877 220.77 65.7 -19.359 -15.814 0.89049 0,.195 0.520 1653

260 0.01933 186.01 60.0 -16.810 -13.158 0.90081 0.,194 0.543 1551

26 5 0.01999 152.52 54.8 -14.128 -10.352 0.91149 0,,195 0.580 1451

270 0.02078 121.18 49.0 -11.276 -7.350 0.92272 0,,196 0.623 1337

275 0.02177 91.38 43.5 -8.173 -4.061 0.93479 . 198 0.696 1222

280 0.02310 6".. 09 37.4 -4.693 -0.331 0.94823 0.. 201 0.805 1091 285 0.02501. 39.9". 31.3 -0.580 4.149 .96408 0,.207 1.016 954

29 0.0281.1 21.12 24.4 4.763 10 .130 .98487 .221 1.442 800

295 0.031.96 12.85 17.4 11.895 18.1.99 1.01348 .228 1.811 687

300 0.01*31*5 15.53 13.1 18.477 26.685 1.04100 0., 221 1.380 671

310 0.05638 27.72 9.3 26.154 36.804 1.07425 0,, 202 0.767 699

32 0.06575 38.96 7.6 30.903 43.323 1.09497 0.. 191 0.566 732

330 0.0731.8 ".8.82 6.5 34.567 48.445 1.11074 0.. 184 0.470 760

31.0 0.08026 57.75 5.8 37.671 52.829 1.12383 0,,179 0.412 785

35 0.0861.2 65.78 5.2 40.440 56.763 1.13524 0..176 0.377 808 360 0.09216 73.25 4.8 42.988 60.395 1.14547 0.,173 0.351 830

37 0.09758 80.27 4.5 45.378 63.809 1.15483 . 17i 0.332 650 380 0.10275 86.91 4.2 47.651 67.057 1.16349 0,.169 0.318 869

390 0.10772 93.25 3.9 49.831 70.176 1.17159 0,. 168 0.306 887

<f0o 0.11252 99.32 3.7 51.938 73.190 1.17922 0,. 167 0.297 905

1.10 0.11719 105.17 3.5 53.984 76.118 1.18645 0.. 166 0.289 922

1.2 0.12173 110.83 3.4 55.981 78.974 1.19334 0.,165 0.282 938

1.30 0.12618 116.31 3.2 57.936 81.769 1.19991 0,. 164 0.277 953

1*1.0 0.1305". 121.65 3.1 59.655 84.511 1.20622 0..163 0.272 968

1.5 0.131.82 126.85 3.0 61.743 87.208 1.21228 0..163 0.268 983

1.60 0.13903 131.9". 2.9 63.604 89.865 1.21812 .162 0.264 997

t.7 0.11.319 136.92 2.8 65.442 92.487 1.22376 0..162 0.261 1011

1.80 0.11.729 I'll. 80 2.7 67.259 95.079 1.22921 0,, 161 0.258 1025

1.9 0.1513". 11*6.60 2.6 69.059 97.643 1.23450 . 161 0.255 1038

500 0.15535 151.32 2.5 70.842 100.184 1.23963 0.,161 0.253 1051

510 0.15932 155.98 2.4 72.611 102.702 1.24462 0..160 0.251 1064

52 0.16325 160.56 2.4 74.367 105.202 1.24948 0., 16 0.249 1076

530 0.16716 165.10 2.3 76.113 107.685 1.25420 .160 0.247 1088

51.0 0.17103 169.57 2.2 77.849 110.152 1.25882 . 160 0.246 1100

550 0.17"t88 171*. 01 2.2 79.576 112.606 1.26332 . 16 0.245 1112

560 0.17870 178.39 2.1 81.295 115.047 1.26772 .159 0.244 1124

570 0.18250 182.71. 2.1 83.008 117.478 1.27202 , 159 0.243 1135

580 0.18628 187.05 2.0 84.716 119.899 1.27623 .159 0.242 1146

590 0.19003 191 .32 2.0 86.418 122.311 1.28035 0,.159 0.241 1157

600 0.19378 195.56 1.9 88.116 124.715 1.28440 0..159 0.240 1163

TWO-PHASE BOUNDARY
1020 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY DEC R LB/CU FT BTU/LB PSIA-3U FT/BTU PSIA

(DV/0T1/V THERMAL VISCOSITY THERMAL DIELECTRIC T CONDUCTIVITY DIFFUSIVITY CONSTANT DEC R BTU/FT-HR-R LB/FT-S£C SQ FT/HR

X 105

PRANDTL NUMBER

99.278 81 83086

100 81 721.13 105 80 98283

110 80 23829

115 79 1.9021 120 78 73825

125 77 98201

130 77 22109

135 76 1.5503

11.0 75 68331

lt5 71. 90537

15 71. 12058

155 73 32825

16 72 52760

165 71 71776

170 70 39776

175 70 06651

180 6 9 22277

185 68 36516

19 67 1.9209

195 66 60171. 200 65 69205

205 61. 76061

210 63 801.61. 215 62 82085

220 61 805l.it 225 60 75379

230 59 66039

235 58 50563

2t0 57. 30573

2<*5 56 01.316 25 5<l 701.13 255 53 27077

260 51 7211.1. 265 50 01978

270 1.8 11837

275 1.5 92708

280 1.3 29815

28 5 39 93981. 290 35 19392

295 28 60077

300 23 01251. 310 17 7351.1. 320 15 20852

33 13 6091.5 3t0 12 1.6011 350 11 57136

360 10 85082

370 10 21.820 380 9 73257

390 9 28361 MO 8 88728

tlO 8 5331.6

i»2 8 211.67

".3 7 92520

1.1.0 7 66058

1.5 7 1.1728

1.6 7 1921.7

1.7 6 98382

1.80 6 7891.1

1.9 6 60762

50 6 1.3710 510 6 27670

52 6 1251.3 530 5 9821.2

51*0 5 81.691. 55 5 .71831. 56 5 59605

570 5 .1.7955 580 5 .3681.0

590 5 26221

60 5 .16061

219.06

218.63

215.60

212.51.

209.1.3 206.27

203.07

199.82 196.51

193.15

189.72

186.21. 182.69

179.07

175.38

171.61 167.77

163. 81. 159.82

155.70

151.1.9

11.7.18 11.2.75 138.22 133.56

128.77

123.86

118.03

111.. 78 109.65

101.. 29 98.75

80. 85

71.. 18 67.25

59.69 51.85

1.3.91.

38 . It 37.61. 1.0.69 tt . tl 1.8.00 51.50

51.. 88 58.17

61.38

61.. 52 67.59

70 .60 73.56

76.U8

79.3". 82.17

81.. 96 87.72

90.1.5 93.15

95.81. 98.50 101.15

103.79

106.1.1 109.03

111.63

lilt. 21. 116.81. 119. 1.1.

122.01.

121.. 61.

11. 597 176220 79 0018071 0. 11215

It 566 17t867 t7 0. 001810t 0. 11195

It 3t6 165692 Ot 0, 00183t6 11052

11. 118 156862 28 0. 0016601 10901

13 885 11.8367 95 0018869 1071.1. 17 6t5 lt0198 98 0. 0019153 10579

13 too 1323t5 ts 0ul9t53 10t09

13 150 12t797 71 0019772 10233

12 897 11751.6 13 0020111 10053

12 61.0 110581 38 0020t73 09868

12 380 10389t 23 00208 60 09680

12 118 97t75 8t 0021271. 09t88

11 851. 91317 27 0021720 09293

11 590 851.10 00 0022201 09095

11 325 7971.5 65 0022721 n 08896

11 060 71.316 08 0023285 0869t

10 795 69113 33 0C23899 c 08t91

10 532 6tl29 89 002t571 08286

10 270 59358 22 0025307 03079

10 009 5t791 25 0026118 07872

9 751 50t22 21 0027016 07663

9 t95 hbZk<i 65 002801t 7t5t

9 21.0 1.2252 52 0029129 072i.t

8 987 38ti»0 23 0030383 07033

8 736 3t802 71 0031802 06820

8 t85 31335 56 0033tl8 06607

8 231. 28035 16 003527t 06393

7 979 21.898 93 0037t2t 06177

7 503 2181.5 95 OOtOOlO 05957

7 223 19108 38 0. 001*281.1 05738

j 939 16503 57 001.6296 05516

6 6t3 11.053 28 0050518 05292

6 338 11760 59 0055866 05065

5 96 8 9620 51 0062380 0t833

5 621 7628 83 0071768 01.593

5 202 5830 78 00 83999 01*31.5

t 790 1.196 99 0. 0103530 0tl02

t 306 2775 17 013t81t 03958

3 766 1595 38 0195889 038t3

3 ,lt3 7t3 33 0328189 03758

2 671 367 52 0. 0t7i.806 03t91

2 581 357 '3 i 0366617 02989

2 592 t91 69 0188t86 02291

2 60 1 592 50 0127519 02022

2 591. 66t t5 0097807 01890

H 579 719 56 0080077 01813

2 567 761 21 0068613 01767

? .551. 79t 83 006038t 01738

2 51.1 822 58 005tl61 01718

2 .527 81.5 85 00t9271 01705

2 515 865 65 0045316 01699

? .503 882 68 00t20i.2 01696

2 .1.92 897 t6 C039283 01697

2 .1.82 910 • to 0036922 01701

2 .1.72 921 79 003t875 01706

2 .1.63 931 .89 0033083 01711.

2 .1.55 9tO 89 0031t97 01723

2 .tl.7 91(8 .95 003008t 01733

2 . tto 956 .20 0028815 017tt

2 .t33 962 7t 0027669 01755

2 .t26 968 68 0026628 01768

2 1.2 97t 08 0025676 01781

2 .tit 979 .01 0U2t80t 01791

2 .t08 983 53 0021.000 01806

2 . t02 987 .68 0023256 01822

2 .396 991 .50 0022565 01838

2 .391 995 .02 0021922 0185t

2 .385 998 .29 0021322 01870

2 .379 1001 .32 0020759 01887

2 .371. lOOt .It 0020231 01903

2 .368 1006 77 001973t 01920

2 .362 1009 .22 001926t 01937

1* ( 062 003t6 1 57080 5 1.722

1.2 1.76 0031.6 1 56995 5 1*066 38 6t5 003t5 1. 56399 t 9792

35 195 003tt 1. 55802 1. 59t8

32 087 0031.2 1 55201. t 21.89

2 9 268 0031.0 1 5t60t 3 9375

26 766 0033B 1 5t003 3 6570

2t t9t 00335 1 53399 3 t Ott 22 1.1.7 00333 1 52792 3 1769

2 60 3 00330 1 52183 2 9721

18 9tl 00327 1. 51571 2 7879

17 1.1.3 00323 1 50951. 2 6221. 16 093 00319 1 50331. 2 1.738 It 876 00315 1 t9708 2 3t07

1 3 778 00311 1 t9077 2 2218

12 788 00307 1 1.81*1*1 2 1160

1 1 89t 00302 1 t7797 2 0221

11 088 00297 1 l*71t5 1 939t

10 360 00292 1 1.61.85 1 8670

9 702 00287 1 1.5811. 1 801.3

9 107 00261 1 1.5133 1 .7508

s 558 00275 1 ttt39 1 7061

8 080 00269 1 1.3730 1 6698

7 637 00262 1 t3005 1 6tl7

7 231* 00256 1 1.2262 1 .6219

6 858 002t8 1 itli.98 1 6103

6 533 002tl 1 1.0709 1 6071.

6 226 00233 1 39892 1 .6137

5 9tl 00222 1 39032 1 ,6t87

5 719 00213 1 381t3 1 .6855

5 510 00201* 1 37211 1 .7360

5 296 00191. 1 36228 1 7971

5 075 00183 1 35180 1 ,3757

t 81.7 00172 1 31.051. 1 .9601

t 607 00158 1 32825 2 .09t9

t 352 001t5 1 31t60 2 .21.72

t 075 00128 1 29898 2 .t901

3 765 00111. 1 280t2 2 .7556

3 tO 2 00095 1 25696 3 .2370

2 91.7 00071. 1 .221.32 t .0722

2 tl? 00067 1 17993 t .5132

2 01*6 0009t 1 11.317 3 .t005

1 759 00168 1 10 918 2 .1200

1 61*7 00235 1 .09315 1 .6602

1 588 00296 1 08309 1 .t206

1 551. 00353 1 37590 1 .2728

1 53t OOtOf. 1 .07036 1 .1767

1 523 00t56 1 06588 1 .1075

1 517 0050t 1 06215 1 .0567

1 516 00551 1 05896 1 .0170

1 517 00597 1 .05619 .98t9

1 521 006t3 1 .05375 .958t

1 527 00688 1 .05157 .9363

1 535 00733 1 .0t961 .9171.

1 5l.t 00778 1 .0 t781* .9011

1 553 00823 1 .0t621 .8870

1 56t 00868 1 ,0i*t72 .871.6

1 575 00913 1 .01.335 .8637

1 587 .00956 1 .01*207 .851.0

1 599 01003 1 .0t089 • 8t5l*

1 612 oiote 1 .03978 .8377

1 625 0109t 1 0387t .8308

1 639 01137 1 .03776 a • 826t

1 652 oust 1 .03681. .8202

1 666 01231 1 .03597 .811*6

1 680 01278 1 03511. .8096

1 69t 01325 1 .03t36 .8051

1 709 01372 1 .03362 .8010

1 723 011.20 1 03291 .7971.

1 738 .01t67 1 .03221. .79tl

1 752 .01515 1 .03159 .7911

1 767 01563 1 .03098 .7885

THO-PHASE 80UNDARY
THERMOOYNAMIC PROPERTIES OF OXYGEN

1030 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY cv

Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND DEC R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L9 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 99.293 0.01222 2151.. 09 318.1. -83.055 -80.721. 0.50282 0..267 0.396 3 81.9 100 0.01221. 211.0.61 316.6 -82.778 -60 .1.1.1. 0.50561. , 266 0.3 96 3 81.2 105 0.01235 201.6.91 301.. -80.821 -78 .1.66 0.521.91. .262 0.396 3786

110 0.0121.6 1955.87 291.8 -78.865 -76.1.89 0.51.331. 0,,258 0.395 3729

115 0.01258 1867.1.2 280.0 -76.912 -71.. 512 0.56090 .251. 0.395 3671

120 0.01270 1781.51 268.6 -71.. 959 -72.537 0.57772 .250 0.395 3612

12 5 0.01282 1698.08 257.5 -73.007 -70.561 .59385 ,2i»6 0.395 3551

130 0.01295 1617. 08 21.6.6 -71.056 -68.586 0.60931. .21.3 0.395 3490 135 0.01308 1538.1.1. 236.5 -69.105 -66.610 0.621.25 . 21.0 0.395 31.27

l<t0 0.01321 11.62 .11 2 26.1. -67.151. -61.. 631. 0.63863 .237 0.395 3361.

11.5 0.01335 1388.02 216.8 -65.202 -62.656 0.65251 0,.231. 0.396 3300

15 0.0131.9 1316. 13 207.1. -63.21.9 -6G.676 0.66593 .231 0.396 3231. 155 0.01361. 121.6.37 198.1. -61.291. -58.693 0.67893 0.. 226 0.397 3168

16 0.01379 1178.69 189.7 -59.337 -56.707 0.69151. .226 0.397 3102

165 0.01391. 1113.03 181. 3 -57.376 -51.. 717 0.70379 .223 0.398 3031. 17 0.011.10 101.9.32 173.1 -55.1.12 -52.722 0.71570 ,221 0.1.00 2 966 175 0.011.27 987.53 165.2 -53.1.1.3 -50.721 0.72730 .218 0.1.01 2 898 180 0.011.1.1. 927.58 157.6 -51.1.68 -1.8.713 0.73862 0,.216 0.1.02 2829

18 5 0.011.62 869.1.3 150.3 -1.9.1.85 -1.6.696 0.71.967 .211. 0.1*01. 2759

19 0.011.81 813.02 11.3.2 -1.7.1.91. -1.1.. 669 0.7601.8 0..212 0.1.07 2688

195 0.01501 758.30 136.3 -1.5.1.93 -1.2.630 0.77108 0.,210 .1.09 2618

200 0.01522 705.21 129.6 -1.3.1.79 -1.0 .577 0.7811.8 0.,208 0.1.12 251.6 20 5 0.0151.1. 653.72 123.2 -1.1.1.52 -38.507 0.79170 .206 0.1.16 21.71. 210 0.01567 603.78 116.9 -39.1.07 -36.1.19 0.80177 0., 201. 0.1.20 21.01 215 0.01591 555.35 110.8 -37.31.3 -31.. 308 0.81170 .202 0.1.21. 2327

22 0.01617 508 .38 101.. a -35.256 -32.171 0.82152 0,,200 0.1.30 2252

225 0.0161.5 1.62.87 99. -33.11.2 -30.003 0.83126 , 198 0.1.37 2175

23 0.01675 1.18.80 93.3 -30.991. -27.799 0.81.095 0., 196 0.1.1.1. 2098

235 0.01708 371.. 85 87.5 -28.781 -25.522 0.85071. ,199 0.1.59 2000

2".0 0.0171.1. 331.. 92 82.0 -26.525 -23.199 0.86052 0,,198 0.1.69 1919

21*5 0.01783 296.00 76.5 -21.. 220 -20.819 0.87031. 0.,196 0.1.82 1631. 25 0.01827 258.1.8 71.1 -21.851 -18.367 0.88021. 0,,195 0.1.98 171,7 25 5 0.01876 222.1.3 65.9 -19.1.06 -15.828 0.89030 0.,195 0.519 1657

260 0.01931 187.71 60.2 -16.861. -13.180 0.90058 ,191. 0.51.1 1556

265 0.01997 151.. 29 55.0 -lit. 193 -10.385 0.91123 ,195 0.578 11.57 27 0.02075 123.01 1.9.2 -11.356 -7.399 0.92239 ,196 0.619 131.1. 275 0.02172 93.30 1.3.7 -8.277 -1..131. 0. 931.38 ,197 .690 1229

280 0.02301 66.06 37.8 -1..837 -0.1.1.8 .91.766 0,,200 0.793 1101

285 0.021.89 1.1.93 31.7 -0.80 3 3.91.3 0.96320 0,,206 0.989 966

29 0.02805 22.87 25.0 1..355 9.705 0.98323 0..219 1.371. 815

295 0.031.06 13.60 18.1 11.188 17.685 1.01050 0,,22 7 1.755 698

30 0.01*226 15.32 13.6 17.821 25.882 1.03806 0.,221 1.1.16 671. 310 0.05525 27.17 9.5 25.757 36.295 1.07227 0.,202 0.786 699

32 0.061.65 38.1.2 7.7 30 .616 1.2.91.7 1.0931.1 0.. 191 0.576 732

330 0.07238 1*8.32 6.6 31.. 336 1.8.H.2 1.1091.1 ,181. 0.1.75 759

3"t0 0.07915 57.31 5.9 37.1.76 52.573 1.12265 0,, 180 0.1.16 781. 35 0.08530 65.38 5.3 1.0.269 56.538 1.131.H. ,176 0.379 808 360 0.09101 72.88 1..9 1.2.835 60.191. 1.11.1.1.1. 0,,173 0.353 830

37 0.0961.0 7 9.93 !». 5 1.5.21.0 63.627 1.15385 0,, 171 0.331. 850

38 0.10155 86.60 1..2 1.7.521. 66.891 1.16256 Or,170 0.319 869

390 0.1061.8 92.96 1..0 1.9.713 70.023 1.17069 0.,168 0.307 867

<fO D 0.11126 99.06 3.8 51.828 73.01.6 1.17835 0,,167 0.298 905

1.10 0.11589 101.. 93 3.6 53.882 75.986 1.18561 0,, 166 0.290 922

1.2 0.1201.1 110.61 3.1. 55.881. 78.850 1.19251 0,,165 0.283 938

1.3 0.121.82 116.11 3.3 57.81.1. 81.652 1.19910 0,, 161. 0.277 953

1.1.O 0.12915 121.1.6 3.1 59.768 81*. 1.01 1.2051.2 0,,163 0.272 969

1.5 0.1331.0 126.68 3.0 61.660 87.103 1.2111.9 0.,163 0.268 983

1.6 0.13758 131.78 2.9 63.525 89.766 1.21735 0.,162 0.261. 998

1.7 0.11.171 136.78 2.8 65.366 92.393 1.22300 0.,162 0.261 1011

1.8 0.11.577 11.1.67 2.7 67.186 91*. 989 1.2261.6 0,,161 0.258 1025

1.90 0.11.979 11.6.1.9 2.6 68.988 97.556 1.23376 0.,161 0.256 1038

500 0.15377 151.22 2.5 70.771. 100.102 1.23890 0,,161 0.253 1051

510 0.15771 155.88 2.5 72.51.5 102.621* 1.21.389 0,,160 0.251 1061. 52 0.16161 160.1.8 2.1. 71.. 301. 105.127 1.21.875 0, 160 0.21.9 1076

53 0.1651.8 165.02 2.3 76.051 107.613 1.2531.9 0.,160 0.21.8 1089

51.0 0.16932 169.51 2.3 77.788 110.083 1.25811 0,,160 0.21.6 1101 550 0.17311. 173.95 2. 2 79.517 112.539 1.26261 0. 160 0.21.5 1112

560 0.17693 178.35 2.2 81.238 111*. 983 1.26702 0,,159 0.21.1. 1121. 570 0.18069 182.70 2.1 82.953 117.1.16 1.27132 0. 159 0.21.3 1135

580 0.181.1.1. 187.02 2.1 81.. 661 119.839 1.27551. 0, 159 0.21.2 111.6

59 0.18817 191.30 2. 86.365 122.253 1.27966 0, 159 0.21.1 1158

600 0.19187 195.55 2.0 88.061. 121.. 660 1.28371 0.,159 0.21.0 1168

TWO-PHASE BOUNOARY
1030 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

DEG. R LB7CU FT BTU/L8 PSIA-3U FT/BTU PSIA

(DV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC

CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R L8/FT-SEC SQ FT/HR

X 10 5

PRANDTL NUMBER

99. 293 81 8331.2 219 12 14 597 176276 43 0018065 11215 43 077 00346 1.57082 5 4734

100 81 .72880 218 69 1>» 566 174949 70 0018098 11196 <<2 501 00346 1.56998 5 4092

105 80 .98771 215 67 li. 346 165774 66 u 0018340 11053 3 6 669 00345 1.56403 4 9816

110 80 21.31.1 212 61 11. 119 156945 29 0016594 10903 35 218 00344 1.55606 4 5970

115 79 1.9557 209 50 ! i 885 148451 37 0018862 10745 32 109 00342 1.55208 4 2510

120 78 71.386 206 35 13 645 140282 62 0019145 10581 2 9 308 00340 1.546U9 3 9394

12 5 77 98790 203 15 13 400 132429 73 0019445 10410 26 765 00338 1.54007 3 6587

130 77 22728 199 90 13 151 124882 40 0019763 10235 24 512 00335 1.53404 3 4060

135 76 1.6153 196 59 12 .897 117631 26 0020101 10054 22 464 00333 1.52798 3 ,1764

140 75 69015 193 23 12 640 110666 97 0020462 11 09870 20 619 00330 1.52189 2 9735

145 7". 91257 189 81 12 380 103980 33 0020648 09681 18 956 00327 1.51576 2 7892

150 74 12818 186 33 12 118 97562 37 a 0021261 09490 17 457 00323 1.50960 2 6236

155 73 .33627 182 79 11 855 91404 30 0021706 .09295 16 106 .00319 1.50340 2 .4749

16 72 53608 179 17 11 590 85497 54 0U22185 09098 14 886 .00316 1.49715 2 3417

165 71 72675 175 1.8 11 325 79833 72 (1 0022704 08898 13 790 00311 1.49084 2 .2228

17 70 90729 171 72 11 061 74404 69 0023266 08696 12 799 .00307 1.48446 2 1168

175 70 07661. 167 88 10 796 69202 56 0023678 08493 11 905 .00302 1.47804 2 .0228

180 69 23356 163 95 10 533 64219 65 0024547 08288 1 1 098 .00297 1.47153 1 ,940'd 185 68 37667 159 91. 10 271 59448 59 0025281 08082 i 369 00292 1.46493 1 8675

190 67 501.1.0 155 83 10 .011 54882 .25 0026089 07875 9 711 .00267 1.45624 1 .8047

195 66 611.91. 151 63 9 753 50513 87 0026982 07667 9 115 00281 1.45143 1 7511

200 65 70621. 11.7 32 9 .497 46336 9 g 0027976 07458 8 576 .00275 1.44449 1 .7062 205 6it 77592 11.2 90 9 243 42345 58 0. 0029085 07247 5 088 00259 1.43742 1 6696

210 63 82122 138 37 8 991 38534 U 3 0030333 07036 7 644 .00263 1.43018 1 .6416 215 62 83889 133 72 9 740 34897 2') 0031743 06825 7 242 00256 1.42276 1 6215

22 61 82511. 128 95 8 490 31430 94 0033349 06612 6 675 00249 1.41513 1 .6096 225 60 7751.2 121. 05 8 239 28131 36 0035193 1 06398 6 540 .00241 1.40725 1 .6066

230 59 681.31 119 03 7 985 24995 96 0037326 06182 6 233 00233 1.39910 1 .6126 235 58 53235 111. 99 7 509 21940 98 0U39890 05962 5 948 00222 1.39052 1 .6471 240 57 33565 109 88 7 230 19202 62 0042701 5743 5 724 00213 1.38165 1 6834

245 56 07703 101. 53 6 947 16599 4 0046111 05522 5 515 .00204 1.37236 1 .7330

25 54 71.291. 99 02 3 652 14149 69 0050261 05299 5, 302 00194 1.36256 1 7934

255 53 31590 93 37 6 349 11857 56 0055551 05072 5 083 .00183 1.35213 1 .8709

260 51 771.96 87 36 . 5 981 9718 47 0061937 04841 4 855 00173 1.34093 1 .9534 265 50 81.9 7 81 22 5 63 8 7727 52 0071134 04603 4 616 .00159 1.32872 2 .0861

270 1.8 20027 71. 61 5 222 5929 32 0083012 04355 4 363 .00146 1.31518 2 2338

275 1.6 03538 67 75 l. 815 4294 94 a 0101627 04109 4 089 00129 1.29975 2 .4715

280 1.3 1.5160 60 29 4 339 2870 53 c 0131569 03964 3 783 .00115 1.28150 2 ..7252 285 1.0 181*15 52 58 3 831 1685 3 0186108 3844 3 428 00097 1.25866 3 .1748 290 35 61.881. 1.1. 80 3 202 815 2 5 0306654 03754 2 989 .00077 1.22742 3 .9387

295 29 35768 38 70 2 715 399 36 (1 0453394 03514 2 474 00068 1.18496 4 .4465

300 23 66111. 37 80 2 .598 362 57 0374722 03049 2 086 00091 1.14739 3 .4914 310 18 09981. 1.0 63 2 599 491 73 0193467 02327 1 779 00164 1.11150 2 .1640 320 15 1.6702 1.1. 31 ? 608 594 16 0129933 02044 1 661 00230 1.09478 1 .6838

330 13 81532 i*7 89 2 599 667 62 0099214 c 01905 1 599 .00290 1.06438 1 .4355

340 12 63391. 51 39 2 585 724 00 0080982 01826 1 563 00347 1.07698 1 2829

350 11 72381. 51. 76 2 572 766 49 0069257 01778 1 542 .00400 1.07131 1 .1843

36 10 98769 58 05 2 559 600 80 0060666 01747 1 530 00450 1.06673 1 .1135

370 10 37305 61 27 2 545 829 09 0054536 01726 1 523 .00498 1.06292 1 ,0616

360 9 81.781. 61. 1.1 2 532 852 8 3 0049571 (1 01713 1 521 n 00545 1.05967 1 .0211

39 9 39102 67 1.9 2 519 873 01 0C45560 01705 1 523 00591 1.05685 .9884

1*0 8 98809 70 51 2 507 890 36 0042246 01702 1 526 00636 1.05437 .9615

410 8 62866 73 1.7 2 496 905 42 0. 0039454 01703 1 532 00681 1.05216 .9369

42 8 30500 76 39 2 486 918 59 0037068 1' 01706 1 539 00725 1.05017 9198 «0 8 01125 79 26 2 476 930 19 0035001 01711 1 548 00770 1.04836 .9033 MO 7 71.231. 82 09 2 467 940 48 0033192 01716 1 557 00815 1.04672 .8889

1.5 7 1*9617 81. 88 2 458 949 64 0031593 01727 1 568 00859 1.04521 .8764

46 7 26831 87 61. 2 451 957 84 0. 0030169 01737 1 579 00904 1.04381 .8653

47 7 05690 90 37 2 443 965 22 1! 0028891 01748 1 591 .00949 1.04252 ,6555

480 6 85996 93 08 2 436 971 88 0027736 01759 1 603 00993 1.04132 .8468

i»90 6 67586 95 77 2 .429 977 92 0026688 01772 1 615 01036 1.04019 .8389

50 6 50321 98 43 2 423 983 42 0025731 01785 1 628 01084 1.03914 .8319 510 6 31.083 101 .08 2 .417 988 43 g 0024853 01794 1 642 .01126 1.03815 .8275

52 6 18772 103 72 2 .411 993 03 0024044 01810 t 655 .01173 1.03722 .8212

530 6 01.301 106 35 2 405 997 25 0023296 01825 1 669 01219 1.03634 .8155

51.0 5 90593 108 96 2 .399 1001 13 0022603 01841 1 683 .01266 1.03550 .8105

550 5 77582 111 57 2 .393 1004 72 0021957 01657 1 697 01313 1.03471 .6059

56 5 65211 111. .18 2 .388 1008 04 0021353 0, 01873 1 711 01359 1.03396 ,8018

57 5 531.28 116 .78 2 .382 1011 12 0020788 01890 1 726 .01407 1.03324 ,7981

580 5 1.2187 119 .38 2 .377 1013 99 0020258 01906 1 740 D .01454 1.03256 .7946

590 5 311.1.8 121 98 2 .371 1016 66 0019759 01923 1 755 .01501 1.03191 ,7918

60 5 21174 121. 58 2 .365 1019 16 0019287 01940 1 770 .01549 1.03129 .7891

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1040 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY V

c

p VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUNO

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R 8TU/L3 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 99.307 0.01222 2151.. 70 318.5 -63.053 -6G.700 0.50281, 0. 267 0.396 3850

100 0.01223 211,1.50 316.7 -82.782 -80.1,26 0.50559 0. 266 .396 3 81,2 105 0.01235 201,7.81 301,.

-80.825 -78.1,1,7 0.521,90 C, 262 0.396 3787

110 0.0121.6 1956.77 291.9 -78.870 -76.1,70 0.51,329 0. 258 0.395 3730

115 0.01258 1868.31, 280.1 -76.916 -71,. 1,91, 0.56086 0. 251, 0.395 3672

120 0.01270 1782.1,5 268.6 -71.. 964 -72.519 0.57768 0.,250 0.3 95 3612

125 0.01282 1699.03 257.6 -73.013 -7G .51,3 0.59380 0. 21,6 0.395 3552

130 0.01295 1618.0", 21,6.8 -71.062 -68.568 0.60929 0, 243 0.395 31,91 135 0.01308 1539.1.2 236.5 -69.111 -66.593 0.621.20 0,,21,0 0.395 31.28 mo 0.01321 11,63.10 226.5 -67.160 -61,. 616 .63356 0.,237 0.395 3 365

1*5 0.01335 1389.01. 216.8 -65.209 -62.639 0.6521.6 0, 231, 0.396 3300 150 0.01349 1317.16 207.5 -63.256 -60 .659 0.66588 0.,231 0.396 3235

155 0.01363 121,7.1,2 198.5 -61.302 -58.676 0.67888 0.,228 0.397 3169

16 0.01378 1179.76 169.7 -59.31,6 -56.691 0.6911,9 0..226 0.397 3103

165 0.01391. llli.. 11 181.3 -57.386 -51.. 701 0.70373 0.,223 0.396 3035

17 0.011.10 1050.1,3 173.2 -55.1.22 -52.706 0.71561, 0., 221 0.399 2 968

175 0.01427 988.66 165.3 -53.1,53 -5C.706 0.72721, 0., 218 0.1,01 2699

160 . 311.1.1. 928.73 157.7 -51.1,79 -1,8.698 C. 73855 0..216 0.1,02 2830

18 5 . Qli.62 870.60 150.1, -1,9.1.97 -1,6 .661 0.71,960 .211, 0.401, 2760

190 0.011.81 811.. 22 11.3.3 -1.7.507 -1,1.. 655 C. 7601.1 0,,212 0.1,06 2690

195 0.01501 759.52 136.1, -1,5.507 -1.2 .616 0.77100 .210 0.1,09 2619

200 0.01522 706.1,7 129.7 -1,3.1,95 -1,0 .561. 0.7811.0 0., 208 0.1,12 251,8 205 0.0151.3 655.01 123.3 -1.1.1,68 -38.1,96 0.79162 0,,206 0.1,15 21,75 210 0.01556 605.09 117.0 -39.1.25 -36.1,06 C. 80168 d. 204 0.1,20 21,03 215 0.01591 556.69 110.9 -37.363 -31.. 299 0. 81161 . 202 0.1,21, 2 329

22 0.01617 5 9.76 101,.

-35.277 -32.163 0.8211,3 0..200 0.1,30 2251, 225 0.0161.5 1,61,. 29 99.1 -33.161, -29.997 0.83116 0., 198 0.1,36 2178

23 0.01675 1.20.26 93.1, -31.020 -27.791, 0.81,083 ,196 0.1,1,1. 2101

235 a. 01708 376.30 87.6 -28.809 -25.520 0.85061 0..199 0.1,58 2003

240 0.0171,3 336.39 62. 1 -26.556 -23.199 0.86039 0,, 198 0.1,69 1921

21*5 0.01782 297.53 76.7 -2l». 255 -20.823 0.87019 0., 196 0.1.81 1837

250 0.01825 260.05 71.3 -21.891 -18.376 0. 86007 D .195 0.1,97 1750 255 0.01871. 221,. 03 66.0 -19.1,52 -15.81,3 0.89011 0..195 0.517 1661

260 0.01929 189.1,0 60.1, -16.917 -13.202 0.90036 0,, 194 0.539 1560 265 0.01991. 156.05 55.2 -11,. 258 -10.1,17 0.91097 0.. 195 0.575 1462

27 0.02071 12i>. ei. 1,9.5 -11.1,35 -7.1,1,6 . 92206 .195 0.616 1350

275 0.02167 95.20 i,!,.-8.379 -4.205 0.93397 , 197 0.681. 1237

280 0.02291. 68.02 38.1 -4.977 -0.560 0.91,710 0,,200 0.782 1110

285 0.021.71. 1,3.91 32.1 -1.016 3.71,9 0.96235 0,,205 0.965 978

29 0.02772 21,. 63 25.6 3.976 9.315 .98170 ,218 1.311, 830

295 0.03326 li.. 1,8 18. 8 10.527 16.931 1.00773 0,,226 1.692 709

30 0.04112 15.22 11,. 1 17.161, 25.081, 1.03515 0,,221 1.1,1.6 679 310 . 051.1 u 26.61, 9.8 25.355 35.761 1.07028 a .203 0.805 700 320 0.06358 37.89 7.9 30.325 1,2 .568 1.09166 0., 19 2 0.565 732 330 0.07131 1,7.83 6. 6 31,. 101, 1,7.836 1.10808 ,18 5 0.1.61 759

340 0.07807 56.87 6. 37.281 52.315 1.1211.6 0., 180 0.1.20 784

35 0.081.19 61,. 98 5.1, 1,0.099 56.313 1.13305 0., 176 0.382 808 360 0.08989 72.52 4.9 1,2.683 59.993 1.11,31,2 , 171, .355 830

37 0.09525 79.59 4.6 1,5.101 63.1.1,5 1.15288 0., 171 0.336 850 380 0.10037 86.29 4.3 1,7.396 66.725 1.16163 0,,170 0.321 869

390 0.10528 92.68 4.0 1,9.595 69.670 1.16980 0,,168 0.309 888

1.0 0.11002 98.80 3.8 51.718 72.906 1.1771.8 , 16 7 0.299 905 wo 0.111.63 101,. 70 3.6 53.778 75.853 1.181,76 0.. 166 0.291 922

i»2 0.11911 110.39 3.1, 55.787 76.726 1.19168 0.. 165 0.281, 938 430 0.12350 115.91 3.3 57.752 61.535 1.19830 0.,161, 0.278 951, 440 0.12779 121.28 3.2 59.681 8i>. 291 1.201,63 0,, 16U 0.273 969

1.5 0.13201 126.52 3.0 61.577 86.999 1.21072 0,, 163 0.269 983

1.6 0.13616 131.63 2.9 63.1,1,5 89.667 1.21658 0,, 162 0.265 998

1.70 0.11.025 136.61. 2.8 65.290 92.299 1.22221, 0,, 162 0.262 1012

1.8 O.li. 1.29 11,1.55 2.7 67.113 91,. 900 1.22772 0,. 161 0.259 1025

1.9 0.11.828 11,6.37 2.6 68.917 97.1.72 1.23302 0,,161 0.256 1039

500 0.15222 151.12 2.6 70.705 100. 02C 1.23817 0.. 161 0.251, 1051

510 0.15613 155.79 2.5 72.1.79 102.51,6 1.21,317 0,, 16 0.252 1064

52 0.16000 160.1,0 2.1. 71.. 21.0 105.052 1.21.801, 0,, 160 0.250 1077

530 0.16381. 161,. 95 2.3 75.989 107.51,1 1.25278 0., 160 0.21,8 1089

51.0 0.16765 169.1,5 2.3 77.728 110 .011, 1.2574C Or,160 0.21,7 1101

55 0.1711,3 173.90 2.2 79.1,59 112.1,73 1 .26191 0,, 160 0.21,5 1113

560 0.17519 178.30 2.2 61.181 111.. 919 1.26632 0,,159 0.21,1. 1124

570 0.17892 182.67 2.1 82.897 117.351, 1.27063 ,159 0.21,3 1136

580 0.18261, 186.99 2.1 81,. 607 119.779 1.271.85 0,.159 0.21,2 1147

59 0.18633 191.28 2.0 86.311 122.195 1.27898 a..159 0.21,1 1158

60 0.19001 195.51. 2. 88.012 124.601, 1.28302 0..159 0.21,0 1169

THO-PHASE BOUNDARY
I 01. PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE OENSITY

DEG. R L8/CU FT

V(DH/DV)

p VIOP/DU) -V(DP/DV>T BTU/LB PSIA-;u FT/BTU PSIA

10V/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R 8TU/FT-HR-R LB/FT-SEC SQ FT/HR

X 10^

PRANDTL NUMBER

99.307 11 33598 219. 17 m 597 176332 07 0018060 11216 43 091 00346 1.57085 5 4747

100 81 7331.7 216 76 11. 567 175031 92 0. 0016092 11197 4 2 527 00346 1.57002 5 4117

105 80 99260 215 71. 14 31.6 165857 26 0018333 11054 38 693 00345 1.56407 4 9840

110 80 21.852 212 67 14 119 157028 29 0. 0018587 10904 35 24 00344 1.55810 i. 5992

115 79 50092 209 57 13 665 11.6531. 77 0. 0018854 10746 '.2 13U 00342 1.55213 4 2530

120 78 71*91*7 206 1*2 13 61.5 11.0366 63 0. 0019137 10582 29. 328 00340 1.54613 3 9413

125 77 99379 203 22 13 1*01 132513 97 0. 0019436 10412 26 804 00338 1.54012 3 6605

130 77 2331.6 199 97 13 151 121.967. 07 0019753 10236 24 529 00336 1.53409 3 4076

135 76 1*6803 196 67 12 897 117716 37 0020091 10056 22 480 00333 1.52803 3 1799

140 75 69699 193 32 12 640 110752 53 0. 0020451 09672 20. 634 00330 1.52194 2 9749

1*5 71. 91978 189 90 12 381 104066 36 0. 0020836 09683 16 97 00327 1.51582 2 7905

150 74 13578 186 1*2 12 119 9761.8 88 J 0021248 c 09492 17 471 00323 1.50966 2 6248

155 73 31*1.29 182 88 11 855 911.91 30 0. 0021691 09297 16 119 0032C 1.50346 2 4760

160 72 51.1*56 179 27 11 591 85585 05 0022169 09100 14 900 00316 1.49722 2 3427

165 71 73573 175 59 11 326 79921 75 a 0022686 08900 1"! 801 00311 1.49091 2 2237

170 70 91682 171 83 11 062 71*1*93 27 0023247 08699 12 610 00307 1.48455 2 1176

175 70 08676 167 99 10 798 69291 69 0023657 06496 11 915 00302 1.47812 2 0235

180 69 21*1.33 161* 07 10 535 61*309 37 0024523 08291 11 108 00298 1.47162 1 9406

185 68 38816 160 06 10 273 59538 90 0025254 08085 10 379 00292 1.46502 1 8680

190 67 51669 155 96 10 013 5"*973 20 0026059 7 878 9 720 00287 1.45833 1 8051

195 66 62812 151 76 9 755 50605 47 a 0026949 07670 i 124 00281 1.45153 1 7514

200 65 7201.1 11*7 1.6 9 500 1*61*29 27 0027938 07461 6 584 00276 1.44460 1 7064

205 61. 79120 11*3 05 9 21.6 i*2i*38 57 : 0C29042 07251 8 095 00269 1.43753 1 6698

210 63 83776 138 53 8 991. 38627 76 0030263 07040 7 652 00263 1.43031 1 .6414 215 62 35688 133 89 8 7i*i» 34991 79 0U31685 06829 7 249 00256 1.42289 1 6212

220 61 81.1*78 129 12 8 1*95 31526 23 0033281 06616 6 882 00249 1.41527 1 .6092 225 60 79700 121* 23 8 21*5 28227 46 0035112 06402 6 547 00241 1.40741 1 .6058

23 59 70815 119 22 7 992 25C92 86 0037229 .06187 6 240 00233 1.39927 1 .6114

235 58 55898 115 20 7 516 22035 93 0039771 05968 i 954 00222 1.39072 1 ,6456

240 57 3651*5 110 11 7 236 19297 15 0042562 05749 5 729 00214 1.36167 1 .6813

21.5 56 11072 101. 77 955 16691* 36 0045929 05529 5 521 00205 1.37261 1 .7301

25 51. 78151 99 29 6 66 1 11*2 1*5 91 0050046 05306 5 309 00195 1.36285 1 7898

255 53 36070 93 66 5 360 11951. 30 0055240 05080 5 090 00184 1.35246 1 8663

260 51 82800 87 66 5 99"* 9816 17 0061502 04849 4 863 00174 1.34131 1 9469

265 50 11*91*1 81 60 5 65i* 7825 93 0070516 04612 4 626 00160 1.32918 2 .0775

270 1.8 28097 75 01. 5 21*2 6027 52 0082058 04366 4 374 00147 1.31576 2 2206

275 1.6 11*11*9 68 25 i» 839 1.392 51 0100200 04116 4 103 00130 1.30051 2 .4536

290 i*3 50097 60 88 1* 371 2965 52 0128519 03971 3 801 00116 1.28255 2 .6963 285 1.0 1.1716 53 29 3 871. 177U 62 n 0161045 03847 3 453 00099 1.26028 3 .1174

290 36 07009 1*5 61* 3 258 888 49 0287874 03750 3 029 00079 1.23030 3 .8194

295 30 0701.7 39 31 2 763 1*35 55 0430528 03533 2 528 00069 1.18972 4 .3604

300 24 31635 37 99 2 617 370 05 0380621 03104 2 130 00088 1.15167 3 .5726

310 18 1.7160 1*0 57 2 607 1*92 01 0198526 02363 1 600 00159 1.11388 2 .2088

320 15 72915 1.1* 21 2 611. 595 91 0132378 02066 1 675 00224 1.09644 1 .7077

330 11. 02332 1.7 78 2 605 670 31 0100636 .01921 1 610 00285 1.08569 1 .4505

3"t0 12 30911 51 28 2 590 728 44 0081893 .01838 1 572 00342 1.07608 1 .2932

35 11 87726 51. 65 2 577 771 77 0069905 01766 1 550 00394 1.07226 1 .1920

360 11 12521* 57 91. 2 564 806 75 0061351 .01756 1 536 00444 1.06758 1 .1195

370 10 1*981.3 61 16 2 550 835 60 0054912 01734 1 530 00492 1.06370 1 .0665

380 9 96352 6<t 31 2 .536 859 79 0049871 01720 1 527 00538 1.06039 1 .0252

390 9 1.9875 67 39 2 523 880 36 OC45805 01712 1 528 00584 1.05752 .9919

".00 9 08917 70 1.1 2 .511 898 03 0042449 .01708 1 531 00629 1.05499 .9645

1*10 8 721.06 73 38 2 .500 913 37 a 0039626 01708 1 537 .00673 1.05274 .9416

1.20 8 3951*9 76 30 2 1.89 426 78 0037214 G .01711 1 544 .00718 1.05072 .9221 UO 8 .0971*1* 79 17 2 .1.79 938 60 0035127 .01716 1 552 .00762 1.04889 .9054

1.1.0 7 82523 82 00 2 1.70 91*9 06 0033302 .01723 1 561 (J .00806 1.04722 .8908

1.5 7 57516 61. 80 2 .1*62 956 39 0031689 G .01732 1 572 .00651 1.04569 .8781

1.60 7 .31*1*21. 87 57 2 .1*51. 966 .73 0030254 .01741 1 583 00895 1.04428 .8669

1.7 7 13005 90 30 2 .1*1.6 971. 24 a C026966 .01752 1 594 00939 1.04297 .8569

1.80 6 93058 93 01 2 .1*3 9 981 02 a 0027603 01763 1 606 00984 1.04175 .8481

1.9 6 .71*1*15 95 70 2 .1.32 987 16 0026749 .01776 1 619 .01028 1.04061 .8402

500 6 56936 98 37 2 1.26 992 75 0025785 01768 1 632 .01073 1.03954 .8331

510 6 .1.0500 101 02 2 .1*20 997 66 0G24902 c .01798 1 645 .01116 1.03854 .8285

52 6 .25005 103 66 2 .414 1U02 .53 0024069 .01813 1 658 .01162 1.03760 .8222

530 6 .10361 106 29 ? .1.08 1006 82 0023337 .01829 1 672 .01208 1.03671 .8165

51.0 5 961*93 108 .90 2 .1.02 1010 77 0022640 .01644 1 686 .01254 1.03586 .8113

550 5 .33332 111 .51 ? .396 1011* 42 0G21991 .01860 1 700 .0130G 1.03506 .8067

560 5 .70819 111. 12 > .391 1U17 60 0021385 ' .01876 1 714 .01347 1.03430 .8025

570 5 .58902 116 .72 2 .385 1020 .93 0020817 .01893 1 .728 .01394 1.03358 .7988

580 5 .1*7531* 119 .32 2 .379 1023 85 0020285 .01909 1 .743 .01441 1.03289 .7954

590 5 .36676 121 .93 2 .371. 1026 .b7 0019783 .01926 1 757 .01488 1.03223 .7924

600 5 .26288 121. .53 2 .368 1029 .11 0019311 .01943 1 772 .01535 1.03160 .7897

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1050 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY

<v C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUNO

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 99.323 0.01222 2155.28 318.5 -83.051 -8G .675 0.50286 0, 26 7 0.396 3850

100 0.01223 211.2.38 316.7 -82.786 -80 .407 0.50555 0,,266 0.3 96 3 843 105 0.01235 201*8.70 304.1 -80.829 -78.429 0.52486 0.,262 0.395 3787

110 0.0121.6 1957.68 291.9 -78.875 -76.452 0.54325 0,, 258 0.395 3730

115 0.01258 1869.25 280.1 -76.921 -74.476 0.56082 0.,254 0.395 3672

120 0.01270 1783.38 268.7 -74.969 -72.500 0.57763 0.,250 0.3 95 3613

12 5 0. 01282 1699.98 257.6 -73.018 -70.525 0.59375 0.,246 0.395 3553

13 0.01295 1619.01 246.9 -71.068 -68.551 0.60925 0,,243 0.395 3 491 135 0.01308 151.0.1.0 236.6 -69.118 -66.575 0.62415 0,, 240 0.395 3429

1*0 0.01321 11.61.. 10 226.5 -67.167 -64.599 0.63853 0,,237 0.3 95 3366

l<t5 0.01335 1390.05 216.9 -65.216 -62 .621 0.65241 0, 234 .396 3301

150 0.0131.9 1318.19 207.5 -63.264 -60.642 0.66583 0,,231 0.396 3236

155 0.31363 121.8.1.7 198.5 -61.310 -58.660 0.67882 0. 228 0.397 3170

160 0.01378 1180.83 189.8 -59.354 -56.674 0.69143 0,.226 0.397 3104

165 0.01391. 1115.20 181.4 -57.395 -54.685 0.70367 0, 223 0.398 3036

17 0.011.10 1051.51. 173.2 -55.432 -52.691 0.71558 0., 221 0.399 2 969 175 0.011.27 989.78 165.4 -53.464 -51 .690 0.72718 0,,218 0.401 2900

180 0.011.1.1. 929.88 157.8 -51.490 -48.683 .73849 0,,216 0.402 2831

135 0.011.62 871.78 150.4 -49.509 -46.667 0.74953 0.,214 0.404 2761

19 0.011.81 815.1.1 143.3 -47.520 -44.641 0.76034 0,, 212 .406 2691

195 0.01501 760 .71. 136.5 -45.521 -42.603 0.77093 0.,210 0.409 2620

200 0.01521 707.72 129.8 -43.510 -40 .552 0.78132 0,,208 0.412 2549

205 0.0151.3 656.28 123.3 -41.484 -38.484 0.79153 ,206 0.415 2477

210 0.01566 606.1*0 117.1 -39.443 -36.398 0.80159 0.,204 0.419 2404

215 0.01590 558.03 111.0 -37.382 -34.289 0.81151 0,,202 0.424 2331

220 0.01616 511.li. 105.0 -35.298 -32.155 0.82133 0,, 20U 0.429 2256

225 0.0161.'. 1.65.70 99.2 -33.187 -29.990 0.83105 0.,198 0.436 2181

230 0.01671. 1.21.71 93.5 -31.045 -27.790 0.84072 0,, 196 .443 2104

235 0.01707 377.75 87.8 -26.837 -25.518 0.85049 0,,199 0.458 2005

21*0 0.0171.2 337.86 82.3 -26.583 -23.200 .86025 0,,196 0.468 1924

245 0.01781 299.01. 76. 8 -24.290 -20.827 0.87004 .196 0.480 1841

250 0.01821. 261.62 71.4 -21.931 -18.384 0.87990 .195 0.4 96 1754

255 0.01872 225.65 66.2 -19.497 -15.857 0.88992 0,,195 0.516 1665

260 0.01928 191 .09 60.5 -16.971 -13.223 0.90014 Or, 194 0.537 1565 265 0.01992 157.81 55.4 -14.321 -10 .449 0.91071 0., 195 0.573 1467

27 0.02068 126.66 49.7 -11.513 -7.492 0.92176 ,195 0.612 1356

275 0.02162 97.08 44.3 -8.479 -4.274 0.93357 0., 197 0.678 1244

280 0.02286 69.95 38.5 -5.113 -0 .668 0.94657 0,,200 0.772 1120

285 0.021.61 1.5.87 32.5 -1.221 3.564 0.96154 0..205 0.943 990

29 0.0271*3 26.1.1 26.1 3.623 8.956 0.98029 0,,216 1.261 "844

295 0.03253 15.1.8 19. i. 9.911 16.237 1.00517 0.,224 1.628 721

30 0.01.001. 15.22 14.6 16.512 24.297 1.03227 0,, 221 1.468 684

310 0.05305 26.13 10.0 24.947 35.261 1.06829 0,,203 0.825 701

32 0.06252 37.37 8.1 30.031 42.187 1.09030 0..192 0.595 732

33 0.07026 t.7.35 6.9 33.869 47.530 1.10676 0,.185 0.487 759

340 0.07701 56.1.1* 6.1 37.084 52.057 1.12028 0,,180 0.424 784

350 0.08311 61.. 58 5.5 39.927 56.087 1.13196 , 176 0.385 808 360 0.08878 72.15 5.0 42.530 59.792 1.14240 0.. 174 0.358 830 370 0.091.12 79.26 4.7 44.962 63.263 1.15191 . 172 0.338 850 380 0.09921 85.99 4.3 47.269 66.558 1.16070 .170 0.322 869

39 0.101.09 92.1.0 4. 1 49.477 69.716 1.16391 0., 168 0.310 888 MO 0. 10881 98.55 3.9 51.608 72.764 1.17662 0,, 167 0.300 905 WO 0.11338 104 • 46 3.7 53.675 75.720 1.18392 . 166 0.292 922

42 0.11781. 110.18 3.5 55.690 78.602 1.19087 0,. 165 0.285 938

1.30 0.12219 115.72 3.3 57.660 81.419 1.19749 0,, 164 0.279 954

1(1.0 0.1261*6 121.10 3.2 59.593 84.181 1.20384 0., 164 0.274 969

1.5 0.13065 126.35 3.1 61.493 86.895 1.20995 0.,163 0.269 984

1.60 0.131.77 131.48 3.0 63.366 89.568 1. 21582 ,162 0.265 998

1.7 0.13883 136.50 2.9 65.213 92.205 1.22149 0.,162 0.262 1012

1.8 0.H.283 141.43 2.8 67.039 94.810 1.22698 0., 161 0.259 1025

1.90 0.11.679 146.26 2.7 68.847 97.367 1.23229 0.,161 0.256 1039

500 0.15070 151.02 2.6 70.637 99.939 1.23744 0.,161 0.254 1052

510 0.151.58 155.70 2.5 72.413 102.468 1.24245 , 160 0.252 1065

52 0.1581.2 160.32 2.4 74.176 104.978 1.24733 0,, 160 0.250 1077

53 0.16223 164.89 2.4 75.927 107.469 1.25207 0., 160 0.248 1089

51.0 0.16600 169.39 2.3 77.668 109.945 1.25670 0,,160 0.247 1101

55 0.16976 173.85 2.3 79.400 112.406 1.26122 0., 160 0.245 1113

56 0.1731.8 178.26 2.2 81.124 114.855 1.26563 0,,159 0.244 1125

570 0.17719 182.63 2.1 82.841 117.292 1.26994 0., 159 0.243 1136

580 0.18087 186.97 2.1 84.553 119.719 1.27416 0..159 0.242 1147

59 0.181.53 191.27 2.1 86.258 122.138 1.27830 0,, 159 0.241 1158

600 0.18818 195.53 2.0 87.959 124.548 1.28235 0.,159 0.241 1169

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1050 PSIA ISOBAR

TEMPERATURE OENSITY V(OH/OV) D V(0P/DU)v -V (DP/OV)T -(DV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANDTL CONDUCTIVITY DIFFUSIVITY CONSTANT NUMBER

OEG. R L8/CU FT BTU/LB psia-; J FT/BTU PSIA DEG. R BTU/FT-HR-R LB/FT-S£C

X 10S

SO. FT/HR

* 99.323 81 .83827 219 23 11* .596 176381. 3 7 J 0018051. 11216 3 10i* 0031.6 1.57086 5.1.758 100 81 73811. 218 82 11* .567 175111. 12 0018086 11198 2 553 0C3O6 1.57006 5.0103

10 5 8 .9971.8 215 80 11* .31.6 165939 8 5 0018327 11055 38 717 0031.5 1.561.11 0.9863

110 80 25363 212 70 11* .119 157111 27 0018580 10905 J 5 263 0031.1. 1.55811. O.601O

115 79 50628 209 60 13 .885 11.8618 16 001681.7 1071.7 3 2 151 0031.2 1.55217 0.2550

120 78 75508 206 1.9 13 .61.6 ll.Ql.50 1.3 0019129 .10583 2 9 31.8 0031.0 1.50618 3.9032

125 77 99967 203 30 13 .1.01 132598 1» 00191*27 101.13 26 822 00338 1.51.017 3.6623

130 77 23961. 200 05 13 .151 125051 71 001971*1* .10238 2 51.7 00336 1.53U13 3.O093

135 76 1.71.52 196 76 12 .898 117801 1.6 0020080 10058 2? 1.97 00333 1.52808 3.1815

1O0 75 70382 193 1*0 12 61.1 110838 07 00201*1.0 09873 20 650 00330 1.52199 2.9763

105 71. 92697 189 99 12 .381 101*152 36 c 0020823 09685 18 985 00327 1.51588 2.7918

15 7i» 11.336 186 52 12 119 97735 36 0021235 091.91. 17 1.85 00323 1.50972 2.6260

155 .'3 35231 182 98 11 .856 91578 27 0021677 .09299 16 132 0032C 1.50353 2.1.771 160 72 55301. 179 37 11 592 85672 52 0022151. 09102 10 913 00316 1.09728 2.3037

165 71 71.1.70 175 69 11 .327 80009 75 0022669 ,08903 13 813 00312 1.1.9098 2.2206

170 70 92633 171 91. 11 063 71*581 80 0023228 .08702 12 821 00307 1.08063 2.1180

175 70 09687 168 11 10 .799 69380 78 0023836 .081.99 11 926 00303 1.1*7820 2.02O2

130 69 25509 161. 19 10 .536 61*399 01. a 0021.500 .08291. 1 1 118 00298 1.O7170 1.9012

185 68 39961. 160 19 10 275 59629 18 0025228 .08088 10 388 00293 1.06511 1.8685

190 6/ 52896 156 .09 10 .015 55061. 10 0026029 .07881 9 728 00287 1. 1.5802 1.8055

19 5 66 61.127 151 90 9 758 50697 01 n 0026916 .07673 9 132 00282 1.05163 1.7516

200 65 731.55 11.7 60 9 .502 1.6521 1.9 0027900 .071.61. 8 592 00276 1.01.071 1.7065

20 5 61. 8061.6 11.3 20 9 21.9 1.2531 1.9 0026999 07255 8 103 00270 1.03765 1.6698

210 63 851.27 138 69 8 .998 38721 1.1 0030233 0701.1. 7 659 ,00263 1.O30O3 1.6013

215 62 871.82 131. 05 8 71*8 35086 2 0031627 .06833 7 256 00256 1.O2303 1.6209

220 61 861.37 129 30 8 .1.99 31621 1.2 i) 0033213 06620 6 889 00209 1.01502 1.6087

225 60 81850 12". 1.2 8 250 28323 1.5 n 0035031 061.07 6 553 0021.2 1.O0757 1.6050

230 59 73190 119 1.2 7 998 25189 65 0037132 06192 6 21.6 00231. 1.39905 1.6103

235 58 58550 115 1.0 7 .522 22130 80 0039653 .05973 5 961 00223 1.3 90 92 1.6OO0

20 57. 39511 110 33 7 21.5 19391 36 00i.2i.2i. 05755 5 735 0021O 1.36209 1.6792

205 56 11.1.25 105 02 6 96 3 16789 53 001.571.8 05535 5 527 00205 1.37266 1.7271

250 5<l 81985 99 55 6 670 11.31.1 96 001.9815 05313 5 315 00195 1.36313 1.7862

255 53 1.0518 93 95 5 371 12050 83 0051.935 05087 5 097 00185 1.35278 1.6616

260 51 88056 88 00 6 .006 9913 62 0U61077 01.857 871 00171* 1.3O170 1.9O05

265 50. 21311. 81 97 5 671 7921. 05 0069913 01.621 i* 635 00161 1. 32960 2.0691

270 1.8 3601.9 75 1.5 5 ,261 6125 3 9 0081133 01.377 i* 385 a .00108 1.31633 2.2082

275 1.6 21.550 68 73 i* .863 1.1.89 71 a 009861.2 01.123 116 00132 1.30120 2.0360

28 1.3 71.596 61 1.6 O 1.02 3060 1'* 012561.8 03977 3 818 00118 1.28357 2.6668

285 1.0 63998 53 98 3 915 1863 98 0171.610 03850 3 1.77 00101 1.26183 3.06OO

29 36 1.6212 1*6 1.6 3 312 962 M'. 0271381 0371.8 3 066 00082 1.23298 3.7121

295 30. 73862 39 95 2 811 1.75 75 01.071.08 .0351.7 2 581 00071 1.19O20 O.2630

300 20 97388 38 23 2 .638 380 1 0381.037 03155 2 171. 00086 1.15598 3.6015

310 18 85066 1.0 53 2 .615 1.92 61 0203577 021.01 1 822 0015O 1.11630 2.2502

32 15 991.93 1.1. 12 2 621 597 69 0131.851. 02089 1 689 00219 1.09812 1.7321

330 li.. 2331.1. 1.7 67 2 611 673 98 0102072 01937 1 621 00260 1.08701 1.0657

300 12, 98563 51 17 2 595 732 88 0082811 01850 1 581 3 3 6 1.07918 1.3036

350 12. 03163 51. 51* 2 583 777 05 0. 0070556 01799 1 558 00388 1.07322 1.1997

360 11 2631.9 57 8 3 2 569 812 70 0061838 01765 1 51.3 00O38 1.068OO 1.1256

370 10 621.33 61 05 1 551. 81.2 10 0055289 0171.2 1 536 00O86 1.06OO8 1.0715

380 10. 07960 61. 20 2 51.1 866 75 0050172 01727 1 533 00532 1.06110 1.0293

390 9. 60681 67 29 2 52 7 887 70 001.6051 01718 1 533 00577 1.05618 0.995O

O00 9. 19052 70 32 2 515 905 70 001.2653 01711. 1 536 00622 1.05561 0.9676

O10 8 81968 73 29 2 .503 921 32 0039798 01711. 1 51.1 00666 1.05333 0.9OO3

i»2 8. 1.8617 76 21 2 1.93 931. 97 0037361 01717 1 51.8 00710 1.05128 0.92O5

1.30 8 18379 79 09 2 .1.83 91*7 00 0035253 01721 1 556 0075O 1.00902 0.9075

OO0 7. 90775 81 4 2 2 070 957 65 00331.11 01726 1 566 00796 1.0O773 0.6928

1.5 7 651.25 81. 72 2 1.65 967 l<t 0031785 01736 1 576 0081.2 1.0O617 0.8796

1.60 7 1.2025 87 1.9 2 1*57 975 63 0030338 0171.5 1 586 00886 1.00070 0.8685

4.7 7 20327 90 23 7 1*1*9 983 25 002901.1 01756 1 598 00930 1.0O3O1 0.856O

1.80 7 00125 92 91* 2 .1*1*2 990 16 0027870 01767 1 610 0097O 1.0O218 0.8O9O

1.90 6. 8121.9 95 63 2 1.35 996 1.1 0026808 01779 1 622 01019 1.0O103 0.8O1O

500 6 63555 98 30 2 1.2 9 1002 09 0025839 01792 1 635 01063 1.03995 C.8302

510 6 1.6921 100 96 2 1.23 1007 28 0021.951 01801 1 61.8 01105 1.03893 0.8296

52 6 3121.1 103 60 ? 1.17 1012 03 0021.133 01816 1 661 01151 1.03798 0.8232

530 6 161.25 106 22 2 1.11 1016 1.0 0023378 01832 1 675 01197 1.03707 0.8170

51.0 6 02395 108 81* 2 1.05 1020 1.1 0022677 0181.8 1 689 0121.3 1.03622 0.8122

550 5 89083 111 1*6 2 .399 1021. 12 0022025 01863 1 703 01289 1.035O1 0.8075

56 5 761.28 111. 06 2 391. 1027 56 0. 00211.16 0' 01879 1 717 01335 1.03060 0.8033

570 5 61.377 116 67 2 .368 1030 75 002081.6 01696 1 731 01381 1.03391 0.7995

580 5. 52883 119 27 2 382 1033 71 0020312 01912 1 71.5 011.28 1.03321 0.7961

590 5 i«190<. 121 87 2 377 1036 1.7 0019808 01929 1 760 01070 1.0325O 0.7930

60 5 311.02 121. 1*7 2 371 1039 C6 0019331. 0191*5 1 775 01521 1.03191 0.7902

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1100 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY

°v C

p VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND DEC R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R 8TU / LB -R FT/SEC

» 99.393 0.01222 2158.35 318.5 -83.01.3 -80.555 0.50291. 0. 267 0.396 3852

100 0.01223 211.6.79 316.9 -82.805 -80.311t 0.50535 0. 266 0.396 3 81.6 105 0.01231. 2053.18 301*. 3 -80.850 -78.336 0.521.65 0. 262 0.395 3790

110 0.0121.6 1962.23 292.1 -78.897 -76.360 0.51.301. 0,,256 0.395 373it 115 0.01257 1873.87 280.3 -76.91.6 -7it.385 0.56060 0. 25i* 0.395 3676

120 0.01269 1788.06 268.9 -71.. 995 -72.1,10 .5771.1 0. 250 0.395 3617

12 5 0.01282 1701.. 71. 257.8 -73.01.6 -7C.it36 0.59352 0. 21*7 0.395 3556

130 0.01291. 1623. 8". 21.7.1 -71.097 -68.lt61 .60901 0. 2i*3 0.395 3lt95 135 0.01307 151.5.31 236. 8 -69.11.9 -66.1.87 0.62391 0. 21.0 0.395 3it33

1<.0 0.01320 11.69.08 226.8 -67.201 -6lt.512 0.63828 0, 237 0.395 3370

1^5 0.01331. 1395.12 217.1 -65.252 -62.535 0.65215 0.,231. 0.395 3305

15 0.0131.8 1323.35 207.8 -63.303 -60.557 0.66556 0.,231 0.396 321.1 155 0.01363 1253.71 198.8 -61.351 -58.576 0.67855 0,,228 0.396 3175

160 0.01377 1186.16 190.1 -59.398 -56.592 0.69115 0. 226 0.397 3109

165 0.01393 1120.63 181.7 -57.1.1.2 -51.. 601. 0.70338 0.,223 0.398 30it2 170 0.011.09 1057.07 173.6 -55.lt82 -52.612 0.71528 0,,221 0.399 297it 175 0.011.26 995.1.2 165.7 -53.517 -50.613 0.72686 0.,219 0.1.00 2906

180 0.011.1.3 935.62 158.1 -51.5it7 -1.8.608 0.73816 0,,216 0.1.02 2837

185 0.011.61 877.63 150.8 -it9.570 -1.6.595 .71.919 0.,211. 0.1.01. 2768

19 0.011.80 821.39 11.3.7 -it7.585 -l.it. 571 0.75999 0,,212 0.1.06 2698

195 0.011.99 766.85 136.8 -lt5.591 -lt2.537 0.77056 0,, 210 0.1*06 2628

20 0.31520 713.95 130.2 -lt3.585 -itO .it89 0.78093 0.,208 0.1.11 2557

205 0.0151.1 662.66 123.8 -1.1.565 -38.it26 0.79112 0.. 206 0.1.11. 21.86 210 0.01561. 612.93 117.5 -39.530 -36.3it5 0.80115 0,,201. O.itlS 21.13 215 0.01588 561.. 72 111.". -37.1.77 -3it.2i.2 0.81105 0.,202 0.it23 231.1 220 0.01611. 518.00 105.5 -35.1.02 -32.111. 0.82083 0,,200 0.it28 2267 225 0.0161.1 1.72.71. 99.8 -33.301 -29.958 0.83052 0,,196 0.it3it 2192

230 0.01671 1.2 8.91. 91..

-31.170 -27.766 0.81.015 0,,196 O.ititl 2115

235 0.01703 381.. 97 88.3 -28.976 -25.507 0.81.987 0,,199 0.1.55 2018

21.0 0.01738 31.5.16 82.9 -26.71.2 -23.202 0.85957 0.,198 0.1*65 1939

21.5 0.01776 306.58 77.5 -21.. 1.63 -20.81.5 0.86929 0.,197 0.1.77 1856

25 0.01818 269.1.1 72.2 -22.127 -18.1.21. 0.87907 ,195 0.1.91 1771 255 0.01865 233.68 67.0 -19.721 -15.922 0.88898 0., 195 0.510 1685

26 0.01918 199.1.2 61.it -17.231 -13.321. 0.89907 0,, 191. 0.529 1587

265 0.01979 166.1.8 56.1. -li.. 630 -10.598 0.909it6 ,191. 0.562 11.91. 270 0.02052 135.61 50.8 -11.888 -7.709 0.92026 0,, 195 0.596 1386

275 0.0211.0 106.35 1.5.6 -8.953 -1..595 0.93168 0..196 0.652 1280

280 0.02251 79.1*3 1.0.0 -5.71.5 -1.159 0.9itit06 , 198 0.729 1163

285 0.021.02 55.1.1. 31..

-2.131. 2.758 0.95793 0,, 202 0.851. 101.3 290 0.02625 35.33 28.6 2.11.6 7.1.93 0.971.39 0.,211 1.068 909

295 0.02987 21.63 22.3 7.1.08 13.1.92 .99lt89 ,217 1.336 7 65 30 0.03553 16.79 17.2 13.1.1.7 20 .681. 1.01907 ,220 1.1.58 718 310 0.01.796 21.. 09 ll.i* 22.831. 32.601. 1.05821 0,,206 0.923 707

32 0.05751. 3 it. 99 9.0 28.520 1.0.21t0 1.082it8 . 191. 0.61.6 731. 330 0.06529 1.5.07 7.6 32.672 lt5.971 1.10013 .187 0.517 760

31.0 0.07199 51.. 21 6.6 36.081 5D.7lt6 l.lHt39 0,,161 O.1.1.6 765 350 0.07802 62.69 5.9 39.057 51.. 91.9 1.12658 ,177 0.399 808 360 0.08358 70.1.1 5.1. 1.1.755 58.779 1.13737 ,175 0.369 830

37 0.08880 77.66 5.0 it it. 261 62.31.9 l.lit715 ,172 0.3it6 850

38 0.09375 81.. 52 i*.7 1.6.627 65.721. 1.15616 ,170 0.329 870

39 0.09850 91.05 "t."t 1.8.881. 68.91.8 1.161t53 , 169 0.316 80S

1.00 0.10308 97.31 it. 1 51.055 72.052 1.17239 0., 168 0.305 906

i«10 0.10752 103.33 3.9 53.157 75.057 1.17981 ,167 0.296 923

1.20 0.11183 109.13 3.7 55.202 77 .980 1.18686 ,166 0.289 939

1.3 0.11601. 111.. 76 3.5 57.199 80 .835 1.19357 0., 165 0.282 955

1.1.0 0.12016 120.23 3. it 59.155 83 .631 1.20000 , 161. 0.277 970

1.5 0.121.20 125.56 3.3 61.076 86.375 1 .20617 0.,163 0.272 985

1.60 0.12818 130.76 3.1 62.967 89.075 1.21210 ,163 0.268 999

1.70 0.13209 135.81. 3.0 64. 831 91.737 1.21783 ,162 0.26it 1013

1.80 0.13595 11.0.83 2.9 66.672 91.. 361. 1.22336 .162 0.261 1027

1.9 0.13976 11.5.72 2.8 68.1.93 96.962 1.22872 0,, 161 0.258 10U0

500 0.H.353 150.51. 2.7 70.297 99.532 1.23391 ,161 0.256 1053

510 0.11.726 155.28 2.7 72.081. 102.079 1.23895 0,, 160 0.25it 1066

520 0.15095 159.95 2.6 73.857 101.. 601. 1.2lt386 .160 0.252 1079

530 0.151.61 161.. 56 2. 5 75.618 107.111 1.21.863 0..160 0.250 1091

51.0 0.15821. 169.11 2. it 77.368 109.600 1.25328 0.. 16 0.2it6 1103

55 0.16185 173.61 2. it 79.108 112.075 1.25782 , 160 0.2it7 1115

560 0.1651.3 178.07 2.3 80.839 Hi.. 536 1.26226 ,160 0.2it5 1127

57 0.16899 182.1.8 2.3 82.563 116 .981. 1.26659 0,, 159 0.2itit 1138

580 0.17252 186.85 2.2 81.. 281 119.1.22 1.27083 , 159 0.2it3 11A9

590 0.17601. 191.19 2.2 65.992 121.850 1.271*98 0..159 0.2it2 1161

60 0.17951. 195.50 2.1 67.699 12i». 270 1.27905 0,,159 0.21.2 1172

TWO-PHASE BOUNDARY
HOC PSIA ISOBAR

THERMOOYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY DEC R LB/CU FT 3TU/LB PSIA-CU FT/BTU PSIA

•(OV/DTL/V THERMAL VISCOSITY THERMAL OIELECTRIC

CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-S£C SQ FT/HR

X 10D

PRANDTL

NUMBER

99.393 81.85109

100 81 7611.6 105 81 02186

110 80 27911. 115 79 53299

120 78 78308

125 78 02905

130 77 2701.8 135 76 50693

11*0 75 73791

11.5 71. 96288

150 71. 18122

155 73 39227

160 72 59528

165 71 7891.2 170 70 97376

175 70 11.721. 180 69 30870

185 68 1.5680 190 67 59005

19 5 66 70671. 200 65 801.89

20 5 61. 88227

210 63 93628

215 62 96369

220 61 96151. 225 60 92506

230 59 81.91.6 235 58 71662

2<t0 57 51.152

2>»5 56 30937

25 55 0D817

255 53. 62290

260 52 13666

265 50 52155

270 1.8 71.186 275 1.6 73729

280 1*1* 1.1603

28 5 1.1 6291.6 290 38 0931.8

295 33 1.7913 300 28 11.366 310 20 81.863 32 17 37859

330 15 31608

3".0 13 8901.2 35 12 81756

360 11 96506

370 11 26168

33 10 66511.

390 10 15191.

1.00 9 70113

1.10 9 30097

1.2 8 91.216

1.3 8 61769

1.1.0 8 32213

1.5 8 05123

1.6 7 80159

1.7 7 5701.6

1.80 7 35555

1.9 7 151.98 500 6 96717

510 6 79078

52 6 621.65 53 6 .1.6780

51.0 6 31937

55 6 .17863

560 6 01. ".92 570 5 .91765

58 5 79631.

590 5 .68051

600 5 .56976

219 50 11. 591. 176663 12 0018028 11219 1*3 175 0031.6 1.57097 5 1.822 219 11. 11. 568 175521. 93 0. 0018056 11202 1*2 681 0031*6 1.57025 5 1.270 216 13 11. 31.8 166352 56 0. 0018291. 11061 38 838 0031.5 1.561.30 1. 9981

213 09 li. 120 157525 95 001851.5 10911 35 376 003i.it 1.55835 It 6121. 210 00 13 887 11.9031. 8 3 0. 0016609 10751. 32 257 0031.2 1.55236 >. 2653

206 86 13 61.7 11.0869 11. 0019088 10590 29 1.1.7 0031.0 1.51.61.0 3 9527

203 68 15 1.02 133018 98 0. 0C193B3 101.21 2 6 916 00338 1.51.01.0 3 6711

200 1.5 13 153 1251.71. 61. J 0019697 1021.6 Zk 635 00336 1.531.36 3 1.175 197 17 12 900 118226 57 0020029 10066 12 560 00333 1.52833 3 1891

193 83 12 61.3 111265 1.2 0. 0020381. 09882 20 728 00330 1.52226 2 9831*

190 1.3 12 381. 101.582 01 0. 0020763 09695 19 059 00327 1.51616 2 7981. 186 98 12 122 98167 36 G 0021169 09501. 17 551. 00321. 1.51002 2 6320

183 1.6 11 859 92012 69 0021605 09310 16 198 00320 1.50361. 2 1.826 179 87 11 596 86109 1.3 0022075 09113 111 971. 00316 1.1.9761 2 31.88 176 21 11 332 801.1.9 22 0022563 08915 13 871 00312 1.1.9133 2 2291

172 1.8 11 068 75023 93 0. 0023133 08711. 12 876 00308 1.1.81.99 2 1225

168 67 10 805 69825 bi 0023731 03512 11 97 8 00303 1.1.7859 2 0278

161. 78 10 51.3 61.81.6 71. 0021.383 08308 1 1 167 00298 1.1*7211 1 91.1.3 160 81 10 283 60079 62 0025098 08103 10 1.35 00293 1.1*6555 1 8711 156 TU 10 025 55517 79 0. 0C25883 07897 9 773 00288 1.1.5889 1 8075

152 57 9 769 51153 87 0026751 07690 9 175 00262 1.1.5213 1 7531

11.8 31 9 515 1.6981 61. 0. 0027713 071.82 8 633 00277 1.1.1.525 1 7073

11*3 91. 9 261. 1.2995 C6 0028786 07273 8 11.2 00271 1.1.3623 1 .6699

139 1.7 9 015 39188 53 0029988 07063 7 697 00261. 1.1.3105 1 61.06

131. 87 8 768 35556 98 003131.3 06853 7 292 00257 1.1*2370 1 .6193

130 16 3 523 32095 98 a 0032880 0661.2 6 923 0025C 1.1.1615 1 6060

125 33 8 277 26801 83 0031.637 061.30 5 587 0021.3 1.1.0837 1 .6011

120 39 6 030 25671 85 0036661 06217 6 279 00235 1.1.0033 1 601.9 116 1.1. 7 552 22603 99 0. 0039079 05999 5 993 00225 1.39189 1 636". 111 Ifll 7 263 19860 76 001.1755 05783 5 761 00216 1.38317 1 .6689

106 21 7 000 17263 17 001.1.877 05565 5 556 00207 1.371.07 1 7131

100 87 5 711. 11.819 56 001.8701. 0531.6 5 31.7 00198 1.361.51 1 .7669

95 39 6 1.23 12530 1.2 0. 00531.78 05123 5 132 00187 1.351.37 1 8396

89 59 6 .067 10397 22 a 0059075 01.897 . 911 00177 1.31.355 1 .-9101. 83 77 5 750 81.10 69 0067103 01.667 '. 680 00161* 1.33186 2 0296

77 1.8 5 353 6610 08 0076911. 01.1.29 U i*38 00152 1.31906 2 .1502 n 06 i. .976 1.970 55 009171.6 CI 01.180 <. 180 00137 1.301.71. 2 ,31.70

61. 20 \ 51.7 3527 77 01131.91 01*012 3 899 00121. 1.26829 2 ,51.93 57 21 it .101. 2306 OS 011.9357 03871. 3 586 .00109 1.26873 2 ,81.80 50 25 3 551 131.5 72 02121.52 03750 3 225 00092 1.21.1.19 3 ,301.8

1.3 1.2 3 .060 721. 03 0307730 03588 2 80 8 00080 1.21266 3 .76".!.

1.0 02 2 ,781. 1.72 57 0361.355 03339 2 396 00081 1.17689 3 .7665

1.0 51. 2 .663 502 Zl| 0227728 02595 1 93 9 .00135 1.12915 2 .1*833

1.3 76 2 .656 608 11. 011.7517 c 02206 1 765 00197 1.10691 1 .8591

1.7 21 2 .61.1 690 32 01091.33 02020 1 676 .00255 1.09383 1 .51*1*9 50 65 2 .629 753 02 0087967 .01917 1 628 .00310 1.081.85 1 .3625

51. 0<t 2 .609 603 1*8 0073861 01652 1 598 .00362 1.07813 1 .2396

57 .33 2 .593 81.2 1.3 G061.300 01812 1 579 .001.11 1.07281 1 .1567

60 56 2 .578 871. 57 0057191. 01783 L 558 .001.57 1.0681.3 1 .0967

63 72 2 ,563 901 50 0051688 01761. 1 .562 .00502 1.061.71. 1 .0503

56 82 2 51.6 921. 37 001.7281. 01752 1 560 .0051.6 1.06155 1 .0133

69 .87 2 .535 91.1. .01 001.3675 .0171.5 1 562 .0059C 1.05876 .9830

72 85 2 .522 961 03 001.0657 0171.3 1 565 .00633 1.05630 .9578

75 .79 2 ,511 975 .90 0038092 0171.3 1 571 .00675 1.051.08 .9365

78 69 2 .500 988 .99 0035883 .017-.7 1 578 .00718 1.05209 .9182

81 .51. 2 .1.91 1000 .57 0033957 01752 1 586 .00760 1.05027 .9021.

81. 35 2 .1.81 1010 .88 0032263 .01759 1 595 .00803 1.01.861 .8886

87 13 2 .1.7 3 1020 .11 0030759 c 01767 1 605 .0081.5 1.01.708 .6761. 89 88 2 .1.65 1026 1.0 0029i.li. 01777 1 616 .00688 1.01.566 .8657

92 60 2 .1.58 1035 .68 0026203 .01787 1 .627 .00930 1.01.1.35 .8561

95 30 ? .1*51 101.2 66 0027107 01798 1 639 .00973 1.01.312 „8l.76 97 98 2 .1.1.1. 101.8 82 0026108 01610 1 651 .01016 1.01.197 .8399

100 61. 2 .1.38 1051. .1.1. 0025191. .01819 1 661* .01056 1.01.069 .8350

103 .29 2 .1.31 1059 59 0021.351. .01833 1 .677 .01100 1.03988 .8282

105 .93 2 .1.25 1061. .32 0023579 .0181.8 1 690 .011"* i» 1.03892 .8220 108 .55 2 .1.19 1068 67 0022661 .01861. 1 .703 .01188 1.03802 .8165

111 .17 2 .1.11. 1072 .69 0022191. .01879 1 .717 .01233 1.03716 .8115 113 .76 2 .1.08 1076 1.1 0021572 .01895 1 731 .01277 1.03635 .6071 116 .39 2 .1.02 1079 .86 0020990 .01911 1 .71*5 .01322 1.03557 .8030 118 .99 2 .397 1U83 07 0C201.I.1. .01927 1 759 .01366 1.031.81. .7991.

121 .60 2 .391 1086 .07 0019932 .0191.3 1 773 .011*11 1.031.13 .7961

121. .21 ? .385 1088 .87 00191.1.9 01959 1 .787 .011.56 1.0331.6 .7932

TWO-PHASE 9OUN0ARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1150 PSIfl ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY

"V °P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSI6/R BTU/L8 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

» 99.1*63 0.01222 2161.1*1 318.5 -83.035 -80.1.31. 0.50301 0..267 0.396 3 855

10 0.01223 2151.20 317.1 -82.825 -80.221 0.50511. 0.,266 0.396 381.9 105 0.01231* 2 57.65 301.. 5 -80.872 -78.2i.it 0.521.1.1. 0,,262 0.395 3793

110 0.0121.5 1966.76 292.3 -78.920 -76.268 0.51.282 0,,258 0.395 3737

115 0.01257 1878.1.8 280.5 -76.970 -71.. 293 0.56038 0,,251. 0.395 3679

120 0.01269 1792.71. 269.1 -75.021 -72.319 0.57718 0.,250 0.395 3620 125 0.01281 1709.1.8 258.1 -73.071. -70 .31*6 0.59329 0.,21.7 0.395 3560

130 0.01291. 1628.66 2i*7.i» -71.127 -68.372 0.60877 0,,21*3 0.395 31*99 13 5 0.01307 1550.20 237.1 -69.181 -66.399 0.62367 0.,21*0 0.395 31.37 1A0 0.01320 11*71*. 06 227.1 -67.235 -61*. 1.21* .63803 0,,237 0.395 3371.

11.5 0.01333 11*00.17 217.1* -65.283 -62.1.1.9 0.65189 0,,231* 0.395 3310

15 0.0131.7 1328.1.8 208.1 -63.31.1 -60.1.71 0.66530 0,,231 0.396 321*5 155 0.01362 1258.91* 199.1 -61.392 -58.1.92 0.67828 0,.229 0.396 3180

16 0.01377 1191.1*7 190.1. -59.1*1.1 -56.509 0.69087 0,,226 0.397 3113

165 0.01392 1126.01* 182.0 -57.1.88 -5i*. 523 0.70309 0.,223 0.398 301.7 170 0.011*08 1062.58 173.9 -55.531 -52.532 0.711.97 0. 221 0.399 2979

175 0.011*25 1001.03 166.0 -53.570 -5C.536 0.72655 0.,219 0.1.00 2911

180 0.011.1.2 941.31* 158.5 -51.603 -1.8.533 0.73783 0,,217 0.1.01 281.3 185 0. 011.60 883.1*6 151.1 -1.9.630 -1.6.522 0.71.886 0,,21"* 0.1.03 2771. 19 0.011.78 827.31. 11*1*. 1 -i*7.6i»9 -1.1*. 502 0.75963 ,212 0.1.05 2705

195 0.011.98 772.92 137.2 -1.5.660 -i»2.i»70 0.77019 0,.210 0.1.07 2635

200 0.01518 720.16 130.6 -1.3.659 -1*0 .1*26 .78051* 0..208 0.1.10 2565

205 0.01539 669.01 121*.

-1.1.61.6 -38.367 0.79071 0.,206 0.1.13 21*91* 210 0.01562 619.1.2 118.0 -39.617 -36.291 0.80072 0..201* 0.1.17 21*22 215 0.01586 571.37 111.9 -37.571 -31.. 191* 0.81059 0,.202 0.1*22 2350

220 0.01611 52U.81 106.0 -35.501. -32.072 0.82031* 0,.200 0.1.27 2278

22 5 0.01639 1.79.73 100.3 -33.1.13 -29.923 .83000 0..198 0.1.32 2201. 230 0.01668 1.36.11 91*. 7 -31.293 -27.71.1 0.83958 0.,196 0.1.39 2129

235 0.01699 392.13 88.9 -29.112 -25.1.93 0. 81.925 ,199 0.1.53 2031

21.0 0.01731. 352.39 83.6 -26.893 -23.201 0.85890 0,, 198 0.1*63 1953

2<.5 0.01771 311.. Q3 78.1 -21.. 631 -20.860 0.86856 0.,197 0.1.73 1871

250 0.01812 277.09 72.9 -22.317 -18.1.58 0.87826 ,195 0.1.87 1788

255 0.01858 21*1.58 67.8 -19.937 -15.982 0.88807 Or,195 0.505 1701. 26 0.01909 207.61 62.3 -17.1.80 -13.1.15 0.89801. ,19i* 0.522 1608 265 0.01968 17i*. 97 57.1* -li*. 921. -10.733 0.90826 0,,191* 0.552 1519

27 0.02037 lUit. 36 51.9 -12.21.1 -7.901* 0.91883 0., 19i* 0.582 11.15 275 0.02119 115.36 1*6. 8 -9.391 -i*.878 0.92991. 0., 195 0.630 1313

28 0.02222 88.59 1*1.5 -6.311 -1 .580 0.91.182 0., 197 0.691. 1202

285 0.02355 61*. 71 36.2 -2.912 2.103 0.951*86 0.,200 0.792 1090

29 0.0251.1 i*i*. 19 30.7 0.990 6.1*01 .96980 ,208 0.91.6 965

295 0.02819 28.87 21.. 8 5.587 11.589 0.98753 0,,212 1.135 81*6 300 0.0321*2 20.65 19.8 10.910 17.811. 1.0081.5 0.,216 1.322 765 310 0.01*352 23.01. 13.0 20.61.7 29.911. 1.01.816 0.,208 1.007 719

320 0.05305 33.05 10.0 26.91*3 38.21*0 1.0 71*6 3 0,,196 0.698 738

330 0.06078 1.3.05 8.3 31.1.35 1.I..378 1.09353 0,,188 0.51.8 762

31*0 0.0671.3 52.28 7.2 35.051 1*9.1.11 1.10856 0,,183 0.1.67 786

350 0. 07338 60.78 6.1* 38.170 53.796 1.12129 ,179 0.1.16 810 360 0.07881. 68.78 5.8 1.0.968 57.758 1.1321*5 ,175 0.380 831 370 0.08395 76.15 5.1. 1.3.551 61.1.28 1.11*251 0,,173 0.355 851

380 0.08879 83.13 5.0 1.5.977 61*. 885 1.15173 . 171 0.337 871

390 0.0931*1 89.78 i*.7 1*8. 281* 68.177 1.16026 ,170 0.322 889

<»00 0.09787 96.13 l*.l« 50.1*98 71.338 1.16828 . 168 0.310 907 mo 0.10217 102.25 i*.2 52.635 7i*. 393 1.17583 . 167 0.301 921*

l»20 0.10636 108.15 3.9 51*. 711 77.359 1.18297 , 166 0.293 91*0 <*30 0.1101.3 113.86 3.8 56.735 80.252 1.18978 .165 0.286 956

<*<*0 0.111.1*2 119.1.0 3.6 58.715 83.081 1.19629 , 161. 0.280 971

".50 0.11833 121.. 80 3.5 60.657 85.856 1.20252 0,, 161. 0.275 986

1.60 0.12217 130.07 3.3 62.567 88.581* 1.20852 0,.163 0.271 1000

1.70 0.12595 135.22 3.2 61*. l»l*d 91.270 1.211*29 .162 0.267 1015

1*8 0.12968 11.0.27 3.1 66.305 93.920 1.21987 .162 0.263 1028

1*90 0.13336 11.5.22 3.0 68.11*0 96.538 1.22527 ,161 0.260 101*2 500 0.13699 150.09 2.9 69.955 99.127 1.23050 .161 0.258 1055

510 0.11*058 151.. 88 2.8 71.751* 101.691 1.23558 0.,161 0.255 1068

520 0.11* 1*11. 159.60 2.7 73.538 101*. 233 1.21*052 , 160 0.253 1080

53 0.11*767 161.. 26 2.6 75.308 106.751* 1.21*532 ,160 0.251 1093

51*0 0.15117 168.85 2.6 77.067 109.258 1.25000 0., 160 0.21.9 1105

55 0.151*61* 173.1.0 2.5 78.815 111.71*5 1.251.56 . 160 0.21.8 1117

56 0.15808 177.90 2.1* 80.551. 111*. 218 1.25902 , 160 0.21.7 1129

57 0.16151 182.35 2.1. 82.285 116.678 1.26337 ,159 0.21.5 111*0 580 0.161.91 186.77 2.3 81..0C9 119.126 1.26763 ,159 0.21.1. 1152

59 0.16829 191.11. 2.3 85.726 121.561. 1.27180 ,159 0.21.3 1163

600 0.17166 195.1.8 2.2 87.1.39 123.993 1.27588 0..159 0.21.2 1171*

TWO-PHASE BOUNDARY
1150 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

OEG. R LB/CU FT BTU/LB PSIA-DU FT/BTU PSIA

(DV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-S£C SQ FT/HR

X 10b

PRANOTL NUMBER

99. ".63 81 86390 219 7 a l<t 592 17691,1 65 O, 0018001 11222 1,3 21*7 0031.6 1.57107 5 1.887 100 81 781.72 219 1.6 11* 569 175935 1,0 0018025 11207 1,2 809 0031,6 1.5701.3 5 1.397 105 Bl 01.619 216 1.6 lit 31.9 166761* 9* 0018262 11066 38 958 0031,5 1.561.50 5 0100

110 B0 301.59 213 1.3 1* 122 15791*0 25 0018510 10916 35 1*89 0031.1. 1.55855 I) 6231, 115 79 55961. 210 35 13 888 11*91.51 C9 3 0018772 10760 32 363 0031.3 1.55259 1. 2755

120 78 81101 207 23 13 6i*8 11*1287 1*1 001901*8 10597 29 51*7 0031.1 1.51*662 3 9622

12 5 78 05833 201. 06 13 <*0i» 1331*39 31 001931.0 101.28 27 010 00338 1.51*063 3 6800

130 77 30122 200 85 13 155 125697 06 0019650 10251. 2", 723 00336 1.531.62 3 1,258 135 76 53921. 197 58 12 902 118651 11* 0019979 10071. 2 2 663 00333 1.52859 3 .1967

1",0 75 77189 191. 26 12 61.5 111692 18 0020329 09891 20 806 u 00331 1.52253 2 9905

1<»5 7i» 99865 190 88 12 386 105011 02 0020701. 0970". 19 132 00327 1.516i»i* 2 801,9 15 71. 21893 187 1.1. 12 125 98596 68 0021101. 09511. 17 623 00321. 1.51031 2 6380

155 73 1.3207 183 9<t 11 863 921*1*6 38 0021535 09320 16 263 00320 1.501.15 2 .1,882 160 71 63731. 180 37 li 599 8651.5 56 0021998 09125 15 036 00317 1.1.9791* 2 3538

165 71 83393 176 73 11 336 80887 66 00221.98 08927 13 930 00313 1.1.9168 2 .2337

17 71 02093 173 02 11 073 751.65 l<t 0023039 08727 12 932 .00308 1.1.8536 2 .1266 175 70 19733 169 21. 10 811 70269 53 0023627 08525 12 030 00301. 1.1,7898 2 0311, 180 69 36198 165 17 10 550 65293 37 0021.268 08322 i t 217 00299 1.1,7252 1 91,71, 185 68 51359 161 1*2 10 291 60529 28 0021.970 08118 10 i*82 00291. 1.1,6599 1 8737

190 67 65071 157 in 10 031, 55970 19 002571*0 07912 9 818 00289 1.1.5936 1 8096

195 66 77168 153 25 9 779 51609 32 0026589 07706 9 217 00283 1.1.5263 1 .751,6 200 65 871,62 11.9 01 9 527 1*71,1,0 2"» 0. 0027530 071.99 8 671. 00277 l.i,i,57B 1 7082

205 61. 95737 mi* 68 9 278 1,31*56 92 0028577 07291 8 181 00271 1.1,3880 1 .6701

210 61. 0171.3 11.0 21. 9 031 39653 77 002971.9 c 07083 7 731* 00265 1.1,3167 1 61*00 215 63 05191 135 69 8 787 36025 69 0031066 06873 7 328 00259 1.1,21,37 1 .6178

220 62 0571.1. 131 02 8 51,5 32568 23 0032557 06663 6 958 00252 1.1,1687 1 6036

22 5 61 03005 126 21, 8 301, 29277 67 0U31.257 061.53 6 621 0021.1. 1.1,0916 1 5971. 230 59 96506 121 35 8 061 26151 Z2 0036207 0621.1 6 312 00237 1.1*0119 1 .5998 235 58 81.530 117 1.6 7 582 23075 26 0038529 06025 6 025 00226 1.39285 1 .6292

2"»0 57 681.89 112 51. 7 319 20327 53 001*1116 05811 5 787 00218 1.381.21. 1 .6590

21.5 56 1.7051 107 39 7 037 17733 39 001*1,053 05595 5 581, 00209 1.37526 1 .6997

25 55 19116 102 15 6 757 15293 OH 001.7661* 05378 5 378 00200 1.36585 1 7527

255 53 83332 96 78 b 1*73 13005 23 0052127 05156 5 166 019 1.35591 1 8189

260 52 38236 91 13 6 126 10875 19 0057260 01.936 i* 91,9 00181 1.31.531. 1 .8832 265 50 811.1.5 85 50 5 821. 8891 li. 0061.592 01.710 l. 721, 00166 1.33398 1 991*0 270 1.9 09912 79 1.2 5 43 8 7087 73 0073260 01.1.78 i* 1,89 00157 1.32162 2 .0995

27 5 1.7 1881.9 73 25 5 079 51,1*3 66 0086035 01.238 i* 21,0 0011.2 1.30796 2 2701

280 (5 01161. 66 73 <t 676 3987 71* 0101.011. 01*01.8 3 973 00130 1.29250 2 .1.521 28 5 1.2 1.6308 60 13 '* 265 271,7 58 C131677 03901. 3 681 00116 1.271.56 2 6876

290 39 35608 53 61. 3 751 1738 95 a 01761.26 03769 3 35"* 00101 1.25292 3 .0318

295 35 1.7779 1.6 92 3 289 1021, 11. 021.1866 03613 2 987 00090 1.22625 3 3767

300 30 81.702 1.2 57 2 970 637 05 03101.60 031.33 2 603 00081. 1.191.92 3 .6071. 310 22 97932 1*0 95 2 728 529 1.0 021.5829 02788 2 070 00120 1.11.295 2 ,6919

32 18 8501.6 1.3 60 7 697 622 92 0. 0160098 02331 1 81*8 00177 1.11630 1 9917

33 16 1.5173 1.6 87 2 673 708 18 0116953 02108 1 739 00231. 1.10102 1 .6281

31.0 lit 82985 50 21. ? 65 7 775 30 0092871. 01985 1 678 00287 1.09076 1 .1.199 350 13 62721 53 58 2 61.2 826 s: 0077591 01909 1 61*0 00337 1.08320 1 .2853

36 12 68368 56 89 2 618 872 3 2 0066791. 01859 1 616 00386 1.07729 1 1887

370 11 91193 60 11 2 601 907 09 0. 0059117 01621. 1 601 001*31 1.0721.8 1 1226

380 11 26268 63 28 2 585 936 26 0053211. 01801 1 592 001*75 1.0681.1. 1 .0718

390 10 70500 66 1.0 ? 569 961 01* 001.8523 01786 1 588 00518 1.061.98 1 0315

1.00 10 21811 69 1.5 2 555 982 31 DOi.i.699 01776 1 587 01560 1.06196 ,9988

1.10 9 7871.1. 72 1,5 7 51,2 1000 75 001.1516 01772 1 590 00602 1.05930 9716

1.20 9 1.021.2 75 1,1 2 529 1016 81* 0038822 01770 1 59i* 0061.3 1.05692 ,91.86

1.30 9 05511 78 31 2 518 1030 99 0036510 01772 1 599 00681. 1.051.78 9291

1.1.0 8 7391.1. 81 18 2 508 101.3 52 0031.501 01776 1 607 00726 1.05281. 9121

1.5 8 1.5067 81. 00 2 1,98 1051, 66 0032738 01782 1 615 00767 1.05106 .8971.

1.60 8 18500 86 79 2 1,89 1061, 63 0031177 01789 1 621. 00808 1.01.91.3 681.1.

1.7 7 93938 89 .55 2 .1,81 1073 58 0029761. 01797 1 631* 0081.9 1.01.792 .8730

1.80 7 71131 92 29 2 1,73 1081 65 0028533 01807 1 61,5 00890 1.01.652 .8628

1.90 7 1.9870 95 .00 2 .1.66 1088 97 00271.02 01818 1 656 00931 1.01.522 .8538 500 7 29982 97 ,68 2 1.59 1095 61 0026371. 01829 1 668 00972 1.01.1.01 ,81.57 510 7 11320 100 .35 2 .1.5 2 1101 68 00251.31. 01836 1 680 01011 1.01,286 .81.0", 520 6 93760 103 00 2 1.1.6 1107 23 0021.572 01850 1 692 01051. 1.01.179 .8332

53 6 77193 105 .61. 2 .1.1.0 1112 33 0023778 01865 1 70 5 01096 1.01.078 .8267

51.0 6 61527 108 27 2 .1.31* 1117 02 002301*3 01660 1 718 .01139 1.03982 .8208 550 6 .1.6681 110 .90 2 .1,2 8 1121 35 0022361 01895 1 731 01182 1.03892 .8156

56 6 32581. 113 51 2 1,2 2 1125 36 0021725 01910 1 71.1. 01221. 1.03806 .8108

570 6 .19175 116 12 ? .1,17 1129 08 0021132 01926 1 768 .01267 1.03721. .8065

58 6 06399 118 .73 2 .1,11 1132 55 0020576 0191.1 1 772 01310 1.0361,6 ,8027

590 5 .91.206 121 .31* 2 .1,0 5 1135 77 0020051. 01957 1 786 .01351. 1.03572 .7992

60 5 .82553 123 .95 2 .1,00 1138 79 0019562 01973 1 80 01397 1.03501 c 7961

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1200 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c

v cp VELOCITY OERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/LB CU FT-PSIA/L8 PSIA/R BTU/L3 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 99.533 0.01221 2161*. 1*7 318.5 -83.027 -60.313 0.50309 0. 267 0.396 3857

100 0.01222 2155.60 317.3 -82.81.5 -80 .129 0. 501.91. 0. 266 0.395 3852

105 0.01233 2062.12 301..

-80.893 -78.152 0.521.23 0. 262 0.395 3796

110 0.0121.5 1971.30 292.6 -78.91.3 -76.176 0.51.261 0. 258 0.395 371,0 115 0.01256 1883.08 280.8 -76.991. -71.. 202 0.56016 0. 251. 0.395 3682 120 0.01268 1797.1.0 269.1. -75.01.7 -72.229 0.57696 0,,250 0.395 3623

125 0.01281 1711.. 22 258.3 -73.101 -70.256 0.59307 0. 21.7 0.395 3563

13 0.01293 1633.1.7 21.7.6 -71.156 -68.283 0.60851. 0.,21.3 0.391. 3502 135 0.01306 1555.09 237.3 -69.212 -66.310 0.6231.3 0. 21.0 0.395 31.1.3 litO 0.01319 H.79.02 227.3 -67.268 -61.. 337 0.63778 0, 237 0.395 3377

1*5 0.01333 11.05.22 217.7 -65.321. -62 .362 0.65161. 0.,231. 0.395 3311. 15 0.0131.7 1333.61 208.1. -63.379 -60.386 0.66501* 0. 231 0.395 321.9 155 0.01361 1261.. 15 199.1. -61.1.32 -58 .1.06 0.67801 0,,229 0.396 3181. 16 0.01376 1196.78 190.7 -59.1.81. -56.1.27 0.69059 0.,226 0.396 3118

165 0.01391 1131.1.1. 182.3 -57.531. -5i..i.it2 0.70280 0.,221. 0.397 3052

170 0.011.07 1063.07 171..

-55.580 -52.1.53 0.7H.67 0,,221 0.398 2985

175 0.011.21. 1006.62 166.3 -53.622 -50.1.59 0.72621. 0,,219 0.399 2917

180 0.011.1.1 91.7.01. 158.8 -51.659 -1.8.1.58 0.73751 0,.217 0.1.01 2 81.9 185 0.011.58 889.28 151.5 -1.9.690 -1.6.1.1.9 0.71.852 0.,215 0.1.03 2780

19 0.011.77 833.27 11.1.. I. -1.7.713 -1.1.. 1.32 0.75928 0.. 212 0.1.05 2712

195 0.011.96 778.97 137.6 -1.5.728 -1.2.1.01. 0.76982 0,,210 0.1.07 261.2 200 0.01516 726.31. 131.0 -1.3.733 -1.0.363 0.78015 0.,208 0.1.09 2572

205 0.01538 675.32 121..

-1.1.725 -38.308 .79031 0.,206 0.1.13 2502

210 0.01560 625.88 118.1. -39.703 -36.236 .80029 0.,201. 0.1.16 21.31 215 0.01581. 577.97 112.1. -37.661. -31.. 11.1. 0.81011. 0,,202 0.1.20 2360

22 0.01609 531.57 106.5 -35.605 -32.030 0.81986 0.,200 0.1.25 2288 225 0.01636 1.86.66 100.8 -33.523 -29.888 0.8291.8 0., 198 0.1.31 2215

230 0.01661. 1.1.3.22 95.2 -31.1.13 -27.715 0.63903 0.,196 0.1*37 211.1 23 5 0.01696 399.25 89.5 -29.21.5 -25.1.77 0.81.665 0,,199 0.1*50 2 01.1. 21.0 0.01729 359.56 81..

-27.01.1 -23.198 0.85825 0.,198 0.1.60 1967

2<*5 0.01766 321.1.0 78.6 -21.. 796 -20.872 0.86781. Or,197 0.1.70 1886

25 0.01806 281.. 69 73.6 -22.502 -18.1.89 0.8771.7 Or, 196 0.1.83 1805

255 0.01851 21.9.38 68.6 -20.11.7 -16.035 0.88719 0..195 0.1.99 1722

26 0.01900 215.67 63.1 -17.721 -13.1.98 0.89701. 0.. 191. 0.515 1629

265 0.01957 183.31 58.1. -15.205 -1C .856 0.90711 0,, 191. 0.51.3 151.3 27 0.02023 152.91 53.0 -12.575 -8.080 0.9171.8 Or. 191. 0.569 11.1.1 275 0.02101 121.. 11. 1.8.0 -9.798 -5.131 0.92831 Or,195 0.612 131.1. 280 0.02195 97.50 1.2.8 -6.826 -1.91.8 0.93976 Or, 196 0.666 1238

285 0.02316 73.70 37.7 -3.592 1.551. 0.95217 0..198 0.71.5 1133

290 0.021.76 52.90 32.5 0.035 5.537 0.96602 0., 205 0.863 1015

295 0.02702 36.55 26.9 1..181 10.181. 0.98191 Or,208 1.000 901

30 0.03030 26.02 22.1 8.912 15.61.1. 1.00025 Or.212 1.171 617 310 0.03976 23.21 li..

18.1.79 27.311. 1.03853 0.,208 1.056 738 320 0.01.902 31.63 11.1 25.317 36.210 1.06681 Or,198 0.71.9 71.5 330 0.05670 1.1.32 9.1 30.161 1.2.759 1.08697 0., 190 .580 765

3<.0 0.06328 50.55 7. 6 33.996 1.8.058 1.10280 Or, 181. 0.1.88 789 350 0.06915 59.li. 6.9 37.263 52.628 1.11606 Or,180 0.1.31 811 360 0.071.53 67.15 6.3 1.0.170 56.731 1.12762 Or,175 0.393 833

370 0.07952 71.. 71. 5.7 1.2.832 60.503 1.13796 Or.171. 0.365 852 380 0.081.25 81.83 5.3 1.5.322 61.. 01.3 1.11.71.1 Or. 172 0.31.1. 672

39 0.08876 88.57 5.0 1.7.680 67.1.01. 1.15611. 0,. 170 0.328 890

1.0 0.09310 95.03 it.

1.9.937 70.621. 1.161.29 0.. 169 0.316 908

"(10 0.09729 101.23 it.i. 52.111 73.729 1.17195 Or.167 0.305 925

1.20 0.10135 107.21 1..2 5it. 218 76.739 1.17921 Or. 166 0.297 91.1

1.3 0.10531 113.00 1..0 56.269 79.670 1.18611 Or,165 0.290 957

1.1.0 0.10918 118.62 3.8 58.273 82.533 1.19269 Or,165 0.283 972

1.5 0.11296 121.. 09 3.6 60.237 85.338 1.19899 0..161. 0.276 987

1.6 0.11668 129.1.3 3.5 62.166 88.093 1.20505 Or.163 0.273 1002

1.7 0.12031. 131.. 61. 3.1. 61.. 065 90.805 1.21088 .163 0.269 1016

1.80 0.12391. 139.71. 3.3 65.937 93.1.77 1.21651 Or.162 0.265 1030

1.90 0.1271.9 11.1.. 75 3.1 67.786 96.116 1.22195 .162 0.262 101.3 500 0.13100 11.9.67 3.0 69.611* 96.721. 1.22722 0,. 161 0.259 1057

510 0.131.1.7 151.. 51 2.9 71.1.21. 101.306 1.23233 .161 0.257 1070

520 0.13791 159.28 2.9 73.219 103.863 1.23729 .160 0.255 1082

53 Q. 11.131 163.98 2.8 71.. 999 106.399 1.21.213 0., 160 0.253 1095

51.0 O.H.i.68 168.63 2.7 76.767 108.917 1.21.683 . 160 0.251 1107

55 0.11.803 173.22 2.6 78.523 111.1.17 1.2511.2 . 16 0.21.9 1119

560 0.15135 177.75 2.6 80.269 113.902 1.25589 Or. 160 0.21.8 1131

570 0.151.65 182.25 2.5 82.007 116.373 1.26027 , 159 0.21.6 11<.2 580 0.15793 186.70 2.1. 83.737 118.831 1.261.51. Or.159 0.21.5 1151.

590 0.16119 191.11 2.1. 85.1.61 121.279 1.26873 ,159 0.21.1. 1165

600 0. 161.1.1. 195.1.9 2.3 87.176 123.718 1.27283 Or.159 0.21.3 1176

THO-PHASE BOUNOARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1200 PSIA ISOBAR

TEMPERATURE DENSITY

DEG. R LS/CU FT 8TU/LB PSIA-CU FT/BTU PSIA

-(DV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY OIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-S£C SQ FT/HR

X 10

S

PRANOTL NUMBER

99.533 81 67669 220 05 lit 590 177219 97 0017971. 11225 43 319 00347 1.57117 5 4951

100 81 80791. 219 78 li. 570 17631.5. 53 0. 0017995 11212 42 937 00347 1.57062 5 4525

105 81 0701.6 216 79 1

L, 350 167176 91* 0018229 11071 3 9 078 00346 1.56469 5 0219

110 80 32998 213 77 11* 123 158351. 16 00181.75 10922 3 5 602 00344 1.55876 4 6345

115 79 58623 210 70 13 889 11.9866 95 0. 0018735 10766 52 469 00343 1.55281 '< 2856

120 78 83886 207 60 13 650 11.1705 U 0019008 10604 2 3 64 7 00341 1.54684 3 9718

125 78 08751. 201. 1.1. 13 ".05 133859 17 0019297 10 435 27 104 00339 1.54086 3 6889

130 77 33188 201 21. 13 156 126318 99 0019603 10 261 2'. 812 00336 1.53487 3 4340

135 76 5711.1. 197 99 12 903 119075 17 : 0019929 10083 22 746 00334 1.52884 3 2044 mo 75 80575 191. 68 12 61.7 112118 37 0020275 09900 20 884 00331 1.52280 2 9976

1A5 75 031.30 191 32 12 388 1051.39 1.2 002061.5 09714 19. 206 00328 1.51672 2 8115

150 71. 25650 187 90 12 128 99029 31. 002101.0 09524 17 69 3 00324 1.51061 2 6441

155 73 1.7171 181. 1.2 11 866 92879 36 0. 00211.61. 09331 16 329 a 00321 1.50446 2 4937

160 72 67921 180 87 11 603 86980 91 0021921 09136 15 098 00317 1.49827 2 3589

165 71 87823 177 25 11 31.0 81325 65 00221.13 08938 13 988 00313 1.49202 2 2383

170 71 06787 173 56 11 078 75905 1*5 002291.6 08739 12 967 00309 1.48573 2 1307

175 70 21.711. 169 80 10 817 70712 .2 0023525 08538 12 083 11 00304 1.47936 ? 0351

180 69 1.11.93 165 96 10 557 65736 92 0. 0024155 08336 11 267 00300 1.47293 1 9506

18 5 68 57000 162 03 10 299 60977 59 0024643 08132 10 529 00295 1.46642 1 8763

190 67 71093 158 02 10 01.3 561.21 33 0, 0025599 07928 9 863 00289 1.45982 1 8117

195 66 83612 153 91 9 790 52063 39 0026431 07722 9 260 00264 1.45312 1 7562

200 65 91.375 11.9 71 9 51.0 47897 33 0027351 07516 8 714 00278 1.44630 1 7092

205 65 03175 11.5 u 9 292 1.3917 13 0026373 07309 8 220 00272 1.43936 1 6704

210 61. 09773 I'll 01 9 01.8 1.0117 17 0. 0029515 07102 7 771 00266 1.43227 1 6396

215 63 13891 135 1.9 8 807 361.92 38 0030797 06893 7 364 00260 1.42502 1 6165

22 62 15210 131 67 8 567 33038 26 0032244 06685 6 993 00253 1.41758 1 6013

225 61 13353 127 11. 8 330 29751 03 0033888 06475 6 654 00246 1.40993 1 5940

230 60 07879 122 30 8 091 26627 86 1) 0035770 06265 6 345 00236 1.40204 1 5949

235 58 97166 118 1.7 7 612 2351*1. 65 0038000 06051 6 057 00228 1.39379 1 6224

21.0 57 82535 113 62 7 351. 20791 63 0040504 05838 5 813 00219 1.38526 1 6495

21.5 56 62789 108 51. 7 072 18200 1.2 : 0043273 05624 5 612 00211 1.37642 1 6871

250 55 36917 103 1.1 6 798 15762 79 0046689 05410 i 408 00202 1.36716 1 7375

255 51. 03701 98 15 5 521 131.75 68 0050870 05193 5 199 00192 1.35740 1 7996

260 52 61863 92 62 6 182 1131.8 3 0055604 04974 4 986 00184 1.34706 1 .8584 265 51 09359 87 17 5 893 9365 98 0062330 04752 4 765 00171 1.33600 1 9617

270 1.9 1.3558 81 27 5 518 7559 10 0070057 04525 4 536 00161 1.32404 2 .0547 275 <»7 60615 75 33 5 175 5910 06 0081213 04292 4 296 00147 1.31094 2 .2046

280 1.5 51.928 69 07 <t 791 1.1*1*1 li 0096377 04084 4 040 00135 1.29630 2 .3708 285 1.3 1861.0 62 82 !» 1.07 3182 63 0118525 03938 3 765 00122 1.27963 2 .5627

29 1.0 38858 56 72 3 922 2136 68 0152161 03797 3 463 00109 1.26008 2 .6341

295 37 011.60 50 22 3 1.91 1352 79 0199097 03641 3 132 00096 1.23677 3 0962

300 33 00797 1.5 1.6 3 166 858 68 0257638 03487 2 781 (J 00090 1.20948 3 .3630

310 25 15195 1.1 85 2 812 583 67 0252232 02958 2 212 00111 1.15715 2 8420

320 20 39931 1.3 67 7 71.1. 645 1=5 0171527 02461 1 938 00161 1.12625 2 .1232

330 17 63792 1.6 66 2 .709 728 87 0124363 02200 1 805 00215 1.10856 1 .7139

34 15 80272 1.9 9l| ? 688 798 90 0097813 02056 1 730 00266 1.09691 1 .4795 350 11. 1.6131 53 23 2 .669 655 27 0081048 .01967 1 683 00315 1.08844 1 .3290 360 13 1.1823 56 1.9 2 651 901 09 0069601 c 01909 1 654 00362 1.08189 1 .2256

370 12 571.71. 59 73 2 .626 93 9 68 0061046 01867 1 635 .00407 1.07661 1 .1491

38 11 86897 62 90 2 .608 971 ci 0054742 01839 1 623 00450 1.07221 1 .0937

390 11 26575 66 01 2 591 997 83 0049762 01620 1 616 00492 1.06846 1 .0501

1.00 10 71.126 69 08 2 575 1020 71 0045721 .01808 1 614 00533 1.06520 1 .0147

1.10 10 27892 72 09 2 .561 101*0 51. 0042372 .01801 1 614 00574 1.06234 .9855

1.20 9 86678 75 .05 2 .51.6 1057 85 0039549 01798 1 617 00614 1.05979 .9609

1.3 9 1.9593 77 97 2 .536 1073 08 0037133 01798 1 621 00654 1.35750 .9400

1.1.0 9 15958 80 85 2 .525 1086 .51. 0035040 .01800 1 627 .00694 1.05542 .9219

1.5 8 8521.6 63 68 2 .515 1098 52 0033209 .01805 1 635 00734 1.05353 .9063

1.6 8 57037 86 1.8 2 .50 6 1109 .22 .0031591 .01811 1 643 .00773 1.05180 n .6925

1.70 8 30995 89 .25 2 .1.97 1118 84 0030151 u 01818 1 652 .00813 1.05020 .8803

1.80 8 0681.1. 91 99 2 .1*69 1127 .51 0028659 .01827 1 662 00853 1.04871 .8696

1.9 7 81.356 91. .71 > .1.81 1135 37 0027694 .01837 1 673 00893 1.04733 .8600 500 7 .6331.3 97 1.0 2 .1.71. 111.2 50 0026636 .01847 1 684 .00933 1.04605 u .8514

510 7 1.361.2 100 .08 2 .1.68 111*9 01 0025672 .01854 1 696 .00970 1.04484 .8458

520 7 .25120 102 .73 2 .1.61 1151. .97 0024787 .01868 1 707 .01011 1.04371 .8382

530 7 .07659 105 .36 2 .1.55 1160 1.1* 0023974 01881 1 720 .01052 1.04264 .8313

51.0 6 91158 108 .01 2 .1.1.9 1165 .1.7 0023222 .01896 1 732 .01094 1.04163 .8251

55 6 .75532 110 .61. 2 .1.1.3 1170 12 0022525 .01910 1 745 .01135 1.04068 .8196

560 6 .60702 113 .26 2 .1.37 1171. .1.3 0021876 .1)1925 1 758 .01176 1.03977 .6145

570 6 .1.6603 115 .67 2 .1.31 1178 .1.2 .0021271 .01940 1 .771 .01218 1.03691 .8100

580 6 .33175 118 ,1.8 2 .1.26 1182 li* 0020705 .01956 1 785 .01259 1.03810 .8060

590 6 .20367 121 .09 2 .1.20 1185 .60 .0020174 .01971 1 .798 .01301 1.03731 .8023

60 6 .08131 123 .70 2 .1.11. 1188 .81. .0019674 .01987 1 812 .01343 1.03657 .7990

TWO-PHASE 30UN0ARY 139
THERMODYNAMIC PROPERTIES OF OXYGEN

1250 PSIA ISOBAR

MPERATURE VOLUME ISOTHERM I50CHORE INTERNAL ENTHALPY ENTROPY c c. VELOCITY DERIVATIVE DERIVATIVE ENERGY V P OF SOUND DEC R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/L8-R BTU / LB -R FT/SEC

* 99.603 0.01221 2167.53 318.6 -83.019 -80.193 0.50316 0,,267 0.395 3859

100 0.01222 2160.00 317.5 -82.861. -80.036 0.501.71. 0,.266 0.395 3855

105 0.01233 2066.58 305.0 -80.911. -78.059 0.521.02 0,.262 0.395 3799

110 0.0121.1. 1975.82 292.8 -78.965 -76.085 0.51.21.0 0.. 258 0.395 371.3 115 0.01256 1887.67 281.0 -77.018 -71.. Ill 0.55991. 0,,251* 0.395 3685

120 0.01268 1802.06 269.6 -75.073 -72.138 0.57671. 0..250 0.391. 3627

125 0.01280 1 7 1 8 . 95 258.5 -73.129 -70 .166 0.59281. 0,.21*7 0.3 91. 3567

130 0.01293 1638.27 21.7.9 -71.166 -68.191. 0.60830 0,.2i*i* 0.391. 3506 135 0.01305 1559.96 237.5 -69.21.3 -66.222 0.62319 0., 21*0 0.391. 31.1*1. 11.0 0.01319 11.83.98 227.6 -67.301 -61.. 21.9 0.63753 0.,237 0.395 3381

li(5 0.01332 11.10.25 217.9 -65.359 -62.276 0.65138 0,,231* 0.395 3318

15 0.0131.6 1338.73 208.6 -63.1.16 -6U.301 0.661.77 0,,231 0.395 3251. 155 0.01360 1269.35 199.6 -61.1.72 -58.321. 0.67771. 0.,229 0.396 3169

16 0.01375 1202.07 191.0 -59.527 -56.31.1. 0.69031 .226 0.396 3123

165 0.01390 1136.82 182.6 -57.579 -51*. 361 0.70251 0,.22"* 0.397 3057

17 0.011.06 1073.55 171..-55.628 -52.373 0.711.38 0..221 0.398 2990

175 0.011.23 1012.20 166.7 -53.671. -50.381 0.72593 0..219 0.399 2 923 ISO 0.011.1.0 952.72 159.1 -51.711. -1.8.382 0.73719 0,. 217 0.1.00 2 655 185 0.011.57 895.06 151.8 -1.9.71.9 -1.6.376 0. 71.818 0..215 0.1.02 2787

190 0.011.76 839.17 11.1.. 8 -1.7.777 -1.1.. 361 0.75893 0,,213 0.1*01* 2718

195 0.011.95 781.. 99 138.0 -1.5.796 -1.2.336 0. 7691.6 0..210 0.1*06 261.9 20 0.01515 732.1.8 131.1. -1.3. 806 -1.0.299 0.77977 0,. 208 0.1*09 2580 205 0.01536 681.60 125.0 -1.1.803 -38.21.0 0.78990 0..206 0.1.12 2510

210 0.01558 632.29 118.8 -39.787 -36.181 0. 79987 ,201* 0.1.15 21. 1.0 215 0.01582 58I..53 112.8 -37.755 -31.. 091. 0.80969 0,,202 0.1.19 2369

220 0.01607 538.29 107.0 -35.701. -31.986 0.81938 ,200 0.1.21. 2298

225 0.01633 1.93.51. 101.3 -33.631 -29.852 0.82897 0,, 198 0.1.29 2226

23 0.01661 1.50.27 95.8 -31.532 -27.687 0.8381.8 0,, 196 0.1.36 2153 235 0.01692 1.06.33 90.0 -29.377 -25.1.60 0. 81.806 , 199 0.1.1.8 2056

2<t0 0.01725 366.68 6 If.

-27.186 -23.193 0.85760 0., 198 0.1.58 1981

21.5 0.01761 328.71 79.1. -21.. 957 -20.881 0.86711. 0,,197 0.1.66 1900

25 0.01800 292.19 71..-22.682 -18.515 0.87670 0.,196 0.1.79 1821 255 0.0181.1. 257.07 69.3 -20.351 -16.083 0.88633 0.,195 0.1.91. 171.0 26 0.01892 223.60 63.9 -17.951. -13.571. 0.89607 0,, 191* 0.509 161.9 265 0.0191.7 191.50 59.3 -15.1.71, -10.967 0.90600 0,,191* 0.535 1566

27 0.02010 161.29 53.9 -12.892 -8.21.0 0.91620 0,,191* 0.558 11.67 275 0.02081. 132.73 1.9.1 -10.180 -5.358 0.92678 0., 191. 0.596 1373

280 0.02172 106.19 1.I..0 -7.30 -2.273 0.93789 0.,195 0.61.2 1271 285 0.02282 82.1.6 39.1 -1..198 1.083 0.91.977 0,,197 0.707 1171

290 0.021.23 61.1.6 31..

-0.782 I..827 0.96279 0.,203 0.802 1060

295 0.02611. 1.1.. 38 28.8 3.039 9.090 0.97736 0.,206 0.905 952 300 0.02879 32.25 21*.

7.321 13.985 0.99381 0.,208 1.01.7 867 310 0.03670 21.. 68 16.5 16.1.31* 21.. 928 1.02969 0,,208 1.060 761* 320 0.01.51.5 30.81. 12.2 23.667 31.. 187 1.05912 0,,199 0.791. 755

330 0.05300 3 9.96 9.9 28.858 1.1.125 1.0801.8 0..191 0.612 770

31.0 0.05950 1.9.06 8.5 32.920 1.6.692 1. 09711 0.,185 0.511 792

35 0.06528 57.68 7.5 36.31.0 51.1.51 1.11092 0..181 O.i. 1.7 611. 360 0.07057 65.75 6.7 39.359 55.693 1.12288 0,.177 0.1.05 835 370 0.0751.7 73.1.5 6.1 1.2.106 59.575 1.13352 0..171. 0.371. 851* 380 0.08010 80.62 5.7 1.1.. 660 63.200 1.11.318 0,.172 0.352 873

390 0.081.50 87.1.5 5.3 1.7.071 66.631 1.15210 0, 171 0.335 892

1.0 0.08873 93.99 5.0 1.9.372 69.909 1.1601.0 0,, 169 0.321 909

1.10 0.09281 100.28 1..7 51.581. 73.065 1.16819 0..168 0.310 926

1.2 0.09676 106.31. lt.lt 53.723 76.119 1.17555 0,. 167 0.301 9"*3

1.3 0.10060 112.20 it.

55.802 79.089 1.18251. 0,, 166 0.293 959

1.1.0 0.10i.3b 117.89 1..0 57.831 81.986 1.18920 0.,165 0.287 97t*

1.5 0.10803 123.1.3 3.8 59.816 81.. 822 1.19557 0..161. 0.281 989

1.6 0.11161. 128.82 3.7 61.761. 87.605 1.20169 0,,163 0.276 1001.

1.7 0.11518 13<*.09 3.6 63.680 90.31.1 1.20757 ,163 0.271 1018

1.80 0.11867 139.26 3.1. 65.568 93.036 1.21325 0,,162 0.268 1032

1.90 0.12211 11.1.. 32 3.3 67.1.31 95.695 1.21873 0,,162 0.261. 101.5 500 0.12550 11*9.29 3.2 69.273 98.322 1.221.01. ,161 0.261 1058

510 0.12886 151.. 18 3.1 71.095 100.921 1.22918 0,,161 0.259 1072

520 0.13218 158.99 3.0 72.900 103.1.95 1. 231.18 0.,161 0.256 10 81. 530 0.1351.7 163.71. 2.9 7i>. 690 106.01.6 1.23901. 0., 160 0.251* 1097

51.0 0.13873 168.1.3 2.8 76.1.66 106.577 1.21.377 0,,160 0.252 1109

55 0.H.196 173.06 2.8 78.231 111.090 1.21*838 0.,160 0.250 1121

560 0.11.517 177.61. 2.7 79.985 113.587 1.25288 , 160 0.21*9 1133

570 0.11.836 182.17 2.6 81.729 116.069 1.25728 ,159 0.21*8 111.5 58 0.15152 186.66 2.6 83.1.66 118.539 1.26157 0.,159 0.21.6 1156

590 0.151.67 191.11 2.5 85.195 120.996 1.26577 0.,159 0.21.5 1168

60 0.15780 195.52 2.5 86.918 123.1.1*1. 1.26989 0,.159 0.21.1. 1179

TWO-PHASE BOUNOARY
1250 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE OENSITY

DEG. R LB/CU FT 3TU/LB PSIA-CU FT/8TU PSIA

(DV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 10=

PRANOTL NUMBER

99.603 81 8891.5 220 33 1'. .588 1771.98 08 001791.7 11228 1=3 390 0031.7 1.57128 5 5015

100 81 83111 220 10 11. 571 176755 33 0017965 11217 1. 3 066 0031.7 1.57081 5 1.653 105 81 091.68 217 12 11. .351 167588 59 0018197 11076 3 9 199 0031.6 1.561.69 5 0337

110 80 35532 211. 11 11. .121. 158767 68 00181.1.1 10928 3S 715 0031.1. 1.55896 i» 6U55

115 79 61275 211 US 13 890 150282 39 0. 0018698 10772 32 576 0031.3 1.55302 1* 2961

120 76 86661. 207 96 13 651 11.2122 65 0G18968 10610 23 71.7 0031.1 1.51*707 3 9813

125 78 11667 201. 82 13 1.07 131.278 56 0019251. 101.1.2 Z T 198 00339 1.51.110 3 6978

130 77 3621.1. 201 61. 13 .158 12671.0 1.1 a 0019557 10269 2 '4 900 00337 1.53511 3 1.1.23 135 76 60351. 198 1.0 12 905 1191.98 67 0019879 10091 ZZ 829 00331. 1.52910 3 2121

1A0 75 83950 195 11 12 61.9 11251.3 99 0020221 09909 ZO 963 00331 1.52306 3 COi.7

1A5 75 06982 191 76 12 391 105867 20 0020586 09723 19 28 J 00328 1.51700 2 8181

150 71. 29392 188 36 12 .131 99U59 33 0020976 09531. 17 763 00325 1.51090 2 .6502

155 73 51118 181. 89 11 869 93311 62 0021395 0931.2 16 391. 00321 1.501.77 2 1.993 16 72 72090 181 37 11 .607 871.15 50 002181.5 0911.7 15 160 00317 1.1.9859 2 .361.0 165 71 92232 177 77 11 31.5 81762 62 0022330 08950 H 01.7 00313 1.1.9237 2 21.29 170 71 111.56 171. 10 11 083 7631.1. 86 0022855 08751 13 01.2 00309 1.1.8609 2 13U8

175 70 29667 170 36 10 622 71151. 31. 00231.21. 08551 12 135 00305 1.1.7975 2 0388

ISO 69 1.6757 166 5<t 10 563 66183 1.3 CO Zt.C.3 0831.9 11 316 00300 1.1.7331. 1 9537

185 68 62601. 162 61. 10 .306 611.21. 75 0021.719 0811.7 10 577 00295 1.1.6685 1 .8790

19 67 77072 158 65 10 .052 56871 23 00251.60 (1 0791.3 9 908 00290 1.1.6028 1 8139

195 66 90006 151. 58 9 600 52516 10 0026275 07738 9 303 00285 1.1.5361 i ,7578

200 66 01230 150 M 9 .552 1.8352 93 C027175 07533 i 755 00279 l.i* 1.683 1 .7102 205 65 1051.5 11.6 ft 9 306 1.1.375 70 0028171. 07327 6 259 00273 1.1.3992 1 ,6708

210 61. 17721 11.1 77 9 061. 1.0578 79 0029287 07120 7 809 c 00267 1.1.3288 1 .6392 215 63 221.91. 137 29 8 .825 36957 10 0030535 06913 7 1.00 00261 1.1*2567 1 ,6153

220 62 21.557 132 71 8 .589 33506 11 a 003191.0 06706 7 027 00251. 1.1*1829 1 .5991 225 61 23555 128 02 9 355 30222 00 0033532 061.97 6 688 0021.7 1.1*1070 1 ,5907

230 60 19071 123 23 6 .121 27101 81. 003531.8 06288 6 377 0021.0 1.1*0288 1 .5901* 235 59 09580 119 wr 7 61.1 21.012 20 00371.91 06076 6 089 00230 1.391*71 1 .6159

21*0 57 96301. 111. 68 7 388 21253 83 0039916 05865 5 838 00221 1.38630 1 ,61*03

21.5 56 78171 109 68 7 107 18661. 1.8 001.2533 05653 5 639 00213 1.37756 1 6752

250 55 51.252 101. 61. 5 639 16228 99 001.5770 051.1.1 5 1.37 00205 1.3681.3 1 .7231 255 5<* 231.1.7 99 1.8 6 566 1391.2 13 OCi.9697 05226 5 232 00195 1.35881. 1 ,7815

26 52 81.629 91. 08 6 236 11816 18 0051.085 05011 5 022 00186 1.31.871 1 .6358 265 51 3601.2 88 78 5 95 9 9835 69 0060279 01.792 1. 806 00171. 1.33793 1 ,9320

27 1.9 75389 83 01. 5 593 8021. 86 n 0067220 01.570 U 582 00165 1.32633 2 ,011*8 275 1.7 99551. 77 31 5 261. 6370 '--1 0077071. 01.31.3 i* 31.9 00152 1.31372 2 .11*80 28 1.6 01.01.5 71 28 i. 895 l.e89 18 0090051. 01.120 l* 103 00139 1.29979 2 .3011 285 1.3 82729 65 32 t. 531. 3611. 12 0106307 03971. 3 81.1 00128 1.281.11. 2 .1*618 290 1.1 261.1.1 59 55 l. 071 2536 18 0131.668 03329 3 559 00116 1.26618 2 .6831

295 38 251.28 53 29 3 669 1697 91 0169900 03673 3 251. 00106 1.21.530 2 ,8877

300 3<t 73371. 1.8 39 3 351 1120 25 0216386 03527 2 932 00097 1.22118 3 .131*0 310 27 25023 1.3 21 2 917 672 65 021.5257 03091 2 358 00107 1.17097 2 ,9099

320 22 00321 1.3 99 2 799 678 56 01801.56 02591 2 035 0011.8 1.13661 2 .21*1.6 330 18 86930 1.6 62 2 .71.8 753 96 a 0131381 02296 1 871. 00199 1.1161.2 1 ,8001

3<t€ 16 80701. 1.9 71. p 721 821. 63 0102661. 02129 1 781. 0021.8 1.10327 1 ,51.05 35 15 31761 52 96 2 .698 883 1.5 0081.1.83 c 02027 1 729 00296 1.09381. 1 ,3738

360 11. 17079 56 18 2 .676 931 8.0 OC72150 01960 1 693 0031.1 1.08661 1 .2602 370 13 21.965 59 1.0 2 .650 973 1 I 006296". 01911 1 669 00386 1.08083 1 .1761

380 12 1.81.61. 62 56 2 .631 1006 1*7 0056261. 01878 1 651. 001.27 1.07605 1 .1160

390 11 83391 65 67 2 .613 1031. 68 0050991. 01856 1 61.5 001.66 1.07199 1 ,0689

!»00 11 27035 68 71. 2 .596 1059 31 001.6737 0181.0 1 61.0 .00508 1.0681.9 1 .0309

1.10 10 77521 71 76 2 .581 1080 50 001.3223 01831 1 639 0051.8 1.0651.1 ,9995

1.20 10 33507 7k 73 2 .567 1099 01 .1 001.0270 01826 1 61.0 00587 1.06268 .9733

1.3 9 93998 77 66 2 .551. 1115 29 0037750 01821. 1 61.3 00626 1.06021. .9510

i*i*0 9 5821.0 8f) 51. 2 .51.2 1129 69 0035575 01825 1 61.8 00665 1.058U3 .9318

1.50 9 2561.8 83 38 2 532 111.2 1.9 00 33675 01828 1 655 00703 1.05602 .9152

1*6 8 95761 86 .19 2 .522 1153 91. 0032001 01833 1 662 .0071.2 1.051.18 .9006

1*70 8 68208 88 .97 2 .513 1161. 22 0C30513 01839 1 671 0078C 1.0521*8 .8677

1*80 8 1.2687 91 .72 2 .505 1173 <*9 0029181 0181.7 1 680 00819 1.05091 .8763

1*90 8 18951 9<t 1.1. 2 .1.97 1161 88 0027982 01856 1 690 .00858 1.01*91.6 u ,8662

50 7 96793 97 11. 2 .1.90 1189 51 0026895 01666 1 700 a 00696 1.01.810 .8571

510 7 76038 99 .82 2 .1.83 1196 .1.7 0025905 01872 1 711 .00933 1.01*683 .8512

520 7 5651.0 102 .1*8 ? .1.76 1202 83 0025000 01885 1 723 00972 1.01*563 .81.32 53 7 .38173 105 .13 2 .1.70 1208 b7 0021.167 a 01698 1 735 .01012 1.01*1.51 .8359

51.0 7 20828 107 .77 2 .1.61. 1211. 05 0C23399 o 01912 1 71.7 .01052 1. 01.31.5 .8291. 55 7 .01.1.11 110 .39 2 .1.58 1219 02 0022687 01926 1 759 .01092 1.01.21.1. .6235

56 6 8881.0 113 .01 2 .1.52 1223 62 0022026 . 0191.1 1 772 .01132 1.01.11.9 .8183

570 6 71.01.1. 115 63 2 .1.1.6 1227 69 00211.09 01955 1 765 01172 1.01.059 .8135

580 6 .59960 116 .21. 2 .1.1.1 1231 87 0020832 01970 1 798 .01212 1.03973 .8092

590 6 1.6530 120 .85 2 .1.35 1235 57 0020292 01986 1 811 01252 1.03891 ,8053

60 6 .33705 123 .1.6 2 .1.29 1239 .01. 0019781. 02001 1 825 .01293 1.03813 .8019

TWO-PHASE BOUNDARY 141
THERMODYNAMIC PROPERTIES OF OXYGEN

1300 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM I30CHORE INTERNAL ENTHALPY ENTROPY c

v

C P VELOCI DERIVATIVE DERIVATIVE ENERGY OF SOUI DEG. R CU FT/LB CU FT-PSIA/L8 PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEI

* 99.673 0.01221 2170.59 318.6 -83.011 -80 .072 0.50321. 0, 267 0.395 3861

10 0.01222 2161.. 39 317.8 -82.661. -79.91.3 0.501.53 0,,266 0.395 3 858 105 0.01233 2071.03 305.2 -80.935 -77.967 0.52381 0.,262 0.395 3802

110 0.0121.1. 1980.31. 293.0 -78.987 -75.993 0.51.216 0,,258 0.395 371.6 115 0.01256 1892.25 281.2 -77.01.2 -71.. 019 0.55973 0,,251* 0.395 3689

120 0.01268 1806.71 269.8 -75.099 -72.01.7 0.57651 0,,250 0.391. 3630

12 5 0.01260 1723.67 258.8 -73.156 -70.076 0.59261 0.,2i*7 0.391. 3570

130 0.01292 161.3.06 21.8.1 -71.215 -68.105 0.60807 0,.21.1* 0.391. 3510

135 0.01305 1561.. 83 237.8 -69.271. -66.133 .62295 0,, 21*0 0.391. 31.1.8 1A0 0.01318 11.88.92 227.8 -67.331. -61*. 162 0.63729 0,.237 0.3 91. 3385

11*5 0.01331 li.15.27 218.2 -65.391. -62.189 0.65113 0,,23i* 0.395 3322

150 0.0131.5 131.3.83 208.9 -63.1*51. -60.215 0.661.51 .232 0.395 3258

15 5 0.01360 1271.. 51. 199.9 -61.512 -58.21*0 0.6771.7 .229 0.395 3193

160 0.01371, 1207.31. 191.2 -59.570 -56.261 0.69003 0.,226 0.396 3128

165 0.01390 Hi.2.19 182.9 -57. 62"* -51*. 279 0.70222 0..221* 0.397 3062

17 0.011.05 1079. 01 171..-55.677 -52.291. 0.711.08 0,,222 0.398 2995

175 0.011.22 1017.76 167.0 -53.725 -50.303 0.72562 0..219 0.399 2 928

180 0.011.38 958.39 159.5 -51.769 -1.8.306 .73667 D .217 0.1.00 2861

16 5 0.0H.56 900.83 152.2 -1.9.806 -1.6 .303 0.71.785 .215 0.1.02 2793

190 0.011.71. 81.5.05 11.5.2 -1.7.81.0 -1.1*. 291 0.75859 0,.213 0.1.03 2725

195 0.011.93 790.99 138.1. -1.5.863 -1.2 .269 0.76909 0,.211 0.1.06 2 655 200 0.01513 738.60 131.8 -1.3.878 -1.0.235 0.77939 0.. 209 0.1.08 2587

20 5 0.01531. 687.81. 125.1. -1.1.861 -36.186 0.78950 ,206 0.1.11 2518

210 0.01556 638.68 119.3 -39.871 -36.125 0.7991.5 0,. 201* 0.1.11. 21.1.9 215 0.01560 591.06 113.3 -37.81.6 -31*. 01*1* .80921. .202 0.1.18 2379

22 0.01601. 51.1.. 96 107.5 -35.803 -31.91*1 .61691 0,.200 0.1.23 2308

225 0.01630 500.37 101.9 -33.739 -29.811. 0.6281.7 .198 0.1.28 2237

230 0.01658 1.57.26 96.3 -31.61.9 -27.657 0.83791. 0.. 196 0.1.31. 2165

235 0.01689 1.13.35 90.6 -29.506 -25.1*1.1 0. 81.71.7 0.. 199 0.1.1.6 2069

2i*0 0.01721 373.71. 85.1. -27.329 -23.185 0.85697 0.,198 0.1.55 1995

2^5 0.01756 335.91. 80.0 -25.115 -20.887 0.8661*5 0.,197 0.1.63 1911. 250 0.01795 299.61 75.0 -22.858 -16.537 . 87591. 0..196 0.1.75 1836

255 0.01837 261.. 67 70.0 -20.51.9 -16.126 0.8851.9 0..195 0.1.90 1757

260 0.01881. 231.1.1 61..-18.179 -13.61.2 0.89511. 0,.191* 0.503 1668 265 0.01937 199.56 60.2 -15.733 -11.069 0.901*91* , 191* 0.528 1587

270 0.01998 169.52 51..-13. 19". -8.3 65 0. 911*96 0., 191* .51.8 11*91 275 0.02068 11.1.11. 50.2 -10.51.0 -5.562 0.92533 0,,191* 0.582 11.01 260 0. 02151 111.. 69 1.5.2 -7.739 -2.562 0.93615 ,195 0.621 1302

285 0.02252 91.02 1*0.5 -1..71.8 0.673 0. 91.760 0,. 196 0.677 1207

290 0.02379 69.86 35. 7 -1.1.99 1..229 0.95996 0.,202 0.755 1100

295 0.0251.5 52.25 30.6 2.077 8.201* 0.97355 0,. 203 0.836 998 300 0.02767 38.96 26.1 6.019 12.679 0.98859 0.,205 0.951 911. 310 0.031.27 27.38 18.3 li*. 587 22.637 1.02189 ,206 1.026 795 320 0.01.232 30.78 13.5 22.026 32.211* 1.05168 0., 199 0.828 769

330 0.01*966 39.00 10.8 27.537 39.1.91 1. 071.09 .192 0.61.3 778

3<t0 0.05606 1.7.81. 9.2 31.826 1.5.320 1.09150 ,186 0.533 796

350 0.06175 56.1.0 8.0 35.1*01* 50.269 1.10586 0,. 162 0.1.61* 817 360 0.06691. 61.. 51 7.2 36.538 51.. 652 1.11821 .176 0.1.18 837

37 0.07175 72.16 6.5 1*1.371 58.61.2 1.12915 0,.175 0.381. 856 380 0.07628 79.51 6.0 1*3.993 62.356 1.13906 .173 0.360 875

390 0.08059 86.1.1 5.6 1.6.1*59 65.856 1.11.816 0.,171 0.31.1 893

1*00 0.081.71 93.03 5.2 1.8.801. 69.196 1.15661 . 170 0.327 911

1*10 0.08866 99.39 i*.9 51.051. 72.1.02 1.161.52 0.. 168 0.315 928

i»20 0.09253 105.52 i*.7 53.226 75.500 1.17199 , 167 0.305 91.1. <t30 0.09627 111.1.5 •*.!. 55.333 76.509 1.17907 0.. 166 0.297 960

1.1.0 0.09992 117.21 1..2 57.387 81.1.1.1 1.18581 0,. 165 0.290 975

".50 0.1031.9 122.81 1..1 59.391. 81.. 307 1. 19225 , 161. 0.281. 991

1.60 0.10699 128.26 3.9 61.362 87.116 1. 1981.3 0,. 161. 0.278 1005

1.70 0.1101.3 133.59 3.7 63.296 89.679 1.201.37 ,163 0.271* 1020

1.8 0.11381 138.80 3.6 65.200 92.597 1.21009 0.,162 0.270 1033

1.90 0.11711. 11.3.92 3.5 67.077 95.277 1.21562 , 162 0.266 101*7 500 0.1201.3 11.8.91. 3. i. 66.931 97.923 1.22096 ,161 0.263 1060

510 0.12369 153.87 3.3 70.765 100.539 1.22611. 0..161 0.260 1071. 52 0.12690 158.73 3.2 72.581 103.129 1.23117 .161 0.258 1086

530 0.13006 163.52 3.1 7U. 360 105.695 1.23606 0,. 160 0.255 1099

51.0 0.13321. 168.25 3.0 76.166 108.21.0 1.21.082 0.,160 0.253 1111

55 0.13637 172.92 2.9 77.938 110.765 1.21.51*5 0,, 160 0.252 1123

560 0.1391.7 177.51* 2.6 79.700 113.271. 1.21.997 0,, 160 0.250 1135

57 0.11.255 162.11 2.8 81.1*51 115.767 1.251.38 .159 0.21.9 111*7 580 .11.561 186 .61. 2.7 63.191. 116.21.7 1.25870 0., 159 .21.7 1159

59 0.11.866 191.13 2.6 81*. 929 120.715 1.26292 0.,159 0.21.6 1170

60 0.15168 195.58 2.6 86.658 123.171 1.26701. 0..159 0.21.5 1181

TWO-PHASE BOUNDARY
1300 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT

99.673 81 90220

100 81 851.21. 10 5 81 11885

110 80 38060

115 79 63920

12 78 991.35 125 78 11.572 130 77 39292

135 76 63551. 1*0 75 87311.

11.5 75 10521

15 71. 33119

155 73 5501.9 16 72 7621.1

16 5 71 96620

170 71 16102

175 70 31.591. 180 69 51990

185 68 58172

190 67 83009

195 66 96351

20 66 06028

205 65 1781.7 210 61. 25589

215 63 31000

220 62 33769

22 5 61 33617

230 60 30090

235 59 21780

21.0 58 Q9811

21.5 56 93217

25 55 71150

255 51. 1.2615 26 53 06609

265 51 61615

27 50 05622

275 1.8 36075

280 1.6 1.9333 285 1»1» 1.01.07 29 1.2 02678

295 39 29136

30 36. 11.333 310 29 17953

320 23 62951

330 20 13706

31.0 1? 83951. 350 16 191.51

36 11. 93866

370 13 93737

38 13 10921.

390 12 1.0913

1.0 a 11 80509

i«10 11 27609

1.2 10 80711

1.30 10 38712

1.1.O 10 00777

1.50 9 66262

1*6 9 31.660

1.70 9 05566

1.80 8 78651

1.9 8 5361.6 500 8 30325

510 8 08501

52 7 88015

53 7 66730

51.0 7 50530

550 7 33315

560 7 16996

570 7 011.96 560 6 5671.8

590 6 72692

600 6 59275

BTU/LB PSIA-CU FT/BTU PSIA

220.61

220.1.1 217.1.5

211.. 1.5 211. *i 208. 33 205.20

202.03

198.81 195.53

192.20 188.82

185.37 181.85

178.28

171.. 61. 170.92

167.12 163.25

159.28

155.21. 151.10

11.6.86

11.2.52 138.08

133.51. 128.89

121.. 10

120.1.5 115.72

110.80

105.81. 100.78

95.50

90.31.

8 >t. 75 79.20 73.36 67.66

62.17 56.15

51.25

1.1.. 97

iti. .60

1.6.71. 1.9.67 52.78

55.95

59.10 62.27 65.38

68. 1. it 71.1.6

7lt.lt it 77.37

80 .26 83.11

85.93

88.71

91.it6

9lt.l9 96.89

99.58

102. 2it 10lt. 89 107.53

110.16

112.79

115. itO 118.02

120.63

123.21.

(OV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 105

PRANDTL

NUMBER

l* 586 177775 97 0. 0017921 11230

lit 572 17716it 79 0017936 11222 m 352 167999 87 0018165 11082

l* 125 159180 83 0018*07 1093*

13 691 150697 *3 0. GU 1 R661 10779

13 652 1*2539 61 [I 0018929 10617

13 it08 131.697 1.9 CL19212 10**9

13 159 127161 3* 0019511 10277

12 907 119921 6* 0019829 10099

12 651 112969 0* a. 0020167 09918

12 393 106291. 17 0020528 09732

12 133 99888 67 0020913 095**

11 872 9371,3 in 0021326 09352

11 610 8781.9 3 2 0021770 09158

11 31.9 82198 77 00222*8 08962

11 088 76783 39 0. 002276* 0876*

10 82 8 71595 31 002332* 0856*

10 570 66626 69 0C23933 c 08363

1] 311. 61870 78 002*597 08161

10 061 57319 B9 0025323 07958

9 810 52967 *7 0. 0026122 0775*

9 .563 1.8807 08 00270C3 07550

9 32 1.1.832 68 0027979 073*5

9 080 1.1038 66 0029065 07139

9 8 It it 371.19 90 0030279 06933

6 611 33971 8* 0G316** 06726

8 380 30690 6* 0. 0033187 06519

8 150 27573 26 003*9*2 06312

7 .669 21.1.77 9* 3 0C37001 .06101

7 lt22 21713 67 0039352 05891

7 11.0 19125 78 00*1829 .05682

5 878 16691 92 a 00**903 05*71

b 610 1*1.01. 90 00*8599 c 05259

6 288 12280 00 0052688 c 050*6

5 021 10300 66 0056*07 0*831

5 661. 8*85 5* 006*686 0*613

5 31.7 6825 66 0073*7* 0*392

It 991 5332 29 008*719 0*16*

it 65 *0*1 77 0100103 0*010

l| 201. 2936 07 0121*2* 0386*

3 827 2053 0* 01*8895 03709

3 520 1*08 8 0185658 03565

3 035 799 00 0228697 03189

2 863 727 2* 0. 0185598 02715

Z 793 785 3 01375*2 02393

? 757 653 * 3 0107281 02205

2 726 913 39 0U87835 02088

2 705 963 62 007*656 c 02012

2 678 1005 75 0065022 01956

2 .655 10*2 26 0057767 .01918

2 535 1072 33 0052213 01891

2 .617 1098 21 3 00*77*3 3 .01873

? 601 1120 70 00**06* 01861

2 586 11*0 36 00*0983 0185*

i 572 1157 69 0038361 01850

? 560 1173 0036102 018*9

2 51.9 1186 63 003*135 01851

2 .538 1198 81 0032*05 01855

2 .529 1209 75 G030870 ,01860

1 520 1219 61 0C29*99 01667

Z .512 1228 5* 0028266 01675

2 505 1236 66 0027150 01885

2 .1.98 12** 06 0026136 c 01889

2 1.91 1250 6 3 0025209 01902

2 .1.85 1257 05 002*357 01915

2 .1.79 1262 76 0023572 .01928

2 .1.73 1268 06 00228*6 019*2

2 .1.67 1272 .96 0022172 01956

2 .1.61 1277 51 00215** .01970

2 .1.56 1281 .7* 0020958 01985

2 .1.50 1285 69 0020*06 02000

1 .it it it 1289 38 0019892 02015

*3 *62 003*7 1 57138 5 5080

*3 195 003*7 1 57099 5 *781

39 32 003*6 1 56508 5 0*57

35 828 003*5 1 55916 * 6566

32 682 003*3 1 55323 * 306*

29 8*7 003*1 1 5*729 3 9909

Z7 292 00339 1 5*133 3 7067

2* 989 00337 1 53535 3 *506

22 913 0033* 1 52935 3 2196

2 1 0*1 00331 1 52333 3 0119

1 9 35* 00326 1 51728 ? 82*7 17 832 00325 1 51120 2 6563

16 *60 00322 1 50506 2 50*9

16 223 00316 1 *9892 2 3691

1* 106 0031* 1 *9271 2 2*75

13 099 00310 1 *86*5 2 1390

12 186 00305 1 *8013 2 0*25

11 366 00301 1 *737* 1 9570

10 62* 3 3 0296 1 *6728 1 6817

9 953 00291 1 *607* 1 8161

9 3*6 00286 1 *5*09 1 759*

8 796 00280 1 **735 1 .7113

9 298 0027* 1 **0*8 1 6712

7 8*6 00268 1 *33*7 1 6389

7 *35 00262 1 *2631 1 61*3

7 062 00255 1 *1898 1 5971

5 721 002*8 1 *11*5 1 5876

6 *10 002*1 1 *0370 1 5860

6 121 00231 1 39562 1 .6098

5 85 3 00223 1 38730 1 .6313

5 666 c 00215 1 37867 1 6638

5 *66 00207 1 36967 1 7 9*

5 263 00197 1 3602* 1 76**

5 056 00189 1 35031 1 .8150

* 8** 3 00177 1 33978 1 90*7

* 626 00166 1 32651 1 .9789

t| 399 00156 1 31633 2 .096*

i. 162 001** 1 30301 2 2360

3 911 00133 1 28821 2 .3780

? 6*5 00122 1 27150 2 5631

3 360 00113 1 252*7 2 7271

3 062 3 0010* 1 23080 2 9*18

2 *99 010 6 1 16378 2 .9018

2 138 00139 1 1*719 2 3*58

1 9*8 3 00185 1 .12*56 1 .8839

1 8*1 3 00232 1 1098* 1 6017

1 .776 3 .00278 1 .09939 1 .*193

1 733 .00322 1 091*5 1 .2952

1 705 .00365 1 .08515 1 .2055

1 686 00*07 1 .07995 1 .1386

1 67* 3 00**7 1 .07558 1 .0879

1 667 .00*86 1 .07181 1 .0*72

1 66* 005i* 1 .06852 1 .0137

1 66* 00562 1 .06561 .9858

1 666 3 .00600 1 .06301 .9621

1 670 00638 1 .06066 .9*17

1 675 .00675 1 .05853 3 .92*1

1 682 00713 1 .05658 .9087

1 .689 .00750 1 .05*78 .8951

I 698 3 r 6 e 1 .05313 .6831

1 707 .00825 1 .05159 .872*

1 717 00853 1 .05016 3 .8629

1 .727 .00896 1 .0*862 .8566

1 736 .00936 1 .0*756 .8*81

1 750 00975 1 .0*638 .8*05

1 762 .01013 1 .0*526 c .8337

1 77* 01052 1 .0**21 3 .8275

1 786 .01091 1 .0*321 .8220

1 798 .01130 1 .0*226 .8170

1 811 .01169 1 .0*136 .8125

1 82* .01208 1 .0*050 .808*

1 837 .012*7 1 .03969 3 .80*7

TWO-PHASE BOUNDARY
1350 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE VOLUME

OEG. R CU FT/LB

ISOTHERM DERIVATIVE D CU FT-PSIA/LB

99.71*3 0..01221 2173 ,6i( 100 .01221 2168,.78 105 0,.01232 2075 • •*! 110 .0121*1. 198<t,,85 115 0.,01255 1896,.83 120 .01267 1811,,36 125 0..01279 1728,,38 130 0,,01292 161.7,,85 135 0.,01301. 1569,,69

1<*0 0.,01317 11.93 .85

11.5 0.,01331 11.20,.29 150 0,,0131.5 131*8,.93 155 .01359 1279,.72 160 0..01371. 1212,.61 165 0..01389 111*7,.51. 170 0.,01i*0<. 1081*,,1.5 175 0,.011.21 1023,. 30 180 0..011.37 961.,.03 19 5 o,,011.55 906,,58 190 o,,011.73 850,,91 195 0,,011.92 796 .96 200 0.,01512 71*1.,,69 20 5 0,,01533 691.,,06 210 o,,01551. 6*5,.02 215 .01577 597., 5k 22 0,,01602 551,,59 225 0,.01628 507,,15 230 0,,01655 1.61.,,20 235 0,,01685 1*20,,31. 2<*0 0.,01717 380,.75

2U5 ,01752 31.3,. 11 250 0,,01790 306.,96 255 0.,01831 272,,18 260 0.,01877 239,,12 265 0,,01928 207, 50 270 0,,01986 177,,61 275 0,,02053 11.9,,39 2ao 0.,02132 123.,02 285 0.,02226 99,,1*0 290 D.,0231.2 78,,11

295 0.,021.89 60,,09 300 0,,02679 1.5,,92 310 0.,03237 31,,08 32 0, 03962 31. 50 33 0.,01*667 38.,1.9 3U0 0,,05292 1.6.,91 35 0.,05851 55.,3<l 36 0,,06361 63.,1.2 370 0,,06833 71,. 10 38 0.,07277 78,.1.3

390 0,,07698 85. 1.6

1.0 0,,08100 92,,11. 1.10 0,,081.98 98.,57

1.20 0.,08863 101.,,77

1.30 0,,09228 110.,76

1.1.0 0,,09593 116..58

1.5 0.,09930 122..23

1.60 0.,10270 127,,71. 1.70 0,,10601. 133.,13

1.90 0,,10932 138.,39

1.9 0,,11256 11.3. 55 500 0.,11575 11.8.,62 510 0,,11890 153,.60 520 G,,12202 158..50 53 0.,12511 163,.31. 51.0 0,,12816 169. 10 55 0..13119 172,,82 560 0.,131.20 177,,1.7 570 0,,13718 192.,08 58 0,,11.015 186..61*

590 0,.11.309 191 . 17 600 0.,11.602 195..65

:sochore INTERNAL ENTHALPY ENTROPY

<v C

P VELOCITY

:rivative ENERGY OF SOUND PSIA/R BTU/L8 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

318.6 -83.003 -79.952 0.50332 0,,267 0.395 3663 318.0 -92.903 -79.850 0.501*33 .266 0.395 3 860 305. l. -80.955 -77.875 0.52361 0,,262 0.395 3805 293.2 -79.010 -75.901 0.51.197 0,,258 0.395 371.9 281.1* -77.066 -73.928 0.55951 0..251* 0.391. 3692 270.0 -75.121. -71.957 0.57629 0,.251 0.3 91. 3633 259.0 -73.183 -69.986 0.59238 0,,21.7 0.391. 3571. 21.8.3 -71.21,1. -68.015 0.60781. 0,, 2i.it 0.391. 3513 238.0 -69.305 -66.01.5 0.62271 0,,21*1 0.391. 31.52 228.1 -67.367 -61*. 071. 0.63701. 0,,237 0.3 91. 3389 218.5 -65.1.29 -62.103 .65086 0,,235 0.391. 3326 209.2 -63.1.91 -60.130 0.661*25 0,,232 0.395 3262 200.2 -61.552 -58.155 0.67720 0,, 229 0.395 3198 191.5 -59.612 -56.178 0.68975 0,,22 7 0.396 3132 183.2 -57.670 -51.. 198 0.70191* 0,,221. 0.396 3067 175.1 -55.725 -52.211* 0.71378 0,,222 0.397 3000 167.3 -53.776 -50.225 0.72531 0,,219 0.398 2 931. 159.8 -51.821. -1.8.231 0.73655 0,,217 0.1.00 2 867 152.5 -1.9.966 -1.6.229 .71*752 0,,215 0.1.01 2799

11.5.5 -1*7.90 2 -<*i*. 220 0.75821. 0,,213 0.1.03 2731 138.7 -1*5.930 -1.2.201 0.76873 0.,211 0.1.05 2663 132.2 -i»3. 9i*9 -1*0.170 0.77902 0,,209 0.1.07 2595 125.8 -1*1.959 -38.127 0.78911 0,.207 0.1.10 2526 119.7 -39.951* -36.069 0.79903 0,,205 0.1*13 21.57 113. 8 -37.936 -33.992 0.80880 0,,202 0.1.17 2389 108.0 -35.900 -31.896 . 8181.1. 0,, 20 0.1.21 2318

102.1* -33.81.1* -29.775 0.82797 0,,198 0.1*26 221.8 96.9 -31.765 -27.627 0.8 37i>l 0,, 196 0.1.32 2177 91.1 -29.632 -25.1*19 0.81*690 0,, 199 0.1.1.1. 2081

86. -27.1.69 -23.176 0.85635 0., 198 0.1*53 2008

80.6 -25.269 -20.890 0.66577 0,,197 0.1*61 1928 75.6 -23.030 -18 .556 0.87520 0,,196 0.1.72 1852 70.7 -20.71.1 -16.161* 0.891.68 0,,195 0.1.85 1773 65.5 -19.396 -13.701. 0.891*23 0,,191. 0.1.98 1687 61.0 -15.982 -11.162 0.90392 0,,193 0.521 1609 55.8 -13.1*83 -8.517 0.91380 0,.193 0.539 1515 51.2 -10.880 -5.71.6 0.92397 0,, 191. 0.570 11.27 1.6.3 -8.11.9 -2.921 0.931*51 0,, 191. 0.601. 1331

1.1.7 -5.252 .312 0.91.560 0., 195 0.652 121.1 37.0 -2.139 3.715 .9571.1. 0,,201 0.718 1138 32.1 1.21*1* 7.1*65 0.97025 0,,202 0.783 101*0 27.9 l*.923 11.621 0.981.22 0,.203 0.878 958 20.0 12.962 21.053 1.01511* 0,,205 0.978 830

11*.

20.1.29 30.331* 1.01.1*62 0,,200 0.81*7 787 11.7 26.210 37.e76 1.06781* 0,,193 0.670 787 9.9 30.720 1.3.950 1.08599 0,,187 0.551. 802 8.6 31*. 1.58 1.9.086 1.10069 0,, 182 0.1*80 821 7.7 37.708 53.610 1.11361. 0,,179 0.1.30 8<*1 7.0 1.0.629 57.710 1.121.88 0.,176 0.391. 859

6. l. 1.3.322 61.513 1.13502 0,,171. 0.366 876

5.9 i*5.8i»2 65.065 1. li*i»30 0. 172 0.31*8 895 5.5 1.8.233 66.1.83 1.15291 0,,170 0.332 913 5.2 50.522 71.71.0 1.16095 0. 169 0.320 930

l*. 9 52.727 7U. 883 1.16853 0.,168 0.309 91*5 t.,7 5i*. 963 77.931 1.17570 0.,167 0.300 962

I*.

56.91.2 80 .997 1.18252 0.,166 0.293 977

I..

58.972 93.795 1.18903 0. 165 0.287 993

1..1 60.960 86.633 1.19527 0. 161. 0.281 1007 3.9 62.911 89.1.19 1.20126 0.,163 0.276 1021 3.8 6i*. 831 92.159 1.20703 0. 163 0.272 1035

3.6 66.722 9it. 960 1.21260 0. 162 0.269 101.9 3.5 68.590 97.525 1.21798 0..162 0.265 1062

3.1. 70.1.35 100.159 1.22320 0.,161 0.262 1076

3.3 72.262 102.765 1.22826 0. 161 0.259 1088 3.2 71.. 071 105.31.6 1.23317 0, 160 0.257 1101 3.1 75.965 107.901. 1.23795 0. 160 0.255 1111* 3.0 77.61*6 110. 1.1.2 1.21.261 0. 160 0.253 1126

3.0 79.1*15 112.963 1.21.715 0, 160 0.251 1138 2.9 91.171. 115.1.67 1.25159 0. 159 0.250 1150 2.8 92.923 117.957 1.25592 0. 159 0.21.9 1161

2.7 81.. 661. 120.1.35 1.26015 0. 159 0.21.7 1173 2.7 86.397 122.900 1.261.30 0. 159 0.21.6 US'*

TWO-PHASE BOUNDARY
1350 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

OEG. R LB/CU FT

V(DP/DU1, -V(DP/0V>T 3TU/LB PSIA-CU FT/8TU PSIA

(OV/DTL/V THERMAL VISCOSITY THERMAL OIELECTRIC CONDUCTIVITY OIFFUSIVITY CONSTANT

OEG. R BTU/FT-HP-R LB/FT-SEC SQ FT/HR

X 10 5

PRANDTL NUMBER

99. 71.3 81 .91';93 220 88 11. .581. 178053 65 0017891. 11233 k 3 539 00397 1.57198 5 5199

100 81 .87732 220 .73 11. ,573 177573 92 0017906 11226 i-:3 323 00397 1.57118 5 9909

105 81 11.296 217 ,78 i '- ,353 1681.10 81 0018131. 11087 3 9 1)91 00396 1.56527 5 0576

110 80 .1.0581 211. .79 1". .126 159593 (-.0 0018373 10939 35 91)2 00395 1.55936 '. .6677 115 79 56559 211 76 13 893 151112 07 a 0018621. 10785 3Z 769 00393 1.55399 9 3167

120 78 ,92199 208 .69 13 .651. 11.2956 15 0016889 10621. 29 99 7 00391 1.59751 9 0005

125 78 171.69 205 ,58 13 1.09 135115 95 0019169 101.57 2 7 386 00339 1.59156 3 7157

130 77 .1.2330 202 1.2 1? .161 127581 7 1 00191.66 10281. 25 077 00337 1.53559 3 9589

135 76 6671.5 199 22 12 ,90 9 12031.1. 08 0019780 10107 22 996 00335 1.52960 3 2275

19 75 90666 195 96 12 65 3 113393 52 0020111) 09926 21 120 00332 1.52359 3 0190

195 75 .19097 192 69 12 395 106720 91. 00201*70 0971.1 19 1.2 8 00329 1.51756 2 8313

15 71. 36833 189 27 12 136 100317 36 0020851 09553 17 902 00326 1.51199 2 6629

155 73 58961. 185 85 11 875 91.171. D9 0021258 09362 16 526 00322 1.50536 2 5105

160 72 80373 182 35 11 61". 88282 i*0 0021695 09169 16 265 00318 1.99929 2 3793

165 72 00987 178 80 11 353 82631. 10 0022166 08973 11) 165 00319 1.99305 2 .2522

17 71 20721. 175 17 11 093 77221 aa 0C22675 08776 13 159 0031C 1.98681 2 1932

175 70 391.93 171 1*7 10 831. 72035 33 0023226 08577 12 291 00306 1.98051 2 .0962

180 69 57191 167 70 10 576 67069 31. 0023821) 08377 11 916 00301 1.97919 1 9602

185 68 73705 163 85 10 321 62315 70 0021)1)76 08175 10 671 00297 1.96771 1 8895

190 67 88906 159 .91 10 069 57767 36 0025189 07973 9 998 00292 1.96119 1 8189

195 67 0261.8 155 89 9 820 531.17 5 3 0025972 07770 9 388 00286 1. 95958 1 7611

200 66 11.770 151 78 9 575 1.9259 79 26 63!) 07566 8 837 00281 1.99786 1 7129

205 65 25081. 11.7 57 9 333 1.5288 10 0027787 07362 8 337 0D275 1.99103 1 6717

210 61. 33379 11.3 27 9 096 1.11.96 82 002881)7 07157 7 883 00269 1.93906 1 6387

215 63 391.13 138 87 8 862 37880 82 0030030 06952 7 971 00263 1.92695 1 6133

220 62 1.2908 131. 36 8 632 3i.i)35 52 0031357 0671.7 7 096 00257 1.91967 1 5953

22 5 61 1.351.2 129 76 8 1.01. 31157 Gl 0032853 0651.1 6 759 00250 1.91220 1 5897

230 60 1.091.2 125 07 8 178 2801)2 1 9 0C3i)550 06335 6 1*92 00293 1.90951 1 5819

235 59 33775 121 1.3 7 697 21.91.1 9 2 0036530 06126 6 153 00233 1.39651 1 6090

290 58 23065 116 75 7 1.51. 22171 1.7 0038809 05918 5 889 00229 1.38828 1 6233

21*5 57 0791.1. 111 90 7 173 19581. i)9 001)1159 0571C 5 692 00217 1.37976 1 6530

25 55 87637 107 03 3 916 17151 7 9 001)1)083 05501 5 995 00209 1.37089 1 6966

255 51. 6121.3 102 05 5 652 11.861. 25 001)7565 05291 5 299 00200 1.36161 1 7983

26 53 27862 96 89 5 339 12739 .12 0051395 05081 5 090 00192 1.35166 1 7959

265 51. 86183 91 B5 5 080 10761 27 0C56689 01.869 9 882 0018C 1.39156 1 8799

27 50 31.1.33 86 1.0 5 732 891.1 58 00621)05 01.655 9 666 00171 1.33059 1 9963

275 1.8 70501 81 02 5 1.26 7276 02 0070308 01.1.38 9 997 016 1.31860 2 0595

28 1.6 91i.li. 75 31. 5 078 5771 17 008011)2 01.217 9 217 00199 1.30600 2 1735

285 1.1. 9291.7 69 87 9 756 l)l>66 07 0093350 01.01.7 3 976 00138 1.29192 2 3070

290 1.2 70316 61. 63 9 321. 3335 61 0111018 03901 3 722 00127 1.27629 2 9698

295 1.0 18291 58 83 3 969 2i)li. 1.9 0133101) n 0371.6 3 955 00119 1.25865 2 5999

30 37 321.59 53 97 3 671. 1713 B8 0162587 03603 3 175 0011C 1.23690 2 7837

310 30 89651. 1.6 l )4 3 162 96 35 020821)6 V 03262 2 633 00108 1.19526 2 .8930

320 25. 23887 1.5 1.8 2 937 791) 90 0186230 02829 2 299 00132 1.1577Z 2 9186

330 21 1.2889 1.7 5 2 81.3 821) 85 011)21)1)3 021*90 2 025 00173 1.13289 1 9622

31.0 18 89559 1.9 71 2 795 886 31. 01111)98 02282 1 901 00218 1.11659 1 6621

350 17 08978 52 70 2 76 9i>5 6 9 0091037 02151 1 825 00262 1.10507 1 9699

360 15 72057 55 79 2 733 996 96 0077086 02065 1 775 00305 1.09639 1 3305

37 l«l 63550 58 89 2 701. 1C)0 61 0066908 02002 1 71*2 00397 1.06959 1 2338

380 13 71.208 6,' 00 2 67 1077 65 0G59097 01957 1 719 00389 1.08392 1 1585

390 12 99101 65 12 2 658 1110 2 5 00531)13 01926 1 709 00927 1.07921 1 1071

90 12 31.518 68 18 ? 638 1137 51 0Cl>8733 01906 1 695 00965 1.07518 1 .0636

i»10 11 78128 71 20 2 621 1161 25 001)1)891) 01891 1 690 00502 1.07166 1 0280

920 11 28268 71. 18 2 605 1182 03 001)1665 01882 1 688 00539 1.06856 .9983

".30 10 83715 77 12 2 591 1200 31. I) 0038963 c 01876 1 68 8 00576 1.06580 9732

<«i»0 10 1.3552 80 01 2 578 1216 55 0036623 01871* 1 691 00613 1.06331 .9517

95 10 07073 82 87 2 566 1230 9 7 I) 0031)586 01875 1 695 00699 1.06105 .9331

96 9 73723 85 69 2 .555 121)3 87 0032603 01877 1 701 00686 1.05899 .9168

1*70 9 1*3060 88 1.7 2 51.5 1255 96 0031222 01882 1 706 00722 1.05709 .9025

1)8 9 11.728 91 23 2 536 1265 91 0029812 01888 1 716 00759 1.05535 .8899

<*90 8 881.33 93 96 2 528 1275 37 002851)5 01895 1 729 00795 1.05373 .8786

500 8 63933 96 67 2 521 1283 97 00271.02 01903 1 739 00832 1.05222 ,8686

510 8 1.1025 99 35 2 513 1291 82 0026362 01907 1 799 00866 1.05081 ,8620

52 8 19537 102 02 2 507 1299 cu 0025i.li. 01919 1 759 00903 1.09999 .3531 530 7 99321. 101. 67 2 5C0 1305 59 0021.51.1. 01931 1 765 00991 1.09825 .8951

5i»0 7 80261 107 32 2 1.91. 1311 66 002371*3 019i*i* 1 776 00978 1.097U8 .6379

55 7 62239 109 95 2 1.88 1317 26 0023003 01958 1 788 01015 1.09598 ,8315

56 7 1.5161. 112 57 2 1.82 1322 1.6 0022316 01971 1 800 01053 1.09993 .8257 570 7 28951. 115 19 2 .1.76 1327 28 0021677 a 01985 1 812 01091 1.09399 .8209

580 7 13538 117 80 2 1.71 1331 77 C021061 02000 1 829 01128 1.09300 .8157

590 6 98850 120 1.1 2 1.65 1335 96 0020523 02011) 1 837 01166 1.09210 .6119

60 6 81.636 123 02 2 1.59 1339 88 OC 19999 02029 1 850 01209 1.09125 .8075

THO-PHASE 30UNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1 1.0 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY

°v

C

p VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEG. R CU FT/LB CU FT-PSIA/L8 PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 99. B1A 0.01221 2176.69 318.6 -82.995 -79.831 0.50339 0.,267 0.395 3865

100 0.01221 2173.16 318.2 -82.923 -79.757 0.50"*13 0,,267 0.395 3 863 105 0.01232 2079.93 305.6 -80.976 -77 .782 0.5231.0 0.,262 0.395 3808

110 0.0121.3 1989.36 293.1. -79.032 -75.809 0.5U176 0,,258 0.395 3752

115 0.01255 1901.1.0 281.7 -77.090 -73.837 0.55929 0.,251. 0.39". 3695

120 0.01267 1816.00 270.3 -75.11.9 -71.866 0.57607 0,,251 0.391. 3637

125 0.01279 1733.09 259.2 -73.211 -69.896 0.59215 0.,21.7 0.391* 3 577 130 0.01291 1652.62 21.8.6 -71.273 -67.926 0.60760 0., 2i*"« .391. 3517

13 5 0.01301. 157".. 5<t 238.3 -69.336 -65.956 0.6221*7 0.. 21*1 0.391. 31*55

l<f0 0.01317 11.98.78 228.3 -67.1.00 -63.986 0.63680 0,,238 0.391* 3393

11.5 0.01330 11.25.29 218.7 -65.1.61. -62.016 0.65063 0.,235 0.391. 3330

150 0.0131.1. 1351.. 01 209.1. -63.528 -60 .01.1* 0.66399 0,. 232 0.391* 3 266 155 0.01358 1281.. 88 200.5 -61.592 -58.071 .67693 0., 229 0.395 3202

160 0.01373 1217.86 191.8 -59.651. -56.095 0.6891.8 ,227 0.395 3137

165 0.01388 1152.88 183.5 -57.711. -51*. 116 0.70165 0., 22"* 0.396 3072

170 0.011.03 1089.88 175.1. -55.772 -52.13"* .7131*9 0,.222 0.397 3006

175 0.011.20 1028.83 167.6 -53.827 -50.11*7 0.72501 . 220 0.398 2 939

18 0.011.36 969.65 160.1 -51.878 -1.8.151* 0.73621* 0..217 0.399 2872 185 0.011.51. 912.31 152.9 -1.9.921* -1.6.155 0.7"*719 0.. 215 0.1.01 2805

190 0.011.72 856.71. 11.5.9 -1.7.961. -1*1*. 11.8 .75790 0..213 Q.i.02 2738

19 5 0.011.91 802.91 139.1 -1.5.996 -1.2 .132 0.76838 . 211 0.1*01. 2670

200 0.01510 7 50.76 132.6 -if it. 020 -1.0.105 0.7 7 861. .209 0.1.07 2602

205 0.01531 700.25 126.2 -1*2.031. -38.066 0.78872 .207 0.1*09 2531. 210 0.01553 651.3". 120.1 -1.0.036 -36.011 .79862 0.,205 0.1.12 2"*66 215 0.01575 603.99 111..

-38.021. -33.9"«0 0.80837 0..203 0.i»16 2 397

22 0.01600 558.18 108. t. -35.996 -31.81.9 0.81796 , 200 0.1*20 2326

225 0.01625 513 .89 102.9 -33.91*8 -29.735 0. 8271*8 0,,198 0.1.25 2258

230 0.01652 1.71.09 97. i» -31.878 -27.591. 0.83688 0,, 196 0.1*30 2188 235 0.01682 1.27.28 91.6 -29.757 -25.397 0.81.633 0,, 200 .1*1*2 2 093

21.0 0.01713 387.72 86.6 -27.606 -23.161* 0.85573 , 198 0.1*51 2021

21.5 0.0171.8 350.22 81.2 -25.1.21 -20.890 0.86511 .197 0.1.58 19it2 250 0.01785 31i». 23 76. 3 -23.198 -18.572 0.671*1.6 .196 0.1.69 1867

255 0.01825 279.60 71.1. -20.929 -16.198 0.88386 0,,195 0.1.81 1790

260 0.01870 21.6.72 66.2 -18.608 -13.761 0.89335 .191* 0.1*93 1705

265 0.01919 215.32 61.8 -16.223 -11.21*7 0.90292 0,, 19 3 0.511. 1629

270 0.01976 185.57 56.7 -13.760 -8.638 0.91267 .193 0.531 1537

275 0.0201.0 157.1.9 52.1 -11.20". -5.917 0.92266 0., 193 0.559 11*52 28 0.02111. 131.19 1.7.3 -8.535 -3.055 0.93298 . 191* 0.568 1359

285 0.02202 107.62 1.2.9 -5.719 -0.010 0.91.375 .191. 0.631 1272

29 0.32309 86.22 38.3 -2.717 3.266 .95515 .200 0.687 1173

29 5 0.021.1.1 67.86 33.6 0.508 6.636 0.96735 0.,200 0.71*1 1079

310 0. 03086 35.51. 21.6 11.51.6 19.51.7 1.00931. 0.. 203 0.921. 866

32 0.03732 33.00 16.1 18.910 28.586 1.03801. 0,.200 0.851 808 330 0.01.1.00 38.1.8 12.7 2 it. 892 36.298 1.06179 D 1 193 0.693 799

3".0 0.05008 1.6.30 10.6 29.609 1.2.591 1.08059 0., 188 0.571. 810 350 0.05555 51.. 50 9.2 33.50". 1.7.906 1.09600 0..183 0.1.95 826

360 0.06055 62.50 8.2 36.872 52.569 1.10915 0., 180 O.1.1.2 8I.1. 37 0.06517 70.18 7.1. 39.883 56.779 1.12069 0,, 17 7 0.1.0". 862 380 0.06953 77.5U 6.8 1.2. 61.6 60.670 1.13107 0,.171. 0.371. 879

39 0.07361. 81.. 57 6.3 "5.222 61.. 312 1.11.053 0,,172 0.355 898

1.00 0.07758 91.3H 5.9 1.7.660 67.772 1.11.930 0.. 171 0.338 915

1.10 0.08136 97.82 5.5 1*9.988 71.081 1.1571.7 0,,169 0.32". 932

1.20 0.08502 101.. 07 5.2 52.227 7"t.268 1.16515 0..166 0.313 9 <t8 WO 0.08857 110.13 It.

5".. 393 77.355 1.1721.1 0,,167 0.301. 96it

1.1.0 0.09203 116. 00 !». 7 56.1.97 80.356 1.17931 0.,166 0.296 979

1.5 0.0951.1 121.71 it.

58.51.9 83.281* 1.18589 0.,165 0.290 995

1.60 0.09872 127.27 It.

60.557 86.150 1.19219 0., 161* 0.281. 1009

1.70 0.10197 132.70 i.. 1 62.526 88.961 1.1982it 0,, 161. 0.279 1023

1.80 0.10516 138.02 it.O 6"..l.62 91.721* 1.20it05 0.,163 0.27". 10 37

1.90 0.10831 11.3.22 3.8 66.368 91*. 1*1*6 1.20967 0,,162 0.270 1051

500 0.1111.1 11.8. 31. 3.7 68.21.8 97.130 1.21509 0., 162 0.267 1065

510 0.111.1.7 153.36 3.6 70.106 99.781 1.2203it 0,, 161 0.26". 1078

520 0.1171.9 158.31 3.5 71.91.3 102.1.03 1.225it3 0., 161 0.261 1091

530 0.1201.9 163.18 3.3 73.762 101*. 998 1.23037 0.,160 0.258 1103

51*0 0.1231.5 167.99 3.3 75.566 107.570 1.23518 0., 160 0.256 1116

550 0.12639 172.73 3.2 77.355 110.121 1.23986 0,, 160 0.251. 1128

560 0.12931 177.1.3 3.1 79.131 112 .651. 1.2<t<t<t2 0,, 160 0.252 llitO 570 0.13220 182.07 3.0 80.896 115.169 1.21*886 0,,159 0.251 1152

580 0.13508 186.67 2.9 82.652 117.669 1.25322 0,,159 0.21*9 116%

590 0.13793 191.23 2.9 81.. 399 120.156 1.2571.8 0,,159 0.21*8 1175

600 0.11.077 195.75 2.8 66.137 122.631 1 .26163 0.,159 0.21.7 1187

TWO-PHASE BOUNDARY
1"*00 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT

V(DH/DV)

p V(OP/DU>

y -V(DP/DV>

T BTU/LB PSIA-CU FT/BTU PSIA

(DV/OTyV THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY OIFFUSIVITY CONSTANT

OEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 105

PRANOTL NUMBER

99.

100 105

110 115

12125

130 135

1<*0

11.5 150 155

16165

170 175

1>J0 185

19

195

200 205

210

215 220

22 5 230 235

21.0

2".5 25255

26265

27275

280 285

29

295

30310

320

33

3".0 35360

370

380

39

".0 1.10

".2 U3

1.1.0 1.50

1.6 1.70

".8

1.90 500

510

520 530

5U0

55560

570

58

59600

81.92761. 81.90035 81.16703

80.1.3098 79.69192

78.91.956 78.20356

77.1.5360 76.69925

75.91.008 75.17562

71.. 1,0533 73.62863

72.81.1.87 72.05331. 71.25323

70.1. 1.366 69.62363

68.79203

67.91.762 67.08899

66.211.57 65.32256

61.. 1.1093 63.1.7736 62.51919 61.53336

60.51631.

59.1.5573 58.36078

57.22367 56.03735

51.. 79367

53. 1.81.1.6 52.09836

50.61971

1.9.03092 1.7.30758

1.5.1.1271 1.3.31210

".0.96535 38.33732

32.1.0219 26.79269

22.7291.8 19.96917

18.00058

16.511.93

15.31.31.1. 14. 38330 13.57990

12.89021. 12.29052

11.7615". 11.28989

10.86551

10.1.8068 10.12937

9.80679

9.50907

9.2330". 8.97608

8.73603

8.51103

8.29951 8.10015 7.91179

7.7331.1

7.561.16

7.1.0325 7.25002

7.1C385

221.16 221.05

218.11

215.13

212.12

209. 06 205.96

202.82

199.62

196.38

193. 08 169.73

186.32 182.85

179.31 175.70 172.03

166.28

16".. 1.5 160.51.

156.51.

152.1.6 11.8.29

li.it. 02 139.65

135.18

130.62 125.97

122.39

117.77

112.99

108.19

103 .29

98.21. 93.32

86.00 82.77

77.23

71.97 66.95 61.35

56.57

1.9.15

1.6.63

1.7.5". ".9.68 52.70

55.70 56.75

61.81

6".. 91 67.97 70.98

73.96

76.89

79.79

82.65

85. ".7 88.26

91.02 93.75

96.1*6 99.15 101.82

10".. ".7 107.11

109.7". 112.36

111*. 98 117.59

120.20 122.81

1". 582 178331 12 C017868 11236

1* 57". 177982 71 0017876 11231

1". 35". 168821 39 0016102 11092

11. 127 160005 99 0. 0018339 1091*5 13 89". 151526 30 0016588 10791

13 65 5 1"*3372 26 0016850 10630

13 ".11 135533 97 0019127 101.61* 13 162 128001 72 00191.21 10292

12 910 120766 00 C019731 10116

12 65 5 113817 1*5 0020061 09935

12 398 10711.6 90 0. 00201*13 09751

12 138 10071.5 1.1 0C20789 09563

11 878 9".60"* 20 0021191 09373

11 617 88711. 73 0021622 09180

11 357 83066 e

i* a 0022086 08985

11 097 77657 83 C022587 08788

10 83 9 72".7"t 1*1 0023129 08590

10 583 67510 77 0023717 08390

10 329 62759 53 0021.357 08189

10 078 58213 63 0025057 07988

9 830 53866 29 0U2582". 07786

9 .586 ".9711 09 0026668 D 07583

9 3"»7 ".571.1 98 0027600 07379

9 111 1.1953 30 0028635 07176

8 879 38339 90 0029787 06972

8 65 2 31.897 18 0. 0031077 u 06767

8 1.28 31621 18 0032528 06562

6 206 28508 71 0031*170 06357

7 721. 251.01. 16 0U36075 06150

7 1.85 22627 36 0. 0C38286 0591.3

7 .205 200"«0 78 001*0519 05737

5 95 3 17608 81 0. 001*3306 05530

S 693 15320 1*1. 001.6593 05323

5 389 13195 93 a 0050195 05115

6 136 11217 82 00551C7 01.906

5 795 9393 38 0U6033S 01.696

5 500 7722 03 00671.97 0"t<*83 5 160 6206 21. 007616". c 0"*268

l. 851* ".887 30 0U87678 0"*063

l. 1.31. 373". 38 0102605 03938

t» .096 2780 05 0120801. 03785

3 813 2032 23 011*1*878 0361.2

3 291 1151 61 0187975 03322

3 020 881. 21. 0182532 02929

2 898 87". 61. 011.5715 02585

2 .837 92"* 1*8 011511.3 02360

2 .795 981 01 0091.010 02215

2 .763 1032 22 00791.00 02119

2 731 1076 82 006873CI 0201.9

2 .695 1115 29 0060559 01999

2 .681 11"«8 1.7 005".629 c 01965

2 .660 1177 36 00"*970i. 019"*0

2 .61.1 1202 23 00"*57C3 01922

2 .621* 1221. 05 00"*237& 01911

2 .60 9 121.3 31 003955"* 01903

2 .595 1260 37 003713". a 01899

2 .583 1275 57 0035031. 0189e

2 .572 1289 17 0033191* 0190O

2 .562 1301 39 0031567 01903

2 .552 1312 1.2 C030119 01908

2 .51.1* 1322 1.0 0028820 0191".

2 .536 1331 1.3 002761.8 01922

2 .529 1339 76 0026585 01925

2 .522 131.7 3"* C025616 01936

2 .515 1351. 30 0021*728 0191.6

2 .509 1360 71 0023911 01961

2 .503 1366 61* 0023157 01973

2 .1.97 1372 13 00221.58 01987

2 .1*92 1377 22 0021808 .02000

2 .1.86 1381 97 0021202 020H.

2 .1.80 1386 1.1 0020635 .02028

2 .1.75 1390 56 0020103 0201.3

i*3 606 0031.7 1. 57158 5 5208

".3 1.53 003"*7 1 57136 5 5037

39 562 003"*6 1 565"*7 5 0695

36 056 003"*5 1 55956 1* 6788

32 896 003"*3 1 55365 i* 3271

30 0"*8 003"*2 1 5"*773 ". 0102

27 ".81 003"*0 1 5"*179 3 721.6 25 166 00337 1 53583 3 1.672 23 080 00335 1 52986 3 2353

21 199 00332 1 52386 3 0262

19 502 00329 1 51783 2 8380

17 972 00326 1 51176 2 6685

L6 592 00322 1 50569 2 5162

15 31.7 00319 1 ".9956 2 3791.

li. 22". 00315 1 1.9339 2 2569

1 3 209 00311 1 1.8716 2 11.71. 12 293 00306 1 1.8089 2 .0"t99 11 "*6b 00302 1 1.71.5". 1 9635

IS 719 00297 1 1.6813 1 .8873

10 0"*3 00292 1 ".616". 1 8206

9 <*31 00287 1 ".5505 1 7629

8 877 00282 1 1. ".837 1 .7136

8 376 c 00276 1 1.1.157 1 6723

7 920 00270 1 i.3".65 1 ,6366

J 507 0026". 1 1.2758 1 612".

7 131 00258 1 ".2035 1 5936

6 788 251 1 ".1293 1 5820

6 i»7i* 002". i* 1 ".0531 1 .5780

6 185 0023". 1 39739 1 .5985

5 920 00226 1 38925 1 6168

5 718 00219 1 38082 1 .61.26

5 522 00211 1 37207 1 681.3

5 321. 00202 1 3629". 1 .7331

5 123 0019". 1 35336 1 .7782

l. 913 00183 1 31*328 1 .8558

1| 708 00175 1 33257 1 .9167

1* 1.93 0016". 1 3211". 2 .0151.

I* 269 00153 1 30680 2 .1185

l. 037 001"»2 1 2953". 2 .21.58

3 793 00132 1 28052 2 .382".

3 539 00125 1 26"*09 2 .1.950

3 276 00116 1 2".587 2 6533

2 756 00111 1 20538 2 .7597

2 351 00128 1 16795 2 .1.595 2 106 0016". 1 1".133 2 .0311.

1 963 00206 1 .123"t8 1 .7201

1 875 002"*8 1 .11087 1 .5100

1 818 00290 1 101"»2 1 .3658

1 779 00331 1 091.00 1 .2621

1 753 .00371 1 .08795 1 .1818

1 735 00"*06 1 .08290 1 .1270

1 723 00". ".5 1 .07858 1 .0801

1 716 00"*82 1 .07"t8"* 1 .01.2".

1 712 00518 1 .0715". 1 .0109

1 711 0055". 1 .06861 .98".". 1 712 .00590 1 .06597 .9617

1 716 .00626 1 .06359 a .9"*21

1 720 .00561 1 .0611.1 .9250

1 727 00697 1 .059"»2 .9099

1 73i. 00732 1 5758 .8966

1 71.2 .00767 1 .05588 .881*8

1 750 00803 1 .051.29 .871*3

1 760 00836 1 05282 .8671*

1 770 .00872 1 .0511.3 .8581

1 780 00909 1 .05013 .81*97

1 791 .009"»5 1 .01*891 .61*22

1 802 00981 1 .0".775 .835".

1 811. .01016 1 .0".666 .8293

1 825 .01055 1 .01*562 .8238

1 638 01091 1 ,01*1*61* .8189

1 850 .01128 1 .01.370 p .81". "* 1 862 .01165 1 .01.231 .610"*

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

11.50 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY cv

C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOU NO OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / lB -R FT/SEC

* 99.881* 0.01220 2179.71. 318.7 -82.987 -79.710 0.5031.7 0.,26 7 0.395 3 868 100 0.01221 2177.51. 318.1* -82.91*2 -79.661* 0.50393 0,,267 0.395 3 865 105 0.01232 2081*. 36 305.8 -80.997 -77.690 0.52319 0.,262 0.395 3811

110 0.0121.3 1993.86 293.6 -79.051. -75.717 0.51*155 0.,258 0.391* 3 755 115 0.01251* 1905.97 281.9 -77.111* -73.71.5 0.55908 0,,251. 0.391. 3698

120 0.01266 1820.63 270.5 -75.175 -71.775 0.57585 0,,251 0.391. 361*0 125 0.01278 1737.79 259.5 -73.238 -69.806 0.59193 0,,21*7 0.391* 3581

130 0.01291 1657.39 21*8.8 -71.302 -67.837 0.60737 0,, 21.1* 0.391. 3520 135 0.G1303 1579.38 238.5 -69.367 -65.868 0.62223 0,,21.1 0.391. 31.59

11.0 0.01316 1503.70 228.6 -67.1.33 -63.899 0.63655 0.,23 8 0.391. 3397

11.5 0.01330 11.30.28 219.0 -65.1*99 -61.929 0.65037 0..235 .391* 3331. 15 0.0131.3 1359.06 209.7 -63.565 -59.959 0.66373 0,,232 0.391* 3271

155 0.01357 1290.01* 200.7 -61.631 -57 .986 0.67667 0,,229 0.395 3207

16 0.01372 1223.10 192.1 -59.696 -56.012 0.68920 0.,227 0.395 311.2 165 0.01387 1158.20 183.8 -57.759 -51*. 035 0.70137 ,221. 0.396 3077

170 0.011*03 1095.30 175.7 -55.820 -52.051* 0.71320 0,,222 0.397 3011

175 0.011.19 1031*. 31. 167.9 -53.878 -50.069 0.721*71 0,,220 0.397 291*5 180 0.011.35 975.26 160.1* -51.932 -1.8.078 0.73592 0..217 0.399 2878

185 0.OH.53 918.02 153.2 -1.9.981 -1*6.081 .71*687 0,,215 0.1.00 2811

190 0.011.70 862.56 11*6.2 -1*8.025 -<*i*. 077 0.75756 0.,213 0.1.02 271*1*

195 0.011*89 808.83 139.5 -1.6.062 -1*2.061* 0.76802 0,,211 0.1*01* 2677

20 0.01509 756.79 133.0 -i*i*. 091 -UO.OiiO 0.77827 0., 20 9 0.1*06 2609

205 0.D1529 706.1*0 126.6 -1.2.110 -38.001* 0.78833 0.,207 0.1*08 251.2 210 0.01551 657.62 120.6 -1.0 .118 -35 .951* 0.79821 0.,205 0.1.11 21.71. 215 0.01573 610.1*1 111*.

-38.112 -33.867 0.80793 0,,203 0.1*15 21.06 220 0.01597 56i*. 73 108.9 -36.091 -31.802 0.81752 0,,201 0.1.19 2337

225 0.01623 520.58 103.1. -31.. 051 -29.691. .82699 0.. 198 0.1.23 2269

23 0.01650 1.77.93 97.9 -31.990 -27.561 0.83636 0,, 196 0.1.29 2200 235 0.01679 i*3i». 18 92.2 -29.880 -25.373 0.81.577 0,, 20 0.1*1*0 2105

21.0 0.01710 391*. 63 87.2 -27.71.1 -23.150 0.85513 0,,198 0.1*1*9 2031.

21.5 0.0171.3 357 .27 31.8 -25.569 -20.888 0.861*1*6 0,, 197 0.1*55 1955

250 0.01780 321.1.1* 76.9 -23.362 -18.581* 0.87377 0.,196 0.1.65 1882

255 0.01819 286.95 72.0 -21.112 -16.227 0.88310 0..195 0.1.77 1805

260 0.01863 251*. 21* 67.0 -18.813 -13.611 0.8921*9 0., 191. 0.1.89 1723

265 0.01911 223.03 62.6 -16.1.55 -11.321* 0,90196 0,, 19 3 0.508 161*8 27 0.01965 193.M 57.5 -1I..026 -8.71.9 0.91159 0,,193 0.523 1559

275 0.02027 165.1.6 53.0 -11.512 -6.071 0.9211*2 0,,193 0.51.9 11.76 zao 0.02097 139.23 1*8.2 -8.898 -3.267 0.93152 0,, 19 3 0.571* 1385

285 0.02181 115.69 1.1*. -6.153 -0.298 0.91.203 0,,191* 0.613 1302

29 0.02280 91*. 20 39.5 -3.21.8 2.873 0.95306 0.,199 0.661 1205

295 0.021*00 75.57 31*.

-0.153 6.292 0.961*71* ,199 0.707 1115

300 0.02550 60.16 30.9 3.11*9 9.995 0.97719 0., 200 0.773 1038

310 0.02966 1*0.55 23.2 10.311 18.271. 1.001*33 0,,201 0.872 902

320 0.03538 35.26 17.5 17.1*91 26.992 1.03201 0,, 199 0.81.2 831

33 0.01*163 3 8.99 13.8 23.600 31*. 777 1.05598 0.. 19U 0.710 813

31.0 0. Qi.750 1*6.03 ll.i. 28.1*99 1.1.253 1.07532 ,169 0.592 818 350 0.05281. 53. 9U 9.9 32.51.6 1.6.735 1.09122 0,,181. 0.511 832 360 0.05771* 61.77 8.7 36.031 51.531* 1.101*75 0,, 180 .1.51. 81*9 370 0.06227 69.1*1 7.9 39.132 55.851 1.11658 . 177 0.1.13 866 380 0.06653 76.77 7.2 1.1.967 59.829 1.12720 ,175 0.382 882

39 0.07055 83.83 6.6 1*1*. 601 63.51*1* 1.13685 0.,173 0.361 9D1

1.0 0.071.1.0 90.61 6.2 1.7 .085 67.062 1.11*576 0.. 171 0.31.3 917

1.10 0.07810 97.11* 5.8 1*9.1*53 70 .1*21* 1.151*06 0,,170 0.329 93".

1.2 0.08168 103.1*1* 5.5 51.726 73.656 1.16185 0,, 168 0.318 950

1.30 0.08511. 109.55 5.2 53.921 76.781 1.16921 0,, 167 0.308 966

1.1.0 0.08851 115.1.7 1..9 56.051 79.817 1.17619 0., 166 0.300 982

1.50 0.09181 121.23 it.

58.126 82.776 1.18281. , ,165 0.292 997

1.60 0.09503 126.81. 1..5 60.151. 85.670 1.18920 0,, 165 0.286 1011

1.70 0.09819 132.32 i*.3 62.11.1 88.506 1.19530 0,, 161* 0.281 1026

1.80 0.10130 137.68 it.l 61*. 093 91.292 1.20116 0.,163 0.276 101.0

1.9 0.101.36 11*2.93 tt.O 66.013 9 it. 033 1.20682 0,, 162 0.272 1053

500 0.10737 11.8.09 3.8 67.907 96.736 1.21228 0,.162 0.268 1067

510 0.11035 153.15 3.7 69.776 99.1.05 1.21756 0., 161 0.265 10 80 520 0.11329 158.11* 3.6 71.621. 102.01*2 1.22268 0..161 0.262 1093

530 0.11620 163.05 3.5 73.1*51* 10i». 653 1.22765 0,. 16 0.260 1106

51*0 0.11908 167.89 3.1. 75.266 107.238 1.2321.9 0,.160 0.257 1118

550 0.12193 172.68 3.3 77.063 109.802 1.23719 0.. 160 0.255 1131

560 0.121.76 177.1.1 3.2 78.81.7 112.31.6 1.21.178 0,, 160 0.253 111.3 57 0.12757 182.09 3.1 80.619 Hi.. 872 1.2it625 0.,159 0.252 1155

580 0.13036 186.72 3.1 82.381 117.383 1.25061 D , , 159 0.250 1166

590 0.13313 191.31 3.0 81*. 133 119.879 1.251*88 0.,159 0.21.9 1178

60 0.13588 195.87 2.9 85.878 122.363 1.25905 0,, 159 0.21*8 1189

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

il.50 PSIA ISOBAR

EMPERATURE DENSITY V(OH/OV)p VCDP/OU),, -V(DP/DV)T -(OV/DT^/V THERMAL VISCOSITY THERMAL OIELECTRIC PRANDTL CONDUCTIVITY JIFFUSIVITY CONSTANT NUMBER

DEG. R LB/CU FT BTU/LB PSIA-CU FT/BTU PSIA DEG. R BTU/FT-HR-R LB/FT-S£C

X 105 SQ FT/HR

* 99. 881. 11 .91.033 221 43 14 580 178608 39 0017842 11239 43 677 00347 1.57169 5.5273

100 "1 92333 221 36 14 .575 178391 17 0017847 11236 k i 582 00347 1.57155 5.5166

105 81 .19101. 218 43 14 355 169231 61 0018071 11097 5 9 663 00346 1.56566 5.0815

110 80 1.5608 215 47 14 .128 160418 01 0018305 10951 36 170 00345 1.55977 4.6900

115 79 71819 212 47 13 695 151940 14 001B552 10797 3 3 003 00344 1.55366 4.3374

120 78 97706 209 4Z 13 .656 143787 94 0018812 c 10637 3 146 00342 1.54795 4.0198

125 78 .23239 206 34 13 412 135951 5 2 0019086 10471 27 575 00340 1.54202 3.7336

130 77 .1.8381 203 21 13 .164 128421 19 0019376 10300 25 255 00336 1.53607 3.4756

135 76 .73096 200 3 12 .912 121187 40 0019683 .10124 23 164 00335 1.53011 3.2430

11.0 75 .97339 196 80 12 .657 114240 8 1 OU20009 09944 21 278 00332 1.52412 3.0334

145 75 21061. 193 52 12 400 107572 28 0020356 09760 19 577 00329 1.51811 2.8446

15 7". .1.1.219 190 18 12 .141 101172 82 0020727 09573 18 042 00326 1.51207 2.6747

155 73 6671*7 186 79 11 861 95033 69 0021124 09363 16 658 00323 1.50599 2.5218

160 72 .88581. 183 34 11 .621 89146 32 0021549 09191 15 410 00319 1.49988 2.3846

165 72 09561 179 82 11 361 83502 36 0022006 38996 19 283 00315 1.49372 2.2616

170 71 .29899 176 23 11 .102 78093 76 0022499 .08600 13 265 00311 1.48752 2.1517

175 7C 1.9213 172 59 10 .844 72912 58 0023033 08603 12 346 00307 1.48126 2.0537

ISO 69 67501. 168 85 10 .589 67951 21 0023611 08404 11 516 00303 1.47494 1.9668

185 68 81.666 165 05 10 .336 63202 2 3 0024240 08204 10 766 00298 1.46655 1.8901

190 68 00578 161 16 10 .086 58658 74 0024927 .08003 10 088 00293 1.46208 1.6230

195 67 15103 157 i 3 9 .840 54313 79 0025679 07801 9 474 00288 1.45553 1.7647

200 66 28090 153 14 9 .598 50161 2 0026505 07599 9 916 00282 1.44868 1.7149

20 5 65 39365 148 99 9 .360 46194 3 5 0027417 07397 a 415 00277 1.44211 1.6729

210 64 1.8733 144 75 9 126 42406 19 0028427 07194 7 958 00271 1.43523 1.6386

215 63 55970 140 42 8 .897 38797 2 0029550 06991 7 543 00265 1.42820 1.6117

220 62 60821. 135 9 ) 8 672 35356 89 0030805 06787 7 165 00259 1.42102 1.592C

225 61 63003 131 46 8 .452 32083 20 0032214 06564 6 821 00252 1.41366 1.5795

230 60 62172 126 86 8 .233 26972 8 3 0033803 06380 6 506 00245 1.40610 1.5743

23 5 59 57181 123 35 7 751 25864 71 0035636 06174 6 216 00236 1.39826 1.5932

21.0 58 1.8660 118 77 7 .515 23081 45 0037781 05969 5 951 00227 1.39020 1.6106

21.5 57 36502 114 Oo 7 236 20494 8 0039908 05764 5 743 a 00221 1.38187 1.6327

250 56 191.67 109 33 6 989 18063 13 0042568 05559 5 550 00213 1.37323 1.6727

255 54 97018 104 52 5 732 15773 6 I 0045676 05354 5 354 00204 1.36423 1.7167

26 53 681.09 99 5 7 6 437 13648 58 0049078 05148 5 156 00196 1.35482 1.7617

265 52 32650 94 75 o 189 11670 59 0053642 04942 9 954 00186 1.34493 1.8339

27 5 88360 69 55 5 .856 9841 26 0C58456 04735 4 748 00178 1.33448 1.8895

275 1.9 31.060 84 46 5 .570 8164 5 0064980 04526 4 536 00167 1.32336 1.9801

280 1(7 6771.8 79 05 5 .235 6638 5 0072662 04316 4 319 00156 1.31144 2.0694

285 1.5 86066 73 97 4 .946 5305 66 0062837 04116 4 093 00147 1.29851 2.1924

29 1.3 86666 69 15 4 536 4132 15 0095647 03974 3 85 9 00137 1.28442 2.3122

295 41 66317 63 74 4 .212 3148 30 0110946 c 03824 3 617 00130 1.26896 2.4079

30 39 22217 59 03 3 940 2359 60 a 0130946 03682 3 366 00121 1.25199 2.5444

310 33 71968 51 38 3 .417 1367 25 0169746 03374 2 868 00115 1.21429 2.6694

320 28 26076 48 01 3 107 996 3 9 0175478 03015 2 457 00127 1.17767 2.471C

33 21. 02182 48 23 2 959 936 54 0147121 02677 2 189 00157 1.14975 2.0885

31.0 21 05303 50 16 2 .881 96 9 CO 0116053 02438 2 028 00195 1.13046 1.7741

35 18 9231.5 52 81 2 831 1020 01 0096677 02280 1 928 00236 1.11677 1.5540

36 17 31981 55 70 2 794 1069 89 0081561 02174 1 862 00276 1.10653 1.4007

370 16 05996 58 67 2 759 1114 69 0070466 02097 1 818 00316 1.09853 1.2904

380 15 0311*1. 61 69 2 .721 1153 94 0061973 02040 1 787 00355 1.09203 1.2053

39 14 17377 64 75 2 706 1188 25 0055776 02002 1 766 00391 1.08663 1.1466

1.0 13 44059 67 79 2 678 1217 B7 0050584 C> 01973 1 751 00428 1.082U3 1.0955

i»10 12 80349 70 79 2 661 1243 73 0046502 01953 1 742 00463 1.078J4 1.0567

1.20 12 24346 73 76 2 .644 1266 52 0043051 01939 1 736 00499 1.07454 1.0235

1.3 11 74513 76 70 2 628 1286 66 0040133 01930 1 734 00534 1.07144 0.9956

1.1.0 11 29755 79 59 2 .613 1304 53 0037635 01925 1 734 00569 1.06865 0.9717

1.5 10 89232 82 45 2 .600 1320 47 0035470 01922 1 736 .00603 1.06614 0.9511

1.6 10 52291 85 27 2 589 1334 75 0033577 01922 1 740 00638 1.06385 0.9331

1.7 10 18413 68 07 2 .578 1347 58 0031906 01925 1 745 00673 1.06175 0.9173

1.8 9 87179 90 93 2 .569 1359 16 0030420 01929 1 752 .00707 1.05982 .9034

1.90 9 58250 93 51

i

2 .560 1369 66 0029089 01934 1 759 00742 1.05803 0.8910

50 9 31345 96 27 2 552 1379 2 0027890 01941 1 767 00776 1.05637 0.8800

510 9 06228 98 96 2 544 1387 91 0026803 01943 1 776 00808 1.05482 0.8727

520 8 82704 101 63 2 .537 1395 89 0C25814 01954 1 785 00844 1.05338 0.8630

53 8 60605 104 28 2 531 1403 21 0024908 01965 1 795 00679 1.05202 0.8542

51.0 8 39788 106 92 2 .525 1409 9b 0024076 01977 1 805 .00914 1.05074 0.8464

550 8 20130 109 55 2 .519 1416 20 0023308 01989 1 816 0095C 1.04953 0.8393

560 8 01524 112 17 2 .513 1421 98 a 0022597 02002 1 827 00985 1.04839 0.8330

570 7 83876 114 79 ? .507 1427 36 0021937 02015 1 839 01021 1.04731 0.8272

58 7 67107 117 40 2 501 1432 36 0021321 02029 1 651 01057 1.04628 0.8220

59 7 51143 120 01 2 496 1437 04 0020746 02043 1 863 01092 1.04530 0.8174

60 7 35921 122 62 2 .490 1441 42 0020206 a 02057 1 875 ,01126 1.04437 0.8131

THO-PHASE 30UN0ARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1500 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY s

C

P VELOCI' DERIVATIVE OERIVATIVE ENERGY OF SOUI DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEI

* 99.951. 0.01220 2182.78 318.7 -82.979 -79.590 0.50351. 0. 267 0.395 3870

100 0.01220 2181.91 318.6 -82.961 -79.572 0.50373 0. 267 0.395 3 869 105 0.01231 2088.79 306.0 -81.018 -77.598 0.52299 0. 262 0.395 3811. 110 0.0121.3 1996.35 293.9 -79.076 -75.625 0.51.131. 0. 258 0.391. 3759

115 0.01251. 1910.52 282.1 -77.137 -73.651. 0.55886 0. 255 0.391. 3702

120 0.01266 1825.25 270.7 -75.200 -71.681. 0.57563 0. 251 0.391. 361.3 125 0.01278 171.2.1.8 259.7 -73.265 -69.715 0.59170 0. 21.7 0.391. 3581. 130 0.01290 1662.15 21.9.1 -71.330 -67.71.7 0.60711. 0, 21.1. 0.391. 3521. 135 0.01303 1581.. 21 238.8 -69.398 -65.779 0.62200 0,,21.1 0.391. 31.63 1A0 0.01316 1508.60 228. 8 -67.1.65 -63.811 0.63631 0. 238 0.391. 31.01

1A5 0.01329 11.35.26 219.2 -65.531. -61.81.2 0.65012 0,,235 0.391. 3338

15 0.0131.3 1361.. li. 210.0 -63.602 -59.873 0.6631.8 0. 232 0.391. 3275

155 0.01357 1295.18 201.0 -61.670 -57.902 0.6761.0 0.,229 0.391. 3211

16 0.01371 1228.32 192.1. -59.737 -55.929 0.68893 0.,227 0.395 311.6 165 0.01366 1163.51 181.. -57.803 -53.953 0.70109 0. 221. 0.395 3081

170 0.011.02 1100.70 176.0 -55.867 -51 .971. 0.71291 0,,222 0.396 3016

175 0.011.18 1039.63 168.2 -53.928 -1.9.990 0.721.1.0 0. 220 0.397 2 950 lao 0.011.31. 980.85 160. 8 -51.985 -1.8. 002 0.73561 0., 218 0.398 2861. 185 0.011.51 923.70 153.5 -50.038 -1.6.007 0.71(651. 0,, 215 0.1.00 2817

190 0.011.69 868.35 11.6.6 -1.8.086 -1.1.. 005 0.75722 0,,213 0.1.01 2751

195 0.011.88 811.. 73 139.8 -1.6.127 -1.1.995 0.76767 0,, 211 0.1.03 2681. 200 0.01507 762.80 133.3 -1.1.. 160 -39.971. 0.77790 ,209 0.1.05 2617

205 0.01528 712.53 127.0 -1.2.165 -37.91.2 0. 78791. 0,,207 0.1.08 2550

210 0.0151.9 663.87 121. -1.0.198 -35.896 0.79780 0,,205 0.1.11 21.82 215 0.01571 616.76 115.1 -38.198 -33.831. 0.80751 0.,203 0.1.11. 21.15 22 0.01595 571.21. 109.1. -36.181. -31.751. 0.81707 0,,201 0.1.18 2 3".7 225 0.01620 527.22 103. 8 -31.. 152 -29.653 0.82651 0,,199 0.1.22 2 279 230 0.0161.7 1.81.. 72 98.5 -32.100 -27.526 0.83585 0,,196 0.1.27 2211

235 0.01675 1.1.1.03 92.7 -30.000 -25.31.7 0.81.522 0.,200 0.1.38 2116

21*0 0.01706 1*01.50 87.8 -27.873 -23.135 0.851.51. 0,.198 0.1.1.7 20".6

21.5 0.01739 361.. 27 82.1. -25.715 -20.881. 0.86382 0,,197 0.1.53 1969

250 0.01775 328.58 77.5 -23.523 -18.593 0.87307 0.,196 0.1.62 1896

255 0.01813 291.. 22 72.7 -21.290 -16.253 0. 88231. 0., 195 0.1.71. 1821

260 0.01856 261.67 67.7 -19.012 -13.857 0.89165 0,,191. 0.1.85 171.1 265 0.01903 230.65 63.1. -16.680 -11.391. 0.90103 0,,193 0.503 1667

270 0.01956 201.11. 58.1, -11.. 282 -8.850 0.91051. 0..193 0.517 1580

275 0.02015 173.31 53.9 -11.807 -6.211 0.92023 0,,193 0.51.0 11.99 280 0.02082 11.7.11. 1.9.2 -9.21.3 -3.1.60 0.93011. 0,,193 0.562 11.09 285 0.0 2161 123.63 1.5.0 -6.560 -0.558 0.91.01.1 0,, 193 0.597 1330

290 0.02253 102.05 1.0.7 -3.738 2.521 0.95112 0,. 19 8 0.61.0 1236

295 0.02361. 83.19 36.2 -0.753 5.815 0.96238 0., 198 0.679 111.9 300 0.02500 67.33 32.3 2.1.09 9.352 0.971.27 , 199 0.735 1071. 310 0.02867 1.5.91. 21.. 7 9.225 17.189 0.99996 0.,200 .826 937 320 0.03376 38.17 18.8 16.181. 25.559 1.02653 ,199 0.825 857 330 0.03951. 1.0.02 1<..S 22.31.7 33.330 1.0501.6 0.,191. 0.720 829

3<t0 0.01.517 1.6.12 12.3 27.399 39.91.5 1.07022 ,189 0.608 829

35 0.05037 53.56 10.5 31.589 1.5.579 1.08655 D , 185 0.525 81.0 360 0.05515 61.21. 9.3 35.188 50.506 1. 1001.1. 0., 181 0.1.66 855

370 0.05958 68.79 8.3 38.379 51.. 928 1.11256 ,178 0.1.23 870 380 0.06375 76.12 7.6 1.1.285 58.993 1.1231.1 0,, 175 0.390 886

390 0.06769 8 3.20 7.0 1.3.977 62.780 1.13325 0.,173 0.368 901. 1.00 0.0711.6 90.01 6.5 1.6.509 66.357 1.11.231 0,,172 0.31.8 920

1.10 0.07508 96.51. 6.1 1.8.917 69.770 1.15071. 0,.170 0.331. 937

1.2 0.07857 102.88 5.7 51.221. 73.01.6 1.15861. 0,,169 0.322 953 MO 0.08195 109.03 5.1. 53.1.1.9 76.211 1.16608 ,168 0.311 969

i.i.0 0.08521. 115.00 5.1 55.605 79.281 1.17311. 0,,167 0.303 981.

1.5 0.0881.5 120.80 1..9 57.702 82.271 1.17986 0.,166 0.295 999

1.60 0.09159 126.1.6 it.

59.751 85.192 1.18628 0,,165 0.289 1011.

1.7 0.091.67 131.98 1..5 61.756 88.053 1.1921.3 0., 161. 0.283 1028

1.80 0.09770 137.38 1..3 63.721. 90.861 1.19835 0,, 163 0.278 101.2

1.9 0.10068 11.2.68 it. Z 65.659 93.621. 1.201.01. 0.,163 0.271. 1056

500 0.10361 11.7.87 1..0 67.566 96.31.5 1.20951. 0.,162 0.270 1069

510 0.10651 152.98 3.9 69.1.1.7 99.031 1.211.86 0,, 161 0.267 1082

520 0.10937 158.00 3.8 71.306 101.681. 1.22001 0., 161 0.261. 1095

53 0.11220 162.95 3.6 73.11.5 101.. 309 1.22501 0,, 161 0.261 1108

51.0 0.11500 167.83 3.5 71.. 966 106.908 1.22987 0.. 160 0.259 1121

550 0.11777 172.65 3.1. 76.772 109.1.85 1.231.60 , 16 0.257 1133

560 0.12052 177.1.2 3.3 78.563 112.01.0 1.23920 0., 160 0.255 111.5 57 0.12325 182.13 3.3 80.31.2 ll".. 577 1.21.369 .159 0.253 1157

580 0.12596 186.80 3.2 82.110 117.098 1.21.808 0.,159 0.251 1169

590 0.12866 191.1.2 3.1 83.869 119.601. 1.25236 .159 0.250 1181

60 0.13133 196.01 3.0 85.618 122.096 1.25655 0,.159 0.21.9 1192

TWO-PHASE BOUNOARY
1500 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT

VCDP/DU)., -V(0P/DV>T 3TU/L8 PSIA-CU FT/BTU PSIA

(DV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-S£C SQ FT/HP

X 10S

PRANDTL NUMBER

99. 951. 81 95301 221 71 I* .578 178685 1.1. 0017816 1121.2 1.3 71.9 0031.7 1.57179 5 5337

10 81 91.627 221 68 1'. 576 178799 31 0017818 1121.0 1.3 711 0031.7 1.57173 5 5295

105 81 21501 218 76 11. .356 16961.1 1.9 0016039 11102 39 805 0031.6 1.56565 5 0935

110 80 1.8113 215 81 11. 129 160829 66 0018272 10956 36 281. 0031.5 1.55997 >l 7011

115 79 71.1.39 212 82 13 896 152353 59 0016516 10803 33 110 0031.1. 1.551.07 i. 31.78 120 79 001.1.9 209 79 13 .65 7 11.1.203 20 0018773 1061.3 30 21.9 n 0031.2 1.51.816 i. 0295

125 76 26112 206 72 13 1.11. 136368 63 001901.1. 101.78 27 670 0031.0 1.51.221. 3 71.26 130 77 51391. 203 60 13 .165 12881.0 17 0. 0019331 10307 ib 31. i. 00338 1.53631 3 1.81.0 135 76 76257 200 1.3 12 911. 121606 29 0019635 10132 23 21.8 00335 1.53036 3 2508

1A0 76 00658 197 22 12 659 111.663 63 0. 0019957 09952 21 357 00333 1.521.38 3 01.06

11.5 75 21.553 193 96 12 1.0 2 107997 06 0020300 09769 19 651 00330 1.51836 2 8513

150 7k 1.7891 190 6". 12 .11.1. 101599 60 n 0020666 09563 18 113 00327 1.51235 2 6808

155 73 70615 187 25 11 881. 951.62 1.9 0021057 09393 16 725 00323 1.50629 2 5275

16 72 92663 183 83 11 .621. 89577 19 00211.77 09202 15 1*72 00320 1.50020 Z 3898

165 72 13968 180 33 11 365 83935 3 1. 0021927 09006 14 31.2 00316 1.1.91.06 2 2661. 170 71 31. 1.53 176 76 11 .107 78528 65 00221.13 08812 13 321 00312 1.1.8787 2 1560

175 70 51.031. 173 13 10 850 7331.9 B3 0022938 08615 12 399 00308 1.1.8163 z 0575

180 69 72617 169 1*2 10 .595 66390 66 u 00235C5 081.17 11 566 00303 1.1.7531. 1 9702

185 66 90096 165 61. 10 .31.3 6361.3 97 0021.125 08218 10 811. 00298 1.1.6897 1 6930

19 68 06355 161 78 10 095 59102 69 0021.798 08018 10 133 00291. 1.1.6253 1 8251.

19 5 67 21263 157 81. 9 850 51.760 01, a 0025536 07817 9 517 00289 1.1.5600 1 7666

200 66 31.671 153 61 9 .609 50609 59 002631.5 07616 8 959 00283 1.1.1.938 1 .7162 205 65 1.61.12 11.9 70 9 372 1.661.5 25 1) 0027237 071.11. 8 1.51. 00276 1.1.1.265 1 .6736

210 61. 56300 11.5 1.9 9 li»l 1.2861 37 0028223 07212 7 995 00272 1.1.3580 1 6387

215 63 61.119 11.1 19 8 .911. 39252 71. 0029318 07010 7 578 00266 1.1.2882 1 .6110 220 62 69627 136 79 8 692 358m 69 003051.0 06807 7 199 00260 1.1.2166 1 5905

225 61 7251.7 132 30 8 1.75 3251.3 15 0031908 06605 6 851. 00253 1.1.11.38 1 5771

230 60 72560 127 71* 8 260 291.31. 60 00331.1.8 061.02 6 538 0021.7 1.1.0686 1 5709

235 59 68607 121. 29 7 777 26323 59 0035212 06196 6 21*8 00237 1.39911 1 5862

2<t0 58 611.21 119 76 7 51.1* 23533 82 0037291. 05991. 5 982 00229 1.39113 1 601*6

21.5 57 50362 115 12 7 267 2091.6 68 0039321. 05791 5 766 a 00222 1.38289 1 6233

25 56 3U852 110 1.6 7 021. 18511. 91. 001.1867 05588 5 577 00211. 1.371.36 1 6616

255 55 11.225 105 71 6 770 16221. 16 001.1.809 05381. 5 383 002C6 1.3651.9 1 701.9 26 53 87793 100 87 5 1.83 11.097 99 001.8031. 05181 5 167 00198 1.35623 1 71.61. 265 52 51.693 96 11. 6 239 12119 82 0052282 01.977 k 988 00188 1.31.653 1 8131. 27 51 13708 91 06 5 911. 10285 51 0056731 01.773 k 786 00181 1.33631 1 861.5 275 1.9 63581 86 09 5 637 8602 1.0 0062712 c 01.568 k 579 00170 1.3251.8 1 .91.81 280 1.8 02677 80 80 5 305 7066 82 0U69551. 01.362 k 367 00162 1.31391. 2 0251. 285 1.6 27863 75 89 5 031 5721 35 J 007861.7 01.151. k 11*7 0015C 1.3011.8 2 11.53 29 1.1. 3761.3 71 21. k .630 1*528 81 0089761. 01.011 3 921 0011.1 1.28801 2 .2515

295 1.2 29350 66 00 1* .319 3518 33 0102859 03862 3 688 00135 1.27337 2 .3339

300 1.0 00739 61 38 k 056 2693 58 0119739 03721 3 1.1.9 00127 1.2571.3 2 .1.521. 310 31. 87809 53 61 3 .537 1602 1.3 0151.033 031.22 2 971 00119 1.22216 2 .5811. 320 29 62522 1.9 57 3 .199 1130 89 0166362 1) 03090 2 559 00126 1.18675 2 .1.590 330 25 28899 1.9 09 3 .021. 1012 10 011.6623 a 02763 2 273 00152 1.15805 2 .1317

31.0 22 13899 50 62 2 92 9 1021 03 0120098 02511. 2 091. 00187 1.1371.9 1 .6229 350 19 851.37 53 02 2 870 1063 1.1* 0098963 0231.5 1 982 00225 1.12271. 1 .5962

360 18 13298 55 77 2 826 1110 1.2 0083530 02230 1 908 00261. 1.11171 1 .1.31.8 37 16 78370 58 66 2 788 1151. 55 0072091. 0211.5 1 857 00302 1.10 312 1 .3181. 380 15 68559 61 62 2 .71.8 1191. 05 0063327 02083 1 822 .0031.0 1.09616 1 .2287

390 11. 77250 61. 65 2 .731 1229 Ik 0056882 0201.0 1 797 00376 1.0901.0 1 .1662

1.0 13 991*28 67 66 2 .701 1259 63 00511.97 02008 1 780 (1 001.12 1.06550 1 .1120

1*10 13 31981. 70 61. 2 .682 1285 66 001.7271. 01985 1 768 001.1.6 1.08127 1 .0711

1.2 12 72815 73 60 2 .663 1309 50 001.3708 01969 1 761 001.81 1.07757 1 .0362

1.30 12 20265 76 53 2 .61.6 1330 1*5 001.0698 01957 1 757 00515 1.071.29 1 .0068

1*1*0 11 7311.7 79 1.2 I .631 131.9 08 0038121. 01950 1 756 0051.9 1.07135 .9817

1.5 11 30551 82 28 2 .618 1365 72 0035897 0191.6 1 757 00583 1.06870 .9600

1.6 10 91771 85 10 2 .606 1380 61* 0033952 0191.5 1 760 00617 1.06630 .91.12

1.70 10 5621.9 87 69 2 .595 1391. 06 0032238 0191.6 1 761. Q 00650 1.061.09 .921.7

1.8 10 23535 90 65 2 .585 mo6 18 0030715 0191.9 1 770 00681. 1.06207 ,9101

1.90 9 93263 93 39 2 .576 11.17 17 0029353 01951. 1 776 00718 1.06019 .8972

500 9 65131. 96 10 2 .568 11.27 17 0028127 01960 1 781. 00751 1.0581.6 .8,857 510 9 38895 98 78 ? .56 11.36 29 0027017 01961 1 792 00783 1.05681. .6781

52 9 11.337 101 .1.5 2 .553 11.1.1. 65 0026008 01971 1 801 00817 1.05532 .8679

530 8 91281 101. 11 2 ,51.6 11.52 .31* 0025065 01982 1 810 00851 1.05390 .8588

51.0 8 69575 106 .75 2 .51.0 11.59 .1.2 0021.237 01993 1 620 00886 1.05257 .8506

55 8 1.9086 109 37 2 .531. 11.65 97 00231.56 02005 1 831 00920 1.05131 .81.32 560 8 .29707 111 .99 2 .528 11.72 .01. 0022731. 02017 1 81.1 .00955 1.05012 .8366

570 8 11333 111. .61 2 .523 11.77 .68 0022063 02030 1 852 ,00990 1.01.899 .8306

580 7 .93879 117 .22 7 .517 11.82 .95 00211.38 0201.3 1 861. .01021. 1.01.792 .6252

59 7 77271 119 .82 ? .512 11.87 66 0020851. 02057 1 876 01059 1.01.690 .8203

60 7 611.1.0 122 1.3 ? .506 11.92 1.7 0020307 02071 1 888 01091. 1.01.593 .8159

TWO-PHASE 80UN0ARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1600 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY °v C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 100.091* 0.01220 2188.86 318.7 -82.963 -79.349 0.50370 0.,267 0.395 3874

105 0.01231 20 97.64 306.4 -81.059 -77.413 0.52258 0.,263 0.394 3820

110 0.01242 2007.32 294.3 -79.120 -75.441 0.54092 0.,259 0.394 3 765 115 0.01253 1919.62 282.5 -77.184 -73.471 0.55843 0.,255 0.394 3708

12 0.01265 1834.48 271.2 -75.250 -71.503 0.57519 0.,251 0.394 3650 125 0.01277 1751.84 260.2 -73.318 -69.535 0.59125 0,,248 0.393 3591

130 0.01289 1671.65 249.5 -71.387 -67.568 0.60668 0.,244 0.393 3 531 135 0.01302 1593.85 239.3 -69.458 -65.602 0.62152 0,,241 0.393 3470

140 0.01315 1518.39 229.3 -67.530 -63.635 0.63582 0.,238 0.393 3409

145 0.01328 1445.20 219.7 -65.602 -61.669 0.64963 D.,235 0.393 3 346

15 0.01341 1374.23 210.5 -63.675 -59.701 0.66297 0.,232 0.394 3283

155 0.01355 1305.42 201.6 -61.748 -57.732 0.67588 0.,230 0.394 3220

16 0.01370 1238.73 192.9 -59.820 -55.762 0.68839 0,,227 0.394 3156

165 0.01385 1174.09 184.6 -57.891 -53.789 0.70053 0..225 0.395 3091

17 0.01400 1111.45 176.6 -55.960 -51.813 0.71233 0,,222 0.396 3026

175 0.01416 1050.76 168.9 -54.027 -49.833 0.72381 0.,220 0.396 2961

18 0.01432 991.97 161.4 -52.091 -47 .848 0.73499 0,,218 0.397 2 895 185 0.01449 935.02 154.2 -50.151 -45.858 0.74590 0,,216 0.399 2 829

19 0.01467 879.86 147.3 -48.206 -43.861 0.75655 0.,214 0.400 2 763

195 0.01485 826.45 140.6 -46.256 -41.856 .76697 0..212 0.402 2697

20 0.01504 774.75 134. 1 -44.298 -39.841 0.77717 0.,209 0.404 2631 205 0.01524 724.70 127.8 -42.332 -37.816 0.78718 0..207 0.406 2 565 210 0.01545 676.27 121. 8 -40.356 -35.778 0.79700 0.,205 0.409 2 498 215 0.01567 629.43 115.9 -38.369 -33.725 0.80666 ,203 0.412 2 432 220 0.01591 584.14 110.3 -36.368 -31.655 0.81618 0,,201 0.416 2 366 225 0.01615 540.39 104.8 -34.351 -29.566 0.82556 0,. 199 0.420 2299

230 0.01641 498.15 99.5 -32.316 -27.454 0.83484 0..196 0.424 2233

235 0.01669 454.63 93.7 -30.236 -25.291 .84414 0.,20 0.434 2139

240 0.01699 415.12 88.9 -28.132 -23.098 0.85338 0,.199 0.443 2070

245 0.01731 378.11 83.5 -25.998 -20.869 0.86257 ,197 0.448 1994

250 0.01765 342.68 78.7 -23.834 -18.604 0.87172 .196 0.457 1924

255 0.01803 308.57 74.0 -21.635 -16.294 0.88087 0,,195 0.467 1851

26 0.01843 276.28 69.1 -19.396 -13.934 0.89003 0..194 0.477 1775

26 5 0.01888 245.60 64. 8 -17.109 -11.516 0.89925 .193 0.492 1703

27 0.01937 216.29 59.9 -14.767 -9.027 .90855 0.,193 0.504 1619

275 0.01992 188.67 55.7 -12.362 -6.458 0.91798 0,.192 0.524 1543

28 0.02055 162.64 50.9 -9.884 -3.796 0.92757 0..192 0.541 1455

285 0.02126 139.14 47.0 -7.307 -1.009 .93744 0,.192 0.570 1382

29 0.02208 117.44 42.8 -4.621 1.920 0.94763 , 197 0.605 1293

295 0.02304 98.19 38.5 -1.810 5.016 0.95821 0,. 19 7 0.634 1212

30 0.02418 81.62 34.7 1.131 8.295 0.96923 0.. 197 0.677 1140

310 0.02716 57.48 27.4 7.397 15.443 0.99266 . 198 0.750 1005

32 0.03122 45.59 21.4 13.898 23.149 1.01712 .197 0.777 912

330 0.03611 43.62 17.0 20.004 30.703 1.04038 0,, 194 0.722 867 340 0.04118 47.43 14. 25.258 37.459 1.06056 0..190 0.629 854 350 0.04604 53.69 11.9 29.693 43.332 1.07759 0.. 186 0.549 857 360 0.05057 60.79 10.4 33.505 48.488 1.09212 .182 0.487 868

37 0.05481 68.05 9.3 36.871 53.108 1.10 478 0..179 0.441 881

380 0.05880 75.24 8.4 39.919 57.339 1.11607 0.. 176 0.406 895

390 0.06257 82.28 7.8 42.728 61 .266 1.12627 0..174 0.381 913

400 0.06618 89.10 7.2 45.356 64.962 1.13564 .172 0.359 927

410 0.06963 95.69 6.7 47.844 68 .474 1.14431 0..171 0.344 944

420 0.07297 102.08 6.3 50.219 71.838 1.15242 0,. 170 0.330 959

43 0.07620 108.18 5.9 52.504 75.080 1.16005 .168 0.319 974

44 0.07934 114.22 5.6 54.712 78.218 1.16727 , 167 0.309 989 450 0.08240 120.10 5.4 56.856 81.269 1.17412 . 166 0.301 1004

460 0.08539 125.83 5.1 58.945 84.245 1.18066 .165 0.294 1019

470 0. 08832 131.43 4.9 60.987 87.155 1.18692 . 164 0.288 1033

48 0.09120 136.91 4.7 62.987 90.009 1.19293 0,,164 0.283 1047

490 0.09403 142.28 4.5 64.952 92.812 1.19871 .163 0.278 1061

50 0.09682 147.55 4.4 66.885 95.571 1.20428 .162 0.274 1074

510 0.09957 152.72 4.2 68.790 98.291 1.20967 .162 0.270 1087

520 0.10228 157.82 4.1 70.671 100 .975 1.21488 . 161 0.267 1101

53 0.10497 162.84 3.9 72.530 103.629 1.21994 0,, 161 0.264 1113

54 0.10762 167.79 3.8 74.369 106.255 1.22485 .160 0.261 1126

55 0.11025 172.68 3.7 76.191 108.856 1.22962 0.,160 0.259 1139

560 0.11286 177.51 3.6 77.997 111.435 1.23427 .159 0.257 1151

570 0.11544 182.29 3.5 79.790 113.993 1.23879 . 159 "0.255 1163

580 0.11801 187.02 3.4 81.570 116.534 1.24321 .159 0.253 1175

590 0.12056 191.70 3.3 83.340 119.058 1.24753 . 159 0.252 1187

60 0.12309 196.35 3.3 85.100 121.568 1.25175 0.. 159 0.250 1198

TWO-PHASE BOUNOARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1600 PSIA ISOBAR

ERATURE DENSITY V(DH/DV! P V(DP/OU>u -V<DP/OV>t -(OV/DT^/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANDTL CONDUCTIVITY 1IFFUSIVITY CONSTANT NUMBER

EG. R LB/CU FT BTU/LB PSIA-CU FT/BTU PSIA DEG. R BTU/FT-HR-R LB/FT-S£C

X 10° SQ FT/HR

100.094 81 97830 222 25 14 574 179438 92 0017763 11247 k J 893 00348 1.57199 5.5467

105 81 26278 219 41 14 358 170460 2 1 0017977 11113 40 048 00347 1.56624 5.1175

110 80 53106 216 48 14 ,131 161651 84 0018205 10967 ih 513 00346 1.56037 4.7235

115 79 79660 213 52 13 898 153179 28 0018445 10815 a 325 00344 1.55449 4.3686

120 .'9 05911. 210 51 13 ,660 145032 46 0018697 10657 30 451 00342 1.54860 4.0489

125 78 31836 207 47 13 416 137201 50 0018962 10492 2? 860 00341 1.54270 3.7606

130 77 57393 204 38 13 168 129676 70 0019243 10322 25 523 00338 1.53679 3.5007

135 76 82550 201 24 12 917 122448 53 I] 0019540 10148 23 416 00336 1.53085 3.2664

140 76 07266 198 06 12 66 3 115507 63 0019854 09969 21 515 00333 1.52490 3.0551

145 75 311.97 194 83 12 406 108844 67 1) 0020169 09787 19 800 00330 1.51893 2.8647

15 7k 55191. 191 54 12 149 102451 28 0020546 09602 18 253 00327 1.51293 2.6932

155 73 78305 188 20 11 890 96318 r, 9 0020927 09414 16 857 324 1.50690 2.5389

16 73 00770 184 80 11 631 90436 76 0. 0021335 09223 15 597 00320 1.50083 2.4003

165 72 22524 181 34 11 373 84798 94 0021772 09031 14 460 00317 1.49473 2.2759

17 71 1.31.91. 177 82 11 115 79396 53 0022243 08836 13 433 00313 1.48858 2.1646

175 70 63601 174 22 10 ,860 74221 65 0022752 08540 12 505 00309 1.48238 2.0652

180 69. 82751. 170 56 10 607 69266 66 u 0023302 08444 11 667 00304 1.47612 1.9769

185 69 00856 166 83 10 357 64524 21 0023899 08246 10 90 9 00300 1.46980 1.8989

19 68 17796 163 01 10 111 59987 21 0024548 08047 10 223 00295 1.46341 1.8302

195 67 331.1.9 159 12 9 86 8 55648 87 0025257 07848 9 603 IJ 00290 1.45693 1.7704

200 66 1.7678 155 15 9 630 51502 74 0026034 07648 9 041 00285 1.45037 1.7189

205 65 60328 151 09 9 397 47542 73 0026888 07448 8 532 00279 1.44371 1.6753

210 6I| 71221. 146 94 9 169 43763 14 0027829 07246 8 070 00274 1.43693 1.6391

215 63 80168 142 70 8 947 40156 72 0028872 07047 7 650 00268 1.43003 1.6100

220 62 86938 138 37 8 731 36724 72 1) 0030030 06847 7 268 00252 1.42299 1.5679

225 61 91281 133 95 8 519 33456 99 0031323 06646 6 920 00256 1.41578 1.5727

230 60 92909 129 46 8 311 30352 05 0032771 06446 6 602 00249 1.40840 1.5644

235 59 90 93 8 126 15 7 ,828 27236 49 0034406 06244 6 310 00240 1.40078 1.5790

21.0 58 85913 121 71 7 600 24433 63 0036366 06043 6 043 00232 1.39295 1.5933

21.5 57 77301. 117 19 7 326 21844 51 0038228 05843 5 817 00226 1.36489 1.6056

25 56 6461.9 112 66 7 092 19411 54 0040561 05643 5 629 00218 1.37656 1.6410

255 55 471.08 108 05 6 842 17117 54 0043207 05443 5 439 00210 1.36793 1.6795

26 5<i 24977 103 40 5 574 14987 89 0046136 05244 5 248 00203 1.35895 1.7186

265 52 96697 98 83 6 334 13008 50 0049828 05045 5 054 00193 1.34959 1.7760

270 51 61634 93 96 5 ,023 11164 09 0053677 04846 4 858 00186 1.33978 1.8200

275 50 18855 89 22 5 761 9469 14 0058774 04647 4 65 9 00177 1.32946 1.8923

280 48 67277 84 13 5 434 7916 13 u 0064275 04449 4 456 00169 1.31857 1.9498

285 i»7 01.01.0 79 SO 5 187 6545 4 j 0071736 04248 4 247 00158 1.30690 2.0528

290 45 28881. 75 11 4 ,801 5318 51 0080420 04082 4 034 00149 1.29446 2.1511

29 5 43 39836 70 22 4 514 4261 3s 0090352 03938 3 817 00143 1.28112 2.2138

300 41 351.16 65 78 4 262 3375 Zl 0102857 03799 3 595 00136 1.26681 2.3053

310 36 82238 57 99 3 .760 2116 65 0129401 03512 3 153 00127 1.23545 2.4246

320 32 02799 53 02 3 389 1460 22 0146474 03215 2 751 00129 1.20286 2.3921

33 27 69106 51 29 3 .165 1207 92 0140725 02916 2 441 00146 1.17389 2.1752

31*0 24 28281 51 88 3 .032 1151 76 0121334 02661 2 231 00174 1.15145 1.8999

35 21 72227 53 73 2 .953 1166 38 0102146 02474 2 094 00208 1.13479 1.6721

360 19 77390 56 15 ? .895 1201 98 0086750 02341 2 002 00243 1.12223 1.4994

370 18, 24651 58 83 Z 848 1241 6 2 0074943 02242 1 939 00279 1.11244 1.3726

380 17 00775 61 65 2 805 1279 62 0065790 02169 1 894 O0314 1.10455 1.2749

390 15. 98163 64 59 2 783 1314 98 0058937 02117 1 862 00348 1.09804 1.2052

1.0 16 11133 67 53 ? 749 1346 41 0053206 02077 1 83 9 00383 1.09254 1.1450

1.10 1<4 36091. 70 48 2 732 1374 17 0048601 02049 1 823 00415 1.08781 1.1013

1(20 13 70485 73 42 2 .702 1396 97 0044689 02027 1 812 00449 1.08369 1.0602

1.3 13 12362 76 29 2 68 4 1419 65 0041779 02012 1 805 00481 1.O8004 1.0290

M»0 12 601.16 79 17 2 .668 1439 59 0039063 02002 1 801 00514 1.07680 1.0016

1.50 12 13585 82 01 2 653 1457 46 0036718 01995 1 799 00546 1.07387 0.9779

1)6 11 71055 84 83 2 .640 1473 53 0034674 01991 1 800 00578 1.07122 0.9574

1.70 11 32181. 97 62 2 628 1488 03 u 0032877 01990 1 802 00610 1.06681 0.9394

1.80 10 961.56 90 37 2 .618 1501 15 a 0031284 01991 1 806 00642 1.06659 0.9236

1.90 10 63456 93 10 2 .60 8 1513 06 a 0029862 01993 1 811 00674 1.06454 0.90 95 500 10 32839 95 81 2 .600 1523 92 0028585 01998 1 818 00706 1.06264 0.8970

510 10 01.323 98 49 ? .592 1533 84 0027431 01997 1 825 00736 1.06088 0.8886

52 9 77668 101 1? 2 .585 1542 94 0026383 02 006 1 832 00769 1.05923 0.8776

53 9 52674 103 80 2 .578 1551 31 0025427 02016 1 841 00802 1.05769 0.8677

51.0 9 29169 106 43 2 572 1559 03 0024550 02026 1 850 00834 1.05624 0.8589

55 9 07006 109 06 2 .566 1566 18 0023743 02037 1 859 00867 1.05487 0.8509

56 8 86059 111 67 2 .560 1572 82 0022998 0' 02048 1 869 00900 1.05358 0.8437

570 8 66217 114 28 2 554 1578 99 0022307 02060 1 880 00933 1.05236 0.8373

580 8 1.7381. 116 88 Z 549 1584 75 0021664 02073 1 090 00966 1.05120 0.8314

59 8 291.75 119 48 Z .544 1590 14 0021065 02085 1 901 00999 1.05010 0.6261

60 8 12415 122 08 z .53 8 1595 19 0020504 02096 1 913 01032 1.04906 0.8214

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1700 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY CV

C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R 9TU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

100.231. 0.01219 219".. 93 318. 8 -82.9"*5 -79.108 0.50385 0. 267 0.395 3878

105 0.01230 2106."t7 306. 9 -81.099 -77.228 0.52217 0. 263 0.39". 3826

110 0.0121.1 2016.27 29<*. 7 -79.1b"* -75.267 0.51*050 0. 259 0.39". 3771

115 0.01252 1928.69 283.0 -77.231 -73.238 0.55801 0. 255 0.39". 371". 120 0.01261. 18"t3.68 271.6 -75.300 -71.321 0.57"*75 0. 251 0.393 3657

125 0.01276 1761.18 260.6 -73.371 -69.355 0.59081 0. 21.8 0.393 3598

13 0.01288 1681.12 250.0 -71.1*1.1. -67.389 0.60622 0. 21.1. 0.393 3538

135 0.01301 1603. ".6 239.7 -69.518 -65. ".2". 0.62105 0. 2".l 0.393 31.73

11*0 0.01313 1528.13 229.8 -67. 59". -63.1.59 0.6353". 0. 238 0.393 3"»16

1A5 0.01327 1"»55.09 220.3 -65.670 -61. ".95 0. 61*913 0, 235 0.393 335". 150 0.0131.0 138".. 27 211.0 -63.71.3 -59.529 0.6621*6 0. 233 0.393 3292

155 0.01351. 1315.62 202.1 -61.825 -57.563 0.67535 0.,230 0.393 3229

160 0.01368 12 ".9. 09 193.5 -59.902 -55.595 0.68785 0.,227 0.39". 3165

165 0.01383 118".. 61 185.2 -57.978 -53.62". 0.69997 0.,225 0.39". 3101

170 0.01398 1122.15 177.2 -56.052 -51.651 0.71175 0.,223 0.395 3036

175 0. 01i<li< 1061.63 169.5 -5".. 125 -".9.675 0.72321 0.,220 0.3 96 2971

180 0.011.30 1003.02 162.0 -52.195 -".7.69"* 0.731.37 0., 218 0.397 2906

18 5 0.011.1.7 9".6.26 15"..-50.262 -"*5.708 0.71.526 0,, 216 0.398 2 81.1 190 0. 011.61. 891.29 11.7.9 -1.8.325 -".3.715 0.75589 0.,21". 0.399 2776

195 0.011.82 838.09 1 <*1.3 -".6.382 -1.1.715 .7662B 0.,212 0."»01 2710

200 0.01501 736.59 13"..

-"."*. "»33 -39.707 0.7761*5 0,, 210 0.1.03 2 6"»5 205 0.01521 736.76 128.6 -".2.1.77 -37.688 0.7861*2 ,208 0.".05 2580

210 0.0151.2 688.56 122.6 -".0.511 -35.658 0.79621 0,,206 0.".07 251". 215 0.0156"* 61.1.91. 116. 8 -38.536 -33.61". 0.30583 0.,203 0.1*10 2".i.9 220 0.01586 596.90 111.2 -36.5"*8 -31.55". 0.81530 0,,201 0.1*13 238". 225 0.01610 553.39 105.7 -3"..5"*6 -29.1.76 .82<*6<t 0., 199 0.1.17 2319

230 0.01636 511.1.1 100.5 -32.527 -27.377 0.83386 0,,197 0.".21 225". 235 0.01663 1*68.07 9"..

-30. ".65 -25.230 0.8"*309 0,.200 0.".31 2161

21*0 0.01692 ".28.59 89.9 -28.382 -23.055 0.85225 0.,199 0.1.39 209".

21.5 0.01723 391.76 8"..-26.271 -20. Bi.7 0. 86135 .197 0. "*"*"* 2 019

250 0.01756 356.56 79.9 -2"*. 133 -18.601* 0.8701.2 0,,196 0.<*52 1951

255 0.01792 322.66 75.2 -21.96". -16.322 0.879"t5 0..19 5 0."*61 1879

260 0.01831 290.59 70.5 -19.760 -13.995 0.8881.9 0., 19". 0."»70 1807

26 5 0.01871* 260.21 66.2 -17.515 -11.616 0.89756 .193 0.1.83 1737

27 0.01921 231.08 61.1. -15.222 -9.176 0.90668 ,193 0.1.91. 1656

275 0.01972 203.61. 57.3 -12.876 -6 .666 0.91589 ,192 0.511 158". 280 0.02030 177.75 52.5 -10.1*70 -1..080 0.92521 0., 192 0.523 1"»98 285 0.02095 15"*. 2". ".8.8 -7.980 -1.33"* 0.93"*75 ,192 0.5".9 1".30 290 0.02170 132.1*2 i»"*.7 -5."*0"» 1.1*26 .9". 1.52 0.,196 0.577 131.5

295 0.02255 112.88 ".0.6 -2.727 "..372 0.95".59 ,195 0.601 1268

300 0.02351* 95.77 36.9 0.01.9 7."*59 0.961.97 0,,196 0.63". 1199

310 0.02601. 69.59 29.8 5.903 1"*.101 0.9867"* 0..196 0.69". 1068

320 0.02938 51*. 51 23.8 11.997 21.2"*6 1.0091*3 0,. 196 0.727 969

33 0.0331.9 "*9.0"» 19.1 17.919 28."*62 1.03163 0,. 193 0.705 910

31.0 0.03797 50.25 15.7 23.2"*1 35.19". 1.0517"* 0,, 190 0.638 88"* 35 0.0i»2i*3 5"*. 96 13.1. 27. 8"*9 ".1.207 1.06918 0.. 186 0.566 879

360 0.01*670 61.20 11.6 31.8".5 1.6. 5"*"* 1.08"*22 . 183 .505 88"* 37 0. 05072 68.00 10.3 35.372 51.337 1.09735 0., 180 0.1.57 89<* 380 0.051.52 7".. 92 9.3 38.557 55.721 1.10905 .177 0.1.20 907

390 0.058m 81.82 8.5 "*1.<*79 59.780 1. 11960 0,,175 0.393 922

1.0 0.06159 88.59 7.9 "*l*.203 63.590 1.12925 ,173 0.370 936

1.10 0.061*90 95.16 7.3 1.6.771 67.200 1.13817 0.,172 0.353 952

1.20 0.06809 101.57 6.9 1.9.216 70 .6"»9 1.1"*6"*8 0,,170 0.338 966

1.30 0.07118 107.81 6.5 51.560 73.966 1.151.29 0,,169 0.326 982

1.1.0 0.071*18 113.83 6.1 53.821 77.172 1.16166 0.. 168 0.316 996

1.5 0.07710 119.59 5.8 56.011 60.281 1.16865 , 167 0.307 1010

1.6 0.07996 125.39 5.5 58.11.1 83.311 1.17531 0,. 166 0.299 1021.

1.7 0.08275 131.05 5.3 60.219 86.270 1.18167 ,165 0.293 1038

1*80 0.08550 136.59 5.1 62.252 89.167 1.18777 .16". 0.287 1052

1.90 0.08820 1"*2.03 "..9 6"».2".7 92.011 1.19363 .163 0.282 1066

50 0.09085 11.7.36 <*.7 66.205 9".. 807 1.19928 0.. 162 0.277 1080

510 0.0931.7 152.60 <*.5 68.135 97.560 1.201.7". . 16 2 0.273 1093

52 0.09606 157.76 ".."* 70.038 100.276 1.21001 , 161 0.270 1106

530 0.09861 162. 8". "..3 71.916 102.958 1.21512 .161 0.267 1119

51.0 0.1011". 167.86 "t.l 73.773 105.611 1.22008 0.. 160 0.26". 1132

550 0.10361. 172.81 <*.o 75.611 108.236 1.22"»89 , 160 0.261 111.1. 56 0.10612 177.70 3.9 77.1,33 110.837 1.22956 .159 0.259 1157

57 0.10857 182. 5"t 3.8 79.239 113.1.17 1.23<»15 ,159 0.257 1169

580 0.11101 187.33 3.7 81.031 115.977 1.23860 .159 0.255 1181

590 0.113".3 192.08 3.6 82.812 118.520 1.2"*295 0,. 159 0.253 1193

60 0.1158". 196.73 3.5 8<t.582 121.0"*7 1.2U719 .158 0.252 1201.

TWO-PHASE BOUNDARY
1700 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT BTU/LB PSIA-DU FT/BTU PSIA

•(OV/DTl/V THERMAL VISCOSITY THERMAL OIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R 8TU/FT-HR-R LB/FT-SEC SQ FT/HR

X 105

PRANDTL NUMBER

100. 231. 82 .00352 222 80 11. 570 179991 5 7 0017712 11253 1*1* 037 0031.8 1.57219 5.5596

10 5 81 31035 220 06 lit 360 171277 51* 0. 0017916 11123 1*0 293 0031.7 1.56662 5.11.16 110 80 .58077 217 lb 1<| .133 1621.72 5 b II 0018139 10979 36 71.2 0031.6 1.56076 i*. 7i*59 115 79 81.858 211. IS 13 .90 151.003 1*2 0018371. 10827 33 5it0 003i.i* 1.551*90 1..3895 120 79 11351 211 21. 13 .662 11*5860 06 0018621 10670 30 651. 0031.3 1.51.903 i».0683 125 78 37529 208 22 13 1.19 138032 60 0018881 10506 2-* 050 0031.1 1.51.315 3.7788

130 77 63358 205 16 13 171 130511 3 it 0019156 10337 25 702 00339 1.53726 3.5176

135 76 38805 202 05 12 92 123286 75 00191.1.6 10161. 2 3 581. 00336 1.53135 3.2821

1<.0 76 .13830 198 90 12 .666 11631.9 1.6 0019753 09986 21 671. 00331. 1.5251.2 3.0697

11.5 75 38392 195 70 12 1.11 109690 38 0020080 09805 1 9 950 00331 1.5191.7 2.8782

150 71. 621.1.5 192 1.1. 12 153 103300 1*9 00201.27 09621 18 391* 00328 1.51350 2.7057

155 73 85936 189 11. 11 895 97171 01. 0020798 09i»3i* 16 991 00325 1.5071.9 2.5505

160 73 08809 185 77 11 63 7 91293 1.9 0021195 0921*5 15 723 00321 1.5011.6 2.1*108 165 72 31003 182 35 11 380 85659 50 0021620 09053 lit 579 00318 1.1*9539 2.2855

170 71 521.1.8 178 66 11 121* 80260 91. 0U22077 08860 13 51.5 00311. 1.1.8927 2.1733

175 70 73069 175 31 10 870 75089 9 it Q 0022570 c 08665 12 611 00310 1.1.8311 2.0731

180 69 92780 171 69 10 .619 70138 88 0023102 081*70 11 767 00305 1.1*7689 1.9838

185 69 111.87 168 00 10 371 651.00 36 0023679 06273 11 001. 00301 1.1*7062 1.901.8 190 68 29088 161. 23 10 126 60867 31 0021*305 08076 10 311. 00296 1.1*61*27 1.8352

195 67 1.51.65 160 39 9 886 56532 93 0021.988 07878 9 689 00291 1.1.5786 1.771*5

20 66 601.88 156 1.7 9 651 52390 7 It 0025731. 07680 -) 123 00286 1.1.5135 1.7219

205 65 71.013 152 1.6 9 1.21 1.61.31. 63 0026552 071.81 8 610 00281 1.1*1.1*75 1.6771

210 61. 85878 11.8 37 9 19 7 1.1*658 86 00271.52 07283 3 li»i* 00276 1.1.3805 1.6397

215 63 95899 l"*l. 19 8 979 1.1058 li* 00281.1.5 07081* 7 .721 00270 1.1.3122 1.6093

220 63 03872 139 92 9 768 37627 002951*6 06866 7 337 00261. I.it2it27 1.5858

225 62 09566 135 58 8 562 31.363 1 I 0030769 06687 6 986 00258 l.itl716 1.5689

23 61 12720 131 16 6 361 31260 95 0032131* 061*89 6 666 00252 1.1*0989 1.5587

235 60 12615 127 97 7 877 2811.3 11 0033651 06290 6 372 0021.3 1.1*0239 1.5706

21.0 59 09619 123 bl 7 65 3 25328 U5 0. 00351.96 06092 6 101* 00235 1.391.71 1.5828

21.5 58 03281. 119 21 7 383 22735 13 0037217 05891. 5 865 00229 1.38681 1.5893

250 56 93251. 111. 60 7 157 20299 f,3 0039368 05697 5 680 00221 1.37867 1.6222

255 55 79095 110 32 3 910 18001 78 01.17 59 fl 05500 5 1.91* 11 00211. 1.37026 1.6561. 260 51. 60263 105 83 6 659 15866 99 001. 1*1.52 05305 5 306 00207 1.36151. 1.691*0 265 53 3621.5 101 1.0 5 1.21 13885 35 001*7672 c 05110 5 117 00198 1.3521.7 1.71.28

27 52 06351 96 72 6 121. 12030 82 0051051 01*916 l. 927 00191 1.31*302 1.7811. 275 50 69852 92 17 5 875 10321. 01* 00551.61. 01.722 i. 731. 00182 1.33311. 1.81.1.9 280 1.9 26060 87 27 5 551 8755 89 005991.8 01.530 1-. 539 00176 1.32278 l.SBfO

285 1.7 72255 82 88 5 327 7360 68 1 0066252 01.336 It 339 00165 1.31177 1.9779

290 1.6 09006 78 82 <* 95 2 6103 31* 007321.1 01.151 i* 136 00156 1.30011. 2.0711

29 5 1.1. 31.720 71. 10 It 686 5006 00 0081093 01.010 3 931 00151 1.28780 2.1203

300 1.2 1.8386 69 Sit It it It 2 It068 71 0090755 03871. 3 723 0011.1. 1.271.70 2.1928

310 38 1.0188 62 15 3 95 9 2672 38 C111588 03597 3 309 .00135 1.21.632 2.2963

320 31. 03523 56 68 3 571. 1855 26 0126268 03320 2 922 00131. 1.2161*3 2.3038

330 29 85839 53 97 3 313 li|6i* 20 0130698 0301.5 2 603 0011.5 1.18831 2.1707

3U0 26 33608 53 61 3 li.it 1323 33 0. 0118950 02795 2 370 00166 1.161.93 1.91.61. 350 23 56628 51. 81. 3 01.3 1295 23 010321.2 02599 2 210 .00195 1.11.677 1.7329

36 21 1.1539 56 85 ? 970 1310 70 0088825 021*52 2 100 00227 1.13261 1.5568

37 19 71791 59 27 2 913 13it0 7 it 0077121. n 02339 ? 023 00260 1.12187 1.1.232 380 18 31.057 61 91 2 865 1371. 02 0067838 02256 1 96 8 00293 1.11301* 1.3192

390 17 20097 6It 72 2 837 11.07 i*i* 0060728 02195 1 928 00325 1.10578 1.2it31

".0 16 23733 67 57 2 799 11.38 it 3 0051.730 0211*8 1 899 00358 1.09966 1.1773

i»10 15 1.0920 70 i»5 2 779 11*66 1*0 0050113 02111* 1 878 00389 1.091*1*2 1.1291.

1.2 11. 68717 73 31. 2 71.7 11.91 85 001.6032 02087 1 863 .001.21 1.08986 1.0851

1.3 11. 01.970 76 22 2 731 1511* 72 D 001.2801. 02068 1 853 001.51 1.06585 1.0522

itUO 13 1.8136 79 07 2 709 1531* 60 003991.6 02051. 1 81*6 .001*82 1.08229 1.0220

1.5 12 97039 81 85 2 688 1551 17 00371*89 0201.1. 1 81*2 00511. 1.07909 0.9956

1.60 12 50678 81. 65 2 671. 1568 19 0035355 02037 1 8i*l 005i*it 1.07619 0.9731.

1.7 12 08388 87 1.2 2 662 1583 60 00331.61 02031. 1 61.1 00575 1.07355 0.951.0

1.80 11 69589 90 17 2 ,651 1597 58 0031822 02032 1 81*3 .00606 1.07113 0.9369

1.90 11 33609 92 89 2 .61.1 1610 32 003031.5 02033 1 81.7 00636 1.06891 0.9217

500 11 00663 95 58 2 632 1621 91* 0029019 02036 1 852 00667 1.06685 0.9082

510 10 69831 98 26 2 621. 1632 58 0027821. 02033 1 857 00695 1.061*93 0.8991

520 10 1.101.8 100 91 2 .616 161*2 36 002671.0 0201*1 1 861* 00726 1.06315 0.8872

530 10 11.087 103 55 2 610 1651 37 0025752 0201*9 1 671 00758 1.0611.8 0.8766

51.0 9 88759 106 18 2 .603 1659 69 0021.81.8 02059 1 879 00769 1.05992 0.8671

55 9 61.900 108 79 2 598 1667 1.0 0021.017 02069 1 888 00821 1.0581.1. 0.8585

56 9 1.2367 111 i.0 2 .592 1671* 57 0023250 02079 1 897 00652 1.05705 0.8508

570 9 2101.1 111. 00 2 .587 1681 25 0C2251.1 02090 1 90 7 00883 1.05571* 0.81.38 580 9 00813 116 59 2 .561 1687 1.9 0C21881 02102 1 917 00915 1.051*1.9 0.8375

59 8 81590 119 16 2 576 1693 33 0021267 02111. 1 927 0091.6 1.05331 0.8318

600 8 63290 121 77 2 .571 1698 82 01)20692 02126 1 93 8 00977 1.05218 0.8267

TWO-PHASE 30UN0ARY
THERHODYNAHIC PROPERTIES OF OXYGEN

1600 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY

°v c

p VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND DEC R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L3 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 100.375 0.01219 2200 .98 318.8 -82.930 -76.867 0.5 31*0 0. 267 0.391* 3882

10 5 0.01229 2115.27 307.3 -81.11.0 -77.01.3 0.52176 O,i263 0.391. 3832

110 0.0121.0 2025.19 295.1 -79.207 -75.073 0.51*009 0.i259 0.391. 3777

115 0.01252 1937.71. 283.1. -77.277 -73.106 0.55758 0.i255 0.393 3721

12 0.01263 1852.85 272.1 -75.31*9 -71.139 0.571*32 O.i251 0.393 3663 125 0.01275 1770.1.3 261.1 -73.1.21. -69.171. 0.59036 0.,21*3 0.393 3605

130 0.01287 1690.56 250.5 -71.500 -67.210 0.60577 O, 21*5 0.393 351.5 13 5 0.31300 1613.03 21.0.2 -69.573 -65.21.6 0.62059 O., 21.2 0.393 31.85 1A0 0.01312 1537.81. 230.3 -67.657 -63.283 0.631.86 0.,239 0.393 31.21.

1<»5 0.01325 11.61.. 91. 220.8 -65.736 -61.320 0.61.861. 0,,236 0.393 3362

15 0.01339 1391.. 27 211.5 -63.819 -59.357 0.66195 0.,233 0.393 33C0

15 5 0.01353 1325.73 202.6 -61.901 -57.393 0.671.83 0,.230 0.393 3237

16 0.01367 1259.1.0 191.. 3 -59.982 -55.1.27 0.68731 0..228 0.393 3171. 165 0.01381 1195.08 185.8 -58.063 -53.1.59 0.6991.2 ,225 0.391. 3110

170 0.01396 1132.73 177.8 -56.11.1. -51.1.B9 O. 71118 0,.223 0.391. 301.6 175 0.011.12 1072.1.1. 173.1 -51.. 222 -".9.516 0.72262 ,221 0.395 2962

iso 0.011.28 1011.. 00 162.7 -52.298 -1.7.539 0.73376 0,,219 0.396 2917

18 5 0.011.1.5 957.1.2 155.5 -50.372 -1.5.557 0.71.1.63 0.,216 0.397 2853

19 0.011.62 902.65 11.8.6 -i.S.i.1.2 -1.3.569 0.75523 0.,211. 0.398 2783

195 0.011.80 81.9.63 11.2.0 -1.6.507 -1.1.571. 0.76560 0.,212 0.1.00 2723

200 0.011.99 798.31. 135.5 -1.1.. 566 -39.571 0.77571. Or,210 0.1.01 2659

205 0.01518 71.8.71 129.1. -1.2.619 -37.559 0.73566 ,208 0.1.03 2591. 210 0.01538 700.72 123.1. -1.0.661. -35.536 0.7951.3 0., 205 0.1.06 2533 215 0.01560 651.. 33 117.6 -38.699 -33.500 0.80501 0.,201. 0.1.38 21.66 220 0.01582 609.51 112.0 -36.723 -31.1.50 0.811.1.1. 0.,201 0.1.11 21.02 22 5 0.31606 566.21. 106.6 -31.. 735 -29.383 0.82373 a.,199 0.1.15 2333

230 0.01531 521.. 1.9 101.1. -32.731 -27.296 0.83289 0.,197 0.1.19 2275

235 0.01657 1.81.36 95.7 -30.688 -25.163 0.81.206 0.,200 0.1.27 2182

21.0 0.01686 iti.1.91 90.9 -28.621. -23.006 0.85115 0,, 199 0.1-35 2116

2i»5 0.01716 1.05.25 35.7 -26.535 -20.816 0.86018 0,,198 .1.1.O 201.1* 250 0.0171.8 370.23 61.1 -21.. 1.21 -18. 591. 0.86916 0,,195 0.1.1.7 1977

25 5 0.01783 336.51. 76.3 -22.280 -16.338 0.87809 0,.195 0.1.55 1907

26 0.01820 301.. 61. 71. 9 -20.1G7 -11.. CO 0.88702 0,, 191. 0.1.65 1839 265 0.01861 271.. 52 67.5 -17.899 -11.696 0.89595 0,, 193 0.1.75 1769

270 0.01905 21.5.55 62.8 -15.650 -9.300 0.901.91 0., 193 3.1.81* 1692 275 0.01951. 218.25 58.8 -13.355 -6.81.2 0.91393 0,,19 2 0.500 1622

280 0.02008 192.52 51.. -11.012 -1..319 0.92302 0., 192 0.508 1533

28 5 0.02069 168.96 50.5 -8.595 -1.700 0.93229 0,,191 0.532 11.75 290 0.02136 11.7.06 1.6.5 -6.108 1.013 0.91.172 0,, 195 0.555 1392

29 5 0.02213 127.28 1.2.5 -3.539 3.839 0.95138 ,191. 0.575 1320

30 0.02301 109.71. 38.9 -0.891 6.779 0.96127 .195 0.601 1253

310 0.02517 81.97 32.0 1.. 61.1. 13.035 0.98178 , 195 0.650 1126

320 0.02799 6!.. 38 26.0 10.398 19.728 1.00303 .191. 0.683 1021. 330 0.0311.8 55.91 21.2 16.091 26.582 1.021.12 ,193 0.680 956

31.0 0.0351.0 5"». 1.3 17.5 21.382 33.181 1.01.382 0.. 190 0.635 918

350 0.0391.5 57.38 11.. 9 26.090 39.238 1.06139 ,137 0.576 905

360 0.01.31.1 62.52 12.9 30.223 I.1..699 1.07677 0..181. 3.519 901* 37 0.01.721 68.67 11.1. 33.897 1.9.632 1.09030 0..181 0.1.71 910 380 0.05083 75.19 10.3 37.207 51.. 11.9 1.10235 .178 0.1.33 920

390 0.051.28 81.85 9.1. 1.0.239 56.331 1.11321 .176 0.1.05 93%

400 0.05758 38.1.9 8.6 1.3.056 62.21*8 1.12313 0,,171. 0.380 91.5 1.10 0.06075 95.00 8.0 1.5.703 65.952 1.13228 0..172 0.362 961

".20 0.06380 101.1.0 7.5 1.8.216 69.1.83 1.11.079 0,,171 0.31.5 975

".3 0.06676 107.61. 7.0 50.620 72.873 l.li.877 0,,173 0.333 990

".1.0 0.06963 113.65 6.6 52.932 76.11.2 1.15629 .168 0.322 1003

"*50 0.0721.1. 119.51. 6.3 55.170 79.311. 1.1631.2 ,167 0.313 1018 M>0 0.07516 125.13 6.0 57.31.0 82.391 1.17019 .166 0.301. 1030

1.7 0.07781. 130. 85 5.7 59.1.51* 65.398 1.17665 , 165 0.297 101.1. 1.80 0.0801.6 136. 1.1. 5.5 61.520 88.339 1.18285 . 161. 0.291 1058

1.90 0.08301. 11.1.93 5.3 63.51.1. 91.222 1.18879 0,.163 0.286 1072

50 0.08558 11.7.31 5.1 65.530 91.. 051. 1.191.51 0..163 0.231 1085

510 0.08808 152.61 1».9 67.1.83 96.81.0 1.20003 0..162 0.277 1099

520 0.09051. 157.83 1..7 69.1.07 99.587 1.20536 0,.161 0.273 1112

53 0.09298 162.96 it.71.305 102.297 1.21053 0..161 0.269 1125

51.0 0.09539 168.03 it.i. 73.180 101.. 975 1.21553 .160 0.266 1138

55 0.09778 173.01. 1..3 75.031. 107.621. 1.22039 0,.160 0.261. 1150

560 0.10011. 177.99 1..2 76.370 110.21.8 1.22512 0,.159 0.261 1163

57 0.1021.8 182.89 <*.l 78.690 112.81.8 1.22972 .159 0.259 1175

580 0.101.81 187.73 (..a 80 .1.91. 115.1.28 1.231*21 ,159 0.257 1187

590 0.10711 192.51. 3.9 82.266 117 .988 1.23859 0,. 156 0.255 1199

60 0.1091.0 197.30 3.8 81.. 067 12D.532 1.21*286 a,,158 0.251. 1211

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1800 PSIA ISOBAR

TEMPERATURE DENSITY V(0H/DV)o VCP/DU)V -V(OP/DVIT

- (DV/DTt/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANDTL

c uNDUCTIVITY 3IFFUSIVITY CONSTANT NUMBER

OEG. R LB/CU FT BTU/LB PSIA-CU FT/BTU PSI1 DEG. R BTU/FT-HR-R LB/F1

X -S£C

10T

SQ FT/HR

• 100.375 82.02866 223 35 ll» 566 18051.3 1,0 0017660 11258 <*<4 181 0031.8 1.5721.0 5.5725

10 5 81.35773 220 71 11. 362 172093. 5 2 0017855 11133 ',3. 537 0. 0031.7 1.56700 5.1658

110 80.63025 217 83 11. 135 163291 83 0016071. 10990 36 972 0031.6 1.56116 1..7685 115 79.90030 211. 91 13 902 151.626. 01 0018305 10839 33 756 0031.5 1.55532 1.. 1.105 120 79.16762 211 96 13 661. 11.6686 02 001651.7 10682 3 . 657 0031.3 1.51.91.6 1..0879 125 78.1.3192 208 97 13 1.21 138861. 96 0018601 10520 28, 21.1 0031.1 1.51.360 3.7969

130 77.69290 205 93 13 171. 13131.1. 12 0019070 10352 25. 882 0. 00339 1.53773 3.531.5 135 76.95023 202. 85 12. 92 3 121.122. 99 0. 0019353 10180 23. 751. 00337 1.53161. 3.2978

l<t0 76.20351. 199 73 12 670 117189 20 0019651, 10003 21, 83 3 00331. 1.52591. 3.081.3

1*5 75.1.521.2 196 56 12 1.15 110533 62 0, 0019972 09823 20 100 00332 1.52001 2.8918

15 7i«. 6961.3 193 31. 12 158 101.11.7 27 0. 0020311 0961.0 18. 536 0, 00329 1.511,06 2.7183

15 5 73.93507 190 07 11 901 98021. 1,0 0020672 091,51, 17 121. 00325 1.50809 2.5620

160 73.16782 186 7!» 11 61.1. 9211.7 1,5 0021058 09266 15. 81.9 00322 1.50208 2.1.215

16 5 72.391.08 183 35 11 387 86517. 07 0. 00211.72 09076 li, 698 00318 1.1,9601. 2.2952

170 71.61318 179 90 11 133 81122 15 0G21915 08881, 13 65 8 00315 1.1.6996 2.1821

175 70.821.1.0 176 39 10 880 75951.. 6 1 0022393 0869C 12 718 00311 1.1.8381. 2.0810

180 70.02695 172 81 10 630 71007, 1.0 0022908 081,96 11 666 00306 1.1.7766 1.9909

185 69.21993 169 16 10 38i» 66272 5 6 00231.65 08301 11 100 00302 1.1.711,3 1.9109

19 68.1.0236 165 1.1. 10 11.2 6171.3 11, 0021.069 08105 10 1.0 5 00298 1.1,6513 1.61.01.

195 67.57315 161 65 9 901. 571.12 38 0021.727 c 7 908 9 775 00293 1.1,5876 1.7787

20 66.73107 157 77 9 671 53273 76 00251.1.1, 07711 9 205 00286 1.1,5232 1.7251

205 65.871.77 153 82 9 1.1.5 1.9321 15 0026229 07511, 6 688 00283 1.1,1,576 1.6792

210 65.00271. 11.9 78 9 221. 1.551.8 ! 1 0027090 07318 6 219 a 00277 1.1,3911, 1.61.06 215 61.. 11328 11.5 66 9 010 1.1951 26 0028037 07121 7 793 00272 1.1,3239 1.6090

220 63.201.51 1*1 !»5 8 803 36523 76 0029081. 06921, 7 1.05 00266 1.1,2552 1.581.0 225 62.271.30 137 \r 8 603 35261 89 00302«,i» 06727 7 052 0026D 1.1,1850 1.5655

23 61.32027 132 B2 a 1.08 32161 92 a 0031533 06531 6 730 00251, 1.1,1133 1.5536

235 60.33681 129 75 7 921. 2901.3 7 003291.2 06331, 6 1.31. 0021,6 1.1,0397 1.5630

21.0 59.32596 125 i»8 7 703 26217 02 0031.676 06139 6 161. 00238 1.3961,3 1.5730

21,5 58.28379 121 19 7 1.38 23619 31 0036260 0591,3 5 916 00232 1.38868 1.5751.

25 57.20771. 116 89 7 218 21180 05 0038271. 0571,9 5 729 00225 1.38071 1.601.9 255 56.091.37 112 51 6 975 18877 88 001.01*1.1 n 05556 5 51.6 00218 1.3721.9 1.6353

260 51.. 93868 108 18 3 71.1 16736 1,1. 001.291. i» 05363 5 363 00210 1.361,00 1.6721

265 53.73652 103 87 5 501 11.751 58 001*5759 05172 5 178 00203 1.35520 1.7130

270 52.1.8321 99 36 5 217 12887 I 3 001.8762 01,982 1. 992 00196 1.31,607 1.71.76 275 51.17271 91. 99 5 980 11168 52 0052631. 01,793 1. 801. 00187 1.33657 1.601.1 280 1.9.80099 90 26 5 657 9587 1,6 0056325 01,506 <* 616 00182 1.32667 1.8339

285 1.8.31.167 86 07 5 .1.51. 8167 9 9 0061771. 01,1,18 i» 1.23 00172 1.31619 1.9161

29 1.6.80618 82 21. 5 088 6883 38 0067537 01,233 1. 230 00163 1.30523 1.9980

29 5 1.5.18080 It 71 i. 838 5750 62 0073931. 01,080 l. 031. u 00157 1.29369 2.01.1.9 30 1.3.1.5837 73 60 i. 60 6 1.769 32 008161.5 0391.7 3 837 00151 1.28151. 2.1031

310 39.721.66 66 09 i. 137 3256 1,1 009831,8 03678 3 1.1.5 0011,2 1.2551.7 2.1919

320 35.72313 60 36 3 71.7 2299 78 0113195 031.13 3 075 0011,0 1.22793 2.2158

33 31.77072 56 93 3 .1.61 1776 18 0119372 03155 2 755 0011,6 1.20113 2.1362

3i«0 28.25097 55 7". 3 263 1539 01 0113852 02916 2 507 00163 1.17760 1.961.1. 350 25.31.991 56 30 3 .11.0 11.51. 50 0102269 02716 2 327 00186 1.1581.5 1.7760

360 23.03391 57 86 3 051 11.1,0 12 008961,0 .02560 2 200 00211. 1.11.331 1.601.9

37 21.18269 59 97 2 983 11.51. 55 0078532 021.36 2 110 0021.1. 1.13130 1.1.686

38 19.67386 62 39 2 .928 11.79 21, 0C69380 0231.3 2 01.5 00275 1.12158 1.3602

390 18.1.2352 65 05 2 89<* 1507 98 0062193 02273 1 997 00305 1.11357 1.2792

1.0 17.36721, 67 77 ? 850 1536 79 0056038 02219 1 961 00336 1.10683 1.2085

1.10 16.1.6125 70 5H 2 .827 1563 65 0051261, 02179 1 935 .00366 1.10108 1.1568

1.20 15.67280 73 1=1 2 793 1589 16 001,7059 0211.7 1 916 .00397 1.09608 1.10 95

1.30 11.. 97818 76 25 2 .775 1612 29 001,3698 02121, 1 902 .001.26 1.09170 1.0739

1.1.0 11.. 36072 79 05 ? .71.8 1632 13 001,0701 02106 1 692 a 001.56 1.08761 1.01.06

1.5 13.80502 81 83 2 .736 1650 32 0038279 .02093 1 885 • C0I.81. 1.081.32 1.0155

1.60 13.30521 81. .55 2 .709 166i« 9<t C035969 .02061, 1 882 .00515 1.0 6118 0.9692

1.7 12.81.763 87 31 1 .696 1681 05 0031.01.6 .02078 1 880 0051.1. 1.07832 0.9683

1.8 12.1.281.7 90 .01. 2 .681. 1695 73 0032328 .02071, 1 881 .00573 1.07570 0.9500

1.90 12.01.21.9 92 ,71, 2 .671. 1709 11, 0030799 .02073 1 .883 .00603 1.07329 0.9337

50 11.6851.0 95 .M 2 .661. 1721 .1.2 00291.29 .02071. 1 886 .00632 1.07107 0.9192

510 11.35361. 98 09 2 .656 1732 69 0028195 .02070 1 890 .00659 1.06900 0.9093

52 11.01.1.26 100 . 7 3 2 .61.9 171.3 .07 0027078 .02076 1 .896 .00689 1.06708 0.8966

530 10.751.77 103 .36 2 .61.2 1752 .65 0026061 .02083 1 902 .00719 1.06529 0.8653

51.0 10.1.8306 105 .97 2 .636 1761 .51 0025131 .02092 1 .909 .0071.9 1.06360 0.6751

550 10.22732 108 .58 2 .63 1769 .71. .0021,277 .02101 1 .917 .00779 1.06202 0.8659

56 9.98599 111 .17 2 .625 1777 .1.0 00231,91 .02110 1 .925 .00309 1.06052 0.8577

570 9.75771. 113 .76 2 .619 1781. .55 0022763 .02120 1 .931. .00839 1.05911 0.6502

580 9.51.139 116 .31. 2 .615 1791 21. 0022088 .02131 1 91.3 .00669 1.05778 0.81.35

59 9.33592 118 .92 2 .610 1797 .52 00211,59 .0211.2 1 953 .00899 1.05651 0.8371. 600 9.11.01.2 121 .50 ? .605 1803 1.3 0020873 .02151. 1 .963 .00929 1.35531 0.8319

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1900 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c v

C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

• 100.515 0.01219 2207.02 318.9 -82.913 -78.625 0.501.15 0. 267 0.391. 3887

105 0.01228 2121.. 05 307.7 -81.180 -76.856 0.52136 0. 263 0.391. 3833

110 0.01239 2031.. 09 295.6 -79.250 -71.. 889 0.53967 0, 259 0.391. 3783

115 0.01251 191.6.76 283.8 -77.323 -72.923 0.55716 0. 255 0.393 3727

120 0.01262 1862.00 272.5 -75.398 -70.957 0.57389 0..252 0.393 3670 125 0.01271. 1779.75 261.5 -73.1.76 -68.993 0.58992 0,,21*8 0.393 3611

13 0.01286 1699.96 250.9 -71.556 -67.031 0.60531 0. 21.5 0.392 3552 135 0.01298 1522.57 21.0.7 -69.637 -65.069 0.62012 0,,21.2 0.392 31.92

lttO 0.01311 151.7.52 230.8 -67.720 -63.107 0.631.39 0,,239 0.392 31.32

11*5 0.01321. 11.71.. 76 221.3 -65.605 -61.11.6 0.61.815 0.,236 0.392 3370

15 0.01337 11.01*. 23 212.0 -63.890 -59.181. 0.6611.5 0.,233 0.392 3308

155 0.31351 1335.89 203.2 -61.976 -57.222 0.671.32 0,,231 0.392 3 21*6 160 0.01365 1269.66 191..

-60.062 -55.259 0.68678 0.,228 0.393 3183

16 5 0.01380 1205.50 186.3 -58.11.8 -53.291. 0.69887 0.,226 0.393 3120

iro 0.01395 111*3.36 178.1* -56.231. -51.327 0.71062 0.,223 0.391* 3056

175 0.011.10 1083.18 170.7 -51.. 318 -1.9.357 0.72201. 0.,221 0.39". 2 992

18 0.011.26 1021.. 92 163.3 -52.1.00 -1.7. 3B3 0.73316 0.,219 0.395 2928

185 0.011.1.3 968.51 156.1 -50.1.80 -1.5.1.05 0.71.1.00 0.,217 0.396 2 861* 190 0.011.60 913.92 11.9.3 -1.8.557 -1.3.1.21 0.751.58 0.,215 0.397 2800

195 0.011.77 861.09 11.2.7 -1.6.629 -1.1.1.32 0.761.92 0.,212 0.399 2 736

20 0.011.96 809.99 136.3 -<.!». 697 -39.1.31. 0.77501. 0,,210 0.1.00 2672

205 0.01515 760.56 130.1 -1.2.759 -37.1.28 .781*95 .206 0.1.02 2609

210 0.01535 712.77 121..2 -1.0.813 -35.1.12 0.791*67 0.,206 0.1.01. 251*5 215 0.01556 666.59 118.1. -38.859 -33.385 0.801.21 0,,201. 0.1.07 2i*82 22 0.01578 621.99 112.9 -36.895 -31.31*3 0.81359 0.,202 0.1.09 21*19 22 5 0.01601 578.93 107.5 -31*. 920 -29.286 0.82281. 0,,199 0.1.13 2357

230 0.01626 537.1.1 102.1. -32.931 -27.211 0.83195 0.,197 0.1.16 2 2 95 235 0.01652 1.91.. 51 96.6 -30.90". -25.092 .81.106 0.,20D 0.i*2i» 2203

21*0 0.01679 1*55.11 91.9 -28.859 -22.951 0.85008 0,,199 0.1*32 2138

21.5 0.01709 1.18.57 86. 7 -26.790 -20.779 0.85901. 0,,198 0.1.36 2 067 250 0.0171.0 383.72 82.2 -21.. 698 -18.577 0.86791* 0.,197 0.1.1.3 2002

255 0.01771, 350.21 77.5 -22.581. -16.31*1. 0.87678 0,,195 0.1.50 1933

26 0.01310 318. M. 73.2 -20.1.1.0 -li*. 073 0.88560 0,, 191. 0.1.59 1868

265 0.0181.9 28 8.55 68. 8 -18.265 -11.760 0.891.1.1 0.,193 0.1.68 1799

27 0.01891 259.72 61..-16.055 -9.1.02 0.90323 0., 193 0.1.76 1725

275 0.01937 232.56 60.2 -13.806 -6.990 0.91208 0., 19 2 0.1*90 1659

280 0.01988 206.98 55.1. -11.516 -1..522 0.92097 , 191 0.1.96 1576 285 0.0201.5 183.36 52.1 -9.161 -1.968 0.93001 , 191 0.517 1515

290 0.02107 161.39 1*8.2 -6.71.9 G.665 0.93917 0,,195 0.537 11.36

295 0.02177 11.1.1.1 1.1.. 3 -1..269 3.392 0.91*81*9 , 191. 0.553 1367

30 0.02256 123.53 1.0.8 -1.725 6.211. 0.95798 , 191. 0.575 1303

310 0.021. 1.7 91.. 1.8 31.. 3.557 12.168 0.97750 0., 191. 0.616 1179

320 0.02691 71.. 81. 28.1 9.029 18.1*96 0.99759 0.,191. 0.61.6 1076

330 0.02990 63.86 23.2 11*. 1.95 25.015 1.01765 0.,192 0.651 1002

31.0 0.03333 59.91. 19.3 19.696 31.1.22 1.03678 0,, 19 0.621. 955 350 0.03698 60.90 16.1* 21*. 1*37 37.1.1*6 1.051*25 0,,187 0.578 931* 36 0.01.061. 61.. 75 11*. 2 28.671. 1.2.972 1.06982 0., 181. 0.528 927 370 0.01.1.20 70.07 12.5 32.1.59 1.6.009 1.08362 , 161 0.1.82 929

38 0.01.763 76.07 11.2 35.881 52.637 1.09597 0.. 179 O.i* i*i* 935

390 0.05091 82.38 10.2 39.013 56.925 1.10711 . 177 0.1*15 91.7 1.00 0.051*07 88.81 9. l* 1*1.919 60.91.1 1.11728 .175 0.389 957

1.10 0.05710 95.21 6.7 1.1.. 61*3 61.. 733 1.12665 .173 0.370 972

1.2 0.06003 101.55 8.1 1*7.223 68.31.3 1.13535 .171 0.353 9BI*

1.3 0.06287 107.77 7.6 1*9.685 71.803 1.11*31*9 0,.170 0.31.0 999

1.1.O 0.06562 113.75 7.2 52.01.6 75.133 1.15115 .169 0.327 1011

1.5 0.06830 119.61 6.8 51.. 330 78.360 1.1581.1 . 168 0.318 1026

1.60 0.07092 125.1.2 6.5 56.51.3 61.1.93 1.16529 .167 0.309 1038

1.70 0.0731.8 131.12 6.2 58.696 81.. 51*6 1.17187 0..166 0.301 1051

1.6 0.07598 136.1.5 5.9 60.792 67.521. 1.17813 .165 0.295 1061.

1.9 0.0781.5 11.1.98 5.7 62.81.5 90 .1*1*5 1.181*16 . 161. 0.289 1073

500 0.08088 H.7.I.1 5.1. 61.. 857 93.313 1.18995 .163 0.281. 1092

510 0.08327 152.75 5.2 66.831* 96.132 1.19553 .162 .280 1105

52 0.08563 158.01 5.1 68.779 98 .908 1.20092 .161 0.276 1118

53 0.08797 163.20 <*.9 70.697 101.61*6 1.20611* . 161 0.272 1131

51.0 0.09027 168.32 1..7 72.589 101.. 31*9 1.21119 0., 160 0.269 Hi*i« 550 0.09255 173.38 i*.6 71*. 1*59 107.022 1.21610 .160 0.266 1157

560 0.091.81 178.38 if. 5 76.310 109.667 1.22086 .159 0.263 1169

570 0.09705 183.33 1..3 78.11.3 112.288 1.22550 .159 0.261 1181

580 0.09927 188.23 1..2 79.959 111*. 886 1.23002 .156 0.259 1191*

590 0.1011.8 193.09 1..1 81.762 117 .1*61* 1.231.1.3 .156 0.257 1206

60 0.10366 197.90 <*.a 83.552 120.025 1.23873 . 158 0.255 1218

TWO-PHASE 90UN0ARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1900 PSIA ISOBAR

TEMPERATURE DENSITY DEC R LB/CU FTVIDH/DV) VIDP/DU) -V10P/DV1 BTU/LB PSIA-CU FT/8TU PSIA(OV/DTk/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY OIFFUSIVITY CONSTANT

DEC. R BTU/FT-HR-R LB/FT-S£C SO. FT/HR

X 10 S

PRANDTL NUMBER

100.515 82 05371. 223 90 lit 561 181091. 1.1 0. 0017609 11261. 1*1. 325 0031.8 1.57260 5 5855

105 81 1.01.90 221 36 11. 361. 172908 m 0017791. 1111.3 1*0 783 0031.7 1.56738 5 1901

110 80 67952 218 50 1'* 137 16h109 66 0018010 11000 i t 202 0031.6 1.56156 1* 7911

115 79 95179 215 61 13 901. 15561.7 08 0. 0018236 10851 3 3 973 0031.5 1.55573 i. 1.315 120 79 2211.5 212 68 13 666 11.7510 35 0, 00161.73 10695 31. 060 0031.1. 1.51.989 1* 1075

12 5 78 1.8825 209 71 13 1.2 3 139689 58 a 0018722 10531. 28 i*3 3 0031.2 1.51.1.05 3 8152

130 77 75189 206 70 13 177 132175 C'b 0, 0018985 10367 26. 062 0031.0 1.53820 3 5515

135 77 01201. 203 65 12 926 121.957, 26 D 0019262 10196 »3 923 00337 1.53233 3 3137

11.0 76 26836 200 56 12 673 118026 B<| 0019555 10020 21 993 00335 1.526h5 3 0990

1<*5 75 5201.5 197 1.2 12 1.19 111371., 6"! 0. 0019866 0981*1 20. 251 00332 1.52055 2 9051* 150 71. 76789 191. 23 12 162 101.991 68 0020197 09659 18 678 00329 1.511.63 2 7309

155 71. 01022 190 99 It 906 98869 21 0. 002051.9 091.71. 17 258 00326 1.50868 Z 5737

160 73 21.690 187 70 11 650 92998 68 0020921. 09287 15 976 00323 1.50270 2 1.322 165 72 1.7739 181. 31. 11 391. 87371 73 0021326 09098 1<« 817 00319 1.1.9669 2 3051

170 71 70105 180 93 11 HI 81980 2<t 0021757 08907 13 771 00316 1.1.9061. 2 1910

175 70 91719 177 1.6 10 890 76816 3 2 0022219 08715 12 825 312 1.1.81.56 2 0890

180 70 12501. 173 92 10 61.1 71872 32 0, 0022718 08522 11 970 00308 1.1.781.2 1 9960

185 69 32378 170 32 10 397 6711.0 85 0023257 08328 11 196 00303 1.1.7223 1 9172

190 68 5121.6 166 61. 1) 156 62611. 81 002361.0 08133 10. 1.96 00299 1.1.6598 1 81.57

195 67 69006 162 89 9 921 58287 35 0021.1.71. 07938 9 862 00291. 1.1*5966 1 .7830

20 66 8551.2 159 07 9 691 51.151 96 0025161. 0771.3 9 267 00289 1.1.5327 1 7285

205 66 00729 155 16 9 1.67 50202 1.7 0025917 .0751.7 8 766 00281. 1.1.1.679 1 ,6815

210 65 11.1.23 151 17 9 250 1.61.33 07 1) 002671.1 07352 B 291. 00279 1.1.1.022 1 61.18 215 61. 261.69 11.7 11 9 01.0 1.2838 35 002761.7 07156 7 661. 00271. 1.1*3351. 1 6090

220 63 36692 11.2 96 8 838 391.13 36 002861.1. 06961 7 1.71* 00268 1.1.2671. 1 .5826 225 62 1.1.895 138 73 8 61.3 36153 66 002971.5 06767 7 116 0026? 1.1.1982 1 5627

230 61 50862 131. 1.1. 8 1.51. 33055 36 0030965 06572 6 793 00257 1.1.1275 1 51.90 235 60 51.176 131 50 7 96 9 29938 1.8 0032271. 05378 6 1*96 002i.e 1.1.0550 1 .5562

21.0 59 51.893 127 31 7 750 27101 2

" 0033907 06185 6 221* 0021.1 1.39809 1 5639

21.5 58 52558 123 12 7 i«91 21.1.97 61. 00351.10 05992 5 971. 00235 1.3901.8 1 ,561.9 250 57 1.7303 118 93 7 27 7 22053 53 II 0037261. 05800 5 777 00226 1.38267 1 ,5890 255 56 38563 111. 65 7 037 1971.6 66 0039237 05609 5 597 00221 1.371.61. 1 6159

260 55 25969 110 1.5 a 819 17597 16 001.1582 051.20 5 1.17 00211. 1.36635 1 ,6521. 265 51. 09177 106 25 5 576 15608 21 (1 001.1.01.8 .05232 5 236 00207 1.35780 1 ,6860

27 52 87910 101 89 D 305 13733 82 001.671.6 0501.6 5 051. 00200 1.31.895 1 ,7176 275 51 6151.6 97 68 5 078 12003 69 0050180 c .01.861 '< 872 00192 1.33978 1 .7685 280 50 30178 93 11 5 756 101.11 53 005321.9 01.679 i. 689 ,00188 1.33028 1 .7887

28 5 1.8 90956 89 08 5 570 8968 10 IJ 005801.0 01.1.96 l* 502 00178 1.32026 1 .861.1 290 1.7 1.51.91. 85 1.7 5 211 7658 79 0062878 01.316 l* 316 .00169 1.30986 1 .931*7

295 1.5 92573 81 11 !» 976 61.91. 29 0068213 .01.11.7 * 128 00163 1.29897 1 .9826

300 1*1. 31662 77 13 1. 753 51.71. 27 0071.521* .01.017 3 91.0 .00158 1.28759 2 .0300

310 1*0 86007 69 82 It .297 3860 50 0088191* .03751* 3 567 .0011.9 1.26336 2 .1062

32 37 16321 63 96 3 90 8 2781 ! O 010101.2 .031*99 3 212 .0011.6 1.23779 2 .1356

330 33 1.1.525 60 05 3 606 2135 82 a 01081.96 .03253 2 896 .0011.9 1.2121.3 2 .0679

31.0 30 00315 58 18 3 386 1798 50 0107238 .03021. 2 639 .00162 1.16927 1 .9505 350 27 01.387 58 09 3 21.1 161.7 08 0099568 .02826 2 <*i»5 ,00181 1.16960 1 .8015

360 21. 6071.1 59 15 3 136 1593 23 0089211 02663 2 302 00205 1.15358 1 .61.22 370 22 62556 60 92 3 056 1585 1.6 0079121 02531 2 199 .00232 1.11.065 1 .5076

38 20 99703 63 08 2 992 1597 21 0070360 .021*29 2 123 .00261 1.13010 1 .3970

390 19 61.191. 65 56 2 952 1616 13 0063263 .02352 2 067 ,00289 1.12138 1 .3127

1.00 18 1.9573 68 15 2 90<t 161.2 62 0057099 .02290 2 025 .00318 1.111*03 1 .2383

1.10 17 51307 70 .86 2 .876 1667 38 0052231. .0221. i» 1 993 .0031.6 1.10776 1 .1831

1.2 16 65857 73 61 2 .31.1 1691 60 001.7956 .02208 1 969 .00375 1.10233 1 .1331.

1.3 15 90681. 76 1.0 2 .820 1711. 31 001. ".1.89 02160 1 951 .001.03 1.09756 1 .0950

1.1.0 15 21.039 79 15 2 787 1733 59 001.1359 .02158 1 93 8 .001.33 1.09335 1 .0581.

1.5 m 61. H.3 81 89 2 .773 1751 31 0038863 .0211.3 1 929 .001.50 1.08957 1 .0319

1+60 li. 10112 81. 65 2 71*9 1768 50 0036530 .02130 1 923 00 + 89 1.08618 1 .001.8

1.7 13 60900 87 39 2 .730 1781. 38 0031.1.89 02122 1 919 .00517 1.083U9 .9816

1.80 13 1611.5 89 98 2 .717 1795 ik 0032797 .02117 1 918 .0051.5 1.08028 .9629

1.9 12 71.702 92 .67 ? .707 1809 76 0031222 .02113 1 919 ,00573 1.07769 .91.55 500 12 361.05 95 3". Z .697 1822 56 0029812 .02113 1 920 .00601 1.07530 .9301

510 12 00861. 97 .98 2 .689 1831. 35 002851.3 .02106 1 923 .00627 1.07308 .9191. 520 11 .57753 100 61 7 .681 181.5 .22 0027395 .02111 1 928 .00656 1.07102 .9059

530 11 ,36799 103 .22 2 .675 1855 29 0026351 .02118 1 933 .00685 1.06909 .8938

51.0 11 .07770 105 82 2 .669 1861. 63 0025398 .02125 1 939 .00711. 1.06729 .6630

550 10 .801.68 108 .1*1 2 .663 1873 32 0021.521. .02133 1 9"*6 .0071.2 1.06559 .8732

560 10 51.723 110 .98 2 .658 1881 1.3 0023719 .0211.1 1 953 .00771 1.061.00 .861.1. 570 10 .30389 113 .56 2 .653 1889 01 0022975 02151 1 961 .00800 1.0621.9 .8565

580 10 .07338 116 .13 > .61.8 1896 12 0022285 02161 1 970 .00829 1.06107 .61.93

590 9 .851.58 118 .69 2 .61.1. 1902 80 002161.3 .02171 1 97 9 .00858 1.05971 n .81.29 600 9 .61.650 121 .26 2 .639 1909 .09 0U210I.". .02162 1 988 .00886 1.0581.3 .8370

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

2000 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY

°M

C VELOCITY DERIVATIVE DERIVATIVE ENERGY P OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L3 BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 100.655 0.01218 2213.05 318.9 -82.897 -78 .381. 0.50".31 0,,267 0.391. 3891

105 0.01228 2132.81 308.1 -81.220 -76.673 0.52095 0.,263 0.391* 3 81.1* 110 0.01239 201.2.97 2 96.0 -79.293 -71.. 705 .53926 0,,259 0.393 3789

115 0.01250 1955.76 281*. 3 -77.369 -72.739 0.55671. 0,,256 0.393 3733

12 0.01261 1871.12 272.9 -75.1*1.7 -70.775 0.573"*5 0,,252 0.393 3676

12 5 0.01273 1789.00 262.0 -73.528 -68.813 0.5691*8 0,,21*8 0.392 3618

130 0.01285 1709.33 251.1* -71.611 -66.851 0.601*86 0., 21*5 0.392 3559

135 0.01297 1632.07 2i*1.2 -69.696 -6"*. 891 0.61966 0,,2i*2 0.392 3500

1"*0 0.01310 1557.16 231.3 -67.783 -62.931 0.63391 0.,239 0.392 3<*39

1<*5 0.01323 11.81*. 51. 221.8 -65.871 -6G.971 .61.767 0.,236 0.392 3378

150 0.01336 li.li.. 15 212.6 -63.960 -59.012 0.66095 0,, 23 3 0.392 3315

155 0.01350 131.5.95 203.7 -62.050 -57 .052 0.67380 0,,231 0.392 325". 16 0.01361. 1279.87 195.1 -60.11*1 -55.091 0.68625 0.,228 0.392 3192

165 0.01378 1215.87 186.9 -58.232 -53.128 0.69833 0,,226 0.3 93 3129

170 0.01393 1153.89 178. 9 -56.323 -51.16". 0.71006 ,22"* 0.393 3 066 175 0.011.08 1093.87 171.3 -5i*. 1*12 -".9.197 0.7211*6 0., 221 0.391* 3002

' 180 0.011.21. 1035.77 163.9 -52.500 -1.7.227 0.73256 0., 219 0.391* 2939

185 0.011.1.0 979.53 156.8 -50.587 -1.5.252 0.71*338 0,,217 0.3 95 2 876 190 0.011.57 925.11 11*9.9 -1*8.670 -1.3.273 .75391* 0,,215 0.396 2812

195 0.011.75 872.1.7 11.3.3 -1.6.750 -1.1.288 0.761.26 0,,213 0.398 27<*9 200 0. 011.93 821.55 137.0 -I.1..826 -39.296 0.771.35 0.,211 0.399 2686

205 0.01512 772.31 130.8 -1*2.896 -37.296 0.781.22 0.,208 0.1.01 2623

210 0.01532 721.. 72 12i*. 9 -1*0.960 -35.287 0.79391 0,,206 0.1.03 2560

215 0.01552 678.71. 119.2 -39.016 -33.267 0.8031*2 0,,201* 0.1.05 21*98 220 0.0157". 63i». 33 113.7 -37.061* -31.23". 0.81276 0.,20 2 0.1.08 21*36 225 0.01597 591.1*9 1C8.1. -35.101 -29.187 0.82196 0., 199 0.1.11 2 375

230 0.01621 550.17 103.3 -33.126 -27.123 0.83103 0,, 19 7 0.1.11. 2311. 235 0.0161.6 507.52 97.6 -31.11". -25.017 0.81*008 0.,200 0.1.22 2221.

21*0 0.01673 1.68.18 92.8 -29.087 -22.890 0.81*90"* , 199 0.1.28 2159

21.5 0.01702 1.31.75 87.8 -27.038 -20.735 .85793 0., 196 0.1*33 2090

250 0.01732 397.01. 83.3 -21.. 967 -18.552 0.86675 ,197 0.1*39 2027

255 0.01765 363.69 78.6 -22.876 -16.31.0 0.87551 ,195 0.1*1*5 1959

260 0.01800 332.03 7<t. i* -20.759 -l"..09<t C . 831.23 ,191* 0.1.5"* 1897

26 5 0.01837 302.33 69.9 -18.61". -11.810 0.8929". 0.,193 0."*61 1828

270 0.01878 273.63 65.5 -16.1.39 -9.1.85 0.90163 0.,193 0.<*69 1757

275 0.01922 21.6.58 61.6 -11.. 231 -7.113 0.91033 0., 192 0.1.82 1693

28 0.01970 221.18 56.8 -11.988 -1..693 0.91905 0,,191 0.1.85 1612 285 0.02023 197.1.6 53.6 -9.688 -2.196 0.92789 0.,191 0.505 1555

290 0.02081 175.1.1. 1*9.7 -7.31.0 .368 0.93681 0,, 19"* 0.522 11*78

295 0.0211.6 155.29 i*6.0 -1..933 3.01". 0.91.585 0,, 193 0.536 1"*12 30 0.02218 137.12 1*2.5 -2.1.76 5.739 0.95501 0., 193 0.551. 1350

310 0.02389 107.02 35.9 2.600 11. ".".9 0.97373 0.,193 0.588 1229

32 0.02603 85.69 30.0 7.838 17 .".79 0.99286 0,,193 0.615 1126

33 0.02861. 72.60 25.0 13.097 23.70". 1.01203 0.,192 0.625 101.7

3<«0 0.03166 66.1.1. 21. 18.176 29.900 1.03053 0..190 0.609 991* 350 0.031.93 65.1.6 17.9 22.903 35.839 1.01.775 , 187 0.575 966

360 0.03829 67.85 15.5 27.196 1.1.376 1.06335 0,,185 0.532 952

37 0.01.161 72.22 13.7 31.070 l*e .1.80 1.07731* 0., 182 0.1.90 9<*9 380 0.01. 1.81. 77.57 12.2 3"*. 586 51.19"* 1.08992 0,,179 0.1.53 952

390 0.01.796 83.1.3 11. 1 37.809 55.572 1.10129 0.,177 0.1.21. 961

1.00 0.05098 89.57 10.2 ".0.797 59.676 1.11169 0,,175 0.398 970

1.10 0.05388 95.79 9.1. 1.3.595 63.5<*8 1.12125 0.,173 0.378 983

1.20 0.05669 102.02 8.8 ".6.239 67.232 1.13013 0,,172 0.360 995

1.30 0.0591.1 108.20 8.2 1*8.759 70.759 1.1381*3 0,,171 0.31.6 1009

1.1.0 0.06201. 111.. 13 7.7 51.170 7"*. 11*7 l.li*622 0,,169 0.333 1019

1.5 0.061.61 119.91. 7.3 53.1.97 77.1.26 1.15359 0., 168 0.323 1031*

1.60 0.06712 125.73 6.9 55.71.9 80.608 1.16059 0,,167 0.311. 101*6

1.70 0.06959 131.1*3 6.6 57.937 83.706 1. 16726 0.,166 0.306 1059

1.8 0.07200 137 .05 6.3 60.070 86.733 1.17363 0,,165 0.299 1073

1.90 0.071.36 11*2.57 6.0 62.153 89.693 1.17973 0.,161. 0.293 1086

510 0.07897 153.02 5.6 66.188 95.1.35 1.19122 0,,162 0.283 1111

52 0.08121. 158.33 5.1* 68.155 96.2"*0 1.19667 0.,162 0.278 1121* 53 0.0831.7 163.56 5.2 70.092 101.005 1.20191. 0,, 161 0.275 1137

5U0 0.08568 168.72 5.1 72.001 103.733 1.2070". 0.,16 0.271 1150

55 0.08787 173.82 <t.9 73.888 106. "*29 1.21198 0,,160 0.268 1163

560 0.09003 178.87 1*.8 75.752 109.096 1.21679 0,,159 0.265 1176

570 0.09218 183.87 <*.6 77.598 111.736 1.2211.6 0. 159 0.263 1188

58 0.091.31 188.82 1..5 79.1.27 11".. 352 1.22601 0, 158 0.261 1200

59 0.0961.2 193.72 lt.i| 81.21,0 116.91.8 1.2301*5 0.,158 0.259 1213

600 0.09851 198.59 <. 3 83.01.0 119.52". 1.231*78 0. 157 0.257 1225

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

2000 PSIA ISOBAR

TEMPERATURE DENSITY

DEG. R LB/CU FT

V<OH/DV)p V(OP/DU)v -V(DP/0V)T BTU/LB PSIA-CU FT/BTU PSIA

(DV/DT^/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-S£C SQ FT/HR

X 10S

PRANDTL

NUMBER

100. 655 82 .07874 221. ,1.5 li. .557 18161* 1* 61 0017558 11269 44 469 .00348 1.57280 5 .5985 105 81 .1.5189 222 .01 11. .366 173721 42 0017735 11153 41 029 00348 1.56776 5 2145

110 80 .72858 219 .17 11. .139 161*926 07 0017946 G 11011 37 .434 00347 1.56195 4 .6137 115 80 .00301. 216 .30 17 .90 6 156466 64 0018168 10863 34 190 00346 1.55614 4 4527

120 79 .27503 213 .1.0 13 .668 148333 6 0018400 .10708 31 265 00344 1.55032 4 .1272 125 78 .51.1.29 210 1.5 13 .1.26 140515 50 0018644 10547 28 625 00342 1.54450 3 8335

130 77 .81055 207 ,1.7 13 .179 133004 18 0018901 10382 26 243 .00340 1.53866 3 .5686 135 77 .0731.9 201. .1.5 12 .92 9 125789 6 J 0019172 10211 24 093 00338 1.53282 3 .3295

11.0 76 .33278 201 .39 12 .677 118862 i<l 0019459 10037 22 153 .00336 1.52696 3 .1138

145 75 .58803 198 28 12 .1.22 112213 44 0019762 09859 20 402 00333 1.52108 2 9192

15 71. .83886 195 12 12 .167 105833 73 0020084 0967B 18 821 00330 1.51518 2 7436

155 71. 08479 191 91 11 .911 99714 52 0020427 09494 17 393 00327 1.50926 2 .5654

160 73 32535 188 65 11 .656 93347 23 0020792 09308 16 103 00324 1.50331 2 4430

165 72 .55999 185 31. 11 .1.01 88223 52 0021183 09120 14 937 00320 1.49734 2 3149

170 71 78811 161 96 11 .11.9 82835 25 0021601 08930 13 884 00316 1.49132 2 2000

17 5 71 00905 178 53 10 899 77674 54 0022050 08739 12 932 00313 1.48527 2 .0971 180 70 22210 175 03 10 .652 72733 72 0022533 08547 12 071 00309 1.47917 2 .0052 185 69 1.261.5 171 1.6 10 .1*09 68005 39 0023054 08354 1 1 292 00304 1.47302 i .9235

19 68 62122 167 83 10 .171 63482 42 0023618 8161 10 587 00300 1.46682 1 8512

19 5 67 8051.3 161. 13 9 .937 59157 96 a 0024229 07967 9 946 00295 1.46055 1 7875

20 66 .97801 160 35 9 .710 55025 48 a 0024893 07773 9 370 00291 1.45420 1 .7320 205 66 13776 156 1.9 9 1.89 51078 77 a 0025616 07579 8 845 00286 1.44778 1 6841

210 65 .28337 152 55 9 .275 47311 97 0026406 07385 8 369 00281 1.44127 1 .6433 215 61. 1.1336 11.6 51. 9 .069 43719 63 0027272 07192 7 936 00276 1.43467 1 .6092

22 63 52611 11.1. 44 6 871 40296 74 0028223 06996 7 54 2 00270 1.42795 1 5816

225 62 61983 11.0 27 8 681 37038 73 0029270 06805 7 184 00265 1.42111 1 .5602

230 61 69252 136 0". 8 1.9 8 33941 63 0030427 06613 6 857 00259 1.41413 1 5450

235 60 71.136 133 22 8 .013 30827 65 0031644 06421 6 557 00251 1.40700 1 .5500

24 59 76555 129 10 7 791. 27981 15 0033179 06229 5 284 00243 1.39970 1 5555

245 58 76179 125 01 7 51.2 25370 68 0U34598 06039 6 032 00238 1.39223 1 .5554

250 57 72921 120 92 7 .333 22920 69 0036329 05850 5 823 00231 1.38456 1 .5742 255 56 66580 116 71. 7 .096 20608 81 0038130 05662 5 646 00224 1.37670 1 .5981

26 55 56719 112 66 5 893 18449 96 0040343 05475 5 469 00217 1.36861 1 .6344 265 51. 1.3028 108 55 6 .61.6 16456 08 0042506 .05290 5 291 00211 1.36027 1 .6616

270 53 251.11. 101. 31. i .387 14572 09 0044952 05107 5 114 00204 1.35166 1 .6908 275 52 03396 100 27 b .170 12830 50 0048027 04926 4 936 00197 1.34281 1 7371

280 50 76901 95 85 5 .81*9 11228 97 0050603 04747 4 758 00193 1.33365 1 .7498 285 1.9 1.31.92 91 96 5 677 9761 5 8 0054869 04569 4 577 00183 1.324G4 1 8196

290 1.8 01.897 68 53 5 321. 8429 76 0058991 04394 4 396 .00175 1.31410 1 .6812 295 1.6 60022 81. 33 5 101 7236 48 0063523 04221 4 216 00169 1.30377 1 .9259

30 1.5 081.56 80 1.7 l. 886 6181 79 1) 0068796 04084 4 035 00164 1.29301 1 9692

310 1.1 85390 73 36 4 1.1.1 4479 24 0080182 03827 3 678 00155 1.27030 2 0346

320 38 1.1132 67 1.5 i. 056 3291 54 0091240 03579 3 335 00151 1.24639 2 ,0648

330 31. 911.08 63 22 3 71.6 2534 75 0098806 03342 3 026 00153 1.22241 2 .0361

340 31 58896 60 81 3 509 2098 75 0100125 03121 2 766 00162 1.19991 1 9423

35 28 62936 60 11. 3 .31.6 1873 96 0095659 02926 2 560 00178 1.18012 1 .8118

360 26. 11763 60 71 3 221. 1772 17 0087669 02762 2 404 00199 1.16349 1 .6685

37 21. 0321.5 62 10 3 .133 1735 53 0. 0078912 02623 2 289 00223 1.14982 1 .5396

380 22 29971. 63 98 3 .059 1729 6 9 0070763 02513 2 203 00249 1.13854 1 .4288

390 20 81.879 66 25 3 011 1739 38 0063969 02429 2 138 00275 1.12915 1 .3430 400 19 6171.0 68 68 2 959 1757 09 0057890 02361 2 089 00303 1.12122 1 2663

410 18 56055 71 28 2 .927 1777 90 11 0053006 02310 2 052 00329 1.11445 1 .2082

".2 17 61.130 73 95 2 891 1799 83 0048713 02269 2 023 00357 1.10858 1 .1566

1.3 16 83311 76 67 2 .666 1821 29 0045172 02237 2 002 00384 1.10344 1 .1157

i<i»0 16 11821. 79 36 2 .826 1839 51 0041917 02211 1 985 00412 1.09890 1 .0756

1.5 15 1.761.7 82 05 2 811 1856 28 a 0039400 02192 1 973 00438 1.09484 1 .0477

1.6 11. 89760 81. 77 2 .787 1873 08 0037025 02177 1 965 00466 1.09119 1 .0197

1.7 11. 37087 87 1.8 2 76 7 1888 76 a 0034948 02166 1 959 D 00493 1.08787 9955

1.80 13 88977 90 15 2 756 1903 58 0033187 02159 1 956 00520 1.08485 .9758

1.9 13 1.1.756 92 81 2 741 1917 27 0031538 02153 1 955 00547 1.08207 9564

500 13 01.196 95 31 2 730 1925 54 0. 0030168 02151 1 955 00574 1.07953 .9408 510 12 66276 97 93 2 722 1937 70 0028867 02143 1 957 00599 1.07716 9293

520 12 30980 100 51* 2 .715 1948 97 0027692 02147 1 960 00626 1.07496 .9150 530 11 98009 103 13 2 708 1959 44 0. 0026624 02152 1 964 00654 1.07290 9022

5".0 11 67112 105 71 2 702 1969 17 0025649 02158 1 969 00682 1.07098 .8907

55 11 38073 108 28 z 697 1978 26 D 0024755 02165 1 975 00710 1.06917 8803

560 11 10708 110 81. ? 692 1986 75 0023933 02172 1 981 00737 1.06747 8710

570 10 81.856 113 1.0 2 687 1994 71 0023174 02181 1 988 00765 1.06587 .8626

580 10 60381* 115 95 2 683 2002 19 0. 0022471 02190 1 996 00793 1.06435 .8550

59 10 37161. 118 50 2 678 2009 23 0021817 02200 2 004 0082C 1.06291 6482

60 10 1509". 121 05 2 .671. 2015 89 D 0021208 02210 2 013 00848 1.06154 .6420

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

2200 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY <\ c

p VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/L3 BTU/LB BTU/LB-R 8TU / LB -R FT/SEC

» 100.933 0.01218 2225.li. 319.0 -82.861* -77 .901. 0.501.60 0,.267 0.391. 3899

105 0.01226 2150.27 308.9 -81.299 -76.303 0.52015 0,,261. 0.393 3856

110 0.01237 2060.66 2 96.8 -79.377 -71.. 337 .5331*1* 0,,260 0.393 3 601 115 0.0121.8 1973.68 285.1 -77.1*59 -72.373 0.55590 0.,256 0.393 371.5 120 0.01260 1889.28 273.8 -75.51*3 -70.1.11 0.57260 0,, 252 0.392 3689

12 5 0.01271 1807.1.0 262.9 -73.630 -68.1.51 0.53860 0,. 21*9 0.392 3631

130 0.01283 1727.99 252.3 -71.720 -66.1.92 0.60397 0. 21.6 0.392 3573

135 0.01295 1650.99 21*2.1 -69.811 -61.. 531. 0.61871. D,,21.2 0.391 3511*

11)0 0.01308 1576.31. 232.2 -67.905 -62.577 0.63298 0.,239 0.391 31.51.

11.5 0.01321 1503.99 222.7 -66.001 -60.621 0.61*670 0, 237 0.391 3391. 15 0.01331. 11.33.88 213.6 -61*. 099 -58.665 0.65996 0.,231. 0.391 3333

155 0.0131.7 1365.95 201*. 7 -62.197 -56.709 0.67279 0,,231 0.391 3 271

16 0.01361 1300.16 196.2 -60.297 -5i*. 753 0.68521 0,,229 0.391 3209

165 0.01375 1236.1.5 188. -58.397 -52.795 0.69726 .226 0.392 311*7 17 0.01390 1171*. 77 180.1 -56.1.93 -50.836 0.70895 ,221. 0.392 3 85 175 0.011.05 1115.06 172.1* -5"». 599 -1.8.875 0.72032 0,,222 0.392 3023

180 0.011.20 1057.28 165.1 -52.697 -1*6.912 0.73139 0,,220 0.393 2 960 185 0.011.36 1001.37 153.0 -50.796 -<*i*. 91*5 0.71*217 0,.218 0.3 91. 2898

190 0.011.53 91.7.28 151. 2 -1.8.892 -1*2.971. 0.75268 0,,215 0.395 2836

195 0.011.70 891.. 97 11*1*. 7 -1*6.966 -1.0.998 0.76295 0,,213 0.396 2771* 200 0.011.88 81.1.. 1.0 133.1* -1.5.077 -39.016 0.77299 0,,211 0.397 2712

205 0. 01506 795.52 132.3 -1.3.163 -37.028 0.78281 0.,209 0.398 2 651 210 0.01525 71.8.29 126.1* -1.1.21.5 -35.031 0.7921.3 0.,207 0.1.00 2590

215 0.0151.6 702.68 120.8 -39.321 -33.025 0.80188 0.,205 0.1*02 2529

220 0.01567 658.66 115.1* -37.390 -31.008 C. 81115 0.,202 0.1.01. 21.70 225 0.01589 616.19 110.1 -35.1.51 -28.979 0.82026 0,,200 0.1.07 21.10 230 0.01612 575.26 105.0 -33.502 -26.936 0.82921* ,197 0.1*10 2352

235 0.01636 533.16 99.3 -31.520 -21.. 855 0.83819 0.,201 0.1*16 2263

21*0 0.01662 1.91.. 00 9i». 7 -29.52". -22.755 0.81*703 , 200 0.1*22 2200

21.5 0.01689 1.57.73 89.8 -27.510 -20.630 .85579 , 198 0.1*26 2131* 250 0.01718 1.23.21 85.1* -25.1.78 -18.1.80 0.86lt<*8 ,197 0.1*32 2071. 255 0.0171.8 390.15 80.7 -23.1.29 -16.306 0.87309 0,,196 0.1.37 2008

26 0.01781 358.60 76.8 -21.360 -li.. 105 .88161* 0., 195 0.1.1*6 1951

265 0.01816 329.22 72.2 -19.268 -11.870 0.89016 0,, 191. 0.1.50 1883

270 0.0185". 300.76 68.0 -17.155 -9.601* 0.89863 0,,193 0.1.57 1817

275 0.01891. 273.89 61*.-15.016 -7.301 0.90708 0,, 19 2 0.1.67 1757

28 0.01937 21.8.85 59.1* -12.852 -1..960 0.91551 0,,191 0.1.68 1679

285 0.01985 221.. 89 56.1* -10.61*3 -2.557 0.921*02 , 191 0.i*6i* 1627

29 0.02036 202.80 52.6 -8.398 -0.103 0.93256 0..191. 0.1.98 1553

295 0.02093 182.33 1.9.0 -6.111 2.1*11* .91.116 0,. 193 0.508 11.92 300 0.02151. 163.71. 1.5.7 -3.788 it. 988 0.91.981 0,. 192 0.521 11.31. 310 0.02297 132.01 39.3 0.968 10.326 0.96732 0..192 0.51.6 1319

320 0.021.70 108.03 33.5 5.81.1. 15.907 0.98503 .192 0.568 1218

33 0.02676 91.60 28.5 10.756 21.659 1.00273 0.. 191 0.579 1136

31.0 0.02915 81.71 21..

15.578 27.1.53 1.02003 0,.189 0.576 1071. 350 0.03180 77.11. 20.9 20.190 33.11.3 1.03653 .187 0.559 1031* 36 0.031.60 76.51 18.2 2i». 1*99 38.595 1.05189 0..185 0.530 1009

37 0.0371.6 78.63 16.0 23.1.71 1.3.732 1.06597 . 183 0.1.97 996

38 0.01.031 82.39 li.. 3 32.121 1.8.51.3 1.07880 0.. 180 0.1*61* 991

390 0.01.310 87.10 13.0 35.1.87 53.01.7 1.09050 0..178 0.1.37 995

1.00 0.01.583 92.1*2 11.8 38.616 57.267 1.10121. 0..176 0.1*11 1000

1.10 0.01.81.8 98. 10 10.9 1.1.51.5 61.296 1.11111. 0,.171* 0.391 1009

1.2 0.05106 10 3.97 10.1 1*1*. 309 65.110 1.12033 0..173 0.373 1020

1.30 0.05357 109.92 9.5 1*6.936 68.758 1.12892 0,,171 0.358 1031

1*1.0 0.05599 115.71 8.8 1.9.1.1.2 72.252 1.13695 0,.170 0.31.2 1039

1.50 0.05836 121 .39 8.1. 51.852 75.627 l.li* i»5<* ,169 0.332 1052

1.6 0.06068 127.09 7.9 51.. 181 78.900 1.15171. , 168 0.323 1061*

1.7 0.06295 132.73 7.5 56.1.39 82.083 1.15858 0,,167 0.311. 1075

1.80 0.06518 138.31 7.2 58.635 85.187 1.16512 0,.165 0.307 1089

1.90 0.06736 11.3.82 6.9 60.776 88.219 1.17137 0,,165 0.300 1101 500 0.06951 H.9.26 6.6 62.868 91.187 1.17737 ,161. 0.291. 1115

510 0.07163 151*. 60 6.3 61.. 915 9"». 096 1.18313 , 163 0.288 1126

520 0.07371 159.86 6.1 66.922 96.952 1.16868 0.,162 0.283 1139

530 0.07576 161*. 61 5.9 68.893 99.757 1.191.03 ,161 0.280 1151

51.0 0.07780 169.31* 5.7 70.837 102.533 1.19921 0., 160 0.276 1161. 55 0.07982 175.02 5.5 72.751. 105.272 1.201*21. 0,,159 0.272 1177

56 0.08182 180 .15 5.1. 71.. 61.6 107.980 1.20912 .159 0.269 1190

570 0.08380 185.22 5.2 76.517 110 .658 1.21386 0..158 0.266 1202

580 0.38577 190.26 5.1 73.369 113.310 1.2181.7 .158 0.261. 1215

59 0.08772 195.25 i*.9 80.203 115.938 1.22296 .157 0.262 1227

60 0.08965 200.21 l*. 3 82.021 118.51*5 1.22735 0,.157 0.260 121*0

THO-PHASE 80UNDARY
2200 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY , V(OP/DU)

y -V(OP/DV)T -(OV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY OIFFUSIVITY CONSTANT

PSIA-3U FT/8TU PSIA DEC R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 10 5

PRANDTL

NUMBER

100.933 82 12901 225 55 l

1. 51.8 18271.8 7 1 a 00171*58 11280 t»d 761 0. 0031*9 1.57321 5 621*8 105 81 51.528 223 30 1'. 369 17531.1. 03 0017617 11172 1.1 521* 0031.8 1.56851 5 2631. 110 80 82605 220 50 lit 11*3 166551. 69 n 0017821 11033 37. 898 0. 0031.7 1.56273 t* 8593

115 80. 101.83 217. 68 13 910 158101 31 0018031. 10886 31.. 627 0031.6 1.55695 it 1*951 120 79 3811.0 211. 82 13 672 11.9973 81 0. 0018257 10733 31. 675 0031.5 1.55117 i* 1667

125 78. 65552 211 93 13 1.30 11.2162 3 00181.91 10571. 29. Oil 0031*3 1.51.538 3 8701* 130 77 92692 209 01 13 181. 131.657 07 0018737 101.11 26. 606 0031*1 1.53959 3 6030

135 77 19533 206 0". 12 935 1271* 1*8 56 0018996 1021.2 21* i»35 00339 1.53378 3 3615

iifd 76 1.601.3 203 03 12 683 120527 <*B a 0019269 10070 22. i*75 00337 1.52797 3 11*36

1<*5 75 72188 199 98 12 1.30 113881* 60 a 0019558 c 09891. 20. 705 00331. 1.52211. 2 91*68 150 7k 97930 196 89 12 175 107510 9b a 0019865 09715 19 107 00331 1.51629 2 7692

155 71* 23229 193 71. 11 921 101397 78 0020190 09533 17 663 00328 1.5101.2 2 6091

160 73 1.8039 190 55 11 667 95536 1*9 0020536 0931.9 16 358 00325 1.501*53 2 1.61*8 165 72 72310 187 30 11 1.11. 89918 73 0020906 09163 15 178 00322 1.1*9861 2 3350

170 71 95988 181. 00 11 161. 81.536 35 0021300 08976 1 1. 112 00318 1.1*9266 2 2183

175 71 19011. 180 61. 10 916 79381 1.3 0021723 D 08787 13 11.7 00315 1.1.8667 2 1136

18 70 1.1321 177 22 10 672 71.1.1.6 30 0022176 08597 12 275 00311 1.1.8065 2 0200

185 69 62838 173 73 10 1.33 69723 52 0022661. 081*07 11 1.85 00307 1.1.71.58 1 9365

190 68 831.85 170 18 10 198 65205 91. 0023191 08216 10 770 00302 1.1.681*6 1 8621.

195 68 03175 166 56 9 969 60886 65 0023759 08025 10 122 00298 1.1.6228 1 7970

200 67 21812 162 87 9 71.6 56759 08 0021*376 07831* 9 535 00291. 1.1.5601. 1 7396

205 66 39290 159 10 9 .531 52816 95 002501.5 n 0761*3 9 002 00289 1. 1* 1.973 1 6897

210 65 551.93 155 26 9 323 1.9051. 32 0025773 071.52 8 519 00281. 1.1.1.331. 1 61*68 215 61. 70293 151 31. 9 121. 1*51.65 6 5 0026567 c 07261 8 079 00279 1.1.3686 1 6105

220 63 8351*9 11*7 31. 8 93i* i*20i*5 77 00271*35 07071 7 679 00271. 1.1.3029 1 5805

225 62 95107 11.3 27 8 753 38789 95 0028386 06861 7 315 00269 1.1*2360 1 5565

23 62 01.796 139 11. 8 581 35693 99 u 00291.30 06692 6 983 00263 1.1*1680 1 5383

235 61 12577 136 58 8 096 32589 99 00301.81. 06501* 6 680 00256 1.1*0988 1 5391.

ZlfO 60 16131. 132 61 7 .878 29729 3 ) 0031839 06317 6 i*0 2 0021*9 1.1*0281 1 .51.06

2"»5 59 21158 128 70 7 .61*0 27102 69 0033123 a 06130 6 11*8 0021*3 1.39557 1 5389

250 58 21597 12<t 78 7 1*3 8 21.638 08 0031.61.8 0591*5 5 911* 00236 1.38818 1 51.82 255 57 19656 120 76 7 .206 22315 1.9 0036161. 05762 5 71.1 (1 00231 1.38062 1 5661. 26 56 11.655 116 89 7 032 20131* 31* 0038161. 05580 5 569 00223 1.37288 1 6027

265 55 06388 112 95 6 775 18128 38 0039635 051.00 5 397 a 00218 1.361*92 1 6169

270 53 95088 108 99 5 .538 16226 02 1) 001.1891 05223 5 226 00212 1.35677 1 61.1*7 275 52 80298 105 16 6 337 l<*i*61 96 001.1*1*12 0501.8 5 056 00205 1.31*81.0 1 ,6639

28 51 62077 101 Oi. 5 021 1281.5 72 001*6276 01.876 i* 886 00202 1.33981 1 6865

285 50 38296 97 36 5 871 11330 51 1) 001*9755 01.705 1. 711. 00193 1.33086 1 .71*72 290 1.9 10792 91. 26 5 525 9959 00 005281.8 01.538 i« 51*1* 00186 1.32169 1 7956

295 1.7 78687 90 31 5 .322 8715 15 0056259 01.371* 1* 371. .00180 1.31223 1 .8293

300 1.6 1.1707 86 66 5 119 7600 1^ 0060111. 01*213 i* 205 0O171. 1.3021.6 1 ,6720 310 1.3 53321 79 91 1. 698 571*6 4 3 0068366 03961. 3 872 .00167 1.26207 1 .9212

320 1.0 1.8650 71. 07 l. .321 i*373 67 0076657 03726 3 552 .00162 1.26076 1 .91.87 330 37 36512 69 50 l. 005 3i*22 62 0083311* 03501 3 257 00162 1.23918 1 ,9392

31.0 31. 3061.0 66 1.0 3 751 2803 2". 0086725 03293 2 997 .00167 1.21828 1 .8866

35 31 1.5101. 61. 79 3 559 21.26 05 a 0086253 03106 .' 779 00177 1.19698 1 .8001. 360 28 90170 61. 1.3 3 .1*10 2211 11* 0082336 0291.1 2 60 5 .00192 1.18193 1 .6911. 37 26 69392 65 06 3 .291* 2098 86 00761.62 02796 2 1.69 .00211 1.16729 1 ,5819

380 21. 8071.8 66 33 3 .198 201.3 91 0069983 02675 2 361* .00232 1.151*89 1 .1*771

39 23 19960 68 12 3 135 2020 79 0061.126 02579 2 281* 00255 1.11*1*38 1 ,3922

i>0 21 81913 70 19 3 .071* 2016 62 0056615 02501 2 221 .00279 1.1351.2 1 .3151

1*10 20 6261.1 72 52 3 .032 2023 1*9 a .0053921. 021.1.0 2 172 .00302 1.12771 1 .2531.

".2 19 58522 71. 98 2 .993 2036 35 a 001.9763 02390 2 131* .00327 1.12101 I .1996 MO 18 66863 77 5". 2 .961 2052 13 a 001.6165 02350 2 101* .00351 1.11511. 1 .151*6

<ti*a 17 86006 80 10 2 .907 2066 52 001.271*1* 02316 2 081 00379 1.10997 1 .1078

i»5 17 13517 82 68 I .888 2080 .00 .001*0180 02291 2 061* .001*02 1.10536 1 .0772

1.6 16 1.8079 85 30 2 .861* 2091* 50 0037811 02271 2 050 .001.27 1.10120 1 .01*81

i»70 15 88600 87 93 2 .81*2 2108 .1.9 .0035696 02255 2 01*0 .001.52 1.0 971*3 1 .0221

1.8 15 31.315 90 .55 2 .828 2122 ,15 0033876 0221*1. 2 033 .001.77 1.09<t00 1 .0005 WO m 81.1.86 93 .16 2 .810 2135 .03 .0032170 02231. 2 .028 .00502 1.09086 Cl .9792

50 11. 38558 95 .73 2 .801 211.7 .13 .0030710 02228 2 025 .00527 1.08796 .9618

510 13 96073 98 .30 2 .781* 2158 .37 0029291 .02217 2 021* .00552 1.08529 .91.61* 52 13 .56592 100 .79 2 .779 2166 .65 0028101. 02216 2 .025 .00577 1.08282 .9308

53 13 19926 103 11 2 .775 2172 .7<* 0027110 02221 2 026 .00602 1.08052 .9183

5*0 12 .85283 105 .61. 2 .770 2182 .98 .0026099 02221. 2 029 .00628 1.07835 .9055

550 12 52759 108 .17 2 .765 2192 .60 0025171. .02229 2 033 .00653 1.07632 .891.1 56 12 .2211.3 110 .68 2 .761 2201 .65 0021.323 .02235 2 .038 .00679 1.071*1*1 .8837

57 11 93250 113 .20 2 .757 2210 .19 0023536 o 0221.1 2 01*3 .00705 1.07261 .871*1. 58 11 65920 115 71 2 .753 2218 26 .0022812 0221.9 2 0i*9 .00731 1.07090 .8660

59 11 1.0011. 118 .22 2 .750 2225 90 0022137 .02257 2 056 .00756 1.06929 .8581. 60 11 .151.09 120 .73 2 .71*7 2233 .16 0021509 02265 2 063 .00782 1.06776 .8515

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

21.00 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM I30CHORE INTERNAL ENTHALPY ENTROPY s C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

EG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 101.211 0.01217 2237.17 319.1 -82.831 -77.423 0.50490 0. 267 0.393 3907 105 0.01225 2167.64 309.7 -81.376 -75.933 0.51935 0.,264 0.393 3 867 110 0.01236 2078.25 297.6 -79.460 -73.969 0.53763 0,,260 0.393 3813

115 0.0121.7 1991.51 286. -77.547 -72.007 0.55507 0. 256 0.392 3758

12 0.01258 1907.34 274.7 -75.638 -70.047 0.57175 0. 25 3 0.392 3702

125 0.01270 1825.70 263.7 -73.731 -68.089 0.58774 0. 249 0.391 3645

13 0.01281 1746.53 253.2 -71.827 -66.132 0.60308 0,,246 0.391 3587

135 0.01293 1669.78 243.0 -69.925 -64.177 0.61784 0. 243 0.391 3528

11.0 0.01306 1595.38 233.2 -68.026 -62.223 0.63205 0. 240 0.391 3469

145 0.01318 1523.29 223.7 -66.129 -60.270 .64575 0, 237 0.390 3409

15 0.01331 1453.44 214.6 -64.234 -58.318 0.65899 0.,234 0.390 3348 155 0.0131.1. 1385.79 205.7 -62.341 -56.366 0.67179 0.,232 0.390 3288

16 0.01358 1320.27 197.2 -60.449 -54.414 0.68418 0.,229 0.390 3227

165 0.01372 1256.84 189.1 -58.559 -52.461 0.69620 0,,227 0.391 3165

17 0.01386 1195.45 181.2 -56.669 -50.507 0.70787 D,,225 0.391 3104

175 0.011.01 1136.03 173.6 -54.779 -48.552 0.71920 0.,222 0.391 3042

180 0.311.16 1078.54 166.3 -52.889 -46.595 0.73023 0.,220 0.3 92 2981

185 0.011.32 1022.94 159.2 -50.999 -44.635 .74097 0,,218 0.392 2919

19 0.011.1.8 969.16 152.5 -49.108 -42.671 0.75145 0,,216 0.393 2858

195 0.01W65 917.17 146.0 -47.215 -40.704 0.76167 0,,214 0.394 2798

20 0.011.83 866.92 139.7 -45.320 -38.732 0.77166 0,,212 0.395 2 737

20 5 0.01501 818.37 133.7 -43.422 -36.754 0.78143 0.,210 0.396 2677

210 0.01519 771.48 127.9 -41.521 -34.769 0.79100 0,, 207 0.398 2618

215 0.01539 726.21 122.3 -39.615 -32.776 0.80038 0.,205 0.399 2559

22 0.01559 682.52 116.9 -37.704 -30.774 .80958 ,203 0.401 2501

225 0.01581 640.40 111.7 -35.786 -28.762 0.81862 0,,200 0.403 2444

23 0.01603 599.81 106.8 -33.861 -26.737 0.82751 0,i 198 0.406 2 3 88 235 0.01626 558.32 101.1 -31.905 -24.678 0.83637 0.,201 0.412 2301

21.0 0.01651 519.42 96.4 -29.939 -22.603 0.84511 0., 200 0.417 2239

2".5 0.01677 483.23 91.7 -27.956 -20.504 0.65376 0..199 0.421 2176

25 0.01701. 448.83 87.4 -25.958 -16.384 0.86233 0.,198 0.426 2118 255 0.01733 416.03 82.7 -23.947 -16.243 0. 87081 0..196 0.430 2054

26 0.01761. 384.47 79.1 -21.920 -14.080 .87921 0,,195 0.439 2002 265 0.01797 355.32 74.3 -19.873 -11.886 0.88757 0,,194 0.440 1934

27 0.01832 327.06 70.3 -17.811 -9.670 0.89586 0,,193 0.446 1872

275 0.01869 300 .33 66.7 -15.730 -7.423 0,90410 0,,192 0.455 1815

280 0.01909 275.66 61.9 -13.630 -5.146 0.91231 0,, 191 0.454 1742

285 0.01952 251.41 59.0 -11.494 -2.818 0.92055 0,, 191 0.469 1693

290 0.01999 229.28 55.3 -9.331 -0.449 0.92879 0.. 194 0.480 1621

295 0.0201.9 208.66 51.8 -7.135 1.970 0.93706 0.,192 0.487 1565

300 0.02103 189.66 48.5 -4.914 4.432 0.94533 0,. 192 0.497 1509

310 0.02226 156.73 42.3 -0.394 9.499 0.96195 0,, 191 0.516 1399

320 0.02372 130.76 36.6 4.217 14.757 0.97864 .191 0.533 1300 330 0.0251.2 111.77 31.7 8.858 20.155 0.99525 0,. 190 0.544 1218

31.0 0.02737 98.98 27.4 13.451 25.617 1.01156 0,, 188 0.546 1152

35 0.02955 91.38 23.8 17.906 31.041 1.02728 0., 187 0.537 1104

36 0.03190 87.89 20.8 22.150 36.326 1.04218 0.,185 0.519 1070

370 0.031.35 87.61 18.4 26.137 41.405 1.05609 0,,183 0.496 1049

360 0.03685 89.53 16.4 29.855 46.229 1.06896 , 181 0.468 1037

390 0.03933 92.87 14.8 33.313 5C.791 1.08081 .179 0.444 1033

1.0 0.01.178 97.11 13.5 36.545 55.114 1.09176 0.,177 0.421 1034

1.10 0.01.1.19 101.99 12.5 39.580 59.219 1.10190 D .175 0.401 1040

1.2 0.01.655 107.27 11.6 42.446 63.135 1.11133 0.. 174 0.363 1048

1.30 0.01.886 112.81 10.8 45.169 66.883 1.12016 0,.172 0.368 1057

1.1.O 0.05110 118.37 10.0 47.761 70.470 1.12840 0.. 171 0.351 1061

1.5 0.05328 123.87 9.4 50.249 73.929 1.13618 ,170 0.340 1073

1.6 0.0551.3 129.41 8.9 52.649 77.283 1.14355 0..16 8 0.330 10 84

1.7 0.05753 134.92 8.5 54.973 80.542 1.15056 ,167 0.321 10 95

1.80 0.05960 140 .40 8.1 57.229 83.716 1.15725 ,166 0.314 1108

1.9 0.06163 145.84 7.7 59.426 86.814 1.16364 0.,165 0.306 1119

50 0.06362 151.22 7.4 61.568 89.844 1.16976 0.,164 0.300 1131 510 0.06559 156.55 7.1 63.663 92.811 1.17564 0,,163 0.294 1142

52 0.06752 161.81 6.8 65.714 95.722 1.18129 0.,162 0.289 1155

530 .0691.1. 167. 00 6.6 67.726 98.584 1.18674 .161 0.284 1168

51.0 0.07133 172.16 6.4 69.701 101.401 1.19201 0,,160 0.280 1181

55 0.07319 177.05 6.1 71.643 104.171 1.19709 0..159 0.275 1191

56 0.07501. 181.80 6.0 73.554 106.902 1.20202 0,,158 0.273 1205

57 0.07688 186.94 5.8 75.449 109.615 1.20682 ,158 0.270 1218

58 0.07871 192.05 5.6 77.323 112.300 1.21149 0., 157 0.267 1230

590 0.08052 197.11 5.5 79.176 114.959 1.21603 0,. 156 0.265 1243

600 0.08232 202.15 5.3 81.013 117.595 1.22046 .156 0.262 1255

» TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

21.00 PSIA ISOBAR

TEMPERATURE DENSITY V(DH/OV)p V<DP/OU)v -VIDP/DVX,. - (DV/DT^/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANDTL CONDUCTIVITY DIFFUSIVITY CONSTANT NUMBER DEC R LB/CU FT BTU/LB PSIA-0 J FT/8TU PSIA OEG. R BTU/FT-HR-R LB/FT-SEC

X 10S SQ FT/HR

» 101.211 82 .17885 226 .65 It .51.0 18381.7 77 0017358 11291 1.5.052 .0031.9 1.57361 5.6512

ID 5 81 .53791 221. .58 li. .372 176961 1.3 0017502 11192 1.2.021 0.0031.9 1.56925 5.3127

110 eo .92270 221 .83 li. .11.6 168177 80 0017698 11051. 38.365 0.0031.8 1.56351 it. 9052

115 6 .20571 219 0'. 13 .911. 159730 12 . 0017902 10909 35.066 0.0031.7 1.55776 it. 5379

12 79 1.8676 216 .25 13 .676 151608 33 0L18117 10758 32.088 0.0031.5 1.55201 l.. 2066

125 78 .76562 213 1.1 13 .1.31. 11.3602 52 001831.1 .10601 29.399 0.0031.1. 1.5it626 3.9076

130 78 01.205 210 5 3 13 .189 136302 9? 0018575 101.39 26.972 0.0031.2 1.5it050 3.6376

135 77 .31578 20 7 62 12 91.0 129100 Ik 0018821. 10273 2i». 779 0.0031.0 1.53it7it 3.3938

1A0 76 .58655 201. 67 12 .689 122181. 66 0019085 10102 22.799 0.00338 1.52896 3.1736

1*5 75 .851.01 201 .67 12 .1.36 11551.7 36 0019361 c 09928 21.011 0.0033E 1.52316 2.971.7 150 75 11781. 198 61. 12 .1B3 109179 21. 0019652 09751 19.395 0.00333 1.51738 2.7952

155 71. 37765 195 5 b 11 930 103071 5 3 0019961 09571 17.931. 0.00330 1.51156 2.6331

160 73 63303 192 1.3 11 .678 97215 62 0020289 0939C 16.611. 0,00327 1.50572 2.1.870 165 72 88353 189 25 11 1.27 91603 lit 0020639 09206 15.1.21 0.00323 1.1*9966 2.3553

170 72 12861. 186 01 11 178 86225 92 0021011 09021 li.. 31.1 0.00320 1.1.9397 2.2369

175 71 36783 182 72 10 933 81076 03 00211.09 06831* 13.361. 0.00316 1.1.8805 2.1305

ISO 70 60050 179 38 10 692 7611.5 76 0021836 p 0861.7 12.1.80 0.00313 1.1.8210 2.0352

185 69 82598 175 97 10 1.55 711.27 6 5 0022291. 051.59 11.680 0.00309 1.1.7611 1.9500

19 69 0U357 172 1.9 10 223 66911. 50 0022786 08270 10.955 0.00305 1.1.7007 1.8742

195 68 2521.9 168 95 9 998 62599 37 0023317 08082 10.297 0.00301 1.1.6398 1.607C

20 67 1.5186 165 3'. 9 780 561.75 62 a 0023890 07893 9.701 .00296 1.1.5783 1.7478

205 66 61.076 161 66 9 570 51.536 91 0021*510 07701. 9.161 0.00292 1.1.5163 1.6960

210 65 81811. 157 9 9 368 50777 23 0025183 07516 8.669 0.00287 1.1.1.535 1.6512

215 61. 98288 151. 07 9 175 1.7190 91 0C25914 07328 8.223 0.00282 1.1.3899 1.6128

220 64 13375 150 16 8 993 1.3772 67 0026710 0711.1 7.817 0.00278 1.1.3255 1.5805

225 63 2691.1 11.6 16 8 821 1.0517 63 0027578 06951. 7.1.1.7 0.00273 1.1.261)1 1.5541

23 62 38839 11.2 15 8 65 9 371.21 36 0028527 06768 7.109 0.00258 1.1.1936 1.5333

235 61 1.9228 139 83 8 171. 31.332 21 00291.38 06581. 6.802 0.00260 1.1.1263 1.5309

240 60 57611 136 01 7 95 5 31464 16 1 0030635 06"*01 6.520 0.00251. 1.1.0576 1.5281

245 59 63675 132 25 7 731 28818 1.0 0031615 06218 6.262 0.0021.8 1.39871. 1.5254

250 58 67575 128 1.9 7 536 26335 73 0033171. 06037 6.025 0.0021.1 1.39159 1.5314

255 57 69281. 121. 61* 7 308 21.001 75 0031.1.67 05857 5.83 0.00236 1.381.30 1.5393

26 56 681.99 120 91 7 158 21793 96 0036298 05680 5.663 0.00228 1.37681. 1.5753

265 55 6U838 117 12 5 890 19773 19 0037596 05501. 5.1.97 0.00225 1.36921 1.5829

27 51. 58825 113 37 b 671. 17853 65 0039361. 05332 5.331 0.00219 1.3611.3 1.6064

275 53 1.9991 109 71. 6 1.87 16067 77 0Ci.li.83 05162 5.167 0.00212 1.3531.7 1.6403

280 52 38385 105 9] S 181 11.1.39 92 001*2896 (I 01.996 5.003 0.00210 1.31.535 1.6361

285 51 2231.0 102 36 6 01.2 12877 91. 001.5791 01.830 it. 839 0.00201 1.33691. 1.6905

290 50 031.51. 99 55 5 700 111.72 06 001.8185 01.669 4.676 0.00195 1.32835 1.7296

295 1.8 81101 95 82 5 511. 10181. 97 0050863 01.511 it. 515 0.00190 1.31956 1.7560

30 1.7 55062 92 35 5 320 9018 55 00538m 01*357 4.355 0.00181. 1.31051. 1.7883

310 1.1. 92166 85 91 1. 918 701.0 56 0060066 01.089 i*. 01*1 0.00176 1.29166 1.8357

320 Wl 16698 80 23 l. 550 5513 62 00661.56 03860 3.739 0.00172 1.2721.9 1.8591

330 39 33981 75 56 4 239 1.396 90 0072025 0361. i« 3.1.56 0.00170 1.25280 1.8563

340 36 53002 72 05 3 97 8 3615 <; 7 0075709 31.1.3 3.201 0.00173 1.2331.5 1.8260

35 33 83530 69 82 3 769 3091 71. 0076959 03262 2.980 0.00179 1.21508 1.7675

360 31 31.1.67 68 72 3 596 2751. 91. 0075570 03100 2.795 0.00190 1.19626 1.6858

37 29 10819 68 65 3 1*62 2550 26 0072196 02952 2.61.5 0.00205 1.16330 1.5966

380 27 11.01.2 69 3? 3 31.6 21.29 9 9 0067569 02826 2.525 0.00222 1.17021. 1.5068

390 25 1.2709 70 61 3 265 2361 "*6 0062865 02722 2.1.30 0.0021.1 1.15895 1.4264

40 23 9331.2 72 27 3 195 2321* 13 0058216 02636 2.355 0.00262 1.11.917 1.3529

1.10 22 6281.1 71. 26 3 11.2 2307 82 0053986 02566 2.295 0.00283 1.11.067 1.2907

1.2 21 1.8096 76 4? 3 098 2301. 21 0050151 02508 2.21.7 0.00305 1.13323 1.2366

1.3 20 1.6616 78 82 3 060 2306 77 001.6706 c 021.61 2.209 0.00327 1.12668 1.1895

1.1.0 19 57026 81 22 2 .991. 2316 57 001.3212 021.20 2.179 0.00352 1.12092 1.1377

1.5 18 76727 83 69 z 968 2321. 79 001.0636 02389 2.155 0.00371. 1.11577 1.1043

1.6 18 01.128 86 20 2 91.1. 2331* 69 0036321 02365 2.136 0.00397 1.11113 1.0745

1.7 17 38138 88 73 2 919 231.5 06 0. 0036206 0231.1. 2.122 .001.20 1.10692 1.0468

1.80 16 77903 91 27 2 90 2 2355 81. 0031.366 02328 2.110 0.00442 1.10309 1.0235

1.90 16 2261.0 93 82 2 880 2366 1.6 0032628 02315 2.102 0.00it66 1.09959 1.0005

50 15 71735 96 3'. 2 868 2376 71. 003111.5 02306 2.096 0.00it89 1.09637 0.9816

510 15 21.677 98 87 2 81.8 2386 81 0029691. 02291 2.092 0.00512 1.09339 0.9651

520 1". 80986 101 33 2 81.0 2396 31. 00281.73 02289 2.090 0.00536 1.09061. 0.9482

530 11. 1.0178 103 71. 2 83 8 21.05 05 00271.02 02289 2.089 0.00559 1.08807 0.9339

51.0 It. 01976 106 15 2 831. 21.13 66 0026376 02291 2.090 0. 00584 1.08566 0.9195

55 13 66250 108 50 2 822 21*18 91. 0025381 02293 2.092 0.0061C 1.0831.2 0.9041

56 13 32676 110 68 2 832 21.22 83 0021.658 02297 2.095 0.00632 1.08132 0.8958

57 13 0071.6 113 1* 2 829 21.31 66 0023851. 02302 2.098 0.00656 1.07932 0.8856

580 12 70565 115 60 2 827 21.1.0 07 0C23109 02308 2.103 0.00680 1.0771.3 0.8764

590 12 1.1971. 118 07 2 821. 21.1.8 10 00221.18 02311. 2.108 0.00701. 1.0756it 0.8680

60 12 11.836 120 53 2 .822 21.55 77 0021775 02321 2.1H. 0.00728 1.07395 0.8605

THO-PHASE BOUNDARY 165
THERMODYNAMIC PROPERTIES OF OXYGEN

2600 PSIA ISOBAR

EMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c v Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND DEC R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

• 101.1.89 0.01216 221*9.16 319.2 -82.797 -76.91*2 0.50520 0. 267 0.393 3916

105 0.0122*, 2181*. 93 310.5 -81.1*53 -75.562 0.51856 0. 26<* 0.393 3878

110 0.0123". 2095.76 298.1. -79.51*2 -73.600 0.53682 0..260 0.392 3 825 115 0.0121,5 2009.21* 286.8 -77.635 -71.61*0 0.551.25 0. 257 0.392 3770

12 0.01256 1925.30 275.5 -75.731 -69.682 0.57091 0. 253 0.391 3711. 125 0.01268 181*3.89 261.. 6 -73.830 -67.726 0.58688 0,,250 0.391 3656

130 0.01279 1761*. 96 251..

-71.932 -65.772 0.60221 0.,21.6 0.391 3600 135 0.01291 1688. i*i* 21.3.9 -70.037 -63.820 0.61691* 0.,21.3 0.390 351.2

1<»0 0.0130". 1611*. 29 23i>. 1 -68.11*5 -61.869 0.63113 0,,21.0 0.390 31.83

145 0.01316 151*2.1*5 221..

-66.255 -59.919 0.61*1*81 0.,233 0.390 31.21. 15 0.01329 11*72.85 215.5 -61.. 368 -57.970 .65803 0.,235 0.390 3361. 155 0.0131.2 11*05.1*6 206.7 -62.1.82 -56.022 0.67080 0,,232 0.390 3301. 16 0.01355 131*0.21 198.3 -60.599 -51*. 073 0.68317 0.,230 0.390 32U3

165 0.01369 1277.01* 190.1 -58.717 -52.125 0.69516 0.,228 0.390 3163

170 0.01383 1215.92 182.3 -56.836 -50.176 0.70680 0,,225 0.390 3122 175 0.01398 1156.78 17<*. 7 -51.. 956 -1.6.226 0.71810 0.,223 0.390 3062

180 0.011.13 1099.58 167.1, -53.077 -1.6.275 0.72910 0., 221 0.390 3001

185 0.011.28 101*1*. 26 160.1* -51.198 -i*i*. 322 0.73980 0.,219 0.391 29m

19 0.011.1.1. 990.77 153.7 -1.9.318 -1*2.366 0.75021. 0,,217 0.392 2881

195 0.011*61 939.08 11*7.2 -1.7.1.38 -1*0.1*06 0.7601.2 0.,211. 0.392 2821

20 0.011.78 889.13 11*1.0 -1*5.556 -38.1*1*3 0.77036 0.,212 0.393 2 762 205 0.011.95 81*0.88 135.0 -1.3.673 -36.1*75 0.78006 0.,210 0.391, 2703

210 0.01513 791*. 29 129.3 -1*1.787 -31*. 501 0.78960 0.,208 0.395 261.5 215 0.01532 71.9.33 123.7 -39.898 -32.520 0.79892 0,,206 0.397 2588

220 0.01552 705.96 118.1. -38.006 -30.532 0.80806 0.,20 3 0.398 2532

22 5 0.01573 661*. 11* 113.3 -36.108 -28.535 0.81703 0.,201 0.1,00 21.77 230 0.01595 623.86 108.1. -3i*. 205 -26.528 0.82585 0,,198 0.1,02 21.22 235 0.01617 583.02 102.7 -32.273 -21* .1*88 0.831.62 0,,201 0.1.07 2337

2<»0 0.0161.1 5i*i*. 1*8 98.1 -30.331* -22.1.35 0.81.327 0.,200 0.1.12 2277

21.5 0.01666 5 08.33 93.5 -28.379 -20.360 0.85182 0,,199 .1*16 2217

25 0.01692 1*73.97 89.3 -26.1.12 -18.267 0.86028 0.,198 0.1.21 2160

255 0.01719 1*1*1.38 8i».

-21.. 1.33 -16.155 0.86865 0.,197 0.1.23 2098

260 0.0171*9 1*09.73 81.2 -22.1.1.3 -li*. 021* 0.87692 0,.195 0.1.32 2050 265 0.01780 380. 73 76.1. -20.1*35 -11.867 0.88511* 0,,191. 0.1.32 1981

27 0.01812 352.66 72.5 -18.1*18 -9.692 0.89327 0.,193 0.1.38 1921. 275 0.0181*7 326.01* 66.9 -16.366 -7.1*93 0.90135 0,,192 .1.1.5 1871

280 0.01881* 301.70 61*. 3 -lit. 338 -5.267 0.90937 0,,191 .1.1.1. 1801 285 0.01921* 277.15 61.1* -12.261. -3.002 0.91739 ,191 D.i.56 1753

29 0.01966 255.00 57.7 -10.166 -0.700 0.92539 0,,191. 0.1.65 1681,

295 0.02011 231*. 21* 51*. 1* -8.01.3 1.61*1 0.93339 0.,192 0.1.71 1630

30 0. 02060 211*. 95 51.1 -5.903 1..015 0.91*137 , ,192 0.1*78 1577

310 0.02169 181.09 1*5. -1.566 8.876 0.95731 0.,191 0.1*93 11,71 32 0.02295 153.58 39.5 2.838 13.887 0.97322 ,191 0.507 1376

330 0.021*1*0 132.52 31*. 6 7.270 19.018 0.98901 ,189 0.517 1295

3<>0 0.02605 117.39 30.2 11.669 21*. 211 1.001.51 0,, 188 0.520 1227

35 0.02789 107.29 26.5 15.971 29.398 1.01955 0,, 186 0.516 1171, 360 0.02988 101.33 23.3 20.116 31*. 503 1.03393 0,,185 0.501. 1133

370 0.03199 98.75 20.7 21.. 068 39.1.69 1.01,751* 0,,183 0.1.88 1105

380 0.031*16 98.71. 16.6 27.800 1.1.. 21*8 1.06029 , 181 0.1.67 1087

390 0.03636 100.58 16.8 31.308 1*8.816 1.07215 0,,179 0.1.1.6 1077

<f0 0.03857 103.58 15.3 31.. 607 53.171, 1.08319 .177 0.1.26 1073 WO 0.01*075 107.1*6 11*. 37.718 57.337 1.0931*7 0,,176 0.1,07 1071,

1,2 0.01.290 111.93 13.0 1.0.666 61.322 1.10308 ,171, 0.391 1078

<t30 0.01*503 116.86 12.1 1.3.1*68 65.11.6 1.11208 0.,173 0.376 10 85

<*<*0 0.01*709 122.09 11.2 1.6.137 68.810 1.12050 0,,172 0.358 1087

1*50 0.01*911 127.37 10.6 1*8.696 72.31,2 1.1281*1* ,170 0.31.7 1097

1)6 0.05110 132.66 10.0 51.162 75.765 1.13597 0.,169 0.337 1107

<t70 0.05306 137.98 9.5 53.51*6 79.090 1.11.312 0..168 0.328 1117

<t8 0.051*98 11*3.30 9.0 55.858 82.326 1.11.993 0.,167 0.320 1123 WO 0.05687 11*8.61 8.6 58.106 85.1.81. 1.1561.5 .166 0.312 1138

500 0.05872 153.89 8.2 60.297 88.570 1.16266 .165 0.306 1150

510 0.06055 159.15 7.9 62.1.37 91.590 1.16866 .161, 0.299 1160

52 0.06236 161*. 38 7.6 61..529 91.. 551 1.171.1.1 0,,163 0.291* 1172

53 0.061*11* 169.1*9 7.3 66.580 97.1.60 1.17996 .162 0.289 1181,

5<t0 0.06590 171*. 58 7.1 68.593 100.322 1.18531 0..161 0.281. 1196

55 0.06761* 179.1*8 6.8 70.567 103.131 1.1901*6 ,160 0.279 1205

560 0.06936 181*. 32 6.6 72.509 105.901 1.1951*6 ,159 0.275 1217

570 0.07106 189.10 6.1* 7i». i*20 108.631. 1.20029 0,,158 0.272 1229

580 0.07276 193.82 6.2 76.303 111.333 1.201*99 0.,15 7 0.269 121,1

590 0.071*1*1* 198.50 6.0 78.160 111.. 000 1.20955 0,, 156 0.266 1253

60 0.07615 201*. 39 5.9 80.015 116.676 1.211*05 0.,155 0.265 1272

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

2600 PSIA ISOBAR

TEMPERATURE DENSITY DEC R LB/CU FT

VIQP/DU), -V(OP/DV>, BTU/LB PSIA-CU FT/BTU PSIA

(DV/DTlL/V THERMAL VISCOSITY THERMAL DIELECTRIC

W CONDUCTIVITY OIFFUSIVITY CONSTANT

DEC. R BTU/FT-HR-R LB/FT-SEC SO. FT/HR

X 105

PRANOTL NUMBER

101. 1.89 82 .2281.9 227 74 1<| 531 181.91.1. .68 0U17260 .11302 45 344 .00350 1 57401 5 ,6776 105 81 .72981 225 86 11. .375 178573 74 0017388 11211 <*3 521 00349 1 56999 5 .3623

110 81 .01853 223 15 Ik .11.9 169795 51 0017577 11075 38 835 0031.9 1 56428 4 .9514 115 80 .30569 220 <*2 13 .917 161353 .22 0017774 .10932 3,5 507 00347 1 .55856 4 .5810

120 79 59112 217 66 13 .680 153236 78 0017979 10763

2 9 503 00346 1 55285 4 2468

125 78 .871.62 211. 87 13 .1.38 li.5i.36 30 0018195 .10627 790 00345 1 .54713 3 .9451 130 78 15596 212 01. 13 193 13791.2 01. 0016420 10467 27 339 00343 1 54141 3 6725

135 77 1.31.90 209 18 12 .91.5 13071.1. 45 0018657 .10303 25 126 c 00341 1 53568 3 .4264 140 76 .71117 206 29 12 .691. 123831. 15 0018906 10134 23 126 00339 1 52995 3 2039

11.5 75 981.1.9 203 35 12 .1.1*3 117201 95 LI 0019169 09962 21 318 00336 1 52421 3 .0029

150 75 25U53 200 37 12 .190 110838 86 0019446 09787 19 685 00334 1 51845 2 .8214 155 74 52096 197 35 11 .938 101.736 06 0019740 09609 18 208 00331 1 51268 2 .6574

16 73 .78338 191. 29 11 ,687 98881. 95 0020051 09429 16 672 .00328 1 50690 2 .5094 165 73 01.139 191 17 11 1.3 8 93277 13 0020382 09248 15 664 00325 1 501C9 2 3760

170 72 .291.53 188 01 11 .192 87901. 42 0020734 09U65 14 571 .00322 1 49527 2 .2556 175 71 .51.229 181. 78 10 .91.9 82758 85 0021109 08880 13 582 Ij 00318 1 48941 2 ,1477

180 70 78i.li. 181 51 10 .710 77832 68 n 0021511 8695 12 686 .00315 1 48352 2 .0507 185 70 .0191.8 178 17 10 1.76 73118 43 OC 21940 08510 11 875 00311 1 47760 1 9639

190 69 21.767 171. 77 10 21.8 68608 65 0022402 06323 11 140 00307 1 47164 1 .8864 195 68 1.6798 171 31 10 026 61.296 9 5 0022698 06137 10 473 00303 1 46564 1 .8175

20 67 67965 167 77 9 812 60176 Ob 0023432 07951 9 868 c 00299 1 45958 1 7566

20 5 66 88183 161. 17 9 606 56239 71. a 0024008 07765 9 319 00295 1 45347 1 ,7030 210 66 07361 160 1.9 9 1.10 521.81 92 D 0021.632 07579 8 821 00290 1 44729 1 6563

215 65 25398 156 71. 9 223 1.8896 82 0025307 07394 8 367 ,00286 1 44105 1 ,6160

22 61. 1.2185 152 91 9 01.8 1.51.79 05 0026040 07209 I 954 00281 1 43473 1 .5816

22 5 63 57601. 11.9 02 8 881. 1.2223 56 0026836 07025 7 578 00276 1 42833 1 5529

23 62 71529 11.5 06 8 731 39125 78 0027702 06842 7 235 00272 1 42183 1 .5297 235 61 81.278 11.2 98 8 21.7 36055 62 0028490 06661 6 923 00261. 1 41526 1 5241

240 60 95213 139 32 8 029 33187 ki 0029551 06481 6 638 00258 1 40857 1 5179

245 60 01.021 135 69 7 817 30520 17 0030643 a 06302 6 375 00252 1 40175 1 .5143

25 59 10928 132 06 7 628 28016 31 0031867 06124 6 135 00246 1 39481 1 5176

255 58 1591.5 128 37 7 .1.0 2 25670 48 0032984 05949 5 916 00242 1 36775 1 .5158

26 57 18871. 124 71. 7 272 231.32 14 u 0034670 05775 5 753 00231* 1 36057 1 5509

265 56 19195 121 10 5 996 21391. 12 0035689 05603 5 591 00231 1 37321 1 .5523

270 55 17691 117 53 6 .798 19458 63 9 0037235 u 05435 5 430 00225 1 36575 1 .5740

27 5 51. 13871. Hi. 07 a 622 17651 56 0039048 05270 5 271 00219 1 35814 1 6038

280 53 07702 110 50 6 333 16013 50 0040181 05107 5 113 00217 1 35039 1 6000

285 51 98061 107 06 a 195 11.1.06 30 0042607 04947 4 954 u 00209 1 34242 1 6447

290 50 86107 101. 1.9 5 856 12969 52 0044505 04790 4 798 00203 1 33432 1 6768

295 1.9 711.93 100 9<( 5 683 1161.1.. 98 0046676 04538 4 643 00198 1, 32605 1 6983

30 1.8 51.026 97 63 5 1.9 6 101.33 83 0049006 04489 i. 491 1) 00193 1 31762 1 7231

310 1.6 10756 91 1.9 5 108 831.9 50 0053907 04206 l* 191 00185 1 30026 1 7690

320 1.3 57679 85 97 '* 753 6692 53 0058969 03984 3 90 3 00180 1 28238 1 7882

33 1.0 98162 81 30 4 1.5 51.30 94 0063622 03774 3. 632 00178 1 26421 1 7920

34 38 381.1.7 77 59 i. 186 1.505 93 a 0067032 03579 3 384 00179 1 24620 1 7701

350 35 85533 71. 91. 3 968 381.6 77 0066887 03402 3 163 00184 1 22883 1 7280

36 33 1.6539 73 30 3 778 3391 07 0066810 03242 2 973 00192 1 21257 1 6651

370 31 26082 72 66 3 629 3086 89 0067171 03094 2 813 00203 1 19770 1 5974

380 29 27031 72 79 3 502 2890 01 0064191 02965 2 682 00217 1 18438 1 5211

39 27 1.9912 73 59 3 .1.02 2765 91 0060610 02856 2. 575 00233 1 17262 1 .4476

<.0 25 93011 71. 84 3 319 2685 68 0056873 02764 2 488 00250 1 16226 1 .3793 MO 21. 51.105 76 1.7 3 255 2637 11 0053268 02687 2 418 00269 1 15314 1 .3193

1.2 23 30799 78 36 3 .203 2608 Bh 0049877 02624 2 361 00286 1 14509 1 .2663

U3 22 2091.5 80 1.7 3 159 2595 <*3 0046721 02570 2 315 00308 1 13795 1 2191

1.1.0 21 23503 82 69 3 .086 2592 67 0U43354 02523 2 278 00331 1 13161. 1 .1653

1.5 20 36050 85 03 3 053 2593 23 0040B11 02487 2 248 00352 1 12600 1 .1294

1.60 19 56855 87 1.2 3 026 2596 00 1) 0038563 02457 2 224 00372 1 12091 1 .0984

1.70 18 81.795 89 81. 2 997 2600 63 0036481 02432 2 204 00394 1 11629 1 .0694

1.80 18 18963 92 29 2 976 2606 66 0034655 02412 Z 189 00415 1 11208 1 .0448

1.90 17 5851.7 91. 76 2 95 2613 43 0032914 02395 2 177 00437 1 10822 1 .0203

50 17 02891 97 20 2 93 5 2620 53 a 0031430 02382 2 167 00458 1 101.68 1 .0005 510 16 511.28 99 68 2 .911. 2628 24 0029983 02365 2 160 00479 1 ,10141 .9828

52 16 03657 102 11 2 .903 2636 03 0028743 02360 2 155 00502 1 .09839 .9648

530 15 59090 10<. 1.9 2 897 261.2 47 002761*1 02358 2 152 00524 1 09557 .9490

51.0 15 17371 106 85 2 .891 261.8 95 0026617 02357 2 151 00546 1 .09293 .9341

550 11. 781.72 109 23 2 .868 2653 60 0025526 02358 2 150 00572 1 0901.8 .9155 560 11. 1.1816 111 1.7 2 .868 2657 57 0024696 0, 02360 2 151 .00594 1 .08817 .9036 570 11. .07192 113 66 2 .869 2660 99 0023929 02363 2 153 .00617 1 .08599 .8925

580 13 71.1.15 115 82 2 .872 2663 94 0023216 02366 2 156 .00640 1 .08393 .8821

590 13 .1.3325 117 91. 2 .875 2666 51 0022552 02371 2 160 .00664 1 .08198 .8723

60 13 1321.0 120 1.1. 2 .901 2681. 18 0022007 02377 2 164 00663 1 .08010 .8689

THO-PHASE BOUNDARY 167
THERMODYNAMIC PROPERTIES OF OXYGEN

2800 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY cv C P VELOCITY DERIVATIVE OERIVATIVE ENERGY OF SOUNO

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 101.766 0.01215 2261.11 319.3 -82.763 -76.1.62 0.5051.9 0. 267 0.393 3921. 10 5 0.01222 2202.li. 311.3 -81.529 -75.192 0.51778 0. 265 0.392 3890

110 0.01233 2113.18 299.3 -79.623 -73.231 0.53602 0, 261 0.392 3 836 115 0.0121.1. 2026.88 287.6 -77.721 -71.273 0.5531.3 0. 257 0.391 3782

120 0.01255 191.3.16 276.1. -75.823 -69.317 0.57008 0,,253 0.391 3727 125 0.01266 1861.98 265.5 -73.92 8 -67.363 0.58603 0.,250 0.390 3670

130 0.01278 1783.27 255.0 -72.036 -65.1.11 0.60131. 0.,21.7 0.390 3613

135 0.01289 1706.99 2i.it.

-70.11.7 -63.1.62 0.61605 0.,21.1. 0.390 3556

11.0 0.01302 1633.07 235.0 -68.262 -61.513 0.63022 0,,21.1 0.389 31.97

1*5 0.01311. 1561.1.7 225.6 -66.379 -59.567 0.61.368 0,,238 0.389 3U39

15 0.01326 11.92.12 216.5 -61..I.98 -57.621 0.65707 0,,235 0.389 3379

155 0.01339 li»2i». 97 207.7 -62.621 -55.676 0.66983 0,,233 0.389 3320

16 0.01353 1359.97 199.3 -60.71.5 -53.732 0.66217 0.,230 0.389 3260

165 0.01366 1297.07 191.2 -58.871 -51.788 0.691.11. 0.,228 0.389 3200

170 0.01380 1236.20 183.3 -56.999 -1.9.81.1* 0.70571. 0.,226 0.389 311.0 175 0.01391. 1177.33 175.8 -55.129 -1.7.899 0.71702 0..221. 0.389 3080

180 0.011.09 1120.39 168.5 -53.260 -1.5.953 0.72798 0,,221 .389 3021 185 0.011.21. 1065.31. 161.6 -51.391 -i.it. 006 0.73865 0,,219 0.390 2961

190 o .oimo 1012.13 151..

-1.9.523 -1.2.057 0.71.905 0,,217 0.390 2902

195 0.011.56 960.71 11.8.5 -1.7.655 -1.0.105 0.75919 0.,215 0.391 281.1. 200 0.011.73 911.01. 11.2.3 -1.5.786 -38.150 0.76909 0,,213 0.391 2785

205 0.011.90 863.07 136.3 -1.3.916 -36.191 0.77877 0,,211 0.392 2728

210 0.01508 816.77 130.6 -1.2.01.5 -3i>. 228 0.78821. 0.,208 0.393 2672

215 0.01526 772.09 125.2 -1.0.172 -32.259 0.79750 0..206 0.391. 2616

220 0.0151.6 728.99 119.9 -38.297 -30.283 0.80659 0.,201. 0.395 2561

22 5 0.01566 687.1.6 Hi..

-36.1.18 -28.300 0.8151.9 0,,201 0.397 2508

230 0.01587 61.7.1.5 110.0 -31.. 535 -26.309 0.821.21. D.,198 0.398 21.55 235 0.01608 607.30 1G1..3 -32.626 -21.. 287 0.83291. 0,,202 0.1.03 2372

21.0 0.01631 569.21. 99.7 -30.711 -22.251. 0.81.150 0.,201 0.1*07 2313

2<i5 0.01655 533.06 95.3 -28.761 -2Q.200 0.81.997 0.,200 0.1*11 2255

25 0.01680 1.98.68 91.1 -26.81.2 -18.131 0.85833 D .198 0.1.16 2201 255 0.01706 1.66.28 86.6 -21.. 893 -16.01.5 0.86659 0.,197 0.1.18 211.0 260 0.01731. 1.31.. 1.5 83.2 -22.935 -13.91.1. 0.871.75 0.,196 0.1.27 2091. 265 0.01761. 1.05.53 78.3 -20.962 -11.818 0.88285 0,,195 0.1.25 2026

27 0.01795 377.61. 71..

-18.983 -9.679 0.89085 0,.193 0.1.30 1972

27 5 0.01827 351.11 71.1 -16.993 -7.520 .89877 0,,193 0.1.37 1922

280 0.01862 327.03 66.7 -li.. 990 -5.337 0.90661. .192 0.1.36 1857 285 0.01899 302.21 63.6 -12.968 -3.121. 0.911.1.7 0..191 0.1.1.6 1809

290 0.01938 280.02 60.0 -10.925 -0.879 0.92226 0.. 191. 0.1.53 171.1

295 0.01979 259.16 56.7 -8.662 1.399 0.93007 0.. 19 2 0.1.58 1691

30 0.02023 239.66 53.5 -6.787 3.701. 0.93782 ,192 0.1.61. 1639

310 0.02121 205.05 1.7.5 -2.596 8.1.02 0.95322 0., 191 O.t.75 1538

32 0.02233 176.31. 1.2.1 1.61.1. 13.219 0.96851 .190 0.1.87 11.1.5 33 0.02359 153.55 37.2 5.908 18.11.1 0.98366 0.. 189 0.1.96 1365

31.0 0.02502 136.1.6 32.8 10.11.3 23.117 0.99852 0.,188 0.1.99 1296

35 0.02660 121.. 25 29.0 li.. 307 28.101 1.01296 ,186 0.1.97 121.0 360 0.02832 115.22 25.7 18.31.8 33.033 1.02686 ,181. 0.1.89 1195

370 0.03015 111.56 23.0 22.238 37.871 1.01.011 ,183 0.1.78 1162 380 0.03206 109.66 20.7 25.951 1.2.572 1.05266 0., 181 0.1.63 1139

39 0. 031.01 109.96 18.7 29.1.71. 1.7.108 1 .061*1*1. ,179 0.1.1.5 1121.

1)00 0.03598 111.68 17.0 32.811 51.1.67 1.0751.8 .178 0.1.27 1115

<«10 0.03796 11". .1.5 15.7 35.971. 55.653 1.08581 0..176 0.1.11 1111

i»2 0.03992 117.96 11..

38.979 59.677 1.09551 ,175 0.395 1112

1.3 0.01.187 122.11 13.5 1.1.81.5 63.552 1.101.63 ,173 0.381 1116

1.1*0 0. 01.378 126.85 12.5 1.1.. 579 67.276 1.11319 ,172 0.365 1116

1.5 0.01.565 131.81 11.8 1.7.200 70.869 1.12127 ,171 0.353 1123

1.6 0.01.750 136.80 11.1 1.9.721. 71.. 350 1.12892 ,170 0.31.3 1132

<f7 0.01.931 11.1.87 10.5 52.163 77.732 1.13620 .168 0.333 11*0.

1.80 0.05110 li»6. 98 10.0 51.. 526 81.022 1.11.313 0..167 0.325 1150

1.90 0.05286 152.11 9.5 56.823 Bit. 232 1.11.975 .166 0.317 1159

50 0.051.60 157.21. 9.1 59.058 87.368 1.15608 ,165 0.310 1170

510 0.05631 162.39 8.7 61.21.0 90.1.36 1.16216 .161. 0.301. 1179

520 0.05800 167.51. 8.1. 63.372 93. 1.1.3 1.16800 0.,163 0.298 1191

530 0.05966 172.55 8.0 65.1.60 96.391. 1.17362 0..162 0.293 1201

51.0 0.06131 177.53 7.7 67.507 99.296 1.17905 .161 0.288 1213

55 0.06293 182.1.1. 7.U 69.511. 102.11.3 1.181.27 0..160 0.282 1220

560 0.061.51. 187.29 7.2 71.1.86 101.. 91.8 1.18933 .159 0.278 1232

57 0.06613 192.07 7.0 73.1.26 107.711. 1.191.22 .158 0.275 121.1. 580 0.06771 196.79 6.8 75.336 110.1-1.3 1.19897 .157 0.272 1255

590 0.06928 201.1.6 6.6 77.217 113.139 1.20358 .156 0.269 1267

60 0.07081. 206.08 6.1. 79.072 115.801. 1.20806 0.,155 0.266 1279

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

2600 PSIA ISOBAR

TEMPERATURE DENSITY

DEG. R LB/CU FT

V(DP/DU)V -V(DP/DV)-r- (DV/DTfc/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 105 BTU/LB PSIA-3U FT/BTU PSIA

PRANDTL NUMBER

101.766 82.27791. 228 .81. ik .521 186039 .52 .0017163 .11312 1.5 .637 .00350 1 .571*1*1 5 .701.2 105 81.82099 227 .13 li. .378 180181 .01. .0017277 .11230 1.3 023 00350 1 57072 5 .1,123 110 81.11356 221. .1.7 li. .152 1711.07 , 9 2 00171.59 .11095 39 307 0031*9 1 56501* i» .9980 115 60.1.01.80 221 .78 13 .920 162970 .70 .001761.8 10951. 35 951 0031*6 1 55935 1* .621.1. 12 79.691.52 219 .0/ 13 .683 151*859 .30 001761.5 .10607 32 .92 0031.7 1 .55367 1* .2872 125 78.98256 216 .32 13 .1.1.2 H.7063 .80 0018052 .10653 30 183 .003i>5 1 51*799 3 9828

13 78.26869 213 .55 13 .197 139571. ,1.6 0018266 .101.95 2? .709 003i)i) 1 .51.230 3 .7076 135 77.55270 210 .71. 1? .91.9 132381 .71 00181.91. .10332 25 .1*71. .0031)2 1 53662 3 .1.592 140 76.831.35 207 .90 12 .699 1251.76 L7 0018732 .10166 23 1.51* ,0031)0 1 53092 3 .231.5

1<»5 76.11336 205 .02 12 .1.1.9 11881.8 .62 .0018982 .09996 21 .628 .00337 1 52522 3 .U311. 150 75.3891.1. 202 10 12 .197 1121.90 7 001921.5 09822 19 976 00335 1 51952 2 .81*78 155 71.. 66228 199 .11. 11 .91.6 106391 ,6? .0019525 .0 961.7 18 .1.83 .00332 1 .51380 2 .6819

16 73.93152 196 .13 11 .697 10051.1. 82 II 0019821 .091.69 17 132. .00329 1 506U6 2 .5321 165 73.19679 193 .08 11 .1.1.9 91.91.1 .08 0020131. .09289 15 .910 .00326 1 50231 2 .3969

170 72.1.5765 189 98 11 .201. 89572 26 00201.67 09108 11. 803 00323 1 1.9651. 2 .2750 175 71.71367 186 82 10 .96 3 81*1.30 35 0020821 .08926 13 ,802 .00320 1 1.9071. 2 .1653

18 70.961.33 183 .61 JU .727 79507 5 9 0021199 ,0871.3 12 891. .00317 1 1.81*92 2 .0666 185 70.20910 160 35 10 .1.9 5 71.796 .1.6 u 0021603 08559 12 072 00313 1 1.7907 1 .9782 190 69.1.1.738 177 .02 10 .270 70289 .66 0022036 .08375 11 .326 .00309 1 .1.7318 1 .899P 195 68.67853 173 62 10 .052 65980 18 0022500 08191 iu 650 00305 1 1.6726 1 .8265

20 67.90186 170 16 9 .81.2 61861 26 0022999 08007 10 036 00301 1 1.6129 1 .7659 205 67.11659 166 63 9 .61.1 57926 1.3 0023536 07821. 9 1.79 00297 1 1.5527 1 .7106 210 66.32190 163 .03 9 .1.1.9 51.169 5 0021.115 .0761.0 8 .972 .00293 1 .1.1.919 1 .6621 215 65.51690 159 35 9 .268 50581. 63 0021.71.1 071.56 8 512 00289 1 1.1.305 1 6199

22 61.. 70061 155 .60 9 .099 1.7166 .31 00251.18 07276 8 092 00281) 1 .1.3665 1 .5836 225 63.87200 151 77 8 .91.3 1.3909 36 0026150 07095 7 710 00280 1 1.3056 1 .5528 230 63.02991. 11.7 89 8 .798 1.0809 00 002691.5 06911. 7 361 00275 1 1.21.20 1 .5273 235 62.17885 11.6 01. e .315 37761 1.1 0027627 06737 7 01*5 II .00269 1 1.1779 1 .5190

21)0 61.31133 H.2 55 3 101 31.900 61. 0028573 06560 6 755 00263 1 1.1127 1 5100 245 60. 1.21.37 139 Oi. 7 .898 32209 85 0029581. 06383 6 1*88 00257 1 1*01.62 1 ,5051 250 59.52058 135 52 7 713 29681 96 0030697 06209 6 21*1* 00251 1 39788 1 5061

255 58.60022 131 99 7 1.91 27323 92 0031678 a 06037 6 020 002i>6 1 39103 1 .5011

26 57.66266 128 1.3 7 .373 25051 50 0033228 a 05867 5 83 8 a 00238 1 381.07 1 5289

265 56.70079 121. 91 7 095 22991. 05 0031.01.5 a 05698 5 680 00236 1 37696 1 5269

270 55.721.77 121 50 6 .911 2101.3 78 00351.09 05533 5 523 00231 1 36977 1 ,51*61 275 51.. 72963 118 16 6 .71.6 19216 12 0036981. 05371 5 368 00225 1 362i)7 1 ,5726 280 53.71338 11«. 61. 6 1.78 17565 97 0037957 II 05212 5 215 00223 1 355U3 1 5700

285 52.67131. Ill 1.8 6 332 15917 57 1) 0039977 05056 5 052 00215 1

3i)7i)i) 1 6062

290 51.60910 109 li. 5 995 11.1.51 56 001*1515 01,901. li- 911 00210 1 33973 1 6335

295 50.52616 105 75 5 83 3 13091. 39 001*3317 01.755 lt 762 00205 1 33190 1 ,6511* 300 1.9.1.2082 102 58 5 651 1181.3 98 OUi.5198 01*610 l. 615 a 00201 1 32391. 1 6706

310 1.7. 11. 1.61 96 a 5 27 6 9667 21 u 001*911.7 01*333 l* 327 00193 1 30761* 1 7087

32 1.1.. 79107 91 3B i. 931. 7896 26 0053253 01*099 K 051 00188 1 29091* 1 7312

330 1.2.38253 86 73 k 61.0 6507 97 0057167 03891* 3 789 00185 1 27399 1 7366

3*0 39.96366 82 91 <t .371. 51.53 58 0060190 03703 3 51*7 00166 1 25713 1 ,7209

35 37.58701. 80 00 k 152 1.670 3k 0062173 03529 3 329 00189 1 21*071 1 ,6890 360 35.30862 77 98 S 951. 1.103 51 0. 0062715 03371 3 137 00195 1 22510 1 6363

370 33.1671.0 76 90 3 793 3700 00 u 0062129 03221. 2 972 00203 1 21055 1 5856

38 31.19390 76 58 3 657 31.20 65 0. 0060397 03091. 2 832 IJ 00211* 1 19725 1 521.2

390 29.1.021.9 76 91. 3 51.3 3233 2 k 0057807 02981 2 716 00228 1 18526 1 1.587 400 27.79133 77 80 3 1.1.7 3103 86 0051.872 02885 2 620 0021)3 1 171)55 1 3956

1.10 26.31.620 79. 06 3 372 3015. 25 0. 0051921. 02803 2 51*0 a 00259 1 1651)0 1 3391.

1.20 25.05003 80 63 3 308 2955 001.9013 02731. 2

i*75 00276 1 1561)6 1 2880

1.30 23.881.99 82. 1.5 3 258 2916 51 0. 001.6251. 02675 2 1*21 00291) 1 11)885 1 21.25

1.1.0 22.61.311 81. 1.8 3 181. 2897 n 1) 001.3188 02623 2 377 00315 1 11)206 1 1902

1.5 21.901.93 86 67 3 11.3 2887 27 001.0733 02582 2 3i»l 00331. 1 13598 1 1525

1.60 21.05389 88 92 3 110 2880 19 0038557 0251.8 2 312 00353 1 1301)7 1 1200

1.7 20.27807 91 22 3 077 2876 81. 0. 0036535 02519 2 288 u 00373 1 1251)7 1 C698

1.80 19.56826 93 56 3 052 2876 15 0031*755 021.95 2 268 00392 1 12090 1 061.2

1.9 18.91616 95 9<t 3 022 2877 1.2 0. 0033037 021.71. 2 252 001)13 1 11672 1 0381. 50 18.31505 98 31 3 001. 2879 91. 0. 0031571 021.58 2 239 00i>32 1 11288 1 ,0177 510 17.75872 100 72 2 981 2883 91 0030153 a 021.38 2 229 001)52 1 10933 ,9991* 520 17.21.207 103. 10 2 968 2888. 79 0. 0028911. 021*31 2 221 001)73 1 10601) 9801, 53 16.76071 105 «M» 2 951. 2892 09 a 0027767 021)26 2 216 u 001)91. 1 10298 .9625

51.0 16.31001. 107. 75 2 91.7 2895. 57 0026757 021)23 2 212 00515 1 10012 91*73 550 15.89020 110 13 2 918 2899 07 0. 0025625 021)22 2 209 0051)0 1 0971)6 9269

560 15. 1.91.83 112. 37 2 915 2901 97 0021.779 021)22 2 20 9 00561 1 091,96 911*1 57 15.12158 im 56 2 911. 2901. 33 0. 0023998' 021)23 2 209 00583 1 09260 9023

580 li». 7681.2 116 72 2 911. 2906 21. 0. 0C23275 021)25 2 210 00605 1 9037 8912

590 11.. 1.3357 118 81. 2 916 2907 77 0. 0022601 021)26 2 212 00626 1 08827 6808

60 11.. 11550 120 92 2 919 2908 98 0. 0021973 021)33 2 215 0061)9 1 08627 6711

TWO-PHASE BOUNDARY 16 9
THERMODYNAMIC PROPERTIES OF OXYGtN

3000 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c

v C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 102.0i»2 0.01215 2273.03 319.1. -82.729 -75.962 0.50579 0. 267 0.392 3932

105 0.01221 2219.27 312.1 -81.603 -71.. 821 0.51700 0,,265 0.392 3901

110 0.01231 2130.52 300.1 -79.703 -72.862 0.53523 0,.261 0.392 381.8 115 0.0121.2 20i.it. £,3 288.1. -77.806 -70.906 0.55262 0. 257 0.391 3 791. 120 0.01253 1960.93 277.2 -75.913 -68.951 0.56925 0.,251. 0.391 3739 125 0.01261. 1879.96 266.3 -71.. 021. -67.000 0.58519 0. 250 0.390 3683

13 0.01276 1801.1.8 255.8 -72.138 -65.050 0.6001.8 0.,21.7 0.390 3627 135 0.01288 1725.1.2 21.5.7 -70.255 -63.103 0.61517 0.,21*1* 0.389 3569

1<»0 0.01299 1651.73 235.9 -68.376 -61.158 0.62932 0.,21.1 0.389 3512

l<t5 0.01312 1580.36 226.5 -66.500 -59.211. 0.61.297 0,,239 0.389 31.53 15 0.01321. 1511.21. 217.5 -6 if. 627 -57.271 0.65613 0.,236 0.388 3395 155 0.01337 11.1.1.. 33 208.7 -62.756 -55.330 0.66886 0.,233 0.388 3336

16 0.01350 1379.58 200.3 -60.889 -53.389 0.68119 0.,231 0.388 3277 165 0.01363 1316.91 192.2 -59.023 -51. <f 1.9 0.69312 0,,229 0.388 3217

17 0.01377 1256.30 181.. i. -57.160 -1.9.510 0.701.70 0,,226 0.388 3158 175 0.01391 1197.67 176.9 -55.298 -1.7.570 0.71595 0,,221. 0.388 3099

180 0.011.06 Hi.0.98 169.7 -53.if38 -1.5.630 0.72688 0,,222 .388 301.0 185 0.011.21 1086.19 162.7 -51.580 -1.3.688 0.73752 0,,220 0.388 2982

190 0.011.36 1033.21. 156.1 -1.9.722 -1.1.71.6 0.71.789 0,,216 .389 2 923

195 0.011.52 982.08 11.9.7 -1.7.865 -39.801 0.75799 0,,216 0.389 2 866

20 0.011.68 932.66 11.3.5 -1.6.009 -37.851. 0.76785 0,,213 0.390 2809

205 0.011.85 881.. 96 137.6 -i.it. 152 -35.901. 0.7771.9 0,,211 0.390 2753

210 Q. 01502 838.91 132.0 -1.2.295 -33.950 0.78691 0.,209 0.391 2697

215 0.01520 79I..1.9 126.5 -1.0.1*37 -31.991 0.79612 0..207 0.392 261.3 220 0.01539 751.66 121.3 -38.578 -30.028 0.80515 0.,201* 0.393 2590 225 0.01559 710.38 116.3 -36.717 -28.058 0.811.00 0,,201 0.391. 2538

23 0.01579 670.62 111.5 -3i». 853 -26.082 0.82268 0,,199 0.395 21.87 235 0.01600 631.19 105.9 -32.961. -21.. 076 0.83131 0., 20 2 0.1.00 21.05

21.0 0.01622 593.70 101.1. -31.071 -22.061 0.83979 0., 201 0.1.03 231.9

2". 5 0.0161.5 557.1.6 97.0 -29.165 -20.026 0.31*818 0.. 20 0.1.07 2293

25 0.01669 523.01 92.9 -27.250 -17.978 0.8561*6 0,.199 0.1.12 2239 255 0.01691. 1.90.76 88.1. -25.328 -15.915 0.861*63 0,,198 0.1.13 2181

26 0.01721 1.58.68 85.1 -23.1.00 -13.81.1 0.87269 0., 196 0.1.21 2135

265 0.0171.9 1.29.79 80.1 -21.1.58 -11.71.3 0.88068 0.,195 0.1.19 2069

27 0.01778 1.02.07 76.5 -19.513 -9.635 0.88856 .191* 0.1*21. 2018 275 0.01809 375.61 73.1 -17.559 -7.510 0.89636 .193 0.1.30 1970

280 0.0181.2 351.70 68.9 -15.591. -5.361. 0.901*09 ,192 0.1.29 1910 285 0.01876 326.66 65.7 -13.618 -3.197 0.91177 0,.191 0.1.37 1860

29 0.01912 301.. 1.0 62.1 -11.622 -0.999 0.9191*1 0,,191* 0.1*1*3 1791.

295 0.01951 283.1.8 58.9 -9.609 1.228 0.92702 0..193 .i.i*7 171*7 300 0.01991 263.81 55.8 -7.588 3.1.71. 0.931*57 0..192 0.1*51 1696

310 0. 02080 228.62 1.9.8 -3.517 8.01.0 0.91*951* 0.,191 0.1*61 1599

32 0.02181 198.93 I.I..5 0.589 12.703 0.961*35 0,,190 0.1*70 1509

330 0.02293 171.. 69 39.7 if. 711 17.1.52 0.97896 .189 0.1.78 11.31

31)0 0.021.19 155.91 35.3 8.813 22.253 0.99330 0.,188 0.1.81 1362

35 0.02558 11.1.89 31.1. 12.855 27.065 1.00725 0.,186 0.1.81 1301. 36 0.02708 132.10 28.0 16.798 31.81.3 1.02071 0,, 181. 0.1*75 1256

37 0.02869 125.61 25.2 20.616 36.553 1.03361 0,,183 0.1*67 1220 380 0.03037 121.96 22.7 2I..291 1.1.161. 1.01*591 0,,181 0.1*56 1192

390 0.03211 120.71 20.6 27.806 1.5.61.6 1.05755 0.,180 0.1*1*1 1172

<>00 0.03388 121.17 18.8 31.156 1.9.980 1.06853 0.,178 0.1.26 1158 MO 0.03567 122.81 17.3 31.. 31.9 51.. 161. 1.07886 ,177 0.1*11 1151 UO 0.0371.6 125.32 16.0 37.391. 58.203 1.08859 .175 0.397 111.7 "3 0.03921. 128.56 lit.

1.0.305 62.105 1.09778 0,,171. 0.381. 111.8 wo 0.01.101 132.61. 13.8 1.3.091 65.872 1.1061*1* 0.,173 0.370 111.8

1.5 0.01.275 137.15 13.0 1.5.765 69.512 1.111*62 ,171 0.358 1153

1.60 0.01. 1.1.6 11.1.77 12.2 1.8.31.0 73.01.0 1.12237 0,,170 0.31*8 1158

1.7 0.01.616 1U6.51. 11.6 50.828 76.1.68 1.12975 0.,169 0.338 1165

1.80 0.01.783 151.39 11.0 53.237 79.805 1.13677 0.,168 0.330 1171.

1.90 0.01.91.7 156.31 10.1. 55.577 83.06D 1.11.31.9 0,.167 0.321 1181

50 0.05109 161.26 10.0 57.851. 86.239 1.11.991 0,,166 0.315 1191 510 0.05270 166.25 9.5 60.075 89.350 1.15607 .165 0.308 1200 520 0.051.28 171.28 9.1 62.21.5 92.399 1.16199 0.. 161. 0.302 1210

53 0.05581. 176.17 8.8 61.. 367 95.387 1.16769 0.,163 0.296 1219

51.0 0.05739 181.01. 8.5 66.1.1.6 98.325 1.17318 ,162 0.292 1230

55 0.05891 185.93 8.1 68.1.81. 101.207 1.1781.7 ,161 0.286 1237

560 0.0601.1 190.76 7.8 70.1.85 101.. 01.5 1.18358 0,,160 0.282 121.8 570 0.06190 195.53 7.6 72.1.53 106.81.2 1.18851. 0,,159 0.278 1260

580 0.06339 200.21. 7.1. 7i». 389 109.601 1.19331. 0,,158 0.271* 1271

59 0.061.86 201.. 90 7.1 76.295 112.325 1.19799 0,,157 0.271 1282

60 0.06632 209.51 6.9 78.173 115.016 1.20252 0.,156 0.268 1293

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

3000 PSIA ISOBAR

TEMPERATURE OENSITY V<DH/DV> V(DP/DU)V -V (OP/DV) T -<OV/DT\/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANOTL CONDUCTIVITY QIFFUSIVITY CONSTANT NUMBER

OEG. R LB/CU FT BTU/LB PSIA-C J FT/BTU PSIA DEG. R BTU/FT-HR-R LB/FT-SEC

x io5 SQ FT/HR

102.01.2 82 .32720 229 .93 1* .512 187132 .31 0017067 ,11323 *5 931 00350 1.57*8d 5.7306

10 5 81 .9111.6 228 .*0 1* .381 181783 .*2 0017168 .112*8 '-; 3 529 00350 1.571*5 5.*625

110 HI .20782 225 .78 1* .155 173015 .1* 0U173*3 11116 3 9 782 00350 1.56580 5.0**6

115 80 .50305 223 .13 13 .92 3 16*582 .70 0017525 .10976 36 398 003*9 1.5601* *.6681

120 79 .79698 220 .*7 13 .686 156*76 .02 001771* .10831 33 3m 003*6 1.55**9 *.3280

125 79 .0891.5 217 .77 13 .**5 1*8685 ,16 0017912 10679 30 578 003*6 1.5*88* *.0208

130 78 .38027 215 . 0* 13 .20 1*1200 .38 0018119 ,10523 2 8 061 003*5 1.5*319 3.7*32

135 77 .66921. 212 .29 12 .953 13*012 .10 0018335 .10362 25 82* 003*3 1.5375* 3.*923

1*0 76 .95612 209 .50 12 .70* 127110 ,91 0018562 .10197 23 78* 003*1 1.53189 3.265*

1*5 76 .21.067 206 67 12 .1.5* 120*87 5 9 0018801 .10028 21 939 .00339 1.52623 3.0602

150 75 .52263 203 .81 1? .20* 11*133 12 0019052 09857 20 270 00336 1.52056 2.87*6

155 7* 80169 200 91 11 .95* 108038 ,65 0019318 09683 18 760 a 0033* 1.51*89 2.7068

16 7* .07753 197 .96 11 .706 102195 5* 0019598 .09506 17 39* 00331 1.50921 2.5551

165 73 31.981 19* 97 11 .*59 96595 35 0019895 09330 16 157 00328 1.50351 2.*182

17 72 61811. 191 93 11 .216 91229 63 0020210 09151 15 037 00325 l.*9779 2.29*6

175 71 88209 188 8h 10 .977 86090 98 9 00205** 08971 1* 023 00322 l.*9205 2.1832

18 71 .11.121 185 70 10 .7*3 81170 .99 0020901 08790 13 103 00316 l.*8629 2.0829

185 70 39501 182 *9 10 51* 76*62 .30 0021281 c 08608 12 270 00315 1.1.8051 1.9928

190 69 .61.295 179 .23 10 .292 71957 .58 0021688 .08*26 It 51* 00311 l.*7*69 1.9121

19 5 68 88*1.3 175 91 10 077 676*9 76 0022123 082*5 10 82 8 00308 l.*688* 1.8399

20 68 11882 172 52 9 .870 63532 u i 0022589 08063 -0 205 0030* 1.1.6295 1.7757

205 6 7 3*51.2 169 Ob 9 .673 59597 .85 0023091 07882 9 639 0030G 1.1.57G2 1.7188

210 66 56350 165 52 9 .1.8 6 558*0 97 0023630 07701 9 125 00296 1.1.51U* 1.6685

215 65 7722* 161 91 9 .311 52255 .*6 002*211 07520 8 657 00292 l.**5U0 1.62*6

220 61. 97077 158 23 9 1*8 *8835 6 8 002*838 073*1 8 231 00287 l.*3890 1.586*

225 61. 15817 15* *7 8 .99 8 1.5576 36 0025515 07162 7 8*2 00283 l.*3273 1.5536

230 63 333*3 150 65 8 .861 1.2*72 57 00262*7 0698* 7 *88 00279 l.*26*9 1.5260

235 62 50185 1*9 115 8 .380 39*50 6* 0026835 05809 7 166 00272 l.*2022 1.5153

21.0 61 65533 1*5 70 8 .173 36605 0* 0027690 06635 6 872 00267 l.*1385 1.50*2

21.5 60 79121 1*2 29 7 97* 33888 9 1, 0028620 06*62 6 601 00261 l.*0737 1.1.976

25 59 9121* 138 87 7 ,793 3133* 39 00296*0 06290 6 353 00255 1.1.0080 l.*965

255 59. 0182* 135, *8 7 .577 28963 B7 0030515 06121 b 125 00251 1.39*13 l.*89*

26 56 11059 131 99 7 *61 2665* 13 0031933 0595* 5 920 002*3 1.38739 1.5087

265 57 17973 128 57 7 .188 2*575 25 0032613 05789 5 765 002*1 1.3 8050 1.5033

27 56 23790 125 31 7 .01* 22611 3* 0033822 05627 5 612 00236 1.37355 1.5219

275 55 28020 122 10 S 859 20763 6* 0035208 05*68 5 *61 00230 1.36650 1.5*56

280 51. 30291 118 97 6 .615 19098 2 2 0036087 05312 5 311 00228 1.3593* 1.5*53

285 53 30763 115 67 6 *57 17*13 51 0037751 05160 5 163 00222 1.35207 1.5729

290 52 29382 113 5* 6 .120 15918 05 0039031 05010 5 016 (1 00216 1.3**70 1.5971

29 5 51 26365 110 29 5 97 1*532 *0 00*0556 0*865 * 872 00212 1.33723 1.612*

30 50 21578 107 25 5 791 1321.7 61 00*2096 0*72* * 729 n 00208 1.32966 1.6272

310 1.8 06772 101 6* 5 *27 10989 39 00*5352 0**5* * 1.52 00201 1.31*23 1.6587

320 1.5 85819 96 51 5 095 9122 ** 00*87*9 0*208 * 185 00195 1.298*9 1.68*5

330 1*3 60285 91 90 * 808 7617 0052057 0*007 3 932 00192 1.28256 1.6902

31.0 1.1 33*00 87 99 * .5*8 6*** 55 0- 005*712 CI 03819 3 696 00192 1.26666 1.677*

35 39 09267 8* 92 * 320 55*7 01 0056632 036*7 3 *81 0019* 1.25109 1.6525

360 36 92255 82 66 * .120 *877 31 0057*55 03*91 3 269 00199 1.2361* 1.6109

37 3* 85721 81 23 3 952 *378 50 a 0057*5* 033*3 3 120 00206 1.222U2 1.5682

380 32 92*05 80 55 3 808 *015 28 0056550 03213 2 975 c 0021* 1.20891 1.5187

390 31 13933 80 5* 3 68* 3758 69 005*800 03098 2 852 00225 1.19689 l.*625

1.0 29 5116* 81 03 3 575 3575 85 0, 0052523 02998 2 7*8 00239 1.18599 L.*0**

1.10 28 03*36 81 96 3 .*90 3**2 85 a 0050165 02913 2 661 00253 1.17616 1.3523

1.2 26 69615 83 20 3 1.13 33*5 50 00*7699 02839 2 588 00268 1.16731 1.3025

1.3 25 1.8238 8* 75 3 .356 3275 95 00*5367 02777 2 527 00283 1.15932 1.2598

l»i*0 2* 38586 86 55 3 285 323* 1:5 00*2725 02721 2 *77 00302 1.15213 1.2117

1.5 23 39313 88 57 3 237 3208 i<3 00*0*27 02675 2 *35 00319 1.1*565 1.1732

1.6 22 *9063 90 67 3 195 3188 0. 003833* 02636 2 i.OO 00337 1.13977 1.1391

".7 21 66572 92 8* 3 ,156 317* 85 0036393 02603 2 371 00356 1.13**3 1.1079

1.8 20 90952 95 07 3 128 3165 *1 0, 003*66* 02576 2 3*7 0037* 1.1295* 1.0816

1.90 20 2136* 97 3* 3 09* 3159 51 0033012 02552 2 327 00393 1.12505 1.05*9

50 19 571*2 99 63 3 073 3156 0* 0031582 D 02533 2 311 00*11 1.12092 1.0335

510 18. 97627 101 96 3 .0*9 315* 81 0030207 02511 2, 298 00*30 1.11711 1.01*5

520 18 *2301 10* 28 3 033 3155 *1 0. 0028987 02502 2 287 00**9 1.11357 0.991.9 530 17 90808 106 59 3 .010 315* 92 0027797 02*9* 2 279 00*70 1.11028 0.97*6

51.0 17, *2591 108 8* 3 001 315* 71 0. 0026803 02*89 2 273 00*90 1.10721 0.9591

55 16 97635 111 19 2 .972 3156 39 0025677 02*86 2 269 00513 1.10*35 0.9381

56 16 55317 113 *2 2 .966 3157 66 002*820 .02*8* 2 256 00533 1.10166 0.92*6

570 16 15383 115 61 2 .962 3158 52 002*030 02*83 2 26* .00553 1.09913 0.9120

58 15 77613 117 76 2 .960 3159 01 0023298 02*8* 2 26* 0057* 1.0967* 0.9003

590 15 *161* 119 88 1 95 9 3159 16 0U22617 02*85 2 265 00595 1.09**7 0.8893

60 15 07818 121 96 Z .960 3159 0* 0021983 02*88 2 266 00615 1.09233 0.8790

» TWO-PHASE BOUNDARY 171
THERMODYNAMIC PROPERTIES OF OXYGEN

3200 PSIA ISOBAR

MPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY cv Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 102.318 0.0121<> 2281.. 92 319.5 -82.695 -75.502 0.50608 0.,267 0.392 3940

10 5 0.01219 2236.32 312.9 -81.677 -71.. 1.51 0.51622 0,,265 0.392 3912

110 0.01230 211.7.78 300. 8 -79.781 -72.1.93 0.531.1.1. 0,,261 0.391 3859 115 0.0121.1 2061.89 289.2 -77.890 -70.53.8 0.55182 0.,258 0.391 3806

120 0.01252 1978.60 278.0 -76.002 -68.586 0.5681.3 0,,254 0.390 3751 125 0.01263 1897.85 267.2 -74.118 -66.636 0.581.35 0.,251 0.390 3696

130 0.01271. 1819.58 256.7 -72.238 -61.. 689 0.59962 0.,248 0.389 3640

135 0.01286 171.3.71. 21.6.6 -70.362 -62.7i.it 0.611.30 0.,245 0.389 3583

11.0 0.01297 1670.27 236.8 -68.1.89 -60.801 0.62841. 0.,242 0.388 3 525

145 0.01309 1599.12 227.1. -66.619 -58.860 0.61.206 0..239 0.388 3468

150 0.01322 1530.23 218.1. -61.. 753 -56.921 0.65521 0,,236 0.388 3410 155 0.01331. 11.63.55 209.7 -62.890 -51.. 983 0.66791 0,,234 0.387 3351

16 0.01347 1399.02 201.3 -61.029 -53.01.6 0.68021 0.,231 0.387 3293 165 0.01361 1336.59 193.2 -59.172 -51.110 0.69213 0.,229 0.387 3234

170 0.01371. 1276.21 185.1. -57.316 -1.9.171. 0.70368 0,,227 0.387 3176

175 0.01388 1217.82 177.9 -55.1.61. -1.7.239 0.71490 0,,225 0.387 3117

ISO 0.011.02 1161.37 170.7 -53.613 -1.5.301. 0.72580 0.,223 0.387 3059

185 0.011.17 1106.82 163.8 -51.761. -1.3.368 0.73641 0,, 220 0.387 3001

190 0.011.32 1051.. 11 157.2 -1.9.917 -1.1. 432 .74674 0., 218 0.387 2 944

195 0.011.1.7 1003.19 150.8 -1.8.071 -39.1.91. 0.75681 0,,216 0.388 2887

200 0.011.63 951.. 02 11.1..

-1.6.226 -37.551. 0.76664 , 214 0.388 2 831 205 0.011.80 906.56 138.9 -1.1.. 382 -35.612 0.77623 0..212 0.389 2776

210 0.011.97 860.75 133.2 -1.2.538 -33.667 0.78561 ,209 0.389 2722

215 0.01515 816.57 127.8 -1.0.691. -31.719 0.79473 0.,207 0.390 2669

220 0.01533 773.97 122.7 -38.850 -29.766 0.80375 0.,205 0.391 2617 225 0.01552 732.92 117.7 -37.005 -27.809 0.81255 ,202 0.392 2566

230 0.01572 693.39 112.9 -35.159 -25.81.6 0.82117 0.,199 0.393 2517 235 0.01592 651.. 71 107.1. -33.288 -23.855 0.82973 0.,202 0.397 2438

21.0 0.01613 617.91 103.0 -31.1.15 -21.856 0.83815 0.,202 0.400 2384

245 0.01636 581.57 98.6 -29.531 -19.81.0 0.84647 0.,200 0.403 2329

250 0.01659 51.6.98 91..

-27.639 -17.810 0.85467 0.,199 0.408 2276

255 0.01683 511.. 87 90.2 -25.71.1 -15.768 0.86275 0,,198 .409 2220

260 0.01708 1.82.1.7 86.9 -23.81.1 -13.716 0.87072 0,.197 0.417 2175 265 0.01735 1.53.56 82.0 -21.926 -11.61.5 0.87862 0,, 195 0.414 2110

27 0.01763 1.26.00 78.1. -20.011 -9.561. 0.88639 0,, 194 0.418 2061 275 0.01792 399.60 75.0 -18.090 -7.1.70 0.89408 0,,193 0.424 2015

28 0.01823 375.71 71.1 -16.158 -5.356 0.90170 0,,19 2 0.424 1960

28 5 0.01855 350.58 67.7 -11.. 222 -3.228 0.90923 0,,191 0.429 1908

290 0.01889 328.17 61..-12.266 -1.070 0.91674 0,,194 0.435 1844

295 0.01925 307.21. 61.0 -10.296 1.112 0.92420 0,,193 0.438 1799

30 0.01963 287.1.6 57.9 -8.322 3.310 0.93159 ,192 .441 1750

310 0.0201.5 251.80 52.0 -4.352 7.766 0.94620 ,191 0.449 1656

320 0.02136 221.29 1.6.7 -0.357 12.302 0.96060 0,,190 0.457 1569

330 0.02238 195.83 1.1.9 3.61.8 16.909 0.97477 0..189 0.464 1491

34 0.02351 175.58 37.5 7.635 21.563 0.98867 ,188 0.467 1423

350 0. 021.71. 159.97 33.6 11.569 26.229 1.00220 0,,186 0.467 1364

36 0.02608 11.8.61. 30.2 15.1.23 30.875 1.01528 0.,184 0.462 1315

370 0.02750 11.0.57 27.2 19.170 35.1.66 1.02786 0.,182 0.456 1276

380 0.02900 135.32 21..

22.795 39.980 1.03990 0,,181 0.447 1244

390 0.03056 132.52 22.5 26.289 1.1*. 398 1.05138 0,,180 0.436 1221

'.0 0.03216 131.76 20.5 29.638 1)8.691. 1.06226 0.,178 0.423 1203 mo 0.03378 132.33 18.9 32.81.2 52.858 1.07254 ,177 0.410 1193

1(20 0.0351.1 133.87 17.1. 35.909 56.891 1.08226 0.,175 0.397 1184

(.30 0.03701. 136.19 16.2 38.853 60 .801. 1.09147 0.,174 0.386 1182

440 0.03867 139.1.3 15.1 1.1.678 61.. 595 1.10018 0,,173 0.373 1181

1.5 0.01.029 11.3.36 14.2 i.i». 395 68.269 1.10844 0.,172 0.362 1183

1.60 0.01.189 11.7.53 13.1. 1.7.013 71.833 1.11627 ,171 0.351 1187

1.7 0.01.31.7 151.91. 12.6 1.9.51.3 75.298 1.12373 0,,169 0.342 1191

1.80 0.01.503 156.1.8 12.0 51.993 78.671. 1.13084 0,.168 0.334 1199

1.90 0.01.657 161.15 11.1. 51.. 373 81.967 1.13763 0,.167 0.325 1205

50 0.01.809 165.89 10.9 56.688 85.183 1.14413 0.,166 0.318 1213

510 0.01.959 170.69 10.1. 58. 91. i» 88.331 1.15036 0,,165 0.312 1222

52 0.05108 175.55 10.0 61.11.8 91.1.17 1.15635 0,,164 0.306 1231

530 0.05255 180.33 9.5 63.302 94.440 1.16211 0,,163 0.299 1238

51.0 0.051.00 185.08 9.2 65.1.12 97.1.10 1.16767 ,162 0.295 1249

55 0.0551.3 189.92 8.8 67.1.79 100.321. 1.17302 0..161 0.289 1255

56 0.05685 194.72 8.5 69.508 103.193 1.17819 0,, 160 0.285 1266

57 0.05825 199.1.7 8.2 71.502 106.020 1.18319 0.,159 0.281 1277

580 0.05965 201.. 16 8.0 73.1.63 108.807 1.18804 0,,158 0.277 1287

59 0.06103 208.80 7.7 75.393 111.557 1.19274 0,,157 0.274 1298

600 0.0621.1 213.39 7.5 77.291. 111.. 273 1.19731 0.,156 0.270 1309

* TWO-PHASE BOUNDARY
3200 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGtN

TEMPERATURE DENSITY V(DH/OV)p V(DP/DU)V -VIOP/OVH

DEG. R LB/CU FT 8TU/LB PSIA-;u FT/BTU PSIA

(OV/DT)p/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X io5

PRANOTL NUMBER

102. 318 82 37628 231 03 1* 503 188223 .09 0016973 1133* 1.6 226 00351 1.57520 5 7577

105 82 00121. 229 66 I* 38* 183380 9 8 0017061 11267 ** 037 00351 1.57218 5 5131

110 81 30132 227 .08 1* .15 8 17*617 26 0017229 11136 *0 260 00350 1.56655 5 .0920 115 80 6001.6 22* *8 13 926 166189 31 0017*0* 10998 36 8*7 003*9 1.56092 * 7121

120 79 89852 221 .86 13 689 158087 C5 0017566 1085* T 3 763 003*8 1.55530 h 3690

125 79 19533 219 21 13 **8 150300 52 0017775 1070* 3.0 975 003*7 1.5*969 i* 0591

130 78 1.9071. 216 53 13 20* 1*2819 96 0017973 10550 29 *55 003*5 1.5**07 3 7790

135 77 781.51. 213 83 12 957 135635 77 0018160 c 10391 26 177 003** 1.538*6 3 5257

l<t0 77 07653 211 09 12 709 128738 55 0018397 10227 2* 116 003*2 1.5328* 3 2965

1*5 76 3661.8 208 32 12 *59 122119 Ob 0018625 10061 22 252 003*0 1.52722 3 ,0692

15 75 651.1* 205 51 12 210 115768 25 001886* 09892 20 565 00337 1.52160 2 9016

155 7* 93925 202 66 11 961 109677 .25 0019116 09720 19 C39 00335 1.51597 2 .7319

16 7k 221*9 199 77 11 71* 103837 *1 0019382 095*6 17 657 00332 1.510J3 2 578*

165 73 50056 196 8* 11 *6 9 982*0 25 001966* 09370 16 *06 00329 1.50*69 2 .*397

170 72 77608 193 86 11 227 92877 51 0019962 c 09193 15 272 00326 l.*9902 2 31**

17 5 72 0*769 190 8* 10 990 877*1 15 0020276 09015 1* 2*5 00323 l.*933* 2 .201*

18 71 31*95 187 75 10 75 8 82823 3* 002061* 06836 13 31* 00320 l.*876* 2 0995

185 70 577*1 18* 62 10 531 78116 *6 0020973 08656 12 *69 00317 l.*8192 Z .0078

190 69 83*58 181 *2 10 312 73613 17 0021355 08*77 11 703 00313 l.*7617 1 9255

195 69 08591 178 16 10 100 69306 33 0021763 08297 11 U07 00310 l.*7039 1 .8518

20 66 33083 17* 8* 9 897 65189 08 0022201 08117 10 375 00306 l.*6*58 1 .7860 205 67 56870 171 ** 9 703 6125i« 82 0022670 07938 9 801 00302 l.*5873 1 .727*

210 66 79885 167 97 9 521 57*97 2* J 0023173 07759 9 278 00298 l.*5263 1 .6755 215 66 02053 16* *2 9 350 53910 3 0023711. 07581 8 803 00295 l.**689 1 6299

22 65 23297 160 80 9 193 50*88 30 002*296 07*0* 6 370 00291 l.**089 1 .5699

22 5 61. *3533 157 10 9 050 *7225 82 J 002*92* 07228 7 975 00286 l.*3*83 1 5553

230 63 62670 153 33 8 92 **117 8 2 0025600 c 07053 7 615 00282 i.*2871 1 .5258 235 62 81293 151 9* 8 **1 *112* 30 0026108 06880 7 288 00276 l.*2256 1 5128

2*0 61 98550 1*8 79 8 2*6 38301 61 002689* 06706 6 988 00270 l.*1633 1 .5007

2*5 61 1*2*2 1*5 *6 8 0*6 35558 65 0027737 06538 6 713 00255 l.*1000 1 .*91*

250 60 28602 1*2 13 7 869 32975 0028678 06369 6 *61 00259 l.*0359 1 .*885 255 59 *1605 138 88 7 66 30591 76 0029*71. 06202 6 230 00255 1.39710 1 .*801

260 58 53566 135 ** 7 5*0 282*1 76 0030757 06039 6 018 002*8 1.39055 1 ,*9*5 265 57 63263 132 12 7 276 26139 62 0031353 05876 5 8*7 02*6 1.38385 1 ,*839

27 56 7210* 128 97 7 111 2*163 1* 0. 0032*27 05717 5 697 002*1 1.37711 1 500*

275 55 79630 125 88 5 962 22295 93 0033657 05561 5 5*9 00235 1.37030 1 .5221

28 5i» 85289 122 90 6 7*5 20608 69 003**9* 05*07 5 *0 3 00233 1.36337 1 52*7

285 53 898*3 119 66 6 568 18895 7 1 0035823 05258 5 258 c 00228 1.35638 1 .5*32

290 52 92636 117 71 6 235 17368 6* 0036928 05112 5 115 00222 1.3*929 1 .5659

295 51 9*105 11* 60 6 093 15958 18 00382*0 0*970 h 975 00218 1.3*213 1 .579*

300 50 9*171 111 68 5 917 1*6*3 59 003951* 0*831 i* 837 00215 1.33*90 1 .5905

310 1.8 90086 106 32 5 565 12313 06 00*2250 0*566 it 567 00208 1.32020 1 .6173

32 1.6 81087 101 37 5 2*0 10358 88 00*5105 0*319 * 309 00202 1.30527 1 .6*22

33 1.1. 68357 96 8* * 957 8750 *2 00*7910 c 0*113 * 063 00198 1.29018 1 .6500

31)0 1.2 5*218 92 86 * 705 7*69 *2 00502*8 03927 3 833 00198 1.27511 1 .6395 350 1.0 *1961 89 68 * *77 6*65 97 0052032 03757 3 621 00199 1.26030 1 .6188

36 38 3*950 87 27 * 275 5700 15 0U5298* 03602 3 *30 00203 1.2*596 1 .58*8

37 36 3622* 85 57 * 10* 5111 3* 0053286 03*5* 3 260 00208 1.23230 1 .5*89

38 3* *811* 8* 58 3 951 *666 01 j 0052862 03323 3 111 00216 1.219*6 1 .5068

39 32 72109 8* 25 3 821 *336 13 0051795 03207 2 982 00225 1.2075* 1 .1.606

<f00 31 09510 8* *6 3 701 *096 93 3 0050067 03105 2 872 00236 1.19659 1 *0 81 *10 29 60393 85 10 3 607 3917 53 00*8191 03016 2 778 002*8 1.18661 1 .3599

i»20 28 2*109 86 05 3 519 3780 7* 00*610* 02939 2 699 00262 1.1775* 1 .3116

*3 26 99*78 87 31 3 *5 5 3676 3* 00**161 02873 2 632 00276 1.16928 1 .2715

**0 25 85729 88 87 3 386 3605 36 00*1982 02815 2 576 00292 1.16178 1 .2286

1.50 V* 62006 90 69 3 33 3 3558 12 0039911 02765 2 528 00308 1.15*97 1 .1911

*60 23 871.05 92 62 3 .281 3522 .21 0037923 02723 2 *88 00325 1.1*878 1 .1556

1.70 23 0065* 9* 66 3 236 3*95 58 0036083 02686 2 *55 003*2 1.1*313 1 .1237

1.80 22 20937 96 77 3 .20* 3*75 .31 003**65 02656 2 *26 .00359 1.13795 1 .0971

1.9 21 *7*18 98 9* 3 166 3*60 51 0032861 02629 2 *03 00376 1.13319 1 .0700

50 20 79*56 101 15 3 1*2 3**9 65 0031*78 a 02607 2 383 0039* 1.12880 1 .0*79

510 20 16383 103 38 3 116 3**1 7* 0030151 0258* 2 367 00*11 1.12*73 1 .0281

520 19 57669 105 63 3 098 3*36 .61 0028965 02571 2 35i. 00*29 1.12096 1 .0082

53 19 030*1 107 90 3 .067 3*31 ,80 00277*8 02562 2 3*3 00*50 1.117*5 .9657

51.0 18 51878 110 10 3 .056 3*27 *1 0026770 0255* 2 33* 00*68 1.11*18 .9697

55 18 0*087 112 .*1 3 .028 3*26 *0 C02568* 025*9 2 .328 00*89 1-S11113 .9*93

56 17 59109 11* 62 3 .019 3*25 37 002*822 025*5 2 323 00508 1.10826 .93*9

570 17 .1667* 116 .80 3 .012 3*2* .19 002*025 025*3 2 320 .00528 1.10556 .9216

580 16 765*7 118 9* 3 008 3*22 81 0023288 c 025*2 2 318 005*7 1.103J1 .9093

590 16 .38523 121 05 3 .005 3*21 .22 0022603 025*2 2 317 ,00567 1.10059 .8977

600 16 02*21 123 12 3 00* 3*19 ** 002196* 025*3 2 317 00587 1.09831 .8869

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

3*00 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY cv C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/L8-R BTU / LB -R FT/SEC

• 102. 59* 0.01213 2296.77 319.5 -82.661 -75.022 0.50638 0. 267 0.392 3 9*8 105 0.01218 2253.30 313.6 -81.7*9 -7*. 080 0.515*6 0. 266 0.392 3923

110 0.01229 216*. 95 301.6 -79.859 -72.12* 0.53366 0, 262 0.391 3871

115 0.01239 2079.27 290.0 -77.972 -70.170 0.55102 0. 258 0.390 3817

12 0.01250 1996.18 278.8 -76.090 -68.220 0.56762 0. 255 0.390 3 763 125 0.01261 1915.63 268.0 -7*. 212 -66.272 0.58352 0. 251 0.389 3708

130 0.01272 1837.57 257.5 -72.337 -6*. 327 0.59878 0, 2*8 0.389 3652 135 0.0128* 1761.9* 2*7.5 -70.*67 -62.385 0.613** 0. 2*5 0.388 3 596

li»0 0.01295 1686.69 237.7 -68.600 -60.*** 0.62756 0. 2*2 0.388 3539

1*5 0.01307 1617.75 228.3 -66.737 -58 .506 0.6*116 0, 2*0 0.387 3*82

15 0.01320 15*9.08 219.3 -6*. 877 -56.569 0.65*29 0. 237 0.387 3*2*

155 0.01332 1*82.62 210.6 -63.020 -5*. 63* .66698 0..23* 0.387 3365

16 0.013*5 1*18.31 202.2 -61.167 -52.701 0.67925 0. 232 0.386 3309 165 0.01358 1356.11 19*.

-59.317 -50.769 0.6911* 0, 230 D.386 3251

170 0.01371 1295.95 186.* -57.*70 -*8.837 0.70267 0.,227 0.386 3193

175 0.01385 1237.79 179.0 -55.626 -*6.907 0.71387 0,,225 0.386 3135

16 0.01399 1181.57 171.8 -53.78* -**.976 0.72*7* 0,,223 0.386 3078

185 0.01*13 1127.2* 16*.

-51.9** -*3.0*6 0.73532 D.,221 0.386 3021

190 0.01*28 107*. 75 158.3 -50.107 -*1.115 0.7*562 0,,219 0.366 296*

195 0.01**3 102*. 06 152.0 -*8.271 -39.18* 0.75566 0.,217 0.386 2908

20 0.01*59 975.12 1*5.9 -*6.*37 -37.251 0.765*5 0.,215 0.387 2853

205 0.01*75 927.88 1*0.1 -**.605 -35.317 0.77500 0,,212 0.387 2799

210 0.01*92 882.30 13*.

-*2.773 -33.381 0.78*3* 0.,210 0.387 27*6

215 0.01509 838.3* 129.1 -*0.9*3 -31.**2 0.793*6 0,,208 0.388 269*

22 0.01527 795.95 12*. -39.113 -29.*99 0.80239 0,,205 0.389 26**

225 0.015*5 755.11 119.1 -37.28* -27.553 0.81113 0.,202 0.389 259*

230 0.01565 715.78 11*.* -35. *5* -25.603 0.81970 0,,199 0.390 2 5*7 235 0.0158* 677.88 108.8 -33.601 -23.626 0.82821 0..203 0.39* 2*69

2*0 0.01605 6*1.88 10*.

-31.7*6 -21.6*1 0.83656 D.,202 0.397 2*19

2*5 0.01627 605. *U 100.2 -29.882 -19.6*2 0.8**81 0.,201 0.*00 2363

250 0.016*9 570.62 96.2 -28.012 -17.630 0.8529* 0.,200 o.*o* 2312

255 0.01672 538.65 91.9 -26.135 -15.606 0.86095 0,,199 0.*06 2258

260 0.01697 505.86 88.5 -2*. 260 -13.578 0.86883 0,,197 0.*12 2212 265 0.01722 *76.88 83.7 -22.370 -11.527 0.87665 ,196 0.*10 2150

27 0.017*9 **9.*9 80.2 -20.*82 -9.*71 0.88*33 0,,195 0.*13 2103 275 0.01777 *23.12 76.9 -18.590 -7.*0* 0.89192 0,.19* 0.*18 2 058 280 0.01806 399.08 73.1 -16.688 -5.317 0.899** 0..192 0.*19 2007

285 0.01837 37*. 02 69.5 -1*.787 -3.22* 0.90685 ,191 0.*21 1952

29 0.01869 351.35 66.0 -12.867 -1.102 0.91*23 0,,195 0.*27 1891

295 0.01902 330.** 63.0 -10.933 1.0*3 0.92156 ,193 0.*31 18*7

30 0.01938 310.61 59.8 -8.999 3.200 0.92881 ,192 0.*33 1800

310 0.0201* 27*. 58 5*.l -5.115 7.563 0.9*312 ,191 0.*39 1709

32 0.02098 2*3.39 *8. 8 -1.21* 11.993 0.95718 ,191 0.**6 162*

33 0.02190 216.91 **.o 2.691 16.*81 0.97099 ,190 0.*52 15*8

3*0 0.02292 195.36 39.7 6.577 21.010 0.98*52 0., 188 0.*5* 1*80

35 0.02*0* 178.35 35.7 10.*18 25.551 .99768 0,, 186 0.*5* 1*21

36 0.0252* 165.62 32.3 1*.192 30.081 1.010** 0., 18* 0.*51 1371

370 0.02652 156.15 29.2 17.871 3*. 566 1.02273 D,,183 0.**6 1330

380 0.02787 1*9.50 26.5 21.**3 38.987 1.03*52 0.,181 0.*38 1295

390 0.02927 1*5.19 2*.

2*. 90* *3.333 1.0*581 0., 180 0.1.30 1270

*0 0.03072 1*3.21 22.2 28.2*2 *7.583 1.05657 0.,178 0.*19 12*9 *10 0.03220 1*2.79 20.5 31.**8 51.719 1.06678 0.,177 a.*08 1235

*20 0.03369 1*3. *6 18.9 3*. 526 55.736 1.076*6 .176 0.396 1223

*3 0.03519 1**.91 17.6 37.*88 59.6*1 1.08565 0,.17* 0.385 1218

**0 0.03669 1*7.22 16.* *0.3*1 63.**2 1.09*39 .173 0.375 1215

*50 0.03619 150. *0 15.* *3.091 67.137 1.10270 0..172 0.365 1215

*60 0.03968 15*. 05 1*.5 *5.7*3 70.726 1.11059 .171 0.35* 1216

*70 0.0*116 158.0* 13.7 *8.309 7*. 221 1.11810 0,.170 0.3** 1219

*80 0.0*262 162.22 13.0 50.795 77.626 1.12527 ,169 0.337 122*

*9 0.0**06 166.60 12.3 53.210 80.951 1.13213 . 168 0.328 1229

50 0.0*5*9 171.11 11.8 55.559 6*. 200 1.13870 .167 0.322 1237

510 0.0*691 175.68 11.2 57.8*9 87.380 1.1**99 .166 0.315 12**

52 0.0*831 180.33 10.8 60.08* 90.*97 1.15105 0..165 0.309 1253

53 0.0*969 185.01 10.3 62.268 93.551 1.15687 . 16* 0.302 1259

5*0 0.05106 189.65 9.9 6*.*06 96.550 1.162*7 ,163 0.297 1268

55 0.052*1 19*. *2 9.5 66.500 99. *9* 1.16788 0..162 0.292 1275

560 0.0537* 199.16 9.2 68.556 102.392 1.17310 . 161 0.287 1285

570 0.05507 2 3 . 86 8.9 70.575 105.2*6 1.17815 . 160 0.283 1295

58 0.05639 208.52 8.6 72.560 108.060 1.18305 .159 0.280 1305

590 0.05769 213.13 6.3 7*. 513 11U.835 1.18779 .157 0.276 1315

600 0.05899 217.70 8.1 76.*35 113.57* 1.19239 .156 0.273 1326

TWO-PHASE BOUNDARY
31.00 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY

PEG. R LB/CU FT

» 102.59". 82.1.2517 105 82 09033

110 81 39*07

115 80 6970 5 120 79 99915

125 79 30023

130 78 60011

135 77 89861.

1<>0 77 19561

1*5 76 1.9083

15 75 78*01. 155 75 07502

160 71. 3631.7 165 73 61.911 170 72 93160

175 72 21058

ISO 71 1.8568 185 70 7561.6 19 70 0221.8

195 69 28323

20 68 53818

205 67 78676

210 67 02833

215 66 26221. 220 65 1.8777 225 61. 701.15 23 63 91057

235 63 11312

2*0 62 30301.

2*5 61 i.79i.it 250 60 61.397 255 59 79577

260 58 91.01.3 265 58 06259

27 57 17800

275 56 28258

280 55 36926

285 51. 1.5058 290 53 51516

295 52 56851

30 51 61077

310 1.9 66115

320 1.7 67221. 330 1.5 65351

34 1.3 62161

350 1.1 60321. 360 39 62382

37 37 71195

380 35 88727

390 3* 16311.

1.0 32 55135

1.10 31 05925

*2 29 681.79

1.3 28 1.1911

1.1.0 27 25383

1.5 26 1826".

1.60 25 20113

1.7 21. 29761

1.8 23 1.6501

1.9 22 69510

50 21 98192

510 21 31901.

52 20 70100

530 20 12558

51.0 19 58652

55 19 08188

56 18 .60687 570 18 15872

580 17 731.96

590 17 .3331.1. 60 16 95226

DH/OV)„ V(DP/DU>„ -VCDP/OV), - (OV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC PRANOTL

r CONDUCTIVITY 3IFFUSIVITY CONSTANT NUMBER

TU/LB PSIA-CU FT/BTU PSIA DEG. R BTU/FT-HR-R LB/FT-SEC

X 105

SO. FT/HR

232 12 1* ,*93 189311 86 0016879 113** *6 523 00351 1.57559 5 78*6

230 91 1* 386 18*973 79 0016955 11285 ** 5*8 00351 1.57269 5 56*1

228 38 1* 160 17621* 37 0017117 11156 *0 7*0 00351 1.56729 5 13 95 225 82 13 92 8 167790 6 5 0017285 11020 37 299 00350 1.56170 * 7563

223 2* 13 692 159692 51 0017*60 10877 3* 188 003*9 1.55611 * *10*

220 6* 13 *51 151909 99 00176*2 10729 31 375 3 4 8 1.550*2 * 0977

218 01 13 20 7 1***33 33 0017831 10576 28 832 003*6 1.5**9* 3 6150 215 35 12 .961 137252 91 0018029 10*19 26 532 003** 1.53936 3 5593

212 67 12 713 130359 29 0018236 10258 2* *50 003*3 1.53379 3 327?

209 95 12 *6* 1237*3 2* 0018*53 10093 22 567 003*1 1.52821 3 1185

207 19 12 .215 117395 68 0C18681 09925 20 863 00338 1.52263 2 9289

20* *0 11 967 111307 73 0018921 09755 19 320 00336 1.517U* 2 7573

201 57 11 721 105*70 70 3 0019173 09563 17 922 00333 1.511*5 2 6020

198 70 11 *7 8 99876 10 0019**0 c 09*09 16 656 00331 1.50585 2 *615

195 78 11 238 9*515 6* 0019723 0923* 15 509 00328 1.5002* 2 33*6

192 81 11 002 89381 2 5 0020022 09058 1 4 *69 00325 l.*9*61 2 2199

189 79 10 77 2 8**65 06 0020339 08381 13 525 00322 l.*8897 2 116*

186 72 10 5*8 79759 *3 0020677 0870* 12 670 00319 l.*8331 2 0232

183 58 10 331 75256 96 0021037 08526 11 893 00315 l.*7763 1 9393

180 38 10 122 70950 it 6 0021*21 083*8 11 187 00312 l.*7192 1 86*1

177 12 9 922 66833 07 0021831 D 08171 11) 5*6 00308 l.*6618 1 7967

173 78 9 732 62898 07 0022270 G 0799* 9 963 00305 l.*60*0 1 7366

170 37 9 55* 59139 10 00227*1 07817 9 *33 00301 l.*5*59 1 6831

166 89 9 388 55550 06 00232*6 076*1 8 950 00297 l.**873 1 6358

163 32 9 236 52125 1* 0023788 07*66 8 510 00293 l.**2B3 1 59*1

159 67 9 098 *8858 8 3 002*371 07292 8 108 00290 l.*3687 1 5577

155 96 3 97 5 *57*5 97 002*999 07119 7 7*2 00286 l.*3086 1 5263

151. 7 9 8 *99 *2783 2* 0025*36 069*9 7 *10 0028C l.*2*83 1 .511* 151 81 3 321 39991 17 1) 0026176 06780 7 10 5 0027* l.*1872 1 *993

11.8 5 b 8 113 37219 95 0G26922 06612 b 825 00269 l.*1253 1 *665

1*5 30 7 939 3*60* 93 00 27797 06**5 6 569 00263 l.*0627 1 *820

1*2 18 7 7*0 32208 80 0028536 06261 6 33* 00259 1.39993 1 *728

138 77 7 60 9 29815 81 0029680 06120 b 119 00252 1.39356 1 .*825 135 57 7 358 27688 73 0030237 05960 5 925 0025C 1.387u* 1 .*672 132 51 7 .201 25700 69 0031187 05803 5 778 002*6 1.38049 1 .481* 129 52 7 058 2381* 45 0032290 05650 5 63* 002*0 1.37368 1 .5013 126 6* 6 863 22096 75 0033102 05*99 5 *90 00237 1.36716 1 .5067 123 *7 3 66* 20365 80 003*120 05352 5 3*9 00233 1.360*2 1 .5157 121 67 3*1 18802 80 0035122 05208 5 209 00228 1.35359 1 .5387

118 71 6 206 17370 77 0036267 05069 5 072 0022* 1.3*669 1 .5510 115 91 6 032 16030 96 0037328 0*933 * 937 00221 1.3397* 1 .5590 110 77 5 .690 13636 09 003966* 0*673 * 675 0021* 1.325b6 1 .582* 106 01 5 .373 11602 8* 00*2093 0**30 * *2* 00208 1.311*1 1 .60*1 101 56 5 091 9902 76 00***75 0*213 * 18* 0020* 1.2970* 1 .6151

97 59 * 8*3 8521 72 00*65*5 0*030 3 959 00203 1.26269 1 .6065

9* 26 * .623 7*19 76 00*817* 03861 3 751 .0020* 1.2685* 1 .5860

91 76 * *22 6562 5b 00*9167 03707 3 561 00207 1.25*77 1 .5607 89 88 * .2*6 5888 78 00*963* 03559 3 391 00212 1.2*157 1 .5298

88 bl * 086 5365 16 00*9**7 03*27 3 239 00218 1.22905 1 .*911

88 01 3 .953 *960 05 00*8903 03310 3 107 00225 1.21730 1 .*5*C

87 97 3 827 *661 61 00*7652 03206 2 992 00235 1.20639 1 4031

88 39 3 72* **3* 99 00*6160 03115 2 892 002*6 1.19635 1 .3639

89 10 3 625 *258 53 00**388 0303* 2 808 00256 1.16715 1 .3175

90 12 3 553 *118 12 00*2755 02966 2 735 00271 1.17872 1 .2792

91 *0 3 *B6 *012 3* 00*0990 02905 2 673 00285 1.17099 1 .2*11

93 00 3 *28 3937 8* 0039200 c 02853 2 621 00299 1.16392 1 .2056

9* In 3 .368 3882 29 003735* 02806 2 576 00315 1.157*7 1 .1696

96 6b 3 317 3839 90 0035632 02767 2 533 00331 1.15155 1 .1373

98 6* 3 281 3806 .55 003*118 .02733 2 506 003*6 1.1*611 1 .1107

100 71 3 .239 3781 06 0032600 .0270* 2 *78 00363 1.1*110 1 .0835 102 82 3 .212 3761 36 003127* 02679 2 *55 00379 1.136*7 1 .0611 10* 97 3 .182 37*5 *1 002999* .02655 2 *36 00396 1.13218 1 .0*01

107 L* 3 162 3733 07 0028855 026*0 2 *20 00*13 1.12819 1 .0201 109 36 3 .127 3723 *8 0027639 02628 2 *07 00*32 1.12**9 .996* 111 52 3 112 371* 60 002667* 02619 2 396 00**9 1.12102 .9797 113 76 3 086 3709 82 00256*3 02611 2 387 00*69 1.11778 .9600 115 .95 3 .075 3705 65 002*78* .02606 2 380 00*87 1.11*7* .9*50 118 11 3 066 3701 79 0023967 02602 2 375 00506 1.11188 .9311

120 2* 3 ,058 3698 03 00232*8 02599 2 371 0052* 1.10 918 .9182

122 .3* 3 .053 369* 29 0022560 02596 2 369 005*3 1.106D2 .9061 12* *1 3 050 3690 50 0021920 02596 2 367 00562 1.10*19 .89*7

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

3600 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY C

v C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/LB CU FT-PSIA/LB 3 SIA/R BTU/L3 BTU/LB BTU/LB-R BTU / .8 -R FT/SEC

* 102.869 0.01213 2308.59 319.6 -82.626 -74.543 0.50667 0,,'268 0.392 3956

105 0.01217 2270.20 314.4 -81.821 -73.709 0.51469 .266 0.391 3 934 110 0.01227 2182.05 302.4 -79.935 -71.754 0.53288 •0,,262 0.391 3882

115 0.01238 2096.56 290.8 -78.054 -69.803 0.55023 0..258 0.390 3329

12 0.01243 2013.67 279.6 -76.177 -67.854 0.56682 0.,255 0.389 3775

12 5 0.01259 1933.32 268. 8 -74.304 -65.908 0.58270 0..252 0.389 3720

13 0.01271 1855.45 258.4 -72.435 -63.965 0.59794 0,,249 0.388 3 665 135 0.01282 1780.04 2 48.3 -70.570 -62.025 0.61259 0.,246 .368 3609

140 0.01293 1706.99 238.6 -68.709 -60.087 0.62669 0.,243 0.387 3553 US 0.51305 1636.26 229.2 -66.852 -58.151 0.64027 0., 240 0.387 3496

150 0.01317 1567.80 220.2 -64.999 -56.217 0.65338 u < ,237 0.386 3 439 155 0.01330 1501.55 211.5 -63.149 -54.285 0.66605 ,235 0.386 3382

160 0.01342 1437.46 203.2 -61.303 -52.355 0.67330 0,,233 0.366 3324

165 0.01355 1375.47 195.1 -59.460 -50.427 0.69017 ,230 0.386 3267

17 0.01368 1315.52 187.4 '57.620 -48.499 0.70168 0.,228 0.385 3213 175 0.01382 1257.57 180.0 -55.784 -46.573 0.712B5 0,,226 0.385 3153

18 0.01396 1201.57 172.8 -53.951 -44.647 0.72370 0..224 0.385 3095 185 O.OliflO 1147.46 166. C -52.123 -42.722 0.73425 0.,222 0.385 3040

19 0.31424 1095.19 159.4 -50.292 -40 .797 0.74452 0,,219 0.385 2984

195 0.01<t39 1044.71 153.1 -48.466 -38.871 0.75452 0.,217 0.3 85 2 929

20 0.01455 995.98 147.1 -46.643 -36.945 0.76428 ,215 0.385 2875

205 0.01471 948.95 141.3 -44.822 -35.018 0.77380 0.,213 0.385 2822

210 0.01487 903.57 135.7 -43.002 -33.09C 0.78309 0,,211 0.386 2770

215 0.0150if 359.81 130.4 -41.185 -31.160 0.79216 0,,20 8 0.386 2719

22 0.01521 817.62 125.3 -39.368 -29.227 0.80106 0,,205 0.385 2669

225 0.01539 776.98 120.4 -37.553 -27.292 0.80976 0.,203 0.387 2621

23 0.01558 737. 83 115.7 -35.739 -25.353 0.81827 0.,200 0.387 2575

23 5 0.01577 700.73 110.2 -33.903 -23.389 0.82672 D ,203 0.391 2499

240 0.01597 665.63 106.4 -32.064 -21.417 0.83503 0,,202 0.395 2454

21.5 0.01618 628.99 101.7 -30.219 -19.433 0.84321 0.,201 0.397 2395

25 0.31640 593.96 97.3 -28.368 -17.438 0.85127 0,,200 0.400 2346

255 0.01662 562.11 93.6 -26.512 -15.431 0.85922 ,199 0.403 2295

26 0.01686 528.89 90.0 -24.659 -13.423 0.86702 0.,196 0.407 2 245 265 0.01710 499.79 85.5 -22.792 -11.391 0.87476 ,197 0.406 2183

27 0.01736 472.56 81.9 -20.928 -9.357 0.88236 0.,195 0.409 2142

275 0.01762 446.23 78.7 -19.063 -7.315 .88986 0.,194 0.413 2099

280 0.01790 421 .81 75.1 -17.187 -5.253 0.89729 0,,193 0.415 2050 285 0.01819 397.04 71.1 -15.318 -3.191 0.90459 0..192 0.414 1993

290 0.01850 373.98 67.8 -13.430 -1.100 0.91185 0.,195 0.421 1935

295 0.01931 353.11 64.9 -11.529 1.012 0.91908 0,, 193 0.424 1894

300 0.01915 333. 30 61.7 -9.628 3.135 0.92622 0.,193 0.425 1847

310 0.01986 296.99 56.0 -5.819 7.418 0.94026 0.,192 0.431 1759

320 0.02061. 265.13 50.8 -1.999 11.757 .95404 0,, 191 0.437 1675

330 0.02149 237.89 46.0 1.820 16.146 0.96754 v.,190 0.441 1601

31.0 0.3 2242 215.19 41.7 5.62 20.568 .98074 0..188 0.444 1533

350 0.32344 196.93 37.7 9.377 25.000 0.99359 0,,186 0. 443 1475

360 0.02>f53 132.90 34.3 13.077 29.426 1.00606 0.,164 0.442 1425

370 0.32569 172.17 31.1 16.695 33.818 1.Q181C 0.,183 0.437 1382

380 C. 02691 154.30 28.3 20.217 38.155 1.02966 0,,181 0.430 1344

39 0.02818 158.58 26.0 23.636 42.424 1.04075 0.,180 0.424 1317

40 0.02951 155.36 23.9 26.954 46.623 1.05138 ,178 0.415 1294

410 0.03086 153.99 22.0 30.156 5C.726 1.06151 0.,177 0.405 1277

420 0.03223 153.87 20.4 33.239 54.722 1.07114 0,,176 0.394 1263 WO 0.03361 154.57 19.0 36.210 58.613 1.08030 0.,175 0.384 1255

440 0.03500 155.95 17.7 39.078 62.408 1.03903 0., 173 0.375 1250

•5 0.03639 158.27 16.7 41.852 66.111 1.09735 0.,172 0.366 1248

460 0.03778 161.32 15.7 44.532 69.716 1.10527 0,,171 0.356 1245

if 7 0.03916 164.81 14.8 47.128 73.232 1.11284 0.,170 0.346 1247

if 8 0.0<f053 168.59 14.0 49.644 76.661 1.12006 0.,169 G.339 1251

49 0.04189 172.64 13.3 52.090 80.011 1.12697 0,,168 0.331 1255

500 . 3-323 176.89 12.7 54.469 83.238 1.13359 0,,167 0.324 1261

510 0.04455 181.22 12.1 56.788 86.495 1.13994 0.,166 0.317 1267

52 0.3<t588 185.63 11.6 59.052 89.639 1.14605 0,,165 0.312 1275

53 0.04719 190.20 11.1 61.264 92.720 1.15191 0.,164 0.305 1280

5<f0 0.0491.8 194.74 10.7 63.428 95.746 1.15757 0,,163 G.300 1289. 55 0.04976 199.38 10.2 65.549 98.717 1.16302 0.,162 0.295 1296

560 0.05102 204.03 9.9 67.628 101.641 1.15829 0.,161 0.290 1305

57 0.05228 208.67 9.5 69.671 104.521 1.17339 0,,160 0.286 1315

580 0.05352 213.28 9.2 71.679 107.359 1.17833 0.,159 0.282 1324

590 0.05476 217.86 8.9 73.654 110.157 1.13311 0.,153 0.278 1334

600 0.05599 222.40 8.7 75.597 112.919 1.18775 0.,157 .275 1344

THO-PHASE 90UNDARY 176
3600 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE DENSITY V<OH/DV)

p

V <DP/DU)V -VIDP/DV), DEC R LB/CU FT BTU/LB PSIA-CU FT/8TU PSIA1DV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT DEC R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 10 5

PRANDTL

NUMBER

102. 869 82 .1.7388 233 ,22 li. .1.83 190398 .65 0016787 .11351. V6 820 ,00352 1.57598 5 .8117

105 82 .17876 232 .16 li. .389 186561 .95 0016852 ,11302 1.5 .062 ,00352 1.573bl 5 ,6153 110 81 .1.8608 229 .67 lit .162 177806 .58 0017008 .11175 VI 223 ,00351 1.56803 5 ,1873 115 80 .79281. 227 .15 13 .930 169386 .62 OC 17169 c .110V1 37 ,753 ,00350 1.562V6 t ,8009

120 80 .09891 221. .62 13 .691. 161292 .52 0C17337 10900 T< 615 003V9 1.55691 It V520

125 79 .1.0V15 222 .06 13 .1.5 3 153513 .72 0017511 .10751. 31 778 003!>8 1.55135 1| ,1366

130 78 .708V3 219 .1.8 13 .210 11.60 1.0 .61* 0017692 .10603 29 211 ,0031.7 1.51.580 3 851li 135 78 .01157 216 .87 12 .961. 138863 .65 0017881 101*1.7 26 869 .003V5 1.SVQ26 3 .5932

1V0 77 .313V1 211. ,21. 12 .717 131973 .30 0018079 .10288 21. ,787 I) .0031.1. 1.53V72 3 .3596

11.5 76 61375 211 ,57 12 ,1.68 125360 ,32 0018286 .10125 22 885 .003V2 1.52918 3 .1V60

15 75 .91238 208 ,87 12 .22 119015 .62 0018503 .09959 21 162 .00339 1.52361. 2 ,9561. 15 5 75 .20906 206 ,13 11 .973 112930 31 0018731 09791 19 602 00337 1.51810 2 ,7629

16 7k .50351. 203 .36 11 .728 107095 ,67 0018971 09620 18 189 .00335 1.51255 2 .6256 165 73 .79551. 200 51. 11 1.86 101503 19 1 0019221. 091. V8 16 90 8 00332 1.50699 2 V336

170 73 .081.77 197 .68 11 21.8 9611. i« 5

C- 0019V92 09275 15 7V7 00329 1.501V3 2 ,3550 175 72 .37088 191. .77 11 Oil. 91011 6<f 0019775 09101 Id 691* 00326 1.1.9586 2 2387

180 71 ,65352 191 81 10 .785 86096 .56 0020075 08926 1 3 739 00321* 1.1.9028 2 ,1336 185 70 .93231 188 .79 10 .563 81391 .65 0020391. .08750 12 871 .0032C 1.1*81.67 2 0369

190 70 .20682 185 ,72 10 31.8 76889 1.6 0020733 08571, 12 08"* 00317 1.1.7905 1 ,9535

195 69 1.7658 182 58 10 1H2 72582 77 0021091. 08399 il 368 00311* 1.1.73V1 1 ,8767

200 68 7V112 179 37 9 9V5 681.61. 61 00211.79 08223 10 718 .0031C 1.V6771. 1 ,8078

20 5 67 .99989 176 .10 9 .759 6V528 .28 0021891 080V3 10 126 00307 1.1*6211. 1 ,7V62 210 67 .25232 172 71. 9 581. 60767 Z? 0022332 07871. 9 586 00303 1.1*5630 1 6912

215 66 V9780 169 31 9 ,1.2 3 57175 .56 0022801. 07700 9 097 00300 1.1.5053 1 ,61.22 220 65 73567 165 79 9 276 5371.7 10 0023310 07527 8 650 00296 1.1.1.1.72 1 5989

225 61. 96521. 162 19 9 11. <f 501.76 37 0023851. 07355 8 2V2 00293 1.1.3686 1 5609

230 61. 18575 158 52 9 027 1.7358 07 0021.1.37 07181. 7 870 00289 1.1.3291. 1 5277

235 63 1.0328 157 57 8 555 1.1.1.28 26 0021.811. 07016 7 532 00283 1.V27L2 1 5111

21.0 62 60899 151. .77 8 399 V1671. 3 8 0025530 068V9 7 222 00277 1.1.2102 1 ,1.999

2V5 61 80351 151 60 8 176 38873 69 0026166 c 06683 6 938 00273 l.Vli.96 1 1.825 25 60 987V6 1V8 1.0 8 005 36225 17 0026985 06519 6 677 00267 1.V0881. 1 V766

255 60 15920 11.5 39 7 818 33815 .97 0027686 06357 6 V3 8 00263 1.V0261! 1 1.671. 26 59 32701. 1V2 01 7 668 31377 1*7 0028681. 06199 6 220 00257 1.3961.3 1 V713

265 58 1.7219 138 92 7 1.3 8 29223 91 00292V3 060V1 6 016 0025it 1.390U8 1 ,1.565 27 57 61188 135 91. 7 283 27225 26 0030075 05886 5 857 00250 1.38370 1 ,1*61.5 275 56 71.277 133 03 7 11.8 25320 1.3 0031072 05735 5 711. 0021.5 1.37727 1 ,1*826 28 55 85663 130 22 6 969 23560 91 0031861. 05586 5 573 002V1 1.37071. 1 1.902 285 51. 969V6 127 li. 6 7V5 21825 29 0032583 051.1.2 5 V35 00239 1.361*22 1 1.895 290 51. 06671. 125 1.6 6 1.3 8 20219 80 0033550 05301 5 299 1! 00233 1.35761 1 51V8

295 53 15383 122 61 6 312 18769 15 003V562 05163 5 165 00229 1.35095 1 ,5260 300 52 23216 119 95 6 137 17V08 81. 0U35V51 05030 5 033 00226 1.31*1*25 1 5319

310 50 36125 115 03 5 807 1V956 89 00371.72 0V771. it 777 0022C 1.33071 1 5527

320 1.8 V5916 110 i*3 5 1.91. 12850 51 0039556 11 0V531. it 531 002H. 1.31701* 1 ,5711. 33 1.6 53360 106 09 5 212 11069 93 00VL582 0V312 i» 298 00210 1.30329 1 5828

3"t0 1.1. 59669 102 li. i. 969 9596 69 00V3V25 0V128 i» 078 il 00209 1.28957 1 5771. 35 tZ 67007 98 72 <t 756 81.03 23 fl 00VH900 03960 3 873 c 0C209 1.27601 1 5601. 360 vo 77259 96 11 i. 562 7V57 37 00V59V3 03807 3 681. 00211 1.26275 1 5383

37 38 931V6 91. 10 < 380 6702 /': 00V6V50 03659 3 511. 00215 1.2V998 1 ,5112

38 37 16327 92 61. 1. 209 6106 02 n 001.6366 c 03525 3 361 00221 1.23779 1 1.71.5

39 35. 1.8128 91 76 <* 079 5626 66 0CI.6175 03V08 3 226 00227 1.22628 1 1. 1.1*0 <>00 33 89232 91 51 3 95 5265 31. 001.531.6 03302 3 107 00235 1.215V6 1 1.055

VI.0 32 1.0819 91 75 3 839 V990 1.0 00W168 fl 03209 3 003 0021*1: 1.205V2 1 3652

V2 31 03120 92 29 3 732 1.771. 72 0DV2670 03126 2 911. 00256 1.19616 1 3213

V30 29 75589 93 12 3 651 1.599 26 0' 00V1263 03055 2 836 00267 1.18762 1 281.k

<><»0 28 57V21 91. 15 3 580 1.1.56 38 0039808 02992 2 770 00279 1.17975 1 ,2V91

1.50 27 1.7937 95 1.9 3 521 1.3V9 28 0038311. 02937 2 712 00292 1.172V9 1 .2163

1.6 26 1.7020 97 06 3 1.5 5 1.270 09 0036651. 02888 2 663 00307 1.16582 1 1811

V7 25 53719 98 81 3 397 1.208 8D 0035063 028V5 2 621 a 00322 1.15968 1 .11.89

1.8 21. 671.68 100 67 3 357 1.159 92 0033661. 02809 2 585 00336 1.15itu2 1 1226

1.90 23 871.65 102 62 3 313 1.121 75 00322V9 02777 2 551. 00351 1.1V879 . 1 0957

50 23 13175 101. 6<t 3 282 1.091 66 0030987 02750 2 528 00367 1.1V391* 1 0731

510 22 1.1.016 106 71 3 21.8 1.066 53 0. 0029752 V 02725 2 505 00383 1.139V5 1 0507

520 21 79V31. 108 79 3 225 1.0V5 68 0028661* 02708 2 V86 00398 1.13526 1 0306

53 21 19195 110 96 3 189 1.030 68 00271.86 02691. 2 V70 D 00V17 1.13136 1 .0068

51.0 20 627V1 113 08 3 171 1.017 01 0026529 02682 2 1.5? 00V33 1.12772 9893

55 20 09788 115 26 3 11.7 1.007 18 o 0025556 02673 2 V-.6 00V52 1.12V31 9701. 56 19 59919 117 VL 3 133 3998 90 002V706 02666 2 V37 00V69 1.12110 95V8

57 19 12855 119 51. 3 ,121 3991 58 0023915 02660 2 1.30 00V86 1.11808 . .9VC3 580 18 683V6 121 65 3 111 3981. 86 0. 0023179 02656 2 1.25 00504 1.11523 9269

590 18 26171 123 71. 3 103 3978 V9 0022V93 02653 2 i*21 00522 1.11251. 91V3

60 17 86131 125 79 3 098 3972 33 0021853 02651 2 VL8 0051.0 1.10998 9025

THO-PHASE BOUNOARY
THERMODYNAMIC PROPERTIES OF OXYGlN

3800 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY C v Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

EG. R CU FT/LB CU FT-PSIA/LB ^SIA/R BTU/L8 BTU/LB BTU/LB-R 8TU / LB -R FT/SEC

* 103.143 0.01212 2320.38 319.7 -82.591 -74.061. 0.50696 0. 268 0.391 3964

10 5 0.01216 2287.02 315.1 -81.891 -73.338 0.51394 0. 266 0.391 3 945 110 0.01226 2199.07 303.2 -80.010 -71.385 0.53211 0. 262 0.390 3893

115 0.01236 2113.77 291.6 -78.131* -69.1.35 0.54945 0. 259 0.390 3840

12 0.0121*7 2031.07 280.1* -76.262 -67.1.88 0.56602 0, 255 0.389 3787

12 5 0.01258 1950.92 269.6 -71*. 391* -65.5i.it 0.58189 0. 252 0.388 3733

130 0.01269 1873.26 259.2 -72.531 -63.603 0.59712 0..249 0.388 3678 135 0.01280 1798.03 21.9.2 -70.671 -61.661. 0.61175 0,,246 0.387 3622

11.0 0.01291 1725.18 239.5 -68.816 -59.729 0.62582 0,,243 0.387 3 566

145 0.01303 1651.. 66 230.1 -66.965 -57.795 0.63939 0,,240 0.386 3510

15 0.01315 1586.1.0 221.1 -65.118 -55.861. 0.65248 0,,238 0.366 3453

155 0.01327 1520.35 212.1. -63.275 -53.935 0.66513 0.,235 0.385 3396

16 0.0131.0 11.56.1.6 201..

-61.1*36 -52.009 0.67736 0.,233 0.385 3340 165 0.01352 1391.. 67 196.1 -59.600 -50.083 0.68921 0.,231 0.385 3283

17 0.01365 1331.. 93 188.1. -57.768 -1.8.160 0.70070 0,,229 0.385 3226

175 0.01379 1277.19 181.0 -55.939 -1.6.237 0.71184 0.,226 0.384 3170

18 0.01392 1221.39 173.9 -51*. Ill* -1.1.. 316 0.72267 0,,224 0.384 3114

185 0.011.06 1167.1.8 167.0 -52.292 -1.2.396 0.73319 0,,222 0.384 3058

190 0.011.21 1115.1*1 160.5 -5 0.1*7 3 -1*0.1*76 0.74343 0,,220 0.384 3003

195 0.011.35 1065.13 151..

-1*8.657 -38.556 0.75341 0.,218 0.384 2949

200 0.011.51 1016.60 11.8.2 -1.6.81.3 -36.637 0.76313 0.,216 0.384 2 896 205 0.011.66 969.76 11.2.1. -1.5.033 -3i*. 717 0.77262 0.,213 0.3 84 2 844

210 0.011.82 921.. 58 136.9 -1.3.225 -32.796 0.78188 ,211 0.384 2792

215 0.011.99 881.01 131.6 -1.1.1.19 -30.871. 0.79092 0,,209 0.384 2 743

22 0.01516 839.00 126.5 -39.616 -28.951 0.79976 0,,206 0.385 2694 225 0.01533 798.53 121.7 -37.811. -27.025 0.80841 0.,203 0.385 2647

23 0.01552 759.55 117.1 -36.015 -25.098 0.81688 0,, 200 0.385 2602

235 0.01570 723.26 111.6 -31.. 195 -23.11.6 0.82528 0,,204 0.388 2528

21.0 0.01590 689.17 108.2 -32.370 -21.181. 0.83354 0.,203 0.393 2489

21.5 0.01610 652.31. 103.2 -30.51.3 -19.215 0.84166 0,,202 0.394 2428

25 0.01631 617.06 99.3 -28.711 -17.235 0.84966 0.,201 0.397 2379

255 0.01653 585.28 95.3 -26.872 -15.21.3 0.85755 0..200 J. 400 2331

260 0.01675 551.58 91.1. -25.01.1 -13.251. 0.86527 0.,198 0.403 2279 265 0.01699 522.33 87.2 -23.195 -11.21.1 0.87294 .197 0.403 2225

27 0.01723 1.95.27 83.6 -21.352 -9.226 0.88048 .196 0.405 2179

275 0.0171.9 1.68.96 80.1. -19.511 -7.205 0.88789 0,. 194 0.409 2138

280 0.01776 1.1.3.88 76.9 -17.660 -5.166 0.89524 0..193 0.411 2091 285 0.01803 1.19.69 72.6 -15.818 -3.130 0.90245 0., 192 0.407 2030

290 0.01832 396.05 69.5 -13.960 -1.069 0.90962 .195 0.415 1976

29 5 0.01862 375.25 66.6 -12.088 1.015 0.91674 0,.194 0.418 1937

30 0. 01893 355.53 63.5 -10.217 3.106 0.92377 0..193 C.419 1891

310 0.01960 319.01. 57.9 -6.1.73 7.322 0.93759 .192 0.424 1807

32 0.02033 286.65 52.7 -2.721. 11.583 0.95112 .191 0.429 1725

33 0.02112 258.71. 1.7.9 1.021 15.886 0.96436 .190 0.432 1650

31.0 0.02198 235.06 1.3.6 4.746 20.216 0.97729 .188 0.434 1584

35 0.02291 215.69 39.6 8.1.30 24.554 0.98987 .186 0.434 1526

360 0.02391 200.38 36.2 12.059 28.886 1.00207 0..184 0.433 1477

37 0.021.97 188.1.7 33.0 15.621 33.195 1.01388 0,.183 0.429 1432

38 0.02609 179.58 30.0 19.096 37.1.55 1.02524 0,.181 0.422 1392

390 0.02726 172.61. 27.6 22.1.71. 1.1.653 1.03614 0.. 180 0.417 1363

1.0 0.0281.7 168.10 25.5 25.763 45.793 1.04663 .178 0.410 1339

1.10 0.02971 165.76 23.6 28.956 1.9.860 1.05667 0..177 0.402 1320

1.2 0.03097 161.. 90 21.8 32.039 53.833 1.06624 ,176 0.392 1304

1.3 0.03225 161.. 97 20.3 35.015 57.708 1.07536 .175 0.383 1293

1.1.0 0.03351. 165.58 19.0 37.892 61.1.89 1.08406 .174 0.374 1285

1.50 0.031.83 166.99 17.9 1.0.679 65 .188 1.09237 .173 0.366 1281

1.6 0.03613 169.33 16.8 1.3.378 68.799 1.10031 .171 0.357 1278

1.70 0.0371.2 172.26 15.8 1.5.997 72.327 1.10790 .170 0.348 1276

1.8 0.03870 175.57 15.0 1.8.539 75.773 1.11515 .169 0.341 1279

1.90 0.03998 179.21. 11.. 3 51.011 79.11.1. 1.12210 .168 0.333 1282

50 0. Qi.125 183.19 13.6 53.1.18 62.1.1.3 1.12877 .167 0.326 1287

510 0.01.251 187.28 13.0 55.763 85.673 1.13517 .166 0.320 1291

52 0.01*375 191.1.5 12.1. 58.051. 88.841 1.14132 .165 0.314 1298

530 0.01.1.99 195.88 11.9 60.291 91.947 1.14724 .164 0.308 1303

51.0 0.01.621 200.33 11.1. 62.1*80 94.997 1.15294 .163 0.302 1311

55 0.01.71.2 201.. 80 11.0 61.. 621. 97.992 1.15843 0..162 0.297 1318

56 0.01.862 209.33 10.6 66.727 100.940 1.16375 .161 0.293 1326

570 0.01.981 213.88 10.2 68.792 103.843 1.16888 .160 0.288 1335

580 0.05099 218.1.2 9.9 70.820 106.703 1.17386 0,.159 0.284 1344

59 0.05217 222.95 9.6 72.816 109.523 1.17868 0,. 158 0.281 1353

60 0.05333 227.1.5 9.3 71.. 779 112.306 1.18336 .157 0.277 1362

THO-PHASE BOUNDARY
3800 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGtN

TEMPERATURE DENSITY V(DH/DV)

p V(DP/OU)v -V(OP/DV)t DEG. R LB/CU FT BTU/LB PSIA-CU FT/BTU PSIA

-<OV/DTt/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY OIFFUSIVITY CONSTANT

OEG. R BTU/FT-HR-R LB/FT-SEC SO. FT/HR

X 105

PRANOTL NUMBER

103. 11.3 82.5221.1 231. 31 111 1.73 1911.83 1.9 0016696 11365 i»7 118 00352 1 57638 5 8389

105 82.26653 233 1.1 11. 391 18811.5 53 0016750 11320 1.5 578 00352 1 571*31 5 6669

110 81.57738 230 95 m 161. 179393 M' 0016900 11191. 1.1 709 00352 1 56877 5 2351* 115 80.88781. 228 1.8 13 933 170977 9 0017055 11062 38 210 00351 1 56323 ". 61.58 12 80.19780 225 99 13 696 162887 18 0017216 10923 3 5 01.5 00350 1 55770 •» 1.939 125 79.50713 223 1.8 13 1.56 155111 82 0017383 10778 32 182 0031.9 1 55217 <t 1758

130 78.81570 220 95 13 213 11.761.2 02 0017556 10629 29 592 0031.8 1 51.666 3 8880 135 78.12336 218 39 12 967 ll.0i.68 15 0017737 101.75 17 21.8 0031.6 1 51.115 3 6271.

11.0 77.1.2996 215 80 12 72 133580 73 0017926 10317 2 5 125 0031.1. 1 535bi. 3 3915

11.5 76.73530 213 18 12 1.72 126970 kb 0018123 10156 23 201. 0031.3 1 53011. 3 1776

15 76.03919 210 53 12 225 120628 29 0018330 09992 21 1.6 3 0031.1 1 521*61. 2 981.2 155 75.31.11.3 207 85 11 979 111.51.5 ?3 001851.7 09825 19 886 00338 1 51911. 2 6089

160 71.. 61.176 205 13 11 735 108712 58 0018775 .09657 18 1.57 00336 1 51363 2 61.99 165 73.93991. 202 37 11 1.91. 103121 80 0019015 091.87 17 162 00333 1 50813 2 5060

iro 73.23569 199 56 11 257 97761. 53 n 0019269 09315 15 987 00331 1 50261 2 .3757 175 72.52869 196 71 11 021. 92632 6 5 0019537 0911.3 11. 921 00326 1 i.97l9 2 2578

180 71.81861 193 80 10 798 87718 22 0019820 08969 13 953 00325 1 1.9156 2 1512

18 5 71.10510 190 85 10 578 83013 51. 0020121 08796 1 3 075 00322 1 1.8601 2 051.9 190 70.38776 187 83 10 365 78511 12 00201.1.1 08622 12 27b 00319 1 1.801.5 1 9680

195 69.66617 181. 75 10 161 71.203 70 0020781 081.1.8 11 551 00316 1 1.71.87 1 8897

20 68.93987 181 60 9 967 70081. 27 002111.1. 08275 10 891 00313 1 1.6927 1 8191. 205 68.20836 178 37 9 781. 6611.6 05 0021531 08101 10 291 00309 1 1.63b!. 1 7562

210 67.1.7112 175 07 9 613 62382 56 002191.1. 07929 9 71.1. 00306 1 1.5798 1 6997

215 66.72758 171 69 9 1.5 6 58787 53 0022386 07757 9 21.6 00302 1 1.5229 1 61.92 22 65.97713 168 22 9 313 55355 01 0022860 07586 8 791 00299 1 1.1.656 1 601*3 225 65.21913 161. 67 9 186 52079 32 0023367 071.16 8 377 00296 1 1.1.079 1 561.6 230 61.. 1.5290 161 0<t 9 076 1.8955 08 0023912 0721.7 7 998 00292 1 1.31.97 1 5298

235 63.681.19 160 30 8 608 1,6060 09 0021.235 07081 7 651. 00286 1 1.2911. 1 5117

21.0 62.901.25 157 66 8 1.8 2 1.3351 83 0021.950 06916 7 339 00280 1 1*2325 1 5026

2"t5 62.11572 151. 58 8 231. 1.0520 51) 00251.63 06753 ? 050 .00276 1 1.1731 1 1.793 250 61.31779 151 1.3 8 067 37836 51. 0026233 06591 6 785 00271 1 1.1132 1 1.721 255 60.50785 11.8 52 7 89<t 351.11. 11 0026911 061.31 6 51.1 00266 1 1.0525 1 .1.635 260 59.69729 11.5 16 7 719 32927 7 b 0027757 06275 6 320 00261 1 39919 1 1.609 265 58.86358 11.2 17 7 516 3071.6 31 0028353 06119 6 113 00258 1 39298 1 1.1.96 27 58.02522 139 30 7 358 28737 .91. 0029071. .05967 5 932 u 00251. 1 38676 1 1.1*91* 275 57.17989 136 1.3 7 232 26811. 93 0029978 05818 5 792 0021.9 1 38050 1 1.658 280 56.31871. 133 62 7 060 21.998 1.9 003071.1. 05671 5 653 0021.5 1 371.11. 1 .1.71.3 285 55.1.5930 130 69 6 807 23275 67 0031171 05529 5 518 0021.5 1 36762 1 1.637 29 51.. 58628 129 09 6 527 21618 80 0032168 05390 5 385 00238 1 3611.2 1 1.935

295 53.70311 126 35 6 1.0 9 20152 22 0033073 05251. 5 253 00231. 1 351.96 1 .501.0 300 52.81299 123 81 6 236 18776 35 0033822 05122 5 121. 00232 1 31.81.7 1 5080

310 51.01078 119 12 5 915 16271. 28 0. 0035588 () 01.870 <t 873 00225 1 3351.0 1 5270

320 1.9.181.31 111. 66 5 60 3 11.098 76 0037381. 01.631. i» 633 .00220 1 322^1* 1 .51.27 330 1.7.3391.5 110 1.6 5 323 1221.8 75 0039116 01.1.15 i. 1.01. 00216 1 309u3 1 5518

31.0 1.5.1.8567 106 56 5 081. 10691 67 001.0763 01.221 i. 188 .00211. 1 29585 1 5516

350 1.3.61.020 103 11 i. 872 91.12 82 001.2092 01.055 3 987 u 00211. 1 28282 1 .5362

360 1.1.61701 100 32 1. 693 8379 27 001.311. 1. 03902 3 800 00216 1 270U1. 1 5173

37 1.0.01.11.8 98 22 <t 506 751.6 .70 001.3671 03753 3 630 00219 1 .25767 1 .1.931* 38 38.3271.1. 96 61. h .329 6883 3 001.36U1. 03618 3 1.76 0O221. 1 21*581 1 .1.589

390 36.69006 95 55 k 195 6331. 11. 001.3631. 03500 3 339 00229 1 231.55 1 .1.321 U00 35.12996 95 .05 k .070 5905 1.3 001.3166 .03391. 3 217 00235 1 ,22388 1 .1.003

1.10 33.66009 95 12 3 953 5579 1.7 0O1.2265 03299 3 110 0021.1. 1 21369 1 361*1. 1.20 32.28688 95 51. 3 81.1 5323 .98 001.1013 03211. 3 016 .00251* 1 201.61 1 .321*0

t>3 31.00856 96 23 3 751 5115 1.7 0039778 0311.0 2 935 00265 1 196J1 1 .2680

1.1.0 29.81915 97 07 3 67 1.937 1.3 0038511 03075 2 861. 00276 1 18801* 1 .2536

".5 28.70997 98 17 3 60 8 1.791. .30 0037286 03018 2 802 00287 1 180o5 1 .2237

1.6 27.68065 99 53 3 51.0 1.687 16 u 003581.5 02966 2 71.9 00300 1 17382 1 1902

1.70 26. 721.1.9 101 10 3 .1.78 1.603 .1.5 0031.397 02921 2 70 3 00311. 1 16750 1 .1581.

1.80 25.8371.2 102 82 3 1.3 3 1.536 32 0033122 02883 2 663 00328 1 16165 1 .1327

1.90 25.01182 101. 66 3 .388 1.1.83 21. 0031820 0281.8 2 629 0031.2 1 15623 1 .1066

50 21.. 21.302 106 .59 3 .353 1.1.1.1 02 0030630 02819 2 599 .00356 1 15119 1 .0838 510 23.52601 106 57 3 311. 1.1.05 91. 00291.1.2 02791. 2 571. 00372 1 11*651 1 .0602 520 22.8551.6 110 58 3 .289 1.375 .60 00281.03 02775 2 552 .00387 1 11*215 1 .0399 530 22.22830 112 68 3 .251. 1.351. .16 0027297 02759 2 531. 001.03 1 138U7 1 .0171

51.0 21.61.015 Hi. .77 3 .231 1.335 .21 002631.8 0271.5 2 518 001.20 1 .131.26 .9967 550 21.08776 116 .88 3 207 1.318 .85 00251.21 .02731. 2 505 .001.36 1 .13069 .9801 560 20.56707 118 .98 3 .191 1.305 .31 0021.591 02725 2 .i.9<. .001.53 1 12733 .961.2 570 20.07537 121 .08 3 .177 ".293 .67 0023812 02717 2 .1.85 .001.70 1 121.16 .91.93 58 19.61019 123 .16 3 .165 1.283 .31 0023081. 02712 2 .1.78 .001.86 1 .12117 .9353

59 19.16929 125 .23 3 155 1.273 79 00221.03 02708 2 1.73 00503 1 11831. 9223

60 18.75065 127 .27 3 .11.7 1.261. .81. 0021766 02705 2 1.68 .00521 1 .11566 .9101

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

"000 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM I30CHORE INTERNAL ENTHALPY ENTROPY c v Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/LB CU FT-PSIA/LB PSIA/R 8TU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 103. 1*17 0.01211 2332.11. 319.8 -82.556 -73.586 0.50725 0. 268 0.391 3972

105 0.01211. 2303.78 315.9 -81.961 -72.967 0.51319 0. 267 0.391 3 956 110 0.01221. 2216.00 303.9 -80.085 -71.015 0.53135 0. 293 0.390 3904

115 0.01235 2130.89 292.1. -78.213 -69.067 0.54867 0. 25(9 0.389 3652

12 0.0121.5 201.8.38 281.2 -76.346 -67.121 0.56523 0, 256 0.389 3799

125 0.01256 1966.1.2 270.1* -74.483 -65.179 0.58106 0. 252 0.386 3 745

130 0.01267 1890.95 260.0 -72.625 -63.240 0.59629 0, 249 0.368 3690 135 0.01278 1815.92 250.0 -70.771 -61.304 0.61091 0. 246 0.387 3635

140 0.01290 171.3.26 21.0.3 -68.922 -59.370 0.62497 0.,244 0.386 3579

1*5 0.01301 1672.93 231.0 -67.077 -57.439 0.63852 0.,241 0.386 3523

15 0.01313 1601.. 87 222.0 -65.236 -55.511 0.65159 0,,238 0.385 3467

155 0.01325 1539.01 213.3 -63.399 -53.585 0.66422 0,,236 0.365 3411

160 0.01337 11*75.32 205.0 -61.566 -51.661 0.67644 0. 234 0.384 3355

165 0.01350 11*13.73 197.0 -59.737 -49.739 0.68827 0.,231 0.384 3298

17 0.01363 1351.. 18 189.3 -57.912 -47.819 0.69973 0.,229 0.384 3 242 175 0.01376 1296.63 182.0 -56.091 -45.901 0.71085 0.,227 0.383 3187

18 0.01389 121*1.03 171..-54.274 -43.984 0.72165 0.,225 0.383 3131 185 0.011.03 1187.31 168.1 -52.46 -42.068 0.73215 0.,223 0.383 3076

19 0.011.17 1135.1*3 161.5 -50.650 -40.153 0.74237 0,,221 0.383 3022

195 0.011.32 1085.35 155.3 -48.843 -38.239 0.75231 0.,218 0.383 2 969

20 0.011.1.6 1037.00 11.9.3 -47.039 -36.325 0.76201 0,,216 0.383 2916

20 5 0.011.62 990.35 143.5 -45.239 -34.412 0.77146 0,,214 0.383 2 865 210 0.011.77 91*5.31. 138.1 -43.441 -32.498 0.78068 0.,212 0.383 2815 215 0.011.91. 901.91. 132.8 -41.647 -30.584 0.78969 0.,209 0.383 2 766

220 0.01510 860.10 127.8 -39.856 -28.669 0.79849 0.,206 0.383 2718

22 5 0.01526 819.79 123.0 -38.066 -26.754 0.80710 0.,204 0.383 2673

230 0.0151.5 7 80.96 118.3 -36.282 -24.836 0.81552 , 200 0.383 2629 235 0.01561. 7<»5.50 113.0 -34.477 -22.896 0.82387 0.,204 0.386 2557

240 0.01583 712.52 110.0 -32.666 -20 .944 0.83209 ,203 0.392 2524

2".5 0.01602 675.1.7 101.. 6 -30.854 -16.986 0.84016 0,, 20 2 0.391 2459

250 0.01622 639.88 100.7 -29.040 -17.023 0.84810 0.,201 0.394 2411 255 0.0161.1. 606.19 97.0 -27.218 -15.045 0.85593 0,.200 0.397 2366

260 0.01665 573.96 92.7 -25.407 -13.073 0.86359 0,, 199 .399 2309 265 0.01688 5i»i*. 53 88.9 -23.580 -11.076 0.87120 0.,198 0.400 2261

27 0.01712 517.62 85.2 -21.757 -9.078 0.87867 0.,196 0.401 2215

275 0.01736 1.91.33 82.0 -19.938 -7.078 0.88601 0..195 0.405 2175

260 0.01762 1.65.26 78.1. -18.110 -5.060 0.89328 0.,194 0.407 2127 285 0.01788 1*1*2.00 73.8 -16.292 -3.047 0.90041 .193 0.400 2063

290 0.01816 1.17.57 71.2 -14.461 -1.013 0.90748 0.,196 0.410 2015

295 0.0181.1* 396.87 68.3 -12.615 1.045 0.91452 0..194 0.413 1978

30 0.01871. 377.31 65.2 -10.771 3.110 0.92146 0..193 0.413 1934

310 0.01937 31.0.73 59.7 -7.083 7.266 0.93509 0,,192 0.418 1852

320 0. 02006 307.78 54.5 -3.39 7 11.459 0.94840 0.,192 0.421 1771

330 0.02060 279.1.5 49.7 0.283 15.687 0.96141 0.. 190 0.424 1698

31.0 0.02160 251.. 92 45.4 3.942 19.939 0.97410 0..189 0.426 1633

350 0.0221*6 231.. 59 41.4 7.560 24.194 0.98644 0.,187 0.426 1574

360 0.02338 217.99 38.0 11.128 26.444 0.99841 0,, 184 0.425 1525

37 0.021.36 201.. 96 34.7 14.632 32.672 1.01000 ,183 0.421 1480 380 0.02538 195.25 31.8 18.066 36.868 1.02119 0..181 0.415 1440

390 0.0261.5 187 .35 29.2 21.406 41 .00C 1.03192 0,.180 0.410 1408

i»0 0.02757 181.W 27.0 24.662 45.080 1.04225 0..176 0.405 1382

i*10 0.02872 178.01 25.1 27.835 49.104 1.05219 0.,177 0.399 1362

42 0.02989 176.35 23.3 30.915 53.052 1.06170 0,,176 0.390 1344 WO 0.03107 175.89 21.7 33.894 56.910 1.07078 0,,175 0.361 1332

44 0.03227 176.00 20.3 36.777 60.677 1.07944 ,174 0.372 1321

1»5 0.0331.7 176.56 19.1 39.572 64.365 1.08773 0.,173 0.365 1315 460 0.031.68 178.10 17.9 42.284 67.974 1.0 9566 ,172 0.357 1310

47 0.03589 180.38 16.9 44.919 71.506 1.10326 0,,171 0.348 1306

l»80 0.03710 183.17 16.0 47.480 74.961 1.11054 ,170 0.342 1307

1.90 0.03831 186.1.0 15.2 49.975 78.347 1.11752 0.,169 0.335 1309

50 0.03950 190.03 14.5 52.404 81.663 1.12422 0.,168 0.328 1313

510 .01.069 193.67 13.9 54.774 84.913 1.13065 ,167 0.322 1316

52 0.01.187 197.81 13.3 57.087 86.100 1.13684 0.,166 0.316 1322

530 0.01.301. 202.07 12.7 59.349 91.229 1.14281 .165 0.310 1328

51.0 0.01.1.20 206.1*0 12.2 61.561 94.301 1.14855 0., 164 0.305 1334

55 0.01.535 210.65 11.7 63.728 97.318 1.15408 0.,163 0.299 1340

560 0.01.61.9 215.02 11.3 65.852 100.287 1.15944 .162 0.295 1348

570 0.01.762 219.1.1. 10.9 67.937 103.211 1.16461 0..161 0.291 1356

58 0.01.875 223.90 10.5 69.986 106.091 1. 16962 0..160 0.286 1364

59 0.01.986 228.36 10.2 72.000 108.932 1.17448 0.,159 0.283 1373

60 0.05097 232.82 9.9 73.981 111.733 1.17919 0.,158 0.279 1382

THO-PHASE BOUNOARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1.000 PSIA ISOBAR

TEMPERATURE DENSITY V(DH/OV)n V(DP/DU)U -V(DP/DV>, -<DV/DH/V THERMAL VISCOSITY THERMAL DIELECTRIC PR »NDTL CONDUCTIVITY OIFFUSIVITY CONSTANT NUMBER

OEG. R LB/CU FT BTU/LB PSIA-CU FT/BTU PSIA DEG. R BTU/FT-HR-R LB/FT-SEC

x io5

SO. FT/HR

» 103.417 82.57076 235 1.1 11. 1.63 192566 .39 0016605 11375 1.7 417 00352 1.57677 5 8662

105 82.35366 231. 65 11. .393 189721. 61 0016650 11337 46 098 00352 1.57502 5 7189

110 81.66798 232 .23 l«l .166 180976 .63 0016794 11213 42 197 00352 1.56949 5 2838

115 80.98208 229 .81 13 .931. 172561. .01 0016943 u 11082 38 669 00351 1.56398 4 8910

12 80.29585 227 36 13 .698 161.1.76 60 0017097 10945 3 5 478 00351 1.55848 4 .5362 125 79.60919 221. .89 13 .1.5 8 156701. 1.1 0017257 10802 3 2 589 0035C 1.55299 4 .2152

130 78.92197 222 .1.0 13 .215 11.9237 61 0017423 10654 29 975 00348 1.54751 3 9248

135 78.231.05 219 89 12 .97 11.2066 55 0017596 10502 27 60 9 00347 1.54203 3 6619

1*0 77.51.528 217 35 12 723 135181 75 0017777 10346 2 5 466 00345 1.53656 3 4237

145 76.85551 211. 78 12 1.76 128573 89 0017965 13187 23 525 00344 1.53109 3 2079

150 76.161.51. 212 19 12 .230 122233 86 0018162 10024 21 766 00342 1.525b3 3 0123

155 75.1.7217 209 55 11 .981. 116152 *'0 0018368 09860 20 173 00339 1.52017 2 8350

160 71.. 77820 206 89 11 .71.1 110321 .67 0018585 09693 18 728 00337 1.51471 2 .6743 165 71.. 08237 201. 18 11 .501 101.732 19 0018812 09524 17 417 00335 1.50924 2 5287

170 73.381.1.3 201 1.3 11 .265 99375 89 0019053 09355 16 228 00332 1.50378 2 .3967 175 72.681.10 198 63 11 .031. 91.21.1. 62 0019306 09184 15 149 00329 1.49630 2 .2772

180 71.98106 195 78 10 .80 9 89330 1.0 0019575 09013 14 169 00327 1.49262 2 .1690

18 5 71.271.97 192 88 10 591 81.625 1.9 0. 0019859 08841 13 279 00324 1.48733 2 0712

190 70.5651.8 189 92 10 381 80122 37 0020161 08669 12 470 00321 1.48183 1 .9826

195 69.85218 186 89 10 179 75813 71. 0020462 08497 11 735 00318 1.47631 1 9031

20 69.131.65 183 79 9 988 71692 55 0020823 08325 11 065 00315 1.47077 1 6313

205 68.1.121.1. 180 62 9 .808 67751 97 0021187 08154 10 456 00311 1.46521 1 .7666

210 67.68501. 177 37 9 61.1 63985 1.1. 0021575 07983 9 901 00306 1.45962 1 7 66 215 66.95193 171. 01. 9 ,1.87 60386 65 0U21990 07813 9 395 00305 1.45401 1 .6567

22 66.21256 170 61 9 .31.8 5691.9 58 0022434 (1 07644 8 934 00302 1.44835 1 .6103 225 65.1.6631 167 10 9 227 53668 1.7 D 00229C9 07476 8 512 00298 1.44267 1 .5690 230 61.. 71256 163 51 9 .122 50537 86 0023418 07309 8 127 00295 1.43694 1 .5326 235 63.95651. 162 97 8 659 1.7679 1.0 0023696 07145 7 777 00289 1.43120 1 5132

2<t0 63.1896<> 160 50 8 .570 45024 00 0024429 06982 7 455 00282 1.42541 1 .5073

2<f5 62.1.1698 157 51 8 288 1.2161 09 0024804 06620 7 162 00280 1.41958 1 4769

25 61.63605 151. 1.0 8 121. 391.39 7<i 0025533 06661 b 893 00274 1.41370 1 .4686 255 60.81)301. 151 57 7 .968 37003 ^ 3 0026202 06503 6 645 00269 1.40776 1 .4610 260 60.05270 11.8 25 7 762 31.1.67 60 0026890 06350 6 421 00265 1.40185 1 .4511 265 59.23851. 11.5 32 7 .591. 32256 90 0027551 06196 6 210 00261 1.39577 1 .4447 270 58.1.2017 11.2 56 7 1.29 30239 61. 0026163 06045 6 017 0025e 1.38969 1 .4387 275 57.5961.9 139 75 7 .309 26298 61. 0028989 05898 5 867 00253 1.38356 1 .4506 280 56.75872 136 87 7 135 261.07 82 a 0029707 05753 5 731 00249 1.37739 1 4580

285 55.92358 131. 15 6 .85 21.718 1.9 0029846 05613 5 598 00251 1.37123 1 .4375 290 55.07797 132 58 6 60 8 22998 85 0030941 05476 5 467 00242 1.365u2 1 4743

295 51.. 22121. 129 93 & (.98 21518 77 0031760 .05342 5 338 00239 1.35874 1 .4844

30 53.35893 127 52 6 329 20132 65 0U32398 05211 5 211 00236 1.35245 1 4871

310 51.61723 123 05 6 .015 17587 31 0033950 04962 4 965 0023C 1.33979 1 .5046 320 1.9.8571.1. 118 7! 5 702 1531.1. 94 0035497 04729 u 729 00225 1.32708 1 .5170 330 1.8.08301 111. 66 5 1.27 131.36 71 0036994 04512 4 505 00221 1.31434 1 .6247

3<t0 1.6.3021.7 110 81. 5 191 11803 .66 0038464 04311 4 293 00218 1.30165 1 .6284

35 1.1.. 52910 107 1.0 4 981 101.1.6 04 0. 0039660 04145 4 094 ti 00219 1.28909 1 5145

360 1.2.77371 101. 1.6 4 .811 9321. .28 0040701 03994 3 90 9 0022C 1.27674 1 .4984

37 1.1.05882 102 20 l| 627 81.15 50 0041232 03844 3 740 00222 1.26475 1 .4761

380 39.39537 100 61 i. 1.1.9 7691 76 0041291 03708 3 586 00227 1.25319 1 .4463

39 37.80215 99 39 4 305 7082 1.0 0041292 03586 3 448 00231 1.24219 1 4195

1.0 36.27521. 98 62 4 182 6581 25 a 0041101 03481 3 324 00237 1.23170 1 .3930

1.10 3U. 321.1.0 98 1.8 4 065 6199 13 0040467 03385 3 213 00244 1.22180 1 3618

1.2 33.1.5969 98 78 3 .91.9 5900 70 0039459 03298 3 116 00253 1.21253 1 .3254

1.3 32.18269 99 38 3 .852 5660 71 a 0036358 03222 3 030 00263 1.20390 1 .2908

1.1.O 30.99098 100 13 3 760 51.51. 35 00,37181 03154 2 956 00273 1.19589 1 2560

.50 29.87506 101 02 3 .69 2 5271. 82 a 0036158 03095 2 891 00264 1.18842 1 .2281

1.60 28.83262 102 18 3 623 5135 20 0034947 03042 2. 834 00296 1.16147 1 .1973

1.70 27.85937 103 55 3 .556 5025 27 0033651 02995 2 784 00309 1.17500 1 .1661

1.80 26.95293 105 11 3 ,510 1.936 8 4 0U32505 02954 2 741 00321 1.16900 1 ,1411

1.90 26.10618 106 82 3 .1.62 1.866 .31 0031325 02918 2 703 00334 1.16342 1 .1160 500 25.31522 108 65 3 .1.21. 1.809 91 0030214 02886 2 671 00347 1.15822 1 .0935 510 21.. 57581 110 56 3 .383 1.761. 61 0029086 02862 2 642 00362 1.15337 1 .0690

52 23.8831.0 112 1.9 3 .353 1.721. .34 0026085 02841 2 618 00376 1.14884 1 .0463

530 23.23373 Hi. 53 3 322 1.691. .79 0027076 02822 2 597 00392 1.14461 1 0273

51.0 22.62386 116 58 3 .295 1.669 .61 0026138 02807 2 579 00407 1.14064 1 .0080 550 22.05078 118 62 3 .268 4645 04 0025239 02794 2 564 00423 1.13692 .9891

56 21.50989 120 66 3 .21.9 1.621. 96 0024438 02783 2 551 00439 1.13342 .9730 570 20.99865 122 71 3 .231. 1.608 CI 0023679 02774 2 540 00455 1.13011 c .9579 580 20.511.66 121. 76 3 .220 1.593 25 0022964 02767 2 531 00471 1.12699 9436

590 20.05573 126 80 3 .208 .58 00 0022292 02761 2 524 00487 1.12404 .9301

60 19.61981. 128 82 3 .198 1.567 81 0021661 02757 2 518 00504 1.12124 9175

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF OXYGEN

1.500 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY c v C

P VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

* 101.. 099 0.01209 2361.39 319.9 -82.1.68 -72.391 0.50797 0.r268 0.390 3 991

10 5 0.31211 231.5.36 317.7 -82.131 -72.039 0.51133 0. 267 0.390 3982

110 0.01221 2258.03 305.8 -80.266 -70.091 0.5291*6 0..261. 0.389 3931 115 0.01231 2173.36 291..

-78.1.06 -68.11.6 0.51*675 0. 260 0.389 3880

12 0.0121.2 2091.30 283.2 -76.551 -66.201. 0.56327 0. 257 0.388 3827 125 0.01252 2011.79 272.1. -71.. 700 -61.. 266 0.57910 0,,253 0.387 3771. 130 0.01263 1931.. 78 262.0 -72.855 -62.331 0.591*27 0. 250 0.3B7 3721 135 0.0127". 1860.20 252.0 -71.011. -6C.00 0.60885 0.,21.7 0.386 3666

lAO 0.01285 1788.00 21.2.1. -69.178 -58.1.72 0.62287 0. 21.5 0.385 3612

145 0.01296 1718.12 233.1 -67.31.7 -56.51.7 0.63638 0,,21.2 0.385 3 557

15 0.0130B 1650.52 221*.

-65.521 -5i*. 621* 0.61*91*2 0,,239 Q.381. 3502

15 5 0.01319 1585.12 215.5 -63.699 -52.705 0.66200 0,,237 0.381. 31.1.7 16 0.01331 1521.88 207.3 -61.882 -50 .788 0.671.17 0,,235 0.383 3392 165 0.0131.1. 11.60.75 199.3 -60.070 -1*8.871. 0.68595 0.,233 0.362 3337

17 0.01356 1W01.66 191.7 -58.262 -1.6.963 0.69736 0,,230 0.382 3282 175 0.01369 131.1.. 55 181..

-56.1*58 -1.5.053 0.7081.3 0.,22 8 0.382 3228

180 0.01382 1289.39 177.3 -51*. 659 -1.3.11.6 .71918 0.,226 0.381 3171. 185 0.01395 1236.12 170.5 -52.865 -1.1.21.1 0.72962 0,,221. 0.381 3120

19 0.011.09 1181.. 67 161..

-51.075 -39.338 0.73977 0,. 22 2 0.380 3068

195 0.011.22 1135.01 157.9 -1.9.289 -37.1.36 0.71.965 0., 220 0.380 3016

20 0.011.37 1087.08 151.9 -1.7.508 -35.536 0.75928 0.,218 0.380 2966

205 0.011.51 101.0.83 11.6.3 -1.5.731 -33.638 0.76866 D,,215 0.380 2916

210 0.011.66 996.22 11*0.8 -1.3.959 -31.71.1 0.77780 0.,213 0.379 2868

215 0.011.82 953.20 135.6 -1.2.191 -29. 81.1. 0.78673 0,,210 0.379 2821

22 0.011.98 911.72 130.7 -1*0.1*28 -27.91.9 0. 7951.1. 0.,208 0.379 2776

22 5 0.01511. 871.75 125.9 -38.669 -26.055 0.80395 0,,205 0.378 2733

23 li .1)1531 833. 21. 121.1. -36.915 -21.. 161 0.81227 0.,201 0.378 2691

23 5 0.0151.8 799.90 116. 3 -35.11.5 -22.21.7 0.82050 0,,205 0.381 2625

21.0 0.01566 770.13 111..-33.362 -20.311. 0.82 861. 0,.201* 0.391 2611*

21.5 0.01581. 732.1.5 107.8 -31.586 -18.386 0.83659 0.r 20 3 0.381. 2532

25 0.01603 695.93 10i». 1 -29.811 -16.1.51. 0.81.1*1*0 o ,202 0.387 21.85 255 0.01623 661.. 39 101. -28.027 -H.. 506 0.85212 0,,201 0.392 21.1.9 260 0.0161.2 628.67 95.1. -26.261 -12.575 0.85962 a,.200 0.388 2 377 265 0.01661. 598.65 93.1 -21.. 1.76 -10.611. 0.86709 0.,199 0.395 231.8 27 0.01685 572.16 89.0 -22.691* -8.651 0.871.1*3 0., 198 0.391. 2299

275 0.01708 51.5.88 85.9 -20.919 -6.690 0.88162 0,,196 0.397 2262

280 0.01731 515.58 81.3 -19.11.8 -1..726 0.88870 0.,195 0.391. 2198

285 0.01755 1.96.63 75.7 -17.377 -2.756 0.89568 0,,191. 0.381 2128

29 0.01779 1.68.97 7 if. 8 -15.607 -0.782 0.90251. 0,,197 0.1.00 2102

295 0.01805 1.1.8.59 72.2 -13.817 1.223 0.90 939 0.,195 0.1.02 2070

300 0.01832 1.29.61. 69.3 -1Z.029 3.233 0.91615 0,,191. 0.1.02 2032

310 0.01887 393.1.7 63.9 -8.1*58 7.270 0.92939 0.,193 0.1.05 1956

32 0.0191.7 358.98 58.lt -i».900 11.321. 0.91.226 ,193 0.1.06 1873

33 0.02011 330.1.9 51.. -1.350 15.1.07 0.951.83 0.,191 0.1.09 1809

31.0 0.02079 301.. 57 1.9.7 2.171. 19.500 0.96701. 0.,190 0.1.10 171.6 350 0.02152 282.38 1.5.7 5.663 23.591. 0.97891 0,,188 0.1.10 1689

360 0.02229 262.37 1.2.1 9.099 27.673 0.9901.0 0.,186 0.1.09 1636

37 0.02311 21.6.57 38.7 12.U76 31.729 1.00152 0.,183 0.1.06 1590 380 0.02397 235.63 36.1. 15.801* 35.775 1.01231 ,181 0.1.08 1568

39 0.021.86 227.26 33.2 19.068 39.783 1.02272 0., 160 0.397 1521.

1.0 0.02578 217.51. 30.6 22.21.1. 1.3.721. 1.03270 Or,179 0.391 11*85

1.10 0.02673 210.53 28.6 25.355 1.7.631 1.01.235 Or,177 0.389 11*62

1.2 0.02771 205.89 26.6 28.392 51.1.86 1.05161. 0.,176 0.382 11.38

1.30 0.02872 203.97 25.0 31.361* 55.295 1.06060 Or.175 0.377 11.25 M.0 0.02971. 201.. 85 23.6 31*. 262 59.01.3 1.06922 Or.175 0.370 11.19

1.5 0.03076 201.. 32 22.1 37.067 62.698 1.0771*3 0..171. 0.362 11*01* 1.60 0.03178 203.1.9 20.8 39.795 66.279 1.08530 Or,173 0.355 1393

1.7 0.03282 203.78 19.6 1.2.1.53 69.800 1.09288 Or,172 0.31.8 1381.

1.8 0.03386 20".. 91 18.6 i.5.01.3 73.251. 1.10015 0.,171 0.31.2 1381

1.90 0.031.90 206.76 17.7 1.7.569 76.61.8 1.10715 Or,169 0.337 1379

50 0.03591. 209.23 16.9 50.037 79.981. 1.11389 0.,168 0.331 1380 510 0.03698 212.79 16.2 52.1.53 63.270 1.1201.0 0.,167 0.327 1387

520 0.03802 216.1.0 15.1. 51.. 816 86.1.95 1.12666 0.,166 0.320 1388

53 0.03905 219.77 11*. 8 57.126 89.665 1.13270 Or,166 0.315 1393

51.0 0.01.007 223.52 11*. 2 59.388 92.782 1.13852 Or,165 0.310 1396

55 0.01.109 226.97 13.6 61.601 95.837 1.11.1.13 Or,161* 0.303 1396

56 0.01.209 230.73 13.1 63.772 98.81.9 1.11.956 Or,163 0.299 11.03 570 0. 01.310 231.. 72 12.6 65.901. 101.817 1.151.81 Or.162 0.295 11.09 580 0.01.1.10 238.81. 12.2 67.998 104. 71.2 1.15990 0..161 0.291 11.15

590 0.01.509 21.3.07 11.8 70.056 107.627 1.161.83 0,,160 0.287 H.2I. 60 0.01.607 21.7. 31. 11.5 72.080 110.1.72 1.16961 0.,159 0.281. 1432

THO-PHASE BOUNDARY
1.500 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGiiN

TEMPERATURE DENSITY V(DH/DV)

p V(DP/DU)V -V(OP/DV)t DEG. R LB/CU FT BTU/LB PSIA-SU FT/BTU PSIA

(OV/DTL/V THERMAL VISCOSITY THERMAL DIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

OEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

X 105

PRANDTL NUMBER

iOUo 099 82.69088 238 11. 1* 1.37 195265 30 0016381. 111.00 1.8 169 00353 1.57771. 5 ,9351 105 82.56876 237 73 11. .397 193653 13 00161.07 11379 k r 1.09 00353 1.57675 5 8501

110 81.89150 235 1.1 1* .170 181.913 12 0016538 11259 l>3 1.30 00353 1.57129 5 .1.063 115 81. 211. 1.1 233 09 13 939 176508 11 0016673 11132 39 830 00353 1.56585 5 0051. 120 80.5371.2 230 .75 13 .70 2 1681.27 91 0016811 10999 36 570 00352 1.5601.2 k .61.30 12 5 79.8601.1. 228 39 13 .U63 160662 51 0016955 10861 33 618 00351 1.55500 It .3151 130 79.18336 226 ,01 13 .220 153202 .03 0017101. 10717 30 91.1. L .0C35C 1.51.959 k .0182 135 76.50608 223 .61 12 .975 11.6036 78 1) 0017258 10569 28 522 0031.9 1.51.1.19 3 .71.92

1<>0 77.8281.7 221 .19 12 .730 139157 23 00171.18 101.17 26 327 0031.7 1.53881 3 .5051.

11.5 77.1501.1 218 75 13 .I.81. 132551. 02 0017585 Q 10262 2'. 337 D 0031.6 1.5331*3 3 .281.3 150 76.1.7173 216 27 12 .239 126217 98 0017759 10101. 22 533 0031.1. 1.52806 3 .0837 155 75.79227 213 77 11 995 12011.0 11 001791.1 0991.3 20 896 0031.2 1.52269 2 .9016 160 75.11185 211 23 11 .755 11U311 60 0018132 09781 19 1.11 0031.0 1.51733 2 .7361. 165 71.. 1.3028 208 65 11 .517 108723 81 0018332 09617 18 063 a 00338 1.51197 2 .5861. 170 73.71.732 206 03 11 281. 103368 31 001851.2 091.51 16 839 .00335 1.50662 2 .1.503 175 73.06271. 203 36 11 .056 98236 66 0018761. 09285 15 727 00333 1.50126 2 .3269

180 72.37627 200 65 10 .835 93321 1.3 0018998 09118 I » 716 10330 1.1.9590 2 .211.8 185 71.68761. 197 87 10 621 88611. 19 001921.5 08950 13 797 00328 1.1.9051. 2 .1133 190 70.99652 195 Oi. 10 1.16 81.107 53 0019507 08783 12 961 00325 1.1.8517 2 .0213 195 70.30259 192 1". 10 220 79791. 05 0019785 08615 12 200 00322 1.1.7979 1 .9379 200 69.6051.8 189 17 10 035 75666 58 0020080 081.1.8 11 506 00320 1.1*71.1.0 1 .8625 205 68.901.81 186 12 9 .862 71718 21 0020393 08281 10 875 00317 1.1.6900 1 .791.1. 210 68.20011. 182 98 3 .702 6791.2 21. 0020727 08115 10 299 00311. 1.1.6358 1 7328 215 67.1.9101. 179 75 9 .55 7 61.332 23 0021081. 0791.9 9 773 00311 1.1.5813 1 .6773

220 66.77702 176 1.2 9 1.2 8 60882 00 00211.61. 07785 9 293 00308 1.1.5267 1 6272

225 66.05758 173 00 9 .317 57585 63 0021870 c 07621 8 851. .00305 1.1.1.717 1 .5823 230 65.33217 169 1.8 9 225 51.1.37 1.9 0022301. (1 071.59 8 1.52 00302 1.1.1*165 1 ,51*20 235 61.. 60378 169 1.3 8 778 51676 70 00221.98 07299 9 086 00296 1.1*3611 1 .5201*

2<>0 63.861.37 167 33 a 815 1.9183 81 0023363 07139 7 71.9 00286 1.1.3051 1 .5277

21.5 63.12751. 161. 62 8 1.0 8 1.6238 00 0023323 06982 7 1.1.1. 00288 1.1.21.91. 1 .1.735 250 62.381.96 161 58 8 251 1.31.15 80 0023973 1) 06828 7 161. 00283 1.1.1931. 1 ,1.630 255 61.62920 158 92 8 11.9 1.091.5 97 0021.669 06675 6 901. 00276 1.1.1365 1 1.6GO 260 60.88i.60 155 69 7 831. 38276 11 0021.926 06527 6 672 00276 1.1.0807 1 .1.281 265 60.11372 152 85 7 787 35987 08 0025862 06378 6 1.52 00266 1.1.0230 1 1.398 270 59.33830 150 36 7 590 33950 92 0026207 06231 6 250 .00266 1.39652 1 .1.229 275 58.56121 11.7 73 7 1.76 31967 17 0026880 06088 b 065 00262 1.39071. 1 .1.21.1 280 57.77839 li.i. 36 7 220 29789 25 0027293 0591.8 5 911. 00261 1.381.93 1 .1.103 285 56.98988 11.2 50 5 861 28303 08 0026753 05811 5 785 00267 1.37910 1 .3663 290 56.2061.9 11.0 74 5 771* 26358 90 0028395 05680 5 661 00253 1.37332 1 ,1.338

295 55.I.01.72 138. 27 6 691 21.851. 12 0029061. 0551.9 5 536 0021.9 1.3671.2 1 .1.1.33 30 51.. 59892 136 20 6 51.1. 231.68 53 0029528 051.21 5 1.13 0021.7 1.36151 1 .1.1.57 310 52.98097 132. 27 5 21.1 2081.6 38 003061.5 05178 5 177 0021.1 1.31.969 1 .1.588 320 51.35931 128 16 5 905 181.36 92 0031671 01.951 It 951 00238 1.33792 1 .1.613 330 1.9.72588 121.. 62 5 666 161.33 87 0032830 01.736 1. 736 00233 1.32613 1 .1.721

31.0 1.8.091.1.8 121 01. 5 1.35 11.61.8 1? 0033899 01.51.1 k 532 0023T 1.311.1.3 1 .1.71.1 350 •.6.1.691.6 117 72 5 229 13122 Ob 0031.818 01.359 It 31.0 00229 1.30281. 1 .U690

360 1.1.. 86172 111. 1.8 5 01.8 11770 29 003571.0 01.207 I. 160 00229 1.2911.1. 1 .1.566 370 1.3.28007 Ill 82 1. 878 10671 57 0036275 01.056 3 993 00231 1.28029 1 .1.376 38 1.1.721.1.5 110 35 t> 80 8 9831 62 0036997 03921. 3 838 00230 1.26939 1 ,1.376

39 1.0.22611 109. 17 i. 59 911.1 71 0036352 03795 3 698 D 00238 1.25895 1 .3922

1.0 38.79317 107 71 1. 1.18 81.39 15 0036288 03681. 3 571 0021.3 1.21.902 1 .361.1

1.10 37.1.0718 106 91 I. 315 7875 1.5 0036361. 03587 3 1.56 0021.7 1.2391.7 1 .31.87

1.20 36.08189 106 58 It .19 71.28 78 0035873 031.96 3 352 00253 1.23038 1 .3197

<t30 31.. 82010 107 00 i. 099 7102 17 003521.0 031.16 3 259 00260 1.22177 1 .291.9

<><»0 33.62578 108 11 i. 018 6888 21. 0031.232 0331.3 3 176 00269 1.21366 1 .2657

1.50 32.51155 108 81 3 .912 661.2 83 0033235 03278 5 103 00279 1.20612 1 .2325

1.6 31.1.6283 109 1.1. 3 .825 61.02 1.8 00321.1.5 03221 3 039 00288 1.19906 1 .2060

1.70 30.1.7081 110 31. 3 71.5 6209 26 0031531 03170 2 982 00299 1.192i*0 1 .1782

1.80 29.53691 111 1.6 3 ,691 6052 1.8 0030717 03126 2 931 00309 1.18616 1 .1556

1.90 28.65575 112 78 3 .61.1 5921. 92 002981.8 03088 2 686 00320 1.18029 1 .1321. 500 27.82528 111. 25 3 599 5821 76 0028968 03055 2 81.7 00332 1.171.78 1 .1102 510 27.01.021 116 Oi. 3 .579 5753 99 O028151. 03025 2 811 0031.2 1.16958 1 .0930 520 26.30325 117 89 3 .528 5692 11 0. 002711.1 02999 2. 781 00356 1.161.72 1 .0679 530 25.60877 119 65 3 .1.98 5628 03 002631.5 02977 2 751. 00369 1.16015 1 .01.99

51.0 21.. 9531.9 121 52 3 .1.61. 5577 60 0025500 02957 2 730 O0382 1.15581. 1 .0301

55 21.. 33892 123 36 3 .1.12 5521. 21 0021.591 0291.0 2 710 00398 1.15182 1 .0067 560 23.75592 125 22 3 .391 51.81 29 0023900 p 02925 2 692 001.11 1.11.801 .9916

570 23.20280 127 12 3 373 51.1.6 05 0023221 b 02913 2 677 001.25 1.11.1*1.1 .9767 580 22.67770 129 06 3 .356 51.16 1.2 0022565 02902 2 661. a 001.39 1.11.099 .9623

590 22.17875 131 01 3 .31.0 5390 90 0021935 a 02893 2 652 001.51. 1.13775 .91.85 60 21.701.11. 132 97 3 327 5368 38 0021331. 02886 2 61.3 001.69 1.131.67 9353

THO-PHASE BOUNOARY
THERMODYNAMIC PROPERTIES OF OXYGEN

5000 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY cv Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND DEC R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/L8-R BTU / LB -R FT/SEC

* 10*. 777 0.01208 2390.1.1. 320.1 -82.378 -71.198 0.50868 0. 268 0.389 *010

105 0.01208 2386.51 319.5 -82.295 -71.111 0.50951 0.,268 0.389 *008

110 0.01218 2299.59 307.6 -80.1.1.1 -69.165 0.52761 o< 261. 0.389 3958

115 0.01228 2215.35 296.1 -78.592 -67.221. 0.51.1.87 o.i 261 0.388 3907

120 0.01238 2133.71 285.0 -76.71.8 -65.286 0.56136 °f 257 0.387 3 855 125 0.0121.8 2051.. 63 271..

-7*. 910 -63.352 0.57715 o!,251. 0.386 3803

130 0.01259 1978.03 261.. -73.076 -61. 1.21 0.59229 0, 251 0.386 3750 135 0.01269 1903.88 251.. -71.21.8 -59. i.9<. 0.60681. 0.,2*8 0.385 3697

1*0 0.01280 1832.10 21.1.. 1. -69.1.25 -57.571 0.62083 0.,21.6 0.38* 36*3

11.5 0.01291 1762.65 235.1 -67.607 -55.651 0.631.30 0.,21.3 0.38* 3589

15 0.01303 1695.1.6 226.2 -65.795 -53.735 0.6*729 D.,241 0.383 3535

155 0.01311. 1630.1.8 217.7 -63.987 -51.621 0.65981. 0.,238 0.382 3*81

160 0.01326 1567.66 209.1. -62.185 -1.9.911 0.67197 0,,236 0.382 3*27 165 0.01337 1506.93 201.5 -60.387 -1.8.001. 0.68370 0.,23* 0.381 337*

170 0.01350 11.1.8.21. 193.9 -58.595 -1.6.100 0.69507 0.,232 0.380 3320

175 0.01362 1391.51. 186.6 -56.808 -1.1.. 199 0.70609 0.,229 0.380 3 267 180 0.01371. 1336.78 179.6 -55.026 -1.2.301 0.71679 0.,227 0.379 321*

185 0.01387 1283.88 172.9 -53.21.9 -1.0.1.05 0.72718 0.,225 0.379 3163

19 0.011.00 1232.82 166.5 -51.1.78 -38.512 0.73728 0.,223 0.378 3111

195 0. 01i.li. 1183.52 160.3 -1.9.711 -36.622 0.71.710 0.,221 0.378 3061

200 0.011.27 1135.95 15i». 5 -1.7.950 -31.. 731. 0.75666 0.,219 0.377 3012

20 5 0.011.1.1 1090.0* 11.8.8 -1.6.195 -32.81.9 0.76597 0.,217 0.377 2 96* 210 0.011.56 101.5.76 11.3.1. -**.**5 -30.966 0.77505 0.,21* 0.376 2918

215 0.011.71 1003.05 138.3 -1.2.700 -29.085 0. 78390 0.,212 0.376 2 873 220 0.011.86 961.87 133.1. -1.0.962 -27.207 0.79251. 0,,209 0.375 2 830

22 5 0.01501 922.17 128.7 -39.230 -25.331 0.80096 0.,206 0.37* 2789

230 0.01517 883.92 121..

-37.501. -23.1.58 0.80919 0.,202 0.37* 2750

235 0.01531. 852.76 119.1. -35.76* -21.566 0.81733 0..206 0.377 2689

2<t0 0.01551 826.75 120.1. -3i». OOV -19.61.7 0.8251.1 0,,205 0.393 2708

2*5 0.01568 786.31. 110.8 -32.260 -17.71.5 0.83326 0.,20* 0.378 2599

25 0.01585 750.71 107.1 -30.518 -15.839 .81.096 0.,203 0.381 255*

255 0.01601. 719.26 105.0 -28.766 -13.917 0.81.857 0.,202 0.388 2529

260 0.01622 681.83 97.5 -27.01.1 -12.022 0.85593 0,,201 0.378 2*35

265 0.0161.2 651.07 97.3 -25.291 -1U.092 0.86329 0.,200 0.392 2*32

27 0.01662 625.00 92.5 -23.51.3 -8.156 0.87052 0.,199 0.386 2377 275 0.01683 598.70 89.5 -21.805 -6.227 0.87760 0.,198 0.391 2 3*2

20 0.01703 560.81 81.9 -20.086 -*.315 . 8 81.1.9 0.,196 0.376 2232

28 5 0.01726 550.11 75.6 -18.31.3 -2.365 0.891*0 0.,195 0.358 2165

290 0.0171.8 516.81. 78.0 -16.631. -0.1.53 0.89801. 0,,198 0.391 2175

295 0.01771 1.96.88 75.7 -11.. 885 1.512 0.901.76 0,,196 0.393 2150

300 0.01795 1.79.62 73.2 -13.11.0 3.1.83 0.91139 0.,195 0.395 2122

310 0.0181.6 I.I.I.. 22 67.7 -9.662 7.1.28 0.921.32 .19* 0.396 20*9

320 0.01899 1.07.72 61.6 -6.206 11.375 0.93686 0.,19* 0.392 1957

330 0.01956 380.1.1 58.1 -2.751 15.356 0.91.911 ,193 kill] 1913

3*0 0.02016 351.. 16 53.6 0.672 19.333 0.96098 ,191 0.399 1850 350 0.02079 330.93 1.9.7 it. 061 23.308 0.97250 0,,189 0.399 1797

360 0.0211.5 307.01. 1.5.6 7.390 27.21.9 0.98360 0.,187 0.395 1733

370 0.02215 288.27 1.2.2 10.670 31.17U 0.991.36 o.,185 0.393 1685

380 0.02289 277.37 1.2.2 13.921 35.118 1.001.88 0.,182 0.*19 1718

39 0.02368 272.27 37.7 17.113 39.031. 1.01501. 0.,180 0.391 1655

i>0 .021.1.5 258.76 33.6 20.205 1.2.81.1 1.021.68 0.,179 0.372 1579 UD 0.02525 21.6.19 31.8 23.21.7 1.6.625 1.031.03 0.,178 0.377 155*

*20 0.02608 235.52 29.1 26.221 50.361. 1 .01.30'. 0.,177 0.367 1506

*3 0.02691. 230.1.5 27.9 29.158 51.. 099 1.05183 ,176 0.371 1501 WO 0.02786 236.33 27.6 32.078 57.869 1.06050 0.,175 0.378 15*0

i»50 0.02875 237.55 25.1. 31.. 891 61.509 1.06868 0.,17* 0.361 1512

*60 0.02962 233.99 23.5 37.613 65.01.0 1.0 761.1. 0.,173 0.350 1*80

1.7 0.03051 231.83 22.2 1.0.276 68.526 1.08391. 0.,172 0.3** 1*65

1.80 0.0311.1 230.81. 21.1 1.2.879 71.959 1.09117 0..171 0.3*0 1*58

1.9 0.03231 230.80 20.1 1.5.1.25 75.31.3 1.09811. 0.,170 0.336 1*51

50 0.03322 231.62 19.2 1.7.917 78.678 1.101.88 D .169 0.331 1**9

510 0.031.16 235.52 18.9 50.370 81.995 1.1111.5 0,,168 0.336 1*76

520 0.03509 239.60 17.9 52.761. 85.21.8 1.11777 0.,167 0.326 1*70 530 0.03599 21.0.90 16.9 55.096 88.1*20 1.12381 0.,166 0.317 1*58

51.0 0.03690 21.3.09 16.2 57.388 91.553 1.12966 0.,16^ 0.313 1*60

550 0.03780 21.5.38 15.1. 59.633 91.. 626 1.13530 0,,16* 0.305 1*52

560 0.03869 21.8.21. 11..

61.839 97.662 1.11.077 ,163 0.301 1?57

570 0.03959 251.51. 11.. 1. 61.. 003 100.660 1.11.608 0.,162 0.298 1*62

580 0.01.01.8 255.15 13.9 66.11.0 103.619 1.15122 0.,161 0.295 1*69

590 0.01.137 258.99 13.1. 68.236 106.539 1.15622 0.,160 0.291 1*75

60 0.01.226 262.99 13.0 70.297 109.1.22 1.16106 0.,159 0.287 1*82

TWO-PHASE BOUNDARY
5000 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF OXYGEN

TEMPERATURE OENSITY

DEG. R LB/CU FT

V(0P/OU)v -V<DP/OV>j -(DV/OTL/V THERMAL VISCOSITY THERMAL OIELECTRIC CONDUCTIVITY DIFFUSIVITY CONSTANT

DEG. R 8TU/FT-HR-R LB/FT-SEC SQ FT/HR

X io5 BTU/LB PSIA-CU FT/BTU PSIA

PRANDTL NUM8ER

10 if. 777 82 .80994 240 88 14 410 197952 bi, 0016169 u 11425 48 928 00354 i 57870 6 .0048 105 62 78009 240 ,78 14 .400 197555 14 0016175 .11420 48 73 8 00354 1 57846 5 .9836

110 B2 11091 238 56 14 174 186821 79 0016293 I) 11304 44 681 IJ 00354 1 57306 5 5308

115 81 44227 236 33 13 .942 180423 02 0G164L4 11181 41 006 00354 1 56768 5 .1217 120 80 77411 234 10 13 .705 172348 63 0. 0G16539 11052 37 678 00353 1 56231 4 ,7517 125 80 10636 231 85 13 .466 164588 53 0016667 10917 34 662 00353 1 55696 4 ,4166 130 7 9 43893 229 58 13 224 157132 81 0. 0016800 10777 31 928 00352 1 55163 4 1134

135 78 77175 227 29 12 98 149971 76 0016937 10633 29 449 00351 1 54631 3 ,8383

140 78 10471 224 99 12 735 143095 78 0017080 10466 27 202 00349 1 54100 3 5887

145 77 43770 222 66 12 .49 136495 47 0017228 10335 25 162 00348 1 53570 3 ,3623

15 76 77060 220 30 12 .246 130161 62 0017382 10181 23 312 00346 1 53042 3 1566

155 76 10326 217 92 12 .004 124085 16 (1 0017542 10024 21 632 00345 1 52514 2 .9698

16 75 43554 215 50 11 .765 118257 23 0017710 .0 9866 20 106 00343 1 51988 2 .6001 165 74 .76725 213 04 11 .530 112669 13 0017866 B 09706 18 720 .00341 1 51462 2 6458

17 74 09822 210 55 11 .300 107312 37 0018070 09544 17 460 00339 1 50937 2 .5056 175 7 3 42823 208 01 11 .075 102178 65 0. 0C18264 09382 16 315 00336 1 50412 2 .3782 160 72 75707 205 .41 10 .857 97259 86 0018468 .09219 15 272 .00334 1 49687 2 .2624 185 72 08448 202 7b 10 .647 92548 09 0018683 09056 14 324 00332 1 49363 2 .1571 190 71 41020 200 05 10 .446 88035 65 0018911 08892 13 460 .00329 1 48638 2 .0615

195 70 73393 197 26 10 .254 83715 07 0019153 08729 12 673 00327 1 46313 1 .9747

20 70 .05536 194 .40 10 .075 79579 10 00191.09 08566 11 955 .00324 1 ,47788 1 .8958 205 69 37414 191 46 9 .90 7 75620 70 0019681 08403 1

1

301 00321 1 47262 1 .6242 210 66 68991 188 42 9 .754 71833 08 0019970 .08241 10 703 .00319 1 46734 1 .7593 215 6a 00228 185 28 9 .616 68209 69 a 0020278 .08060 10 157 c 00316 1 46206 1 .7003

220 67 31082 182 04 9 496 64744 24 0020606 07919 9 658 00314 1 45675 1 6469

225 66 61509 178 68 9 395 61430 68 0020957 07760 9 201 00311 1 45143 1 5984

23 65 91461 175 22 9 .313 58263 ZZ 0021331 07601 8 783 00309 1 44608 1 .5546 235 65 20898 175 62 8 889 55607 62 0021475 07444 8 399 00303 1 44071 1 .5319 240 64 49079 173 81 9 104 53317 99 0022587 07287 8 044 00268 1 43525 1 .5602

245 63 78531 171 49 8 505 50284 57 0022031 07135 7 727 00296 1 42991 1 .4730 250 63 07645 168 47 8 357 47352 01 0. 0022628 06986 7 436 00291 1 42455 1 4609

255 62 35220 165 90 8 323 44847 35 u 0023404 06836 7 165 00282 1 419U9 1 .4651 260 61. 64795 162 89 7 858 42033 29 0. 0023189 06694 b 925 00287 1 41379 1 4067

265 60 91420 159 93 7 .981 39659 40 0024525 06546 6 695 00274 1 40629 1 .4436

27 60 17397 157 70 7 732 37608 5 2 0024602 06405 b 483 00274 1 40275 1 4137

275 5 9 43532 155 24 7 624 35583 75 0025162 05266 6 290 00270 1 39724 1 .4116 280 58 70712 151 24 7 .109 32923 64 0024882 06132 6 115 00278 1 39182 1 .3509 285 57 94593 151 03 6 696 31876 57 0023724 05996 5 958 00289 1 38617 1 .2816

29 57 22107 148 15 6 899 29574 41 0026385 05870 5 840 00262 1 36080 1 .4001

295 56 46265 145 87 6 838 28055 17 0026971 05741 5 719 00256 1 37520 1 4107

300 55 69902 144 15 6 742 26714 40 0C27404 05616 5 599 00255 1 36958 1 .4180 310 54 17574 140 73 b 437 24065 91 0028124 05377 5 369 00251 1 35841 1 .4228

32 52 66463 136 78 6 042 21472 53 0028684 05155 5 153 00250 1 34739 1 .4117 330 51 13449 133 89 5 901 19451 93 0029864 04945 4 943 00242 1 33629 1 .4389 340 49 61541 130 66 5 .656 17571 70 0030516 04750 4 745 00240 1 32534 1 .4338 350 48 10370 127 58 5 .463 15919 15 0031238 04570 4 558 00238 1 31449 1 .4311

36 46 62166 123 95 5 23 14314 75 0031876 04406 4 384 .00239 1 30392 1 .4155 370 45 15354 121 04 5 .062 13016 44 0032454 04254 4 221 .00240 1 29350 1 .4032

380 43 67885 120 34 5 .294 12115 04 u 0034819 04136 4 065 u 00226 1 28310 1 .4827

390 42 23714 119 42 4 .948 11499 81 u 0032749 03987 3 920 .00241 1 27298 1 .3845

i>00 40 90227 117 21 4 593 10583 71 0031761 03872 3 795 00254 1 26366 1 3135

410 39 60409 115 49 4 .513 9749 97 0032604 U3771 3 679 .00253 1 25463 1 .3223

1.2 38 35047 113 86 4 .301 9032 27 0032269 03680 3 573 00261 1 24597 1 .2642 430 37 12212 113 71 4 280 8554 .64 0032622 03597 3 475 .00261 1 23751 1 .2899

440 35 89784 116 33 4 .399 8483 62 0032517 03527 3 381 00260 1 22912 1 .3054

450 34 78353 117 42 4 .202 8262 91 0030759 03450 3 301 00275 1 22152 1 .2440

46 33 75686 117 49 4 ,027 7898 62 0029792 03393 3 232 00287 1 21455 1 .2004 470 32 77384 117 91 3 .930 7598 00 0029203 03341 3 170 00296 1 20789 1 .1761

48 31 83830 118 59 3 .867 7349 69 0026703 .03294 3 114 .00304 1 20158 1 .1582

490 i'u 94678 119 48 3 .805 7142 .37 0028091 03252 3 063 00313 1 19569 1 .1380 500 30 09838 120 57 3 .759 6971 32 0027489 03215 3 018 .00322 1 18991 1 .1200 510 29 27605 122 39 3 .840 6895 .15 0027450 03180 2 976 00323 1 18442 1 .1318

520 28 50220 124 31 3 ,751 6829 22 0026193 03149 2 939 00339 1 17927 1 .U938

530 27 78387 125 56 3 .65 3 6693 .27 0025211 03123 2 907 00355 1 17450 1 .0606

540 27 09959 126 97 3 .62 4 6587 67 0024641 03100 2 87 8 .00366 1 16997 1 .0459

55 26 ,45847 128 .57 3 .538 6492 .35 0023693 0, 03079 2 854 .00382 1 .16574 1 .0162 560 25 84578 130 .17 3 .519 6416 .02 0023160 03062 2 831 .00393 1 16170 1 .0037

57 25 26109 131 .87 3 .500 6354 .12 a 0022602 03046 2 812 00405 1 15786 .9906

580 24 .70351 133 .65 3 .483 6303 .12 0022038 03032 2 795 .00417 1 15421 .9773

590 24 17165 135 48 3 .466 6260 33 0021477 03020 2 77i .00429 1 15073 .9640

60 23 ,66478 137 .35 3 .451 6223 .71 0020928 03010 2 766 00442 1 14742 .9510

TWO-PHASE 80UNOARY

FORM NBS-114A (1-71) U.S. DEPT. OF COMM. BIBLIOGRAPHIC DATA

SHEET

1. PUBLICATION OR REPORT NO. NBS-TN-384

4. TITLE AND SUBTITLE

2. Gov't Accession No.

Thermophysical Properties of Oxygen from the Freezing

Liquid Line to 600 R for Pressures to 5000 Psia

7. AUTHOR(S) Robert D. McCarty

Lloyd A. Weber

9. PERFORMING ORGANIZATION NAME AND ADDRESS

NATIONAL BUREAU OF STANDARDS

DEPARTMENT OF COMMERCE

WASHINGTON, D.C. 20234

12. Sponsoring Organization Name and Addtess National Aeronautics and Space Administration

Manned Spacecraft Center

Houston, Texas

15. SUPPLEMENTARY NOTES

3. Recipient's Accession No.

5. Publication Date July 1971

6. Performing Organization Code

8. Performing Organization

10. Project/Task/Work Unit No. 2750426

11. Contract/Grant No. NASA-MSC T- 1813a

13. Type of Report & Period Covered Final

Jan. to June 1971

14. Sponsoring Agency Code

16. ABSTRACT (A 200-word or less factual summary of most significant information. If document includes a significant bibliography or literature survey, mention it here.) Tables of thermophysical properties of oxygen are presented for temperatures from

the melting line to 600 R for pressures to 5000 psia. The tables include, entropy,

enthalpy, internal energy, density, volume, speed of sound, specific heat, thermal

conductivity, viscosity, thermal diffusivity, Prandtl number and the dielectric

constant for 79 isobars. Also included in the isobaric tables are quantities of special

utility in heat transfer calculations: (^P/^V) T

, (^P/^T) , V(;}H/dV)p, V (qP / ^U') y

, -v(aP/aV)T , i/v(av/aT) p

.

In addition to the isobaric tables, tables for the saturated vapor and liquid are

given which include all of the above properties, plus the surface tension. Tables

for the P-T of the freezing liquid, index of refraction and the derived Joule -Thomsor.

inversion curve are also presented. The specific heat of the saturated liquid is

given in graphical form. A temperature-entropy chart and a Mollier diagram are

also included.

17. key words (Alphabetical order, separated by semicolons) Density; dielectric constant; enthalpy;

entropy; equation of state; fixed points; heat transfer coefficients; index of refraction

Joule- Thomson; latent heat; melting point; Prandtl number; oxygen; specific heat

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|~Xl UNLIMITED.

I I FOR OFFICIAL DISTRIBUTION. DO NOT RELEASE

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19. SECURITY CLASS

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UNCLASSIFIED

20. SECURITY CLASS

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UNCLASSIFIED

21. NO. OF PAGES

189

22. Price

$1.50

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