A111D2 DMbMflM

NASA Reference Publication 1011

NBSIR 77-865

NAT'L INST OF STANDARDS & TECi), " ' '^

A1 11 02046484

Weber, Lawrence Adna/Thermodynamlc and r QD181 .01 W4 1977 0.1 BOOK 1977

NIST

PUBLICATIONS REFERENCE

Thermodynamic and Related Properties

of Oxygen from the Triple Point to

300 K at Pressures to 1000 Bar

L. A. Weber

DECEMBER 1977
DATE DUE

CAYLORD PHINTCO IN U.S.A.

j
NASA Reference Publication 1011 .Oi^^

NBSIR 77-865 /^77

Thermodynamic and Related Properties

of Oxygen from the Triple Point to

300 K at Pressures to 1000 Bar

l! a? Weber

Cryogenics Division,

Institute for Basic Standards

National Bureau of Standards

Boulder, Colorado

Prepared for NASA Lewis Research Center

IMASA

National Aeronautics

and Space Administration

Scientific and Technical

Information Office

1977

Contents

Page

1. Introduction 1

2. Experimental Method 2

2.1 Description of the Apparatus 2 2.2 Experimental Procedure 2

3. Experimental Results 3

3.1 The Data 3

3.2 Representation of the Data 3

3.3 Estimates of the Uncertainty of the PVT Data '6

3.4 Comparisons with Other Data 7 3.5 Thermodynamic Properties 9

4. Summary 11

5. Acknowledgments 11

6. Bibliography 12

Appendix A. Second and Third Virial Coefficients 15

Appendix B. Fixed Points and Phase Boundaries, Thermal Properties of

Ideal Gas and Real Gas at STP "'"^ 19 Appendix C. Brief History of the PVT Sample Holder

List of Figures

Figure 1. Experimental isochores. Dashed line indicates limit

of earlier NBS data 21

Figure 2. New experimental isochores (horizontal lines); shaded

area shows the region of earlier NBS data 22

Figure 3. The three regions for representation of the data .... 23

Figure 4. Comparison with the densities of Streett and

Sagan [13] 24

Figure 5. Comparison with the sound velocity data of Straty

and Younglove [4] 25

Figure 6. Comparison with experimental sound velocities in the

compressed liquid 26

iii
List of Tables

Page

Table I. PVT Data for Oxygen 27

Table II. Parameters used in Equation (3) 31

Table III. Parameters used in Equation (4) 33

Table IV. Parameters for Equation (5) 20

Table Va. Thermodynamic Properties of Oxygen on the Saturation

Boundaries (metric units) 36

Table Via. Thermodynamic Properties of Oxygen (Isobars, metric

units) 38

Table Vb. Thermodynamic Properties of Oxygen on the Saturation

Boundaries (engineering units) 100

Table VIb. Thermodynamic Properties of Oxygen (Isobars,

engineering units) 103

Table VII. Comparison of Calculated and Measured Heats of

Vaporization 14

iv
THERMODYNAMIC AND RELATED PROPERTIES OF OXYGEN FROM THE

TRIPLE POINT TO 300 K AT PRESSURES TO 1000 BAR

L. A. VehHT

NBS compressibility measurements and thermodynamic properties

calculations for oxygen have been extended to higher pressures. The

results of a new experimental program are presented in the form of

PVT data in the temperature range 58 - 300 K at pressures up to

800 bar. Tables of the derived thermodynamic properties on isobars

to 1000 bar are given, including density, internal energy, enthalpy,

entropy, specific heats at constant volume and constant pressure,

velocity of sound, and the surface derivatives (9P/9T)p and (8P/8p)^.

Auxiliary tables in engineering units are also given. The accuracy

of the data is discussed and comparisons are made with previous data.

Key words: Density; enthalpy; entropy; oxygen; properties of fluids;

specific heat; velocity of sound.

1. Introduction

Approximately eight years ago this laboratory began publishing a series of

papers on experimental measurements of the properties of oxygen in the range

from the triple point (approximately 54 K) to 300 K at pressures up to about

340 bar. Included in this series were measurements of PVT data and derived

thermodynamic properties [1], specific heats [2,3], velocity of sound [4],

dielectric constant [5], viscosity [6], vapor pressure [7] and critical region

behavior [8]. Recent developments in the design of spacecraft engines, however,

have resulted in the need for thermophysical properties data at higher pressures.

In an earlier, interim report [9], we extrapolated the above results to 690 bar.

In this report we present new PVT measurements to 800 bar and the thermodynamic

properties derived from them. Approximately 348 PVT data points were measured

at 38 densities ranging from 15 to 41 mol/£ (0.48 - 1.3 g/cm"^)

.

The data have been represented analytically for the purpose of interpolation

and to allow calculation of the thermal properties. The tables of derived

This work was carried out at the National Bureau of Standards under the

sponsorship of the National Aeronautics and Space Administration.
properties have been extrapolated to 1000 bar. The results have been compared

with published data in this temperature and pressure range.

2. Experimental Method

2.1 Description of the Apparatus

The apparatus, which was designed to make PVT measurements on isochores

(lines of constant density) was originally described by Goodwin [10] . Later

modifications were described by Weber [1] and by Prydz and Straty [11]. Only a brief description will be given here. The sample holder is a heavy-walled copper

cylinder of approximately 5 cm O.D. and 1.6 cm I.D. The volume of the cavity is

3 27.25 cm . Corrections are made for the change in volume with temperature

and pressure. The sample is introduced, and the pressure is measured, via a stainless steel capillary having an I.D. of about 0.033 cm. Temperature is

measured with a platinum resistance thermometer mounted in a well in one end.

The sample holder is mounted in a nearly adiabatic cryostat, and the small amount

of residual cooling is balanced by means of a temperature controller and a heater

wire wrapped around the outside of the container. Pressure is measured with an oil-operated dead weight gage described in detail in [1]. Corrections were made

for the hydrostatic pressure head in the capillary tubing. Density was determined

by releasing the sample into a 22 £ calibrated glass bulb maintained at room temperature in a thermostated water bath. Pressure in the glass bulb was measured with a quartz spiral bourdon gage.

Samples came from commercially available cylinders of ultra high purity

oxygen which was passed through a molecular sieve trap at 76 K at cylinder

pressure to remove any water. The statement of purity from the supplier is as follows: argon 3 ppm, nitrogen 20 ppm, krypton 16 ppm, total hydrocarbons 17 ppm.

2.2 Experimental Procedure

The sample was passed through the molecular sieve trap and loaded into the

sample holder at a predetermined temperature and pressure, calculated to yield

the desired experimental density. The sample holder was sealed off by means of

a stainless steel valve mounted on top of the cryostat. The measurement system

then consisted of the sample holder, a length of capillary tubing with a volume

2
of 0.068 cm , the valve, volume of 0.02A cm , and a differential pressure

3 transducer with a volume of 0.30 cm . Pressure was then measured as a function

of temperature at a set of integral temperatures along a path of nearly constant

density. When the maximum temperature or pressure was reached, the sample was released into the glass bulb. Measurement of the gas pressure in the bulb along

with available room temperature virial coefficients allowed calculation of the

amount of sample, and thus the density.

3. Experimental Results

3.1 The Data

The data consist of 348 points taken along 38 lines of (approximately)

constant density (experimental isochores) . Data on each isochore were taken on

the same set of temperatures so that the result would be a set of experimental

isotherms. A two degree spacing was used up to a temperature of 160 K, then

a five degree interval up to 200 K, and a ten degree interval to 300 K. All

temperatures were measured on the IPTS 1968 scale. For each experimental density

one or more points were measured at pressures less than 3A0 bar, within the

range of the data in reference [1] to check the consistency of the two data

sets. The results of this check are discussed in section 3.3.

The data are given in table I, and their location with respect to the

earlier data is shown in figures 1 and 2.

3.2 Representation of the Data

The present data were combined with those from [1] to define the PVT

surface used for the calculation of the thermodynamic properties. The earlier

data were measured on the IPTS 1948 temperature scale and, below 90 K, on the

NBS 1955 scale, and it was therefore necessary to convert them to the IPTS 1968

scale for the present work. This was accomplished by modifying the experimental

pressures using the relationship,

AP = — (T - T ) (1)

8T ^68 i'' P

where T was the temperature on either of the previously used scales. In this

3
way the tabulated values of the temperature were not changed, and all the

data could be fit to the same set of isotherms. The temperature conversion

tables were taken from [12].

For the purpose of representation the PVT surface was divided into three

regions, and each region was smoothed and interpolated by the means which seemed

most appropriate. Location of the three regions is shown in figure 3, and they are discussed separately below. Each data point was given a weight compatible

with the estimated uncertainties in the experimental variables.

Low Density Region . A virial-type expansion in density insures proper

behavior of the entropy calculations at very low density and so was used here.

A truncated virial expression with two coefficients.

represented the data very well up to a density one half the critical value. The

virial coefficients, B and C, were expressed as low-order polynomials in

temperature, and equation (2) was fit to the data in the form of an analytic

surface. In addition to the PVT data, 14 experimental values of at a density

of 6.1 mol/£ were included in the fitting process. None of the new data fall

within the range of equation (2) and so in the present work the data of [1] were merely refit on the IPTS 1968 temperature scale. The functions and parameter

values used for B and C are given in Appendix A.

Intermediate Densities . The data between 128 K and 300 K at densities

greater than 6.5 mol/i up to the maximum experimental pressure were represented

by 35 isotherm polynomials of the form

The number of coefficients used varied from four to a maximum of 14 for the 156 K

isotherm. These isotherms were used to smooth the data and to interpolate it to even increments of density. The pressure-temperature pairs so obtained for a given density were then fit with an isochore polynomial of the form.

P = RTp (1 + Bp + Cp^) (2)

N

P = RTp + I A p J=l

^

(J + 1)

(3)

4
5 (3-2J)

P = 5: A T

J=l

^ (A)

A total of 62 isochore polynomials were used to cover the density range from

6.5 to 37.0 mol/i, using a 0.5 mol/£ increment in density. The intermediate

densities then were represented by a grid of isotherm and isochore polynomials.

The parameters used in equations (3) and (4) are given in tables II and III,

respectively.

At subcritical temperatures the isotherms were constrained to agree with

the liquid-vapor two phase boundary given in Appendix B. The isochores were

also constrained to this boundary. For densities greater than 28.5 mol/£

2 2 isochores were constrained to have their second derivatives, (9 P/8T

) ^, agree

at 128 K with the values given by the high density surface in the next section.

This was done to minimize discontinuities in the derived properties at this

boundary in the surface representation.

High Densities . The high density region, bounded in figure 3 by the melting

curve, vapor pressure curve, and the 128 K isotherm, was represented with a fourteen parameter empirical function of the form.

The values of the parameters are given in table IV. In addition to the PVT data, some of the specific heat data from [3J were included in the fit. These were

used to influence the derivatives of the surface and ensure more accurate

calculation of the derived thermodynamic properties.

Other Data . The melting pressures and liquid-vapor two phase boundary, were

taken from [1], and the critical parameters were taken from [8]. The data were

converted to the IPTS 1968 temperature scale and the curves were refit. The

vapor pressure curve from [7], refit on the IPTS 1968 scale, was also used. The

functions are repeated here in Appendix B with the new coefficients for the

convenience of the reader.

(5)

5
Interpolation Methods for Densities . Equations (2-5) are all explicit in

pressure. Therefore the density at a given temperature and pressure was found

by iteration. In the high and low density regions a simple Newton's iteration

was used along the appropriate isotherm of the analytic surfaces, equations (2) or (5). In the intermediate density region, densities were found by iterating

on the isotherms tabulated in table II. For a temperature falling between two

tabulated isotherms a linear interpolation between the two bracketing isotherms

would be adequate.

Saturation densities at temperatures greater than 128 K in the liquid, or greater than 150 K for the vapor, were calculated from the functions given in

Appendix B(e). The appropriate isotherm and isochore polynominals were constrained

to this boundary in order to insure consistency between the two-phase boundary

and the one-phase surface. At lower temperatures this consistency is assured by

allowing the saturation densities to be detemined from the intersection of the

PVT surfaces, equations (2) and (5), with the vapor pressure curve. These

surfaces were constrained to agree with the equations in Appendix B(e) at 150 K

and 128 K respectively in order to eliminate discontinuities at these points.

3.3 Estimates of Uncertainty of the PVT Data

In references [1,10,11] and several other publications of this laboratory

considerable attention has been given to the determination of the volume of the

sample holder, which is of primary importance in the measurement of the density.

The results of several workers over a period of years indicates that we can determine this volume with an accuracy of about 0.1%. The uncertainty in the

3 external volumes connected to the sample holder is estimated to be 0.01 cm . The

effect on the density of this uncertainty varies from 0.036% for the room temperature gas data to a negligible amount for low pressure liquid data. Corrections

made to the sample holder volume for pressure and temperature effects are estimated

to add several hundredths of one percent at the highest pressure and lowest

temperatures. The volume of the 22 £ glass bulb is known to within 0.0A%. The

accuracy of the dead weight pressure gage is 0.01 - 0.02%, and errors due to

this source are negligible in the range of the present data. Temperature measurements had precision and reproducibility within 0.001 K. However, the overall

accuracy of the potentiometer used leads to uncertainties in the absolute

6
temperatures which vary from 0.002 K at 50 K to 0.028 K at room temperature. From

the above considerations the overall maximum uncertainty varies from about 0.1%

for the low temperature, low pressure liquid data to about 0.17% for the high

pressure, room temperature gas data. The experimental precision is about 0.02%

in density.

For the purpose of this report it was considered most impoitant that the new data show no appreciable systematic deviations from the data of [1]. For

this reason, on almost every experimental isochore, one or more points were measured at pressures within the range of the data of [1] and comparisons were made with the earlier PVT surface representation. In this way the compatibility

of the two data sets was monitored during the course of the measurements.

In recent PVT measurements on parahydrogen [13] the sample holder had been

subjected to pressures as high as 850 bar. The volume was observed to have

expanded inelastically by about 5%. In the present work, the above compatibility

measurements indicated that the volume underwent further "slippage" by small

amounts on three occasions. Each change could be correlated closely with some

of the highest pressures attained during the work. The only reasonable conclusion

is that the elastic limit of the sample holder occurs at a pressure of about

800 bar. The first 16 experimental runs correlate well with the data of [1] using

the initial volume calibration. The next four runs show an average systematic

deviation from the earlier data of 0.16%. After run 20 the deviation averaged

0.22%, and after run 29 the deviation increased to about 0.72%. The volume of

the sample holder was adjusted by the above amounts, and the corresponding

density adjustments have been incorporated into the data given in table I.

The above uncertainties apply to the experimental data. The PVT surface

representations, discussed earlier in this section, have been incorporated into

a computer program used to interpolate density and to calculate the derived

thermodynamic properties. The last column in table I, expressed as percent

difference in density, indicates how well this program reproduces the experimental

data.

3.4 Comparisons With Other Data

The present data have been compared with the oxygen PVT surface given in [1].

The 56 points at pressures less than 350 bar exhibited an average deviation of

7
+ 0.04% in density from our earlier surface.

Comparisons with earlier published data at pressures less than 330 bar have

been given in [1] and are not repeati^d here. Streett and Sagan [14] have published more recent densities on six isotherms between 96 and 250 K at pressures to 684 atm.

They calibrated the volume of their apparatus by comparing their results with

ours from [1] at low pressures at 100 K. Thus the results of the two laboratories

should be compatible. The differences between their experimental results and

the values interpolated from our PVT surface are shown in figure 4. The agreement between the compressed liquid data, 96 - 110 K, is seen to be good, with

perhaps a slight systematic trend with pressure. The compressed fluid data

between 170 K and 250 K agree less well. These differences may be due, as they

stated, to the thermal expansion correction applied to the volume of their

sample holder. Their container is made of maraging steel, for which the thermal

expansion is only approximately known at low temperatures. Since the data sets were forced to agree at 100 K, the largest disagreement would be expected at the

highest temperature. In addition, our own data has a larger uncertainty at the

higher temperatures due to the larger effect of the corrections for the external

volumes.

The vapor pressure equation used here is a refit of Goodwin's equation [7] on the IPTS-68 scale. It has been extensively compared with the most recent data

and with other equations by Wagner, et al. [15]. The agreement is quite good for

temperatures above 85 K. However, equations fit to the older data (pre 1968)

exhibit deviations from the latest data which approach a maximum of 0.15% at 70 K. The newest data were measured with thermometers calibrated on the IPTS-1968

temperature scale while the older data were converted to this scale by means of

published conversion tables. The systematic chronological difference may suggest

that there is a small incompatibility between these two methods of arriving at

IPTS 1968 temperatures. Prydz's fit of Goodwin's equation used a value of

2 148 N/m for the triple point pressure, while the present version uses an average

2 of the best recent experimental determinations, 146.4 N/m . The triple point

temperature used here, 54.359 + .002 K, is that measured with our thermometer.

It agrees with the accepted IPTS 1968 value of 54.361 K within its uncertainty.

8
3.5 Thermodynamic Properties

Many equilibrium thermodynamic properties can be derived from the PVT surface

by means of well-known relationships. These relationships and the calculation

techniques used here have been given in [1], and they will not be repeated.

Knowledge of the PVT surface allows the calculation of the isothermal change in a property with density, and to this must be added the value of that property in

the ideal gas state at the corresponding temperature. The thermodynamic properties

of the ideal gas are taken from Woolley [16] and the equations used here are given in Appendix B. In addition, changes in properties with temperature may be

calculated via specific heat data, and use is made of the specific heat data

from [2,3] on a particular density, 28.687 mol/Jl, to allow calculations in the

compressed liquid without the necessity of crossing the vapor-liquid boundary.

The results are tabulated for the liquid-vapor coexistence boundary in table Va

and along isobars from 1-1000 bar in table Via. The same properties are also

tabulated in engineering units in tables Vb and VIb, respectively. Properties

tabulated include specific volume, internal energy, enthalpy, entropy, specific

heats at constant volume and at constant pressure, sound velocity, and the surface

derivatives (9P/3p)^ and OP/9T)p.

The derived properties were compared in [1] with existing, published

experimental measurements. Comparisons here are confined to those with more

recent experimental results, measurements at pressures greater than 350 bar, and

regions where our surface representation has been modified substantially. Goodwin

and Weber [3] measured single phase data at 19 densities between 0.45 and 3 times critical density. After deleting one, apparently incorrect, isochore

and several points near critical, the remaining 131 data points were compared

with values calculated from the PVT surface. The average of the absolute values

of the relative deviations was 0.89%. Goodwin and Weber also estimated the

maximum uncertainty for each experimental point. If we divide the difference,

I calculated minus experimental C^|» by this estimated experimental uncertainty

and average over all the data, the average is 1.05. Thus the data are reproduced to within their experimental uncertainty. For the data close to the

critical point the differences increase to over 20%. This is not surprising since

the present representation corresponds to an analytic surface which cannot lead to

accurate specific heats in the near vicinity of the critical point.

9
Calculation of the entropy of the saturated liquid at the triple point

begins with the entropy of the ideal gas at 160 K, from [15], and follows a rather complicated path, detailed in [1]. The value arrived at is 67.11 J/mol-K.

This value may be compared with the one from Giauque and Johnston [17],

67.10 + 0.15 J/mol~K, found by integrating their specific heat data for solid

oxygen and using their value for the heat of fusion at the triple point. This

comparison may be used to indicate the agreement between these two experiments

and the third law of thermodynamics. It also serves as an independent check on

the reliability of the derived properties of the saturated liquid. Uncertainties

in the enthalpy and internal energy of the saturated liquid may also be estimated

by comparing the three different ways of calculating the heat of vaporization with

the available experimental measurements. This is done in table VII. Here the

AH is the vapor enthalpy less the liquid enthalpy as given in table Va. The

agreement with the quantities TAS and the value of AH calculated via the Clapeyron

equation indicates that there are no appreciable errors in the vapor pressure

curve. From the above comparisons the uncertainty in the enthalpy of the saturated

liquid is estimated to be no more than 10 J/mol. A careful consideration of the

effects of the PVT surface indicates that this uncertainty increases to 15 J/mol

at a pressure of 800 bar. In the supercritical gas phase the enthalpy calculations

begin at zero pressure with the ideal gas value, which has negligible uncertainty.

At 300 K the uncertainty increases to 6 J/mol at a pressure of 200 bar, 10 J/mol

at 400 bar, and 16 J/mol at 800 bar. These statements of accuracy would also

apply to the internal energy. Uncertainties in all quantities are greater in the

critical region.

Calculated values of the velocity of sound have been compared with the

experimental results of Van Itterbeek and Van Dael [18] and with Straty and

Younglove [4]. These comparisons are shown in figures 5 and 6, It is seen that

the agreement is generally good at supercritical temperatures, but there is a systematic trend which leads to differences up to about 1% at 350 bar, the

maximum experimental pressures. This trend is also evident in the liquid where

the agreement is less good, eventually reaching 3.8% at 68 K and a pressure of

900 bar. The velocity of sound, W, is calculated via the relationship,

10
w = 8P

3T

1/2

(6)

from which it is seen that this comparison constitutes a fairly severe test of

the surface derivatives. This is especially true in the highly incompressible

liquid phase where small changes in the volume of a system result in relatively

large pressure changes. Thus small systematic errors in the volumes of the PVT

system could lead to systematic errors in the surface derivatives used in (6)

.

Additional errors are undoubtedly introduced by the necessary analytical

representation used for ths surface,

4. Summary

Experimental PVT measurements have been made at pressures up to about 800

bar. The data were represented analytically, and the resulting PVT surface was used to derive thermodynamic properties. The uncertainties in the experimental

and derived properties were analyzed, and the results were compared with other

published data for oxygen.

5. Acknowledgments

The author is indebted to D. E. Diller and G. C. Straty for many helpful

discussions and to R. D. McCarty for the least-squares program used here. This

work was supported by NASA Contract C-32369-C.

11
Bibliography

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

2 from the Triple Point to 300 K at Pressures to 33 MN/m , J. Res. Nat.

Bur. Stand. (U.S.), 74A , No. 1, 93 (1970).

Goodwin, R. D. and Weber, L. A., Specific Heats of Fluid Oxygen

from the Triple Point to 300 K at Pressures to 350 Atmospheres, J. Res.

Nat. Bur. Stand. (U.S.), 73A, No. 1, 15 (1969).

Goodwin, R. D. and Weber, L. A., Specific Heats of Oxygen at Coexistence,

J. Res. Nat. Bur. Stand. (U.S.), 73A, No. 1, 1 (1969).

Straty, G. C. and Younglove, B. A., Velocity of Sound in Saturated

and Compressed Fluid Oxygen, J. Chem. Therm. _5, 305 (1973).

Younglove, B. A. , Dielectric Constant of Compressed Gaseous and Liquid

Oxygen, J. Res. Nat. Bur. Stand. (U.S.), 76A, No. 1, 37 (1973).

Haynes, W. M. , Measurements of the Viscosity of Compressed Gaseous and

Liquid Oxygen, submitted for publication to Physica.

Goodwin, R. D., Nonanalytic Vapor Pressure Equation with Data for

Nitrogen and Oxygen, J. Res. Nat. Bur. Stand. (U.S.), 73A , No. 5, 487

(1969); also Prydz, R. , An Improved Oxygen Vapor Pressure Representation,

Metrologia 8^, No. 1, 1 (1972).

Weber, L. A., Density and Compressibility of Oxygen in the Critical

Region, Phys. Rev. A 6^, No. 6, 2379 (1970).

Weber, L. A., Extrapolation of Thermophysical Properties Data for

Oxygen to High Pressures (5,000 to 10,000 PSIA) at Low Temperatures

(100 - 600°R), Nat. Bur. Stand. (U.S.), Internal Report No. 10727 (1971).

Goodwin, R. D., Apparatus for Determination of Pressure-DensityTemperature Relations, and Specific Heats of Hydrogen to 350 Atmospheres

and at Temperatures above 14 K, J. Res. Nat. Bur. Stand. (U.S.), 65C,

231 (1961).

Prydz, R. and Straty, G. C. , The Thermodynamic Properties of Compressed

Gaseous and Liquid Fluorine, Nat. Bur. Stand. (U.S.), Tech. Note 392

(Revised) (1973).

12
The International Practical Temperature Scale of 1968, Metrologia _5, No. 2, 35 (1969); also Bedford, R. E. , Durieux, M. , Muijlwijk, R. and

Barber, C. R. , Relationships Between the International Practical

Temperature Scale of 1968 and the NBS-55, NPL-61, PRMI-54, and

PSU-5A Temperature Scales in the Range from 13.81 to 90.188 K,

Metrologia _5, No. 2, 47 (1969).

Weber, L. A. , Thermodynamic and Related Properties of Parahydrogen from

the Triple Point to 300 K at Pressures to 1000 Bar, Nat. Bur. Stand. (U.S.),

Internal Report No. 74-374, National Aeronautics and Space Administration

Special Publication 3088 (1975).

Streett, W. B. and Sagan, L. S., PVT Data for Oxygen from 90 to 250 K

and Pressures to 684 Atm, Adv. in Cry. Eng. 20, 240 (1975).

Wagner, W. , New Vapor Pressure Measurements and a New Rational VaporPressure Equation for Oxygen, J. Chem. Therm. 8^, 1049 (1976).

Woolley, H. W. , Thermodynamic Functions for Molecular Oxygen in the

Ideal Gas State, J. Res. Nat. Bur. Stand. (U.S.), 40, 163 (1948).

Giauque, W. F. and Johnston, H. L. , The Heat Capacity of Oxygen from

12 K to its Boiling Point and its Heat of Vaporization. The Entropy

from Spectroscopic Data, J. Am. Chem. Soc. 51, 2300 (1929). van Itterbeek, A. and van Dael, W. , Velocity of Sound in Liquid Oxygen

and Liquid Nitrogen as a Function of Temperature and Pressure, Physica

28, No. 9, 861 (1962).

Furukawa, G. T. and McCoskey, R. E. , NACA Tech. Note 2969 (1953).

Roder, H. M. , Weber, L. A. and Goodwin, R. D. , Thermodynamic and

Related Properties of Para-Hydrogen from the Triple Point to 100 K at

Pressures to 340 Atmospheres, Nat. Bur. Stand. Monograph No. 94 (1965).

Goodwin, R. D. , The Thermophysical Properties of Methane, from 90 to

500 K at Pressures to 700 Bar, Nat. Bur. Stand. (U.S.), Tech. Note 653

(1974)

.

Straty, G. C. and Tsumura, R. , PVT and Vapor Pressure Measurements on Ethane, J. Res. Nat. Bur. Stand. (U.S.) 80A, No. 1, 35 (1976).

13
iabie VII. Comparison of Calculated and Measured

Heats of Vaporization (J/mol)

T Calculated - This Research Experimental

AH TAS Clapeyron Ref [17] Ref [1

Equation

111 1 Dl 1159 7730

DU 7 A 0/. 7623 7624

DO , H 7417 7415 7423 7418

in1 u 7377 7375 7382

' t) 7222 7219 79?A 7228

80 7114 7111 7114

84.1 6998 6996 6996 7005

on TOO 6814 6812 6810 6815 + 7 6825

XUU 6474 6470

Tin 111) 6062 6061 6052

1 0 A 5550 5549 5538

1 J(J 4896 4897 4887

4004 4005 4005

150 2547 2547 2537

154 . 1169 1169 1160

14
Appendix A. Parameters for the Second and Third Virial Coefficients

(low density region, equation (2) in text)

(a) Second virial coefficient , in (cm /mol)

.

J=l

'

\

= -8. 638 001 288 X 10^

h

= 1. 733 064 315 X lo'' h

= -1. 241 961 054 X

\

= 3. 956 609 285 X 10^

^5

= -4. 904 475 356 X 105

(b) Third virial coefficient , in (cm /mol) .

3. 569 552 013 X 10^

-2. 696 578 423 X

s

= 8. 152 809 009 X 10^

^4 = -1. 229 796 911 X

s

= 9. 252 345 993 X

^6

= -2. 771 904 509 X

15
Appendix B. Fixed Points and Phase Boundaries, Thermal

Properties of Ideal Gas and Real Gas at STP

(a) Triple Point;

T^. = 54,359 + .002 K

Pj. = 0.001464 bar

p. (liquid) = 0.04083 mol/ cm

(b) Normal Boiling Point;

= 90.188 K

=1.0 atm = 1.01325 bar

(liquid) = 0.03566 mol/cm^

p^(gas) = 0.0001397 mol/cm^

(c) Critical Point;

= 154.581 K

= 50.43 bar

P^ = 0.01363 mol/cm"^

(d) Melting Pressure: (bar)

P =

Pfc + Pq [(t/t^)"" - 1]

P^ = 2672.27, c = 1.769

(e) Liquid-Vapor Coexistence Densities, (mol/cm^)

Pg^^dlquid) = p^ + f (T)

Pg^^ (vapor) = p^ - f(T)

where

PRD = Pc ^1 - T) + a^ (T^ - T)^

T\(2j-i)e

f(T) =

p^

3 /t - t\(

16
= 1.811 3127 3 = 0.353

= 2.775 1793 x lO"''" = 6.0A02 x 10~^

A^ = -7.580 9A08 x lO""*" = 9.80 x 10~^

The above relations were used from 150 K to for the vapor, and from

128 K to for the liquid. Below these temperatures the densities were found

by the intersection of equations (2) or (5) , respectively with the vapor

pressure curve.

(f) Vapor Pressure:

ln(V/?^) = Ax + Bx^ + CX^ + Dx(l - X)^

X = (1 - T^/T)/(l - T^/T^)

A = 7.797 7723

B = 4.577 3000

C = -1.928 1264

D = 3.293 1232

e = 1.5

(g) Molecular Weight of Oxygen: 31.9988 g/mol:

(h) Ideal Gas Thermodynamic Properties:

C°(T) 7 /T /^ 2 u ^ J=l S (e" - 1)2

where u = A^/T

A^ = -1.86442361 x 10^

A^ = 2.07840241 x 10

A^ = -3.42642911 x

10~

A, = 3.50297163

4 _ A^ = 2.05866482 x 10

A^ = -1.11035799 X 10

6

A^ = 2.08612876 x 10

Aq = 1.01894691

o A„ = 2.23918105 x 10

17
At T = 55 K, P = 1 atm

H° = 49.718 J/g

S° = 4.8696 J/g-K

(i) Real Gas Thermodynamic Properties at Standard Conditions

(T = 273.15 K, P = 1 atm)

H = 248.07 J/g

S = 6.328 J/g-K

18
Appendix C. Brief History of the PVT Sample Holder

The PVT sample holder used previously by this laboratory has now been

retired and replaced by a new one. It therefore seems appropriate to summarize

its history. The design, fabrication and original calibration were performed

by R. D. Goodwin, and the descriptions are given by him in ref. [10]. Briefly,

it is a heavy-walled cylindrical container made of electrolytic tough pitch

copper, having the dimensions 2" O.D., 5/8" I.D. , wall thickness 11/16", and

length 8 1/2". A heater wire was wrapped around the cylinder, and a platinum

thermometer well was drilled in the top end. The sample cavity (5/8" by

3 approximately 5") had a volume of about 25.85 cm at standard conditions. A

stainless steel capillary tube (0.013" I.D.) was used for filling and for

communication with the pressure gauge.

This sample holder has been used for measurements (in chronological order)

on P-H2 [20], O2 [1], [11], CH^ [21], P-H2 [13], C^E^ [22], and the present

work on oxygen. All measurements were made at pressures up to about 350 bar

except ref. [13] and the present work. Independent volume calibrations from

3 the first four references above indicated an average volume of 25.88+0.03 cm . Later, in ref. [13] it was pressured to 850 bar and the volume expanded

inelastically by 5.2%. In this work experimental pressures of 795-817 bar were

attained on several occasions, resulting in further increases in the volume

totaling 0.7%. Thus we conclude that these measurements define the elastic limit

of a vessel of these dimensions and construction.

19
e IV. Parameters for Equation (5)

'^1 = 2.163 315 605

= -4.951 878 499 X

= 2.218 375 056 X

\

= -5.257 882 219 X lo"

= -1.747 330 429 X 10^

\

= 3.800 674 644 X 10*

= -1.275 638 488 X 10*

= 2.485 625 682 X 10*

= -2.677 274 930 X lo'

ho 4.814 034 026 X

3

10

hi = -9.872 472 202 X 10=

h2 1.603 575 028 X 10^

-4.659 223 596 X 10*

hi 9.412 696 699 :X 10*

R 82.0597

20
JBq '3bnSS3bd

21
TEMPERATURE (K)

Figure 2. New experimental isochores (horizontal lines); shaded area shows

the region of earlier NBS data.

22
TEMPERATURE (K)

Figure 3. The three regions for representation of the data.

23
oo

oo

o

O

o"

<>•

o

o

<

o

o

o

^ g ° ^ S s

5= ^ !,— ii: csj O < O •

<

CD

0

0

<

5

I n nSLO-

.9

CO CNI

(%) ^/( ' c/)ooi

o

o

CO

CO

o Z3 ^ CO

00

LU

cc

Qo

CM

24
CO CO

CO

CO

I

O >

CO o

CO OO '5^- CO o po. oo a?•

oo

>

O

C3

CDO

o

CO

>

>

o S • o ^ °

>

< <

3 >

u_

cc • <] O

^ • > O

<3 l> O

I o—b1— CM

CO CO

CO

CO

LU

o

CN

0)

CO

CO

0)

i*o

a

(U

o

o

rH>c

3o

05

U

QJexX

Q) Xi

4J

o

CO •H • a 3

e a* O -H

(1) M

00

•H

CO

26
o o o

CO CO OD

O CD

ID O

i-: ^ cvj CO

o < •

o

CD

o

CO

l<

o

CM -

< o

•9

o

CXI

C>4

(%) m/(''''8m-='i^='m)ooi

25
TABLE I. PVT DATA FOR OXYGEN.

lOiH^. TEMP.

101

102

103

lOlt 105

106

107 lOS

109 HQ

111

201

202

203

20". 205 206

301

302

303

30". 305

306

307 308

a2.o

92.0

96.0

98.0 100.0

102

lOit 106- loa. 110 112 123.0

165.0 170.0

175.0

lao.o

185.0

lltO.O 175.0

180.0

190.0

195.0

200 .0 2LQ.Q

220 .0

PRESS.

BAR 76.180

300.250

388 . 33 8 ".32.1JI<1

1.75 .50 5 518.591

559. '»51 60 1. 093

6><3.136 685. li.". 726.553

H2.672 507.609

560 .20 5 612. ".sg 66^.l29

715.319

52.20 3 338.532 377.032

1.53. 07 3 1.90 .68't 527. 8'.5 601.97

1

671.. 862

OENSITT DIFF MOL/L PCT TEMP.

K 37.298

37.1<«8 37.103

37.083

37. 061. 37.01.7 37.030

37.011. 36.999

36.985

36.972

30. 370 30.073 30.051

30. 029 30.008

29.989

26. 81.9 26.61.7 26.625

26. 581. 25. 566

26.51.8 26.613

26.1.81

.08

.05 .05

.05 .05

.05 .01

.02 .02

.03 .03

.05 .02

.01 .01

.01

.02

.01

.02

'.01

-.01

-.00 '.01 -.01

-.00

1.01 112.0 35.525 32. 350 -.02

1.02 132.0 310 .".7 1 32.151 .01

1,03 138.0 390 . 125 32.108 .01

1.01. 11.2.0 1.1.2. 711. 32. 083 .01

1.05 11.6.0 1,91.. 721 32.060 .01

1.06 150.

u

51.6.316 32.039 .01

1.07 151..

0

597.226 32.018 .01

1.08 158.0 51.7.051. 31.999 .01

1.09 160.0 672 . 661. 31. 990 .00

1.1C 165.0 731.. 1)79 31.967 -.00

501 120.0 h8. 85 1 31.022 .06 502 11.2.0 312.253 30.831 -.00

503 11.1.. 0 335.610 30. 817 .01

501. 11.8.

u

3d 2. 17 3 30. 792 .00 505 152. J 1.2 8 . 38 9 30. 769 -.00 606 156.0 1.71.. 261. 30.71,7 .01 507 150.0 519.695 30.727 .02 605 165.0 575.657 30 . 701, . 02 609 170.0 631 . 33 3 3 0.681 .02 510 175.0 685.31

3

30. 660 .01

501 130.0 392.1)70 36. 527 -.03

602 102.0 1.23.61.1 36. 50 7 -.03

503 101..

0

1,55. 075 36.588 -.02

fcOi. 109.0 51,7.097 35.556 -.02

t06 112.0 529. U7 3 35.527 -.00 506 116.0 70 7.59 3 36.500 .01

701

702 703

701, 705

705

707 708 709

7 10 711

801

802 803

601, 905

805

807

808 809

810 eii

812

901

902

903

901, 905

905

907

908 909

910

1001

10 02 1003

1001, 1005

1006

1007 1008

1O09

1010 1011

1012

1013

106

108

110

112

111, 116

lie 120

122

121.

130.

110' 112,

111,. 116.

118.

120. 122.

121,. 126.0

128.0

130.0

112.0

116.0 118.0

122.0

126.0

128.0 130.0

132.0

131,.

0

136.0

115.

122.

121,. 125.

128.

130.

132.

131,. 136. 138.

11.0 . £1.2,

11.1.,

PRESS

.

BAR 280.935

399.009

1.57. 370

^7l..975 512.859 550.772

598.902

526.757

661,. 302

701.61.3 738 .61.1

19 9. 95 8 376.529

1,13.1,1.7 1,50.157 ^96.553

523.196 559.255

596.111

530 .593 656.037

701.137

735.965

323.057

392.725

1,27.235

1,95.91,3 563. 733 697 . 31

9

630.732

563 . 97 2 696. 971. 729. 71.0

295.290

392 .50 3 1.21.. 705

1.56.669

1.88 . 550

520 . 211. 551.695

583.070

511.. 1.1.9 61.5.350 576.077

706 .631. 737. 12 3

OENSITY

MOL/L

36. 061 35.999 35.962 35.966

35. 950 35.935

35.921

35. 1507 35.891. 35.881 35.869

35.527

35.1.18

35.1.01 35.395

35. 369

35.351.

35. 31.0 35. 327

35.311. 35.301

35.289

35.278

31.. 836

31.. 800

31.. 783

31.. 753

31.. 725

31.. 711.

31.. 701

31.. 690

31.. 679

31.. 667

31.. 132

31.. 081

31.. 065

31.. 051

31.. 037

31.. 021.

31.. Oil

31.. 001 33.989

3 3. 97 8 33.957 33.956

33. 91.6

OIFF

PCT

.01

.01 -.01

-.02 -.03

-.03

-.02

-.01

.01

.02

.03 -.05 -.06

-.06

-.05

-.01. -.03

-.02

-.01

.01

.03

. 01. .01 -.07 -.06

-.05 -.03

.00 .02 -.00

.01

.01

.00 -.06

-.0<. -.03

-.02

-.00 -.01

-.00 -.01

,00 .00 .01

.00 -.00

27
li'jLS 1. PVT Oalft FOR CXYGEN.

N T . T t M P • tss * DENSITY OIFF

K BAR MO L / L PCX

1 1 C 1 12 0*0 2 7 5 * 5 9 -J 3 3.478 • 05 113 2 128*0 W J J , 1 2 7 3 3.413 .01

110 3 13 0*0 i J * 1 5 9 3 3 * 39b • 02

1 1 0 132*0 **6 0 12 1 3 3. 385 • 01 110 5 15^*0 * 8 9 . 9 1

1

^ ^* 7C

n

• 01 1106 1 36 • 0 519*533 3 3. 36 0 • 00 110 7 136*0 5*4 1 * 9* 7 3 3*348 _ • 00 lice l-»0.0 577 * 760 33, 335 • 00 1109 l't2.0 606 * 90

1

33* 324 • 00 1110 It't • 0 6 35*90'* 3 3*313 • 0 1

1 1 i 1 li+b i 0 • 01 1112 1 8 • 0 3 3. 293 * 0 2 1113 15 0*0 721.813 3 3.283 • 01 1114 132*0 7h 9 . 99 0 3 3,274 • 02

1 Z 0 1 124.0 26 7 * 85 6 3 2*853 • 05

1 2 C 2 132*0 38 2* 118 3 2 * 76 9 , 0 3 12 0 3 136*0 '+3 8 *56 5 3 2 * 761 * • 01

12 OU 138*0 '66*53 2 3 2 . 74 9 • C2

12 05 m 0 • u '9^*527 3 3* 737 • 01

12 06 l'*2 • 0 52 2 *25'* 3 2,726 • 01 1207 32, 714 • 00 1208 l'«6*0 577, 2oZ 32, 70 3 • U 0 12 0 9 1<*8 • G 60 * 27 8 3 2 , 692 * u 0 1210 15 0*0 6 3 1 . S 1 3 2, 662 • 00 1211 152*0 658.633 3 2 , 67 3 • 0 0 1212 15^*0 665.502 3 2 , 663 * 01

IZ 13 156*0 712.3;

3

3 2. 65 3 * u 0

1 2 1** 158*0 7 3 8 . 96 8 3 2*644 * * 01

13 01 128*0 250 . St* 3 32, 141 * 03

13 02 l-«0 • 0 mc • !< 8 32.052 * . 02

13 03 l'*2 * 0 '36 *25 2 32. 0(*1 * , 0 3 130'* IwV* 0 »t62 • 35 9 32. C29 • 01

13 05 1^6 * Ci i*8 8 . 32 9 3 2*017 • 02 .01 13Q7 150*0 539.820 31.995 .01 :3oa 152*0 565. i*! 1 31. 985 • 01 1309 15*..

0

590 .833 31.975 • 01 1310 156*0 615.990 31. 964 • 01 1311 15-)*0 6'»1.135 31, 954 .00 1312 160.0 666.2^ 7 3 1 . 94 5 • 01 1313 165.0 728.1*26 31.92 3 .00 luOl 136.0 233.9=4 31.361 ,03

I'tOa l<*<t. 0 382.3^3 31.306 • 02

1'403 1(*6*0 (06. bi<* 31* 294 • 02

ll«0^ l'*8.0 '31 .046 31*282 • 02 1U05 150.0 '55.293 31.27 0 .02 IWOb 152*0 479.333 31.259 .02

1*»07 15U.0 503,236 31.249 • 02 1^08 156.0 527.173 31.239 * 01

l*tC9 158.0 551 . 00 7 31.229 • 00

I'^IO 160. Q 674 . 60 2 31.219 • 00

l*tll 165*0 633.230 31, 196 • 01 1^12 170.0 691 . 344 31, 174 • 01 1U13 175.0 748.566 31. 153 • 01

n C M C T T V OIFF

K BAR MOL/L PCT 1501 * a? 7

• 0 158* J f

1

S

' ?i u 7Q* ftAft * 04

15 Cl 3 16 0*0 70 fc7C • 02

*»' 6

* 96 8 7Q ^77

* 0 2 15 05 170*0

15 C 6 175 • 0 568 .50'. 79* 601. ' ni 15 07

1 fl^

' n ci 0

*

1 ^ ^ 7q' CA ^ ?Q

* n

• 01

15 08 6 6 8 . 1

2

• 01

1 90

* 29 5^^ • 02 1610 195.0 765.1.0 9 29. 526 • 02

J 7n

' f ?7A

' ?fli

• 06

1

f, 17^

* f t>1h 7 27** 95I • 06

1

f, nf Zf

c ' r c 2 7. 931 • 05

1 «n ' n

1 fl^

' n 27. 909 • 0 ^

7ft

5

2 7. 689 • 03

1 as

* n • 03

1 f.n7

3

1 ^

' r

ft?L fcA

A

V

7

1^

2 7. 932 • 03

If. nA 71 7 • 39 1* 2 7.798 • 03

16 09 220*0* 795 • 9'. 27. 766 • (*4 1701 156. 0 302.91.7 2 8.761 - • 01

2 3.712 • 01 wni 1 7n * 170.0n *.35. 398 2 8( 688 • 03

1 7n

1 7n^ 175.0 *« 8 1 • 9b * 23.665 • 03 ''^

J 528.119 28. 61m • 0<*1 7nh 573. 9b t. 2 8.62'. • 03 1707 190.0 619. 36'. 2 6.601* • 03

1 7 n» 195.0 2 8 . 56 6 • 0<* 17 09no 200 .0 7 n 0 Q t ft r U 8 . Ob U 2 6.566 • 01

17 10 210.0 796.22 8 26 . Sit* • 0 0 leoi 80 0 32". 3S1. 39 755 • 03 isoa 82.0 375 .972 38. 729 .03 1803 8'..0 '.27.6b7 38.705 .03

leo". 86.0 .79.192 38.683 .03 1805 88.0 530 .306 36.663 . 02 1806 9 0.0 581.836 38.6'.'i .01 1807 92.0 631. 50 7 38.627 .02 1808 91..

0

631.525 36.611 .01 1909 96.0 730.995 38.595 .01 1810 98.0 779. 77 3 36.580 .01 1901 78.0 155. 952 38. 272 .03 1902 66.0 351 .6911 38.152 .C

1903 38 . 0 <<00.622 36. 129 .03

190't 90.0 l«'<9. OW 3 33.107 .03 1905 92.0 1.97. '.67 39. 087 .03 1906 9<..0 5'.5.'.92 38.068 .03

1907 96. 0 592.523 36. 050 .02 1908 98.0 &l|Q.05'< 38.035 .02 1909 100.0 696.937 39.019 .02 1910 102.0 733.'. 1.3 38.005 .01 1911 lOit.a 779.570 37. 991 .01

28
T fl BLti I • p \jj CAT A FOR OXYGEN.

I DE N

T

t TEMP. PRESSOENSITY OIFF MOL/L PCT

zoai 30 .0 128.897 3 7. 87i( -.02

2002 90.0 36'.. 155 37.729 -. 03

20 0 3 92.0 ^1 0 • 68 9 37. 706 -.03

9^ • 0 ^5 7 . 35 1 37.686 -.03

20 05 96 .

0

503.707 37. 668 -.02

20 06 98*0 549.620 3 7. 65 0 -.02

20 07 1 3 0 • 0 595.295 37.633 -.02

2 0 0 8 10 2.0 b** 0.521 37. 618 -.01

20 0 9 1 O^* • 0 6 3 5 . * 7 9 37.603 -.00 2010 106*0 7 29.953 3 7. 583 .00 2011 10 8*0 77 3.981

2012 110.0 81 7.66 -i 37.562 .02

2101 74 »

0

465.025 39.969 . 04 2102 76.0 52 3 . 44 0 39. 946 . 04 2103 7 6.0 58 1 . 75 4 39. 925 .05

2101* i 0 • 0 3 g ^ 55 3 39. 905 .05 2105 6 96. 976 3 9. 887 .05 2106 8^

* 0 39.869 .05 2107 86 • 0 609. bb 7 39. 85 3 .05

22 01 7** 0 339 426 3 9.406 .02 2202 76,0 365. 006 39.377 .02 2203 78.0 420 .452 39. 351 .02

7 5 • 49 0 39.328 .03

H? ' n 39. 306 .03

22 06 39.286 .03

22 0 7 86.0 6 3 9 • 13 6 39.269 .ik 39.251 .04 2209 90.0 71,5, 927 39.235 . 04 2210 92.0 798.639 39. 219 .05

* 27.084 -.02

77 n? 1 7

1

' n 3 2 1 0 0 9 3 27. 059 -.01

?7 n 1 ?7 nf1 ftn n

1 rt^ n 27.013 .01

26. 992 .01 2305 190 0 '*90 93 7 26.973 . 02

23 06 195.0 61 9 • 75 9 26. 953 .02 2307 200 *0 658.576 26. 935 .03 2308 210 . 0 635.1(15 26.902 .03 2309 220 .0 710.925 26. 669 .05 2310 230 .0 71".. 992 26. 938 -.00

2t.01 165.0 19'..ul.8 25. 116 -.04

2'*02 195.0 392.311 24.986 -.02

2it03 2Q0.0 •tZh.SSl 24.968 -.00

2U0'* 210.0 '•39.119 24.934 .00

2*t05 230 .0 615.355 24. 872 .01 2^06 2itO*0 677.533 24.843 .02

25 01 170.0 ia't.862 23. 796 -.05

2502 210.0 '(15.934 23.642 -.03

2503 220.0 1(72. 1(09 23.611 -.02

250it 230 .0 528.20"( 23.591 -.01

2505 2*40.0 583. 33 3 23. 553 -.01 2506 250.0 638.015 23. 525 .00

25 08 270 .0 71.5. "(115 23.472 -.01

lOtNT. TEMF. Olf F

K •)AP KJL/L PCT

26 01 5 () . w 172 477 4 " 93 3

, ^ 2602 60 . u 237. oi6 4:. 996 .ul

26 03 64.

C

366.14 3 4 0. 92 6 .02

26 04 66.0 430 . tt-)l ' ^

T 26 06 7 0.0 559.035

26 0 7 7 2.0 622.911 40 , 72 6 . u 3 26 0 8 7 4 . u 685.339 4 0.734

26 09 70 . u 7'( 7 . 4 5 0 4 0.695 . 04

27 01 2 0 0 .0 266.302 21. 10 7 -. u6

27 0 2 2 30 .0 393.631 21.016

27 0 3 2 4 0 .0 442.133 -02

2704 250 .0 496 . Ufa 20.965 -.04

2705 260.0 52 7 . 86 9 2 0. 9>. 1 -.02

27 06 2 70 .0 57 0.0^2 2 0.916

27 0 7 2 3 0 . u 61 2 . C4 7 2 0. 992 -.02

27 08 290 .0 653.693 2 0.669 -.02

27 09 3 0 0 .0 694 .934 2 0.846 -.01

2801 220.0 46 3 . 33 2 2 3. 552 "'

-

2602 I 2 3 0 .0 524.235 2 3. 622 -. u 3 26 03 2'(0 . C 5 79.25 9 2 3.494 - . 0 £ 28 04 25 0 .0 63 3 , ct 9 2 3.467 -.01

2901 130.0 332.4^7 25.345 -.03

29 02 185 . u 369 .117 2 5. 82 4 -.03

2903 190.0 40 3 . 3b 0 2 5. 604 -.03

29 04 195 . 0 438,^98 25.785 -.01 2905 2 0 0 .0 47 3 .41 2 2 5. 766

"*n' 2906 210.0 542.5-5 2 5. 732 -.Cm 2907 220 .0 61 C . t2 4 2 5.700 - . w I 2909 2 3 0 .0 67 7. 690 .00 2909 240 .0 744.415 25.640 -.01

2910 , 250.0 80 5 .94 7 25.612 -.03

3101 210.0 353. 12 0 22.231 .02 3102 220 .0 402.52 7 22.201 .03 3103 230 .0 451. 60

1

22. 172 .04 3104 240 .0 499. 994 22. 144 .04 3105 250 .0 543.041 22.119 .02 3106 260 .0 595 . 71 3 22. 094 . 02 3107 270 .0 642. 83 3 22.069 .03 3108 280 .0 689 .464 22. 046 .01 3109 290 .0 736. 753 22.022 .01 3110 300.0 710.937 21.998 . 0 1

3201 230 .0 3'(5.743 19.60 0 -.01 3202 240 .0 383. 5b9 19.676 -.00 3203 250 .0 421 . 128 19.650 -.01 3204 260 .0 458.390 19.627 .01 3205 270 .0 495.379 19.604 .01 3206 290 .0 666.539 1 9. 458 . 02 3207 300 .0 604 .63 7 19. 437 .01

29
TABLE I. PVT DATA FOR CXYGEN. lOENT. TEMP.

K

l<>6ai 100.0

11.602 102.0

1<>603 10<<.O IhbO'f 106.0

1<.701 230 .0 m7 02 2'»0.0 1'.703 250.0

11.70't 250.

U

1'.705 270 .0 1<<706 280.0

1'.707 290 .0 1<.70S 300 .0 I'tam 250 .0 11.802 260.0

11.803 270 .0

11.801. 260.0

11.805 290 .0 11.806 300 .0

11.901 250 .0 11.902 260 .0 11.903 270 .0 16001 IhO.O 15002 180.0 15003 190.0

150 01. 200 .0 15005 210.0

15005 220.0 15101 210.0 15102 220.0 15103 230.0

15101. 21.0.0 15105 250.0 15106 250.0 15107 270.0 15108 290.0 15109 290.0

15110 300.0 15201 96.0 15202 90.0 15203 98.0

15201. 106.0 15205 86.0 15206 9l>.0 15207 102.0 15208 98.0

PRESS. DENSITY DIFF

BAR MOL/L PCT

336.1.27 36.391 - .05 377.166 36. 370 .01. 1.17.667 35. 351 .01. 1.57.658 36, 333 .01. 316.385 18.675 .02

35 0 . 86 8 18. 651 .00

395 .11 3 19.527 - . 01

1.19.01.8 19.601. * .01

1.52.799 18.581 .00

1.86.317 18. 558 .02 519. 551. 18.537 . 0 1 552 .59

1

19 . 516 . 00 318.318 16.570 .00

31.5.832 16.550 .00 373.175 16.529 .00

1.0 0 . 31. 7 16. 510 . 0 1 1.27 .313 16.1.91 - .00

1.51.. 11.5 16.1.72 .01

699.1.39 21.. 210 . 06

71.6. 765 21.. 181 - .01 803.057 21.. 158 .00

o5 . 00 0 26.91.6 .02

382 . 73 5 25. 720 01

1.59.50 7 26.679 . 01

535.1.1 1. 26.51.2 .01 610.151 26.608 .01 683 . 70 9 26.576 .02

183 . 75 2 15.188 .09

207. 85 5 15. 159 .08

231 . 801. 15. 11.8 .07 255.593 15.128 . 06 279.256 15. 109 . 01. 302 . 761. 15. 089 .05 325.113 15.070 . 01. 31.9.311 15. 052 .06

372 .35 2 15. 031. .05 395.275 15.015 .01. 170.593 37.295 .05

259.91.5 37. 237 .06

1.36.920 37. 11.6 . 06 510.211 37.079 . 01. 170.171 37.296 . 06

31.8.1*10 37.188 .07

621.. 059 37. Ill .05

1.36. d77 37. 11.6 . 05
TA13I.E II. PARAHETERS USED IN EQUATIONO), HUH P IN aiMOSPHERtS, OENSII* IN MOL/Cm'.

T=126

-.736769b373E«(i'.

T = 130 -.690lt662570£tO'. T=132

-. 39270?!. itSIEtOi. .2902875300E»10

.86l3573588Et0b

.81'.9I1075bb£»06

.i.385Jl.730 7t»0b

. 3520273723E»08

.337l7ll3b59e»08

.159536952bE»0e

.'.812«019'.OE«09

.i.6b2beb679E»<l9

.956397b2b7E»0')

T = 13l. -. 3919936983E»0i. .232i«207873E«10

.".SltSaSlSObE^Ob . 175b3b9095£»0» .li.Si.lb35i.5E»09

T = 13b

.1585355329£»(i'. .9123'.08719£»10 .2828579'.79E»0b .193I.5".7989E»0b .bb90116927E»IJ9

T = 138

.'.15b71292i.E»03 .73375b2395EH0

, 1178418535Ef0b . 10b272bb77et08 .i.bi.l52l929E»09

T = 1<.0

. l9bi»22i.(153E»Ci. .935b7U3017E*10 .3289a23003E»0b . 21350l57bOE»08 . 70i.2983'.80E«09

. 203'.302<57E*0'. .9570130951EH0

-.3i.2<.i20?2t£*0b .2220127022E .72bOI.07^2aE»09

1 = 11.1. .2bl57l)0»71£tii". .107bb253ijlE»ll

.'(32b'.7b92l.E«ob .27351S7bO"tEt08 .85'.287b62'.E«09

T = l".b .15b557i.92 3£»0'. .90b5'.78910E«10

- . 26257i.8i.79£»06 .X9307809b2E»lle .6b232b3blOE»09

.11127i.3799£»Ci. .6293blbJ79£*10

.2173'.fa3702E«0b .157b8'.0531E»0e .57b2i.590e3E»09

T = 150 .82b97028b'.£*03

.7789i.2'.170£»10

. 175b-('.9a9<.E*0b .13l.83e232be .5200178370E»09

T=152 .bl8e975595Et03

.7 325o38bb2£*10

-.I'.3".7098b9£f0b . Ilb0b".7017£: .i.7097925'tOE«09

7 = 15". .E2897b8507E»03

. 70225emb8£»10

-. 127957i.957£*Cb . lt59903351E» .i»'.1535".b52E*09

.67i.33buG53£H(J

. 315^978307£»2(!

. 152<.190939E»27

.51i5507258'.EH3 .25b325031bE«22

.2b'.79b9i.'.5£»28

.lGe037bbb3£«07

. l'.abblbli.5£«lb

. l'.".9822i<b'.E»2'. .2t9311i291E»29

.271bb35793E«08

.26b'.5913l2E>ie

.5b968297i.0E»25 .12lb9b0922E*30

-.10588a3857E»ll

-.3577b305".lEt-19 -.l'.39072399£t25

.2759S0bbb9E*13

.1777591209E1-21 .7i.65939110E»25

. 1 080117302E»07

.l.'.8 3l)29b8l.E»l5 .58321l7297£t22

.52b8701i.l7E»08

.l.8570898'.0E»17 .1209925318E*2i.

-.ia90592975E*10

. lb77099322EH8

. 20933011b7Et2l.

.2bl003bO'iOE*12 -.118bbbO5O9E*20

-. 13150 2b311E»25

. 105't70b897E»07 .109b9bb887EH'.

.5205i.0007i.£»21

. 3b27311635E*0 8 .1023579i.20E»lb

.l".029b5357E«23

-.132i.2'.1328£H0

. 710837018bE»18

.mi.i45b50b7E»2i.

.2239i38337E«ll

-.l.021027775E*20 -.22b73559i.2E»25

.102".llb979E»07

.396b53b5'»9E»l'.

. l'.51bOb3bOE*22

.358139b590E»08

. 76163bl990E»lb

.32b20'.3'.55E«23

-.b850119223EH0

-.".91'>25m30£»18

.1331290a'.9E*l3 .1395b0151bE*20

. lC052l82blE«07

. 15238i.3b3'tEH5 .2238957<.31E»21

.^6^5".5^6b^E08

.1082257802E«17

.15390b6797E»22

-.5b8'.977727EH0

-.37ai79b517E*ie

.107912bb29E*13

.1058a9b80aE*20

.9732a'.5193E»0b .l2l5153b'.7E»15

. Ib7903b013£»21

.U5202bll92E«0e

.8l.82227839E»lb

. ll".5l.lb312E»22

.33'.2bb5i.57EH0

-.l<.00a38bo0E«18 .;b80bl50e9£*12.3538278b7bE»i9

.9'i00353799E»0b .5757585239E*!'. .5207081623E»20.39'.5905338E»08 .35bl296bl5E»lb

.3355006091E»21

-.e3079b5395E*09

-.b'.52078295E»lb .llb0b5115"tEH2

.3bi»5173359E«17

.9038192729E«0b

.9bi.bb79901E»13 .317b803930E«a8

.393b350i.i.7E»15

.92310't9270E«09

.7i.i.bb2i.303e»16 .1220i»t333bE*12

.5029915<.b7E»17

. S77858'.525E«0b

. 9e9'»'.9'«509E«l3 .3201B23518E«0S

.|.165569753E»15

-.1000'.bbaiibE»10 -.797i»3b0910E»lb .1282735705EH2

.572b853b8bE»17

.8522529551E»0b

.101150i.3b9£»l'. .321325b029E»08.'.3002589b2E»15

31
TAdLL II. PifiafE TERS USEU IN tUUATIONtJ), WITH P IN iTMU'iPHERcS, UcNSITr lU MOL/CM'.

-.l56356>.301c.»17 .2^993j^965E*l2

.13016b3bl5£»lB

. 8303852338£f06

. 1766b991b3E*lt

.3l.596299'.3E + 08 .75951b8216Etl5

.9'>'«'j75GS19£K;«

. 21987b8-i'»3i.»lb .2897 j3i.l57E*ll .2b00bb0299E*17

. 7727867'»77£t06 .217bfa7ai'.lEH3 .2779026a25E«08

.be29899eb2Etl'.

.iiCi 7 73i.52£*lC

.i«7i.l3910i)7E»17 .'t95i.l63221£tl2

.•»7ie89'»082Etie

. 71i.0bJ'fa35£«0b

.'«188't3528i.E»l'. .17e56616i.0E-f08 .192827975bE-Hb

.iu'.7L85131E*lC

. 1 6910^ 3b7b£»17

, 2b57o2G2Cl'.£-H2

. 17IJ7983216EH8

. 6909315816Ef Ob .l9b25225b3Etlt

.3&15l.e03i.lE*08 .6612692bl5£*l5

-.<'93C7'.3".99ttlC -.7300637Q35t*17

T=25D .IZb^iSSoUSEHC

T=2bO

. '.'.28911 Jb7EH,9

T=270

.7u627'^2 975tK)9

T = 2B0 .7255l9fa772EtOa

T = 2 90

.S58 31 11. b35E*C9

T=3i;0

- .'j96 38d5 b35E*09

. 7'.93725551E*12

.72',C32!>ll.0E + 16

.H59'.92577E*12

. 396 a33&i.lbE*ll

.b2538689C2t*ll

.2502998bl)lE<-10

.'•im7 72957E*ll

<28a2C0917£»ll

.fe;63610270E»0b

.b28b771bb'»Etl'.

.58212201b8E»D6

. 6 3635773'«2Etl3

. 5'.7703i930EtC6

. 230b8776'»6£*13

.5(j51Hbr67E»06

.3't02759717£<-13

. "t 696b 331.0 7EH)6

. 5727701227Etl2

. <.262187785E»06

. 2570277193£tl3

-.'. 026871028E«-06

.it353957e'»OEt08 .2990527217E+lb

. 209'.212b57E*09

.66337268l'.E + li»

. 25095235i.5E*08

. 202"»1.87761Etll<

.2396'»3i.792E+0e

. 3922636005E-H1.

.2b99071029E*08

.5706950909E«13

.2^833576^5E08

.2702391675E + 1'*

. 3220'tlb723E*£l8

32
TABLE III. P»R«METE(!S USED IN EQUATION C), HITH P IN ATMOSPHERES. T IN KELVINS.

.1)065 MOL/Cm'

. 617628'. i.59EtOO .6622622812EH6

.lie 70621;36E*05 . 1 69256051) 8E»09 -. 1992706r05E »13

. 0070 .6735903322E»00 .6660938815EH6

-.1363226<.60E»05 . 1 90 0 6 092'. IE • 09 - . 2106636911E tlj

.0075

.73l2'.'.2020E»00

.I.70'.l626't0£*l6 .IS53190713E»05 .21311829'.7E*09 - . 2237628053E 1 3

. 008 0 .7907767731E»00

.3931107176E*lfc -.1758299117E»05 . 23917223 1 7E 09 - . 21.0 372 b306E tl 3

.0085

.e512802910EtflO .6681677936E»15 .1960760397E*05 .257297i.973E>09 - . 23271 3I.599E »1 3

. 0090 .91395'.0372E>00

-.l292123i.3'tE»16 -.219O7181'.5E»05 . 2 80 3226756E * 09 - . 23I.7529772E • 1

3

.0095

.97876325).9E*00 -.2956803l.32E»lb-.2'.152837'.5E>05 . 3 063 5i(5999E * 09 - . 21.1 62 385b2E » 13

.0100

.10't6077'.27£*01 -.3038'»211'.3EH6 .2669611079E*05 . 3 390 0 22'499£ » 09 - . 2 639 79 95 1 8E *1 3

.0105 .11161299?8E«01

-.10'.1217863E»16

-.29i.536823lE»05 . 37975132'»bE»09 - . 3062 261.899E H 3

.0110

.1189"t2301i.E»01

.3955l'.5'.2i.E*16

. 325030168i.Et05 .".32350i.711E»09 - . 3781 763'.30E ! 3

.0115

. 1266it33086E<'01 .1338930938EH7-.3589970622E»05 . 5 017299752E« 09 - . i.9".C 8936'.0E 41

3

.0120

.i3'.7iei789E*01 .2663&35158E«17

.39619i.li<<.0E»05 . 5 85 7 8 2250 2E 09 -.5i.8135m52E«13

.0125

.1".3257121<.E»01

.'.606679359E<-17 .'.379932298E*05 .6932605b3i.E*09 -. 8637932 9<»6E*13

.0130 .1522295931E»01 .6978490023E«17

-.'.83it7".5885E+05 . 817 90 7 816t)E » C9 - . 1 1 2 3 5 9 69 3 5E »

1

.0135

.1616i.26961Et01 .9752630893E«17- .532<.556228E*05 . 9585993 755E f 09 - . I<.2'.b3 2561E »1 1.

.01<<0 .171'.903906E»01 .1280585358EH8

.58'.39137DO£*05 . 1 1 1 1 3'.2651E 1 0 - . 1 755 21 1 795 E 1".

.01<>5 .1816876927E»01 .1582999193E»18

,6373761327E*05 . 1 261. 0 5 932 OE »l 0 - . 20 8326812:.E»li»

.0150 .1922096575E*01

.1865921't76Etl8 .6905352<t50E»05 . 1 ".1 0 9 217 7 5E H0 - . 23925579't7E tl

.0155

.203011i.5i.OEt01 .2107911'.09E«18 .7".26107929E»05 . 15<.3807850E»10 -. 266 120877 2E 1".

.0160

.21i.l357321E»01 .2316263221E»18

.7939732630E»05 . 1665 3'.698 IE* 1 0 - . 2 89686 0 356E H<•

.0165

.22552I.2308E-I-01 .2't66562951E»18

-.8i.309'i6733E>05 .176591362I.EH0 - . 307i.089'.16E tl >.

.0170

.23726<<i<387E»01 .2575816087EH8

-.89107'.1623E»05 . 1 852'.9530 7E »10 -. 3211356126E»li.

.0175

.2'4932'.5i.82£»01 .2631233236E«18 -.9368779156E*U5 . 191 9 16973 8£ 10 - . 329i.356i.'.6E 1".

.0180 .2619169678£*01

.2682907880£»18 .9837892876t»05 . 1986632805EH0 - . 337 72 5 3 3 86 E « 1 1.

.0185

.27).9608119E»01 .2703031932E»ie -.1029817302E*06 .20I.2855073EH0 .31.29505589EH".

.0190

.28e3<<55162E»01 .265'»633371EH8-.107256'.618E»06 . 2 071.3 35690E HO -. 31.1922 7179E »!«.

33
TABLE III. PARAMETERS USED IN EQUATION (it), KITH P IN ATMOSPHERES, T IN KEL\/INS.

.0195

. 3022821"t83E»01 - . 11 151 i.5609E*06

. 261 3521173E-He

.0200

.31fc75226e)3E»01 - . 115 6t>512"(6E»06 .253889920BEH9

. 020 5 .3319205583£»01 - . 1 199339885E»06

.2'.7i,32',6l9e»ie .0210

. 3'.770'.'.513E»01 - . IZ", 1 1 52 355E» 06 .239&082269E*18

.0215 .3650270053E*01 - . 129 7102'.91E*06

.2'.8725395<.E«18 .0220 .3816235789E«01 - . 1328211I.78E* 06 .228552'.396E»ia .0225

.3996i>628it7E»01 - . 136963'.135£<-06 .220115eOit7E»18

.0230

.',l93<.56563Et01 - . liteZaSii 289E* 0 6 .2215088826Etie

• 0235

.'.399117',68E»01 - . I't7509967 1E»06

.2212i,07i.llEH6

.02<>0 .'.589859566E*01 - . l'.9"ii.33 5",2E* 06

. 1982991153E*ie

. 02<.5 .i.772760080£«01 - . 1'.90627 396E»06 .1620202621£«18

. 0250

.".96675i.l2',E»01 - . 11,8 816'.279E*06 .1293718091EH6

.0265

.5129i,37i,97E*01 - . li,3i.210870Et06 .7136255269E*17

.0260 .5370077i.07£»01 -.lit5885869itE»05 .5805189',35E»17

. 0265

.5738985262Et-01 - . 161 5',96 70i,E*06 .lOe3l05899EH6

.0270 .59816e7876E»0l - . 16 1 31 28 673E<- 0 6 .e665e26a30£*17

. 0275 .6150566191E»01 - . 1 5 1 8 7 36 31 5E» 0

6

.3i,13029065£»l7

.0280 .6266181707E«C1 - .1358320819Et06 -.3310598738EH7

. 0285 .6871335060E*01 -.1690569998£tO5

. 839189". <.56E»17 .0290 .7378536177E»01 -. 1 8725 86 81 IE* 06 .1181215671E418

.0295 .7e36266839£»01 - . 19825«i6 351E»0 6

. 1286',87272E»16

.0300

.81i.0i,76217E*01 -.19i.062i.l76Et06 .108663l,303E«18 .0305

.8<,23751731E»01 - . 1866226996E* 06 .8512<.08680E»17

.0310 .8358752737£»01 - . li,8i.323189E*06 .1702097229E»16

.210O',78136E»10 -.3396i.321it9E»ll.

.211535i.l21E«10 -.33i<911138i,E*ll,

• 21362I.2190EHO -. J31i,0l«6835E*li.

. 2li,668ll9'.EH0 -.3263671536E*!'.

.22'tl97029i.£»10 - . 3i,1177i,928E»lit

. 219027i»73i,E»10 -. 321532 ie91E»l<«

.219660i.l29£*10 -. 3159105933E*lli

.22620836i,0£*10 -. 3231i»367it5E«l<,

.23207517i»2E»10 -.32B7102116E*ll,

. 22238',5158EH0 -.3031lt618i,9E*lit

.2023839312E»10 -.2581i»13i>8itE»ll,

. 1837225980£«10 -.217076i,i.77E*llt

.1I.33617623EH0 -.1370001516E»1*

. 1375139it03£»10 -.1219783355E»llt

.1866352302E*10 -.20it9',08517E«li»

. 1712257918EH0 - . 17l,99i,5901E»lii

.1219975321E»10 -.91i«019',li.7EH3

.510350323i>Et09 .22S2228803E*13

.1675136529EH0 -.1710102951E*!!,

,217399',817E»10 -.2i,0ie52282E*li,

.2'.11088586E*10 -. 26796 71.598E l*

. 2178156600EHO - . 2327692173E li,

. 1665631166E»10 -.1887722277Etti,

.5137051969E»09 - . 2038297513E*!

3

34
TABLE III. PARAMETERS USED IN EQUATION (I4), WITH P IN ATHOSPHERESt T IN KELVINS.

.0315

.900<<31732ZEt01 .7982275787E*16

.0320

.1021862't38E»02

. 7'.3't9i.i«272E*17

. 0325

.1117620't't7E»02 .1206516311Etle

.0330 .1239370 523£t02 .1651326ei5Etl8

. 0335

. 1 2B6ll8b99Et02

.1552669672E*18

.i]3'.0

. 11023',729l.E*02 .50636".9868E*17

.031.5 .bl(876<t638QE»-01

-. 169897i.330Etl8

. 0350

.659 9178'«falE»01 -.1821056b67E*ia

.0 355

. 77a2i.0'»985Et01

-. m39'.J2921£*18

. 0360

.a659'»b7757E*01 -.1215'»37386Etl8

.3365

.1 2096763<.5E*C2

. 037 0 .12it9791682E*Q2

-• 16269e6069Et06

-.217<.30256liE*06

-.2532109709E*06

-.3O0 351'.211EtO6

-.2966512i.28Et06

-.15^^310'5^.E•f 06

.l'»96878160E*0b

. 17555531. l.i.Et06

.13915i»137 0EtQ6

.llll57i.520Et06

-.l*809602Q78E*05

-.ii26557b038ctJ5

.8885973690E»09

.227blli.517E»10

.32062fl3bi.5EH0

.'t319737aitlE»10

.I.203295265E4-10

. 1095i.99690eHO

-.55239b8979E*10

-. 5990925532EH0

-. 5079605'.6i.EtlO

-.l.333007l70etlO

-. 686'.750l.l5E*09

-.b07323i.l25E*09

-.1.I.77933001.EH3

-. 20323078b7E»li.

-.3121713517Etli.

-.l)289756707E + lii

-.1.12311.6091E*!!.

-. 116l«l.31562£»ll.

.S127288129E+11.

.55109e7998E*ll.

.1.565733581E*!!.

.362213031.5EHI.

. 31l.Elt22'.3i.Etl3

.235E097eeOE*13

35
TtHPESATURE

359

56.000

56. COO 58.000

5S.000

60.000

60.UGO 62.000

62.000

6l>. 000

64. 0 0 0 66.000

66.000

66.000

66.000

70.000 70.000

72,000

72.000

7<..aoo

7i».O00

76.000 76.000

78.000

78.000

80.000

60.000

82.00C

82.000

8'.. 000

81..000 36.000 86.000

la.ooo

88.000 90.000

90.000

92. COO 92.000

9t. 000

9't.OOO 96.000

96.000

96.000

98.000 luO.OOO

100.000

102.000

102.000

lO'f.OOO

loii.aQO

PRESSURE

8AR

. 001<*6

. 001'i6

. 002'.2

. 002'<2

.00it27

. 00'.27

. 0072<<

. 0072'.

.01165 .01185

.01671.

.01871. .02876 .02876

. 0<<29<t .a'<29'. .06253

. 05253

.08898 .08896

. 1 2<> 0

1

.12<»0l

.1695".

. 1695't .22776

. 22775

. 3010l> .30101

.39205

.39206 .50362

.60362

.63881 .63881

.90087

. 60087 .99321

.99321

1.22

1.22

i.<.e 1.1.6 1.79

1.79

2.1<<

2.1<.

2.5<i

2.51. 2.99

2.99

3.61

3.61

TASLS; Va . THERMOOYNAMIC

VOLUME ISOTHERM DERIVATIVE

Cm3/G eAR-CM3/G

.7652

961. 16. 72

. 7696 50229.20

. 7750 35293.08

.7805 21510.62

.7650 13585.06

.7916 8360.28

.7973 5919.70

. 8030 1102.29

. 6089 2397.25

.8119

2091. 35

. 3210 1539.92

.8272 1151.62

. 6336

360. 16 .8101 661.16

. 8166 531.50

.8536 121.76

.3607 311.50

.3679 277.51

.8751 227.73

.8631 188.57

.6911 167.15

.8993 132.18

.9078 112.25 .9166

95.71

.9257

62.11

.9362 70.87

8696.

111.

8191.

115.

3216.

151.

8000.

156. 7755.

161.

7512.

165.

7270.

171.

7029.

175. 6790.

180. 6553.

185.

6317.

190. 6033.

191.

5650.

198.

5620.

202.

5393.

206. 5157.

210. 1916.

213. 1726.

216. 1509.

218.

1296.

221.

1085.

223.

3880 . 221.

3679.

226.

3181.

226.

3288. 227.

3100.

227.

PROPERTIES OF ISOCMORE DERIVATIVE

BAR/K 39.721

38.555

37.228

35.991

31.627

33.726

OXYGEN ON INTERNAL

ENERGY

J/G -193.1

35.0 -190.7

36. 1 -187.1

37.1

THE SATURATION BOUNDARIES

32.678

.000 31.676

.001 30.711

.001 29.765

.001 26.886

.002 26.011

.002 27.161

.003 26.335

.001 25.523

.005 21.728

.006 23.917

.008 23.179

.010 22.123

.012 21.677

.011 20.911

.017 20.211

.021 19.195

.021 18.785

.029 16.085

.031 17.392

.010

-161.

0

38.7

-180.7 10.0 -177.1

11.2

•171. 0 12.5

-170.7 13.8 167.1

15.1

-161. 0 15.3

-160.7

17.5 -157.1 16.8

-151.0 50.0

-150.7 51.2 -117.3 52.3

-111.

0

53.5 -110.6 51.6

-137.2 55.7

-133.8

56. 6 130.5

57.8 127.1

53.6 -123.7

59.7

-120.2 50.7

-116.6 61.5

-113.3 62.1

-109.9 63.1

ENTHALPY

J/G -193.1

19.1

-190.7 50.6 -167.1

52,1 -131.0

51.2 -180.7

5o.O -177.1

57.6 -171.0 69.5

-170.7 61.1 -167.1

63.2

-15^.0 61.9 -150,7

65.6 -167.1

66.3 -151.0

70.0 -150.7

71.7 -117.3 73.3

-113.9

71. 9 -110.5

76, 1 -137.2

77.9 -133.3

79.1

-126.9

32. 1 -123.5

83.1

-120.0

81.7 -116.6

35.8 -113.1

87.0 -109.5

88.0

ENTROPY

J/G-K

2.097

6,558

2. 117 5,155 2.2C5

6.339

2,262

6.232 2.315 6.131

2.369

5. Oil

2.120 5.960

2.170 5.383

2.518

5.811

2.565

5. 711 2.511

5.682

2.656

5.521 2.599

5.570

2,711

6 ,519 2.783

6.172

2.623

5.127 2.863

5.365 2,902

5,315

2.910 6.307

2.977

5.271

3.013 5.237 3.019

5.201

3.085

5.173

3.119

6.113

3.151

5.111

3.167 6.066

Cv

J/G-K

1.087

.650

1 ,031

.65C 1.079

,650 1.073

,65C 1.055

.65C 1.059

,651 1.019

.651 1.010

.651

l.Cil

,651

1.021

.652

1,0 11 .652 1.001

.653

,990

.651

.980

,655

.969

.656

.953

.558

.917

.659

.937

.661

.927

.563

.916

.566

.9 07 ,653

.697

.572

.660 .579

.672

.683

.865 .666

Cp

J/G-K

1 .dS6

.910 1.665

.91J 1.551

.ill

1 .651

.911 .651

.911 1.565

,912

1.555

,913 1.566

.911

l.t)67 .915 1.568

.917

1.570

.919 1.572

.921 1.671

.926 1.676

.928 1.679

.933 1.6i2

.938 1.536

.913 1.591

.953 1.695

.958

1.701

.967 1.708

.977 1.715

.966

1.723

1.000 1.732

1.011

1.7l2

1.030

1.753 1.017

v-:locity

OF SOUND

M/S

1151.

111.

Ill2.

113.

1128.

115.

1111.

116.

1101.

15C .

11137. 152.

•.3 71. 155.

1061.

157.

1016.

159.

10 35. 161.

1321.

153.

1008.

155.

991, 167.

981. 169.

967.

171.

963.

173.

938.

175.

923.

176.

908.

178.

893.

179.

677.

160.

861.

182.

915.

183.

828.

161.

810.

185.

792.

1S6.

36
TABLE Va. THERHOOYNAHIC PROPERTIES OF OXYCEN ON THE SATURATION BOUNDARIES

TEMPERATURE PRESSURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cv Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY Of SOUND

K BAR CM^/G BAR-CM3/G BAR/K J/6 J/G J/G-K J/G-K J/G-K M/S 106*000 0 8 • 91*51 2917. 16.706 -106.4 -I 06.

0

3.220 . 860 I. 766 774. 106.000 <t.oe 61.1*6 226. .046 63.9 69.0 5.059 .693 1.067 167. 106.000 1* • 72 .955 3 2738. 16.033 -102.

9

-102.4 3.253 . 855 1.760 755 . los.ooo 1..72 53.55 225. .053 64.6 69.6 5.033 .698 1.088 167. 110.000 5 • *»3 • 9660 2566. 15.369 -99.4 -96.8 3.286 .651 1.796 735. 110.000 5.1.3 <*6.e6 221*. .061 65.2 90.6 5.008 .7 04 1.112 188. 112.000 6.22 .9771 2398. 14.716 -95.8 -95.

2

3.316 .049 1.614 716 . 112.000 6.22 <*1.17 221. .071 65.7 91.3 4.983 .710 1.138 188.

1 li». 0 0 0 7.09 . 9306 2236. 14.076 -92. 2 -91.5 3. 350 .847 1.835 696. 114.000 7.09 36.30 219. .081 66.2 92.0 4.959 .717 1.167 189. 116.000 6.01. 1.0010 2080. 13.450 -68.6 -87.8 3.361 .847 1.057 576. 116.000 6. 01. 32.12 216. .093 66.7 92.5 4.935 .724 1.200 169. 116.000 9.0 6 1 .0136 1930. 12 . 642 -65.0 -84 . 0 3.412 . 847 1.883 655. 116.000 9.08 28.50 212. .106 67.0 92.9 4.912 .731 1.236 189. 120.000 10.22 1. 0272 1785. 12.252 -81.3 -80.2 3.443 .649 1.912 635

.

120.000 10.22 25.36 208. .120 67.3 93.2 4.889 .740 1.277 169. 122.000 11.1*6 1 .01*11* 16i*&. 11.695 -7 7.5 -76.3 3.474 • 846 1.946 614. 122.000 ll.it6 22.62 20 3. .137 67.5 93.4 4.666 .748 1.322 169. 12^.000 12. 60 1.0563 1512. 11.143 -73.8 -72.4 3 . 505 .847 1.984 595

.

12'.. 000 12.60 20.22 197. .155 67.6 93.5 4.843 .757 1.374 169. 126.000 1 1*. 25 1.3722 1362. 10.631 -69.9 -68.4 3.536 .643 2.028 577

.

126,000 11.. 25 16.11 191. .175 67.7 93.5 4.821 .767 1.432 189.

12 6.000 15.81 1. J893 1257. 10.153 -66.0 -64.3 3 . 567 .633 2.079 560 . 126. COO 15.81 16.21* 181*. .199 67.5 93.3 4.798 .777 1.499 189.

13 0.000 1 7 . 1.9 . 1.1076 1151. 9.723 -62.0 -60.1 3 . 598 .834 2.144 544. 130.000 17.1.9 14.59 177. .224 57.4 92.9 4.775 .788 1.577 169. 132.000 19.30 1 . 1276 1021*. 9.206 -57.9 -55.6 3.630 .625 2.215 524

.

132.000 19.30 13.11 166. .254 67.1 92.4 4.752 .799 1.666 167.

1 3 •* . 0 0 0 21.23 1 . 11* 96 90 0. 8.622 ~ 5 3 • 7 -51.3 3 . 662 . 822 2.285

13'.. 000 21.23 11.79 159. .297 66.

&

91.7 4.729 .612 1.775 167. 136.000 1.1736 776* 6.059 ~ * 9 • 5 136.000 23.30 10.61 1(»9. . 325 bb.O 90.6 4.705 .825 1.906 186. 136.000 2 5.52 1.2001 6&3« 7.531 ~ * 5 • 0 -42. 0 3.727 • d2 3 136.000 25.52 9.51,00 136. .366 65.2 89.6 4.580 .639 2.067 165.

^ 1. n n n n

1 • 2299 5'*9 • 6.970

I'^O. 0 00 27.68 8.5600 127. .418 64.2 96.1 4.654 .854 2.271 183.

1 U2 • 0 0 0 3 0 . 1*0 1.2636 1*1*9. 6.401 -35.7 -31.9 3.794 * 8 32 Z • 9 J 3 396

.

1H2.Q0Q 30.1*0 7.6700 111*. .477 63.0 96.3 4.526 .871 2.5*2 182.

1^^ • 0 0 0 3 3.08 1.3027 352. 5.642 -30.6 -26.5 3.830 .844 3.211 366 . 1'*'* • 0 0 0 6.6500 10 0.

11.6.000 35.93 1.31*90 268. 5.294 -25.5 -20.7 3.867 .86; 3.639 337.

11.6.000 35.93 6. 3900 61*. .631 59.3 61.2 4.565 .911 3.47S 179.

11.6.000 36.96 1.1*060 190. 4.739 -19.6 -14.3 3.906 .879 1..341 3C6.

11.9.000 36.96 5.3700 67. .739 56.5 77.5 4.628 .937 4.414 177.

ISO. 000 1*2. 19 1.1*605 120 . 4.155 -13.4 -7.1 3.953 .906 5.529 273. l^O.OOO 1*2.19 l*.6600 1.7. .883 52.8 72.5 4.483 .972 6.340 176.

152.000 1*5.63 1.5903 60. 3.508 -5.7 1.6 4.007 .949 3.920 236. 152.000 1*5.63 3. 91.0 0 26. 1.066 47.4 65.4 4.427 1.021 11.657 173.

ipi..aoo 1*9.30 1.6260 9. 2.655 6.1 15.1 4 .091 1.052 ^3.470 166.

151.. 000 1*9. 30 3.0600 5. 1.476 35.6 51.7 4.326 1.111 59.355 170.

151.. 561 5 0.1*3 2.2928 . 1.979 20.8 32.4 4.202

1S1..561 50.1.3 2.2900 1.979 20.6 32.4 4.202

37
TABLE Via. THERMODYNAMIC PROPERTIES OF OXYGEN

1. BAR ISOBAR

UPERATURE VOLUME ISOTHERM ISOCHORE internai DERIVATIVE DERIVATIVE ENERGY

K bar-ch3/g bar/k J/G

5i«.370 .7652 8702.0 39.72 -193.1(1 56. .7696 8<>98.9 38.56 -190.70

58. .7750 8251.3 37.2i( -187.37

60. .780't 800 5.3 36.00 -18l(. 01*

62. .7859 7760.6 3i(.8i( -180.72

64. .7915 7517.1. 33.73 -177.39

'66. .7972 7275.5 32.69 -17i(.06 68. .8029 7031..

9

31.69 -170.73

•Td. .6088 5795.8 30.72 -167.1.0 72. .811.8 6558.2 29.79 -15i(.05 7*. .8209 6322.2 28.89 -160.72

76. .8271 6087.9 28.02 -157. 38 78. .8335 5855.5 27.17 -15it. Oi( 80. . 81.00 5625.

0

26. 3i( -150 .69

82. .81.&7 5396.8 25.53 -147.33

Sit. .8536 5170.9 2i(.73 -143.97

86. .8606 1(91(7.5 23.95 -l'.0.61 88. .8679 1.726.7 23.18 -137.23

90. .875'. <(508.9 22.1(2 -133. S<t 90.065 .8757 1(501. 9 22.1(0 -133. 73 90.065 226.3056 218.5 .012 56.79

92. 231.651.7 22i(.2 .012 58. 11

9<i. 237. 1609 230.0 .011 59.46

96. 2<i2. 61.66 235.8 .011 60. 32 98. 21.8.1138 21.1.6 .011 52. 17 100. 253.561.2 21(7.3 .010 53.51

102. 258.9993 252.9 .010 64. 85

10>«. 26i«.i.20i. 258.6 .010 65.19

106. 259.8287 26'(.2 .010 57.53

108. 275.2252 269.8 .010 58.87

110. 280.6109 275.1. .009 70.20

112. 285.9867 281.0 .009 71.53 n't. 291.3531 286.5 .009 72.85

116. 296.7110 292. 0 . 009 74. 19 113. 302.0610 297.5 .009 75.52

120. 307.1.035 303.0 .009 76.84

122. 312.7392 308 .5 .008 78. 17

12<.. 318.0681. 313.9 .008 79.49

126. 323.3916 319.1. .008 80. 81 128. 328.7092 321..

3

.008 82.13

130. 331.. 0215 330.3 .008 83. 45 132. 339.3289 335.7 .008 84.77

13'.. 31. It. 6316 31(1.1 .008 36. 09 136. 31.9. 9300 31(5.5 .00 7 87.41

138. 355.221(2 351.9 .007 88.73

litO. 360.511.5 357.3 .007 90.04

1'.2. 365.8012 362.6 .007 91.35

I'i'i. 371. 081. < 358. 0 .007 92.57

1'.6. 376. 361. i» 373.1( .007 93.99

11.3. 381.61.12 378.7 .007 95.30

150. 386.9151 38l(.l .007 96.51

152. 392. 1862 389.

.007 97.93

ISi.. 397.1.51.7 39i(.8 .007 99. 24 156. 1.02. 7207 400.1 .006 100.55

158. 1(07.981.3 1(05.1. .006 101.85

160. 1(13.21(56 1(10.7 .006 103.17

165. 1(26. 3897 i(2'(.a .006 106.45

170. 1(39.5214 1.37.3 .006 109.72

175. '(52.6i(3i( 1(50.6 .005 112.99

180. 1(65.7553 1(63.8 .006 116.26

185. 1(73.8588 1.77.0 .005 119.53

190. '.91.951(6 1(90.2 .005 122.80

195. 505.01(35 503. i( .005 126.07

20 0. 518.1261 516.6 .005 129.33

210. 5^l(. 271.9 51(2.9 .005 135. 85 220. 570.^0l(7 569.2 .005 142.39

230. 596.5188 595. l( .001( 148.93

2<»0. 522.6195 621.6 .00<( 155.46

250. 51(6. 70 89 61(7.8 .001. 162. 00 260 . 67l(.7886 571(.0 .001. 163.54

270 . 700.8598 700 .1 . 00i( 175. 10 280. 726.9238 726.3 .00i( 181.66

290. 752.9813 752.1. .003 136.23

300 . 779.0333 778.5 .003 194.82

ENTHALPY ENTROPY Cy Cp VELOCITY

OF SOUND

J/G J/G-K J/G-K J/G-K M/S

•193.34 2.097 1.087 1.665 1154.

'190.52 2.147

'137.29 2.205 1.079 1. 554 1128. 183.97 2. 261 1.073 1. 664 1114. 180.64 2.315 1. 066 1. 664 1101. 177.31 2. 369 1.051 1.665 1088. 173.98 2.420 1.049 1. 565 1075. 170.55 2.470 1. 04; 1.665 1061. 157.31 2.518 1. 0 31 1.657 1 048. •163.98 2.555 1. 021 1. 568 1035.

'150.54 2.611 1.011 1.670 1022. 157.30 2.655

153.96 2.699 .990 1.673 995. 150.61 2.741 . 980 1.575 931. •147.25 2.733 .969 1.679 957. 143.89 2.623 . 958 l.b32 953. 140.52 2.663 .943 1.685 938. 137.14 2.902 .937 1. 691 923. 133.76 2.940 .927 1.696 908. '133.65 2.94 1 .925 1. 695 903. 79.42 5.306 .663 . 95 8 178. 81.27 5. 326 .662 .955 13 0. 83.16 5. 347 .662 . 952 182. 35.03 5.357 .551 . 94 9 184. 85.98 5. 365 .653 . 945 166. 38.37 5.405 .559 . 944 163. 90.75 5.424 .659 . 942 190. 92.64 5.442 .658 .940 192. 94.51 5.460 .558 . 938 194. 96.39 5.478 . 657 . 937 195. 98.26 5.495 .657 .935 193.

10 0.13 5.512 • 55 7 .934 20 0. 102.00 5.528 .555 .933 202. 103.86 5. 544 .656 .932 204. 105.72 5.560 . 656 . 930 205. 107.68 5.575 .655 . 929 207. 109.44 5.591 .655 . 928 209. 111.3C 5.605 .655 .928 211. 113.15 5.621 .654 .927 213. 115.01 5.535 .654 . 925 214. 116.86 5.650 .554 .925 216. 116.71 5.664 • 6 54 • 925 213. 120.55 5.678 .654 .924 22 0. 122.40 5. 692 .6 54 .923 221. 124.25 5. 705 .553 . 92: 223. 126.09 5. 719 .653 . 922 225. 127.94 5.732 .653 . 922 226. 129.76 5, 745 .553 . 921 228. 131.52 5. 757 .653 . 921 229. 133.46 5.770 .653 .920 231. 135.31 5. 762 .653 . 920 233. 137.14 5.794 .6 52 . 920 234. 138.96 5. 806 .652 . 919 236. 140.62 5.818 . 652 . 919 237. 142.56 5. 830 .652 . 919 239. 144.50 5.841 .552 .913 241. 149.09 5.670 .652 . 918 244, 153.67 5.897 .652 . 917 248. 138.26 5.924 .652 .916 252, 162.84 5.949 .652 . 916 255, 157.42 5.975 .651 . 916 259. 171.99 5.999 .651 .915 262. 175.57 5.023 .651 .915 265. 181.14 6. 046 .651 .915 269. 190.29 6.090 .652 .914 275. 199.43 6. 133 .552 . 914 263. 206.58 6,174 .652 . 914 289. 217.72 6. 213 .553 . 915 295. 226.87 6. 250 .553 .915 301. 235.02 6.286 .654 .915 307. 245.18 6. 320 .555 . 916 313. 254.35 6.354 .656 . 917 319. 263.53 6. 336 .657 . 918 324, 272.72 6.417 .659 . 920 330.

TWO-PHASE BOUNDARY 38
TABLE Via. THERHOOYNAHIC PROPERTIES OF OXYGEN

BAR ISOBAR

TEMPERATURE VOLUME

K Ch3/G

* 5i<.3S2 . 7652

56. .7695

58. .771.9 60. .7803

62. .7859

6't. . 791't 66. .7971

68. .8029

70. • 8087

72. .81<>7

7<t. .8208

76. .8270

78. .833it 80. .8399

82. .81*66 84. .8 531* 86. .8605

88. . 8678

90 . .8752

92. .8830

94. . 8910

96. .8993

97.238 .901*5 97.238 119.1*735 96. 120.5760

100. 123.1*51*3

10 2. 126.3135

lOi*. 129.1555

106. 131.9821

10 d. 131*. 791*7 113* 137.591*6 112. 11*0.3828 11^. 11*3.1601* 116. 1<«5.9263 118. 11*6.6672 120. 151.1*376

122. 151*.1806

12'*. 156.9167

126. 159.6<*60 128. 162 .3692

130. 165. 0667

132. 167.7989

13t. 170.51161 136. 173.2066

138. 175.9068

1<«0. 176.6008

1<«2. 161.2910

ft*. 163.9775

1<»6. 166.6606

1<«S. 169.31*01* 150 • 192.0172

152. 191*. 6911

151.. 197.3622

156. 200.0306

154. 202.6966

160. 205.3606

165. 212.0101* 170. 218.61.79 175. 225.271.6 IBU. 231.6915

185. 238.1*997 190. 21*5.1001 195. 251.6935

200. 256.2605

210. 271.1.376 220. 281.. 5761

230. 297.6963

21.0. 310.8072

250. 323.901*6 260. 336.9922

270. 350.0713

260. 363.11.31 790. 376.2085

30iJ. 369.2683

isotherm

derivative bar-ch3/g

8705.

7

8501..

1

8256.6

8010.7 7766.1

7523.0 7281.2

701*0.8 6601.8

6561*.

3

6328. >> 6094.2 5861.9

5631.6

51*03.5 5177.7

1*951*. 1* 1*733. 8 1*516.1

1.301.1* 1.090.0 3881.9 3754.9

225.2 227.6

233.9

240.2

246.4 252.5

258.5

264.6

270.5

276.4

282.3 288.2

294.0 299.7

305.5

311.2

316.9 322.6

326.2

333.9

339.5 345.1

350 .7 356.2

361.8

367. 3 372.8

378. 3 363.6

389.3

394. 6 400.3

405. 7

ISOCHORE DERIVATIVE

BAR/K

INTERNAL

ENERGY

J/G

ENTHALPY

J/G

ENTROPY J/G-K

Cp J/G-KVELOCITY

OF SOUND

M/S

419.3

432.9 446.4

459.9

473.3

466.7

500.1

513.4

540 .1 566.7

593.2 619.6

646.0 672.4

698. 7 725.0 751.3

777.5

39.72 -193.41 -193.25 2.098 1. 066 1. 665 1154. 38.57 -190.71 -190.56 2.146 1.064 1. 664 1143. 37.25 -187.39 -187.23 2.205 1.079 1.664 1128. 36.01 -184. 06 -183.90 2. 261 1.073 1.664 1115. 34.84 -180.73 -180.56 2.316 1.066 1.564 1101.

33. 74 -177.41 -177.26 2.369 1.058 1. 665 1068. 32.70 -174.08 -173.92 2.420 1. 049 1.665 1075. 31.69 -170.75 -170.59 2.470 1.040 1.666 1062. 30.73 -167.42 -167.26 2.516 1.031 1.667 1049. 29.80

28.90 -160. 75 -160.58 2.610 1. Oil 1.669 1022. 26.03 -157.41 -157.24 2.655 1.001 1.671 1009. 27.16 -154.06 -153.90 2.698 . 990 1.673 995. 26.35 -150. 72 -150.55 2.741 .960 1. 575 961. 25.54 -147.36 -147.19 2.762 . 969 1.579 967. 24.74 -144.00 -143.83 2.823 .956 1.682 953. 23.96 -140.64 -140.46 2.862 .946 1.686 939. 23.19 -137.25 -137.09 2.901 . 937 1.690 924. 22.43 -133.88 -133.70 2.939 .927 1.695 909. 21.69 - 130 . 48 -130.31 2.977 .917 1.701 893 . 20.95 -127.08 -126.90 3.013 .907 1. 707 378. 20.22 -123.65 -123.47 3.049 .697 1. 715 661. 19.77 -121.53 -121.35 3.071 . 892 1.720 651. .023 60. 31 64.21 5. 184 .674 . 995 182. .023 60.65 84.95 5. 192 .673 . 993 163. .022 62.25 66.94 5.212 . 671 . 967 165^

.021 63.65 88.91 5.232 .570 . 982 188. .021 65. 04 90.87 5. 251 .668 . 977 190. .020 66.42 92.62 5.269 .667 . 972 192.

• 020 67.80 94. 76 5.28 7 . 666 .96 9 194* .020 69.17 96.69 5.305 .665 .965 196^ .019 70.54 98. 6£ 5.323 .664 .962 198. .019 71.91 100.54 5.340 .663 .959 200^ .018 73.27 102.46 5.356 .662 .956 202. .016 74.63 104.35 5.373 .662 .953 204. .018 75.96 106.27 5.369 .661 .951 206.

.017 77.33 108.17 5.404 .660 . 949 208. .017 78.66 110.07 5.420 .660 . 947 209. .017 60.03 111.96 5.435 .653 .945 211. 5.450 .659

.016 62.72 115.73 5.454 ,558 . 942 215. .016 64.06 117.62 5.479 .658 .940 217. .016 85.39 119.49 5.493 .658 . 939 218. .015 86.73 121.37 5.507 • 657 .936 220. .015 88.06 123.25 5.520 .657 .937 222. .015 89.40 125.12 5.534 • 557 . 935 224. .015 90.73 126.99 5.547 • 555 . 934 225. .014 92.06 128.85 5.660 • 655 .933 227. .014 93.39 130.72 5. 573 • 556 . 932 229. .014 94. 72 132.59 5.686 • 555 ,932 230. .014 96. 04 134.45 5.598 .655 , 931 232. .014 97.37 136.31 5.511 .655 .930 233. .013 96.69 136.17 5.623 .655 .929 235. .013 100.02 140.02 5.635 .655 .925 237. .013 101. 34 141.66 5.646 .6 54 . 92 8 238. .013 102. 66 143.74 5.658 .654 .927 240 . .012 105.9? 146.37 5.687 .554 . 926 244. .012 109.25 152.99 5. 714 .554 . 924 247. .012 112.55 157.61 5.741 .553 . 923 251. .011 115.65 152.22 5.767 .653 .922 255. .011 119. 13 156.83 5.792 .653 . 921 258. .011 122. 42 171.44 5. 617 .553 .921 262. .010 125.70 176.04 5.941 .653 . 920 266. .010 128.96 180.64 5. 654 .652 . 919 269. .010 135.54 169.63 5.909 .652 . 918 276. .009 142.09 199.01 5.952 .552 . 916 282.

.009 148. 64 206.16 5,992 .653 .917 289. .006 155.20 217.36 6.031 .553 .917 295. .006 161. 75 225.53 6,059 ,654 .917 301. .006 166. 31 235.71 5. 105 , 654 . 918 307. .007 174.67 244.89 5.139 .655 .918 313. .007 161. 44 254.07 5.173 . 655 . 919 319. .007 188.03 263.27 6.205 . 557 . 920 324. .007 194.52 272,48 5. 236 . 559 .921 330.

* TWO-PHASE BOUNDARY 39
TABLE ilia. THERMOOrNAMIC PROPERTIES OF OXYGEN

3. BAR ISOBAR

TEMPESATUrlE VOLUME

K C.l3/G

. 7651

56. .769'. 58. .77148

foO. .7803

ba. .7858

bX. .791'. bb. . 7970

bS. . 8023

Td. .8u36

72. .3146

. 8207

76. .3269

78. .8332

30. .8397

82. .3<.6'.

. 8533

86. .8603

88. . 3676

90. .3751

92. .8828

Si.. . 8903

96. . 3990

98. .9076

100. • 9165

102. . 9257 102.026 . 9259

102. 026 81.9619

83.951.2 106. 85.931.3 103. 37.8975

110. 89.81.56 112. 91.7802

ll<t

.

93.70 21. 116. 95.6135

118. 97.511.5 120. 99.<<062

122. 101.2391.

12'«. 103.161.7 126. 105.0328

12ft» 106.891.2 133. 106.71.95 132. 110.5990

13-*. 112. 1*1.31 136. 114.2823

13 8. 116.11 68 1^0. 117. 91.69

1 2

.

119.7729

l'*6. 123.1.137

11.8. 125.2290

150. 127.01.10 152. 128.81.99

15'<. 130.6561

156. 132.1.595 158. 131.. 2601. 160. 136.0588

165. mo. 51.52 170. 11.5.0139 175. 11.9.1.311. 180. 153.931.0 185. 158.3777

190. 162.3135

195. 167.21.21 200. 171.661.3 210. 180.1.917 220. 189.2997

270. 198.0917

21.0. 206.8701

250. 215.6369

260. 221.. 391.0 270. 233.11.25 280. 21.1.8836 290. 250.6183

300. 259.31.7%

ISOTHERM ISOCHORE DERIVATIVE DERIVATIVE

BAR-CmS/G BAR/K

8709.3 39.72 8509.3 39.56 8261.9 37.26 8016.0 36.02

7771. b 31.. 85 7528.6 33.75 7286.9 32.71

701.6.6 31.70 6807. 7 30. 71. 6570.3 29.31

6331.. 5 28.91 6100.5 23. Ul. 5B63.3 27.19

5638.1 26.36

51.10.2 25.55

5181.. 5 21.. 76

1.961.1. 23.97

1.71.0 .9 23.20

1.523. 3 22.1.5

1.303. 3 21.70

1.097.5 20. 96 3889.6 20.23 3685.3 19.51

31.81.. 7 13.79

3288. 1 1 3.0 9 3285.6 13.08

226. 7 .031. 233.1. .033

21.0.1 .032

21.6.7 .031 253.3 .030 259.7 .030 266.0 .029 272.3 .023 273.5 .028

281.. 7 .027 290.8 .027 296.3 .026 302.9 .026 303.8 .025

311.. 8 .025 320.7 .021. 326.5 .021. 332.1. .023 338.2 .023

31.1.. 0 .023

31.9.7 .022 355.5 .022 361.2 .022 366.9 .021 372.5 .021 373.2 .021 333.3 .020 389.5 .020 395.1 .020

1.00.7 .019

1.11.. 6 .019

1.23. 1. .018

1.1.2.2 .018

1.55.9 .017

1.69.6 .017

1.83.2 .016 .96.3 .016 510.3 .015 537.3 .015

561.. 2 .oi(. 590.9 .013 617.6 .013

61.1.. 2 ,012 670.8 .012 697.3 .011 723.8 .011 750.2 .010 776.6 .010

INTERNAL ENTHALPY

ENERGY

J/G J/G

-193.1.0 -193.17

-190.73 -190. 5C -187, 1.0 -187. 17

-181.. 08 -183.81* -180.75 -180.51

-177. 1*2 -177.19

-171*. 10 -173.86

-170,77 -170.53

-167.1.1. -167, 19

-161*, 10 -163.86

-160.77 -160.52

-157,1.3 -157,18

-151., 09 -153.81.

-150,71. -150,1.9

-11.7.39 -11.7.11,

-11*1.. 03 -11.3.76 -11.0.67 -11,0.1.1 -137.29 -137,03

-133,91 -133,65

-130,52 -130.25

-127,11 -126,85

-123,69 -123,1.3 -120.26 -119.99

-116.31 -116.51.

-113.31. -113.06

-113.29 -113.02

62,37 86.95

63.80 88.99

65.21. 91.02

66.67 93. 0>* 66.09 95.06 69.50 97,01* 70,91 99.02

72.31 100.99

73.70 102.96

75.09 101*. 91

76.1.7 106.86

77.85 108.80 79.22 110,73

30.59 112,66 31,96 111., 58 83.32 116.50

31*. b3 118.1*1 8b. 01. 120.32 37.39 122,22

38,71. 121.. 13 90.09 12b. 02

91.1.1. 127.92 92,78 129.81

91.. 13 131. b9

95.1.7 133.58

96.81 135.1.6 98. 11. 137.31.

99.1.8 139.22

100. 82 11.1. 09 102.15 11.2.97

105.1.8 11.7.61. 108.80 152.31 11Z.12 156.96

115.1.3 161.61

118.73 166.25

122.01. 170.86 125.33 175.51

128.63 180.13

135.21 189.36

11.1.79 198.58

11.8.36 207.79

151.. 93 216.99

161.50 226.19

163.07 235.39

171.. 65 21.1.. 59 181.23 253.80

137.82 263.01

19<«.'«3 272.23

ENTROPY Cv J/G-K J/G-K

2.098 1.088

2.1'.6 1.031.

2. 201. 1. 07 9 2.261 1.073 2.315 1.065

2.368 1.058

2.1.20 1.01.9 2.1.69 1.0'.') 2.518 1.031

2.561. 1. 021 2.610 1.011 2.655 1.001

2.698 .991

2.71.1 .980 2.782 .969 2.822 .959

2. 862 .91.9 2.901 .937 2.939 .927 2,976 ,91' 3,013 ,907

3.01*9 .897

3. 061* , 688 3.119 .880

3.151* ,872

3.151* .672 5,113 ,683 5.133 .681 5.152 .678

5.171 .676

5. 190 .671* 5.208 .673 5.225 .671

5.21*2 .670 5.259 .669

5.276 .668 5.292 .667 5.307 .665 5.323 .665 5,339 . 661* 5.353 .653 5.368 .562

5. 392 . 562 5.396 .661

5.1*10 .651

5.1*21. .660

5.1.37 .560

5.1.50 , 659

5.1*63 .659

5.1*75 .658

5.1*89 .653 5.501 .658

5.511* .657 5.526 .657 5.538 .657 5.550 .656 5.573 .656 5.60b .b55 5.633 .655 5.659 .651. 5.685 .651. 5. 709 .651. 5.733 .651* 5.757 .653 5.802 .653

5.61.5 .653 5.886 .653 5.925 .651. 5.962 .651. 5.999 .655 6.033 .655 6.067 .656 5.099 .658 6.130 .659

Cp VELOCITY

OF SOUND

M/S

J'

°

1 . ?Q 1.6 < 1 K

I 075 1062.

1 668 I 036* 1.669 1022. 1.671 1009.

1 *^7q 1.6 982.

1 966

.

1 alu 1 ' hqn ^*695

1.700 894* 1.707 378.

1, 711. 362. 1.722

1.731 «?R* 828.

1. 71.2 910.

^*

ftTn 310. 1.030 185. 1.021 137. 1.013 189. 1.006 192 .

. 999 191.. .991. 196.

. 988 198.

. 981. 200. .979 202. .975 201..

.972 206. .96 3 208. .965 210.

. 963 212. .960 213. .958 215. .955 217. .953 219. .951 221.

.91.9 222.

. 91.8 221..

. 91.6 226.

. 91.5 223.

.91.3 229.

.91.2 231.

.91.0 233.

. 939 231.. .938 236. .937 237,

. 936 239.

.931. 21.3. .932 2<.7. .930 251. .929 251.. .927 258.

. 926 262. .925 265.

.921. 269. .922 275, .921 282. .921 289. .920 295.

. 920 301.

. 920 307. .920 313. .921 319. .922 32'.. .923 330.

TWO-PHASE BOUNDARY 40
TABLE Via. THERMOOYNAHIC PROPERTIES OF OXYGEN

J). BAR ISOBAR

TEMPERATURE ISOTHERM

OERIUATIVE BAR-CM3/G

ISOCHORE DERIVATIVE

BAR/K

INTERNAL

ENER&r

J/&

Cv Cp VtLOCIIY

OF SOUND

J/G-K M/S

• 5l».'»05 .7651

56. .769<< 53. .77<t8 60. .7802

8713,0 39.72

851i<.5 38.59 8267.2 37.26

8021. <> 36.03

-193. i.a -193.09

-190.71) -190.'.'t -187. 1.2 -187.11

-18".. 09 -183. 78

2.093 1.091

Z.l'.b 1.085

2.20". 1.079

2.261 1.073

l.fes3 1165.

1.66". ll<.3. 1.66<> 1129. l.tft 1115. 62. .7857 7777.1 3".. 66 -180.77 -180. ".5 2.315 1. 066 1. 66". 1 tJ2.

6i>. .7913 753"».2 33.76 -177.".'. -177.12 2. 368 1. 058 1. 661. 1 089.

66. .7969 7292.6 32,71 -17".. 11 -173,80 2.1.19 1. 053 1.665 1 375. 68. .8027 7052.'! 31.71 -170. 79 -170.".? 2. ".69 1. 0".l 1.665 1062.

70. .80 85 6813.6 30,75 -167.1.6 -167,13 2.517 1. 031 1 . 666 101.9. 72. .SlitB 6576.". 29.82 -16".. 13 -163.80 2. 56". 1. 021 1.667 1036.

7".. .8206 63<.0.7 28.92 -150.79 -160.1.6 2.610 1. Oil 1.559 1023.

76. .8268 6106.8 29.05 -157.1.5 -157.12 2.55". 1. 001 1.671 1 009. 78. .8331 587".. 7 27.20 -15".. 11 -153.78 2.696 991 1.673 996.

80. .8396 56"."..

7

26.37 -150. 77 -150. ".3 2. 71.0 930 1.67 5 982.

82. .8'.63 51.16. 8 25.56 -11.7.1.2 -l"i7.06 2.782 . 959 1.678 963.

81.. .8531 6191.3 21.. 77 -11.1.. 06 -11.3.72 2.822 .959 1.631 951.. 86. .8602 1.968.3 23.98 -11.0.70 -11.0.35 2.862 . 91.8 1. 685 91.0. 83. .3671. ".71.8.0 23.22 -137.33 -136.98 2.900 .937 1.639 925.

90. .871.9 1.530.5 22.1.6 -133. 95 -133.60 2. 936 . 927 1.691. 919. 92. .8826 1.316.2 21.71 -130.55 -130.20 2.976 .917 1. 700 391..

9<>. .8906 1.105.0 20.97 -127. 15 -126.80 3.012 .907 1. 706 879. 96. .8988 3697.3 20. 2<. -123.71. -123.39 3. 01.8 .393 1.713 862.

98. .907". 3693.1 19.52 -120.30 -119.91. 3. 081. .869 1.721 31.6. 100. .9163 3'.92.7 18.81 -115.85 -115.1.9 3.119 . 88 1.731 829.

102. .9255 3296.3 18.10 -113.39 -113.02 3. 153 .873 1. 71.1 611.

101.. .9351 3101..

0

17.1.0 -109.90 -109.52 3.187 . 953 1.753 793, 105.735 .91.37 291.0.6 16.80 -105.85 -106. ".7 3.215 . 861 1. 761. 775. 105.735 62.6166 226.2 .01.5 63.78 88.82 5.053 .592 1. 061. 167. 106. 62.8238 227.1 .01.5 53.97 89.10 5.055 . 691 1. 062 187. 108. 61.. 3737 231..

3

.0i.<> 65.1.7 91.22 5.085 .58') 1. 050 199. 110. 65.9055 21.1. i« .0<>2 66.91. 93.31 5. 101. .685 1. 01.0 191. 112. 67.<»212 21.8.1. .01.1 68.1.1 95.38 5. 123 .583 1.031 19i«. 111.. 68.9227 255.2 .01.0 69.85 97. ".3 5.1'.l .580 1. 022 196. 116. 70.'>11<> 262.0 .0 39 71.30 99.1.7 5.159 .679 1.015 199. 118. 71.88S<( 268.6 .036 72.7". 101.1.9 5.176 .6 75 1. C03 200. 120. 73.3550 275.1 .037 7".. 16 103.50 5.193 .575 1.002 202.

122. 7i(.8121 281.6 ,037 75.58 105.50 5.209 ,673 . 997 201.. 12i». 76.2601. 288.0 .036 76.99 107.1.9 5.225 .672 . 992 205. 126. 77.7008 291..

3

.035 78.39 109.1.7 5. 2<.l ,570 . 987 203. 128. 79.1339 300.6 .031. 79.79 111.1.1. 5.25 7 , 569 . 983 210. 130. 80.5603 306.8 .031. 81.18 113.1.0 5.272 ,668 .979 212. 132. S1.980i» 313.0 .033 82.57 115.35 5. 287 , 657 . 976 211.. 13i>. 83.39I.B 319.1 .032 33.95 117.31 5.302 . 665 .973 216. 136. 8<>.8039 325.2 .032 85.33 119.25 5.316 ,565 .970 213. 138. 86.2079 331.2 .031 85.70 121.18 5.330 .5 65 . 967 219. lOO. 87.6071. 337.2 .031 88.07 123.11 5. 31.1. .6 61. .961. 221.

li«2. 39.0025 31.3.2 .030 89.1.1. 125.01. 5, 358 .653 .962 223.

l<>It. 90.3935 31.9.1 ,030 90,80 126.96 5.371 .653 . 95 9 225.

11.6. 91.7808 355.0 .029 92.17 128.88 5.331. .552 .957 227 . 1<»8. 93.161.5 360.9 .029 93,52 130.79 5.597 .651 .955 228. 150. 9i..5<tl»9 366.7 .028 91.. 33 132.70 5.1.10 .661 .953 230. 152. 95.9221 372.5 .028 96.23 131.. 60 5. 1.23 . 550 .952 232.

15'.. 97.2963 378.3 .027 97.59 136.50 5.1.35 .560 .950 233. 156. 98.6678 381..1 .027 98.9". 138.1.0 5.1.1.8 .650 . 91.8 235. 158. 100.0365 389.8 .027 100.23 11.0.30 5.1.60 .659 . 91.7 237.

160. 101.1.028 395.6 .026 101.53 11.2.19 5.1.72 .659 .91.5 238.

165. 101.. 808'. 1.0 9.3 .025 iai..99 11.5.91 5,601 .653 . 91,2 21.2. 170. 108.2010 <.2<..0 .026 108.33 151.61 5.529 .657 ,91.0 21.6. 175. 111.5322 1.36.0 .021. 111.67 156.31 5,556 .55 5 , 937 250. 160. 111.. 9531 <.52.0 .023 115.00 150.99 5,532 ,655 . 935 251.. 185. 118.3150 1.65.9 .022 118.33 156.56 5.603 ,655 . 933 258. 190. 121.6688 1.79.7 .022 121.65 170.32 5.533 .665 .931 261. 195. 125.ai5<> 1.93.5 .021 121.. 95 174.97 5.657 .655 . 930 265. 200. 128.3551. 607.2 .021 128.28 179.62 5.680 .651. . 929 268. 210. 135.0182 531..

5

.020 131.. 89 18S.89 5. 726 .651. .926 275. 220. 11.1.6615 561.7 .019 11.1.1.8 198.15 5.769 .65". .926 282.

230. 11.8.2885 588.7 .018 11.3.08 207.39 5.810 .66". .92". 288.

21.0. 151.. 9018 615.6 .017 151.. 65 216.62 5.81.9 .651. .923 295. 250. 161.5035 61.2.5 .016 161.25 225.85 5.887 .661. .922 301. 260. 168.0953 669.2 .016 167.33 235,07 5.923 .655 .922 307.

270. 171.. 6786 695.9 .015 171.. 1.2 21.1.. 29 5.958 .656 . 922 313. 280. 181.25<>lt 722.5 .ai<> 181.02 253.52 5.991 .557 .923 319. 290. 187.8238 71.9.1 .011. 187.62 262.75 6.021. .558 . 923 32%. 300. 19<>.387S 775.6 .013 191.. 23 271.99 5,056 .65 9 .921. 331.

* TWO-PHASE BOUNDARY 41
TABLE Via. THERMODYNAMIC PROPERTIES OF OXrGEN

BAR ISOBAR

TEMPERATURE ISOTHERM

OERIVATIUE

ISOCHORE OERIVATIUeINTERNAL

ENERGY

cv

K Cm3/G bar-cmS/g 3AR/K J/G J/G J/G-K J/G-K J/G-K M/S

• 5i«.<>16 .7651 8716.

7

39.72 -193.39 -193.01 2.096 1.089 1.555 1155.

56. .7693 8519. T 38.60 -190.76 -190.36 2.11.6 1.095 1. 651. 111.3. 58. .774.7 8272.5 37.27 -167. 1.3 -187.05 2.201. 1.079 1. 551. 1129. 60. .7801 8026.8 36.01. -181..

H

-183.72 2.250 1.07 1 1. 661. 1116.

62. .7856 7782.6 31t.87 -180.78 -180. 39 2.315 1.065 1. 661. 1102.

64. .7912 7539.8 33.77 -177. '.5 -177.06 2.366 1.C58 1. 651. 1089. 66. .7968 7298.3 32.72 -171.. 13 -173.73 2.1)19 1.05 1.665 1076. 68. .8026 7058.2 31.72 -170.81 -170.1.1 2.1.59 1.01.1 1.565 1053.

. 70. .908<. 6819.6 30.76 -157.1.8 -157.07 2.517 1. 0 31 1. 566 1050. 72. .81'*<. 6582.'. 29.83 -161.. 15 -163.71. 2.551. 1.022 1.657 1036.

7<>. .820<< 63'.6.9 28.93 -160.81 -160.1.0 2.610 1.012 1.669 1023. 76. .8266 6113.1 26.06 - 157. 1.8 -157.07 2.651* 1.001 1.570 1010.

78. .8330 5881.

1

27.21 -151.. 11. -153.72 2.698 .991 1.672 995.

8d. .8395 5651.2 26.36 -150. 79 -150.37 2.71.0 .980 1.675 993.

82. .81.62 5<.23.5 25.57 -11.7. 1.5 -11.7. 02 2.761 . 970 1.677 959.

8(t. .8530 5198.1 21.. 78 -I'.i.. 09 -11(3.65 2.822 .959 1.591 955. 86. .8600 1.975.2 21.. 00 -11.0.73 -11.0. 3G 2.861 .91.9 1.691. 91.0. 88. .8673 1.755. 1 23.23 -137.35 -136.92 2.900 . 939 1.689 925. 98. • 87<.7 1.537,6 22.1.7 -133. 96 -133.51. 2. 938 .927 1.693 910. 92. .882'. 1.323.5 21.72 -130.59 -130.15 2.975 .917 1.699 895.

9'>. .89a<> 1.112. 5 20.99 -127. 19 -126.71. 3.012 .907 1. 705 679. 96. .8986 390 1* a 9 20 . 26 -123. 76 -123. 33 3. 01*8 1. 712 853 . 98. .9072 3700.9 19.51. -120. 35 -119.69 3.063 .889 1.721 81.5. 100. .9160 3500.7 18.82 -116.90 -115.1.11 3.118 . 681 1.730 329. 102. .9252 3301.. 1. 18.12 -113.1.1. -112.97 3.153 . 973 1. 71.0 912.

10<>. .931.8 3112.3 17.1.2 -109.95 -109.1.8 3.186 . 666 1.752 793. 106. .9i.<i8 292'..'. 16.72 -106.1.1. -105.96 3.220 .860 1. 765 775. 108. .9552 271.0.8 16.01. -102.90 -102.1.2 3.253 .855 1.780 755.

> 106.808 .9596 2657.9 15.76 -101.1.5 -100.96 3.265 . 853 1.787 71.7.

• 103.808 5 0.713<> 221..

5

.056 51.. 80 90.15 5.023 .700 1.097 188. 110. 51.<«e07 229.0 .055 65.72 91.1.6 5.035 .593 1.088 189. 112. 52. 7533 236.6 .051. 67.25 93.63 5. 051. .59- 1.071. 191. n't. 5<..0091 2<.<..0 .052 56.76 95. 75 5. 073 .691 1.062 191*. 116. 55.21.99 251.2 .051 70.25 97.87 5.091 .669 1.051 195. 119. 56.1.775 258.3 .01.9 71.73 99.97 5.109 .695 1. 01.1 193. 120. 57.6931 265.3 .a<.6 73.19 102. 0<. 5.127 .663 1. 033 200.

122. 58.8980 272.2 .01.7 71.. 55 lOit.lO 5. 11.1* .680 1. 025 202.

12<<. 60.0933 278.9 .01.6 76. 09 106.11. 5. 160 .678 1.016 205. 125. 61.2797 285.6 .01.5 77.53 108.17 5.176 .677 1.011 207. 128. &2.<t581 292.2 .01.1. 76.96 110.19 5.192 .675 1. 306 209. 130. 63.6292 298.7 .01.3 60.38 112.19 5.208 .6 71* 1.000 211. 132. 64* . 7935 3 05.1 .01.2 81.79 5.223 .672 • 996 213.

13<>. 65.9516 311.5 .01.1 83.20 116.17 5.238 .671 . 991 215. 136. 67.1039 317.9 .om 61.. 50 118.15 5.253 .670 . 967 216. 138. 66.2510 321..

1

.O'.O 8b. 00 120.12 5. 267 .66-J .983 218.

1<«0. 69.3931 330.3 .039 87.39 122.09 5.281 .663 .990 220.

l'«2. 70.5306 336.5 .038 68.78 121.. 01. 5.295 .657 .976 222.

I'.it. 71.6636 3<t2.6 .038 90.15 125.99 5.309 .666 . 973 221.. Itb. 72.7931 3'.8.7 .037 91.51. 127.93 5. 322 .665 .971 226.

1<.8. 73.9186 351..

8

.036 92.91 129.87 5.335 .651. . 959 227. 150. 75.a<.06 360. 8 .0 36 91.. 29 131.61 5. 31.9 .651* . 955 229. 152. 76.1593 366.8 .035 95.55 133.73 5.361 .663 .953 231.

15<.. 77.27<.9 372.7 .035 97.02 135.65 5. 371. .653 .961 233. 156. 78.3876 378.7 .03'. 96.36 137.58 5. 365 .652 . 959 231.. 158. 79.1.976 38it.6 .031. 99. 75 139.1.9 5.399 .661 .957 236. 160. 80.6050 390.1. .033 101. 10 11.1. 1.1 5.1.10 . 651 . 955 238.

165. 83.3630 1.05.0 .032 101.. 1.9 11.6.17 5. 1(1.0 .660 . 951 21.2. 170. 86.1076 1.19.5 .031 107.85 150.92 5.1.69 .659 . 91.7 21.6. 175. 88.84.0'. 1.33.8 .030 111.23 155.65 5. '.95 .659 . 91.1* 21.9. 180. 91.5628 '.'.8.0 .029 111.. 58 150.36 5.522 .657 . 91*2 253. 185. 91.. 2760 '.62.1 .028 117.92 165.05 5. 51.9 .657 . 939 257.

190. 96.9810 1.75.2 .027 121.25 169.75 5.573 . 556 .937 261. 195. 99.6785 ^90.2 .027 121.. 59 171.. 1.3 5.597 .655 .935 251.. 200. 102.3695 501..

1

.026 127.92 179.10 5.621 . 555 . 933 258. 219. 107.7339 531.7 .025 131.. 56 186.1.2 5.565 .655 .931 275. 220. 113.0785 559.2 .023 11.1. 18 197.72 5.709 .655 . 928 282.

230. 118.1.067 586.5 .022 11.7.79 206.99 5. 751 .651. . 927 268.

2<.0. 123.7211 613.6 .021 151.. 1.0 216.26 5.790 .655 . 926 295. 250. 129.0238 61.0.7 .020 151.00 225.51 5.628 .655 .925 301. 260. 131.. 3165 667.6 .020 167.60 231.. 75 5.861. .655 .921* 307. 270. 139.6006 691..

5

.019 171.. 20 21.1.. 00 5. 699 .555 . 921. 313. 280. l'«<i.8773 721.3 .016 ISO. 80 253.21. 5.933 .657 . 925 319. 290. 150.1<.75 71.8.0 .017 187.1.1 262.1.9 5.955 .658 . 925 321.. 300. 155. ".121 771..

6

.017 191.. 01. 271.71. 5.996 .659 .925 330.

TWO-PHASE BOUNDARY 42
TABLE Via. THERMODYNAMIC PROPERTIES OF OXYGEN

6. BAR ISOBAR

TEMPERATURE

K

VOLUME Cm3/GISOTHERM

DERIVATIVE BAR-CM3/&

ISOCHORE DERIVATIVE

SAR/K

INTERNAL

ENERGY

J/G

ENTHALPY

J/G

ENTROPY

J/G-K

Cv

J/G-K

Cp

J/G-K

VELOCITY

Of SOUND

5<t.<<Z8 S6.

sa.

60.

.7650 .?692

,7 71.5

. 7600

6720.3

8277.

7

8032.2

39.72

36.61

37.28

36. Oil

-193. 39 -190.77

-187. ".5 -18lt. 13

-192.93

-190.31 -186.99

-183.66

2.096

2. lltS 2.20<. 2.260

1.085

1. 060 1.073

1.665

1.661.

1.66<.

1. 66'.

1155.

1 !<<<..

1 130. 1116. .7655 31. . 6 6

6i«. .7911 751.5.1. 33.78 -177.1.8 -177.00 2. 367 1.058 1. 661. 1 089. 66. .7967 7301*.

1

32.73 -171.. 15 -173.67 2.1.19 1.05 1. 561. 1076.

68. .8025 706l>.l 31.73 -170.83 -170.31. 2.1.66 1. 01.1 1.565 1063.

70. .6083 6825.5 30.77 -157.50 -167.01 2.517 1.0 31 1. 655 1050.

72. .61'>3 6586.5 29.81. -161.. 17 -163.68 2.551. 1. 022 1.667 1 037.

71.. .6203 6353.0 26.91. -160.61. -160.31. 2.509 1.012 1. 56 6 1021.. 76. .8265 6119.1) 28.07 -157.50 -157.01 2.651. 1.001 1.670 1010.

78. .6329 5687.5 27,22 -151.. 16 -153.66 2.697 .991 1.572 997. 80. .e39<i 5657.8 26.39 -150.82 -150.32 2.71.0 . 980 1. 671. 983.

969 . ei.. .8529 520^.9 21.. 79 -11.1.. 12 -11.3.61 2.821 .959 1.660 955.

66. .8599 1.982.2 2<t.01 -11.0.76 -11.0.21. 2. 861 .91.8 1.661. 91.1. 66. .8671 1.762.1 23.21. -137.39 -136.87 2.900 .938 1.688 926.

90. .67'.6 1.51.5.0 22.1.6 -131.. 01 -133.1.9 2.938 .927 1. 693 911.

92. .6623 1.330.9 21.71. -130.63 -130.10 2.975 .917 1. 596 995.

9<.. .8902 1.120.0 21.00 -127.23 -126.69 3.012 . 907 1.705 860.

96. .696<. 3912.6 20.27 -123.62 -123.26 3.01.8 .898 1. 712 861.. 99. .9069 3708.7 19.55 -120. 39 -119.81. 3.083 .689 1.720 61.7. 100. .9158 3506.7 16.81. -116.95 -115.1.0 3. 118 .881 1. 729 830. 102 .9250 3 312.6

lOi.. .931.5 3120.5 17.1.3 -110.00 -109.1.1. 3.165 .666 1. 751 791.. 106. .9<<<«5 2932.6 16.71. -105.1.9 -105.92 3.219 .850 1. 761. 775.

108. .95'49 271.9.5 15.06 -102.95 -102.36 3. 253 . 855 1. 779 756. 110. .9658 2570.6 15.38 -99.39 -98.81 3.285 . 651 1. 796 735.

• 111.I.5S .971.1 2<> 1.3.0 11.. 89 -95.75 -96.18 3. 309 .81.9 1.609 721.

• 111.1.58 1.2. 6230 222.1 .068 65.56 91.15 1..989 .708 1.131 188. 112. l«2.92<(0 221..

2

.067 65. 01 91.77 1..995 .707 1. 125 189. 114. I)'.. 0230 232.2 .055 67.59 91.. 00 5.015 . 702 1. 108 191. 116. it5.10<t5 21.0.0 .063 59.11. 95.20 5.031. . 598 1.092 191.. 116. 1.6.1706 21.7.7 .052 70.57 96.37 5.052 . 591. 1.079 196.

1.7.2230 255.1 .060 72.18 100.52 5.070 .691 1.067 196 . 122. 1.6.2633 262. <> .058 73.58 102.61. 5.068 .688 1. 056 201.

IZi.. 1.9.2928 259.6 .057 75.17 101.. 71. 5.105 .686 1. 01.7 203. 126. 50.3121. 276.7 .055 75.51. 106.63 5.122 .683 1.038 205. 128. 51.3232 283.6 .051. 78. 10 106. 9G 5.138 .661 1.030 207. 130. 52.3260 290.1. .053 79.55 110.95 5. 151. .579 I. 023 209.

132. 53.3211. 297.2 .052 61.00 112.99 5.170 .677 1. 017 211.

131.. 51.. 3101 303.8 .051 62.1.3 115.02 5.185 .576 1.011 213. 136. 55.2926 310.1. .050 83. 85 117.03 5.200 .671. 1. 006 215.

136. 56.2691. 316.9 .01.9 85.28 119.01. 5.211. . 673 1.001 217.

1<)0. 57.21.09 323.1. .01)8 86.69 121.01. 5.229 .572 . 995 219.

1<.2. 56.2076 329.8 .01.7 88.10 123.02 5.21.3 .671 . 992 221.

I't't, 59.1697 335.1 .01.6 89.50 125. 00 5. 257 .570 . 966 223.

i^tO. o0,1277 31.2.1. .01.5 90.90 125.98 5. 270 .669 . 981. 225.

1<(8. 61.0817 31.8.7 . 01.1. 92.29 128.91. 5.281. .656 .981 225. 150. 62.0320 351..

9

.01.1. 93.68 130.90 5.297 .65 7 . 978 228. 152. 52.9789 361.0 .01.3 95. 07 132.85 5.310 .655 .975 230.

151.. 63.9226 367.1 .01.2 96.1.5 131.. 80 5. 322 .6 55 . 972 232.

156. 01..8632 373.2 .01.2 97. 93 136.71. 5.335 .665 .970 233.

156. 55.8010 379.3 .01.1 99.20 136.68 5. 31.7 .661. . 967 235. 160. 66.7361 385.3 .01.0 100.57 11.0.51 5.359 .663 . 965 237.

165. 69.0631 1.00.2 .039 103.99 11.5. 1.3 5.369 .662 .960 21.1. 17 0. 71.3763 1.15.0 .038 107.39 150.21 5.1.18 . 661 .956 2<>5. 175. 73.6771. 1.29.6 .036 110.76 151.. 98 5.1.1.5 .650 . 95 2 21.9. 18b. 75.9678 1.1.11.0 .035 111.. 15 159.73 5.1.72 .659 .91.8 253.

185. 78.21.89 1.56. << .031. 117. 52 161.. 1.7 5.1.98 .658 . 91.5 257.

190. 80.5215 1.72.7 .033 120.67 159. 16 5. 523 .657 . 91.3 260.

195. 82. 7866 1.66.9 .032 121.. 22 173.89 5. 51.8 .657 .91.0 261.. 200. 85.01.50 501.0 .031 127.55 178.59 5.571 .656 .938 268. 210. 69.51.1.1 529.0 .030 131.. 23 167.95 5.517 .655 .935 275.

220 . 91.. 0232 556.7 .028 11.0. 67 197.29 5.561 .655 .932 281. 230. 98.1.656 581..

3

.027 11.7.51 206.60 5.702 .655 .930 286.

21.0. 102. 931.2 511.7 .026 151.. 13 215.89 5.71.1 .655 .926 291.. 250. 107.3709 638.9 .025 160.71. 225.17 5.779 .555 .927 301.

260. 111.7976 666.0 .021. 167.35 231.. 1.1. 5.81b .655 .927 307. 270. 116.2157 693.1 .023 173. 97 21.3. 70 5.851 .656 . 926 313.

260. 120.6263 720 .0 .022 180.59 252.9b 5. 691. .557 .925 319. 290. 125.0301. 71.6.9 .021 187.21 262.23 5.917 .658 .927 32i>. 30 0. 129.1.286 773.7 .020 193.81. 271.50 5. 91.8 . 660 .927 330,

* TWO-PHASE BOUNDARY 43
TABLE Via. THERMODYNAMIC PROPERTIES OF OXVliEN

7. BAR ISOBAR

TEMPERATURE VOLUME ISOTHERM DERIVATIVE

ISOCHORE

DERIVATIVE

INTERNAL

ENERGf Cv Cp VELOCITY

OF SOUND

CM'^/G BAR'CM^/G BAR/K J/G J/G J/G-K J/G-K J/G-K H/S

» 5'..i»39 .7650 8721..

0

39.72 -193.38 -192.85 2.098 1.033 1.664 1155.

56. .7692 8530.0 38.62 -190.79 -190.25 2.145 1. 085 1.664 1144.

53. .7 71.5 8283.0 37.29 -187.1.7 -186.92 2.203 1. 080 1. 664 1130.

60. .7^00 8037.6 36.0 5 -181.. 11. -183.60 2.260 1.073 1.664 1116.

62. .7.855 7793.6 31.. 89 •180.82 -180.27 2. 314 1. 066 1.664 1103.

bit. .7910 7551.0 33.79 -177.50 -176.94 2.367 1. 053 1. 664 1U90.

66. .7967 7309.8 32.71. -171.. 17 -173.61 2.418 1.050 1.664 1076.

6a. .302'. 7069.9 31.71. -170.85 -170.28 2.468 1. 041 1. 665 1063.

70. . 8082 6831.1. 30.78 -167.52 -156.95 2.516 1.032 1, 666 1050.

72* "1 63 • 62 1.667 1037*

7I». .8202 6359.2 28.95 -160.86 -160.29 2.609 1.012 1.668 1024.

76. .8261. 6125.6 28.08 -157.53 -156.95 2.653 1.002 1.670 1011.

78. .8328 5893.9 27.23 -151.. 19 -153.61 2.697 .991 1.672 997.

80. .8 392 5661..

3

26.1.0 -150.85 -150.26 2.739 .980 1.674 983.

82. .81.59 51.36.8 25.59 -11.7.50 -146.91 2.781 .970 1.677 970. .8527 5211.7 21.. 80 -11.1.. 15 -143.55 2.821 .959 1.680 955.

86. .8597 1.989. 1 21.. 02 -140.79 -140.19 2.861 .948 1.633 941. as. .8670 1.769.2 23.25 -137.1.2 -136.82 2.899 .938 1.688 926.

9>). 1.552.2 22.1.9 -131.. 05 -133.44 2.937 .928 1.692 911. 21.75 ~ 130 • 66 -130.04 2.975 .917 1.693 896.

9it. .3900 1.127.5 21.01 -127.27 -126.64 3.011 .903 1.704 830. 96. .3932 3920.2 20.28 -123.86 -123.23 3.047 .8 98 1. 711 864. 98. .9067 3716.5 19.56 -120.1.3 -119.80 3.083 . 889 1.719 848. 100. .9155 3516.6 18.85 -116.99 -116.35 3.117 . 881 1. 728 831.

102. .921(7 3320.7 18.15 -113.53 -112.88 3.152 .873 1.739 813.

10<>. .9 31.2 3123.

9

17,1.5 -110.05 -109.40 3.186 . 866 1. 750 795. 106. .91. 1.2 291.1.3 16. 76 -106.51. -105.88 3.219 .861 1.763 776. loe. .951.6 2758.1 16.07 -103.01 -102.34 3.252 . 356 1.777 757.

110. .9651. 2579.1. 15.1.0 -99.1.5 -98.77 3.285 .852 1.794 737. -95.17 3.317 .849 717.

• 113.803 .9876 2252.2 11.. 11. -92.57 -91.68 3. 346 . 647 1. 833 698.

• 113.803 36.71.97 219.2 .080 66.18 91.91 4.961 .716 1. 164 189.

lit. 36.81.69 219.9 .080 66.31. 92.14 4.963 .715 1. 162 189. 116. 37.8207 228.1. .077 67.96 94.44 4.933 .710 1. 141 192. 118. 36.7766 236.6 .075 69.56 96.70 5.002 . 705 1.122 194. 12U. 39.7167 21.1..6 .072 71.13 98.93 5.021 .701 1.106 196.

122. 1.0.61.30 252.1. .070 72.67 101.12 5.039 .697 1.091 199.

12'.. 1.1.5570 260.0 .068 71.. 20 103.29 5.057 .694 1.079 201. 126. 1.2.1.601 267.5 .067 75.72 105.44 5.074 .691 1.057 203.

^ 3 « 3533 7 7.22 130. 1.1..2377 282. 0 .063 78. 70 109.67 5.107 .685 1.048 208. 132. 1.5.111.0 289.0 .062 80. 18 111.76 5. 123 .683 1.040 210.

13i>. 1.5.9831 296.0 .061 81. 64 113.83 5.139 .681 1. 032 212. 136. 1.6.81.55 302.9 .059 63.10 115.89 5. 154 .679 1. 026 214.

138. 1.7.7017 309.6 .058 84.511 117.93 5. 169 .673 1. 019 216.

1^.0. 1.8. 5521. 316.1. .057 85.98 119.97 5.183 .676 1. 014 218.

1<>2. 1.9.3978 323.0 .056 87.41 121.99 5.198 .675 1.009 220.

11. t. 50.2335 329. 5 .055 88.33 124.00 5.212 .673 1.034 222.

li|&. 51.071.7 336.0 .051. 90.25 126.00 5. 226 .672 .999 224.

1<.8. 51.9068 31.2.5 .053 91.66 128.00 5.239 .671 .995 225. 158. 52.7350 31.3.9 .052 93.07 129.98 5.253 .670 . 991 227. 152. 53.5597 355.2 .051 94.47 131.96 5. 255 .669 . 988 229.

151.. 5i(.38D9 361.5 .050 95. 87 133.93 5.279 .668 .934 231. 156. 55.1991 367.7 .01.9 97.26 135.90 5.291 . 667 . 981 233. 158. 56.011.2 373.9 .01.8 98.65 137.8b 5.304 .666 • 978 234.

160. 56.8266 380.1 .Oit8 100. 33 139.81 5.316 .666 .975 236.

165. 58.81.63 395.1. .01.6 103.48 144.67 5. 346 .664 .96 9 240. 170. 60.8519 1.10.1. .01.1. 106.91 149.51 5.375 .663 . 964 244.

175. 62.31.50 1.25.3 .01.3 110.32 154. 31 5.403 .661 . 959 248. 180. 61.. 3273 1.1.0.1 .01.1 113.72 159.10 5.430 . 660 . 955 252. 185. 66.7999 1.51.. 7 .01.0 117.10 163.86 5.456 .659 . 952 256.

190. 68.761.0 1.69.2 .039 120.49 163.61 5.431 .659 .948 260. 195. 70 .7201. 1.83.6 .038 123.85 173.35 5.506 .659 . 946 264.

203. 72.6700 1.97.9 .037 127. 20 178.07 5.530 .657 .943 267. 210. 76.5512 526.2 .035 133. 90 187.48 5.576 .657 .939 274.

220. 80.1.122 551..

2

.033 140.57 196.85 5.619 .656 . 936 281.

230. 61.. 2561. 582.1 .031 147.22 206.20 5.661 .656 .933 289.

21.0. 38.0665 609.7 .030 153.86 215.52 5.700 .656 .931 294. 250. 91.901.8 637.2 .029 160.49 224.82 5.738 .656 .930 301. 260. 95.7130 661..

5

.028 167.12 234.12 5. 775 .656 .929 307. 270. 99.5125 691.7 .027 173.75 243.40 5.310 .657 .928 313. 280. 103.301.5 718.8 .026 180.37 252.69 5.844 .657 . 928 319. 293. 107.0900 71.5.8 .025 187.01 261.97 5.876 .653 .928 324. 300. 110.8697 772.7 .021. 193.64 271.25 5.903 .660 .929 330.

TWO-PHASE BOUNDARY 44
TABLE Via. THERHOOYNAMIC PROPERTIES OF OXYGEN

8. BAR ISOBAR

TEMPERATURE

K

VOLUME Cm3/GISOTHERM DERIVATIVE BAR-CM3/G

ISOCHORE DERIVATIVE

BAR/K

INTERNAL

ENERGY

J/G

ENTHALPY

J/G

ENTROPY J/G-K

Cp J/G-KVELOCITY

or SOUND

M/S

5<>.<>51 56. 58.

60.

62.

6<>. 66. 68.

70. 72.

7't. 76. 78.

80.

82.

8<>. 86.

88.

90. 92.

9<). 96. 98. 100. 102.

10<t. 106.

10 8. 110.

112.

lit. 115.915

115.915

116. 118.

120.

122.

12<t. 126.

128. 130.

132. ISd.

136. 138.

1<>0.

ll>2. ikit. 1«6.

1<>S. 150.

152.

151). 156. 158.

160.

165.

170. 175.

180.

185. 190.

195. 200.

210.

220. 230.

2<tO. 250. 260.

270. 280.

290.

300.

.7650 .7691

. 771.5 .7799

.7a5<> .7909 .7966

.8023 .8081

.81<«1 .8201 .3263

.8326

.8391

.8<t5B .8526

.8596

.8666

.87<»2 .8819

.8898

.8980 .9065

.9153

.92i<i> .93<.0 .9<»39

.95<>2 .9651

.976i>

.988<« 1.0005 32.2626

32.3205 33.1993

St. 0597

3<>.90<.2 35.7317

36.5529

37.3602

36.1576

36.9it63 39.7270

'•0.5005

<tl.267'> <«2.0Z82

'•2.7836

'•3.5338

'•'•.279<> '•5.0205 '•5.7577

'•6. '•910 '•7.2209

'•7.9<^7'^ '•8.6709

'•9.3915 51.1815

52.9568

5'.. 7193

56. '•707 58.2123

59.9'>51 61.6702

63.3663 66.8063

70.2039

73.58'«S 76.9510

60.305i^

83.6<^98 86.9853

90. SIS'.

' 93.63'>9 96.9507

8727.6

8535.2

8288.3

80<.3.0 7799.1 7556.6

7315.5

7075.7

6837.'. 6600.6

6365. <• 6131.9

5900.3

5670.8

5i>'^3.5 5218.5

••996.0

••776.

2

1.559.3

'•3'^5.5 •135.0

3927.8

372<>.3 352 '•.6 3328.8

3137.1

29'^9.7 2766.7

2586.2

2'.1'^.2

22<^'^.8 2086.9 215.9

216.1

225.0

233.7

2'^2.0 250.1

258.0 265.7

273.3

280.7

288.0 295.2 302.2

309.2

316.1

322.9 329.6

336.2

3'>2.8

3'^9.3 355.8

362.2 368.6

37'^.

9

390.5

'•05.9

'•21.1

'•36.1 ••50.9

'•65.7

'•80.3

'.9'».7 523.'. 551.8

579.9

607.7

635. '• 662.9 690.3

717,6

7'.',.7 771.8

39.73

38.63

37.30 36.06

3'.. 90 33.80 32.75

31.75 30.79

29.86 28.96 28.09

27.2'. 26. '•1 25.60

21.. 81

2'.. 03 23.26

22.51 21.76

21.02

20.30

19.58

18.87 18.16

17. '•6 16.77

16.09

15. '•2 li^.75 1'^.09 13. '•B .092

.092

.089

.086

.083 .081

.078

.076

.07'. .073

.071 .069

.066

.066

.065

.06'. .062

.061

.060 .059

.058

.057

.056

.055 .053

.051

.0'.9

.O'^O .0'^6

.01.5 .0'^3

.a<^2

.0<.0 .038 .036

.03'^ .033 .032

.030 .029

.028

.027

193.38 -192.77 2. 096 1.0 88 1.661 1155.

190. 80 -190.19 2.115 1. Qij 1. 551 1 111.

187. '•8 -186.86 2.203 1.080 1. 661 1130.

18'.. 16 -183.53 2.260 1.071 1. 561 1 116.

180. Sl^ -180.21 2. 311 1. 066 1. 661 1103. 177.51 -176.66 2. 367 1.059 l.o61 1090.

•17'«.19 -173.55 2.118 1. 050 1. 561 1077.

170. 87 -170.22 2.168 1.011 1. 565 1051.

•167. 5". -166.89 2.516 1. 0 32 1 . 655 1051.

•16'.. 21 -163.56 2.563 1.022 I. 557 1037.

•160.88 -150.23 2.609 1.012 1.558 1021.

•157.55 -156.89 2. 653 1. 002 1. 559 1011.

•1S<<. 21 -153. 55 2.697 . 991 1.571 997.

•150.87 •15 0. 20 2. 739 . 981 1. 671 981.

•l'»7.53 -l'.6.65 2.780 .970 1.676 970.

•1<«<«< 16 2. 821 . 95 9 1.679 955

.

'1<^0.82 -li^O.lS 2.860 .919 1.583 911

.

•137. '•S -136.76 2. 899 .938 1.587 927.

•13'>. 08 -133.36 2. 937 .928 1. 592 912.

•130.70 -129.99 2.971 .919 1.597 897.

•127. 30 -126.59 3.011 . 908 1.703 381.

•123. 90 -123.18 3.017 898 1.710 365.

•120. '•r -119.75 3. 082 .889 1. 718 618. •117.03 -116. 30 3.117 .68 1. 727 531.

•113.58 -112. Bit 3. 151 . 673 1. 737 311.

'110. 10 -109.35 3.185 .667 1. 719 795.

•106. 60 -105. Sia 3.218 .861 1. 751 777, •103.07 -102. 31 3.252 . 856 1. 775 759.

-99. 51 -98.71) 3. 281 . 852 1.793 738. -95.91 -95.13 3. 317 . 619 1.811 718. -92.28 -91.1.9 3. 319 . 817 1.633 697.

-88. 76 -87.96 3. 360 .817 1. 856 676.

66. 6(. 92.<.7 1. 936 . 721 1.198 189.

66. 72 92.57 1. 937 . 723 1. 197 189 . 66. 38 91. 91* 1. 957 .717 1. 172 192.

70. 01 97.26 1. 977 .711 1. ISO 191. 71.62 99. 51 1.995 .707 1. 131 197.

73. 20 101.79 5.011 . 702 1.115 199.

7'.. 76 101.00 5. 031 .699 1. 100 202. 76.30 106.19 5.019 .695 1. 087 201. 77.83 108.35 5.065 .692 1. 075 206.

79. ii* 110.19 5.082 .689 1. G65 208. 80.83 112.61 5. 098 .687 1. 056 210.

82. 32 111.72 5. 113 .681 1. 017 213.

83. 79 116.60 5.129 .682 1. 010 215. 85.25 118.87 5. 113 .680 1. 032 217.

86. 71 120.93 5.15 8 .679 1. 026 219.

88. 15 122.98 5.172 .677 1. 020 221. 89.59 125.01 5.186 .676 1.015 222. 91.02 127.01 5.200 .671 1. 010 221.

92. '•5 129.05 5.211 .673 1. 005 226. 93.87 131.06 5.227 .672 1. 001 228. 95.26 133.06 5. 210 .671 .997 230. 96.69 135.01 5.253 .670 . 993 232. 98.09 137.03 5.265 .669 .989 233.

99. '•9 139.00 5.278 .668 .986 235.

102.97 113.91 5.303 .666 . 979 210. 106. <i3 118.79 5.337 . 661 .972 211. 109.86 153.61 5.365 .663 .967 219. 113.28 158.16 5.393 .662 .962 252. 116.69 163.26 5.119 .661 . 958 256. 120.08 168.01 5. Ill .660 . 951 259.

123. I? 172.80 5.169 .659 .951 263.

126. 8I. 177.55 5.193 .658 .918 267. 133.56 187.01 5.539 .55 7 . 913 271.

11.0.26 196.12 5.583 .657 .939 281.

11.6.93 205.80 5.625 .556 .936 288. 153.59 215.15 5.665 .656 . 931 29*.

160. 2<> 221.18 5.703 .656 .932 300. 166.88 233.80 5. 739 .656 .931 307. 173.52 213.11 5.771 .557 . 930 313. 180.16 252.11 5.808 .65 8 .930 319. 186.80 261.71 5.811 .659 .930 321. 193. '•5 271.01 5.872 .56 .930 330.

TWO-PHASE BOUNDARY 45
TABLE Via. THERHOOYNAHIC PROPERTIES OF OXYGEN

9. BAR ISOBAR

TEMPERATURE

K

VOLUME Cm3/6ISOTHERM

DERIVATIVE BAR-CH3/6

ISOCHORE DERIVATIVE

BAR/K

INTERNAL ENERGY

J/G

ENTHALPY

J/G

ENTROPY

J/G-K

Cv

J/G-K

Cp

J/G-K

VELOCITt

OF SOUND

M/S

.7649 8731.3 39.73 -193. 37 -192.69 2. 098 1. 088 1.564 1155*

56. .7690 6540 .

3

36.63 -190. 82 -190.13 2. 144 1. 005 1. 654 1144*

53. .7744 8293.6 37.31 -187. 50 -186*80 2.20 3 1.0 80 1. 664 1130*

60. .7798 8048.4 36.07 -184. 17 -183.47 2.259 1.074 1. 664 1117.

62. • 7853 7804.6 34.91 -180.85 -180.16 2. 314 1. 067 1. 663 1103»

6'<. . 7909 7562.2 33.81 -177.53 -176.82 2. 367 1.059 1. 664 1090*

66. .7965 7321.2 32. 76 -174. 21 -173. 49 2. 418 1.0 50 1 . 564 1077.

68 . • 8022 7061.5 31. 76 -170. 88 -170.16 2.467 1. 0 41 1. 665 1 064.

70. . 8080 6843.3 30.80 -167. 56 -166.83 2.515 1. 0 32 1. 665 1051.

72. .8140 6606.6 29.87 -164.23 -153.50 2.563 1. 022 1.566 1038.

Tit. .8200 6371.5 28.97 -160.90 -160.17 2.608 1.012 1.66S 1025.

76. .8262 6133.2 28.10 -157.57 -156.83 2. 653 1.002 1, 669 1011.

78. • 8325 5906.7 27.25 -154.24 -153.49 2.696 . 991 1.671 990.

80. .8390 5677.3 26 .42 -150.90 -150.14 2. 739 . 981 1. 673 934.

82. . 3456 545 0 .

1

25.61 -147.56 -146. 79 2. 780 .970 1.676 970.

dit

.

.8 524 5225.2 24. 82 -144. 21 -143. 44 2.820 .959 1.679 956.

86. .3 594 5002.9 24.04 -140.85 -140.08 2. 360 .94 9 1. 633 942.

88. .8666 4783.3 23.27 -137. 49 -136.71 2. 899 .938 1.687 927.

90. . 8741 4566.

5

22.52 -134. 12 -133.33 2.937 . 928 1. 691 912.

92. .8817 4352.9 21.77 -130.73 -129.94 2.974 . 918 1.697 897.

94. .8696 4142.4 21.04 -127.34 -126.54 3.010 .908 1.703 881.

96. .8978 3935.

5

20.31 -123.94 -123.13 3.046 .899 1.710 865.

98. .9063 3732.

1

19.59 -120. 52 -119.70 3. 082 . 890 1. 717 349. 100. .9151 3532.5 18.88 -117. 08 -116.26 3.116 . 881 1. 726 832. 102. .9242 3336.

9

18.18 -113. 63 -112.79 3.151 . 874 1. 736 814.

10<<. .9337 3145.4 17.46 -110. 15 -109.31 3.185 .867 1.748 796. 106. .9436 2958.

2

16.79 -106.65 -105.80 3.213 . 361 1. 760 778.

Ids. .9539 2775.

3

16.11 -103. 13 -102.27 3. 251 .855 1. 775 759. 110 . .9647 2597.

0

15.43 -99.57 -98. 70 3.284 . 852 1. 791 739.

112. .9760 2423.2 14.77 -95. 98 -95. 10 3. 315 . 849 1.810 719.

11<>. .9880 2254.0 14.11 -92.35 -91.45 3.343 .843 1.831 698.

116. 1.0005 2089.3 13.47 -88.68 -87.77 3. 380 . 847 1. 855 677.

• 117.8'»i» 1.0127 1941.6 12.89 -85. 24 -84.33 3. 410 . 847 1.881 657.

• 117.8i»i» 28.7649 212. 3 .105 67.00 92.89 4.913 .7 31 1.233 189. 118. 28.8287 212.9 .104 67. 13 93.08 4.915 .730 1.231 189. 120

.

29.6322 222.3 .100 68.84 95.51 4. 936 . 723 1.202 192.

122. 30 .4171 231.2 .097 70.51 97.89 4.955 . 717 1. 177 195.

12"t. 31. 1860 239.9 . 094 72.15 100.22 4.974 .712 1. 155 197.

126. 31.9409 248.3 .091 73.76 102. 51 4, 993 .707 1. 136 200.

128. 32.6936 256.5 .088 75. 35 104.77 5. 010 .703 1. 120 202. 130. 33.4153 264.4 .086 76.92 105.99 5.028 .699 1.105 205.

132. 34.1374 272.2 .084 78.47 109.19 5. 044 . 696 1. 092 207.

13<>. 34.3507 279.9 .082 80.00 111.36 5.061 .693 1. 081 209. 136. 35.5562 237.3 .080 81.51 113.51 5.077 . 690 1. 070 211.

138. 36.2546 294.7 .078 83.02 115.65 5.092 .537 1.061 213.

11.0 . 36.9465 301.9 .076 84.51 117.75 5.107 .685 1.052 215.

l'<2. 37.6326 309.1 .075 85.99 119.86 5.122 .683 1. 045 217. 38.3132 316.1 .073 87,46 121.94 5. 137 .681 1. 0 38 219. 38.9886 323.1 .072 88.92 124.01 5.151 .579 1.031 221. Ihi. 39.6598 329.9 .070 90. 37 126.06 5.155 .678 1. 025 223.

150. hO .3265 336.7 .069 91.31 128.11 5.179 ,676 1.019 225.

152. 40.9393 343.4 .068 93.25 130.14 5.192 .675 1.014 227.

IS".. 41.6484 350.1 .066 94.68 132.15 5.205 .674 1. 010 229. 156. 42.3041 356.6 .065 96.11 134.18 5,218 .673 1.005 231.

158. 42^9566 363.2 .064 97.52 136.19 5.231 .672 1.001 233.

160. 43.6061 369.7 .063 98.94 133.18 5.244 .671 . 997 234.

165. 45.2178 385.6 .060 102.45 143.15 5.274 .563 .983 239.

170. 46.8145 401.3 .058 105.94 148.07 5.304 .666 .981 243.

175. 48.3981 416.3 .056 109.40 152.96 5. 332 .665 .975 247.

180. 49.9702 432.1 .054 112.85 157.82 5.359 .653 . 969 251.

185. 51.5322 447.2 .052 116.27 162.65 5.386 .562 .954 255. 190. 53.0854 462.1 .051 119.69 167.45 5.412 .661 .960 259. 195. 54.6307 476.9 .049 123.09 172.26 5.436 .650 .956 263.

200. 56.1689 491.6 .048 126.48 177.03 5.461 .659 .953 267.

210. 59.2269 520.7 .045 133.23 136.53 5.507 .658 .948 274. 220. 62.2641 549.3 .043 139.95 195.99 5.551 .657 .943 281.

230. 65.2843 577.7 .041 146.64 205.40 5.593 .557 .94 0 287.

240. 68.2901 605.0 .039 153.32 214.78 5.633 .657 .937 294.

250. 71.2839 633.7 .037 159.98 224.14 5.571 .556 .935 300.

260. 74.2675 661.4 .036 166.64 233.48 5.708 .557 .933 307.

270. 77.2422 688.9 .034 173.29 242.81 5.743 .657 .932 313. 280. 80.2095 716.3 .033 179.94 252.13 5.777 .659 .932 319. 290. 83.1701 743.6 .032 186.59 261.45 5,809 .659 .932 324. 300. 86.1250 770.8 .031 193.25 270.76 5.841 .650 .932 330.

TWO-PHASE BOUNDARY 46
TABLE Via. THERMODYNAMIC PROPERTIES OF OXYGEN

10. BAR ISOBAR

TEMPERATURE VOLUME CH^/6

*7649

56. • 7690

5S« • 7743

60* • 7797

62* *7852

• 7908

66* .7964

68* • 0021

70, • 8079

72, • 8139

7km • 8199

76* • 8261

78. • 8324

80. • 0389

82* • 8455

• 8523

86. • 8593

88. • 8665

90 . • 8739

92. • 8815

d^. • 8894

96. • 8976

98. • 9061

100. • 9148

102. • 9239

• 9334

106. • 9433

108. • 9536

110. • 9644

112. • 9757

114. • 9875

116. !• 00 00 118* 1*0133

• 119.623 1*0246

• 119*623

120* 26*0614

122. 26* 8033

124. 27«$265

126. 26,2338

128. 28*9271

130* 29, 60 83 132* 30*2787

134. 30*9396

136. 31^5919

138* * b -9 00 140 • 32* 8742

142. 33.5055

144. 3b. 1 11

Q

146* 34^ 7513

148.

150. 35.9775

152* 36.56<>3 154. 37.1671

156. 37.7S6<> 158* 3e.362'> 160. 3S.97S3

165. J>0.<><>SO 170. i>1.6992 175. '•3.3398 180. '•'t.7688 185* <>6.1875 190* '•7.5971 195* '•8.9987 200* 50.3931

210. 53.1632

220. 55.9123

230* 56.6't'^l 240. 61.3616

250. 6'^.0668 260* 66.7618

270* 69.(><>60 280. 72.1266

290. 7<>.7985 300* 77.'»6<»7

ISOTHERM

DERIVATIVE BAR-CM3/G

ISOCHORE DERIVATIVE

8AR/K

INTERNAL ENERGY

J/G

ENTHALPY

J/G

ENTROPY

J/G-K

Cv J/G-K

Cp J/G-K

VELOCITY

OF SOUND

M/S

8734*9 39. 73 -193. 37 -192* 61 2.098 1.0 89 1. 6&<* 1 156 • 8545* 5 38* 64 -190. 83 -190.0 7 2* 1'44 1. 0 85 1. 664 1 11*5. 6298* 8 37*32 -187*51 -186. 74 2.20 3 1.080 1 • 66U 1131. 6053 *7 36 • 0 6 -184* 19 -183.41 2.259 1.0 74 1. 66 3 1117. 7810*1 34* 92 -180 • 87 -160*0 6 2 . 314 1*067 1*663 1104. 7567 •

0

33*62 "177*55 -176.76 2 . 366 1*059 1* 66't 1090.

7 326* 9 32 * 77 -174. 23 "173.43 2.416 1*050 1 . 664 10 77. 7087*3 31*77 -170 • 90 -170.10 2.467 1*0^1 1.664 1 06'4. 6649*2 30*81 -167*58 -166. 7 7 2.515 1*032 1 • 665 1 051 • 6612.6 29*88 -164.26 -163.44 2.562 1* 022 1. 666 1 038. 6377*7 28*98 -160.93 -160.11 2.608 1.012 1.667 1025. 6144* 5 28*11 -l5 7* 60 -1 56. 77 2.653 1*0 02 1 . 669 1012. 5913*

1

27.26 -154* 26 -153. 43 2 • 696 .991 1.671 998 . 5683* 8 26* 43 "150 • 93 -150 . 0 9 2.738 * 98

1

1.673 985 . 5456* 7 25«62 •"147. 58 •146* 7 U 2.780 .970 1.676 971. 5232* 0 24*83 -144. 24 -1**3 . 38 2.620 .960 1. 679 957* 5009*8 24« 05 -140. 88 -140.0 2 2 « 860 • 94 9 1.682 942* 4790 •

3

23*28 -137 . 52 -1 36* 65 2.898 .938 1*686 928 • 4573 * 7 22*5 3 -134*15 -133. 27 2. 936 .928 1. 691 913 . 4360*2 21*79 -130.77 -129.89 2.973 .918 1.696 898* 4149.9 21*05 -127*38 -126.49 3.010 • 908 1. 702 882* 3943*

1

20 * 32 -123.97 -123.0 8 3.046 • 8 99 1.70 9 366* 3739*9 19*61 -120 » 56 -119. 65 3.061 890 1* 7 17 849* 3540 * 4 16.89 -117. 12 -116 . 21 3*116 .882 1 • 72 5 632 * 3345* 0 18* 19 -113. 67 -112. 75 3 * 150 • 874 1*735 815* 3153 a 7 17*50 -110.20 -10 9.2 7 3*184 * 86 7 1* 746 797 * 2966* 6 16 * 6

1

-106*70 -105.76 3.217 * 86

1

1*759 778 * 2783* 9 16*13 -10 3*16 -102.2 3 3.250 * 85

6

1.773 75 9 * 2605* 7 15*45 -99. 63 -98.67 3.283 • 8 52 1.790 7^* 0 • 2432*1 14*79 -96*04 -95.07 3.316 • 849 1*808 720. 2263*1 14*13 -92.42 -91*43 3. 348 * 848 I* 629 699. 2098* 7 13*49 -88. 75 -87*75 3.380 .847 1*853 678. 1938 * 7 12* 86 -85.03 -64. 0 2 3*412 .847 1*681 656 • 1612*

1

12^36 -81. 97 -80*94 3.438 • 84 8 1*907 63 6 • 208*6 • 117 67*26 93* 1

6

4. 893 .738 1.269 109. 210 • 3 • 116 67*60 93 . 66 4.697 • 736 1 . 262 190 •

22 0* 0 *112 69. 35 96 . 15 ^ . 91

8

• 729 1.229 193. £29* 3 • 10 6 71*05 98*5 8 4.937 * 722 1.201 195 • 236*2 • 105 72. 72 100*96 4 . 956 * 716 1.17 8 198 • 246*9 • 101 74.36 103.29 4.975 *711 1* 157 200. 255*3 • 098 75.98 105*59 4.993 *707 1*139 203. 263 * 5 096 77. 57 107.65 5*010 • 7 0 2 1*123 20 5. 271. 5 • 093 79^14 110*08 5*027 * 699 1*10 6 208. 279*4 • 091 80. 69 112.20 5*04 3 * 696 1*096 210 . 287. 0 • 089 32.22 114*46 5*059 * 693 1* 084 212 • 294*6 .086 83. 74 116.62 5 • 07** • 690 1. 07t» 21<t.

302. 0 • 085 85. 25 118*76 5* 089 * 6 88 1* 065 216.

30 9*3 • 0 8 3 86. 75 120*88 5 * 10 ^ a 6 85 1.056 316.4 • 081 66*23 122.96 5*119 *683 1. 048 220. 323^5 .079 89.70 125.07 5.133 .681 1. 0<*1 222. 330^5 *07d 91*17 127.15 S.l^*? • 680 1* 035 22i>. 337^4 • 076 92.63 129.21 5. 161 .678 1. 029 226. 344*3 *075 94.07 131*26 5.174 .677 1. 023 228. 351*0 • 073 95.52 133*30 5. 187 .675 1.018 230. 357,7 • 072 96.95 135*33 5.200 .67** 1.013 232. 364*4 • 071 98.38 137.35 5.213 .673 1.009 23'.. 380.7 • 068 101*93 142.37 5*24** .670 .999 238. 396*8 • 065 105*44 147.34 5*273 . 668 .990 2<.2. 412*5 .063 108.94 152.28 5*302 *666 . 983 2'.7. 428*1 • 061 112. <*0 157.17 5*330 *665 .977 251. 443.4 • 059 115.85 162*04 5*356 .664 .971 255. 458.6 • 057 119.29 166.89 5*382 .662 .966 259. 473*6 • 055 122.71 171.71 5.407 .661 .962 262. 468*5 .054 126.11 176*51 5*431 .660 .958 266. 517*9 *051 132.89 186*06 5*476 .659 .952 271.. 546*9 *048 139*64 195*55 5*522 . 658 . 947 261. 575.5 .046 146. 35 205.00 5*564 .657 • 943 287. 603.8 .043 153*05 214.41 5*604 .657 *940 29<.. 631*9 *042 159.73 223.80 5*643 • 657 *937 300. 659*8 .040 166*40 233*16 5*679 *657 *936 307. 687*6 .038 173.07 242.51 5*715 .658 . 934 313. 715*1 • 037 179,73 251.85 5*749 *658 *934 318. 742*6 • 035 186*39 261.19 5*701 • 659 *933 32<.. 769*9 • 034 193*06 270*52 5.813 .660 .933 330.

* TWO-PHASE BOUNDARY 47
TABLE Via. THERHOOYNAHIC PROPERTIES OF OXYGEN

15. BAR ISOBAR

TEMPERATURE

K Ch3/6

• 51.. 531 .76'i7 56. .7686

58. .771.0 60. .7794

62. .781.8

6'.. .790<t 66. .7960

69. .8017

70. .8075

72. • 8 1 34

Jit. .8194

76. .8255

73. .8318

ea. .8383

82. .8i|<t9

8".. .8516

86. .8586

88. .8657

90. .8731

92. .8807

9<t. .8885

96. • 8966

98. .9050

100. .9137

102. .9227

10<.. .9320

106. .9'tl8 108. .9520

110. .9626

112. .9737

111). .9854

116. . 9977

118. 1.0107

120. 1.0244

122. 1.0390

12». 1.0547

126. 1.0 716

• 126.981. 1.0805

• 126.981. 17.1637

128. 17.4576

133. 18.0182

132 • 13h, 19.0823

136. 19.5917

138. 20.0887

11(0. 20.5751

K.2. 21.0521

!<>'«. 21.5208

1<.6. 21.9822

litS. 22.4368

150. 22.8855

152. 23.3288

151.. 23.7671

156. 24.2009

158. 24.6306

160. 25.0564

165. 26.1060

170. 27.1372

175. 28.1528

180. 29.1650

185. 30.1458

190. 31.1265

195. 32.0985

200. 33.0626

210. 34.9709

220. 36,8569

230. 38.7246

240. 40.5774

250. 42.4175

260. 44.2470

270. 46.0675

280 . 47.8802

290. 49.6862

300. 51.4863

ISOTHERM DERIVATIVE

BAR-CH3/G

ISOCHORE DERIVATIVE

BAR/K

INTERNAL

ENERGY

J/G

ENTHALPY

J/G

ENTROPY

J/G-K

Cv

J/G-K

Cp

J/G-K

VELOCITY

OF SOUND

H/S

8753.2 39.73 -193.35 -192.20 2.099 1.089 1.664 1156. 8571.3 38.69 -190.91 -189.76 2.143 1.086 1.664 1146. 8325.1 37.36 -187.59 -186.43 2.201 1.081 1.663 1132. 8080.6 36.12 -184.27 -183.10 2.258 1.074 1.663 1118. 7837.4 34.96 -180.95 -179.78 2.312 1.067 1.663 1105. 7595.7 33.86 -177.54 -176.45 2.365 1.059 1.663 1092.

7355.

3

32. 81 -174. 32 -173. 13 2.416 1.051 1. 663 1079. 7116.3 31.81 -171.00 -169.80 2.466 1.042 1.664 1066. 6878.6 30.86 -167.68 -166.47 2.514 1.033 1.664 1063. 6642.7 29.93 -164. 36 -163.14 2.561 1.023 1.665 1040. 6408.4 29.03 -161.04 -159.81 2.607 1.013 1.666 1027. 6175.7 28.16 -157.71 -156.48 2.651 1.003 1.668 1014. 5945.0 27.31 -154.39 -153.14 2.694 . 992 1.669 1000. 5716.3 26.48 -151. 06 -149.80 2.737 . 982 1.671 987. 5489.9 -147.72 -146.45 2.778 .971 1.674 97J. 5265.8 24.88 -144.38 -143.10 2.818 .960 1.677 959. 5044.2 24.11 -141.03 -139.74 2. 858 .950 1.680 945. 4825.4 23.34 -137.68 -136.38 2.896 .939 1.684 930. 4609.

5

22.59 -134. 32 -133.01 2.934 .929 1.688 915. 4396.6 21.85 -130.95 -129.62 2.972 . 919 1.693 900. 4187.1 21.11 -127.56 -126.23 3.008 .909 1.699 886. 3981.0 20.39 -124.17 -122.83 3.044 .90' 1.705 869. 3778.6 19.67 -120.77 -119.41 3.079 .691 1.713 852. 3579.9 18.97 -117.34 -115.97 3.114 .882 1.721 836. 3385.3 18.27 -113.91 -112.52 3.148 .875 1.731 818. 3194.7 17.57 -110.45 -109.06 3.182 .868 1.741 801. 3008.5 16.89 -106.97 -105.56 3.215 .862 1.754 782. 2826.7 16.21 -103.45 -102.04 3.248 .857 1.767 763. 2649.4 15. 54 -99. 93 -98.49 3. 280 .853 1.783 744. 2476.6 14.88 -96.36 -94.90 3.313 .851 1.800 724. 2308.5 14.23 -92.75 -91.28 3.345 .849 1.820 704. 2145.0 13.60 -89.12 -87.62 3.377 . 848 1.843 683. 1986.0 12.97 -85.42 -83.91 3.408 . 848 1. 869 662. 1831.3 12.36 -81.67 -80.14 3.440 . 848 1. 899 640. 1680.7 11.77 -77.86 -76.30 3.472 . 848 1. 934 619. 1533.8 11.20 -73.97 -72.39 3.504 .847 1.975 598. 1390.1 10.65 -70.00 -68.39 3.536 . 843 2.024 578. 1320.4 10.39 -68.00 -66.38 3.551 .839 2. 052 568. 187.9 . 186 67.64 93. 39 4.809 . 772 1. 464 169. 193.8 .182 68.67 94.86 4. 821 .766 1. 431 190. 205.4 .174 70.64 97.66 4. 843 .756 1. 376 194. 216.3 .167 72.53 100. 37 4. 864 .745 1.331 197. 226.7 .161 74. 37 102.99 4. 883 .737 1. 293 199. 236. 7 .155 76.16 105.65 4.902 .730 1. 260 202. 246.4 .150 77. 90 108.04 4.920 .724 1.233 205. 255. 7 .145 79.62 110.48 4 . 938 .718 1.208 207, 264.7 .141 81.30 112.87 4.955 .713 1.187 210. 273.5 .137 82.95 115.23 4.971 .709 1. 168 212. 282.1 .134 84.68 117.56 4.987 .706 1.152 215. 290.4 .130 86.18 119.84 5.003 .702 1.137 217. 298.6 .127 87.77 122.10 5.018 .698 1.123 219. 306.7 .124 89.34 124.33 5.033 .695 1. Ill 221. 314.5 .121 90. 69 126.54 5.047 .693 1.100 224. 322.3 .119 92.43 128.73 5.061 .690 1. 090 226. 329.9 .116 93.96 130.91 5.075 .688 1.081 228. 337.4 .114 95.47 133.06 5.089 .686 1. 073 230. 355.8 .109 99.22 138.38 5.122 .682 1.054 235. 373.6 .104 102.90 143.61 6.163 .678 1.039 239. 391.0 .100 106.54 148.77 5.183 .675 1.026 244. 408.0 .096 110.14 153.88 5.212 .673 1.016 248. 424.6 .092 113.71 158.93 5.239 .670 1.006 252. 441.0 .089 117.25 163.94 5.266 .669 .998 257. 457.1 .086 120.77 168.91 5.292 .667 .991 261. 473.0 .083 124.25 173.85 5.317 .666 .985 265. 504.1 .078 131.19 183.65 5.365 .663 .975 272. 534.7 .0 74 138.07 193.35 5.410 .662 .966 279. 564.7 .070 144.90 202.98 5.453 .660 .960 286. 694.2 .067 151.69 212.55 5.493 .659 .955 293. 623.4 .064 158.45 222.08 5.532 .659 .951 300. 652.2 .061 165.20 231.57 5.569 .659 . 947 306. 680.8 .058 171.93 241.03 6.605 .659 .945 312. 709.2 .056 178.64 250.46 5.639 .659 .943 318. 737.4 .054 185. 36 269.89 5.572 .660 .942 324. 765.4 .052 192.07 269.30 6.704 .661 .941 338.

TWO-PHASE BOUNDARY 48
TABLE Via. THERMOOrNAHIC PROPERTIES OF OXYGEN

20. BAR ISOBAR

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

K ch3/g bar-ch3/g BAR/K J/G J/C J/G-K J/G-K J/G-K M/S

• 5<t.5S9 .76<>5 56. .7683

58. .7736

60. .7790

62. .7«><i

6(1. .7899

66. .7955

68. .8012

70. .8070

72. .8129

7I>. .8189

76. .8250

78. .8312

80. .8376

8771.5 39.73 8597.1 38.73

8351. <« 37.<il 8107.3 36.17

786<>.7 35.01 7623.5 33.91 7383.7 32.86

71<«5.2 31.86 6908.2 30.90 6672.8 29.97

6'>39.a 29.08 6206.9 28.21 5976.8 27.36

57<>8.7 26.5<>

-193.32 -191.79

-190.98 -189. itS -187.67 -186.12

-18i».35 -182.79

-181. Oit -179.1*7 -177.73 -176.15

-17'..i.l -172.82

-171.10 -169.50 -167.78 -166.17

-16".. '•7 -162.81* -161.15 -159.51 -157.83 -156.18

-15I..51 -152.85 -151.18 -11.9.51

2.099 1.090

2.1<>2 1.0S7

2.200 1.081 2.256 1.075

2.311 1.068

2.36<> 1.060

2.<<15 1.052

2.'<6i. l.OitS 2.513 1.033 2.559 1.023 2.605 1. 013

2.6'.9 1.003

2.693 .993 2.735 .982

Lefe". 1157. 1.663 111*7. 1.663 1133. 1.663 1120. 1.662 1106. 1.662 1393. 1.662 1080. 1.663 1067. 1.663 1055.

1.66lt 10<«2. 1.665 1029. 1.666 1015. 1.669 1002. 1.670 989.

82. .8<><>2 5522.8 25.73 -11.7.85 -11.6.17 2. 776 .972 1.672 975. »k. .8509 5299. <> 2<t.9>t -li»'t.52 -11.2.82 2.617 .961 1.675 961. 86. .8578 5078.5 2it.l6 -11.1.18 -139.1.7 2.856 .950 1.678 91.7. 88. .86lt9 <(860.3 23.<t0 -137.81. -136.11 2.895 . 91.0 1.682 932. 90. .8722 <>6't5.1 22.65 -131.. I.B -132.71. 2.932 .930 1.686 918. 92. .8798 <t<t32.9 21.91 -131.12 -129.36 2.970 . 920 1.690 903.

9<>. .8876 '«22'>.l 21.18 -127.75 -125.97 3.006 .910 1.696 987. 96. .8956 <>018.7 20.i>5 -12'.. 37 -122.58 3.01.2 .901 1.702 872. 98. .9039 3817.0 19.7'> -120.97 -119.16 3.077 .892 1.709 855. loa. .9125 3619.1 19.0<> -117.55 -115.71. 3.112 .883 1. 717 839.

io2. .921<> 3<t25.2 18.3<> -111.. 11. -112.29 3. 11.6 .876 1. 725 822.

10<>. .9307 3235.5 17.65 -110.69 -109.83 3.179 .869 1. 735 901.. 106. .9'>03 3050.1 16.97 -107.23 -105.35 3.212 .663 1. 71.8 795. 108. .9501) 2669.1 16.30 -103. 71. -101.81. 3.21.5 .856 1.761 757. 110. .9609 2692.6 15.63 -100.22 -98.30 3.278 .8 51. 1. 776 71.9. 112. .9718 2520.

7

l<i.96 -96.68 -91.. 73 3. 310 .8 52 1.793 729.

11<». .9833 2353. <• 1<>.33 -93.10 -91.13 3.31.2 . 650 1. 812 708. 116. .995(t 2190.8 13.70 -89.1.7 -87.1.8 3.371. . 81.9 1.831. 698, 118. 1.0081 2032.6 13.08 -85.81 -83.79 3. 1.05 .81.9 1.858 667. 120. 1.0216 1876.9 12.<t8 -82.09 -60.05 3.1.37 . 31.9 1. 887 61.6.

122. 1.0359 1729.2

12it. 1.0512 1583.2

126. 1.0676 1<.1»0.1. 128. 1.0851. 1300.1

130. 1.1051 1175.6

132. 1.1269 1031.3

• 132.71.3 1.1357 972.1.

• 132.763 12.6066 161..

9

13V. 12.9215 171..0 136. 13.3990 187.7

138. 13.8531 200.1.

1<»0. K..2882 212.3

11.89 -76.31 -75.21. 11.32 -71.. 1.7 -72.36

10.78 -70.51. -&8.1.G 10.27 -56.51 -61.. 31. 9.77 -62.36 -60.15 9.23 -58.03 -55.77

8.98 -56.38 -51.. 10 .265 66.91. 92.16

.256 68.1.1 91.. 25

.21.3 70.61. 97.1.1. .232 72.75 100.1.6 .222 71.. 77 103.35

3.1.68 .91.9 1. 919 625. 3.500 . 81.7 1.957 505. 3.531 .81.3 2. 001 565. 3.653 .8 32 2. 055 567. 3.595 .8 3i> 2.123 51.7. 3.629 .826 2. 210 525. 3.6^2 .821. 2.21.1. 515.

1.. 71.1. .801. 1.705 167.

1..759 .793 1. 536 189.

i..7a3 .779 1. 51.7 193.

1.. 805 .765 1. 1.75 195.

1.. 925 . 755 1. 1.19 200. 142. 11.. 7077 223.7

1<><». 1S.11<>0 231..

6

1<»6. 15.5092 2^5.a

148. 15.89<>7 255.0

150. 16.2717 261..

7

152. 16.61.12 271..

1

15l>. 17.001.1 283.3

. 156. 17.3611 292.2

158. 17.7128 301.0

160. 16.0596 309.5

165. 18.9082 330.2

170. 19.73<»6 350.0

175. 20.5<>27 369.1

180. 21.3355 387.7

1S5. 22.1151. 1.05.7 190« 22.88'>1 1.23.3 195. 23.61.32 <>i.0.6 200. 26.3938 1.57.5 210. 25.8731. 1.90.5 220. 27.3291. 522.6

230. 28.7661 551..

0

2<>0. 30.1872 581..

8

250. 31.5953 615.0

260. 32.9923 61.1..9 270. 36.3801 671..

3

280. 35.7600 703.5

290. 37.1331 732.1. 3B0. 38.5002 761.1

.213 76.72 106.11. .206 79.61 109.81. .199 80.1.5 111.1.7 .192 82.21. 111.. 03 .187 81.. 00 116.51. .181 85.72 119.01 .176 87.1.2 121.1.3 .172 89.09 123.81

.167 90.73 126.16

.163 92.35 128.1.7 .155 96.33 131.. 15

.11.7 100.22 139.69

.11.0 101.. 01. 11.5.12

.131. 107.79 150.1.6 .128 111.1.9 155.72 .123 115.15 160.92

.119 118.77 166.06 .115 122.36 171.15

.107 129.1.6 181.20

.101 136.1.7 191.13

.096 11.3.1.2 200.95

.091 150.31 210.68

.086 157.16 220.35

.082 163.98 229.97

.079 170.78 239.51. .076 177.56 21.9.08 .073 181.. 32 258.59

.070 191.08 268.06

1.. 81.5 . 71.7 1. 372 20 3.

1.. 861. .73^ 1. 332 206.

lt.663 .732 1. 298 208.

1..900 . 726 1. 269 211.

1..917 .721 1. 21.3 211.. 1..933 .715 1.220 215.

1..91.9 .711 1.200 219.

1..951. .709 1. 182 221.

I..979 .701. 1.166 223.

..991. .701 1. 152 225. 5.029 .691. 1. 121 231. 5.062 .589 1.096 235. 5.093 .691. 1.076 21.1. 5.123 .681 1. 059 21.6. 5. 152 .678 1. 01.5 250. 5.180 .675 1.033 255. 5.207 .573 1. 023 259. 5.232 .571 1.011. 263. 5.282 .667 .999 271. 5.328 .665 .987 279. 5.371 .663 .977 286.

5.1.13 .562 . 970 293.

5.1.5 2 .661 . 951. 299.

5.1.90 .561 . 95 9 306. 5.526 .650 .955 312. 5.561 .661 .952 319.

5.591. .661 .950 321.. 5.626 .662 .9^9 330.

* TWO-PHASE BOUNDARY 49
TABLt Via. THERMOOrNAMIC PROPERTIES OF OXYGEN

25. SflR ISOBAR

TEMPERATURE

K

VOLUME

Cm3/6

ISOTHERM

OERIVATIVE 8AR-Cm3/G

ISOCHORE OERIVATIVE

SAR/K

INTERNAL

ENERGY

J/G

ENTHALPY

J/G

ENTROPY

J/G-K

Cy

J/G-K

Cp

J/G-K

VELOCITY

OP SOUND

M/S

. 76<»3 8789.7 39.73 -193. 30 -191.39 2.099 1.090 1. 664 1 158. 56 • . 7679 6622 .

7

38.76 -191. 06 -189all* 2. 11.0 1.067 1.66 3 1148.

5d* . 7 732 8377.6 37.1*5 -187. 71* -185.61 2. 199 1. 082 1. 553 1135.

60* .7785 8131* . 1 36.21 -181*. 1.3 -182 a 1*9 2.255 1. 0 76 1. 662 1121.

62« .7e(>0 7692.0 35.05 -181. 12 -I79al6 2. 309 1. 068 1. 652 1108.

bh. .7895 7651.3 33.95 -177.81 -175.81. 2. 362 1. 061 1.662 1095.

66. .7951 71.12.0 32.90 -171*. 50 -172.52 2.413 1. 052 1. 662 1082. 66. .80 08 717'*. I 31.90 -171 a 19 -169a 19 2. 463 1.0 43 1. 662 1 069. 70. . 6065 693 7.6 30.91* -167a 88 -165.87 2.511 1.0 34 1. 662 1056.

72. . 812'* 6702.

7

30.02 -161*. 57 -162a 51* 2.55ft 1.024 1. 653 1043.

7^. . 8183 &1.69. 5 29. 12 -161.26 -159e 22 2.60 3 1.014 1. 664 1030.

76. « 321.1* 6236.0 20.26 -157. 95 -155a 89 2.fcH8 1.004 1. 665 1017.

78* .8307 6008.1* 27 . 1* 1 -151*. t)3 -152.55 2. 691 .99 3 1. 666 1004.

60. • 8370 5781.

0

2 6.59 -151. 31 -11*9. 2£ 2. 733 .963 la 668 991

.

62. .6^*36 5555.

7

25.73 -11*7. 99 -11*5. 8 6 2. 775 . 972 la 670 977. .8502 5332.9 21**99 -11*1*. 66 -11*2* 51* 2.615 . 962 la 673 963.

B6. .8571 5112.6 21*, 22 -11*1. 33 -139*19 2.654 .951 la676 949

.

68. .861*2 1*895. 1 23.1*5 -137a99 -135*83 2. 693 .941 1.679 935. 90. .871<* 1*680.5 22.70 -131., 65 -132ai*7 2.931 .930 1. 663 920. 92. .8789 1*1*69 a 0 21. 97 -131 a 29 -i29a 10 2. 96 8 .92 0 1.566 905. 9^. . 88 66 1*26 0 a 9 21.21* -127a 93 -125a72 3.004 .911 1.693 890 . 96. . 6946 1* 05 6 • 2 20.52 • 1 21* a 56 -122a 32 3.040 .901 1. 599 874 . 96. . 9028 3655.2 19a 81 -121a 18 -118.92 3.075 .893 1.706 658.

10 0. .9113 3658 a I 19a 11 - 11 7 a 76 -115.50 3 . 1 0 9 .884 1.713 842 .

10 ^. .9202 31*61* . 9 1 8 . 1* 1 - 1 11* a 36 -112. 06 3.143 .877 1.722 825.

1 03276 . 0 17.73 -10 8.61 3.177 1.732 807. 106. . 93 89 3 091.

3

17.05 -107*^8 * 864 1.743 790 . 108. .9'<68 2911.1 16.38 -lOltaOl -101.61. 3.243 . 859 1. 755 771. 110. .9592 2735.1* 15.72 -100.51 -98.11 3.275 .855 1. 770 752.

1 1 2 a 2 5&1* a 3 15.07 3.307 .853 1.786 733.

11 .9813 2397,9

1 Vrtn

-93. 1.2 -90.97 3.339 .851 1.804 713. 116. 2 2 3 6 a 1 -87.31* .650 693 . 116. 1.0057 2 Q 7 6 a 8 1 7'

*

1 a Iftp' 3.402 .65 0 1.648 672.

120. 1.0169 192 5a 8 -02. 3. 433 .65 0 1.874 652 .

12 2. 1.0 326 1 77 7 a 0 12.01 -78.75 -75. 17 3 . 464 .84 9 1.905 531.

12'.. 16 3 1 a 9 -72.32 3 . 496 a 6 4 7 1 . 940 611

.

126. 1.0637 10*91 -71.06 3.527 592 . 128. 1.0610 1350.5 10.1*0 -67.09 -61*. 39 3.559 .631 2. 028 574.

130. 1.1000 1221*.

5

9.66 -63.00 -60.25 3.591 .634 2. 033 553. 132. ?"* 7

' ^R7

* f ^0 ?* ic? 1 a l'.'*2 91* 0.3 ft' 7fc "

Q

T7 .622ft8.13* 7 " ^ ni "^t A " V n7

3 . 691 .622 92. 368 7Afl 1.1936 688. 8 7.61* -1*6 . 05 "

ft ^

3.719 .823

9.7 711* 11* 0 . 9 .35 7 65 . 1*1* 89.87 4.686 .835 2.027 a165. 9*8605 11* 5 a 0 .352 66.06 90. 76 4.692 .830 1.979 186 . 1*. J . 10.3337 161. 7 .32 9 68.73 91**56 4.719 . 809 1.812 190.

11.2. 10.7537 176.9 .311 71.17 98.06 4. 744 .792 1.690 194.

11. i|. 11 .11*68 190.9 .295 73.1*7 101.31. 4.767 .77S 1.596 198. loe. 11.521*3 201*.

0

.262 75.51* 101*. 1*5 4.769 .757 1.522 201.

11.8. 11.881*0 216.1* .270 77.73 107.1*1. 4.609 .756 1.462 205. ISO. 12.2306 228.2 .260 79.73 110.31 4. 626 .748 1.412 208. 152. 12.5662 239.1* .251 61.67 113.09 4.647 .740 1. 370 210.

15<.. 12.8923 250.2 .21*2 63.56 115.79 4.654 .733 1. 334 213. 156. 13.2103 260.6 .235 85.1*0 118.1*3 4.861 .727 1. 302 216. isa. 13.5211 270.7 .228 87.20 121.00 4.698 .722 1.275 219. 160. 13.8255 280.1* .221 88.97 123.53 4.914 . 717 1.251 221. 165. 11*. 5632 303.8 .207 93.25 129.66 4.951 .706 1.202 227. 170. 15.2735 325.9 .195 97.36 135.57 4.987 .700 1.164 233. 175. 15.9621 31*6.9 .185 101.1*0 11*1.31 5.020 .694 1. 134 238.

160. 16.6330 367.1 .175 105.33 11*5.91 5.051 .669 1.109 243.

185. 17.2892 366.7 .166 109.18 152.1*0 5.082 .685 1.069 248.

190. 17.9328 1*05.6 .161 112.97 157.60 5.110 .581 1.072 253.

195. 18.5659 1*21*.

1

.155 116.71 163.13 5.138 .678 1.057 257. 200. 19.1S97 1*1*2.1 .11*9 120.1*0 168.38 5.165 .6 75 1.045 261. 210. 20.1*11*1 1*77.1 .139 127.68 178.72 5.215 .672 1.024 270. 220. 21.6133 510.8 .130 131*. 61* 166.66 5.262 .659 1.008 278. 230. 22.7923 51*3.6 .122 11*1.91 198.89 5.307 .656 .995 265.

2itO. 23.951.9 575.6 .116 11*8.91 208.60 5.349 .564 .985 292.

290. 25.101*0 606.9 .110 155.65 216.52 5.389 .663 .978 299.

260. 26.21*19 637. 7 .105 162.76 226.35 5.427 .652 .971 306. 270. 27.3702 668.1 .100 169.62 236.05 5.454 . 652 .966 312.

280. 28.1*905 698.0 .096 176.1*6 21*7.59 5.499 .662 .962 319. 290. 29.6038 727.6 .092 183.28 257.29 5.533 .652 .959 325. 300. 30.7111 757.0 .089 190.09 266.87 5.555 .663 .956 331.

* TWO-PHASE BOUNDARY 50
TABLE Via. THERMOOYNAHIC PROPERTIES OF OXYGEN

30. BAR ISOBAR

TEMPERATURE VOLUME K CM*/G

« Sit. 703 .761.2 56. .7676

58. .7729

60. .7762

62. .7837

6'*. .7891

66. .79't7 68. .8003

70. .8061

72. .8119

7<». .8178

76. .8239

78. .8301

60. .8361.

82. .81.29

8<>. .8<(96 86. .8561. 88. .8631. 90. .8706

92. . 8781

9<>. .8857

96. .8936

98. .9018

100. .9102

102. .9190

lOit. .9280

106. .9375

108. . 9't73 110. .9575

112. .9682

n't. .9793

116. .9910

lis. 1.0033

120. 1.0162

122. 1.0299

12'.. 1.0<.<>i« 126. 1.0600

120. 1.0767

130. 1. 0952

132. 1.1153

131*. 1.1375

136. 1. 162<» 138. 1.1909

I<t0. 1.221.2

• li>l.&9<« 1.2581

* I^LBSh 7.8056

litZ. 7.8800

1<»<<. 8.3292

11.6. 8.7319

Iii8. 9.102i< 150. 9.1. 1(91 152. 9.7771.

151.. 10.0909

156. 10.3923

153. 10.6831. 160. 10.9657

169. 11.61.07 170. 12.2811

175. 12.8952

190. 13.1.881. 185. lit. 061.7 190. 11.. 6271

195. 15.1777

200. 16.7181

210. 16.771,1 220. 17.8031

230. 18.8109

21.0. 19.9017

250. 20.7785

260. 21.71.36 270. 22.6991

280. 23.61.63 290. 21.. 5861. 300 . 25.5205

ISOTHERM

DERIVATIVE BAR-CM3/G

ISOCHORE DERIVATIVE

BAR/K

INTERNAL

ENERGY

J/G

ENTHALPY

J/G

ENTROPY

J/G-K

Cv J/G-K

Cp

J/G-K

VELOCITY

OF SOUND

M/S

8808.0 39.71. -193.28 -190.98 2.100 1.091 1.663 1159.

861.8. <i 38.82 -191.13 -188.83 2.139 1.088 1.663 1150.

81.03.8 37.1.9 -187. 82 -185.50 2.197 1.083 1.662 1136. 8160.7 36.26 -181.. 51 -182.16 2.254 1. 076 1.662 1122. 7919.2 35.09 -181.21 -178.86 2.308 1.069 1.661 1109. 7679.0 31,. 00 -177.90 -175.53 2. 361 1.061 1.661 1096.

71. 1.0.

2

32.95 -171*. 60 -172.21 2.1.12 1.053 1.661 1083.

7ZtiZ*i 31.95 -171.29 -168.8 9 2 , 1*6

1

1. 01*1* 1.661 1071. 6966.9 30.99 -167.98 -165.57 2.510 1.031. 1.661 1058. 6732.6 30.07 -161*. 68 -162.21* 2.556 1.025 1.662 101*5. 61.99.9 29.17 -161.37 -158.92 2.602 1.015 1.663 1032. 6269.0 28.30 -158.06 -155.59 2.61*6 1.005 1.661. 1019.

601.0.0 27.t>6 -151*. 75 -152.26 2.690 .991* 1.665 1006. 5813.1 26.6<> -151.1*1* -11.8.93 2.732 .981. 1.667 992.

5588.1. 25.83 -11*8.12 -11*5.59 2.773 .973 1.669 979. 5366.2 25.01* -11*1*. 80 -11*2.25 2.813 .962 1.671 965.

511.6.6 21*. 27 -11*1.1.8 -138.91 2.853 .952 1.671. 951.

1*929. 7 23.51 -138. 15 -135. 56 2.891 .91*2 1. 677 937.

1*715.7 22.76 -131*. 81 -132.20 2.929 .931 1.681 923.

1*501*.

9

22.03 -131.1.7 -128.63 2.966 . 921 1.685 908.

1.297.5 21.30 -128. 11 -125.1*6 3.002 .912 1.690 693.

1*093.5 20.58 -121*. 75 -122.07 3.033 .902 1. 696 377. 3893.2 19.87 -121. 36 -118.67 3.073 .891* 1.702 861. 3696.8 19.18 -117.99 -115.26 3.107 .885 1. 709 81.5.

3501*. 1* 18.1*8 -111*. 59 -111.83 3. 11.1 .878 1.718 828. 3316.1 17.80 -111.17 -108.39 3.175 . 871 1. 727 811. 3132.2 17.13 -107.71. -101*. 92 3.208 .865 1.733 793. 2952.8 16.1*6 -101*. 28 -101.1*1* 3.21*0 . 860 1. 750 775. 2777.9 15.81 -100.80 -97.92 3.272 .856 1.763 755. 2607.6 15.16 -97.29 -91*. 38 3. 301* .351* 1. 779 737.

21*1*1.9 11*. 52 -93.75 -90.81 3.336 . 852 1. 796 718. 2280.9 13.90 -90.17 -97.20 3.367 .851 1.816 698.

2121*. 1* 13.29 -86.55 -83.51. 3. 399 . 850 1.838 678. 1972.3 12.70 -82.89 -79.81. 3.1.30 . 850 1.863 657.

1821*.

2

12.12 -79.16 -76.09 3. 1*61 . 850 1.891 637. 1679.

9

11.56 -75.1*0 -72.27 3.1.92 . 81.7 1. 921. 618. 1538.8 11.03 -71.56 -68.38 3. 623 . 91.2 1.961 599.

11*00.2 10.52 -67.61* -61*. 1.1 3.551. .330 2. 001. 591. 1272.9 9.96 -63. 51 -60.32 3.586 .833 2. 0U9 560. 1133.2 9,55 -59.1.1* -56.0 9 3 619 .823 2. 11*9 5(42. 993.1. 8.91* -55.13 -51.72 3.651 .822 2.216 518.

851*. 6 8.32 -50.67 -1.7.18 3.685 . 820 2. 310 1.91. 718.9 7.72 -1*5.98 -1.2.1*1 3.719 .822 2. l*l*it 1*62. 578.5 7.08 -1.1.01 -37.31* 3. 756 .823 2. 61.3 1*31.

1.63.7 6.50 -36.1*9 -32.70 3.789 . 831 2. 871. 1.01. 115.7 .1.67 63. 16 86.58 1..631 .863 2. 1.95 182. 119.1 .1*60 63.69 87.33 1*. 636 . 363 2. 1.33 133. 139.3 .1.21* 66.88 91.87 1..669 .835 2. 127 198. 157.1 .396 69.72 95. 91 1..696 .811. 1. 927 193. 173.1 .371. 72. 31 99.62 '..721 .797 1. 785 197. 187.9 .351. 71*. 73 103.07 1.. 71.1. .732 1.677 201. 201.7 .338 77.01 106. 31. 1.. 766 . 770 1. 593 201.. 211*.

7

.321. 79. 19 109.1*6 1.. 786 . 760 1. 525 208. 227.0 .311 81.27 112.1*5 •t. 805 .751 1. 1.69 211. 238.7 .300 83.29 115.31. 1*. 821* .71.3 1. 1.21 211*. 250.0 .289 85.21* 118.11* •*.6i.l .736 1. 391 217. 276.6 .268 89.92 121.. 81. 1..893 .723 1. 302 223. 301.2 .250 91*. 35 131.20 '..921 .712 1.21*5 229.

321*. 1. .235 98.62 137.31 i*.955 .701. 1.200 235.

31*6.5 .223 102. 75 11.3.22 I..989 .699 1. 166 21.1. 367.6 .211 106.76 11*8.97 5.021 .692 I. 137 21.5. 388.0 .202 110.72 151.. 60 5.051 .633 1.111. 251.

1.07.7 .193 111.. 59 160.12 5.080 .681. 1. 095 255.

1*26.9 .185 118.1.0 155.65 5.107 .631 1.079 260.

1*63.8 .172 125.87 176.19 5. 159 .676 1.051 269.

1.99.2 .160 133. 19 136.6(1 5.20 7 .672 1. 031 277.

533.1. .151 11.0.39 196.82 5.253 .669 1.015 281*. 566.6 .11*2 11*7.50 206.91 5.296 .667 1.002 292. 599.0 .135 151.. 51. 216.66 5.337 .665 . 992 299. 630.8 .128 161.52 225.76 5.375 .661. . 981* 306. 662.0 .122 168.1*6 236.5b 5.m2 .663 .977 312. 692.8 .117 175.36 21*6.30 5.1.1*8 .663 . 972 319. 723. I .112 182.21* 256.00 5.1*82 . 663 . 968 325. 753. 1 .108 189.09 265.66 5. SI'. .663 . 9ol. 331.

TWO-PHASE BOUNDARY 51
TA8LE Via. IHERMOOVNAMIC PROPERTIES OF OXYGEN

35. 8AR ISOBAR

TEMPERATURE VOLUME ISOTHERM

DERIVATIVE

K Cm3/g 9AR-Cm3/G

511.760 .7640 8626.2

56. .7672 8674.0

5S. .7725 6429.8

60. .7779 8187.3

62. .7833 7946.3

64. .7887 7705.6

66. • 7943 7 46 8 4 6S. .7999 7231.5

70. .8056 6996.1

72. .8114 6762.3

7it. .8173 6530.2

76. .8234 6299.8

78. .9295 6071.4

80. .8358 5845.1

82. .3423 5521.1

eit. .8489 5399.4

86. .8557 5180 .4 88. .8627 4954.

1

90. .8698 4750.8

92. ,8772 4540.7

9i». .8848 4333.9

96. .8926 4130,6

98. .9007 3931,0

100. .9091 3735,2

102. .9178 3543,5

10<t. .9268 3356.0

106. .9361 3172.9

108. .9458 2994,1

110. 112. .9664 2550,4

114. .9774 2485.5

116. .9889 2325,3

118. 1.0009 2159.5

120. 1.0136 2018.1

122. 1.0270 1870.9

124. 1.0412 1727.3

126. 1.0 564 1587.0

128. 1.0727 1449.2

130. 1320.9

132. 1.1099 1183.1

134. 1,1312 1045.5

136. 1,1548 911.0

138. 1,1815 778,4

140. 1.2121 644,8

142. 1.2485 515.9

144. 1,2938 384.2

• 145,363 1,3333 295. 9

• 145.363 6,3292 89.2

146. 6.4946 97.9

146. 6.9485 121.6

150. 7,3397 141.8

152. 7.6915 159,6

154. 8.0158 175.8

156. 8.3197 190.7

158. 8.6075 204.7

160. 8.8824 218.0

165. 9.5267 248.4

170. 10.1256 276.0

175. 10.6919 301.6

180. 11.2335 325.7

185. 11.7555 348.5

190. 12.2617 370.4

195. 12.7548 391.4

200. 13.2368 411.8

210. 14.1736 450.7

220. 15.0823 487.8

230. 15.9684 523.4

240. 16.8367 5S7.9

250. 17.6906 591.4

260. 18.5325 624.1

270. 19.3645 656.2

280. 20.1881 687.7

290. 21.1046 718.8

300. 21.8149 749.4

* TWO-PHASE BOUNDARY

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY BAR/K J/G J/C

39,74 -193.25 -190.56 36,85 -191.20 -186.52

37.54 -197.90 -185.19

36.30 -194.59 -181.67 35.14 -181.29 -176.55 34.04 -177, S9 -175.23 32.99 -174.69 -171.91

32.00 -171,39 -158,59 31.04 -158.08 -165. 2fc 30,11 -154,78 -151,94 29.22 -151,46 -158.62 28.35 -156.18 -155.30 27.51 -154. S7 -151.97 26.69 -151,55 -146.54 25.88 -148.25 -145.31

25.10 -144,94 -141,97 24.32 -141,62 -138.63 23.56 -138.30 -135.29

22.82 -134.97 -131.93 22,08 -131,64 -126.57 21.36 -126.29 -125.20 20.65 -124.34 -121.82 19.94 -121.58 -119.42

19.24 -118.20 -115.02

16.55 -114.91 -111.60 17.68 -lll.'.l -106.16

17.20 -107.98 -104.71 15.54 -104.54 -101,23

15.89 -101.06 -97.73

15.25 -97.58 -94.20 14.62 -94.06 -90.64

14.00 -90.51 -87.05 13.39 -86.91 -83.41 12.80 -83.28 -79.73 12.23 -79.59 -76.00 11.68 -75.65 -72.21

11.15 -72.05 -56.35

10.55 -58.16 -54.43

10.10 -54.19 -50.38

9.56 -60.10 -56.21

9.10 -55.87 -51.91

8.51 -51.51 -47.47

7.91 -46.97 -42.83

7.32 -42.20 -37.95 6.67 -37.09 -32.72

5.98 -31.49 -26.97

5.52 -27.22 -22.55

.602 59.98 82.13

.580 61.40 84.13

.525 65.23 89.55

.465 68.49 94.18

.454 71.39 98.31

.428 74.04 102.10

.407 76.52 105.64

.388 78.85 108.98

.372 81.08 112.17 .339 86.28 119.62

.313 91.10 126.54

.292 95.67 133.09

.274 100.05 139.36

.259 104.27 145.42

.246 108.38 151.30 .234 112.39 157.04

.224 115.33 162.66

.207 124.01 173.62

.192 131.50 184.29

.110 138.85 194.74

.169 146.08 205.00

.160 153.21 215.13

.152 160.28 225.15

.145 167.29 235.07

.138 174.26 244.92

.132 181.19 254.71

.127 188.10 264.45

52

ENTROPY Cv Cp VELOCITY

OF SOUND J/G-K J/G-K J/G-K M/S

2. 100 1.091 1.553 1160. 2.138 1.089 1. 663 1151. 2.196 1.083 1.662 1137. 2.252 1.077 1.651 1124. 2.307 1.070 t.551 1111.

2. 359 1.062 1. 550 1098. 2.410 1.053 1. 660 1065. 2.460 1. 044 1.550 1072. 2.506 1.035 l.bbl 1 059. 2.555 1 . C 2 5 1.551 1047. 2.600 1.015 1.652 1034.

2.5'.5 1. 005 1. 663 1021. 2.588 .995 1. 664 1006. 2.730 . 96>> 1.555 994. 2.771 .974 1.567 961. 2.612 .953 1.669 967. 2.851 .953 1.572 953. 2.689 .942 1.675 939. 2.927 .932 1.578 925. 3.0GO .912 1.587 895. 3.035 .903 1.693 890. 3.071 .894 1.699 96<.. 3. 105 . 665 1. 705 849. 3.139 .879 1. 714 631. 3.172 .872 1.723 614. 3.205 . 666 1. 733 797. 3.238 . 661 1. 744 779. 3,270 . 857 1. 757 750. 3.30 2 .655 1.772 741. 3.333 .853 1.789 722. 3,395 .851 1.629 693.

3. 425 .851 1. 652 653. 3.457 . 650 1.679 643. 3,488 . 647 1.909 524. 3,519 . 641 1.943 505. 3,550 .629 1. 961 589. 3,581 .832 2.027 567. 3.613 .829 2.111 549. 3.645 .822 2. ISO 527. 3.678 .819 2.260 501. 3.712 . 820 2.370 474. 3.747 .821 2. 529 446. 3.794 . 826 2. 732 413. 3.825 . 839 3.060 376. 3.855 .854 3. 519 349. 4.575 . 904 3.271 180. 4.589 .690 3. 004 182. 4.625 .655 2.476 188. 4.657 .630 2.172 193. 4.684 .810 1.971 197. 4.709 . 793 1.826 201. 4.732 .760 1.716 205. 4.753 .768 1. 530 208. 4.773 .759 1. 560 212. 4.819 .739 1.431 219. 4.861 .725 1. 343 226. 4.898 .715 1.279 232; 4.934 .707 1.231 238. 4.967 . 700 1. 192 244. 4.996 .695 1. 161 249. 5.028 .690 1.136 254. 5.057 .686 1. 114 259. 5.110 .680 1.080 268. 5.160 .676 1.055 276. 5.206 .672 1.035 284. 5.250 .669 1.019 291. 5.291 .667 1.007 299. 5.331 .666 .997 306. 5.368 .665 .988 312. 5.404 .664 .982 319. 5.438 .664 .976 325. 5.471 .664 .972 331.
TABLE Via. THERHOOYNAHIC PROPERTIES OF OXYGEN

1|0.

TEMPERATURE

BAR ISOBAR

VOLUME Cm3/Gisotherm

derivative bar-cm3/g

ISOCHORE DERIVATIVE

BAR/K

INTERNAL

ENERGY

J/G

ENTHALPY

J/G

ENTROPY

J/G-K J/G-K

Cp

J/G-K

VELOCITY

OF SOUND

M/S

511.817 56.

58. ea.

62.

6<>. 66.

68.

70.

72.

71*. 76. 78.

80.

82.

SO. 86.

88. 90. 92.

90.

96.

98. 100.

102.

lOO. 106.

108.

110.

112.

110.

116. 118.

120. 122.

120. 126.

128.

130.

132. 130.

136. 138.

lOU.

102.

100. 106.

104. 106.658 106.653

150. 152.

150.

156.

156.

160. 165.

170.

175. ISO.

185. 190.

195. 200.

210. 220.

230. 2O0.

250. 260.

275.

280.

290.

300.

.7638

.7669

.7722

.7 775 .7829

.7883

.7938

.7990

.8051 .8109

.6168 .8228

.8290 .8352

.8017

.8082

.8550

.8619

.8690 .8760 .8839

.8917 .8997

.9080 .9166

.9255

.9307

.9003 .9503

.9606

.9755 .9868

.9986 1.0111 1.02O2

1.0382 1.0529

1.0686

1.0662 1.10O9

1.1252

1.1077 1.1729

1.2013

1.2305

1.2703

1.3208

1.3957

1.O260 6.1333 5.5200

6.9773

6.3502

6.6870 6.9900

7.2720

7.9127

6.0906 9.0270

9.5 301 10.0161 IC.OShO

10.9353

11.3705 12.2237

13.0020

13.6377 10.6105

15.3763 16.1259

16. 865'. 17.5963

ie.32QQ

19.U370

8800.0

8699.5 8055.9

6213.9

7973.3 7730.2

7096.0 7260.1

7025.3

6792.0

6560.

0

6330.6

6102.8

5877.

0

5653.6

5032.5 5210.1 0998.0

0785.8

0576.3 O370.1

0167.0

3968.5 3773.5

3582.0

3395.6

3213.2

3035.2

2861.7 2692.9

2528.7

2369.2

221'«.2 2063.5

1917. 1770.

1630.

1097. 1368.

1232. 1096.8

965.9 835.9

707.5 583.6 06Q.3

337. 0 210.1

170.0 60.7

63.5

110.0 131.8

150.8

166.0

183.

S

219.1

250.2

276.5

30O. 6 329.5 352.9

375. 3 396.9 037.9

076.7

513.7

509.0

560.

0

617. 7 650.6 662.9

710. 6 705.9

39.70

38.91

37.58 36.35 35.18

30.08

33.00

32.00 31.08

30.16 29.27

28.00 27.56

26.70 25.93

25.15

20.38

23.62

22.66 22.10

21.02 20.71

20.01

19.31 18.63

17.95

17.26 16.62

15.97

15.33

10.71 10.09

13.09

12.90 12.30

11.79

11.26

10.77 10.20

9.76 9.25

8.68

6.10

7.53 6.92 6.29

5.61

0.60

0.66

.781 .702

.626

.570

.530

.501 .075

.023

.385 .356

.332

.311 .290 .279

.266

.200

.226

.211 .198

.167

.177 .166

.160 .153

.107

•193.23 -190.17 2,101 1. 092 1.563 1161. 191.27 -188.21 2,136 1.083 1. 562 1152,

•187.97 -160.66 2,195 l.OO', 1.562 1139, 180,67 -161.56 2.251 1.078 1.551 1125,

•181.37 -178.20 2.305 1.070 1,660 1112.

•176.07 -170.92 2. 358 1.062 1.660 1099.

170. 76 -171.60 2.0Q9 1. 05O 1.650 1086.

1 0 7 0 . •168.18 -150.95 2.607 1.036 1,660 1061.

•160.89 -161.61. 2.550 1.025 1. 660 lOOS,

•161.59 -158.32 2.599 1.016 1.561 1035,

•158.29 -155.00 2.603 1.006 1.661 1023.

•150.99 -151,66 2.686 .995 1.662 1010.

•151.69 -108,36 2.729 .965 1.660 995.

•106.39 -105,02 2.770 . 97.. 1.666 983,

•105, CS -101,69 2.610 . 960 1.657 969.

•101.77 -138,36 2. 809 .953 1.570 956.

•135.13 -131,66 2.925 . 933 1.576 927, •131.80 -126,30 2.952 . 923 1.660 913, 128.07 -120.93 2.998 .913 1. 680 998, •125.13 -121.56 3.03O .900 1.599 682. •121.77 -116. 17 3.059 .895 1. 695 667. •113.01 -110.76 3.103 .387 1.702 351.

•115. 03 -111.37 3. 137 ,880 1.710 330. 111.50 -107.90 3, 170 , 873 1.719 917. •106.23 -100.09 3,203 .667 1.729 800. 100.30 -101,02 3,235 .362 1.739 782. 101. 35 -97,53 3. 257 . 668 1.751 76.,, -97.68 -90,02 3.299 .855 1.766 705,

-90. 37 -90.07 3. 330 .650 1.781 725, -90.30 -85.89 3. 352 . 953 1. 799 707, -87.27 -63.27 3. 392 .662 1.819 686, -83.65 -79.51 3. 023 . 852 1. 302 66S, -30.00 -75.90 3.050 .651 1.867 5u9, -75.29 -72.10 3.080 . 806 1.895 630, -72.53 -68.31 3.515 . 601 1. 926 512. -68.70 -50.02 3.505 .62ii 1.960 595.

-60. 76 -60.01 3.577 . 932 2.007 570, -60.73 3,608 .830 2.075 555

.

-56.53 -52.06 3, 6o0 , 823 2.107 535.

-52. 31 -07.7,; 3,672 .619 2.216 511. -07.88 -03.19 3. 705 .815 2. 310 096.

-•,3.28 -38.0? 3.739 . 619 2.-39 059. -38.39 -33. o; 3.775 .621 2.599 O30.

-33. 15 -26,06 3.613 . 829 2.636 397. -27.33 -22.03 3.660 . 90^ 3.235 359. -20.07 -10.86 3.903 . 673 0. 093 31u. -17.77 -12.05 3.922 .867 0.752 302. 55.^7 76. 01 0.510 .907 0. 960 177. 59.07 31,57 0.552 .907 3.505 162.

63. 95 67,67 0. 593 .667 2. SOU 189, 57.61 93.03 •,.527 .839 2.392 19». 70.79 97.51. 0.666 .617 2. 130 198. 73.65 101.62 0.682 .600 1.955 203.

7b. 30 105.39 0. 70o . 795 1.822 207,

82.25 113.90 0,756 .759 1.603 215. 87.59 121.55 0, 80O . 70 1. 057 223.

92. 53 126.60 0, 805 . 726 1.370 230.

97. 19 135.33 0.863 .715 1. 305 236. 101.65 101,72 0.91 a .703 1.250 202. 105.95 107.69 0.951 .701 1.210 207. 110.13 153.37 0.962 .695 1. 181 252. 110.21 159.70 5. Oil .692 1,153 257,

122. 12 171.01 6. 056 .68-« 1,111 267, 129.79 181.95 5.117 .679 1.060 275.

137.26 192.53 5.166 .675 1. 055 283,

10'..63 203,09 5,209 .672 1.037 291. 151,87 213.36 5.251 .669 1.022 299. 159,03 223.55 5, 291 .653 1. 010 306.

166. 12 233,58 5. 329 .66-. 1.000 312. 173.15 203,50 5,365 .665 . 992 319,

180. Iw £53.02 5.000 .665 .965 325,

197.0') 263.20 5.^33 .665 .980 332,

TWO-PHASE BOUNDARY 53
TABLt «la. THERMOOrNAMIC PKOPERTIES OF OXfGEN

<.S. BAR ISOSAR

TEMPERATURE ISOTHERM

OERII/ATIVE INTERNALENERGY Cv Cp K£LOCITYOF SOUND

K CM^/G 8AR-Cm3/G 9AR/K J/& J/G J/G-K J/G-K J/G-K M/S

• 5'..6?5 .7636 8852.6 39.71. -193.20 -189.77 2.101 1.093 1.663 1151.

56. .7666 6725.

0

36.95 -191. 35 -187.90 2.135 1. 090 1. 562 115 3.

5 8

.

.7718 81*91.9 37.63 -189.05 -161.. 57 2.193 1.0 85 1.551 1 11.0 . 60. .7771 821*0 . 3 36.39 -181.. 75 -191.25 2.250 1.07 8 1. 560 1127.

62. . 7825 8000.

3

35.23 -181. 1.5 -177.93 2.301. 1. 071 1. 560 1111..

&<•. .7879 7751.

7

31.. 13 -178. 15 -171.. 61 2. 357 1. 063 1.659 1101.

66. .7 93'* 7521*. 5 33.08 -171.. 87 -171.30 2.1*09 1.0 55 1. 609 1 088. 66> .7990 7299.5 32.09 -171.57 -167. 96 2.1.57 1. 01.6 1. 659 1 075.

70 . .80'<7 7051*. 3 31.13 -166.26 -151.. 6b 2.505 1.036 1.659 1 063.

72. .910<< 6621.6 30.20 -161.. 99 -161 . 31. 2. 552 1.02 7 1.659 1 050.

71.. .9163 6590.5 29.31 -161.70 -158.02 2.598 1.017 1.659 1037.

7b. .9223 6361.

3

28.1.5 -158.1.0 -151.. 70 2. 61.2 1.0 06 1. 660 1 321.. 79. . 929<t 6131*.

0

27.50 -155. 11 -151,36 2.695 .996 1.661 1011.

SO . .9346 5908.8 26.78 -151.81 -li.6.C b 2.727 .986 1.662 999.

92. .9<«10 5595.9 25.99 -11.6.52 -11.1.. 73 2. 769 .975 1. 661. 985.

8lt. . 91176 51*55.5 25.20 -11.5.22 -11.1.1.0 2.609 .955 1. 555 971.

96. .85i>3 521*7.6 21.. 1.3 -11.1.91 -139.07 2.81.7 .951. 1.669 959.

89. .3612 5032.6 23.67 -139. 60 -131.. 73 2. 696 . 91.1. 1.671 91.1.. 90. .9682 1*820.5 22.93 -135.29 -131.38 2.923 .931. 1.671. 930.

92. .8755 1*51 1 . 7 22.20 -131. 97 -129.0 3 2.960 .921. 1.677 915 . 9i«. .8930 It 1*05. 1 21.1.9 -128.65 -121.. 67 2.996 .911. 1.682 900.

96. .8907 i*20i*.l 20.77 -125.31 -121.30 3.032 . 905 1.687 885.

99. .8987 1*005.8 20.07 -121.97 -117.92 3. 057 .896 1.692 870.

100. .9059 3811.1. 19.36 -118.61 -111.. 53 3.101 .68 8 1.698 951*.

102. .SIS'* 3621.1 16.70 -115.25 -111.13 5.135 .661 1.706 837.

lOit. .92'>2 31.35.0 18.02 -111.97 -107.71 3.169 . 871. 1.711. 821. 106. .933'» 3253.2 17.35 -109.1.7 -101.. 27 3. 201 . 869 1.723 801*. 109. 3075.9 15.70 -105. Ob -100.81 3.233 .853 1. 731. 795.

110. .9527 2903.1 16.05 -101.62 -97,3". 3. 265 . 859 I. 71.6 769. 112. .9629 2735.0 15.1.2 -98. 16 -93.83 3.296 . 857 1. 759 750 . n't. .9735 2571.6 11.. 80 -91.. 68 -90.30 3. 329 . 655 1.775 731.

116. .981*8 21*12. 7 11*. 18 -91 . 16 -86.73 3. 359 . 853 1. 792 712.

118. .9961. 2259.1* 13.59 -97.61 -93.13 3.389 .653 1.811 592.

120. 1.0097 2109.1* 13.01 -91.. 02 -79.1.9 3.1.20 . 652 1. 332 573.

122. 1.0216 1962.6 12.1.1. -90.39 -75.80 3.1.51 . 651 1. 855 551*. 12t. 1.0 352 1820.1* 11.90 -76.72 -72.06 3.1.81 . 81.8 1.891 635.

126. 1.01.95 1681.5 11.39 -72.99 -68.26 3.511 . 81.1 1. 910 619.

128. 1.0650 lSi.5.2 10.98 -69.20 -61..

m

3.51.2 .928 1.91*1 602.

130. 1.0820 litis.

3

10.37 -65.30 -60.1.1. 3.572 .932 1.988 582.

132. 1.1000 1280.9 9.87 -51. 31. -56.39 3.603 .930 2. 01*1. 562.

131.. 1.1196 111*7.3 9.1.0 -57.26 -52.22 3.635 . 821. 2. 117 S1.3. 13o. 1 * 11* 11 1019.3 8.91. -53. 07 -1.7. 93 3.666 .619 2.177 521.

139. 1.1650 891.7 9.26 -1.6. 71. -1.3.50 3.699 .817 2.258 1.96. mo. 1.1916 757.1* 7.73 -1.1.. 27 -38.91 3. 732 .817 2. 355 1.71.

l'.2. 1.2222 61.7.2 7.15 -39.56 -31.. 06 3. 766 .919 2.1.95 !.<.<>. 1.2591 529.3 6.55 -31.. 56 -26.91 3. 802 . 923 2.672 1.15. m6. 1.3018 1.11. 9 5.93 -29.17 -23.31 3. 61.1 .631. 2.91.1. 381.

1<.8. 1.3581 295.1* 5.26 -23.12 -17.01 3.881. .851 3. 1.08 31.1.. 150. 1.1*399 177.0 1..1.9 -15.83 -9.35 3.935 . 861 1..1.28 298.

• 151.61.6 1.5656 70.9 3.68 -7. 20 -.15 3.995 . 939 9.059 21.7.

• 151.6'.6 1..Q751* 31.2 1.03 1.8.56 66.90 1..1.36 1.0 IJ 9. 596 172. 152. 1..2555 1*2.1* .983 50.87 70.02 1..1.59 . 985 7.252 177.

15i«. l*.95<.2 77.9 .812 58.31. 60.23 1..525 .912 1.. 000 195.

156. 5.2951* 105.1 .720 63.29 87.11 1..570 . 870 3.025 191.

159. 5.51*92 127.5 .655 67.22 92.51. 1..505 . 61.1 2.51.5 195.

160. 5.9 59-. 11.7.1 .509 70.60 97.1.1 1..635 .819 2.251 201.

165. 6.525<* 198.7 .526 77.71 107.52 1..698 . 761 1. 81.2 211.

170. 7.2001* 221*.

0

.1*70 83.71. 116.11. 1..71.9 .755 1. 625 219.

175. 7.7210 255. 3 .1*26 99.16 123.90 1..791. .739 1.1.68 227.

180 . 8.201*9 293.9 .395 91.. 17 131.09 1..635 .726 1.391. 231.. 185. 9.6619 310.5 .359 98.90 137.99 1.. 672 .716 1.325 21.0. 190. 9.0983 335.6 .31.7 103.1.3 11.1.. 37 1..905 .709 1. 272 21*6. 195. 9.5l9l| 359.5 .328 107.79 150.62 1..939 .702 1.230 251. ZOO. 9.9252 392.2 .311 112.02 156.68 1..970 .697 1.196 255.

210. 10.7073 1.25.3 .281. 120. 18 169.36 5.027 .589 1. 11.1. 266. 220. 11.<|569 1*65.9 .261 128.05 179.60 5.079 .693 1. 106 275.

230 . 12.1918 50i*.l* .21.3 135.69 190.51 5.127 .678 1.077 293. 12.8875 51*1.3 .227 11.3.17 201.17 5.173 .671. 1. 055 291. 250. 13.5760 577. 0 .211. 150.52 211.62 5.215 .671 1.037 299. 260. 11*. 2558 611.6 .202 157.77 221.92 5.255 .669 1.023 306. Z7a. 1<*.9233 61*5.3 .192 161.. 91. 232.09 5.291. .558 1.011 313. 280. 15.5921 679.1* .163 172.01. 21.2.16 5.331 .666 i. 002 319. 290. 16.2335 710.8 .175 179.08 252.11. 5. 366 .666 .99". 326. 300. 15.8787 71*2.7 .167 185.09 252.05 5.399 .665 .998 332.

* TWO-PHASE BOUNDARY 54
TABLE Via. THERMODYNAMIC PROPERTIES OF OXYGEN

50. BAR ISOBAR

TEMPERATURE VOLUME ISOTHERM

DERIVATIVE

K Cm3/6 BAR-Cm3/G

.7630 8880.7

5b. .7662 8750.

0

58. .7715 8507.8

60. .7768 8266.8

62. .7821 8027.2

60. .7675 7789.

1

66. .7930 7552.0

68. .7986 7317.1

70. .80 02 7 083.3

72. .8100 6851.

1

70. .8153 6620.6

76. .8213 6391.

9

78. .3273 6165.1

80. .8 301 59O0.5

82. .3000 5713.2

80. .3069 5098.3

86. .3536 5281.1

88. .3600 5066.6

90. • 8675 0 355 .2 92. .8?07 0606.9

90. .3621 0002.

0

96. .3893 O2O0.6

93. .8977 0003.

0

ISO. .9059 3809.2

102. .9103 3659.5

'100. .9230 3070.1

106. .9320 3293.0

lOi. .9010 3116.3

111. .9511 2900.2

112. .9612 2776.3

110. .9713 2610.

Q

116. .9628 2055.8

118. .9902 2302.1

12J. 1.0063 2152.8

122. 1.0139 2007.6

120. 1.0323 1366.2

126. 1.0O6O 1723.

a

128. 1.0610 1592.3

130. 1.0779 1061.3

132. 1.3950 1329.

K

130. 1.1103 1197.1

136. 1.1309 1071.5

138. 1.1576 906.

0

lOO. 1.1827 625.0

102. 1.2113 707.6

104. 1.2001 693.5

lo6. 1.2830 O30.0

108. 1.3308 369.3

ISO. 1.3937 259.8

152. 1.0883 109.9

150. 1.7157 33.0

• 150.362 1.9032 2.9

• 150. 362 2.7893 2.1

156. 3.9252 50.

0

158. 0.0399 62.2

160. 0.6215 106.9

165. 5.5583 157.2

170. 6.1063 197.3

17 5.' 6.6603 232.0

ISO. 7.1300 263.2

185. 7.5726 291.9

190. 7.9873 313.6

195. 6.3836 303.9

200. 8.7653 367.9

210. 9.0906 013. 1 220. 10.1695 055.0

230. 10.8585 095.3

2O0. 11.5076 533.5

25J. 12.1009 670 .2 260. 12.7613 605.7

270. 13.3711 600.3

280. 13.9722 670.1

290. 10.5659 707 . I 303. 15.1532 739.6

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY BAR/K J/G J/6

39.75 -193.18 -139.36

39.00 -191.02 -167.59

37.67 -188.12 -180.26

36.03 -180.63 -130.90 35.27 -131.50 -177.63 30.17 -173.20 -170.31 33.13 -170.96 -170.99 32.13 -171.67 -167.67

31.17 -168.38 -160.36 30.25 -165.09 -161.00 29.36 -161.30 -157.72 26.09 -158.52 -150.01 27.65 -155.23 -151.09 26.83 -151.90 -107.77 26.03 -103.65 -100.00 25.25 -105.35 -101.12 20.06 -102.05 -137.79 23.73 -138.75 -130.05 22.99 -135.05 -131.11 22.25 -132.10 -127.76 21.50 -128.82 -120.01 20.83 -125.09 -121.05 20.13 -122.16 -117.67

19.00 -116.32 -110.29 18.76 -115.06 -110.69 18.09 -112.09 -107.06

17.03 -108.71 -100.05

16.76 -105.31 -100.60 16.10 -101.89 -97.13

15.50 -96.05 -93.60

10.68 -90,98 -90.12

10.28 -91.08 -35.57 13.66 -67.95 -82.96 13.10 -80.39 -79.36 12.55 -80.78 -75.69

12.01 -77.13 -71.97 11.09 -73.00 -66.20

11.00 -69.69 -60.36

10.50 -65.33 -60.05

9.97 -51.92 -56.01. 9.53 -57.91 -52.33

6.99 -53.79 -06.12

3.05 -09.55 -03.77

7.91 -05.20 -39.26

7.36 -00.63 -30.56 6.79 -35.35 -29.63

6.21 -30.70 -20.32 5.59 -25.13 -16.52 0.90 -18.68 -11.91

0.17 -11.13 -3.b9

3.01 1.37 10. 0: 2.06 10.08 20.19

1.51 31.66 05. 60 1.06 51.15 70. .896 56.33 60.53

.799 63.33 87.03

.655 72.05 100.20

.570 79.08 110.22

.512 65.52 116.60

.068 90.96 125.60

.033 96.02 133.86

.000 100.30 100.73

.380 105.35 107.26

.359 . 109.76 153.59

.325 118.20 155.6?

.299 126.27 177. 2£

.277 130. J3 166.38

.258 101.70 199.20

.202 109.15 209.87

.229 156.50 220.31

.217 153.75 230. ol .205 170.92 200.78

.197 173.03 250.66

.166 136.09 260.65

ENTROPY Cw Cp VELOCITY

OF SOUHO

J/G-K J/G-K J/G-K H/S

2. 102 1.093 1.663 1 162. 2.130 1.091 1.662 1155.

2. 192 1.085 1. 661 1101. 2.206 1.079 1.650 1128. 2.303 1.072 1.659 1115. 2.355 1.06. 1.659 1102. 2.O06 1.055 1.659 1 089. 2.056 1. 0O6 1. 556 1 077. 2.50O 1. 037 1.658 105O. 2.551 1. 027 1.653 1 052. 2.596 1.017 1.656 1039.

2 . 5oO 1.007 1. 659 1026. 2.683 .997 1.660 1013. 2.725 . 966 1.561 1300. 2.755 .975 1.662 967. 2.807 . 965 1.660 970.

2. 606 .955 1.666 960. 2.880 .905 1. 669 906. 2.922 .9 30 1.672 932.

2. 956 .925 1.675 913. 2.990 .915 1.679 903. 3.030 .906 1. 630 33 0.

3. 065 .697 1.639 972. 3.099 .889 1. 695 357. 3.132 .882 1.702 800.

3. 166 .875 1.7 10 320.

3. 198 .869 1.719 907. 3.230 . 860 1.729 790. 3.262 . 660 1. 7O0 772.

3. 290 . 851 1.753 753.

3. 325 . 656 1. 768 735.

3. 355 .850 1. 730 715.

3. 365 . 850 1. 802 597. 3.017 .853 1. 622 673. 3.007 . 652 1.605 659. 3.077 . 603 1. 369 501. 3.606 . 601 1. 695 620. 3.533 .627 1.923 608. 3.556 . 631 1.969 599. 3.599 .630 2. 016 558. 3.630 . 625 2.066 550. 3.651 .819 2. 102 529. 3.693 .817 2.213 506.

3 . 72 5 .616 2.332 092.

3. 758 .815 2.O10 '.57. 3.793 . 81 > 2. 550 •.30. 3.629 .825 2. 750 O03.

3. 669 . 631 3. 350 357. 3.913 .655 3.592 333. 3.968 . 869 0.797 280. O.060 .99u 13. 012 212. 0.123 1.102 125. 306 131. 0.28 9 1.101 109. 606 166. O.O50 .961 6. 373 132. 0.513 .900 3.958 190. 0.555 .865 3.037 195. 0.635 .807 2.199 207.

0. 695 . 770 1.330 216. 0.7h5 .752 1. 630 220. 0.769 .7 3-; 1.099 231. 0.628 .720 1.035 233. 0.665 .715 1. 337 20... ..699 .709 1. 280 250. 0.931 • 702 1.202 255. O.990 . 693 1. 178 255, 5.C03 .686 1.133 27,, 5.093 .681 1.103 283. 5.139 .67? 1. 37>. 291, 5.163 .573 1. 353 299. 5.220 .571 1.036 306,

5. 262 .ot9 1.023 313. 5.299 . 56 7 1.012 320.

5. 335 . d66 1.303 326. 5.369 .666 . 996 333.

* TWO-PHASE BOUNDARY 55
TABLE l/Ia. THERMOOrNAMIC PROPERTIES OF OXYGEN

55. 8AR ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cy Cp VELOCITY ERIVAT IVE DERIVATIVE ENERGY OF SOUND

K 8AR-Cm3/G BAR/K J/G J/G J/G-K J/G-K J/r,-K M/S

5'*.989 .7633 6698 .

9

39. 75 -193. lo -138.96 2.102 1.09". 1.56 2 1163.

56, . 7659 8 775.8 39. 01. -191. •.9 -187. 26 2. 132 1.091 1. 662 1 156.

5 9 • • 7711 8533 .

7

37.71 -188.20 -183.96 2. 191 1.0 86 1. 561 111.2. 60. .776'. 8293.

1

36.1.6 -iai..91 -160.61. 2.21.7 1. 079 1.660 1129.

62. .7817 805'.. 1 35. 31 -181.62 -177.32 2.301 1. 072 1. 659 1116.

&(*

.

.7871 7616.5 31. . 22 -178.33 -1 7^• 0 0 2.351. 1.0 5'. 1. 656 1 IQi.. 66. .7926 7560 .

3

33.17 -175.0'. -170.68 2.1.05 1. 056 1. 558 1091.

6d . .7981 73'.5.5 32.17 -171. 76 -167.37 2.1.5-. 1. 01.7 1. 657 1073.

70. . 80 38 7112.2 31.22 -168.1.8 -151.. 0 5 2.60 2 1.037 I. 557 1 066.

72

.

. 9095 6880.5 3U. 30 -165. 19 -160.71. 2. 51.9 1. 029 1.657 1053.

7'*. .8153 6650.5 29.1.0 -161.91 -157. 1.3 2.595 1.016 1.65 7 1 31.1

.

76. .8212 61.22 . 1. 26. 51* -156.53 -151.. 1 i 2. 639 1.009 1.658 1 028. 76. .8273 6 196 .

2

27. 70 -155. 31. -150.79 2.662 .997 1. 55 8 1015.

6 j. .8335 5972.

1

26.88 -152.06 -11.7.1.6 2.72'. .987 1. 659 1302.

82. . 83 96 5750 .

3

26.0 8 -11.8.77 -11.1.. 15 2. 765 .977 1. 051 989.

6'.. . 81.63 5531.0 25. 30 -11.5. '.9 -11.0. 8 3 2.805 .966 1. 662 976.

So, . 8529 531".. 3 21.. 53 -11.2. 19 -137. 5[i 2 . Oi.!. . 955 1. 661. 962.

ea. . 9597 5100.5 23.78 -138. 90 -131.. 1 7 2. 662 .91.5 1. 667

9C. .8667 1.669.6 23.01. -135.60 -130.61. 2.920 . 935 1. 6o9 93... 92. .8739 1.661 . 9 22.32 -132. 30 -127.1.9 2.957 .925 1.673 920 . 9't

.

.8813 1.1.77 . 6 21.60 -126.99 -121.. 11. 2. 993 .916 1.375 905. 96. .8689 1.276. 9 20.89 -125.66 -120.79 3.029 . 907 1.581 890.

98. .8967 1.079. 9 20 .20 -122. 35 -117.1.? 3 . Cc 3 .899 I. 695 875 . 100 . .90'.8 3836.8 19.51 -119. 02 -111.. 0 1. 3. 097 . 69 J 1.692 860.

102. .9131 3697.

7

18.63 -115.67 -110.65 3. 130 .86 3 1.699 31.1.. 10 <«. .9218 3512.

9

16.16 -112. 32 -107.25 3.163 . 67b 1. 705 827. 106. .9307 3332.1. 17.50 -10 6. 95 - 1 f3 . 6 3 3. 196 .87 3 1.711. 610. 108. .9<.00 3156.1. 16.65 -105. 56 - ITI 0 . 3 9 3. 226 . 665 1. 721. 793. 110. .9'.96 2985.

0

16.22 -102.15 -95.93 3. 250 .862 1. 735 775. 112. .9596 2616.2 15.59 -98. 72 -93.1.5 3.291 . 959 1. 71.9 757. lit. . 9700 2656.

0

11.. 97 -95. 27 -89.91. 3 . 322 .657 1.762 739. 116. . 9808 21.98.5 11.. 37 -91.79 -86.1.C 3. 353 . 855 1.777 720. 118. .9921 231.5. 5 13.78 -88. 28 -82.83 3.36., .855 1.79". 702. 120. 1 . 00 (.0 2196.8 13.20 -8'.. 71. -79.22 3. 1.11. . 95^ 1.913 693.

122. 1.0161. 2052.2 12.65 -81.16 -75.57 3. ici. .852 1. 631. 665. Wt, 1.029'. 1911.1. 12.11 -77.51. -71.86 3.1.71. .61.9 1.857 61.7. 126. 1.0'.33 1773.8 11.60 -73.87 -68.13 3. 501. . 81.1 1. 881 630. 128. 1.0580 1638.9 11.11 -70. 16 -51.. 31. 3.531. . 827 1.906 61<.. 130. 1.07^0 1507.9 10.62 -66. 35 -50. l.l< 3.551. .831 1.953 595. 132. 1.0910 1376.2 10.11 -62.1.9 -56.1.6 3.691. .629 1. 995 575.

13'.. 1.1092 121.6.1 9.65 -58.53 -52.1.3 3.625 . 625 2. 059 567. 136. 1.1291 1122.5 9.11. -51.. ".3 -1.8.27 3.656 . 820 2.109 537. 138. 1.1506 998.9 8.61 -50.33 -1.1.. 00 3.697 .816 2. 173 515.

1*.0 . 1 . 1 71.6 880.7 8.06 -1.6.07 -39.61 3.718 .815 2. 21.8 1.93.

1'.2. 1.2011. 765.6 7.55 -1.1.63 -35.02 3.751 .915 2. 31.0 1.69.

I't't. 1.2318 651..

1

7.01 -37.00 -30.23 3. 761. .815 2.1.55 1.1.1.. 1I>6. 1.2671 51.3.5 6.1.5 -32.12 -25.16 3.619 .820 2.615 <.16. 1<.8. 1.3092 1.36.5 5.88 -26.90 -19.70 3. 667 . 929 2.839 367. 150. 1.3615 331.9 5.29 -21.17 -13.68 3. 697 . 61.1 3. 182 351.. 152. l.'«316 229.3 1..6'. -1'..62 -6.75 3.91.3 . 850 3. 782 313. 1.5389 130.1 3.89 -6. 50 1.97 it.OCO . 89.. 5. 135 273. 156. 1.7898 35.7 2.82 6. 80 15.55 1.. 091. . 990 12.153 209. 158. 3.11<.3 29.9 1.1.1 1.1.80 56.93 1..36'. 1.029 11.239 181. 160. 3.71.93 61.. 3 1.11 52.86 73.1.6 1..1.56 .937 5. 212 189.

165. 1..6398 121..

8

.825 66. 15 91.56 1..568 .81.1 2.777 203.

170. 5.2 665 170.6 .692 71.. 69 103.66 1..639 .791. 2.119 213. 175. 5.7886 209.0 .609 81.55 113.1.0 1..696 .766 1.807 222. 180. 6.2523 21.2.6 .51.9 87. 51. 121.93 1.. 71.1. . 7^7 1.622 230. 185. 6.6779 273.6 .501. 92.9'. 129.71 1.. 767 . 733 1. 1.98 236. 190. 7.0763 302.0 .1.67 93. 05 136.97 1.. 825 . 722 1.1.10 21.3. 195. 7.i.5<.3 328.8 .1.37 102. 85 11.3.85 1.. 851 • 711. 1. 31.1. 2<.9. 200. 7.8162 351..

1

.1.11 107.1.1. 150. 1.3 1.. 891. .707 1.292 25'.. 210. 8.5032 1.01.3 .370 116.18 152.91. 1..955 .697 1.215 265. 220. 9.1537 <.1|5.2 .338 121.. 1.7 171.. 82 5.011 .690 1.162 271..

230. 9.7772 1.86.6 .312 132. 1.6 166.23 5.061 .581. 1. 123 283.

2i>0. 10.3800 525.9 .290 1<.0.21 197.30 5.108 . 679 1. 093 291. 250. 10.9665 563.7 .272 11.7. 79 208.11 5.153 .575 1.069 299. 260. 11.5<.00 600.2 .255 155.23 218.70 5.191. .573 1. 050 306. 270. 12.1027 635.

S

.21.2 162.56 229.12 5.233 .670 1.035 313. 280. 12.6565 670.0 .230 169.80 239. '.1 5.271 .668 1.023 320. 290. 13.2028 703.8 .219 176.97 21.9.58 5.307 .667 1. 012 327.

300. 13.71.28 736.9 .210 181.. 08 259.66 5.31.1 .666 l.OOit 333.

• TMO-PHASE BOUNDARY 56
TABLE Via. THERMODYNAMIC PROPERTIES OF OXYGEN

60. BAR ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL

CM3

Ut Kl VA 1 1 VL Ut K i VA 1 1 VC. EN ERGY

K BAR/K J /G

_ "193. 13 *7656 Ann 1 *

i TQ*n ft 191.56

5 8 • .7706 8559 5 37* 76 60. .7760 8319,5 36.52 -184.98

62 • 808 0,9 * 7Rfc7 66a *7922 7608 *1 33 22 "l75 13 68« .7977 737 3 •

8

32*22 "1 7 1 . 85 70* . 60 33 7 141 a 0 31.26 -168. 57 ^^An*2 " IJ'g 29 .45

76« .8207 6452 8 28.59

78» . 8267 6227 •

1

27.75 -155 46 80. .8329 6003.6 26.93 -152.18

82 • 8392 5782 a 4 26 13

8'f L^* ft? • a 8^*56 5563 ^6 25 . 35 d6a 0522 5347 a 5 24.59 -l'*2

* 34 88c a 8590 5134 .

2

2 3.64 - 139. 0 5 90 a 8659 492 3.9 23.10 -135. 76 92a a 8731 4 716.9 22. 3 7 -132. 46

• 860'* 4513,

1

21.66

96* a 8679 431 3.0 20.95 -125.65

98* • 8957 4 1 16 a 6 20.26 - 122 • S** 100. • 90 37 3921..

1

19.57 -119.22

10 2* a 9120 3735.7 16.90 -115. 88 10 ^ • • 92 06 3551.5 18.23 -112. 5

W

iD6* a 9294 3371.6 17,58 "10 9, 16 108 • a 9386 3196.3 16.93 -10 5.60

113 • a 9481 3025.5

112* a 9560 2859.

3

15.67 - 99 . 0 0 ll^ft* a 9662 2697.

8

15,05 -95 . 56 116* 118« • 9901 2 3 Q g , (. 13.87 -88*61

120. la0017 22't0.3 13.30 -85.09

122« 1 a 0 1 39 2096.'. 12.74 "81. 53 12 1 • 0 267 1956.2 12.21 - 77 . 9 3 12&« 1 a 0402 1819.2 11.70 -7 '+.30 128 c 1 a 0 546 11.22 -70, 62 130 a 1 a 07 03 1553.5

132* 1 a 0 868 1 'Z 3.0 10*23 -63. i) t 130»a 1 • 10 44 1 29 . 5 9.76 -5 9.13 136* 1« 1235 1172.6 9.27 -55, 1** 138* 1 a 1443 1050.6 8.76 -51. 06

I'tO. lal670 931..

7

8.25 -46. 39 1^2. 1 • 1924 7.73 -'2.55

1 a 22 08 712.0 7.20 - 3 fl , 0 7 I'f 6. 1 a 2 533 ^99* 3 6*14 "28* 40 150

.

1*3 365 397.8 5.58 -2 3.06 15^* 1*^707 205*8 4*37 '10* 43 156. 1 • 56d9 119.1 3.65 -2,0s

156. 1.8372 1.5. 1. 2,74 10.56

160. 2a5716 27.1. 1,76 33.1*1

165. 3.619^ 93.0 1.06 56,2'* 17a. 4,5092 !<••(.

2

.643 b9.22

175. 5.3485 186.5 .723 77.23

180. 5,5118 22 3.0 • 642 63.89

165. 5*9294 255.8 ,583 89.79

190. 6.3159 286.0 ,536 95. 19 195, 6.6795 31<«. 1 .499 100.25

ZOO. 7.0256 3<t0.7 ,467 105.06

210. 7.6781 390. 0 .417 114, 11 220. 6.2918 '•SS.S .379 122.6*.

230. 6a8775 '•78.3 .3(*8 . 130.81

2i>a. 9*4418 518.8 .323 138.71

250. 9.9894 E57.5 .302 146.41

260. 10.5237 591..9 .264 153.95

270. 11.0471 631. 1 .266 16i,36

260. 11. 5611* 666 .2 .254 166.67

290. 12.11662 700.6 .242 175.90

300. 12.5667 73lt.3 • 231 163.07

ENTHALPY ENTROPY Cy Cp VELOCITY

OF SOUND

J/G J/G-K J/G-K J/G-K M/S

-168.55 2.102 1. 09'. 1.662 1 161.. -1 66. 97 2. 131 1. 092 1. 662 1157. -163.65 2. 189 1.086 1.660 1 11.*. -160.33 2.21.6 1.090 1.659 1131. -177.01 2.30 0 1.073 1.658 1119.

-173. 69 2. 353 1.065 1. 658 110 5. -170.38 2. 1*0 1* 1.056 1.657 13 92. -167.07 2 . ".5

3

1. 0*.7 1.657 10 9 0 . -163. 75 2.501 1. 03 ^ 1. 656 1 067.

-1 60 . 2 . 5'*

0

1.02') 1. 656 1055. 2.593 1.018 1.656 1 0'42

.

-153.61 2.637 1.008 1.657 10 3 0. -150.50 2. 690 .999 1. 657 1017.

-l'*7. 16 2. 722 .988 1.658 1001..

"

ncJe. 1.659 391

.

'1 77 5^

?* An 7

* Qfc7 * ocl ^

* c c i 97 8 . "

77

AQ

7 ft 3 .95 6 1.662 96*. .

"i ^* ^ 0 ^*

fcC7 950.

2 • 91

0

.936 936 .

1

* fc7n 922

.

' Qi 7 » fc7 '12053 3 026 * 90 8 1678 893* -117,17 3.051 . 893 1.613 978. -113.79 3.C95 . 891 1.699 862.

. "1 n? n 3.161 * 877

' 7n-> ^'

71

T '

fi t n \' .871 8l2** ' nn 1 7 1 7?n 796 . -96.72 3.257

* ftfcT

* 7 -93 . 2

1 " 7?^

j£

7°l' -66,23 3 350 * 856 773 725

* -82.67 3.381 . 856 1. 797 706. -79. 08 3. mi . 855 1. 805 699. -75.^5 * .85 5 0/0 . -71.77 3 . ' 7

1

. 8*. j

1

'

fl ?'?

1 ' «^ fl *

n ^

*

ft 97 -6 0 . **3 3.560

* 4 7 1 1' 937

^

* f'

• 1.977 -«p -52.50 3.620

'920 2*074 Jus'

-".<.. 19 3.681 , 616 2. 136 52".. -39.86 3. 712 . ai". 2. 20 J 50 3.

- 35. 0 3.7'.'. . 8 l". 2*282 -.60 . - 30 . 7W 3.777 . 8

1

2.373

-25.85 3.810 . 9 I'j 2.509 .31. -20.66 3 • 6'.& .822 2.682 77"*' -15. 0*4 3.863 .8 31 2.929

-8.82 3.925 • 8 3 3' 95^

51.3*

3 0 7.

7.1.6 '..030 . 896 5. 31 1 255. 21.59 <..l2j . 972 9. 80? 21-.. .a. Bit 1.. 292 I.e.? 13. 00 J 195.

81.16 '..'.91 .a8H J. 779 199. 96.27 '..581 .01 ) 2. 521 211. 107.52 '.6^7 .782 2.030 223. 116.96 ..700 .758 1.769 229. 125.36 "..71.5 .71.2 1.605 235. 133.09 ..787 .730 1.'.92 2'.2. mo. 33 '..82 5 .720 1.'.09 2'.8. 1h7.21 <«. 660 .713 1. 3'.5 251.. 160.18 "..923 .701 1.25* 26<.

.

172.39 '..980 .693 1. 19i Z7t.

18'.. C7 5.1,32 . 687 1. 1".? 263. 195.36 5.080 .682 1. 112 291. 206. 3<. 5. 125 . 67'( 1. 086 299. 217.09 5. 167 . 67". 1. 06 . 306.

227.6". 5.207 .672 1. 01.7 311.. 238.01. 5.2'.'. .673 1.033 321.

21.8.31 5. 280 .66 9 1.022 327. 258. HO 5.315 .667 1.012

TWO-PHASE BOUNOARY 57
TABLE Via. THERMODYNAMIC PROPERTIES OF GXVGEN

TEMPERATURE VOLUME

K Cm3/&

• 55.103 .7629

56. .7652

53. .?70'< 60. .7757

62. .7S10

OH, .7663

66. .7918

68. .7973

70. .8029

72. .3066

7"». .611.3 76. .3202

78. .3262

80. .3323

82. .8336

3<.. .8<>5a 36. .8515

33, .8533

90. .8652

92. .8723

9".. .8795

96. .6670

98. .a9<.8 100. .9027

102. .9109

lOi.. .919<« 106. .9262

133. .9372

IIJ. .9<.66 112. .956<.

11".. .9665

116. .9770

116. .9680

12l). .9995

122. 1.0115

12<<. I.a2<<l 126. 1.0373

123. 1. 0 51<< 13C. 1.0667

132. 1.0627

iSi.. 1.Q998

136. 1.1163

138. 1.1363

1<.0. 1.1600

1>.2. 1.16<tl

I'.'.. 1.2106

l<.b. 1.2<tl0 ihi. 1.2755

150. 1.3160

152. 1.3650

15'.. 1.1.267 156. 1.5102

159. 1.6365

160. 1,6686

165. 3.0675

170. 3.61t8't 175. '..1.120 180. '..3813 185. 5. 29'.'. 190. 5.6720

195. 6.02'«2 200. 6.3573

210. 6.9610

220. 7.561.0

230. 6,1177

2I.J. e.6't9'> 250. 9.16'>1 260. 9.6652

270. 10.1552

280. 10.6361

29a. 11.11,91, 300. 11 .576'.

ISOTHERM ISOCmORE DERIVATIVE DERIVATIVE

BAR-Cm3/G 3AR/K

6935.2 39.75

8826.'. 39.13 8585.2 37.60

83't5, 7 36,56 6107.7 35,1.0 7871, 0 31,. 30 7635.8 33.26

71.02, 0 32,26 7169.8 31.31 6939.1 30.39 6710.2 29.50

6'.83.1 23.63

5257.9 27.80

6031). 9 26.98

581'.. 3 26,18 5596.1 25. '.0 5380.5 2'.. 6'. 5167.6 23.89

1.958. 1 23.15

1.751,6 22,1,3

1.51.8,5 21,71

'.3'«8,9 21.01

I. 153. 1 20.32

3961.2 19,61.

3773,1. 18.97 3589.3 16.30

31.10.6 17.65 3235.6 17.00 3065.6 16.37 2900.1 15.76

2739. 1 15.11. 2662. 3 11.. 51. 21.31.0 13.96 2283.5 13.39

Zl'.O.l 12.61. 2000.5 12,31

1661.. 1 11,80 1730,3 11.32 1593.7 10.86

II. 69.3 10.36

131.2.2 9.87 1221.7 9.'>Q 1101.3 8.90 987.2 8. 1.0 875.5 7.90 767.6 7.39 661.1 6.88 553.3 6.36

'•59.6 5. SI. 363.9 5.30 273.6 1..71, 190.0 <>.1'> 111.. 6 3.1.7 57.5 2.70 65,3 1.1,0 119.7 1.03

16'.. 7 ,655

20<i.2 ,71.7 238.9 .670 270.7 .612 300.2 .565 327.9 ,527 379.2 .'.67 1.26.3 .'•22

<.70.3 .387 512.0 .358 551,7 .333 589.9 .313 625.9 .295 662.7 ,279 697,7 ,266 732,0 .2Ei

INTERNAL ENTHALPY

ENERGY

J/G J/G

-193,11 -186.15 -191.63 -165.66

-186. 31. -183. 3W -165.06 -180.02

-181.73 -176,70

-178,50 -173,39

-175,22 -170,07

-171,91. -166,76

-158,67 -163,1.5 -155,39 -160,11. -162,12 -156,83

-158,65 -153,52 -155,57 -150.20

-152. 30 -11(6,89

-11.9,03 -11.3,58 -l't5.75 -11.0.26

-l<.2.i.7 -136.91. -139.19 -133.62 -135.91 -130.29

-132.62 -126.95

-129.33 -123.51

-125.03 -120,27 -122.73 -116.91

-119.1.1 -113.55

-115. J9 -110.17 -112.76 -106,78

-109,1.1 -103, 38 -106,05 -99.95 -102.67 -95.51 -99,27 -93.05

-95,85 -89,57

-92.1.0 -66.05 -88.93 -82.51

-85.1.3 -78.93 -81.39 -75.32

-78.32 -71,67

-71,. 71 -67.97 -71,07 -51.. 21. -57.31. -60.1,0 -63.55 -55.61

-59.71 -52.56

-55.77 -1.8,50 -51.75 -'.'..36 -'.7.56 -'.0.12

-'.3. '.3 -35.73

-39.05 -31.18

-31.. 51 -26.1.1. -29.75 -21,1.6

-21., 59 -16,11. -19.25 -10.37

-13.21. -3,97

-5,35 3,<.5 2,07 12.71

13,71 25,66

1.7.88 67.62

52.89 87.90

72.1,5 101.13

79.97 111.70

35.1.2 120.83

92.21 129.08

97,55 136,72

102,60 11.3.92 112.00 157.37

120.78 169.91.

129.11. 181.90

137. 19 193.1.2 11.5.02 201.. 56 152.65 215. ite 160.16 226.17

167, 51, 236,66

17^,8l^ 21.7.05 132.05 257.30

ENTROPY Cy

J/G-K J/G-K

2.103 1.095

2. 130 1. 093 2.138 1.087

2.21.1, 1.081

2. 299 1. 073 2.351 1. 065

2. 1.0 2 1. 05 7 2.1.52 1.01,8 2,500 1,039

2,51,5 1,029

2,592 1,019

2,536 1.009

2.679 .999 2,721 .986 2,762 ,978 2,602 ,967

2.61.1 .957 2.879 . 91.7 2.916 .y37 2.953 .927 2.969 .917

3, 021, , 903 3,059 .900 3,093 .892

3.125 . 681. 3.159 ,878

3,191 .87' 3,223 ,867 3,255 . 661, 3.286 .861 3.317 .659

3.31,8 ,857 3,378 .856

3.1.0 3 . 855

3, 1.33 . 851. 3,1.67 .650

3.1.97 ,81.2 3.526 .827 3.555 .830 3.585 .82) 3.516 .827

3.51,5 .621 3.676 .817 3.705 .811. 3.738 .813 3.769 .812 3.602 .813 3.835 .817 3.872 .823 3,910 ,632

3,952 . 6"»i. i..0a0 .853

1..O66 .891.

It. 11.1 .955

It. 1.00 . 936

'..520 .8<i6 '..597 .799

"..555 .77'

1..705 .751

'..750 .737

I.. 790 .725

1.. 827 . 713

i..e92 .705

'..951 .697

5,00'. .690 5.053 .6811 S.098 .680

5.11.1 .676

5.181 .673 5,220 ,571 5.255 .569 5.291 .667

Cp VELOCITY

OF SOUND

J/G-K M/S

1.552 1155.

1 , 55

1

1 158.

1, 660 llitS, 1.559 1132.

1,656 1119.

1, 557 1105.

1. 656 1091.. 1,556 1081. 1,555 1069. 1,655 1 057. 1,555 101.1.. 1, 656 1 0 31 a 1,556 1019. 1.657 1006. 1.658 993. 1.659 980. 1.561 965.

1. 563 953.

1, 565 939. 1.55S 926. 1.671 910. 1.680 331. 1.665 865. 1.691 »•*<). 1.696 833.

1. 705 917. 1,715 330.

I. 726 783. 1.737 755.

1, 750 71.7. 729 . 1.780 711. 1.797 593.

1. 815 675. 1,835 557.

1. 855 6'«1. 1.875 625.

1. 922 608.

1, 959 589.

2, 003 570. 2.052 55 3.

2. 101. 533.

2. 162 512. 2.232 '•90. 2. 313 '•68. 2.1.22 '•1.'.. 2, 561 1.19. 2, 752 392. 3.019 353.

3.1.15 333.

1.. 065 299.

5, 328 261.

6. 060 220.

5.5I16 197. 3.085 209. 2.316 218.

1.9<.3 227. 1.726 23i>. 1.582 2(>1. 1.1.80 21.7. 1.1.03 253. 1.296 26<>. 1.223 ZTk. 1.171 263. 1.132 291.

1. 102 299. 1.078 307. 1.059 3111. 1, 01.1. 321.

1. 031 328. 1.020 335.

THO-PMASE BOUNDARY 98
IA8LE Via. THERMODYNAMIC PROPERTIES OF OXYGEN

70. BAR ISOBAR

TEMPERATURE KOLuflE ISOTHERM

DERIVATIVE

ISOCHORE DERIVATIVEINTERNAL

ENERGY

Cv Cp VELOCITY

OF SOUND

K cm3/g 9AR-CM3/G BAR/K J/G J/C J/G-K J/G-K J/G-K M/S

55.159 .7627 8953.3 39. 76 -193.06 -167.71. 2.103 1.095 1,662 1166.

56. .761(9 8651.6 39.17 -191. 70 -165.35 2.126 1. 093 1. 661 1 160

.

5 8. 6611.0 1.066 1,660 1145.

60. .7753 8371.9 36.61 -135.11. -179.71 2.21.3 1.061 1. 553 1133.

62. .7806 6131..

3

35.1.5 -181.86 -176.39 2.297 1.071. 1,657 1120.

6'». .7859 7698.2 31.. 35 -176.58 -173.08 2. 350 1.056 1, 556 1108,

66. .7911* 7663.5 33.30 -175. 31 -169.77 2.1.01 1.056 1. 656 1095,

68. .7968 71.30.2 32.31 -172. 03 -166.1.6 2.1.50 1. 01.9 1.655 1083,

70. .802<t 7198.1. 31.35 -168.75 -153.15 2.1.96 1.039 1. 655 1071,

72. .8081 6966.3 30.1.3 -165.1.9 -159.81. 2.545 1. 03 : 1. 651. 1058.

7'*. .8138 6739.9 29.51. -162.23 -156.53 2.590 1.020 1. 651. 1045.

76. .8197 6513.3 28.66 -156.96 -153.22 2.631. I.OID 1. 651. 1033.

7 3. 80. .8317 6066.2 27.03 -152. 1.2 -11.6.60 2.719 ,969 1. 655 1008.

82. .8360 561.6.1 26.23 -11.9.15 -11.3.29 2. 760 ,979 1.555 995,

8it. . 8ltltit 5626.1. 25.1.5 -11.5.66 -139.97 2.600 . 966 1, 657 952.

86. .3509 51.13.1. 21.. 69 -11.2. 61 -136.65 2.839 , 958 1.559 968,

88. .8576 52U1.3 ;3.9i. -139.31. -133.31. 2.677 . 91.6 1.561 955. 90. .86i*it 1.992.1 23.21 -136. 06 -130.01 2.915 .938 I. 663 941.

92. .6715 1.766.2 22.1.8 -132.76 -126.68 2. 951 ,928 1.666 927.

9it. .8767 1.563 .6 21.77 -129.50 -123.35 2. 967 , 91 9 1.559 913.

96. .8661 1.381.. 7 21.07 -126.21 -120.00 3.022 ,909 1. 673 698.

100. .9017 3996.

1

19.70 -119.61 -113.30 3. 091 . 393 1,692 363.

102. .90,96 3610.9 19.03 -116.29 -109.93 3.121. , 865 1,686 852. IOh. .9182 3627.9 16.37 -112.97 -105.51. 3.157 . 879 1.595 335, 106. .9269 31.1.9.3 17.72 -109.63 -103.15 3. 169 ,673 1,702 320. 108. .9359 3275.1 17.06 -106.29 -99.73 3.221 , 666 1,711 303, 110. .9'>52 3105.

5

16.1.5 -102. 92 -96.30 3.253 .865 1, 721 785, 112. .95<«8 291.0.5 15.83 -99.53 -92.85 3.261. .352 1.732 759, n't. .96't8 2780.2 15.22 -96. 13 -69.38 3.311. . 860 1.71.1. 751,

lib. .9 752 2621.. 1. 14.63 -92.70 -85.87 3.31.5 . 856 1.759 733, .65 7 1,773 715, 120. .9973 2326.2 13.1.8 -65.76 -78.76 3.1.05 .356 1.789 697,

122. 1.0091 2183.1. 12.91. -82.25 -75.18 3.1.35 .851. 1.807 579,

12i». 1.0215 201.1..

3

12.1.1 -78.70 -71.65 3.1.61. .850 1. 825 662. 126. 1.03i|5 1906.5 11.90 -75.12 -67.88 3. 1.91. .81.2 1. 81.3 646,

128. l.a<t82 1775.3 11.1.2 -71.51 -61.. 17 3.523 . 827 1, 651 632. 130. 1.0632 161.3.1. 10.98 -67.81 -60.37 3.552 .830 1,908 515. 132. 1.0788 1515.0 10.1.8 -61.. 06 -55.51 3.582 . 829 1, 91.2 596.

13<>. 1.095<< 1389. <. 9.98 -60.26 -52.60 3.611 ,827 1.979 577. 136. 1.1133 1269.9 9.53 -56. 38 -1.8.59 3.61.1 ,822 2, 027 569.

13 8. 1.1326 3.671 .317 2,073 54 0.

11(0. 1.1531. 1038.5 8.55 -1.6.1.0 -1.0.33 3.701 .811. 2, 125 521.

I<t2. 1.1761. 923.0 8.06 -1.1.. 25 -35.01 3. 731 , 812 2, 187 500.

lit It. 1.2017 821.3 7.56 -39.98 -31.57 3.752 ,611 2.257 478.

I<t6. 1.2299 716.5 7.06 -35.55 -26.95 3. 791. , 811 2,31.9 455.

I't8. 1.2618 615,8 6.57 -30.97 -22.13 3,827 , 811. 2,1.65 432.

150. 1.2985 518.3 6.07 -26.11. -17.05 3. 651 .311 2. 617 407.

152. 1.3<tl7 1.21.. 7 5.57 -21.01 -11.52 3. 697 ,821. 2. 823 381.

151.. 1.391.0 336.6 5.01. -15.1.8 -5.72 3,936 .633 3,094 354. 156. 1.1.603 251..

5

1..50 -9.37 .65 3.976 . 61.1. 3. 1.91. 325, 158. 1.51.91 179.5 3.93 -2.1.3 6.1.1 1.. 026 . 661 4, 125 293. 160. 1.6795 115.9 3.32 5.91. 17.70 1..085 . 393 5. 186 259.

165. 2.1.286 55.5 1.88 35.13 52.11. <..296 . 966 7,177 203, 170. 3.2691 99.1 1.27 56.51. 78.1.2 1.. 1.51. .875 3, 837 203,

175. 3.8611 11.5.3 1.02 67.16 91.. 21 1..51.5 .614 2.56« 213, 180. 1..3379 166.2 .367 75. 77 106.13 1..613 .783 2.151 226, 185. It. 71.98 223.2 .768 62.36 115.11 1..667 . 750 1. 663 234, 190. 5.1205 256.3 .695 89. 10 121.. 95 1.. 711. .71.1. 1.682 241. 195. 5.1.631. 287.0 .636 91.. 76 133.03 1.. 755 , 732 1.557 247, 200. 5.7866 315.6 .592 100. 07 11.0.57 1.. 795 ,723 1.455 253. 210. 6.3850 366.9 .521 109.81. 151.. 51. 1.. 663 ,710 1. 339 264. 229. 6.91.17 1.17.5 .1.68 118.89 167.1.8 1..923 ,700 1.256 274 . 230. 7 .1.680 1.62.9 .1.27 127.1.5 179.73 1..977 ,692 1.197 283.

2'tO. 7.9718 505.6 .393 135.57 191.1.7 5.027 , 636 I. 153 291. 250. 8.1.581 51.6.3 .366 11.3.62 202.32 5.071. ,682 1. 119 300, 260. 8.9307 565.3 .31.2 151. 37 213.68 5.117 ,677 1.093 307 . 270. 9.3920 623. 0 .322 158.95 221.. 70 5.158 ,671. 1.071 315, 280. 9.81.1.2 659.5 .305 166.1.1 235.32 5.197 ,671 1. 054 322, 290. 10 .2888 695.1 .290 173. 77 21.5.79 5.233 ,669 1.040 329. 300 . 10.7269 729.9 .276 131.01. 256.13 5.268 ,663 1.029 335.

fHO-PHASc BOUNDARY 59
TABLE Via. THERMODYNAMIC PROPERTIES OF OXY&EN

75. BAR ISOBAR

TEMPERATURE VOLUME ISOTHERM

DERIVATIVE

K Cm3/& 9AR-CM3/G

' 7tf A «H7h * A 5 8 •

' 7^q7

60* 8398.1

6 2 • .7802 7Q?^* X 66* 7691 I 66. .7961. 71.58.3 70* . 9020 7227.0

7Z • * 80 76 699 7.*. 7km .8133 6769.5

76« .9192 651.3.1* 76* .8 251 6319.3

&Q • . 8 312 60 97.1.

62« .83 7<* 5877.8

. 37 5660.6

86« .8502 51.1.6 . 2 86. .8569 5231..

6

90. .9637 5026.0

92. .87 07 1. 6 2 0 . 6

9^*. .8779 1.&16.6 96 • .8652 1.1*2 0 . 2 98. .8 928 1.225. 6 10 0. .9007 1.0 31* . 9

10 2* .90 87 381*8 . 2 10 .9171 3665 .

8

10 6* . 925 7 31.8 7 . 7 106. .93'»6 3311..

1

110. .9<«38 311.5.1 112. .9533 2990.7

11 .9632 2620.9

116. .973'. 2665.

7

lid. . 96i»l 2511.. 9 120

.

• 9952 2368.6

122. 1.00 68 2226.

3

12<*. 1.0190 2087 .

7

126 • 1.0317 1952.1. 128. 1.0<>52 1819.8

130. 1.0598 1687.8

132. 1.0750 1560.

3

131*. 1.0912 11.35.9 136. 1. 1085 1317.1. 138. 1.1271 1199.8

1^ Q . 1.1<(72 1088.6

1<«2. 1.1691 979.2

1. 1932 873.5

1<.6. 1.2196 770.0 me. 1.2<>96 670.7

ISO. 1.2833 671..

7

152. 1.3221 •.92.6

15".. 1.3680 396.2

156. l.<>237 311*.

9

158. 1.1.937 21*0.6 160. 1.5866 171*.

7

165. 2.0326 71.. 7 170. 2.7 752 86.6

175. 3.3837 129.1. 180. 3.8669 170.6

185. <t.2781 206.3

190. it.6i«It6 21.2.8 195. '..9791 271*.

9

200. 5.2919 301*.

6

210. 5.6702 359.3

220. 6.<.0<.0 1*09.3

230. 6.9065 1*55.8

2<>0. 7.3860 <.99.6 250. 7.81.77 51.1.2 260. e.295<t 581.0

270. 6.7319 619.1* 280. 9.1591 656.6

290. 9.5787 692.6

300. 9.9916 726.1

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY BAR/K J/G J/G

39. 76 -193,1)6 -187.31. 39.21 -191.77 -186.01. 37.89 -168.1.9 -182.7?

36.65 -185. 21 -179. 1.C

35.1.9 -181. 91. -176.09

3*. 39 -178.66 -172.77 33.35 -175. 39 -169.1.6 32.35 -172.12 -166.15

31.1.0 -168. 95 -162.81.

30.1.8 -165.59 -159.51. 29.59 -162.33 -156.23 28.73 -159.07 -152.92 27.99 -155. 90 -11.9.61 27.07 -152.51. -11.6.31

26.26 -11.9.28 -11.3.00 25.50 -11.6.01 -139.69

21.. 71. -11.2. 75 -136.37 23.99 -139.1.8 -133.06 23.26 -136.21 -129.73

22.51. -132.91. -126.1.1 21.83 -129.66 -123.08 21.13 -126. 38 -119.71.

20.1.1. -123.09 -116.1.0 19.76 -119. 90 -113.01.

19.10 -116.50 -109.68

18.1.1. -113.16 -106.31 17.79 -109.86 -102.92

17.15 -105.52 -99.51 16.52 -103.17 -96.09 15.91 -99.80 -92.66

15.30 -96.1.1 -89.16

11.. 71 -92.99 -85.69

11.. 13 -89.56 -82.18 13.57 -86.09 -78.63 13.03 -82.60 -75.05 12.50 -79.07 -71.1.3 12.00 -75.52 -67.78 11.52 -71.93 -61*. 09 11.09 -68.27 -60.32 10.59 -61.. 56 -56.50 10.10 -60.80 -52.62 9.65 -56.97 -1.8.66 9.17 -53.07 -1.1.. 62 6.69 -1.9.11 -1.0.50

6.21 -1.5. 03 -36.26

7.72 -1.0.85 -31.90

7.21. -36.51. -27.1.0 6.76 -32.09 -22.71

6.29 -27.1.1. -17.82

5.80 -22.56 -12.61. 5.31 -17.37 -7.11

1..8I -11.77 -1.09

I.. 29 -5.62 5.58 3.76 1.37 13.27

2.1.2 2<..12 39.36 1.57 1.7.26 66.07

1.20 61.1.2 66.79

1.00 71.27 100.26

.876 79.13 111.22

.765 85.97 120.71

.716 91.91 129.26

.661 97.1*8 137.17

.577 107.65 151.66

.516 116.98 165.01

.ittti 125.75 177.55

.<»30 131..13 169.52

.399 11.2.21 201.07

.373 150.07 212.28

.351 157.75 223.21. .331 165.28 233.98

.31<t 172.70 21.1*. 51* .299 180.03 251**97

ENTROPY Cy Cp VELOCITY

OF SOUND

J/G-K J/G -K J/G-K M /S

2.101. 1.096 1.662 1166. 2.127 1. 091. 1. 661 1161. 2.185 1.089 1.659 1 11*8

.

2. 21*2 1.082 1.659 1 135. 2.296 1.075 1.657 1122.

2. 31.9 1. 067 1.656 1109. 2.399 1 a 0 5 d 1. 655 10 9 7.

2 . 1.1.9 1. 01.9 1. 651* 10 01.. 2 . 1*9 7 1. UI.O 1.651* 1072.

2 . 51.3 1.030 1. 65'* 1050. 2.589 1.020 1.653 101.7. 2.633 1. 0 10 1.653 1035. 2.676 1.000 1. 651. 1022. 2.716 .990 1. 651. 1010. 2.759 • 979 1. 655 997.

2. 798 . 969 1. 655 981.. 2.637 . 95 ? 1. 657 970.

2. 875 .91.8 I. 659 957. 2.913 .938 1. 561 9'*3. 2. 91.9 .929 1. 66 3 929. 2.985 .913 1.656 915. 3.020 .910 1.670 901. 3.05 5 .902 1. 671. 985.

3. 089 .89'. 1.579 971.

3. 122 .686 1.595 955.

3. 155 .68 0 1.691 939. 3.187 . 871* 1.699 923.

3. 219 .869 1.70 7 907.

3. 250 .866 1.716 790. 3.261 .8 63 1. 727 772.

3. 312 . 861 1.739 755.

3. 31.2 . 859 1. 751 737. 3.372 • 858 1. 766 719.

3. 1*02 . 857 1.762 702.

3. ••32 .655 1.799 661*. 3.1.61 .651 1.615 567.

3.1.90 .91.3 1.632 652. 3.519 . 927 1. 61.7 638.

3.51.9 .8 30 1. 895 621. 3.578 . 829 1. 926 602. 3.607 . 827 1.961 581.. 3.536 .823 2.003 566. 3.666 . 818 2. 01.6 51.6. 3. 695 . 811. 2. 093 529.

3. 725 .812 2. 11.9 509. 3.756 .611 2. 211 '.88. 3. 787 . 610 2.289 1.66. 3.819 .811 2.397 1.1.1*. 3. 652 .611. 2. 512 1.21. 3.896 . 819 2.572 397. 3.922 .621. 2. 975 372. 3.961 .832 3.153 31.5.

1*. 003 .81.3 3.51.1. 318.

1..052 .663 <.. 121. 269.

1..212 .939 6.291

1..361. . 899 1.. 636 211.

1..1.93 .835 3.078 218.

1..569 .795 2.397 226.

4. 629 .769 2. 016 23i«. 1..679 .751 1.791 21.1.

1..721. .738 1.61.0 21.7.

1..76'. .729 1.531 253.

i..e3S .711. 1.361. 251.. 1..897 .703 1.289 271..

1..952 .695 1.223 263. 5.003 .699 1. 171. 292. 5.050 .663 1.137 300.

5.091. .679 1.107 306. 5.136 .675 1. 081. 315.

5. 175 .672 1. 065 322. 5.212 .670 1. 01.9 329.

5.21.7 .669 1.037 336.

TMO-PHASE BOUNDARY SO
TABLE Via. THERHOOYNAHIC PROPERTIES OF OXYGEN

80. BAR ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL

Q DERI VAT I VE OERZVAT IVE ENERGY

K BAR-Ch3/G BAR/K J/0

55* 273 .7624 6989.

5

39. 76 193. 03 56* .7642 8901.9 39.26 191. 84 56* • 7694 8662.2 37.93 188.56

60. .7 746 8424.1 36.69 - 185.29

62* .7799 8187.5 35.53 182. 02

. 7852 7952.

4

34.43 178. 75 66* • 7905 7718.6 33.39 175.46

68« .7960 7486.

3

32.40 172. 22 70» a 8015 7255 .6 31 .44 166. 95 72« . 8071 7026.4 30.52 165.69

7*»« • 8128 6799 .

0

29. 63 162. 43 76* .8166 657 3.4 28.77 159. 17 78. .8246 6349.6 27.94 _ 155.92

60. .8306 6128.4 27.12 - 152.66

de« • 8368 5909.

3

26.33 149. 40

. 8431 5692 .

8

25.55 146. 14 86* • 8496 5478 .

8

24. 79 142. 86 68« • 8562 5267 •

8

24. 04 139.62

90» • 8629 5059.

7

2 3.31 1 36. 36 9Z* . 8699 4854.

9

22.59 133.10

• 8770 4653 •

5

21.89 129.83

96« .8844 4455.6 21.19 126. 55 98« • 8919 4261*6 20.50 123.26

100. .8997 4071.4 19.83 - 119. 99

10 2a • 90.77 3885.3 19*16 116.70

a 9159 370 3.5 18.50 113. 39 106* • 9245 3526 . Q 17. 66 110.06

108* a 9333 3352 .

9

17.22 '10 6. 75 110* . 9424 3184 « 4 16.60 10 3 * 41 112 a . 95 18 3020.6 15.96 10 0. 06 11^« • 9615 2 66 1*3 15.38 -96. 68 lib* .9717 14.79 93. 26 118. .9822 2556.4 14.22 -89.86

120. .9931 2410.5 13.66 -86,41

4 of* 13*12 -62 . 94 IZh* * ' nT tc 1.0 165 2130 .

r

12.60

12 &• * ftf ^ ^ * 3" ? 128 a 1 . 0422 1663.

9

11.62

"t

* ^0 1 • 0 565 1 73 1

6

11.20 -66. 72 132 • 1.0 714 160 5.1 10.71 -6 5. 0 134 a 1.0 871 1461.9 10.22 -61. 32 136a 1 . 1040 1 364 •

1

9.76 -57.54

138. 1.1220 1247.7 9.29 -53.69

1.1413 1137.

7

6.63 -49.76

IhZ a 1 .1624 1029.3 8.36 -45 . 77

1 . 1653 924.2 7.86 -41.67

I'tba 1.2105 62 2 • 0 7.41 -37.46

148 1.2365 723.9 6.94 -3 3. 13 150 a 1.2697 629.0 6.46 -26 . 63 152* 1.3052 5 38.3 6.02 - 23 . 9**

156! 1.3947 372.3 5.06 -13. 77 ISSa 1.4533 296. 7 4.60 -6.15

160. 1.5266 231.6 4.11 -1. 91*

165. 1.8291 112.4 2.69 16. i)4 170. 2.3668 67.5 1.93 38. 84 175. 2.9757 118.7 1.42 55.24

180* 3.4590 156.

Q

1. 16 66.51

185* 3.6681 195.7 .997 75.22 190. 4.2296 230.9 .864 82. 52 195. 4.5582 263.6 .600 66.96

200. 4.8621 294.3 .734 94, 62 210. 5.4217 35a.5 .636 105.42

220. 5.9353 401.7 .565 115. Oi»

230. 6.4169 449.3 • 511 12I4. 03

2i»0. 6.8749 494. 1 .469 132. 58 250. 7.3150 536.5 .434 14U. 60 260. 7.7409 577.1 .404 146. 77 270. 6.1555 616.1 .379 156. 54 280. 6.56Q7 653.9 .358 164. 15 290. 6.9584 690.7 .339 171.64

300. 9.3496 726.5 .323 179. 02

ENTHALPY ENTROPY C\J Cp VELOCITY

OF SOUND

J/G J/O-K J/G-K J/G-K H/S

-186. S^i 2. 10<l 1. 096 1.661 1167, -185.73 2.126 1.095 1.661 1162.

-182. <»1 2. lei. 1.089 1.659 1 1'.9, -179.09 2.2'iO 1.082 1. 658 1136, -175.78 2. 295 1. 075 1. 657 1123,

-172. "t? 2.31.7 1.067 1. 655 1111,

-159. 16 2. 398 1.059 1.655 1 098, -165.65 2 . '•••8 1.050 1. 651. 1 386, -162. 5't 2. ".95 1. 0<.0 1. 65 3 107'.. -159.23 2. 5'«2 1.0 31 1.653 1061, -155.93 2.587 1. 0 21 1.652 10'.9, -152.62 2.631 1.011 1.652 1037.

-l'.9.32 2.671. 1.001 1.652 102'.. -l't5.01 2. 716 . 990 1.653 1011.

-li«2. 7 I 2. 757 .980 1. 653 999. -139. ".O 2.797 .970 1. 651. 986. -136. 09 2. 836 . 959 1. 655 972. -132. 77 2. 87<( . 9't9 1.657 959. -129. "tb 2.911 .939 1. 659 91.5. -126. l". 2 . 9*48 .92 9 1.661 932. -122.61 2.983 . 920 1. 66'. 917. -119. ".e 3.013 .911 1. 667 903. -116.

m

3.053 . 902 1.671 338. -112.79 3.087 .895 I. 676 373.

-109. (tS 3.120 .887 1.681 353. -106.07 3. 153 .881 1.687 8'i2. -102.66 3.185 .8 75 1.69'. 326. -99.29 3. 217 .870 1.702 310. -95.67 3.2'*8 .86 7 1.711 793.

-92.**'* 3. 279 . 86<* 1.722 776

.

-88.99 3.309 .862 1.733 759. -85.51 3. 3<.0 .860 1. 7'.6 7'.1. -82.00 3. 370 . 859 1.759 72'.. - 78 . '.7 3.399 .35** 1 . 7 7 t* 706.

-Z*.. 9C 3 • 1*2 9 .856 1.790 639. -71.30 3. **58 .85 2 1.306 672

,

-67.67 3 . '87 . 8'*3 1.822 657

.

-6'.. 0 1 3.516 • 027 1.335 6'*3. -60.27 3. 5*.5 .8 31 1.881 626

.

-56.**7 3. 57t. • 8 2 9 1.912 608. -52.63 3.60 3 • 827 1. 9'*i* 59 0. -".8.70 3,632 .823 1. 981 573.

-i»'t.7l 3.661 .813 2.020 555.

-^»0.65 3.690 . ai*. 2.06 3 537.

-36. t*? 3.720 . 812 2. 11 3 518. -32.19 3. 750 .610 2.17 0 •93. -27.78 3. 730 .809 2.237 7 7

.

-23.22 3.811 .809 2. 321 •56

.

-18. "t? 3. 8<«3 . 811 2. '.26 •3<.. -13.50 3.876 .81'. 2.556 •4 1 1

.

-8.2". 3.910 .811 2. 716 333. -2.61 3.9'.7 .821. 2. 92'. 36<.. 3. 986 .8 31 3. 193 339. 10.27 '..028 . 8'<6 3. 565 312.

31. ".7 "..159 .903 ".. 995 2'.9. 57.95 ..317 . 9C6 5.02'. 220. 79.05 '..L39 .850 3. •.97 221.

9".. 19 h. 525 .80' 2.6'.2 227, 106.16 <..59a .773 2. 185 23^, 116.36 6t5 .768 1.909 2^.1, 125. ".3 •..692 .71.'. 1.728 2'.7. 133.72 h,?3'i .733 1.599 253,

lli8.80 •t.SOT . 7ir 26>.. 162.53 "..871 .706 1. 323 27,. 175.37 "..92 3 .693 1.2'.9 ^i>, 187.58 '..980 .691 1. 195 292. 199.32 5.028 .685 1. 15'. 3S1. 210.69 5.0?3 . 641 1.122 303. 221.78 5.115 .o7T 1. D96 316.

232.61. 5. 15". .o73 1.076 323.

2't3.3C 5. 192 .671 I. 059 330. 253.82 5.227 .66 > 1. 0<.5 337.

THO-PHASE BOUNDARY 61
TABLE «la. THERMODYNAMIC PROPERTIES OF OXYGEN

85. BAR ISOBAR

TEMPERATURE ISOTHERM

OEKIVATIVE

ISOCHORE DERIVATIVEINTERNAL

ENERGY

Cv Cp VELOCITY

OF SOUND

K Cm3/g bar-cm3/g BAR/K J/G J/C J/G-K J/G-K J/G-K M/S

55.330 .7622 9S0r.6 39.77 -193.01 -166.53 2. 105 1.097 1.661 1168. 56. .7639 8927.0 39.30 -191. 91 -185.1.2 2.125 1. 095 I. 661 1163.

56. -168. 61. 60. .77'.3 8^5U.2 36.71. -186. 36 -176.78 2.239 1.083 1. 657 1137.

62. .7795 821li.O 35.57 -182. 09 -175.1.7 2.293 1.076 1.666 1125.

6<». .781.8 7979.1. 31.. 1.6 -176, 63 -172.16 2.31,5 1. 068 1. 665 1112. 66. .7901 771.6. 1 33.1.3 -175.57 -168.85 2.397 1.05 J 1. 651, 1100.

6a. .7956 7511..

3

32.1.1. -172,30 -165.61. 2.1,1,6 i.csa 1.653 1087.

70. .8011 7261.. 0 31.1.6 -169. 05 -162.21. 2.1,91. 1. 01.1 I. 652 1075.

72. .8067 7065.3 30.57 -166.79 -158.93 2.51.1 1. 031 I. 652 1063.

7W, .8123 6626.1. 29.66 -162, 53 -155.63 2.536 1. 022 1.651 1051.

76. .8181 6603.3 28.62 -159.28 -152.33 2.630 1.011 1. 651 1038.

7 d

.

. 821|0 6 380.3 27.98 1.001 10 26. 80. .8301 6159.1. 27.17 -152.76 -11.5.72 2. 715 .991 1.652 1013.

S2. .8 362 591.0.8 26.38 -11.9.52 -11,2.1.2 2.755 .981 1.552 1000.

.8'.25 5721..

7

25.60 -m6.27 -139.11 2. 795 . 970 1. 653 983. a6. .81.89 5511.1. 21.. 61. -m3. 02 -136.60 2.831. • 960 1.65^ 971.. S8. .8555 5300.6 21.. 10 -139.77 -132.1.9 2. 872 .960 1. 656 951. 93. .8622 5093.

3

23.37 -136.51 -129.18 2.909 , 91.0 1.657 91.3. 92. .8691 1.889. 0 22.65 -133.25 -125.86 2.9^6 . 930 1.659 931..

lit. .8762 1.668.2 21.91. -129.99 -122.51, 2.982 . 921 1.662 920.

96. .8835 1.1.90.9 21.25 -126. 72 -119.22 3.017 .912 1. 665 906. .8910 -115.66 3.051 . 90 3 1.669 891. 100. .8987 1.107.7 19.89 -I2i;. 16 -112.51. 3.085 .895 1.673 876. 102. .9066 3922.2 19.22 -116. 89 -109.19 3.118 .866 1.578 861.

10<>. .911.8 371.0.9 18.57 -113.60 -105.83 3.151 . 382 1. 631. 91.5. 106. .9232 3563.9 17.93 -110.30 -102.1,6 3.183 .876 1.691 329. 103. .9320 3391.1. 17.29 -106.98 -99.06 3.211, . 871 1,693 313. 110. .91.10 3223.5 16.67 -103.65 -96.66 3.21,6 . 666 1,707 796. 112. .9503 3060.1 16.06 -100. 31 -92,23 3.276 .665 1.717 780.

111). .95 99 2901.1. 15.1.6 -96.95 -68.79 3. 307 . 663 1.723 752. 116. .9699 271.7.2 11..67 -93.56 -86.32 3.337 . 861 1. 71,0 71.5. 118. . 9603 2597.5 11* . 3 0 -90. lb -61.83 3.367 .66 0 1,753 723. 120. • 9911 21.52.1 13.75 -86.73 -78.30 3. 397 . 859 1, 767 710.

122. 1.00211 2310.8 13.21 -63.27 -7^.75 3.1,26 . 86 7 1,732 693.

12<t. 1.011.1 2173.3 12.69 -79. 79 -71,17 3.1,55 . 852 1. 797 677. 126. 1.0261. 2C39.0 12.19 -76.28 -67,56 3.1.81. . 81.1, 1.811 652.

128. 1.0393 1907.5 11.72 -72. 76 -63,92 3.513 ,827 1.323 51.3. 130. 1.0533 1775.3 11.30 -69. 16 -60,20 3.61.1 .831 1. 663 632.

132. 1.0679 161.9.1. 10.62 -65.51 -56.1.1, 3.670 .829 1,898 611..

13<.. 1.0832 1627.1, 10.31. -61.83 -62.62 3.599 .827 1.927 597. 136. 1.0996 11.10.2 9.87 -56.08 -1,8,71. 3.628 . 621, 1. 959 579. 13d. 1.1170 1 291. . 9 9.1.1 -51.. 29 -I.I.. 79 3. 656 • 619 1 . 996 562. mo. 1.1357 1166.8 6.95 -50.1.3 -1.0.78 3.635 .615 2.035 51.1,,

litZ.\ 1.1560 1078.2 8.1.9 -i»6.i.8 -36,66 3. 715 .812 2. 081 625,

I'.'..' 1.1780 973.8 6.03 -•2. 1.5 -32.1.1. 3,71,1, .810 2. 133 506,

11.6. 1.2019 872.7 7.56 -38.33 -28.11 3.771. .803 2. 191 1.86. lltS. 1.2283 775.5 7.11 -3i». 10 -23.66 3, 60 1, . 308 2.263 <.65, 15J. 1.2575 681.7 6.66 -29.73 -19.01. 3.835 .609 2. 351. 1,1.5. 152. 1.2903 592.1 6.22 -25.21 -11,, 21, 3.867 .811 2.1.63 1,21.. ISi*. 1.3276 507.9 5.77 -20.1.8 -9.20 3.900 . 611, 2. 592 1.02. 156. 1.3708 1.2 7.1. 5.32 -15.51 -3.86 3.931. .817 2.756 380. 158. l.i>216 351.,

3

1..86 -10.25 1.83 3.971 .822 2.952 357. 160. 1.1.828 286.7 1..1.1 -1..56 6.01, i..oia .831. 3.218 333.

165. 1.7115 156.9 3.28 11.66 26.1.0 i,.123 • 879 1.. 185 273. 170. 2.1191. 103.2 2.30 31.1.1. 1.9,1.6 1..260 . 897 1.. 801 235. 175. 2.6382 115.3 1.68 1.8.91 71.31, i,.387 .859 3. 823 227. 180. 3.1081 11.9.2 1.31. 61.55 67.97 l..l,61 . 816 2. 895 230. 185. 3.5111. 185.6 1.13 71.16 101.00 i,.552 .786 2. 356 236. 190. 3.8671 220.7 .992 79.06 111.93 1..611 .765 2.033 21.2. 195. •.1890 253.8 .891 85.93 121.51, 1,,661 .71,9 1.820 2'.8. 200. i<. 1.862 281..

9

.813 92.12 130.25 1.. 706 .738 1.571 251.. 210. 5.0282 31.2.1) .699 103. 16 11.5.90 1,. 761 ,721 1.1,78 255. 220. 5.5236 39i>.8 .618 113. 09 160.01, 1.. 81,7 .710 1.358 275.

230. 5.9865 It 1(3.1. .556 122.30 173.15 i,.905 . 701 1.276 ^81,.

Z<*i. 6.1.255 1.89.0 .608 131.02 185.61, 1..958 .693 1.217 /293. 250. 6.81.63 532.2 .1.69 139.38 197.57 5.007 .687 1^ 172 301. 260. 7.2529 573.5 .1.37 11.7,1.6 209.11 5.052 .682 1. 137 309.

27-0. 7.61.80 613.2 .••09 155. 32 220.33 5.095 .678 1.109 317. 280. 8.0339 651.5 .385 163.01 231.30 6.136 .67-. 1.086 321.. 290. 8.1.121 688.6 .365 170.57 21,2.07 5.172 • 671 1. 068 331. 300. 8.7639 725.2 • 31.7 178. 01 262.67 5.206 .669 1.053 338.

TWO-PHASE BOUNOARY 62
TABLE Via. THERHOOYNAHIC PROPERTIES OF OXYGEN

90. aAV, ISOBAR

TEMPERATURE VOLUHE ISOTHERM

DERIVATIVE

K Cm3^G BAR-CM3/G

55.386 .7620 9025.7

56. .7636 8952.1

58. .7687 6713.3

60. .7739 8<i76.2

62. .7791 8240.5

6i». .78'>lt 8006.3

66. .7897 7773.5

68. .7951 75 ".2.

2

70. .8006 7312.'! 72. .8062 7084.2

7<t. .8119 6857.8

76. .8176 6633.2

73. .8235 61il0.6 ao. .8295 6190.2

S2. .8356 5972.2

8<t. .8<tl9 5756.6

86. 5543.8

88. 5333.7

90. .8615 5126.8

92. . 8663 4923. 0 9<t. .8751) 4722.7

96. .8826 4525.9

96. .8901 4332.9

100. .8977 4143.9

102. .90 56 3958.9

lOit. .9137 3778.1

106. .9221 3601.7

108. .9307 3429.

7

110. .9396 3262,3

112. .9^88 3099.4

n't. .9584 2941.2

116. .9682 2787.5

lis. .9785 2638.3

120. .9891 2493.4

122. 1.0002 2352.6

12<t. 1.0118 2215.5

126. 1.0239 2081.7

128. 1.0365 1950.6

130. 1.0502 1818.5

132. I.a6<t5 1693 .

3

13<t. 1.0 79<. 1572.3

136. 1.095<« 1455.6

138. 1.1123 1341.4 mo. l.tJd'i 1233.

1

1<»2. 1.1500 1126.3

l<»<t. 1.1711 1022.

3

l'«6. 1.1939 922.2

I'ti. 1.2190 825.9

150. 1.2<<65 733.0

152. 1.2770 644. 3 15<». 1.3113 560.9

156. 1.3501. 480.7

158. 1.3956 408.0

160. l.i»i*Sb 340 .1 165. 1.6335 203.4

170. 1.9<<12 130.1

175, 2.3716 120.9

140. 2.9107 145. 4 185. 3.2022 178.6

190. 3.5500 212. 7 195. 3.86<<6 245.6

200. "..ISitS 276.4

21C. <«.6808 335.3

220. 6.1597 368.5

230. 5.6057 436.0

2<tO. 6.0275 484.4

250. 6. '•311 528.3

26U. 6.8203 570.2

270. 7.1981 610.5

280. 7.9666 649.5

2911. 7.9275 667.3

300. 8.2819 724. I

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERCY

BAR/K J/G J/G

39.77 -192.98 -186.13

39.34 -191.98 -185.11 38.02 -168.71 -181.79 36.78 -185.44 -178.47 35.62 -182.17 -175.16 34.52 -178.91 -171.85 33.48 -175.65 -168.54

32.48 -172.39 -165.24

31.53 -169.14 -161.93 30.61 -165.89 -156.63 29.72 -162.64 -155.33 28.86 -159.39 -152.03 28.03 -156.14 -148.73 27.22 -152.89 -145.43 26.42 -149.65 -142.12 25.65 -146.40 -138.82 24.89 -143.15 -135.52

24.15 -139.91 -132.21 23.42 -136.66 -128.90 22.70 -133.41 -125.59 22.00 -130.15 -122.27

21.30 -126.89 -118.95 20.62 -123.63 -115.62

19.95 -120.36 -112.28 19.29 -117.09 -108.94 18.64 -113.81 -105.58

17.99 -110.51 -102.22 17.36 -107.21 -98.83

16.74 -103.89 -95.44 16.13 -100.56 -92.02 15.64 -97.21 -88.59 14.95 -93.84 -85.13 14.39 -90.45 -81.65 13.83 -87.04 -78.14

13.30 -83.60 -74.60 12.78 -80.14 -71.03

12.29 -76,65 -67.44

11.81 -73.15 -63.82

11.40 -69.58 -60.13

10.93 -65.97 -56.39

10.45 -62.32 -52.61

9.98 -58.62 -48.76

9.53 -54.85 -44.85

9.08 -51.05 -40.88

8.62 -47.16 -36.61

8.17 -43.25 -32.66

7.72 -39.15 -28.41

7.27 -35.01 -24.04

6.83 -30.7b -19.54

b.40 -26.37 -14.86

5.97 -21.81 -iO.Cl 5.53 -17.06 -4.91

5.10 -12.07 .49 4.67 -6.75 6.26

3.60 e.ll 22.61 2.65 25.54 43.01

1.95 42.82 64.17

1.53 56.50 81.60 1.28 66.99 95.81

1.11 75.52 107.47

.989 82.83 117.61

.897 89.35 126.74

.765 100.87 142.99

.672 111.11 157.55

.603 ' 120.56 171.01 .549 129.46 183.71

.506 137.96 195.84

.4/0 146.15 207.53

.439 154.11 218.89

.413 lbi.i1 229.98

.391 169.50 240.85

.371 176.99 251.53

ENTROPY Cw Cp VELOCITY

OF SOUND

J/G-K J/G-K J/G-K M/S

2.10 5 1. 097 1. 661 1169.

2. 123 1. 096 1.660 1165. 2.181 1. 090 1.659 1151.

2. 236 1.084 1. 657 1139. 2.292 1.076 1. 656 1126.

2. 345 1. 068 1. 654 1113.

2. 395 1. 060 1.653 1101. 2.445 1.051 1. 652 1089.

2. 493 1.042 1.652 1077 . 2.539 1.032 1.651 1065.

2. 584 1.022 1. 650 1052. 2.628 1.012 1.650 1 040 . 2.671 1.002 1. 650 1028. 2.713 . 992 1.650 1015.

2. 754 .981 1. 651 1002.

2. 794 .971 1. 651 989.

2. 832 . 961 1. 652 976.

2. 870 . 951 1. 653 963.

2. 908 . 941 1.655 950. 2.944 .931 1. 657 936. 2.980 . 922 1.660 922. 3.015 . 913 1. 663 908.

3. 049 .904 1. 666 894. 3.083 . 896 1.670 879. 3.116 . 889 1.675 86'.. 3.148 .883 1.681 848,

3. 181 .677 1.687 832. 3.212 .872 1.695 816. 3.243 . 869 1.703 800. 3.274 . 866 1. 712 783. 3.305 .864 1.723 766. 3.335 . 862 I. 735 749.

3. 364 . 861 1. 747 732.

3. 394 . 860 1.761 715. 3.423 .857 1, 775 698.

3. 452 . 853 1.799 682. 3.461 .844 1.80 2 667. 3.509 .828 1.812 653.

3. 536 .83. 1. 856 637. 3.566 . 8 30 1. 885 620. 3.595 . 82' I. 912 603. 3.623 .324 1. 940 585. 3.652 . 620 1.975 569.

3. 68 0 .815 2. 010 551.

3. 709 . Cl2 2.052 534. 3.738 . 310 2.100 515. 3.768 .809 2. 152 496. 3.797 .607 2. 214 «76.

3, 828 .80 7 2. 292 456. 3.659 .309 2. 384 436. 3.890 .81 2. 492 .15. 3.923 .813 2. 626 394. 3.958 .816 2. 777 373. 3.994 . 826 2. 978 350. 4.C96 .863 3. b73 29>». 4.216 .882 4. 328 253. 4.339 . 861 3. 954 236. 4.438 .623 3.113 235. 4.515 . 792 2.526 239. 4.577 .770 2. 157 2'.4. 4.630 .754 1.914 250. 4,676 .742 1, 745 255, 4.756 .725 1.527 266.

4. 3^4 ,713 I. 394 276.

4. 8B3 .703 1. 304 285, 4.937 .696 1.239 294.

4. 987 . 689 1. 190 302. 5.033 . b84 I. 151 310. 5.076 .679 1. 121 318. 5.116 .675 1.097 325. 5.154 . 672 1.077 332.

5. 190 . d69 t. 061 339.

IHO-PHASE BOUNDARY 63
TABLE Via. THERMOOYHAMIC PROPERTIES OF OXYGEN

95. BAR ISOBAR

TEMPEKATURE VOLUME ISOTHERM DERIVATIVE

K CM3/t 8AR-CM3/G

.7616 90'«3 . 7

. 76 33 897 7 •

0

• 7 66*» 8739a 9

6 0. .7735 8502.

1

• 7786 8266.9

. 76'. li 8033a2

• 7 993 7 600.9

bfl* . 79^*7 7570 .

0

.d002 731.0.7 72. .8057 7113.0

. 8 1 1*. 6987.0

.8171 666 3.0

7ft* a 9 2 30 6'*'. 0 a 9 «n

• 8289 622 1.

0

. 8350 6003a5

flf

*

• 8^12 5788.'.

Hf»" a J*. 76 5576.0

fl6 . 8 5*»1 5366.6

90. .8608 5160.1

92. .9676 1.956.9

a 9 7'.6 * 75 7 .

1

Q^' If 560 , g Q

• o aqo (.36 8 • 10 0. * *»179. 8

10 2. 399 5.3

10 « • *9126 3815.1

n

' a 920

9

3639.2

1 0 s • 3'*6 7 • 7 110. a9363 3300.8

112. a9'.7't 3139.5

1 1 **

.

2 980.7

116.

lid. • 2679.8

12 0. a 98 72 253'.. 3

122. 2 39 . 0 12'*. ^ * ? 7^ ?I* n 126. 1 a 0 21'. 129. 1 a 0 3 38 1993*'. 130. 1.0<t73 1861.'. 132. laQ6l2 1736.7

13U. 1 a 0 75 6

1 ^nn

* ^ 136. 1.0913 ?

, 138. 1.1078 1 38 7 a 3 mo. 1*1253 1279 a 7

1I.2. la 1^U2 1 17 3a 't mi*. lal6<>6 10&9a 9

lifb. 970*7

i<>e. 1.2103 875.2

150. 1.2363 783.0

152. 1.261.9 695*1

15<>. 1.2968 612*5

156. 1.3326 532*'. isa. 1.3735 '.60.1 160. l.<>203 392.0

165. 1.5765 250.6

170. 1.8200 163.6

175. 2.1693 135*2

ISO. 2.5637 l'.7.3 185. 2.9360 175*2

190. 3.2729 207.1

195. 3.5791 239.3

200. 3.9611 270.". 210. "..3738 329.3

220 . <..9363 333.0

230. 5.2667 <>33.1

2<iO. 5.6730 <.S0.2 250. 6.0610 S2<..8 260. 6.it3<>6 567. <t 270 . 6.7967 608.2

290. 7al<t96 6it7*7 290. 7.<t9<>8 686*0

300. 7.8337 723.3

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY 8AR/K J/li J/C,

39a77 -192.96 -165.72 39.39 -192. 05 -I81..8O 38. 06 -188. 78 -181. ".9 36.92 -185.51 -178.1b

35.66 -182.25 -17'.. 85

3'.. 66 -178.99 -171.5'. 33.52 -175.71. -168.21. 32.53 -172.1.8 -161.. 93 31.57 -169.23 -161.63

30.66 -165.98 -158.33

29. 77 -162.71. -155. 03 28.91 -159.1.9 -151.73 28.07 -156.25 -11.8. '.3 27.26 -153. 01 -11.5.13

26.1.7 -11.9.77 -11.1.83 25.70 -l'.6.53 -138.63

2'..9<. -11.3.29 -135.23

2'.. 20 -11.0.01. -131.93

23.1.7 -136.80 -128.62 22.76 -133.56 -125.32 22.06 -130.31 -122.00 21.36 -127.06 -118.68 20.68 -123.91 -115.3b

20.01 -123.55 -112. U3

19.35 -117.29 -106.69

16.70 -111.. 01 -105.31. 18.06 -110.73 -101.98

17.1.3 -107.1.3 -98.60

16.81 -101.. 13 -95.22

16.21 -100.91 -91.61 15.61 -97.1.7 -38.36 16.03 -91.. 12 -81.. 91. 11.. 1.7 -90.71. -61.1.5 13.92 -67.35 -77.97

13.38 -63. 93 -7'.a'»i. 12 .67 -30. '.8 -70.89

12.38 -77.02 -67.31

11.91 -73.51. -63.71

11.50 -70.00 -60.05 11.03 -66.1.2 -56.31. 10.56 -62.80 -52.66

10.09 -69. 13 -1.8.76

9.61. -55.1.2 -1.1.. 89 9.19 -51.66 -1.0.96

8.75 -1.7.81 -36.91. 9.31 -i.3a91 -32.85

7.87 -39.93 -28.66

7.1.2 -35.67 -21.. 37 6.99 -31.72 -19.97 5.57 -^7.t^5 -15.1.3 6.15 -23.03 -10.71

5,7't -18. '.6 -5.80 5.32 -13.59 -.61.

1..90 -8.65 '•.85

3.89 5.12 20.10 2*96 20.90 38.19 2.23 37.32 57.93

1*71. 51a5'. 76ae9 H,!, 52.78 90.67

I. 21. 71.91 103.01

1.09 79.68 113.69

.987 86.65 123.23

.83'. 98.56 11.0.11 ,729 109.12 155.07

.652 113*81 158. 8". .591 127.89 181.78

.5'«3 136.53 19'.. 11

.60'. I'.'.. 61. 205.97

.1,70 152.90 217. '.6 .'.'.2 150.75 228.57

.1.17 163.1(3 239.53

.396 175.90 250. '.0

ENTROPY Cw Cp VELOCITY

OF SOUND

J/&-K J/G-K J/G-K M/S

2.105 1.098 1.661 1170. 2.122 1.095 1.550 1166.

1 . &5 8 1153. 2.236 1. C81. 1.657 111.0.

2. 291 1.077 1. 655 1127. 2.3h3 1. 551. 1115.

2. 391. 1.060 1.663 1103.

2. '.1.3 1.051 1.662 1090.

2. '.91 1.01.2 1. 651 1079. 2.538 1.033 1. 650 1056. 2.583 1. 023 1. 650 1061.. 2.627 1.Q13 1.51.9 101.2.

2 . c 7 0 1 • 61. 9 10 29.

2. 712 . 992 1. 61.9 1017.

2.752 . 162 1. 51.9 1001.. 2.792 .972 1.650 991. 2.831 . 961 1.651 978.

2. 66 9 . 951 1.662 965. 2.906 .91.1 1.653 952.

2.91.2 .932 1.655 938. 2.97d . 922 1. 657 925. 3.013 .913 1.660 910.

3 . C 1.

7

1.651. 896 . 3. 081 .897 1.667 681.

3. 111. . 890 1.572 666. 3.m6 . 881. 1.677 651. 3.178 .876 1. 681. 636.

3, 210 .67 3 1.691 819.

3. 21.1 . 869 1.599 803. 3.272 . 667 1. 708 786.

3. 302 .6 66 1.718 770.

3. 332 . 863 1.729 753. 3.362 735.

3. 391 . 661 1.751. 719.

3.1.20 .658 1. 768 702.

3. 1.1.9 . 851. 1. 781 585.

3.1.78 . S1.5 1.793 671. 3.506 . 828 1.801 558.

3. 531. . 831 1. 81.1. 51.3. 3. 563 .830 1.672 525.

3. 591 . 927 1.897 609. 3.619 . 821. 1.921. 592.

3.61.6 .620 1.956

3. 675 . 61 1.967 559.

3.701. .612 2. 025 51.1. 3.733 . BlO 2. 070 523. 3.752 .606 2. 117 sot. 3.791 . 606 2. 170 1.85. 3.821 .806 2.238 1.56* 3. 851 .806 2. 316 1.1.7. 3. 862 . 807 2. 1.09 1.27. 3.913 .809 2.521 1.07. 3.91.5 .911 2. 61.3 397. 3.981 .620 2. 798 366.

1..071. , 851 3.326 313.

1..182 . 867 3. 886 271.

1..297 .859 3. 985 21.7.

It. 398 .827 3.250 2'.1.

'..'.79 .797 2. 675 21.3.

1..51.6 .775 2.276 21.7. 1..501 . 753 2.008 252*

It. 6'<9 . 71.6 1.819 257.

1.. 731 .721 1.577 257.

1..8OI .716 1.1.30 277.

1.. 852 .706 1. 331 285.

It. 917 .598 1. 260 295.

It. 958 .591 1.207 303.

5.011. .685 1. 165 311. 5.057 .680 1.131. 318. 6.098 .576 1.108 326. 6.137 .572 1.086 333. 5.173 .669 1. 059 3<tO.

TMO-PHASE BOUNDARY 64
TABLE Via. THERMOOYNAMIC PROPERTIES OF OKYGEN

100. BAR ISOBAR

TEMPERATURE

K

VOLUME Cm3/6ISOTHERM

DERIVATIVE 8AR-Cm3/g

ISOCHORE DERIVATIVE

SAR/K

INTERNAL

ENERGY

J/G

ENTHALPY

J/C

ENTROPY

J/G-K

Cv J/G-K

VELOCIT Y Of SOUND

M/S

5S.500 .7517 9061.8 39.78 -192. 9'» -185.32 2. 106 1. 0 98 1.660 1170.

56. .7629 9002.0 39.'t3 -192.12 -18<..'.9 2.121 1. 097 1. 560 1167.

58. .7680 876i>.2 38.10 -186.85 -181.17 2.179 1. 091 1.558 1151.. 60. .7732 8527.9 36.86 -185.59 -177.86 2.235 1. 0 95 1. 655 1 11.1. 62. .778'! 6293.2 35.70 -192.33 -171.. 51. 2.289 1. 077 I. 555 1129.

6i». .7836 8060.0 3<t.61 -179.07 -171.21. 2. 31.2 1. 069 1.653 IU5.

66. .7689 7828.1 33.56 -175. «2 -167.93 2.393 1. 051 1.552 llOi.. 68. .79i>3 7597.7 32.57 -172.57 -161.. 63 2. 1.1.2 1. 052 1.651 1 092. 70. .7998 7368.9 31.62 -169.32 -151.33 2.1.90 1. 01(3 1.650 1080.

72. .8053 7l<tl.7 30.70 -166.08 -158.03 2.536 1. 033 1. 51.9 1058.

7i». .8109 6916.2 29.81 -152. 9<. -151.. 73 2.582 1. 023 I. 51.9 1 055, 76. .8166 6692.6 28.95 -159.50 -151.1.3 2.626 1. 013 1. 51.9 lOi. J. 78. .9225 6<t71.1 28.12 -156. 36 -11.8. 13 2. 668 1. 003 I. 51.8 L031. SO. .828<< 6251.7 27.31 -153. 12 -ll^.6l. 2.710 993 I. 5U8 1319.

82. .831)1. 603<«.5 26.52 -11.9.89 -11.1,51. 2, 751 ,963 1.61.8 1005.

8<f. .8M06 5820.1 25.75 -11.6.65 -136,25 2. 790 , 972 1.61.9 993. 36. .91.70 5608.2 21.. 99 -11.3, 1.2 -131., 95 2, 829 .962 1.61.9 980. 88. .9531. 5399.2 21.. 25 -11.0.18 -131,65 2.867 . 952 l.b50 967. 90. .8600 5193.3 23.52 -136.95 -128.35 2.901. .91.2 1. 651 951.. 92. .9668 1.990.6 22.81 -133.71 -125.01. 2. 91.1 .932 1.653 91.1.

9<>. .8738 1.791.3 22.11 -130.1.7 -121,73 2. 976 , 923 1. 555 927. 96. .8809 ii595.6 21.1.2 -127.23 -118.1.2 3.011 .911. 1.658 913. 98. .8883 1.1.03.6 20.71. -123.98 -115.10 3. 01.5 .906 1.661 899, 100. .8958 1.215.6 20.07 -120.73 -111.77 3.079 .699 1. 565 3 91.,

102. .9035 1.031.6 19.1.1 -117.1.7 -108.1.1. 3,112 , 691 1. 669 869, 104. .9115 3851.9 18.76 -111.. 21 -105.10 3, 11.1. .865 1. 571. 951.. 106. .9197 3676.5 18.13 -110.91. -101.71. 3, 17b . 87^ 1.590 939. 108. .9282 3505.6 17.50 -107.65 -98.37 3,208 .671. 1,587 622. 110. .9369 3339.1 16.89 -101.. 36 -91.. 95 3.239 .870 1. 695 806. 112. .91(60 3177.

3

15.28 -101.05 -91.59 3.269 . 86 S 1.701. 790 . 11<>. .9553 3020.0 15.69 -97.73 -66,16 3.30G . 865 1,713 773. 116. .961.9 2867.2 15.11 -91.. 39 -81., 71. 3.330 . 661. 1,721. 756. 118. .971.9 2719.0 11*. 55 -91.03 -61.26 3.359 . 953 1. 735 71.0. IZO. .9853 2575.0 11., 00 -87.65 -77.75 3, 366 . 862 1. 71.9 723.

122. .9960 21.36.0 13.1.7 -81»,2l. -71.. 26 3,1.18 , 859 1,761 706,

12i». 1.0073 2298.8 12.95 -90, 82 -70.75 3.1.1.6 , 651. 1,77J 591, 126. 1.0189 2165.9 12.1.7 -77,37 -67.18 3,1.75 , 91.5 1, 791. b75 . 128. 1.0312 2035.9 12,00 -7 3, 91 -63,60 5, 503 , 82 9 1.791 663, 130. 1.01. 1.1. 1903.9 11,50 -70,1.1 -59. 9i 3.531 • 932 1. 833 61.8. 132. 1.0580 1779.8 11,11. -55.86 -56. 2[ 3,559 , 930 1. 860 631.

131.. 1.0723 1660.8 10.67 -53.27 -52.55 3.567 , 626 1. 881. 615. 136. 1. 0871. 151.1..

6

10.20 -59.63 -1.8.75 3.615 ,625 1,909 599. 138. 1.1035 11.32.5 9.76 -55. 95 -1.1.. 92 3, 61.3 , 821 1,937 581.

li»0. 1.1205 132 5.5 9.31 -52,23 -1.1.03 3.671 ,81b 1. 965 555.

I<t2. 1.1398 1219.8 8.87 -1.6, 1.1. -37.06 3.7J0 ,913 2.001 51.9.

1<>1«. 1.1681. 1116,6 8.1.1. -1.1., 59 -33.01 3. 726 ,610 2, 01.2 531.

l'»6. 1.1791. 1016.3 9.00 -1.0,68 -26.69 3,756 , 80-i 2.086 513, ma. 1.2022 923,1. 7,56 -36,69 -21.. 57 3, 785 . 606 2,132 •.9'., 150. 1.2269 831.9 7.11. -32.52 -20.35 3,611. ,805 2. 190 1.76. 152. 1.2539 71.1.. 8 6.71. -28. 1.5 -15.91 3, 61.3 ,605 2, 261 -.57. ISt. 1.2838 662. 7 5,33 -21., 16 -ll,3ii 3,673 , 605 2.339 ,39. 156. 1.3169 582.9 5.92 -19, 71. -6,57 3. 90-. ,605 2.1.35 •.20. 158. 1.351.3 510.7 5.52 -15. 11. -1.50 3.935 .609 2.531. 1.00. 160. 1.3955 1.1.2,5 5.12 -10.32 3,51. 3,969 ,815 2,651 390.

165. 1.5321. 297,6 1.. 11. 2.62 17.96 1.. 057 . 01.3 3.079 330. 170. 1.7330 200.7 3.25 17.16 31., 1.9 i.,155 , 956 3, 535 298, 175. 2.0181. 156.6 2.50 32. 56 52.75 ^,251 ,651 3. 697 261, 180. 2.3627 155.2 1.95 1.6.82 70,1.5 3bl , o27 3.314 21.9. 185. 2.7091 175.9 1.61 58. 62 85.71 1., l.*.? .600 2, 792 21.8. 190. 3.0315 201.. 1. 1,37 66.30 96.51 1., 611. , 778 2,385 250. 195. 3.3278 236,0 1,21 75.51 109.73 1.. 572 . 76.' 2. 097 25-.. 200. 3.6015 255.6 1,08 83, 71 119.73 i.,6c2 . 71.9 1.892 259. 210. '>.099i< 321..

2

,907 96,22 137,21 1., 707 ,731 1.527 269. 220. It. 51.85 376 .6 .789 107,13 152,6: 1.. 779 ,719 1.1.67 273.

230. 1>.9635 1.29.0 ,702 117,05 166. 6S 1.. atZ .706 1,359 297.

2i«0. 5.3555 1.76,5 ,535 126, 31 179.87 I., 898 .700 1,292 295. 250. 5.7292 521.8 .582 135.10 192.39 '.,91.9 .693 1.225 301.. 260. 5.0685 551..

9

.539 11.3,53 2C<..i.t ». 996 ,b67 1, 181 312. 270. 6.1.355 606.3 .502 151,56 216.05 5, Ci.0 ,681 1. 11.6 319. 280. 5.7752 61.6,2 .1.71 159,61 227,36 5. 061 .677 1,119 327. 290. 7.1U53 565,0 , 1.1.5 167, 36 239.1.3 5, 120 ,673 1 . 095 331.. 30 0. 7.1.311 722.7 . 1.21 171.. 9? 21.9. is 5,157 .670 1.077 3-1.

THO-PHASE BOUNQARY 65
T48LE Via, THERMODYNAMIC PROPERTIES OF OXYGEN

110. BAR ISOBAR

TEMPERATURE WOLUME ISOTHERM DERIVATIVE

K Cm3/G 6AR-Cm3/g

55 • 61

3

• 7613 9097.8

56* 7 623 9051.7

5d« . 767'» 8610.8

60* • 7725 8579.5

62* • 7777 8305 .

7

• 7829 8113.0

66* .7861 7882.

5

6a. .7935 7653.0

70. .7989 7025.1

72, • 6 0 tt 7198.

9

• 8 100 6970.0

76. • 8156 6751.7

76. • 921** 6531.1

80. • 8273 6312.7

82. • 8 333 6 0 96.6

8^. • 839** 5 88 3.1

86. • 8*f57 567 2.2

88. .8521 5060.2

90. .8586 5259.3

92. • 8653 5057.6

9**. .8722 0 8 5 9.3

96. • 8 792

99. • 88 65 0*» 7 3 • 6 100 . .8939 0286.6

10 2. • 9 0 15 0 1 0 3.

6

104.

106. ' 9175 37 50.5

108. .9258 3580.5

110. .931.3 3015.

0

112. • 9<* 32 3250.1

n't. * 9 523 3097.7

Il6 • 118.

120.

*• QA

122

124. *nn?Q ?7An 7

1 0 1 03 2208 7 1.0261 2119.0

130. 1.0388 1987.8

1 060 •

8

* 13o .

1 nan* 1631.9

133. 1. 0953 1521.

2

140 . 1. 1110 1015.2

142. 1 .1286 1310.0

1 . 1069

litfi. 1.1665 1110.9

108. 1.1875 1017.2

153. 1.2100 926.9

152. 1.2300 80 0.9 150. 1.2610 759.7

156. 1.2900 680 .6 15«. 1.3222 608. << 161). 1.3578 5O0.0

165. 1.0667 390.3

170. 1.6153 280.1

175. 1.8170 213.7

180. 2.0730 187.2

185. 2.3572 190.1

190. 2.6015 208.

0

195. 2.9127 233.6

200. 3.1670 261.3

210. 3.6305 317.6

220. O.0567 372.0

230. 0.0058 023.

0

203. 0.8110 071.0

250. 5.1599 517.1

260. 5.0903 561.1

270. 5.8173 603.

0

280. 6.1313 600.2

290. 6.0377 683.8

300. 6.7380 722.3

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY BAR/K J/G J/G

39.78 -192.88 -180.51 39.51 -192.25 -183.87 38.19 -188.99 -180.55

36.95 -185. 73 -177.21. 35.79 -182.1.9 -173.93 30.69 -179.23 -170.62

33.65 -175.99 -157.32 32.66 -172.71. -160. 02 31.70 -169.51 -160.7? 30.79 -165.27 -157,02

29.90 -163.00 -150.13 29.00 -159.91 -150.83 28.21 -156.58 -107.51. 27.00 -153,35 -101.. 25 26.61 -150.12 -100,9b 25.80 -m6,90 -137.67 25.09 -11.3.68 -130,37 20.35 -11.0, it5 -131.08 23.62 -137,23 -127,79 22.91 -130.01 -121.. i«9 22.22 -130,79 -121.19 21.53 -127,55 -117,68 20,85 -120, 32 -111., 57 20,19 -121,09 -111.26 19.53 -117.85 -107.93 18.89 -110.61 -100.60 16.26 -111.35 -101.25 17.63 -108,09 -97,91 17.02 -100.82 -90.5lt 16.02 -101,53 -91.16

15.80 -98.23 -87.76 15.26 -90.92 -80.31. 10.71 -91.58 -80.90 10.16 -88.23 -77.03 13.60 -80,85 -73.95 13.13 -91.07 -70. 0^ 12.60 -78.06 -65.91 12.18 -70.65 -63.35

11.79 -71.20 -59.77 11,33 -57,70 -56.13

10.89 -60. 17 -52,1.1. 10,02 -60.59 -1.8.71 9.97 -55.96 -00.93

9,53 -53,30 -01,11

9.10 -09.63 -37.22

8.68 -05.88 -33.27

8.27 -02,08 -29.25

7.85 -38,21 -25,15 7.03 -30,29 -20.98 7.00 -30.29 -16.71

6.65 -25.19 -12.32

6.26 -22.01 -7,82 5,88 -17.69 -3,15

5.50 -13,20 1.71. 0.59 -1,01 10,72 3.70 11,03 29.20 3.00 25.05 05.01. 2.00 36,55 61.35

1.97 50.75 76.68 1.66 61.21 90.27 1.05 70.16 102.22

1.29 78.31. 112.88

1.06 91.51 131.09

.915 103.10 107.72

.809 113.52 162.02

.726 123,16 176,09

,662 132,20 189.00

,610 100.91 201.35

.567 109.26 213.25

.531 157.35 220.79

.500 165.23 236.05

.073 172,96 207.09

ENTROPY Cy Cp VELOCITY

OF SOUND

J/G-K J/G-K J/G-K M/S

2,107 1.099 1,660 1172.

2. lie 1. 0 98 1,560 1 170, 2,175 1, 093 1. 658 1156, 2,233 1, 0 86 1.655 1100, 2,29 7 1. 079 1. 650 1131.

2, 339 1,071 1. 653 1119.

2. 390 1, 062 1.651 1107. 2.039 1,053 1. 650 1095,

2. 067 1,000 1, 509 1 09 3, 2,531. 1, 0 30 1. 508 1071. 2.579 1,025 1,507 1059. 2.623 1,015 1,606 10O7.

2, 665 1,000 1, 606 1030. 2.70 7 ,990 1. 605 1022.

2. 709 .981. 1. 60S 1010.

2. 787 ,970 1. 606 997.

2, 826 .963 1,606 980. 2,850 , 95 3 1 . 607 971. 2,901 . 900 1. 606 958. 2.937 .931. 1.509 905. 2.973 .925 1.551 931. 3,007 .916 1.653 919.

3 . 002 ,90 6 1. 656 90 3. 3,075 .900 1.659 889. 3.106 .693 1, 660 970.

3. loo .666 1 , 66 9 959.

3, 172 .881 1, 670 914O . 3,20 0 .8 76 1, 680 829. 3.230 .97 2 1, 597 813.

3. 265 • 8 7 0 1,695 797. 3.295 , 86- 1. 705 780. 3,325 . 855 1,715 760. 3,350 . 865 1. 725 707 . 3.363 .863 1.737 731. 3,012 ,661 1, 708 715. 3.001 . 855 1, 759 699.

3 . 069 . 806 1 , 767 605 . 3,097 ,8 29 1. 772 673.

.6 33 1,613 658. 3,552 ,8 31 I. 837 602 . 3,560 , 829 1, 858 626. 3.508 .825 1, 861 610. 3.535 . 8 22 1,900 590.

3 , 663 .818 1,928 578 .

3 690 810 1,957 561. 3,716 ,611 1 . 99 3 505.

2, 029 529,

3* 770 ' 806 511. 3,802 .800 2, 113 090. 3.630 .803 2. 166 076. 3.659 .803 2, 226 059. 3,886 ,803 2,298 001. 3.917 .603 2.371 020. 3.906 , 809 2.1.60 O05. 0,026 .6 32 2. 706 359. 0.115 .901 3,050 319. 0.206 .639 3,269 289. 0.298 .823 3,212 270.

0. 382 .902 2.897 262. 0.055 .782 2. 502 260. 0.517 .765 2.208 252. 0.571 .750 2.020 255. 0.662 ,736 1,723 273. 0.737 .723 1.538 281. 0.803 .713 1.016 290. 0.861 .701. 1. 325 298. 0.910 ,696 1.261 306. 0,962 ,690 1.210 310. 5.007 ,683 1.171 322. 5.0O9 .678 1. 139 329. 5.088 .670 1.113 336.

5. 126 .670 1.092 303.

TMO-PHASE BOUNDARY
TABLE Via. THtRMOOVNANIC PKOPERTIIS OF OXYCEN

121. BAR ISOBAR

TEHPERATURE

K

VOLUME isotherh oerivative

bar-cmS/g

ISOCHORE OERIVATIVE

BAR/K

INTERNAL ENERGY

J/G

ENTHALPY

J/G

ENTROPY

J/G-K

Cv

J/G-K

Cp J/G-KVELOCITY

OF SOUND

ri/s

• 51 t9f* . 7610 9133.

7

39. 79 -192. 83 —183. 70 00

1 fe^Q 1174 * * . 7617

Acc* ^

9 lit 110 0

1 OQ^

1172. 0D65.

3

38*27 "l89* 13 *179*93 ?Wa

1 fcC7 1 159* 60 • • 7718 8630.9 37.03 —185.86 -176.62 1 n «7 1 tK« 1146.

oZ» .7769

0* *t 35.07 OHO

1 1134 * 8166.6 ** 7Q* « •170 01 7 1t7 107 9 1 1 22 a 66« "707^ 33*74 *176*15 *166*70 2*387 1* 063 I 650

68. .7927 770aIi 32.74 -172.92 -163.41 2.437 1. 054 1. 649 1098.

70. .7980 74»dl.l 31.79 -169.69 -160,11 2.484 1. 045 1.647 1086a

72* • 90 35

li ?^ 2.531 1.0 36 1.646Ti» r H« 29*99

"i^fl ?x

2 576

1 * ti!^

1 0fc7*

1 76 n^n * A1^7 6810 5 29.13 -160 01 1*016

7 • A20'i 6590 •

A

28.30 -156. 79 I1 tft Q5 2.663 1.006 1 ^44 1 n7«*

AO • • A262 6 37 3 • 27.49 -153.57 • 2. 704 . 995 11. ft47

oZ« * A^A^ 7« oi

1 qn

_ I1 ^7 OQ f* 7Rt- II 1 U7* 1

R

* Q7e: 1001 86* * A^^*^ 5735 8 25*16 "143* 93 "l33*8D 2* 823 * 965 1 643 988* AA. • 850A 5528.7 24.45 -140.72 -130.51 2.861 .955 1.643 975a 90. .8572 532i».8 23.73 -137.51 -127.22 2.898 .945 1.644 963a 92 • . 8639 5 121. . 0 - 134. 30 2.934 .936

9*t • .8707 1.92 6.7 22 .32 -131.09 -120.64 2.969 . 926 1* 647 936*

96 • . 87 76 1*733. 0 21 . 64 —127 .88 -117.34 3.004 .918 1.649 922 a 9 A« .861*7 1*51*3. 0 20 . 96 —124. 66 -114.0 4 3.038 .9 09 1.651 90 8 a 10 0 • . 0921 1*356 . 9 20 a 30 -121. 44 -110.74 3.071 • 9 0 2 1.654 894.

IG 2* 19.65 -118.22 -107 u? _ 895 1 ftftO *9073 3997*1 "104*10 3* 136 I* 662 865* 10&* .9152 362 3.6 16.38 -111. 76 -10 0.77 3 . 168 .883 1.668 6 5 0 a 108. .923<> 3651*.

6

17.77 -108.51 -97.43 3.199 . 878 1.673 635a 110. .9318 31*90.0 17.16 -105.26 -94.08 3.230 .8 74 1.680 619a 112 • l^*QA

• 87 2 *9i»9^ 3174*4 "-Qfl* 7? Ia7*T7 3* 290 1* 696 7 6 7a 11 6« . 9586 3023.

3

-95*43 3.320 * ftfcB 1.706 771a 11 A • 2876.7 It Aft -92 • 12 -80*51 ' MF.7 • 1.716 755 a 120 • . 97 80 2734 •

3

14. JZ -86.80 -77.0 6 3.378 1.726 739 a

12 2 • . 98 82 2 595 ,

0

1 3 a

'8 0 -ft5 Uh -77 fiQ 3.407 663 1 ' 73fi

_ 723. 124* "ft?" 1 n "70 1? .85 7 1*0098 2330* 1 12*81 ~78* 73 "66 61 3

* 463 I 752 694* 12a! 1.0212 2201.6 12.35 -75.35 -63.10 3.491 .830 1. 754 682. 130. 1.0335 2070.5 11.97 -71.95 -59.55 3.516 . 634 1. 794 668. 132 a 1 . 01.61 11.51 -68.50 -55.95

IS'* •

* oi J*c 7* K7T * BTO 1 * «7S 63 7 a 1717 * 1 n*fc9

a n* * 1 Tft* 1 na77 1 f.n7 f *Q 10.18 -57. 95

*

ft 77 1 fl7Q 605*

1 an 1 1030 1 SO? s 9.75 -54. 37 lul1.11 L

'

* «i a 1 • aqfc 590 a

142 1 1193 1398 6

ft9.31 50 74 37 31 3 682 615 1 91

9

574

1 .1365 1296.

3

8.91 -47. 08 -33.44 3.709 .911 1. 950 556a l^S. l.lSitO 1200.7 8.51 -43.37 -29.52 3. 736 . 908 1. 981 542a

1<>8. 1.1743 1107.9 6al0 -39.61 -25.52 3.763 .906 2.015 526a ISO. 1.1951 1018.6 7a70 -35.81 -21.47 3.790 .804 2.051 510a 152. 1.2171) 933.6 7.31 -31.94 -17.34 3.819 . 602 2. 092 493a

151.. 1.2iil6 853.1 6.93 -28.00 -13.10 3.845 .801 2. 139 477 a 156. 1.2675 774.6 6.57 -24.00 -8.79 3.873 .900 2. 195 461a 156. 1.2960 702.2 6.20 -19. 89 -4.33 3.902 .600 2. 251 445a 160. 1.3271 633.6 5.84 -15.63 .29 3.931 .905 2. 320 •*27a

165. 1.1.187 480.8 4.96 -4. 64 12.39 4.005 .626 2.528 384. 170. 1.5375 362.

1

4.16 7.11 25.57 4. 094 .632 2. 748 346. 175. 1.6920 290.9 3.43 19.46 39.76 4.166 .629 2. 928 315. 180. 1.8862 235.4 2.82 31.95 54.56 4. 25 0 . 817 2. 982 293. 185. 2.1126 220.1 2a34 43.87 69.22 4.330 .601 2. 848 280. 190. 2.3 331. 225.4 la97 54.61 82.85 4. 403 .763 2.601 274a 195. 2.5939 242.3 la71 64.09 95.22 4.467 .769 2. 345 272a 200. 2.8263 265.0 la51 72,46 106.38 4.523 .757 2.125 273a 210. 3.2601 316.3 1.23 86.92 125.94 4.619 . 740 1. 610 276a 220. 3.6S59 368.9 1.05 , 99.05 142.93 4.698 .72 1.606 265a 230. ..0213 419.9 .921 109.97 158.23 4. 766 .717 1. 469 293a

2'>0. 1.. 361.8 468.7 a824 120.00 172.39 4. 826 .706 1.371 30la 250. It. 6901. 514.3 a746 129. 39 185.67 4. 881 .700 1.295 309a 260. 5.0033 559.0 a685 138. 30 198.34 4.930 .692 1.239 316a 270. 5.3052 601.9 a635 146.94 210.50 4.976 .686 1. 195 324a 200. 5.5981 643.5 .593 155.09 222.27 5.019 . 660 1.160 331a 290. 5.8837 683. 7 .558 163.12 233.72 5.059 .674 1.131 339a 300. . 6.1633 723.0 a527 170.95 244.91 5. 097 .b70 1.106 346a

» TWO-PHASE BOUNDARY 67
TABLE Via. THERMODYNAMIC PROPERTIES OF OXrGEN

130, BAR ISOBAR

TEMPERATURE VOLUME ISOTHERM

DERIVATIVE

K Cm3/C BAR-Cm3/G

55.B39 .7606 9169.7

56. .7610 9150.6

56. .7661 8915.6

60. .7711 6662.1

62. .7762 6450. 1 6<>. .781'. 6219.6

66. .7866 7990.5

68. .7919 7762.9

?0. • 7972 753 6.6

72. .8026 7312.4

74. . 8081 7089.7

76. .8137 6666.9

76. .8194 6650.2

80. .8252 6433.7

82. .8311 6219.5

84. • 8371 6007.8

86. .S432 5796.9

88. .64 95 5592.6

90. .8559 5389.6

92. .6624 5190.0

9<>. .8691 4993.6

96. .8760 4600.6

98. .6630 4611.6

100. .8902 4426.6

102. .8977 4245.5

101). .9053 4066.6

106. .9131 3696.

0

108. .9211 3727.8

110 a . 9294 3564 .

1

112. • 9379 3404.6 im. .9466 3250.1

116. .9557 3099.8

118. .9650 2954.0

120. .9746 2612.3

122. .9845 2674.7

12<>. .9946 2540.8

126. l.OOSS 2410.2

128. 1.0166 2282.5

1 30 • 2151.9

132. 1.0406 2030.4

i3l«. 1.0533 1916.0

136. 1.0666 1600.7

138. 1.0806 1692.7

11*11. 1.0952 1567.9

ihZ, 1.1107 1484.6

11*4. 1.1270 1382.6

I<t6. 1.1442 1288.1

14S. 1.1625 1196.1

150. 1.1818 1107.6

152. 1.2024 1023.4

15<t. 1.2246 943.3

156. 1.2482 865.6

158. 1.2739 792.7

160. 1.3016 723.9

165. 1.3813 569.0

170. 1.4609 444.3

175. 1.6058 352.7

180. 1.7598 293.2

185. 1.9416 262.4

190. 2.1421 254.2

195. 2.3508 261.1

200. 2.5588 277.0

210. 2.9569 320.7

220. 3.3264 369.9

230. 3.6696 420.0

2*10. 3.9928 468.6

250. 4.2994 515.5

260. 4.5931 560.1

270. 4.8754 601.9

280. 5.1501 643.9

290. 5.4178 684.8

300. 5.6796 724.6

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY BAR/K J/G J/G

39.80 -192.76 -162.69 39.68 -192.52 -182.63 38.36 -169.27 -179.31 37.12 -186.03 -176.00 35.96 -162.78 -172.69 34.66 -179.55 -169.39 33.82 -176.32 -166.09 32.63 -173.09 -162.79

31.87 -169.86 -159.50 30.96 -166.64 -156.21 30.06 -163.43 -152.92 29.22 -160.21 -149.64 28.39 -157.00 -146.35 27.58 -153.79 -143.07 26.80 -150.59 -139.79 26.03 -147,39 -136.50 25.28 -144.19 -133.22 24.55 -140.99 -129.94

23.63 -137.79 -126.66 23.12 -134.59 -123.36 22.43 -131.39 -120.09

21.75 -126.19 -116.80 21.08 -124.99 -113.51 20.42 -121.79 -110.21 19.77 -118.56 -106.91 19.13 -115.37 -103.60

18.51 -112.15 -100.26 17.89 -108.93 -96.96 17.29 -105.70 -93.62 16.70 -102.45 -90.26 16.12 -99.20 -86.69 15.56 -95.93 -63.51 15.01 -92.55 -60.10 14.47 -89.35 -7o.66 13.95 -66.04 -73.24

13.45 -82.71 -69.78 12.97 -79.37 -66.30 12.51 -76.03 -62.62

12.15 -72.66 -59.31 11.69 -69.27 -55.74

11.26 -65.84 -52.14

10.62 -62.37 -48.50 10.38 -56.67 -44.83

9.96 -55.36 -41.12

9.53 -51.79 -37.35

9.12 -48.20 -33.55

8.73 -44.58 -29.70 8.34 -40.91 -25.79

7.95 -37.20 -21.84 7.57 -33.45 -17.82

7.20 -29.63 -13.71 6.84 -25.76 -9.55 6.48 -21.62 -5.26 6.14 -17.75 -.83

5.30 -7.33 10.62 4.52 3.65 22.90 3.81 15.06 35.96

3.20 26.70 49.57 2.69 36.07 63.31 2.29 48.73 76.58

1.98 58.42 88.98 1.74 67.15 100.41 1.41 82.22 120.66

1.19 95.07 136.31

1.04 106.45 154.16

.926 116.85 168.76

.837 126.55 182.44

.765 135.70 195.42

.706 144.44 207.82

.656 152.85 219.80 .617 161.01 231.44

.582 168.96 242.79

ENTROPY Cy Cp VELOCITY

OF SOUND J/6-K J/G-K J/O-K M/S

2.108 1.101 1.659 1175. 2.113 1.101 1.659 1 174. 2.171 1.095 1.657 1161. 2.227 1.069 1.655 1 149. 2.282 1.061 1. 653 1137. 2.334 1. 073 1.651 1125. 2.385 1. 064 1.649 1113. 2,434 1, 056 I. 647 1101. 2,462 1.046 1, 646 1089, 2.526 1.037 1.645 1077. 2.573 1.027 1.543 1065. 2.617 1.017 1.642 1053. 2.660 1.007 1.642 1041. 2.701 .997 1.641 1029. 2.742 .987 1.640 1017.

2. 781 .976 1, 640 1005. 2.620 .966 1, 640 992. 2.858 . 956 1. 640 979. 2.694 . 947 1,641 967. 2.931 .937 1,642 954. 2,966 .92 5 1. 643 940. 927 . 3. 034 .911 1.547 913.

3. 066 . 903 1.650 899.

3.100 . 896 1.653 665. 3.133 .890 1.557 670.

3. 164 .665 1.662 855.

3. 195 .660 1.667 940. 3.226 .875 1.573 825. 3.256 . 873 1,660 609. 3.286 . 671 1.683 794.

778. 3.345 .869 1.706 752. 3.373 . 857 1. 715 745. 3.402 . 664 1,725 731. 3.430 .859 1.733 716. 3.456 . 649 1.738 702. 3.465 . 831 1.739 691. 3.512 .835 1.777 577. 3.539 .634 1. 796 561. 3.567 .631 1.614 647.

3.620 .624 1. 650 617. 3.647 .820 1. 668 502. 3.674 .816 1.667 565. 3.700 .612 1.913 571.

3. 72 7 .609 1.940 556. 3.753 . 806 1. 969 540. 3.760 .604 2. 000 525. 3.807 .602 2.031 509. 3.633 .600 2. 068 494. 3.860 .799 2.113 478.

3. 668 .7 98 2.158 463. 3.916 .603 2.213 447. 3.966 .622 2.376 406. 4.059 . 826 2.540 370. 4.135 .621 2.681 339. 4.212 . 811 2. 756 316. 4.267 .799 2. 721 299.

4. 358 .763 2.576 289. 4.422 .769 2. 381 284. 4.460 .756 2.189 283. 4.579 .742 1. 661 285. 4.661 .730 1.668 291. 4.732 .721 1.519 297.

4. 794 . 712 1. 412 305. 4.650 .703 1.331 312. 4.901 .695 1.269 320. 4.947 .687 1.219 327. 4.991 .681 1.180 334. 5.032 .675 1.148 341. 5.070 .670 1.123 346.

TMO-PHASE BOUNDARY 68
TABLE Via. THERHOOrNAHlC PROPERTIES OF OXYGEN

1<>0. BAR ISOBAR

TEMPERATURE VOLUME

K Ch3/G

ISOTHERM ISOCHORE DERIVATIVE DERIVATIVE bar-cm3/g BAR/K

INTERNAL ENTHAL ENERGY

J/G J/G

ENTROPY

J/G-K

Cv J/G-K

Cp VELOCITY

OF SOUND

J/G-K M/S

• 55.951 .7603 9205.6 39.80 -192.73 -182.09 2.109 1.102 1.559 1177. 56. .760)1 9199.8 39.77 -192.65 -182.01 2.111 1. 102 1. 659 1177.

58. .765it 8965.6 38.1. 1. -189.1.1 -178.69 2.169 1.096 1.656 1161.. 60. .770'> 8733.0 37.20 -166.17 -175.36 2.225 1.090 1.651. 1151.

62. .7755 8502.0 36.01. -182.93 -172.08 2.279 1.082 1.652 1139.

6'>. .7806 8272.3 3<>.95 -179.70 -168.77 2. 331 1.071. 1.650 1127. 66. .7858 ea<»<>.i 33.90 -176.1.8 -165.1.8 2.362 1.066 1. &1.6 1115.

68. .7911 7817. i. 32.91 -173.26 -162.18 2.1.31 1.057 1.61.& 1101.. 70. • 796'* 7592.

2

31.96 -170. 01. 72. .8017 7368.7 31.05 •166.63 -155.60 2.525 1.031 1. 61.3 1060.

71.. .80 72 711*6.9 30.16 -163.62 -152.32 2.570 1.023 1.61.2 1066.

76. .8127 6927.1 29.31 •160.1.1 -11.9.01. 2.611. 1.016 1.61.1 1 057. 78. .S10<» 6709.2 28.1.8 -157.21 -11.5.75 2.657 1.008 1. 61.0 101.5. 80. .82<tl 6i>93.6 27.67 •151). 01 -11.2.1.6 2.698 .998 1.639 1033.

82. .8299 6280.3 26.89 -150.82 -139.20 2.739 .986 1.636 1021.

S<>. .8359 6069.6 26.12 -11.7.52 -135.92 2.778 .978 1.638 1008.

86. .8<i20 5861.6 25.38 -11.1.. 1.3 -132.65 2.817 .966 1.537 996. 88. .8<t62 5656.1. 21.. 61. -11.1.25 -129.37 2.851. .959 1. 637 983. 90. . 8545

92. .8610 5255.1. 23.22 -131.. 87 -122.62 2.927 .939 1. 636 956.

9'<. .8676 5859.9 22.53 -131.69 -119.51. 2.962 .929 1. 639 91.5. 96. .87<«if 1.868.1 21.85 -128.50 -116.26 2.997 . 921 1.61.1 931.

98. .881<) 1.679.9 21.18 -125.32 -112.96 3.031 .913 1.61.3 913. 100. .8885 1.1.95.6 20.53 -122. 13 -109.69 3.061. . 905 1. 6'.5 901..

102. .8958 1.315.1. 19.68 -118.91. -106.1.0 3.097 .693 1.61.8 690.

iO'». .9033 1.139.1. 19.25 -115.71. -103.10 3. 129 . 692 1.652 876. 106. .9110 3967.6 18.63 -112.51. -99.79 3.160 .686 1.656 861. loa. .9189 3600.2 18.02 -109.31. -96.1.7 3.191 .682 1.661 81.&. 110. . 9270 3637.3 17 . 1.2 .678 1.667

112. .9353 31.78.9 16.83 -102.90 -89.80 3.252 .675 1.573 315. n't. .9<t39 3321..9 16.26 -99.56 -66.1.5 3.262 . 873 1.631 300. 116. .9528 3175.1. 15.70 -96.1.2 -83.06 3. 311 .872 1.669 731.. 118. .9619 3030.2 15.15 -93.16 -79.69 3. 31.0 .671 1.698 769. 120. .9713 2889.2 11.. 62 -69.69 -76.29 3.366 . 869 1.706 753.

122. .9810 2752.3 11.. 10 -86.60 -72.66 3.397 .866 1.715 733.

12<«. .9910 2619.0 13.61 -83.30 -69.1.3 3.1.25 .861 1.722 72h. 126. l.OOlii 21.89.1 13.13 -79.99 -65.97 3.1.52 .651 1. 726 711. 128. 1.0122 2362.1 12.67 -76.69 -62.52 3.1.79 .833 1.721. 699. 13 0. 1 0 236 2232.

1

12.31 -73.36 -59.0 5 3.506 .8 36 1. 761 686

.

132. 1.035<t 2111.3 11.87 -70.01 -55.51 3.533 .835 1.779 671.

13'«. l.0'»77 1998.

U

11.1.3 -66.62 -51.95 3.560 .832 1.791. 656. 136. 1.0605 1862.6 11.00 -63.19 -1.6.35 3.587 .629 1.612 61.2. 138. 1.0739 1775.8 10.57 -59.75 -I.1..72 3.613 . 825 I. 627 527.

I<t0. 1.0679 1671.". 10.16 •56.26 -1.1.05 3.61.0 .3 21 1.61.3 613.

l'>2. 1.1027 1568.6 9.71. -52.76 -37.31. 3.666 .817 1.861 598.

lUi.. 1.1181 11.66.9 9.32 -1.9.26 -33.60 3.692 .811. 1.830 582.

li<6. 1.13'(<> 1373.3 6.91. -1.5.70 -29.82 3. 718 .810 1.901. 568.

iiti. 1.1517 1282.0 3.56 -1.2.11 -25.99 3.71.1. .607 1. 929 551.. 150. 1.1698 1191..

2

8.19 -36.1.9 -22.11 3.770 .805 1.956 539. 152. 1.1690 1110.7 7.81 -31.. 83 -18.19 3.796 . 302 1.963 521.. ISk. 1.2096 1030.9 7.1.1. -31.12 -11.. 19 3.822 .800 2.011 509. 156. 1.2313 95".. 0 7.10 -27.39 -10.15 3.81.9 . 799 2. 01.7 I.9I.. 158. 1.25<t8 880.5 6.75 -23.56 -6.00 3.675 .797 2.085 1.80. 160. 1.2799 811.1. 6.1.1 -19.6". -1.72 3.902 . 801 2.130 ii&i..

165. 1.3508 655.0 5.60 -9.67 9.21. 3.969 .820 2.263 1.25. 170. 1.U3&9 525.9 I.. 85 .71. 20.86 1..039 .622 2. 390 391. 175. 1.5't21 1.26.5 1..15 11. 50 33.09 <.. 110 .617 2.531 361. 180. 1.6690 356.1. 3.51. 22.1.2 1.5.79 •..lai .807 2. 571. 337. 185. 1.8183 313.0 3.02 33.21. 58.69 11.252 .795 2.579 319. 190. 1.9659 292.6 2.59 1.3.61 71.1.2 "..320 .782 2.503 306. 195. 2.1651 289.1 2.25 53.30 63.61 l.,383 . 759 2.367 293. 200. 2.3<t8a 297.0 1.98 62.19 95.06 1.. 1.1.1 .759 2.213 291.. 210. 2.7105 331.1 1.60 77.78 115.73 1..51.2 .71.1. 1.932 293. 220. 3.0536 375.5 1.31. 91. 15 133.90 1..627 .733 1. 720 297.

230. 3.3757 1.23.1. 1.17 102.98 150.21. 1..699 .721. 1. 561. 303.

2<>0. 3.6800 1.71.2 1.03 113. 71. 155.26 I..763 .715 1. 1.1.9 309. 250. 3.9690 517.6 .929 123.73 179.29 •..821 .707 1. 363 316. 260. it.2't55 562.1 .81.6 133.13 192.56 1..873 .691 1.296 323. 270. '•.5120 605.6 .779 11.2.07 205.23 I..921 .690 1. 21.x 330. 280. It. 7692 61.5.7 .721. 150.63 217.1.0 1.. 965 .682 1.199 337. 290. 5.0211 687.0 .678 158.92 229.21 5.006 .675 1.165 31.1.. 300. 5.2671. 727.3 .639 166.97 21.0.72 5. 01.5 .670 1.137 351.

THO-PHASC BOUNDARY 69
TABLE Via. THERHOOYNAMIC PROPERTIES OF OXYGEN

150. BAR ISOBAR

MPERATURE VOLUME ISOTHERM

OERIVATIVE

K Cm3/C BAR-CmS/G

5b«0&3 .7599 92'al

.

58. .76^7 9015.5

6b. .7698 6793 a a

62. . 77't8 8553 .

6

6«. .7799 832<a> 6 66. .7850 8097a5

bi. .7903 7871a7

70. .7955 76't7.>« 7Z. ,80 09 7'*2'«a 7 7i*. .8063 720 3a9

76. .8118 &98l*a9 78. • 817*t 67b7 a 9 Su . . 8 231 6553.2

62* • 8289 & 3'»0 a 8

61** . 83<*d 6 131a 0 86. .8»08 5923.8

86. .8<>69 5719.5

90, . 8532 5516a 3 92, ,8596 5320 a 3 9^, a 866

1

5 12 5 a 8 96, a 8729 1,931, , 7 9tt, ,8797 * 7'a7 , 5 100, , 8667 'a Sb** , 1

10 2. • 8939 '»38'*a 7 10 (*

.

.9C13 (*209a5

1(16. .9089 l.D38a5 loa. .9167 3871a9

110

.

,9^i,6 3 709,8

112. .9326 355 2,1

llH. ,91,13 3396 a 8 116. . 9^99 325 0 a 0 114. a 9569 310 5 a 5 120 • a 9681 2965 a 2

122, a 9775 2626 6 12 ,9873 2696 a 2 126. a997i. 2566.

9

128. Ia0079 2itlt0.6 130 . 1 a 0 1 91 2 3 1 1 a 3 132. 1 a 0 3 0 5 13^ a 1 a 0 hZ 3 136. 1 a 0 5 '*7 •

1

* n«i

n

1,0810 1753,3

l'»2. 1, 0952 1651,0

l'«><. 1,1099 I5't9a5

1'.6, lal25'. l'.56a7

llt8. I.l<il7 1366,0

150. lal589 I276a8

152. lal7&9 1195a7

15<t, 1,1961 1116a2

156, 1,2162 10<«0a 1 158, 1.2380 965a9

160, 1,2610 896. i«

165, la3251 739a0

170. l.it013 606a5

175. 1,'«923 SOlaO

18i). 1.6002 <<22a6 185, 1.7259 369aO

190, 1.8678 338.0

195. 2.0220 32it.6 200. 2,1833 32i<.3 219, 2,5097 3i>7.3 220. 2,0266 385.7

230, 3,1282 '•30. << 2it0. 3.I1I47 '•76.6 25U. 3,6873 522.0

260. 3,9'i83 566. 1 270. '•.2000 609.5

280. <..i|<t38 651. <• 290. '1,6798 690.2

300. 't.9125 730,9

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY BAR/K J/G J/G

39.61 -192.56 -181.28 38.52 -169a5i. -178aD7 37a29 -186a31 -17'»a76 36al3 -183a08 -171ai.6 35a03 -179.86 -168al6 33a99 -176abii -16i.a66

33a 00 -173a'.2 -161a57

32aO'« -170a21 -158a28 31al3 -167aai -155a00 30.25 -163.81 -151.71

29a'.0 -160.61 -l'.6.i.3 28.57 -157.1.2 -11.5.16 27.76 -15'^.23 -I'll. 66 25.98 -151. C -138.61 26.22 -l'a7. 36 -135a3i»

25a't7 -lit'.a58 -132.07

2'a.7'^ -11.1.50 -128.80

21.. 02 -138. 33 -125a53 23a32 -135al5 -122a28 22a63 -131.98 -118a99 21a96 -128a61 -115a71 21a29 -125a63 -112a'»'t 20.6'. -122.1.6 -109al5

20a00 -119a2e -105a67

19.37 -116.10 -102.58

18.75 -112.92 -99.29

18.1'a -109. 73 -95.96

17.55 -106. 5i» -92.67 15.96 -103. 33 -89.3I. 16,39 -100.12 -86.00

15.8't -96.39 -32.6it 15.29 -93.55 -79.27

1'..76 -90. '•0 -75.66

li».25 -87. 1't -72.'.6 13.75 -83.97 -69.06

13.28 -80.59 -65.63 12.83 -77.32 -62.20

12.'.7 -7l«. 05 -58.77

12. 01. -70. 72 -55.26

11.60 -67.37 -51.73

11.18 -53.99 -'•a. 17 10.76 -60,59 -'•'•,58 10.3'» -57,17 -".O.gs

9.9'. -53. 72 -37.29

9a53 -50a25 -33a61

9al'. -l.6a76 -29a88

8.77 -'.3a2'^ -26al2

a.hO -39.70 -22.31

a.O". -36.12 -18. '•7 7.66 -32.1.9 -1'..55 7.33 -28a85 -10.62

7a00 -25al5 -6a58 6.57 -21a35 -2a'.3 5.88 -11.73 8.15

5,1<. -1.76 19.26

'•.'•6 8. '•8 30,86 3.66 18.8<« '•2,65 3.33 29,16 55.05 2.88 39.20 67,21 2.52 '•8.7'> 79.07 2.22 57.66 90a<>l 1,79 73.57 111.21

1.50 67.35 129.75

1.29 99.58 1'.&.50

1.1'. 110.68 161.90

1.02 120.9'. 176.25

.931 130.58 189,80

.851. 139.72 202.72

.791 li^a.iiS 215.11

.7'^1 156. 8it 227.

C

,697 165,01 238,70

ENTROPY Cv Cp VELOCITY

OF SOUND

J/G-K J/G-K J/G-K H/S

2. 110 1 .103 1.D58 1179.

2. 156 1.097 1.656 1166. 2.222 1. 091 1.653 US'.. 2.277 1 .083 1.651 111.2. 2.329 1 . 075 1.61.9 1130. 2.380 1 .057 1.61.7 1118.

2.1.29 1 . 058 1. 61.5 1106.

2.1.76 1 .0U9 1.61.3 1 095. 2.523 I .039 1.51.2 1083. 2.558 1. 029 1. 61.0 1071.

2. 611 .019 1.539 1060.

2.651. .009 1. C33 101.8. 2.695 . 999 la 637 1 036.

2 . 736 .989 la 535 1021..

2. 775 1.635 1012.

2. eiit . 969 la 635 1000.

2 . 651 .959 la 63lt 987. 2.888 . 9it^ la 635 975.

2.92'^ .9'. 1.635 952. 2.959 ,9 31 1.635 91.9. 2. 99it ,922 la637 936. 3.027 ,911, la533 922, 3.060 ,907 la Dl. 1 909. 3.093 ,900 1. 61.3 695.

3. 125 la 5'.7 881.

3. 155 ,888 la651 866, 3.187 ,8a'^ la 65? 952,

3. 218 la 661 837,

3.21.8

' fl77 ta667 821. 3.277 * A 71; la 671. 806, 3,306 *

* 87^ 1.591 791,

3. 335 .672 1.689 775,

3. 36lt .871 1.698 750,

3. 392 968 1. 705 71.5,

3 . '•2 0 . 862 1.711 731,

3 , (.1.7 .852 1.711. 718.

3, 1,71. . 63'. 1.711 708. 3,501 .837 la 7'.5 691., 3,527 .636 la 753 680,

3. 551. . as". la 776 665, 3.660 . 830 la793 651. 3.607 .625 la 806 637.

3. 633 . 822 la 821 623.

3. 559 .816 1.837 60 9. 3. 68'» .615 1 a 85'. 59'., 3.710 . 811 la 872 580,

3 . 735 .803 la 891< 566.

3. 761 . 805 1.917 552. 3.787 .803 la 9<al 538. 3,812 .800 la96<a 523. 3,638 . 798 1. 992 509. 3.863 .797 2a 021. 1.95. 3, 690 .801 2. 063 1.80.

3,955 . 818 2. 17i» 1.1.3. '•.021 .820 2.275 1.10.

1.. 088 . 61'. 2.363 381.

1..156 .801. 2. '•26 357.

'•.223 ,792 2. It 1.8 338.

'•.268 ,780 2.1.11 323.

It. 3<t9 ,759 2.323 313.

'•,'•0 7 .759 2.206 307,

1..508 .7"t5 1.96 3 302,

i.. 59'. .735 1. 760 301..

1..669 .727 1,603 308.

'.. 731. .71 1.1.8'. 31'.. 1^.793 .710 1. 393 320.

'•. 6'.6 ,702 1, 322 327.

'••895 ,693 1,263 333,

'•.9<^0 ,681> 1. 215 3'.0,

'•. 982 .676 l.lSl 3'.7, 5,022 ,669 l.lSl 355.

THO-PHASE BOUNDARY 70
TABLE Via. TMERMOOYNAHIC PROPERTIES OF OXYGEN

160. BAR ISOBAR

TEMPERATURE VOLUME ISOTHERH ISOCHORE INTERNAL ENTHALPY ENTROPY Cu Cp VELOCITY

. DERIVATIVE DERIVATIVE ENERGY OF SOUND K Cm3/G BAR-Cm3/6 BAR/K J/G J/C J/C-K J/G-K J/G-K M/S

56. 176 .7596 9277.2 39.82 -192. 63 -180.1*7 2.111 1.104 1. 658 1180,

58. .r6<tl 9065.2 38.61 -189.68 -177.1.5 2.164 1.099 1. 655 1169.

60. .7691 8831*. 1. 37.37 -186.1.5 -171*. 11* 2. 220 1. 092 1.653 1156.

62. .771.1 8605.0 36.21 -183.23 -170.81* 2.274 1.084 1.65 0 1144.

6<>. .7792 8377.1 35.11 -180.01 -167.51* 2.326 1.0 76 1. 648 1133.

66. .78<>3 8150.7 31.. 07 -176.80 -161*. 25 2.377 1.068 1.646 1121.

68. .7895 7925.7 33.08 -173.59 -160.96 2.426 1.059 1.644 1 109. 70. .79<»7 7702.3 32.13 -170.39 -157.67 2.1.71. 1.050 1.61i2 1099.

72. .8000 71*80.5 31.22 -167.19 -151.. 39 2.520 1.040 1.640 1 086. Tk. .805'. 7260.5 30.33 -161*. 00 -151.11 2.565 1.030 1.639 1075.

76. .8108 29.1*8 -160. 81 -11.7. 83 2. 609 1. 021 1. 637 1063.

78. .816'. 6826.3 28.66 -157.52 -11*1*. 56 2.651 1.011 1.636 1051. 80. .8220 6612.1. 27.85 -151.. 1.1* -11.1.29 2.693 1.000 1. 635 1039.

82. .8278 61*00.9 27.07 -151.26 -136.02 2. 733 . 990 1. 634 1028.

8<i. .8336 6192.0 26.31 -11.8. 09 -131*. 75 2.772 .980 1.633 1016. 86. .8396 5985.7 25.56 -11*1*. 92 -131.1*9 2.811 .970 1.632 1003.

88. .9<>57 5782.3 2<i.83 -11.1.75 -128.22 2.848 .961 1.632 991. 90. .8519 5581.9 21*. 12 -138.59 -121*. 96 2.885 .951 1.632 979. 92. .8582 5381*.

8

23. '>2 -135.1*3 -121.70 2.921 .942 1.632 966.

9it. .861.7 5191. 1 22.73 -132.27 -116.1.3 2.956 .933 1.632 953. 96. .8713 500 0.9 22.06 -129. 11 -115.17 2.990 .924 1.633 940 • 98. .8781 1*811*.

5

21.1*0 -125.95 -111.90 3.024 .916 1.634 927. 100. .8850 1*631.9 20. 75 -122.79 -108.63 3.057 . 909 1. 636 913. 102. .8921 1*1*53. 3 20.11 -119.62 -105.35 3. 089 . 902 1.639 900. lOt. .899<» 1.278.9 19.1*8 -116.1.6 -102.07 3.121 . 995 1.642 886. 1D6. .9069 1*108.7 18.87 -113.29 -98.76 3.153 . 090 1. 645 971. 108. .91'»5 391*2.9 18.26 -110.12 -95.49 3.183 .886 1.650 857. 110. .922') 3781.5 17,67 -106.91. -92.16 3.214 . 882 1.655 942. 112. .930'! 3621*.

5

17.09 -103. 76 -66.87 3.244 . 879 1,661 827. lit. .9387 31*71.9 16.52 -100.58 -65.51* 3.273 ,877 1.667 812. 116. . 91*72 3323.

7

15.97 -97. 35 -82.20 3. 302 ,6 76 1, 674 797

,

118. .9559 3179.8 15.1*3 -91*. 11. -78.81* 3. 331 , 674 1,682 782, 120. .96<»9 301*0.1 11*. 90 -90.91 -75.1.7 3.359 ,673 1,689 767.

122. .971.2 2901*. 1* 11*. 1*0 -87.67 -72.06 3.397 .670 1,696 753. IZt. .9838 2772.1* 13.90 -81.. 1.2 -68.66 3.415 , 864 1, 701 739. 126. .9936 261.3.7 13.1*3 -61. 17 -65.28 3.442 , 654 1,703 726. 128. 1.0036 2517.9 12.98 -77.93 -61.67 3.469 , 635 1.696 715. 130. 1.011.7 2389.1. 12.62 -71., 70 -58.1.7 3.495 ,839 1. 730 702. 132. 1.0257 2269.6 12.20 -71.1.0 -54.99 3.522 ,837 1.748 688.

13<t. 1.0372 2158.2 11.77 -66.09 -51.1*9 3.546 ,635 1.760 674. 136. 1 . 01*91 201*2 • 8 11.35 -61*. 75 -47. 96 3.574 ,8 32 1, 775 660. 138. 1.0616 1937.7 10.93 -61.39 -44.40 3,600 , 92 i 1, 797 647, ita. 1.0 71*5 1633.7 10.53 -56.02 -40.62 3.626 ,924 1. 900 633,

Iit2. 1.0881 1731.8 10.12 -51*. 51 -37.20 3.652 ,919 1,915 619. Itt. 1. 1022 1630.6 9.73 -51.20 -33.57 3.677 ,616 1. 931 605.

1<>6. 1.1170 1638.1* 9.33 -1.7. 77 -29.69 3, 70 2 ,612 1.943 591.

1<>8. 1.1326 11.1*8.2 8.97 -1.1*. 30 -26.18 3.729 , 809 1, 963 577. 150. 1.11*88 1361.5 8.61 -1*0. 83 -22.45 3,753 , 906 1. 993 564.

152. 1.1658 1278.9 8.25 -37. 32 -16.67 3, 779 . 804 1,904 550. 154. 1.1839 1199.5 7.90 -33.77 -14.63 3,903 ,801 1, 924 537, 156. 1.2027 11211.2 7.56 -30. 22 -10.96 3,629 ,799 1, 945 523, 158. 1.2229 101*9. 3 7.23 -26.60 -7.04 3,953 ,797 1,973 510, 160. 1.2'* 1*2 974.1* 6.90 -22.90 -2.99 3,879 ,601 2, 006 495, 165. 1.3029 621.1 6.13 -13.56 7.27 3.941 ,818 2, 101 459,

17il. 1.3715 685.9 5.1.1 -3.97 17.97 4. 005 ,618 2, 194 429, 175. 1.1*520 575.5 l*.75 5.65 29.09 4.070 , 912 2,257 400 , 180. 1.51*59 1*90.1* 1..15 15.77 40.51 4,134 .901 2, 310 376, 185. 1.651*2 1*2 6.6 3.62 25.67 52.13 4.193 .790 2, 335 356. 190. 1.7 762 388.5 3. 16 35. 37 63.79 4.260 .779 2, 320 340. 195. 1.9099 366.2 2.77 1*1*. 71 75.27 4.32 0 .769 2. 264 329. ZOO. 2.0517 357.8 2.1*6 53.56 66. 36 4.376 .759 2. 178 320. 21G. 2.31*91 369. I 1.98 69.61 107.14 4,477 , 746 1.975 313. 220. 2.6367 1*00.1. 1.66 63.71 125.69 4,564 .737 1, 789 312.

230. 2.9181* l»i*0. 8 1.1*3 96.27 142.96 4, 640 , 72 J 1. 635 314, 3.1880 1*61*.

6

1.26 107.66 158.69 4.707 ,721 1,515 319, zsi. 3.1*1*51* 526.5 1.12 118. 21 173.33 4, 767 ,713 1.421 325, 26a. 3.692il 572.0 1.02 129. 37 197.14 4,921 ,705 1. 346 331, 270. 3.9301* 615.0 .932 137.1.0 200.29 4,671 ,696 1,235 337, 290 . l*.lbll 656.8 . 660 11*6. 31 212.88 4.917 .697 1,234 343. 290. I..3658 698. 0 .800 151*. 95 225.02 4.959 ,678 1, 190 350 . 300. 1*.60S9 738.1 .71.9 163. 09 236.79 4.999 ,66 3 1, 153 357,

THO-PHASE BOUNOSRY 71
TABLE Via. THtRMOOlTNAMIC PROPERTIES Of CXY&EN

170. BAR ISOBAR

TEMPERATURE VOLUME ISCTHERM

DERIVATIVE

K Cn3/G BAR-Cm3/g

56.268 .7 592 9 312.9

5 d . • 7 635 91 1 1* . 7 6 0 • .7681* 6691*. 6

62s • 7 731* 8656 .

3

6I». .7785 81*29.2 66. .7835 6203.6

68* . 7887 797 9.5

70 • • 7 939 7 756.9

7Z* . 7 992 7536.

0

J 1^. 76« • 8 0 99 70 99.6

78« 6 68 1* . 1* 80* .8210 667 1.1.

82* . 8267 &l*&0 . 7 ik. .8325 6252.6

86. .8381. 601.7.2 88« • 81* 1*1* 5 81*1* , 5 90* .85 06 561*5 . 1 92* . 8569 51*1* 6 . 6

9'i« .8633 5255.9

af% * fl7fc^ LAfln*q

n n' • 102 8901* 1*521 1* 1.01.. .8975 1*31.7.7 106. .901.9 1.176.3

110. 1A57 *'f

* 1 1 H . 351* H . 2

* a

* 118. • ~ 12 0. . 9619 3111*. 2

122. . 9710 2979.

0

12<.. .9803 281*7.5 126. .9900 2719. <* 126. • 9999 2591*.

2

130. 1 . 0 1 01* 21*66 . 5 132. 1.0212 231*7 .

1

13W. 1.0323 2 236.5

136. 1 01*39 2121.

0

138. 1.0559 2016.6

11*0. 1.0681* 1912.6

l'>2. 1.0815 1611.2

!<<<•. 1.0950 1710.2

1'.6. 1.1092 1618.7

11.8. 1.121*0 1528.8

ISO. 1.1391* 11.1*2.6 1S2. 1.1556 1360.3

I5<t. 1.1727 1281.0

156. 1.1901* 1206.3

158. 1.2091* 1130.8

160. 1.2292 1060.1.

165. 1.2835 901.1* 170. 1.31*60 761*. 1 175. 1.1*183 61*9.6 160. 1.5016 558.8

185. 1.5966 1.90 .1* 190. 1.7033 1.1*2.6 195. 1.8201* 1.12. <> 200. 1.91*57 396.1* 210. 2.2095 395.9

220. 2.1*772 1*19. •*

230. 2.7397 1*51*.

6

2<>0. 2.9932 <.95.3 250. 3.2361 637.1.

26 0. 3.1*695 579.8

270. 3.69S5 622.2

260. 3.911(1* 663.7

290. 1..1276 701*.

7

300. 1..3365 7<t'».7

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY BAR/K J/G J/G

39.82 -192.57 -179.67 36.69 -189.81 -176.83

37.1*5 -186.59 -173.53

36.29 -163.37 -170.22

35.20 -180.15 -166.93

31.. 16 -176.95 -163.63

33.15 -173.75 -160.35

32.21 -170.56 -157.06

31.30 -167.37 -153.76

30.1*2 -16I..16 -150.50 29.57 -161.00 -11.7,23

26.71* -157. 62 -11.3.96

27.91* -151*. 65 -11.0.69 27.16 -151.1.8 -137.1.3

26.1*0 -11*8. 32 -131*. 17 25.65 -11.5.16 -130.91

21*. 93 -11*2.00 -127.55

21*. 21 -136.85 -121*. 39 23.52 -135.70 -121.13 22.83 -132.55 -117.87 22.16 -129.1*0 -111*. 51 21.50 -126.25 -111.35

20.85 -123,11 -108.09

20.22 -119. 95 -101*. 82 19.59 -116.81 -101.56 18.98 -113,65 -96.27 18.38 -110.50 -91.. 99

17, 79 -107,31* -91.70 17.22 -101., 17 -88.39 16.65 -100.99 -85.08

15,10 -97,81 -61.75

15.55 -91*. 51 -76.1.1

15.01. -9I.I1O -75.05

11*. 51* -86.19 -71.68

11*. 05 -61.. 96 -68.30 13.58 -81.71* -51*. 91 13.12 -78.52 -61.52 12.76 -75.33 -58.15 12.35 -72. 06 -51.. 70 11.93 -68.76 -51.23

11.51 -65.1.6 -1.7,73 11.10 -62.15 -1.1*. 21 10.70 -58. 83 -1.0. 65

10. 30 -55.1*7 -37. 08 9.92 -52.11 -33.1.9 9.53 -1*8.72 -29.85

9.15 -1*5.31 -26.20

6.80 -1.1.89 -22.52

8.1*5 -36.1*5 -18.80

6.11 -31*. 97 -15.03

7.78 -31.1*9 -11.25

7.1*5 -27.95 -7.39 7.13 -21*. 31* -3.1.1.

6.37 -15.26 6.55

5.66 -5.95 16.93 5.01 3.51* 27.65

1..1.2 13.09 36.62 3.89 22.62 1.9.77

3.1*2 32.01 60.97 3.02 1*1. 13 72.06 2.69 1*9.66 82.91* 2.18 65. 91. 103.50 1.82 80.21* 122.35

1.S6 93.07 139.65

1.37 10<t.75 155.61. 1.22 115.53 170.51. 1.11 125.60 18<*.5e 1.01 135.12 197.95

.932 l<t<>.19 210.73

.866 152.88 223.05

.809 161.25 23'*. 97

ENTROPY C-v Cp VELOCITY

OF SOUND

J/&-K J/G-K J/G-K M/S

2.112 1 .105 1. 657 1182.

2. lol 1 . 100 I, 655 1171. 2.217 1 , 093 1. 552 1159. 2.271 1 . 085 1.650 111*7. 2. 321. I. 077 1. 61.7 1135.

2.371. 1.059 1. 61.5 1 12i*.

2 , 1.21. 1. 050 1. 51*3 1112.

2. 1.71 I ,051 1.61.1 1101. 2.517 1 . ul*l 1.639 1069.

2. 552 1 .032 1,637 1078. 2.506 1 .022 1.636 1 066.

2 . 51.8 1.012 1. 631. 1051*. 2.690 1.63 3 101.3. 2.730 . 992 1.631 1031.

2. 769 1.5 30 1019.

2. 60 6 .9 72 1.530 1007.

2. 61.5 1. 629 995

.

2. 662

* ne T .952 1.629 983.

2. 918 * ' 1.629 970. 2.953 .931. 1.629 957. 2,967 .926 1.630 91.1*

.

3, 021 . 9 1 H 1.631 931

.

3,053 .91 1.632 9l6. 3.086 .903 1. 631* 901*. 3.118 .897 1.637 891

.

3 • 1 1. 9 . 692 1 . 51* 0 877. 3,180 .867 1. 51.1* 862

.

3. 210 . 6 8 1. 1.61*9 61*8. 3.21.0 .881 1. 555 833.

3. 259 .87 9 1.561 618. 3.298 . 878 1. 667 8 0 3. 3.325 , 876 1.571. 768. 3.355 , 675 1.681 771*.

, ,„

, 872 1 6 87 759.

3' 1.10 . 666 1.692 71*6 . 3 • 1.3 7 .355 1.592 733.

, 837 1.687 723.

3.1.90 . 61*0 1.715 710. 3.515 .639 1.733 596. ^'raa

. 836 \'

. 633 7^Q

. 62n 1 77n 3.619 . 825 I.1 7A4 781 6 3.

. 821 1. ^91* 629.

3 . 67 0 .817 1.810 51 5 a .813 3.720 .610 1. 836 586. 3.7^5 .807 1. 853 575. 3.769 . 801. 1. 871 562.

3. 791. .802 1. 869 51.9. 3. 618 . 799 1.907 537.

3.81*3 . 797 1. 930 523.

3. 666 .301 1.959 509. 3.929 . 617 2. 01.2 1*75. 3.991 . 61'< 2. Ill 1*1*1*. 1..053 .610 2.170 1*17. i*.lt5 .600 2. 216 393.

1*. 176 . 789 2. 21*0 373.

i*.235 • 776 2.236 357.

1*. 291. .766 2. 200 31.1*.

1.. 31.9 . 759 2.138 331*.

1.. 1.1.9 . 71.6 1.972 323.

i*.537 .738 1. 805 320.

^.61l. .731 1.660 321.

1..682 .721* 1. 51.1 325.

lt.7l*3 .716 1.1*1*6 329.

l*.798 .708 1. 369 335.

1*. 81*8 .699 1. 305 31*1. <t.89S .69 0 1. 252 31.7. 1..938 .681 1. 207 353.

1..978 .672 1.167 360.

THO-PHASE 80UNOARY 72
TA8LE Via. THERHODTNAHIC PROPERTIES OF OXYGEN

180. BAR ISdBAR

TEMPERATURE ISOTHERM

DERIVATIVE

ISOCHORE DERIVATIVE

INTERNAL

ENERGY

Cv Cp VELOCITY

OF SOUND

CM /G BAR*CH^/G BAR/K J /& i/r t/r J/O-K

56.399 .7589 9348.6 39.83 -192.52 -178.86 2.112 1. 106 1.657 1184.

50. . 7628 9164.

1

38.77 —169. 94 -176.21 2.159

1 * 60. .7678 0935. nqi

0

37.54 -186. 73 -172.91 2.215 • 1 ' h5? 1 1 II

1. 62. o 7727 8707.

3

36.3 7 -193.51 -169.61 2,269 1,037 1 649 1 150 . 6^. . 7777 6481.1 35.26 -180. 31 -156.31 2.321 1,079 1.647

66. . 7828 6256.3 34.24 -177.11 -163.02 2, 372 1,073

6S. .7879 6 033.1 33.25 -173. 91 -159. 73 2,421 l' 642 1 115* 70. • 7931 7811 .

3

32. 30 -170. 73 -155.45 2.459 1.0 52 1.640 110 3. 72. .7983 7591.2 31. 39 -167. 54 -153.17 2.515 1,0 42 1.636 1 092.

7'.. .8036 7372.9 30.50 -164.36 -149.90 2.560 1.C33 1.636 1091.

76. .8090 7156.5 29.65 -161.19 -146.63 2.603 1,023 1. 634 1069.

78. .8145 6942.1 28.03 -158, 02 -143. 36 2 , 545 1.013 1.632 1050.

80. . 8200 6729.9 29.03 -154. 86 -140, 10 2.687 1,003 1.631 1046,

82. .8257 6520.

1

27.25 -151.70 -136. 84 2,72 7 .99 3 1,629 1034.

8<». .8314 6312.8 26.49 -148. 55 -133.58 2,756 ,993 1,526 10 23. 86. .8373 6108.2 25.74 -145. 39 -130. 32 2,905 .97 3 1. 627 1011.

88. .9432 5906.5 25.0 2 -142. 25 -127, 07 2,642 .963 1,625 999. 90. .8493 5707.8 24.31 -139. 10 -123. 92 2,679 .954 1, 625 986.

92. .8555 5512.4 23.61 -135.95 -120,57 2,914 , 944 1, (,26 974.

9't. .8619 5320.3 22.93 -132.83 -117.31 2.949 .935 1,526 961. 96. .8683 5131.7 22.26 -129.69 -114.06 2.994 .927 1, 626 949.

98. .8749 4946.

9

21.60 -126.56 -110,81 3.017 ,919 1.627 936. 100. . 8817 4765 0 8 20.96 -123. 42 -107,55 3.C50 ,912 1.629 923. 102. .8866 4588.

8

20. 33 -120. 29 -104.29 3.062 .90 5 1. 630 909.

lO't. . 8957 4415.9 19.71 -117.15 -101.03 3. 114 .999 1. 633 996 . 106. • 9029 4247.2 19.10 -114.02 -97.76 3,145 .994 1.635 982. 108. .9104 4082.9 18.50 -110.87 -94.49 3. 176 , 889 1. 539 969. 110. .9180 3922 .

7

17.91 -107.73 -91.20 3,206 .695 1.644 953, 112. . 9256 3767.

0

17.34 -104.58 -87.91 3.236 .993 1.649 839.

11<>. .9336 3615.7 16.78 -101.42 -64.61 3.255 .691 1.655 924. 116. . 9419 3468.7 16.23 -98.25 -81.29 3.294 .660 1.661 909. 118. .9504 3326.

0

15.69 -95. 07 -77.9b 3, 322 .87 3 1 . 569 795. 120. .9590 3187.4 15.18 -91.88 -74.52 3,350 .6 76 1.674 79Q,

122. « 9679 3052.7 14.67 -88 t 69 -71.27 3,378 .973 1.679 766.

12'.. .9770 2921 .

8

14.19 -85.49 -57. 90 3,405 .659 1.59 3 753. 126. .9664 2794.

1

13.72 -82.29 -64.53 3. 432 . 957 1,693 741. 128 0 . 9961 2669

5

13.2 7 -79, Q9 -61,16 3,459 ,8 36 1.675 730. 130 • 1.00 64 2542.6 12.90 -75. 93 -57.82 3.495 ,641 1. 703 Ti.7. 132. 1.0168 242 3.6 12.50 -72. 70 -54,4 0 3.511 ,94 0 1.719 704. 134. 1.0277 2313.9 12.09 -59.45 -50.95 3.537 ,939 1.731 691. 136. 1.0339 2198.1 11.67 -56. 18 -47.49 3.552 . 935 1. 744 679, 138 * 1.0 505 2Q94.

3

11.26 -62. 90 -43.99 3.589 ,9 31 1.753 665, 140 • 1 . 0626 1990 .

6

10.87 -59. 5C -40. 46 5.613 .627 1 , 75(, 552.

142 • 1 • 07 52 1839.4 10.47 -56. 29 -36,93 3.639 .9 22 1, 775 639. 144. 1.0682 17 8 8.6 10.10 -52,97 -3 3,38 3,653 ,919 1.790 625. 146. 1 o 10 18 1697.5 9.7 2 -49, 62 -29,7 9 3,669 , 915 1.900 613. 148. 1 . 1 160 160 8.0 9. 34 -46. 27 -26,18 3, 712 ,911 1,911 599, 150. 1.1307 1522.2 8. 99 -42.90 -22.55 3,737 , 606 1,927 585, 152. 1.1461 1440.2 8.65 -39.51 -19,66 3. 761 , 905 I. 942 574. 154. 1.1624 1360.9 8.31 -35.09 -15.17 3.765 .603 1.656 561.

156. 1.1792 1286.7 7.98 -32.67 -11,45 3.909 , 900 1.873 549. 158. 1.1970 1210.6 7.65 -29.21 -7,65 3.635 .79^ 1.993 536.

160. 1.2156 1139.8 7.34 -25.57 -3.79 3, 658 ,801 1.919 523.

165. 1.2662 980.2 6.60 -16.81 5. 99 3.918 .619 1,992 489. 170. 1.3238 841.1 5.90 -7.74 16,09 3,978 ,617 2. 050 ^59. 175. 1.3696 723^2 5.25 1,46 26.47 4, 039 ,910 2. C99 433. 180. 1.4645 627.6 4.67 10. 71 37.07 4,096 .799 2.131 410.

185. 1.5492 553.6 4.14 19.94 47,82 4,157 ,786 2. 150 390. 190. 1.6437 499.2 3.67 29.05 56.63 4,215 . 777 2.160 373. 195. 1.7475 461.9 3.26 37.94 69, 4C 4, 271 . 757 2. 136 359. 200. 1.8589 439.1 2.91 46.53 79.99 4.324 . 759 2. 094 348. 210 . 2.0968 427.1 2.37 62.54 100.29 4,423 . 747 1.959 333. 220. 2.3424 442.3 1.98 76.96 119.13 4,511 , 739 1. 812 329.

230. 2.5666 471.7 1.70 '90.01 136.57 H.6e9 ,733 1.679 329. 240. 2.8247 609.7 1.49 101.92 152.76 4 , 659 , 726 I. 553 331. 250. 3.0540 548.5 1.33 112.91 157,96 4.719 . 719 1. 469 335. 260. 3.2751 589.5 1.20 123.18 192.14 4.775 , 7i; 1.399 3'.0. 270. 3.4897 631.1 1.09 132.88 195.70 4. 827 .702 1.324 345. 280. 3.6976 672.1 1.01 142.11 206.56 4.874 .693 1.269 351. 290. 3.9004 712.8 .932 150.94 221. 14 4.919 .694 1. 222 357. 300. 4.0990 752.4 .869 159.43 233.21 4. 958 .575 1.161 363.

» TWO-PHASE BOUNDARY 73
TABLE Via. THERMODYNAMIC PROPERTIES OF OXYGEN

190. BAR ISOBAR

MPE^ATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cy Cp VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

K cm3/g 8AR-Cm3/G bar/k j/g j/g j/g-k j/g-k j/g-k m/s

5t>.511 .7585 938<..2 39.81. -192. t7 -178.05 2.113 1.10 7 1.557 1135.

58. .7622 9213.2 38.86 -190. 07 -175.59 2.155 1. 102 1. 65t 1176.

60. • 7671 8985.

0

37.62 -186. 66 -172.29 2. 212 1.095 1.651 1 16t.

62. .7720 8758.1 36 .1.6 -183.66 -168.99 2.257 1.083 1.6t9 1152.

6't. .7770 8532.8 35.36 -180. t6 -165.69 2.319 1.080 1. 6t6 lltl.

66. .7821 8308.

8

31.. 32 -177. 26 -162. to 2. 359 1.071 1. 6t3 1 129. 68. . 7871 eos&.it 33.33 -17t. 07 -159.12 2 . tl S 1.052 1.6tl 1113.

70. .7923 7865.5 32.38 -170.89 -155. 8t 2 t55 1.053 1.539 1106.

72. .7975 76'»6.2 31 .1.7 -157.72 -152.56 2.512 1. Ott 1.636 1095.

7A. .8027 71.28.7 30.59 -16t.5t -lt9.29 2.557 1. 03t 1. 63t 103t.

76. .9081 7213.1 29.71. -151.38 -lt6.03 2. 600 1. 02t 1.632 1072.

79. .8135 6999.6 28.91 -158.22 -lt2.76 2.6t3 1. Olt 1. 531 1061.

80. .8190 6788.2 28.11 -155.05 -139.50 2. 68t 1. oot 1.529 10t9.

82. • 82'«6 6579.2 27.33 -151.91 -135.25 2. 72t . 99t 1. 627 1038.

8<t. .8303 6372.7 26.57 -lt8.77 -132.99 2.75t .98t 1. 625 1026.

86. .8361 6168.9 25.83 -11.5.63 -129. 7t 2.602 . 97t 1.625 lOlt.

88. .81.20 5968.0 25.11 -11.2. t9 -126. t9 2.839 .955 1. 52t 1002.

90. .H'>81 5770.1 21.. 1.0 -139.35 -123. 2t 2. 876 .955 1.623 990. 92. .35'i2 5575.5 23.71 -135.23 -120.00 2.911 .9t6 1.523 978.

9I(. .8605 5381..

1

23.03 -133. 10 -116.75 2.9t6 .937 1.623 966.

96. .8669 5196.1. 22.36 -129.93 -113.51 2.960 . 929 1.623 953. 98. .873'. 5012.3 21.71 -126.35 -110.25 3.01t . 921 1.623 9tO. IDO. .8801 1.832.0 21.06 -123.73 -107.01 3.0t7 .913 1.625 927.

102. .8869 1.655. 7 20.1.3 -120. 61 -103.76 3.079 .907 1. 626 91t. lot. .8939 1.1.83.5 19.81 -117. 1.9 -100.51 3. 110 . 901 1.628 900.

106. .9010 1.315.5 19.21 -lit. 37 -97.25 3.1tl .895 1.531 387. 108. .908<i 1.151.7 13.61 -lll.2t -93.96 3.172 .891 1.635 873. 110. .9158 3992.3 18.03 -108.11 -90.71 3.202 .886 1.639 859. 112. .9235 3837.2 17.1.6 -lOt.97 -87. t3 3.232 .865 1.5tt 3tt. lit. .9314 3686.1. 16.90 -101.33 -8t.l3 3.251 .683 1. 5t9 330. 116. .9391. 351.0.0 16.35 -98,68 -80.83 3. 290 . 831 1.655 315. 118. .9'.77 3397.8 15.82 -95.52 -77.51 3.318 .860 1.551 301. 123. .9562 3259.8 15.31 -92.35 -7t.l8 3.3t5 . 878 1.557 787.

122. . 96'*9 3125.6 It . 8

1

- 69. 17 -70 . 8t 3.373 .875 1.572 773 . 12'». .9738 2995.1 It. 32 -86.00 -67. t9 3.t01 . 869 1.675 760. 126. .9830 2868.0 13.85 -82.82 -5t.lt 3.t27 .859 1.67t 7t8. 128. .9925 271.3.8 13. tl -79.55 -50.79 3.t5t . eto 1.666 738. 130. 1.0025 2617.8 13. Ot -76.52 -57. t7 3.teo .8t3 1.692 725. 132. 1.0126 21.99.1 12.63 -73.32 -5t,08 3.505 .6t2 1.705 712.

13l». 1.0232 2389.9 12. 2t -70.09 -50.65 3.531 .839 1. 718 699. 136. 1.0 31)1 2271..

2

11.83 -66.85 -t7.21 3.557 . 836 1.730 686. 138. i.otst 2171.0 11. t2 -53.61 -t3.7t 3.532 .632 1.738 673. ito. 1.0570 2067.3 11.03 -60.35 -to. 26 3.507 .828 1. 7t8 561.

Iit2. 1.0692 1966.1. 10. 6t -57.07 -36.75 3.632 .e2t 1. 758 6t8. Itt. 1.0817 1865.8 10.26 -53.79 -33. 2t 3.557 .820 1.771 635.

Ili6. 1.09<t9 1775.1 9.90 -50. t9 -29.59 3.681 . 81f 1.781 623.

Its. 1.1085 1685.9 9.52 -t7.17 -26.11 3.705 .812 1.791 610.

ISO. 1.1226 1600.1. 9.17 -t3. 36 -22.53 3.729 .80: 1.803 597. 152. 1.1373 1518.6 8.83 -to. 52 -18.91 3.753 .807 1. 316 585. ist. 1.1528 11.39.1. 8.50 -37.15 -15.25 3.777 .80t 1.830 572.

156. 1.1688 1365.6 8.17 -33.79 -11.59 3.801 .801 1.6t3 561. 158. 1.1856 1289.0 7.85 -30.39 -7.86 3.825 .798 1.860 5<tS. 160. 1.2032 1217.6 7.5t -26.92 -t.05 3.8t9 .801 1.883 535. 165. 1.2507 1057.6 6.81 -18. 2t 5.52 3.908 .816 1.9t9 502.

170. l.SOtl 917.0 6.12 -9.36 15.39 3.967 .813 1.999 t73. 175. 1.36<>6 796.1 5.t8 -.t2 25.50 t.025 .809 2. OtO tt8. 180. l.<«328 696.1. t.90 8.57 35.79 t.063 .798 2.073 t25.

185. 1.5092 617.5 t.37 17.53 t6.20 t.ito .787 2.092 t05. 190. 1.59<>1 557.1. 3.90 26. to 56.68 t.l96 .776 2.095 388. 195. 1.6871 511..

1

3.t9 35.09 67.lt t.25a .767 2. 080 373. 200. 1.7870 1.85.1 3.13 t3.51 77. t7 t.303 .759 2.0t7 352. 210. 2.0022 (.61.9 2.56 59. to 97. tt t.too .7t7 1.939 3t6. 220. 2.2278 1.68.8 2. It 73.38 116.21 t.t88 .7t0 1.811 339. 230. 2.'>5<>7 1.91.9 1.8t 87. 03 133.72 t.565 .73t 1.590 337.

2<>a. 2.6782 621..

6

1.61 99.18 150.07 t.635 .728 1.531 337. 250. 2.89'>7 561.8 l.t3 110.37 155.37 t.697 .721 l.t87 3t0. 260. 3.101(3 601.1. 1.29 120.82 179.60 t.75t .713 l.t08 3t5. 270. 3.3082 61.1.7 1.18 130.69 193.55 t. 806 .705 1.3tl 3t9. 280. 3.5061 682.0 1.08 lt0.06 206.68 t.85t .696 1.285 355. 290. 3.6993 722.2 1.000 It9.g2 219.31 t.898 .687 1.236 361. 300. 3.888'. 761.3 .931 157.53 231.51 t.939 .678 1.19t 366.

• TNO-PHASE BOUNDARY 74
TABLE Via. THERNOOVNAHIC PROPERTIES OF OXYGEN

ZOO. BAR ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cu Cp VELOCITY

. DERIVATIVE DERIVATIVE ENERGY OF SOUND

K cn^Vg bar-cm3/6 BAR/K J/G J/G J/G-K J/G-K J/G-K M/S

> 56.623 .7582 9<>t9.8 39.85 -192. <>2 -177.25 2.114 1.108 1.656 1187.

St. .7616 9262.2 3S.9i> -190.20 -171..97 2.154 1.103 1.654 1178.

60. .766<> 9a3i».8 37.70 -187.00 -171.67 2.210 1.096 1.651 1166.

62. .771* 8808.8 36.5<> -183.80 -168.37 2.264 1.089 1.648 1155.

6i». .7763 858'>.2 35.<>(> -180.60 -165.08 2.316 1.081 1.645 1143.

66. .7813 8361.1 3<».(iO -177.1.1 -161.79 2.367 1.072 1.643 1132.

66. .786<i 8139.

S

33.<tl -171..23 -158.51 2.416 1.063 1.640 1120.

70. • 7915 7919.'! 32. i»6 -171.06 -155.23 2 . 463 1. 054 1. 638 1109a

72. .7966 7700.9 31.55 -167.89 -151.95 2.509 1.045 1.635 1098.

7li. .8019 7<t8'>.2 30.67 -161*. 72 -11.8.69 2.554 1.035 1.633 1087.

76. .8072 7269.5 29.82 -161.57 -11.5. <i2 2.598 1.025 1.631 1075.

70. .8126 7056.7 29.00 -158. Ill -11.2.16 2.640 1.015 1.629 1064.

SO. .8180 68'.6.2 28.20 -155.27 -138.90 2.681 1.005 1.627 1053.

82. .8236 6638.0 27.<i2 -152.12 -135.65 2.722 .995 1.525 1041.

8i>. .8293 6'«32.3 26.66 -11.8.99 -132.1.0 2.761 .985 1.624 1030.

06. .8350 6229.3 25.92 •11.5.86 -129.16 2.799 .976 1.622 1018.

88. .8'«09 6029.2 25.20 -11*2.73 -125.91 2.835 .965 1.621 1006.

90 . • 8't66 5832.0 2it.'*9 -139.60 -122. 67 2. 873 . 957 1.620 994.

92. .8529 5638.1 23.80 -135.1.9 -119.1.3 2.908 .947 1.620 982.

9<«. .8591 S'.i»7.6 23.12 -133.37 -116.19 2.943 .939 1.519 970. 96. .865<> 5260.6 22.1(6 -130.25 -112.95 2.977 .930 1.520 957. 98. .8719 5077.2 21.81 -127.15 -109.71 3.011 .922 1.620 944. 100. .8785 1.897.7 21.17 -12'.. O"* -106.1.7 3. 043 .915 1.621 931.

102. .8852 1.722.1 20.511 -120.93 -103.22 3.075 .908 1.522 918.

lOit. .8921 1.550.5 19.92 -117.82 -99.98 3.107 .902 1.624 905. 106. .8992 1.383.1 19.32 -n't. 71 -96.73 3.138 . 397 1.627 891. 108. .906') 1.220.0 18.72 -111.60 -93.1.7 3. 168 .893 1.630 878.

110. .9138 1* 06 1 . 2 18.11. -10 8 . '.8 -90.21 3.198 .88 9 112. .9213 3906.7 17.57 -105.36 -86.93 3.228 .887 1.638 850. n't. .9290 3756.5 17.02 -102.23 -83.65 3.257 • 885 1.544 835. 116. .9370 3610.6 16.1.8 -99.10 -80.35 3.285 . 383 1.649 821.

118. .9'tSl 31.68.9 15.95 -95.96 -77.05 3.314 . 832 1.555 807. 120. .953<« 3331.'. 15.1.3 -92.81 -73.71. 3. 342 .880 1.660 793.

122. .9619 3197.7 11.. 91) -89.55 -70.1.1 3. 369 .877 1.555 779.

12'.. .9707 3067.6 1I..1.5 -86.1.9 -67.08 3.395 .871 1.567 765. 126. .9797 291.1.0 13.99 -83.33 -53.71. 3.423 . 861 1.555 754.

123. .9889 2817.3 13.51. -80. 19 -60.41 3.449 .342 1.557 745. 130. 2692 .

1

-77.09 -57. 12 3.475 732. 132. 1.0 0 86 2573.7 12.77 -73.92 -53.71. 3.500 . 843 1.594 719.

13't. 1.0189 21.65.1 12.38 -70.72 -50.31. 3.526 . 841 1. 705 707. 136. 1.029'. 23'.9.i. 11.98 -67.52 -1.6.93 3.551 .838 1.718 594.

138. 1.0<iO<t 221.6.5 11.57 -61.. 29 -1.3.1.8 3.575 . 83. 1. 724 582.

I'll]. 1.0518 211.2.9 11.18 -61.07 -1.0.03 3.601 .830 1. 734 569.

1.0 635 20't2.2 10.80 -57.82 -35.55 3.626 • 825 1. 742 557.

i.k't. 1.0 756 19'tl.9 10. 1.3 -Sit. 58 -33.07 3.550 .321 1. 754 544. 1.0883 1851.6 10.06 -51.32 -29.55 3.674 . 817 1.753 532.

iita. l.lOl'i 1762.6 9.70 -1.8, 01. -26.02 3.699 .314 1.773 620.

15Q. 1.1150 1677.'. 9.31. -1.1., 77 -22. 1.7 3.722 .810 I. 781 507. 132. 1.1291 1595.8 9.01 -13.90 3. 746 .309 1. 793 595.

15".. l.l't39 1516.5 8.68 -38.15 -15.26 3.770 .805 1. 305 533.

136. 1.1591 l'.lt2.9 8.36 -31.. 95 -11.66 3. 793 . 302 1.816 572.

isa. 1.1751 1366.9 8.01. -31.50 -8.00 3.816 .799 1.332 550. 160. 1.1918 1291..

1

7.71. -26.09 -It. 26 3. 340 . 802 1.853 547.

165. 1.2366 1133.6 7.01 -19.57 5.15 3.898 .818 1. 912 515. 1?J. 1.2866 991.5 6.33 -10.90 11..83 3.955 .818 1.955 487.

175. 1.31.26 868.3 5.70 -2.15 24.70 4.013 .809 1. 990 452. 180. mOS2 765.0 5.12 6.52 34.72 4.069 . 798 2.013 440 , 185. 1.1.7I.9 682.0 1..60 15.35 44.85 4. 125 .785 2. 034 420. 19) . 1.5519 616.8 1..13 21*. 00 55.04 4.179 .7 75 2. 038 403. 195. 1.6360 568.1 3.71 32.50 55.22 4.232 . 767 2. 023 338. 200. 1.7263 533.6 3.31. 1.0. 73 75.30 4.233 .76^ 2,004 375. 210. 1.9221 1.99.9 2.71. 56.51 94.95 4.379 . 747 1,916 353. 220. 2.1296 1.96.'. 2.31 70.99 113.59 4.465 . 740 1,805 349.

230. 2.31.05 515.0 1.98 81.. 29 131.10 4. 544 . 735 1.595 345.

2<«0. 2.5502 51.3.1 1.73 96.51. 147.54 4. 514 .730 1,594 344. 250. 2.75'.5 577.3 1.51. 107.90 162.99 4.577 .723 1,503 346. 260. 2.9535 615.0 1.39 118.52 177.59 4. 734 .716 1.424 350 . 270. 3.11.75 651..

0

1.26 128.51. 191.49 4. 735 .708 1.357 354. 280. 3.3360 693.1. 1.16 138.05 204.78 4. 635 .699 1.299 359. 290 . 3.5203 732.8 1.07 11.7. 15 217.55 4.380 .693 1, 250 364. 300. 3.7006 771.1. .991. 155.87 229.88 4.921 .680 1.207 370.

TM0-PH4SE BOUNDARY 75
TABLE Via. THERMOOYNAMIC PROPERTIES OF OXYGEN

210. BAR ISOBAR

TEMPERATURE VOLUME Cm3/GISOTHERM DERIVATIVE BAR-GM3/GISOCHORE DERIVATIVE

8AR/K

INTERNAL

ENERGY

J/G

ENTHALPY

J/G

ENTROPY J/G-K

Cv J/G-K

Cp J/G-KVELOCITY

OF SOUND

M/S

56.731. .7579 9<.55.3 39.85 -192.36 -176.45 2.115 1.108 1.656 1188,

58. .7609 9311.0 39.02 -190.33 -174.35 2.151 1.104 1. 654 1181,

60. .7658 906i«.<< 37.78 -187.13 -171.06 2.206 1.098 1, 650 1169.

62. .7707 6859.2 36.62 -183.93 -167. 75 2.252 1.090 1,647 1157.

6<>. .7756 8635.5 35.52 -180.75 -154.46 2. 314 1.062 1. 644 1145,

66. .7606 6413.2 3't.'»6 -177. 56 -161.17 2.364 1.073 1,642 1134,

66. .7856 8192.3 33. (19 -17".. 39 -157.89 2.413 1,064 1, 539 1123,

70. .7907 7973.0 32. 5<. -171.22 -154.52 2.461 1,055 1.535 1112.

72. .7 958 7755.'. 31.63 -168. 06 -151.34 2.507 1,046 1. 634 1101.

7'.. .8010 7539.5 30.75 -16it. 90 -148.06 2.552 1. 035 1,632 1090.

76. .8063 7325.5 29.90 -161.75 -144.82 2.595 1. 025 1.529 1078.

73. .8116 7113.6 29.08 -158.50 -141.56 2.637 1. 016 1.627 1067,

80. .8171 6903.8 28.26 -155. ".7 -138,31 2.679 1.007 1,525 1056,

82. .6226 6696. <» 27.51 -152.33 -135.06 2.719 . 997 1,523 1044,

Bit. .8262 61.91.5 26.75 -l't9.20 -131.81 2. 758 .987 1.622 1033,

86. .8339 6289.3 26. 0 1 -146.0 8 -126.57 2,795 , 977 1,620 10 21. 88. .6397 6089.9 25.29 -l'.2.96 -125.33 2,833 ,957 1,519 1010. 90. .8<.S6 5893.6 2't.58 -139.85 -122.09 2.870 , 958 1.513 998. 92. .6516 5700.'. 23.89 -136. 74 -118.86 2.905 ,949 1,617 986. 94. .8578 5510.6 23.22 -133.64 -115.52 2,940 , 940 1,617 973. 96. .86<tO 532it.3 22.55 -130.53 -112.39 2,974 .932 1,615 961. 96. .870<> Sim.

6

21.90 -127.43 -109.16 3,007 .924 1.617 949. 100. .8769 <t962.6 21.27 -124.34 -105.92 3,040 . 917 1,617 935.

10 2. .8836 '•787.9 20.6't -121.24 -102.58 3, 072 ,910 1,519 923,

ia<t. .890<t <t617.0 20.03 -118.14 -99.45 3.103 ,904 1,620 910. 1,623

los! .901.5 '.287.*7 18.63 -111.95 -92.96 3.165 . 895 1, 626 883. 110. .9117 '•129.5 16.26 -108.85 -89.70 3.195 . 891 1,529 869. 112. .9192 3975.5 17.69 -105.74 -85.44 3.224 . 989 1.533 855.

11<I. .9268 3625.9 17.1'. -102.63 -83.17 3.253 . 687 1.639 841. 116. .93<>6 3680.5 16.60 -99.51 -79.66 3.281 .865 1.644 827. 118. .9<t25 3539.3 16.07 -95.38 -76.59 3.310 . 884 1.649 813. 120. .9507 3<>02.2 15.56 -93.25 -73.29 3.337 .882 1.554 799.

122. .9591 3266.9 15.06 -90. 11 -69.97 3.365 .879 1,559 785.

12't. .9677 3139.3 l't.58 -85.97 -66.65 3,392 . 673 1,560 772. 126* 761

.

128. .9855 2689.9 13.67 -80.72 -50.02 3,444 . 643 1,648 751. 130. .9951 2765.6 13.32 -77.64 -55.75 3,470 , 645 1,671 739. 132. 1.00<»7 26'»7.5 12.91 -74.49 -53.39 3.495 , 844 1. 683 726.

13it. 1.01<<8 2539.3 12.51 -71.32 -50.01 3.521 , 642 1,693 714. 136. 1.0250 2'.23.6 12.12 -66.15 -45.62 3.546 , 639 1.706 702. 138. 1.0357 2321.1 11.72 -54.95 -43.20 3,571 .835 1. 712 690.

litO. 1.0i>67 2217.6 11.33 -61.76 -39.78 3.695 .631 1.720 577.

I<t2. 1.0S81 2117.1 10.95 -58.54 -36.32 3.620 . 827 1.728 565. 1.0696 2017.0 10.59 -55. 34 -32.88 3.644 . 823 1.738 653.

1<>6. 1.0821 1927.0 10.22 -52.11 -29.39 3,668 . 819 1. 745 541.

i<>a. 1.09<>7 1838.2 9.87 -46.88 -25.69 3,692 ,815 1, 755 529. ISO. 1.1078 1753.2 9.52 -45.54 -22.38 3,715 , 811 1, 753 517. 152. 1.1213 1671.7 9.16 -42.39 -16.84 3,739 .809 1,772 605. 15k. 1.1355 1592.3 8.85 -39.11 -15.27 3,762 . 806 1,783 594. 156. 1.1501 1516.8 8.5't -35.85 -11.70 3,785 .803 1, 793 562. 158. 1.165't l'>i»1.6 6.22 -32.55 -8.08 3,808 .800 1,805 571. 160. 1.1812 1369.3 7.92 -29.20 -4.40 3,832 .803 1, 825 558.

165. 1.2236 1208.3 7.20 -20.83 4.87 3.689 .819 1, 880 527. 170. 1.2707 1065.2 6.53 -12.31 14.37 3.945 .818 1,917 500. 175. 1.3229 939.'7 5.91 -3.74 24.04 4.001 .810 1, 946 475. ISO. 1.3809 833.2 5.33 4.83 33.83 4.057 .7 98 1,970 453. 185. l.<t<>50 7'e6.6 't.81 13.37 43.72 4. Ill .786 1.983 434.

190. 1.5155 677.0 <t.3<t 21.83 53.65 4.154 .775 1.988 417.

195. 1.5922 623. '> 3.91 30.15 63.59 4.215 . 756 1. 981 401. 200. 1.67<t5 58i«.0 3.5<> 38.28 73.44 4.265 . 759 1.952 389. 210. 1.S536 Si»0.6 2.93 53.84 92.75 4.350 .747 1.891 370. 220. 2.0<>i>9 530.7 2. '•7 66.29 111.23 4.446 . 741 1. 795 359.

230. 2.2<>il 5<>o.a 2.12 81.64 128.70 4.523 .735 1,697 353.

2<tO. 2.l>378 56'!.

0

1.86 9<>.ai 145.20 4.593 .731 1,503 352. 250. 2.6310 595.0 1.65 105.51 160.75 4,657 .726 1,516 353. 260. 2.8198 630.5 l.'tS 116.28 175.49 4.715 .718 1,438 355. 270. 3.00<><i 667.8 1.35 126.45 189.54 4.768 .710 1, 371 359. 280. 3.ie<>2 706.2 1.23 136.10 202.96 4.817 .702 1, 313 354. 290. 3.3601 7<«<>.a 1.1<> 145.31 215.67 4.662 .692 1,252 359. 300. 3.5323 782.7 1.06 15i>.14 228.32 4.904 .583 1,219 374.

• TMO-PHASE BOUNDARY 76
TABLE Via. THERNOOTNAHIC PROPERTIES OF OXYGEN

220. BAR ISOBAR

TEHPERATURE

Ch3/g

ISOTHERM ISOCHORE DERIVATIVE DERIVATIVE

BAR-CH3/G BAR/K

INTERNAL

ENERGY

J/6

ENTROPY J/G-K

Cv J/G-K

Cp VELOCITY

OF SOUND

J/G-K M/S

56a 8'*5 • 7575 9490 •

8

39*86 -192. 31 •175 * 64 2.116 1*109 1. 655 1 190 • 56 • • 7603 9359.

7

39. 10 -190* 46 -173*73 2. 149 1.106 1. 65 3 1133.

60* • 7652 9133.8 37 . 66 -187 26 -170* 43 2. 205 1* 099 1. 65 0 1171, 62* • 7700 890 9.

5

36* 70 -184. 07 -167 .13 2.259 1. C 91 1. 647 1160 • • 77^9 8686.

5

35. 60 •1 80 * 89 -163. 34 2.311 1*0 83 1. 644 1 143* 66* .7799 8465.0 34. 56 -177.71 -160*56 2 . 362 1* 074 1, 641 1137.

66* .78'»9 8245.

0

33. 57 -174. 54 -157.28 2* 411 1* 065 1,636 1126* 70. • 7899 8026*5 32.62 -171*36 -154.00 2.458 1.056 1. 635 1115*

72. .7950 7609.6 31.71 -168.23 -150.73 2.504 1. 047 1. 633 1104. 7k» • 80 02 759'».5 30 « 63 -165.0 8 -147* 47 2. 549 1.037 1. 63 Q 1093.

76» • 805^ 7 381 » 3 29. 99 -161. 93 -144. 21 2.592 1.027 1.628 1031*

76* • 8107 7170*1 29 . 16 -156 • 79 -140 . 96 2* 635 1*013 1.626 1070.

dO • . 6161 6961.

1

26.37 -155. 66 -137.71 2.676 1.008 1 . 624 10 59*

82 • .8216 6754.5 27.59 •152* 54 -134. 46 2* 716 • 998 1.62 2 1043*

• 8271 655 0.4 26. 84 -149 • 42 -131.22 2.755 • 9 38 1, 620 1 036. d6« .8328 6343.

9

26. 10 -146 • 30 -127.9 6 2 . 793 * 97 9 1.613 1025,

8da * 6385 6150* 3 25.38 -143. 19 -124. 75 2.630 • 969 1.617 1013*

90. 5954.7 24.67 -140.09 -121.51 2.867 .959 1*615 lOQl.

92. «350t» 5762.3 23.99 -136.99 -113.28 2.902 , 95C 1.614 969.

9'*« • 6 Sbk 5573*2 23.31 -133.90 -115*0 5 2.937 * 94

1

1,614 977, 96« . 3626 5387.6 22. 65 -130. 31 -1 11.83 2.971 .933 1.613 965.

98« .8690 5205.6 22.00 -127 • 72 -103*60 3.004 * 925 1.613 953,

10 0* • 3 75'* 5027 •

4

21* 36 -124. 63 -105.37 3.0 37 * 91 ^ 1.614 940 •

10 2* • 8820 465 3.2 20.74 -121.55 -102.14 3*069 * 91

2

1.615 927, 10^« • 3867 4682 • 9 20.13 -116. 46 -93.91 3.10 0 ,90 6 1.616 914 * 10&* • 3956 4516.

3

19. 53 -115. 38 -95. 66 3. 131 .901 1.619 901. 106* . 90 26 4354 .

9

16 « 94 -112* 29 -92.4't 3. 16

1

.8 97 1. 621 887 , 110* .9097 4197.2 18.37 -109.21 -89.19 3.191 .893 1.625 974* 112. • <jA.71 4043.3 17.60 -106.11 -65.94 3. 220 . 891 1. 629 360. n't* a 92 (*6 3894 .

6

17.25 -10 3.02 -62.68 3.249 .83 9 1.63 3 346. 116* .9322 3749* 7 16. 71 -99.91 -79.4 0 3.278 , 887 1.636 3 32. 116« .9^00 3609 .

0

16. 19 -96 . 3 0 -76 • 1

2

3,306 • 666 1, 643 313 * 120 • . 9*»61 3472 * 3 15*66 -93.69 -72. 63 3.333 ,8 84 1 • 649 60 5.

12 2« .9563 3339.

5

15.19 -9C. 57 -69* 53 3.361 * 86

1

1,652 791

,

12(*« • 96'*7 3210 •

3

14* 71 -87 . 44 -66. 2 2 3,387 . 8 7v 1.653 779, 12&« . 973** 3 084.4 14.2 5 -84. 33 -62. 9

1

3,414 • 364 1 a 65 0 767 , 126* . 9622 2961 •

6

13.60 -81.23 -59.62 3 , 440 ,845 1,639 756 • 130. .9915 2333.3 13.45 -78. 16 -56.36 3.465 , 847 1,661 746. 132. 1.0010 2720.4 13.04 -75.05 -53.03 3.490 , 346 1. 672 734.

l.Z'*m 1.0108 2612 •

7

12*65 -71. 91 -49 .67 3.516 , 644 1,632 722

,

136* 1.0206 2497 .

0

12.26 -63. 76 -46* 31 3.541 • 841 1. 694 709.

1 3 & • 1.0 312 2394.

8

11.67 -65. 59 -42 • 9

1

3 a 566 a 8 37 1.700 697

,

l4 0 • 1 .0419 2291.3 11* 46 -62.43 -39.51 3 , 5 9U .6 33 1.707 685 .

1<»2« 1. 0530 2191

1

11*10 -59. 24 -36.08 3.614 .82 9 1,714 673.

1 't't* 1 mObl*Z 2091.3 10.74 -56. 08 -32.66 3,633 ,8 24 1.723 66 1

.

!* 6 • 1*0 761 2 001.4 10.38 -52. 88 -29.20

143. 1.0 8 8<* 1912.

7

10.03 -49.67 -25.73 3.686 , 816 1,739 638. 15a. 1*1010 1323.0 9.69 -46,47 -22.25 3.709 .613 1.747 627. 152. 1.1140 1746.6 9.35 -43.26 -18.75 3.732 .810 1. 754 615* 15U. 1.1277 1667.1 9.02 -40. 03 -15.22 3.755 .80 7 1, 763 604. 156. 1.1417 1593.5 8.71 -36.80 -11.69 3,778 .604 1.771 593.

t5d. 1.1563 1516.1 3.40 -33.56 -8.12 3.801 , 801 1,733 531.

160. 1.1714 1443.4 8.10 -30.25 -4.46 3,824 .804 1. 301 569.

165. 1.2117 1261.9 7.39 -22. 00 4.65 3.eso .619 1. 351 536. 17J. 1.2562 1137.7 6.72 -13. 64 14.00 3. 936 . 619 1. 834 512. 175. 1*3052 1010.4 6.10 -5.22 23.49 3.991 .310 1. 909 483. ISO. 1.3593 901.1 5.53 3.18 33.08 4.045 . 793 1. 928 466, 165. 1.4137 811.2 5.01 11.54 42.7b 4.093 .736 1. 939 447, 190. 1.4837 737.7 4.54 19.83 52.47 4. 150 , 77b 1,943 43J, 195. 1.5542 679.6 4.11 27.99 62.19 (t.2J0 .766 1,939 415. 200* 1.6298 &35.6 3.73 35.99 71. St* 4, 249 .759 1.924 402. 210. 1.7943 563.4 3.10 51*36 90.33 4. 342 , 74^ 1. 365 391, 220. 1.9713 565.4 2.62 65. 75 109.12 4. 427 . 74. 1.733 369.

230. 2.1541 569.1 2.26 79.12 126.51 4, 504 .737 1.695 362. 2^0. 2.3337 587.1 1*96 91.58 143.03 4,57h . 733 1.609 359. 250. 2.5213 614*6 1.76 103. 20 158.67 4,63d ,727 1. 526 359. 260. 2.7006 647*9 1.58 114.10 173.52 4, 697 .721 1.^50 361. 270. 2.9764 633.3 1.43 124. 40 187,66 4.750 .713 1,384 364. 280. 3.0431 720.5 1.31 134. 18 201.23 4.799 ,7 04 1. 325 366. 290. 3.2163 756.1 1*21 143. 50 214.26 4, 81*5 .695 1,274 373. 300. 3.3309 795.1 1.12 152.44 226, 32 4,883 .685 1.230 378.

TWO-PHASE BOUNDARY 77
TABLE Via. THERMOOrNAMIC PROPERTIES OF OXYGEN

230. 8AR IS03AR

w ni 1 1 MP T1. ^ rT<^ HPn C DMKn T NT PR MAI ENTHALPY £ NT ROPY VELOCITY

np P T U fl T T UP EN ERG

Y

OF SOUND

Cm3/g B AR" C M*^/G BAR/K J/G J/G J / G - K J/ G-K J/ G-K M/S

56.956 • 7572 9526.2 39.87 -192.25 -171.. 81. 2.117 1.110 1. 655 1192.

5&, .7597 91.08.2 39.19 -190.58 -173.11 2. 11.7 1.107 1.653 1165.

60. . 7 6't6 9183.

1

37 .95 - 1 8 7 • 39 -169.81 2.203 1 . 1 0 c 1.650 1171*.

62 a 769'. 8959 5 36.76 -1 f\u -165.51 2.257 1.092 1 61.5 1162.

6** • • 7 7 '2 8737.1. 35.69 Ii A1

* n7 -163.22 2. 309 1*061. 1 . 61. 3 1151.

66 • A ?Q7*

I

17*^^

-1* 77* AP, *- -159.91. 2.359 1.075 1 . 61. 0 1 11* 0

.

6,9'

II 71

' 1.067 1.637

tS"

7? 7n -15 3.39 2 . Ii5

6

1. 057 1. 631. 1113.

7Z • 7ftf,7 P» 71 * 7Q

, 7V»

* 7993 76^9 3 30*92 "165" 25 *1^6*86 2' 5^6 1*038 1* 629 1096*

75. .30<.5 71.36.3 30.07 -152. 11 -11.3.51 2. 590 1.029 1. 627 1081*. 78. .8096 7226^i, 29.25 -158.93 -11.0.35 2.632 1.019 1. 521* 1073. .8152 7013^2 26.1.5 -155. 65 -137.11 2. 573 1.0 09 1. 622 1062.

62 • *ft ft ^^n A Q

'1 ^Q* I7

"1 7n ft7 ? 7^7 1 ^1 A *

o I i 9^*1 p

* QAQ

1

1 n^n

o £

* .8317

t^i n 7

'1 L

t

"l 77 7Q

-1 ?I*i ft

? 7Qn * Qft

1

fci ^

1 n?A

'ftf ^? c ni -1 U7 * Q7n 1 ni 7 on*

o^* ^A?7*

7

"1

t^n 77 "177 yu

"1 ?n*Q7 "11771

? Re^u * Qf.1 1 fci 7 1 nnt;*

*fti.Qi ? n ft ? AQQ * QC;? 1 f.1 7 QQ7

9^' *8551 5635 3 23*So "131. 15 -llii* ^9 2 93^ * 9^3 1*611 981*

96, .8613 5i.50.it 22.71. -131.07 -111.26 2.968 . 935 1.610 959.

98. .8675 5259.1 22.10 -123. 00 -108.0". 3. 001 .927 1.610 957.

10 0* .6739 5091.6 2l.lt6 -12i.^ 92 -101.. 82 3. 033 .920 1.611 91*1..

• 86 Ci* 7^ 7 20.61.

0

70

7 1611 * .8870 1.71.3. 3 20.23 - 11 8^ 7 3 '6*77 -98.37 7 nQ7 *

* 907 1.613 Q1 Q

1 0 b • .8938 1.58 2 . 8 19.63 - 1 1 5 • 70 - 95 • 15 3.127 • 9 0 2 1.615 ant

1 0 8 a .9007 l»l»21.^ 19.05 -112.63 -91.92 3. 158 . 69 S AQ7

^ft 110. . 9078 1.261.. 3 t3.ii7 -109. 56 -68.66 3.137 0 6 9 5 1.520 879. 112. . 9150 1. 11 1 • 1. 17.91 -105^ 1.8 -3 5 . 1.

3

3.217 . 892 1.621* 365 . 1 1 1** . 9221* 396 2.7 17.37 - 1 0 3 • 1.0 116. .9299 3618.3 16.83 -100. 31 -78.92 3.271. .839 1.633 837. 118. .9376 3673.0 16.31 -97.21 -75.55 3.302 . 688 1.638 821*. 120* . 9'* 55 3 51. 1 • 7 15.60 -91. • 11 -72.37 3.329 .8 85 1 • 61*2 810.

122. .9536 3i*09^ 3 15.31 -91« 01 -69. 08 3.355 .38 3 1 . 61* 5 797 .

• 9619 326 0.5 11.. 6 3 -87. 90 -65. 78 3.363 • 877 1. 51.5 765. 126. • 97 0 3 3155 • 0 11. • 37 -3l*. 81 -62. 1.9 3 • 1.1

0

.655 1 • 61.3 771*

,

123 1 .9790 30 32.6 13.93 -81.72 -59.21 3. 1.35 .81.7 1.632 751* . 130. .98 61 2910 •

3

13.58 -78. 70 -55. 97 3 . 1.5 0 . 81* 8 1.653 75 3. 132. .9971* 2792^6 13.17 -75.60 -52.56 3 . 1*86 .61*7 1. 66 3 71. 0 . 1 . 0 0 69 2635.2 12.78 -72.1.8 -1.9. 32 3. 511 • 81*5 1.671 729. 136. 1.0167 2569.6 12.1.0 -69.36 -1.5.97 3.536 . 81.2 1.663 717. 138. 1.0268 21.67.6 12.01 -66.21 -1.2.60 3.560 . 639 1.569 705.

I'.O. 1.0372 2361*.

2

11.53 -53.07 -39.22 3.585 .331* 1. 69 6 693.

11.2. 1.01.60 2261.. 1 11.25 -59.92 -35. 81 3.509 .630 1. 702 681. 1.0590 2161..

6

10.69 -55. 78 -32. 1.3 3.532 . 626 1.710 569. lUb. 1 •O 705 2071*.

9

10.53 -53. 61 -28.99 3. 556 • 622 1. 716 658.

1>.8. 1.0823 1936.3 10. 18 -50. 1.1. -25.56 3.630 .816 1. 723 61.7. ISO. 1.09<.5 1901.7 9.85 -1.7.28 -22.10 3.703 . 811. 1.731 636. 152. 1.10 71 1620.1. 9.52 -1.1.. 10 -13. 63 3. 726 8 11 1.737 625.

IS".. 1.120 3 171.0.7 9.19 -1.0.90 -15.13 3.71.9 .806 1. 71.5 513. 156. 1.1337 1666.9 8.87 -37.71 -11.51. 3.771 .305 1.752 602.

158. 1. 11.77 1669.6 8.57 -31.. 51 -6.11 3. 791. . 602 1.763 591. 160. 1.1622 1516.1. 3.27 -31.25 -1..62 3.615 .805 1.779 579.

165. 1.2007 1351..

5

7.57 -23.12 1..50 3.872 . 820 1.825 51.9. 170. 1.21.29 1209.2 6.91 -11.. 66 13.71 3.927 . 820 1. 855 523. 175. 1.2691 1030.3 6.29 -6.61 23.01. 3. 981 .811 1.876 500. 180. 1.3398 963.

S

5.72 1.61. 32.1.6 i<.D3it . 799 1. 891 1*79. 185. 1.3952 875.8 5.21 9.85 1.1.91. 1..O66 .787 1.901 1*60. 190. 1.1.556 798.7 I..73 17.99 51.1.6 I.. 137 .776 1.901* 1.1.3. 195. 1.5208 736.9 1..30 26. 00 60.96 1..I86 .766 1.900 1*27. 200. 1.5906 688.9 3.92 33.87 70.1.5 1..231. .759 1. 339 1*11*. 210. 1.71.27 627.9 3.23 1.9.06 89. 11. l». 325 .71*8 1.639 393. 220. 1.90 68 602.1 2.78 53.37 107.23 1..1.09 .71.1 1.759 379.

230. 2.0775 599.7 2.1.0 76.71. 121.. 52 1..1.65 .737 1.690 371.

21)0. 2.2S09 612.5 2.10 39.25 11.1.03 1..557 .731* 1.611 367. 250. 2.1.236 636.6 1.87 100.97 156.71 1..621 .729 1.533 366. 260. 2.591.0 667.0 1.66 111.99 171.66 1..679 .723 1.1*60 367. 270. 2.7616 700.3 1.52 122.1.1 185.93 1..733 .715 1.395 370. 280. 2.9256 735.1 1.39 132. 30 199.59 1..763 .707 1. 336 373. 290. 3.0 366 772.5 1.28 11.1.71. 212.73 i>.e29 .597 1.265 377. 300. 3.21.1.1 808.7 1.19 150.78 225.39 I..872 .588 1.21*0 382.

TMO-PHASE BOUNDARY 78
TABLE Via. THERHObYNAMIC PROPERTIES OF OXYGEN

2<>0. BAR ISOBAR

TEMPERATURE ISOTHERM ISOCHORE DERIVATIVE DERIVATIVE BAR-Cm3/g 9AR/KINTERNAL

ENERGY

J/G

ENTROPY J/G-K

Cv J/G-K

Cp VELOCITY

OF SOUND J/G-K M/S

57.067 .7569 9561.6 39.88 -192. 20 -17I..03 2.117 1.111 1,555 1193.

58. .7591 9'>56.5 39.27 -190.71 -172.1.9 2.1'.!. 1.108 1.653 1188,

60. .7639 9232.2 38.03 -167.52 -169.19 2.200 1.101 1.51.9 1176,

62. .7687 9009. <i 36.86 -181.. 31. -165.89 2.25'. 1.093 1.51.6 1165,

6<>. .7736 8788.0 35.77 -131.17 -162.61 2.306 1.035 1. 61.3 1153,

66. .778<t 8568.1 31..73 -178.01 -159.32 2.357 1.077 1.639 111.2. 66. .783<t 83<>9.6 33.73 -171.. 85 -156.05 2.1.06 1. (168 1.536 1131,

70, .788'* 8132.

7

32.79 -171. 70 -152.78 2 • 1*5 3 1 . 0 58 1,63 3 1120,

72. .793<» 7917.3 31.87 -168.56 -11.9.51 2.1.99 1. 01.9 1,631 1109,

7(>. .7985 7703.8 31.00 -155. 1.2 -l'»6.25 2.51.1. 1.039 1. 628 1098,

Tb. .8037 7',92.1 30.15 -162.29 -l'.3.00 2.567 1.030 1,625 1087,

7S. .8089 7282.1. 29.33 -159. 17 -139.75 2.629 1.020 1.623 1076,

80. .81't2 707'..

9

28.53 -156. 05 -135.51 2.670 1.010 1.520 1365,

82. .8196 6 86 9.8 27.76 -152.91. -133.27 2.710 1.000 1,516 1051.,

Sit. .8251 6667.1 27.01 -l'.9.8i. -130.01. 2. 71.9 .990 1, 515 101.3. 86. .8306 6't67.1 26.27 -l'.6.7i. -126.80 2. 787 . 981 1.511. 1032,

88. .8363 6270.0 25.55 -l'.3.55 -123.58 2. 625 .971 1,512 1020.

90. . 8'>20 6075.8 21.. 85 -I'.O. 55 -120.35 2 • 651 . 962 1, 611 1009,

9Z. .8if79 588'..

8

21..17 -137.1.8 -117.13 2. 896 . 953 1,509 997, 94. .8538 5697.1 23.1.9 -13".. 1.1 -113.92 2.931 .91.1. 1,608 985,

96. .8599 5512.8 22.81. -131. S". -110.70 2. 955 .935 1,503 973, 98. .8661 5332.2 22.19 -128.27 -107,1.6 2.996 . 928 1. 507 961, 100. 5155.

3

21.56 -125. 21 -10".. 27 3.030 .92; 1.508 91.8,

102. .8788 1.982.3 20.91. -122. 1<. -101. 05 3. 062 .915 1.606 935.

10<t. .885') '.813.2 20.33 -119.08 -97. e". 3.093 .909 1, 509 923. 106. .8921 <.6'.8.3 19.71. -116.02 -91.. 61 3.121. .901. 1.511 910, 108. .8989 i.<.87.'. 19.15 -112.95 -91.39 3.151. .900 1. 613 897, 110. .9059 '.330 . 8 18.58 -109.90 -88. lb 3. 181. . 897 1.616 881., 112. .9130 '.178.'. 18.02 -105.8'. -6".. 92 3.213 . 891. 1.620 870,

11<|. .9203 1.030.2 17.1.8 -103.77 -81.66 3.21.2 .892 1. 521. 656. 116. .9277 3886.2 16.91. -100.69 -76. ".a 3.270 . 891 1.528 81.3, 118. .9353 3?'.6.3 15.1.2 -97.61 -75.17 3.298 . 690 1.633 829,

120. ..9<»30 3610. <. 15.92 -9'.. 53 -71.90 3. 325 ,668 1.637 816. 122. .9510 31.78. <» 15.1.3 -91.'.'. -58.62 3. 352 . 685 1, 51.0 80 3, 12't. .9591 33<»9.9 11.. 95 -88. 35 -65.33 3.379 .879 1, 5'.0 791, 126. .9671. 3221..

9

11.. '.9 -85.27 -62.05 3.1.05 . 856 1.535 780,

128. .9759 3102.8 1'..05 -82.21 -58.79 3,1.31 . 8'.9 1. 52'. 771, 130. • 9d'»8 2981.5 13.71 -79. 21 -55.57 3. '.56 . 65 D 1, 51.5 750

,

132. .9939 266<..0 13. 30 -76. 13 -52.28 3.1.81 . ai.? 1. 653 71.7, 13'>. 1.0032 2755.9 12.91 -73. 03 -'.8.95 3,505 . 81.5 1. 551 735, 136. 1.0127 261.1.'. 12.53 -69.93 -'.5.63 3.531 . 6'.'. 1.573 721., 138. 1.0226 2539.5 12.15 -66.61 -1.2.27 3.555 , 8>tO 1. 579 712, ika. 1.0323 2'.36. 2 11.77 -53.70 -38.91 3.579 , 835 1. 565 701.

I<t2. 1.01.33 2336. <« 11.39 -50.57 -35.53 3.603 .832 1. 590 689,

lifi>. 1.0539 2237.2 11.03 -57.1.5 -32.17 3.527 , 827 1.597 677,

I<t6. 1.0651 21'.7. 5 10.58 -5'.. 32 -26.76 3.660 , 323 1.702 655,

1<>8. 1.0766 2059.0 10.33 -51. 16 -25.35 3.671. ,619 1.706 555, 150. 1.0883 1971..

6

10.00 -1.8. 0'. -21.92 3.597 . 815 1. 715 61.5, 152. 1.1005 1893.3 9.67 -'.'.. 90 -18.1.9 3.719 .612 1. 722 531., 15lt. 1.1132 1813.'. 9.35 -'1.7". -15.02 3. 71.2 , 80 j 1. 729 523, 156. 1.1262 1739.2 9.0'. -33.56 -11.55 3.76'. . 606 1. 735 512, 158. 1.1397 1662.0 8.73 -35. ".2 -8.07 3. 787 ,603 1. 7'.5 501, 160. 1.1535 1588.1. 6.1*3 -32.20 -'..51 3.809 .605 1. 760 589,

165. 1.190<t l'<26.a 7.73 -21.. 17 '..'.0 3.85<. .821 1. 902 559, 170. 1.2306 1279.

8

7.08 -16.05 13. '.6 3.918 ,620 1.830 531.. 175. 1.27'.'. ll'.9.5 6. 1.7 -7.90 22.68 3.971 ,611 1. 81.7 511, 180. 1.3221 1035.5 5.91 .21 31.91. '..02'. ,799 1. 859 '.91. 185. l.37'»l 9'»0.2 5.39 8.28 '.1.26 "..075 ,767 1.867 '.72. 190. l.>>305 859.9 <..92 16. 27 50.61 1.. 125 ,776 1.859 '.55. 195. 1.'.912 79".. 5 '..'.9 2'.. 15 59.95 1..173 .757 1. 655 '.'.0 . 20J. 1.5560 7'.2.8 '..10 31.91 59.25 1.. 220 , 759 1.855 '.25. ZIO.. 1.6972 67'.. 0 3.1.5 1.6.92 87.55 1.. 310 , 7'.8 1. 615 '.0'.. 220. 1.8500 6'.0.6 2.93 61. 1<. 105.51. 1.. 393 ,7'.2 1.75'. 399.

230. 2.0097 632.2 2.51. 71.. 1.9 122. 72 '..'.70 , 738 1.693 330, 2.1726 6'.0.0 2.23 87. a<t 139.18 '..51.0 ,735 1,611 375, 25J. 2.3 362 650.3 1.98 93.83 15'.. 90 1.. 50'. ,730 1,538 373. 260. 2. '.983 687. 7 1.77 109.95 159.91 "..663 .725 1.'.69 373. 270. 2.5561 716.9 1.61 120. ".8 161.. 27 1..717 . 717 1. 1.01. 375, 28D. 2.8150 753.1 1.1.7 130. -.7 196.03 ..757 .709 1.31.6 378, 290. 2.9691 788.2 1.35 I'.O. 01 211.27 1.. 613 ,70C 1.291. 362, 300. 3.1201 823.1. 1.25 l'.9.15 22'.. 03 '..657 ,590 1.21.9 366.

TWO-PHASE BOUNDARY 79
TABLE Via. THERMODYNAMIC PROPERTIES OF OXYGEN

250. BAR ISOBAR

TEMPERATURE VOLUME ISOTHERM DERIVATIVE

K Cm3/G BAR-Cm3/g

.7565 9596,9

53. .7585 9504.6

6D. .7633 9261.1

62. .7661 9059.1

et. .7729 8838.5

66. .7777 8619.3

69. .7927 840 1 •

6

70. .7876 6185.4

72. .7926 7970.8

7t. .7977 7758.

0

76. .8028 7547.1

7S. .6080 7338.2

aa. .8133 7131.4

82. .8166 6927.

0

8lt. .8241 6725.1

SB. .8296 6525.8

88. .8352 6329.3

90. .8409 6135.8

92. .8467 5945.5

9it. .8526 5756.4

96. .8586 5574.8

98. .8647 5394.8

100. .8709 5218.6

102. .8773 5046.1

10 1». .8638 4877.7

106. .8904 4713.2

108. . 8971 4552.9

110. .9040 4396.8

112. .9110 4244.

9

114. .9182 4097.1

116. .9255 3953.6

118. .9330 3814.1

120. . 9406 3678.5

122. .9484 3546.6

IZ't. .9564 3418.6

126. .9645 3294.0

128. .9729 3172.

3

130. .9816 3052.0

132. .9905 2934.

7

134. . 9996 2827.

8

136. 1.0089 2712.5

138. 1.0186 2610 .

9

140. 1.0285 2507.5

142. 1.0387 240 7.

8

144. 1.0490 2308.9

146. 1.0599 2219.3

148. 1.0710 2130.9

150. 1.0825 2046.6

152. 1.0943 1965.2

154. 1.1066 1885.2

156. 1.1191 1810.5

158. 1.1321 1733.4

160. 1.1454 1659.6

165. 1.1808 1496.6

170. 1.2192 1349.5

175. 1.2608 1217.9

180. 1.3059 1102.0

185. 1.3549 1004.3

190. 1.4078 921.1

195. 1.4647 852.5

200. 1.5252 797.3

210. 1.6569 721.3

220. 1.7996 660.7

230. 1.9493 666.6

240. 2.1030 669.4

250. 2.2578 685.7

260. 2.4121 710.1

270. 2.5646 738.9

280. 2.7147 771.4

290. 2.8 624 805.1

300. 3.0072 639.3

ISOCHGRE INTERNAL ENTHALPY DERIVATIVE ENERGY BAR/K J/G J/G

39.88 -192.14 -173.23 39.35 -190.83 -171.87 38.11 -167.65 -168.57 36.94 -164.46 -165.28 35.65 -181.31 -161.99 34.61 -178.15 -156.71 33.81 -175.00 -155.43 32.67 -171.86 -152.17 31.95 -158.72 -148.90

31.08 -165.59 -145.65 30.23 -162.47 -142.39 29.41 -159.35 -139.15 28.62 -156.24 -135.91 27.84 -153.14 -132.67

27.09 -150.04 -129.44 26.36 -146.95 -126.21 25.64 -143.87 -122.99 24.94 -11.0.79 -119.77 24.25 -137,72 -115.56 23.56 -134.66 -113,34 22.93 -131.60 -110.13 22.28 -128,54 -106,92 21.65 -125,49 -103.71 21.04 -122.44 -100.50 20,43 -119,39 -97,29

19,84 -115,34 -94,06 19.26 -113,29 -90,86 16,69 -110.24 -67,64 18,13 -107.19 -84.41 17.59 -104.13 -81.18 17.05 -101,07 -77.93 15.54 -98.01 -74.66 16.03 -94.94 -71.42 15.54 -91.66 -58.15 15.07 -88.79 -54.86

14.61 -65.73 -51.61 14.17 -32.68 -58.35

13.83 -79.70 -55.16

13.42 -76.54 -51.68 13.03 -73.55 -48.57

12.65 -70.50 -45,27 12.28 -57.40 -41.93

11.91 -64.30 -38.59

11.53 -61.20 -35.23

11.17 -56.12 -31.89 10.82 -55.01 -28.51

10.46 -51.90 -25.12

10.15 -46.79 -21.73

9.83 -45,67 -18.32

9.61 -42.514 -14.86

9.20 -39.42 -11.44

8.69 -35.29 -7.99

8.60 -33.11 -4.47

7.90 -25.16 4.34 7.25 -17.15 13.32 6.65 -9.13 22.39 6.08 -1,14 31.51 5.57 5.81 40.68

5.10 14.68 49.87 4.67 22.44 59.06 4.28 30.08 68.21

3.61 44.92 66.34 3.09 59.03 104.02 2.67 72.35 121.09 2.35 84.92 137.49

2.09 96.77 153.22

1.87 107.98 166.28

1.70 118.60 182.71

1.55 128.69 196.56

1.43 138.33 209.69

1.32 147.55 222.73

ENTROPY C\j Cp VELOCITY

OF SOUND

J/G-K J/G-K J/G-K M/S

2.118 1.112 1, 65^ 1195.

2. 142 1.109 1.653 1190. 2.198 1. 102 1 . 649 1178. 2,252 1, 094 1, 645 1167.

2, 304 1, 085 1,642 1156.

2. 355 1.078 1.639 1145. 2.403 1.069 1, 536 1134. 2.451 1.06. 1,633 1123. 2.497 1. 050 1,630 1112. 2.541 1.041 1, 527 1101. 2.585 1.031 1. 624 1 093.

2, 627 1.021 1. o21 1079.

2, 558 1.011 1.519 1058. 2.708 1.001 1.616 1057.

2, 747 , 992 1.614 1046.

2. 785 ,962 1. 612 1035. 2.822 , 973 1. 610 1024. 2.856 ,963 1. bOe 1012. 2.693 ,954 1.607 1001.

2 , 928 ,946 1.606 989. 2.962 . 9 3« 1. 605 977.

2. 995 .930 1.604 965. 3.027 . 923 1.604 952. 3,059 . 916 1,605 940. 3.090 . 911 1,605 927. 3,121 .906 1, 607 915.

3. 151 .902 1.610 901.

3, 160 ,695 1,512 668. 3.209 .696 1.615 675.

3. 236 .694 1,620 861. 3.256 . 893 1. 524 646. 3.294 . 892 1,628 635.

3. 321 , 890 1,632 821.

3, 348 ,667 1, 634 809. 3.375 ,681 1. 634 797. 3,401 . 870 1. 630 786, 3,427 ,650 1.617 777.

3. 452 ,652 1.537 755. 3.477 . 850 1. 645 754. 3.501 . 84' 1.652 7'.2. 3.525 . 845 1. 553 731

.

3.55 0 .642 1.669 720.

3. 574 .836 1,675 7 0 8, 3.596 .833 1,679 597. 3,621 .829 1,666 585.

3, 645 . 825 1, 689 574. 3.666 .621 1, 695 553. 3.591 .617 1, 701 653. 3,713 .813 1,706 542. 3,736 .810 1,714 632. 3.756 .607 1,720 621.

3. 780 . 804 1,726 610, 3.602 .607 1, 742 596, 3.855 .822 1,760 559, 3.910 .821 1.807 545, 3.963 .812 1.621 523, 4.014 .800 1, 630 502. 4.054 .799 1, 835 484.

4. 113 .775 1. 636 467. 4.161 .767 1. 835 452. 4,207 .759 1. 626 436. 4,296 .749 1. 791 415. 4,376 .742 1.739 399. 4,454 . 738 1.675 389. 4.624 .735 1.509 383. 4.588 '.732 1.541 380. 4.647 .726 1.474 360. 4.701 .719 1. 413 361.

4. 752 .711 1.355 363. 4.799 .702 1. 303 387.

4. 642 .593 1. 258 390.

TMO-PHASE aOUNOARV 80
TABLE Via. THERMODYNAMIC PROPERTIES OF OXYGEN

260. BAR' ISOBAR

TEMPERATURE VOLUME ISOTHERM

DERIVATIVE

K Cm3/g BAR-Cm3/g

5 7« 28 9 . 7 562 9632.2

58* . 75 79 9552.6

60* « 7626 9329.9

62 • • 767** 9106.6

. 7722 .... tt

« a* d6« *7dl9 8^53 *il 70. .7869 8237.9

72. .7918 302'..

1

76« .8020 760l'8

7B« 7393.6

80 • 7187.6

62* • 81 77 _*

86a *8265 656^*

1

86* . 6 3'»1 6333.3

90. .8397 6195.5

92* .84.55 6005.8

9km . 3 513 5 31 9 . *» 96» .8573

98* . 8633 5*.5 7 • 1 10 0* . 8 695 52 61.'*

10 2* . 8758 5109.5

1 0 't* .8622 '.9'* 1 . 6 106 • .8867 '*777. 7

. 8954* 110. .9022 '(1.62.3 112. .9091 '•310.6

1 1 4* . 9161 '.163.5 116« .9233 1. Q 2 0 . 3

1 1 d « .9307 3381.2

120 • . 9 362 371*6. 0

122* . 9'. 59 36 1 1* . 7 124« .9537 31.8 6 . 9 126* .9617 3362.5

12 8* 130. .9785 3121.8

132. .9672 300<«.7 136*

136. mo. 1.02<>3

1*1^* 1 oi^^ls 2360 0 1^6. 1.05^9 2290 .1* 1<.9. 1.0658 2201.9

150. 1.3769 2117.7

152. 1.0883 2036.1* ISh. 1.1002 1956.1

156. 1.112'. 1360.8

156. 1.12ii9 180'*. 0 160. 1.1377 1729.9

165. 1.1717 1566.1. 170. 1.2085 11.13.3 175. 1.21.82 1265.6

180. 1.2911 1166.1

195. 1.3375 1066.2

193. 1.3673 932.3

195. l.'t<>Q7 910.7

200. l.'»975 852.1. 210. 1.6203 769.5

220. 1. 751.5 722.2

230. 1.8953 702.6

2<t0. 2.Q1.03 700 .5 250. 2,1672 712.8

269. 2.331.1 731*.

0

270. 2.1.797 76 0.3

280. 2.6235 790.9

290. 2.7652 823.2

300. 2.90<«2 656.3

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY BAR/K J/6 J/G

39.89 -192.09 -172.1*3

39.1*3 -190.96 -171.25 36.19 -187.76 -167.95 37.02 -18<t.61 -161*. 66 35.93 -181.1*5 -161.37

31*. 89 -176.29 -153.09 33.89 -175. 15 -151*. 82

32.9"* -172.01 -151.55 32.03 -168.66 -l'*6.29 31.15 -165.75 -11.5.01. 30.31 -162.61* -11*1.79

29.1*9 -159.53 -136. 5h 28.70 -156.1*3 -135.31 27.92 -153.33 -132.07 27.17 -150.25 -126.85

26.1*1* -11*7.17 -125.62 25.72 -11*1.. 09 -122.1.0 25.03 -11.1.02 -119.19

21*. 31* -137.96 -115.96 23.67 -131*. 90 -112.77 23.02 -131.35 -109.56 22.36 -128.61 -106.36 21.75 -125.76 -103.15 21.13 -122.72 -99.95 20.53 -119.58 -95.75

19.91* -116.55 -93.51. 19.36 -113.61 -90.33 18.79 -110.57 -87.12

16.21. -107.53 -63.90 17.69 -101.. 1.9 -60.67 17.16 -101.1*1* -rr.LJ 16.65 -98.39 -71.. 19 16.15 -95.33 -70.91. 15.56 -92.28 -57.58 15.19 -89.22 -51*. 1.2 11*. 73 -85.17 -61.17

11**29 -83.11. -57.92 13.96 -30. 19 -5'.. 75 13.55 -77. 15 -51.1.8 13.16 -7'.. 08 -".8.16 12.79 -71.0't -1.1.. 90

12.1*1 -57.96 -1.1.58

12.011 -61*. 89 -36.26

11.57 -61.31 -31.. 92 11.31 -58.75 -31.60 10.95 -55.57 -29. 2^ 10.52 -52. 56 -21.. 87 10.29 -1*9.50 -21.50

9.97 -1*5.1.1 -18.12 9.66 -1.3.31 -11.. 71 9.35 -1*0.22 -11.30 9.05 -37.13 -7.86

6.75 -33.96 -it.i.0

6.06 -26. 11. 1..33 7.1*2 -18.22 13.20 6.61 -10.29 22.16 6.25 -2.1.1 31.1 = 5.71* 6, 1*3 1*0.20 5.27 13.18 1.9.25

l..8lt 20.61. 58. 3G

i..'.5 28. 37 67.31 3.77 1*3.01. 65.19 3.23 57.05 102.67 2.81 70.33 119.61

2.1*7 62.89 135.91. 2.20 91*. 79 151.55 1.97 105.07 166.75

1.79 116. 77 161.21. 1.63 125.95 195.17

1.50 135.56 208.67 1.39 11*5. 98 221.1.9

ENTROPY Cy Cp VELOCITY

OF SOUND J/6-K J/G-K J/G-K M/S

2.119 1.113 1. 651* 1197.

2.11.0 1. 110 1. 652 1192.

2. 195 1.103 1.61.9 1181.

2. 21*9 1. 095 1.51.5 1170.

2. 302 1.0 67 1. 51*1 1156.

2. 352 1.07 9 1.636 111.7.

2. 1.01 1.070 1.635 1137.

2. 1.1*8 1. 061 1. 532 1126.

2. 1.91. 1. 051 1.529 1115. 2.539 1. 01.2 1. 525 1101*. 2.582 1.032 1. 623 1 093.

2.621. 1.022 1.520 1082.

2. 565 1.012 1.617 1072.

2. 705 1.003 1.615 1051.

2.7^1. .99 3 1.612 1 01.9. 2.782 .98 3 1. 610 1 333. 2.619 .971. 1.60 8 1027.

2. 855 . 955 1.606 1316. 2.890 .956 1.605 1301.. 2.925 .91.7 1. 603 992. 2.959 .939 1.602 981. 2.992 .931 1.602 969.

3. G21. .921. 1. 602 957.

3. 056 .918 1.602 9U1.. 3.097 . 91: 1.5 03 932.

3. 117 .908 1. 601. 919.

3 . 1 1. 7 .903 1.60 5 906

.

3.177 . 900 1.639 893. 3.20 5 . 899 1. 612 9 9 3 . 3.231. . 696 1.515 855. 3.263 .895 1.619 953.

3. 290 , 693 1. 623 31.3. 3.318 .892 1.527 827.

3. 31*5 . 666 1.629 811.. 3.371 .662 1. 629 802.

3. 397 .871 1.623 791.

3. '.23 .852 1.611 78 3.

3 . 1.1*7 .653 1.630 772.

3 . 1*72 . 851 1. 637 750 . 3.1+97 . 81.9 1. 61.3 71.9. 3.521 . 61.5 1.653 737.

3.61.5 .91.3 1.660 727. 3.569 .839 1.565 715.

3. 593 .835 1. 669 7 0'.. 3.616 .830 1. 675 593

.

3.539 .826 1.678 692. 3.662 .822 1.683 671

.

3.685 . 61 *^ 1. 688 651

.

3.707 .911+ 1.593 6 5 1 a 3.730 .811 1. 700 61.0. 3. 752 .80? 1. 705 633 . 3.773 . 805 1.713 519.

3. 795 .80 8 1.725 538.

3. 81.9 .623 1. 761 579.

3. 902 .622 1. 785 555.

3. 951. . 813 1. 797 533.

1.. 005 .9 01 1. 805 513.

1*. 051. .768 1.908 1.95.

1.. 103 .777 1.810 1.79. 4. 150 . 767 1.907 1.63.

1.. 195 .751 1.799 1*1.9. •..232 . 71.9 1.769 1.26.

1..361. . 71.2 1.723 1.09.

1..1.39 .739 1.655 399 . ..609 . 735 1.505 391. '.673 .733 1. 51.2 387.

...632 . 729 1. 1.79 386.

1.. 687 .721 1.1.19 367 . •..737 ,713 1. 363 389.

i». 731. .705 1.312 392.

1.. 626 .695 1. 266 395.

TWO-PHASE BOUNDARY 81
TABLE Via. THERMOOYNAMIC PROPERTIES OF OXYGEN

270. BAR ISCBAR

MPERATURt VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cp WELOCITY

Cm3/g

OERIVATIl/E DERIVATI «£ ENERGY OF SOUND

K bar-cm3/g 8AR/K J/G J/G J/G-K J/G-K J/G-K H/S

57. 39-^ .7559 9667.'. 39.90 -192. 03 -171.62 2.120 1.113 1. 653 1198.

58. • 7573 960 0 • 39.51 "191. 06 -170.63 2.137 1.111 1.652 1195.

60. . 762S 9376. 38.27 -187.90 -157.33 2.193 1. lOt 1. 51.8 1183.

62. .7668 9158.0 37.10 -18lt.7i. -151.. 01. 2. 21.7 1. 095 1.5'.'t 1172.

6't. .7715 8939.9 36.01 -181.58 -150.75 2.299 1.069 1.61.1 1161.

66. .776h 8721.2 3i>.96 -176. itU -157.1.7 2. 350 1.080 1. 637 1160. 68. .7812 8505.0 33.97 -175.30 -15lt.20 2. 398 1.071 1.631. 1139.

70. .7861 8290.3 33.02 -172.16 -150.91. 2.1ilt6 1. C52 1.631 1128.

72. .7911 8077.2 32.11 -169. 01. -11.7.66 2.1.92 1.052 1.626 1118.

7<t. .7961 7865.8 31.2'. -165.92 -11.1.. '•S 2.535 1. 01.3 1.621. 1107.

76. .ami 7656.

3

30.39 -152.81 -11.1.16 2.560 1.033 1.521 1095.

78. .8C62 7'4'*8. 8 29.5 7 -159. 71 -137.91. 2. 622 1. 023 1.619 1086.

8 0. 72i»3.5 28-. 78 -156.61 -131.. 71 2.653 1. Oil. 1.515 1075.

82. .8167 70'.0.5 28.01 -153.53 -131.1.6 2. 7u2 1.001. 1.613 106it.

SI*. .aazi 681.0.0 27.25 -150.1.5 -128.25 2. 71.1 . 99it 1.511 1053.

86. .3275 66".2.l 26.52 -l'»7.37 -125.03 2. 779 .965 1.508 101.2. 88. .8330 6". 1.7. 0 25.81 -lit It. 31 -121.82 2. 6lb . 975 1.606 1030.

90. .8386 625<i. 8 25.11 -11.1.25 -118.51 2.652 .965 1. 501. 1019.

92. . 9<<<.3 6065.8 2'..'t3 -136. 19 -115.1.0 2.887 . 957 1.602 1006.

9i». .8501 5880.0 23.76 -135.15 -112.20 2.922 . 9itT 1.601 996.

96. .8560 5697.7 23.11 -132. 11 -106.99 2.956 . 91.1 1.600 98i«. 98. .8620 5518.9 22. '•7 -129.07 -105.7^ 2.989 .933 1.599 973. 100. . 8681 53'.3.9 21.81. -126.03 -102.60 3.021 . 925 1. 599 960.

102. .87'.3 5172.5 21.23 -123. 01 -99. 1.C 3.053 . 920 1.599 91.8. 10<». .8866 5005.1 20.62 -119.98 -96.20 3,081. . 911. 1.699 936.

10 g . .8871 '.8I.1.7 20.03 -116.95 -93.00 3.111. .909 1.601 923. 108. .9936 '.682.'. 19.1(6 -113.93 -99. 30 3 . 11.11 . 905 1.693 910. 110. .90 03 "•527.

2

18.89 -110.90 -86.59 3.173 .902 1.605 898. 112. .90 72 "•376.2 18. 3i> -107. 87 -83.36 3.20 2 .900 1.608 88it. 11<». .91'>1 '•229. 3 17.80 -10<t. 91. -80.16 3. 231 . 898 1.611 871. 116. .9212 "•086.5 17.27 -101.61 -75.93 3.259 . 897 1. 615 653. 113. .9285 39'.7. 7 16. 76 -98.77 -73.70 3.287 .895 1.619 81t5. 120. . 9359 3812. 9 16.26 -95.72 -70.1.5 3. 311. . 891. 1. 622 832.

122. .9'«3>t 3681.9 15.77 -92 .66 -67.21 3. 31.1 . 890 1. 621. 619.

1Z<». .9511 355lt.'t 15. 30 -89. 61. -53. 9= 3.367 . 98<t 1.523 308. 126. .9590 31.30 . 3 l".. 85 -86.60 -50.71 3.393 .673 1.618 797.

12 S. .9671 3309.

3

11.. "tl -83. 59 -57.1.6 3.ltl8 . 65it 1.605 789. 130. .9755 3190.9 11.. 0 8 -60. 66 -51.. 32 3. ••lt3 .655 1.623 778.

132. .98<«0 307it. 0 13.67 -77. 61. -51.07 3 . 1.5 9 .653 1.629 766.

13<«. .9 928 2967 .1. 13.28 -71.. 59 -lt7. 79 3. 1.92 . 850 1.635 755. 136. 1.(1016 2852.7 12.91 -71.57 -1.1.. 52 3.517 .81.7 1. 61. It 7iti>. 138. 1.0109 2751.2 12.61» -68.51 -itl.22 3. 51.1 . 81. 1. 1.551 733.

1<*0. 1.0203 26'.7 . 9 12. 17 -55. '.7 -37.92 3.565 . 8ltl 1.656 722.

l'»2. 1 .0300 ZSitS . 5 11.80 -62. -.l -3it.6C 3.588 .8 35 1.660 711.

l<»<t. 1 • Q 399 2'.50 .t* 1 1 • 1.5 -59. 37 -31.30 3.611 . 8 32 1.665 700.

t<>6« 1.0502 2360.7 11.10 -56. 31 -27.95 3.631. .828 1. 667 690 . 1<»8. 1.0607 2272.2 10.75 -53.25 -21.. 61 3. 657 .82 3 1. 671 679. 150. 1.0715 218 8.1 10 . 1.3 -50.19 -21.26 3.679 .320 1. 675 669. 1S2. 1.0627 2106.7 10.11 -1.7. 13 -17.90 3. 702 .815 1.680 659.

ISit. 1.09'.2 2026,2 9.80 -iti..a5 -in. 52 3.72l» . 812 1.687 61.9. 156. 1.1060 1950.1 9.50 -1.1. 00 -11. Ill 3.71.6 .809 1.692 638. 158. 1.1180 1873.

7

9.20 -37.93 -7.75 3.767 .806 1.699 628. 160. 1.130<i 1799.'. 8.91 -31.. 82 -It. 29 3.769 .809 1.711 617.

165. 1.1632 1635.3 8.21 -27.05 It. 36 3. 61.2 . 821. 1. 7ni. 588. 170. 1.1985 l'«86. 3 7.58 -19.22 13.11. 3.896 .823 1. 766 565. 175. 1.2365 1352.

7

6.98 -11.39 22.00 3.9lt6 .811. 1. 777 5lt3. 180. 1.2773 1233.6 6.1.2 -3.61 30.88 3.996 .802 1.782 S2lt. 185. 1.321'. 1131.8 5.90 It. 12 39.80 i..Clt5 .789 1.783 506. 190. 1.3686 lO'iS.'t 5.1>3 11.77 1.8.72 It. 093 .777 1. 78* 489. 195. 1.1)190 959. 1 5.00 19.33 57.61. It. 139 .768 1.781 It7l». 200. 1.'.72'. 907.9 1..61 26.77 66.52 li.lSlt .760 1.77it 1.60. 210. 1.588'. 818.6 3.93 1.1.28 6't. 17 1.. 270 .71.9 1. 71.8 ii37. 220. 1.71'.l 76<..9 3.38 55.18 101. '•6 1..350 .71.3 1.708 1.19.

230. l.S<>68 7'tO.O 2.9it 68.1.1 118.27 It. 1.25 .739 1.656 i|07. 2<»a. 1.9838 733.3 2.59 80. 96 131.. 53 it.it9it .737 1.601 399. 250. 2.1233 7'.1.5 2.31 92.89 150.22 It. 558 .733 1.5<t2 395. 260. 2.2633 759. 3 2.07 1011.22 165.33 It. 518 .729 l.it82 393. 270. 2.<»02S 783.0 1.88 lilt. 99 179.66 It. 673 . 723 1.1.25 393. 280. 2.51.03 811.7 1.71 125.26 193.86 't.723 .715 1. 370 391.. 290. 2.6763 8'>2.3 1.58 135.07 207.33 It. 771 .707 1.319 397. 300. 2.8098 871..

3

1.<|6 llt<>.i»5 220.32 1..815 .697 1.271. 1.00.

THO-PHASE BOUNDARY 82
TABLE Via. THERMODYNAMIC PROPERTIES OF OXYGEN

280. BAR ISOBAR

TEMPERATURE VOLUME ISOTHERM

. DERIVATIVE

K Cm3VG BAR-Cm3/g

• 57.509 .7555 9702.6

5S. .7567 96'>8.0 60. .761<t 9'<26.9

62. .7661 9207.1

6't. .7709 6986.8

66. .7757 8771.8

68. .7805 8556. 1« 70. .7e5'> 83'«2.'t 72. .7903 8130.0

7".. .7953 7919.'. 76. .8003 7710.6

73. .iaS't 7503.8

BO. .3105 7299.2

82. .8158 7096.8

84. .3211 6697.0

86. .3265 6699.7

68. .8319 6505.3

90. .8375 6313.8

92. .81.31 6125. <. 9'.. .8'.89 59'.0.2 96. .85'.7 5758.5

93. .3606 5530.3

100. .8667 5'.a5.7

102. .3728 5235.0

101.. . 8791 5068.1

106. .8655 1.905.3 108. .3920 '.71.6. >. 110. .3986 <.591.7 112. .9053 l.'.'tl.O llH. .9122 1.29'..

5

116. .jl92 1(152.1 118. .9263 1.013.7 120. .9336 3679.2

122. .91.10 371.8.5

121.. .91.86 3621.3

126. .9561. 31.97.5 123. .96'.3 3375.8

130. .9725 3259.1. 132. .9009 311.2.7

13-.. .9895 3036.2

136. .9982 2921.9

133. 1.0Q73 2820.3

11... l.OloS 2717.1

l.^. 1.0260 2617 .9

1".-.. 1. 0355 2520 .1

11.5. 1.01.55 21.30.3 iHl. 1.0559 231.1.8 15j. 1.0551. 2257.7

152. 1.0772 2176.2

15-). 1.0681. 2095.6

156. 1.3999 2018.7

156. 1.1115 191.2.7 loO. -1.1235 1858.3

165. 1.1552 1703.5

170. 1.1891 1553.5

175. 1.2256 11.19.1 180. 1.261.6 1298.7

185. 1.3065 1195.0

190. 1. 3513 1101.. 1. 195. 1.3991 1Q27.5

20j. i. '41.9b 963.5

210. 1.5590 863.1. 220. 1.6775 608.7

23J, 1.6029 778.6

21.0. 1.9327 757.1. 260. 2.0bS3 771.7

26C. 2.1909 790.

0

27o. 2.3320 e07.1

280. 2.^51.2 633.5

290 . £.59'.6 662.5

300. 2.7232 893.3

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY BAR/K J/G J/S

39.91 -191.98 -170.82 39.59 -191.20 -170.01 38.35 -138.03 -166.71 37.18 -181.. 37 -163.1.2 36.08 -181.72 -160.13

35. 0". -178.56 -156.86

31.. 05 -175.1.1. -153.59

33.10 -172.31 -150.32 32.19 -159. 20 -11.7.07 31.32 -166.08 -11.3.82

30.1.7 -162.98 -11.0.57 29.65 -159.89 -137.31. 26.86 -156.30 -131.. 10 28.09 -153.72 -130.86

27.31. -150.65 -127.66

26.61 -11.7.56 -1211.1.1. 25.89 -11.1.. 52 -121.23

25.20 -11.1.1.7 -118.02

21.. 51 -138.1.3 -111.. 82 23.85 -135.39 -111.62 23.20 -132.35 -106.1.2 22.56 -129.33 -105.23 21.93 -126.30 -102.01. 21.32 -123.28 -96.61. 20.72 -120.27 -95.65 20.13 -117.25 -92.1.6 19.56 -ill.. 21. -69.26 18.99 -111.22 -86.06

18.1.1. -108. 20 -82.66

17.90 -105. 18 -79.61. 17.38 -102.16 -76.42 16.86 -99.11. -73.20 16.37 -96.11 -59.95

15.83 -93.08 -66.73

15.1.1 -90.05 -63.1.9 14.96 -87.03 -60.25 14.52 -64.03 -57.03

14.20 -61.12 -53.99 13.79 -78.11 -50.65 13.40 -75.09 -47.36

13.03 -72.08 -44.14 12.67 -69.05 -40.94 12.30 -66.02 -37.56 11.94 -52.98 -34.25

11.58 -59.97 -30.98 11.23 -56.93 -27.65 10.89 -53.89 -24.33 10.55 -50.35 -21.00 10.25 -47.63 -17.66 9.94 -44.78 -14.30 9.64 -41.74 -10.95 9.35 -38.71 -7.69

9.06 -35.62 -4.15

8.36 -27.93 4.41 7.73 -20.19 13.11 7.14 -12.44 21.86 6.58 -4.75 30.55

6.06 2.69 39.47 5.59 10.44 46.26 5.15 17.90 57.06 4.77 25.25 65.85 4.08 39.62 63.27 3.52 53.41 100.38 3.07 . 56.53 117.06

2.71 79.12 133.24

2.41 91.07 148.69

2. 17 102. 44 151.. 01 1.97 113.27 176.57

1.80 123.52 192.51

1.55 133.50 206.15 1.53 142.96 219.21

ENTROPY Cv Cp VELOCITY

OF SOUND

J/G-K J/G-K J/G-K m/s

2. 121 1.114 1. 653 1200. 2.135 1. 112 1.552 1197. 2.191 1. 105 1. 546 1186.

2. 245 1. 098 1. 544 1174. 2.297 1.0 89 1. 64 0 1 163.

2. 347 1.0 61 1.637 1153.

2. 396 1.072 1.533 1142.

2. 443 1. 063 1. 630 1131. 2.489 1. 053 1. 627 1120. 2.534 1.044 1. 62 3 1110. 2.677 1.034 1.620 1099. 2.619 1.024 1.517 1088. 2.660 1.015 1. 614 1078. 2.700 1.005 1.512 1067. 2.73 9 . 995 1. 0O9 1056. 2.776 . 966 1.606 1 045.

2. 613 .9 76 1. 60 4 1034, 2.849 .967 1.602 1023, 2.865 .959 1.500 1011. 2.919 .950 1.599 1000. 2.953 . 942 1. 597 999.

2. 986 . 934 1.595 976. 3.018 .926 1.596 964. 3.049 .921 1 . 596 952. 3.080 .915 1. 596 940

.

3. Ill .911 1. 596 929.

3 . 141 .907 1. 599 915

.

3. 170 .904 1.601 902. 3.199 . 901 1. 504 989. 3.227 .900 1, 50 3 876. 3.255 .899 1.611 663.

3. 283 .897 1.615 850. 3.310 .695 1.618 837. 3.337 . 692 1.619 625. 3.353 .866 1.618 813.

3. 389 .675 1.512 90 3. 3.414 .855 1, 599 794. 3.439 . 657 1,617 784.

3 . 464 .954 1,522 773. 3.466 .651 1.527 762 . 3.512 . 849 1. 635 750. 3.536 . 846 1.542 740. 3.560 . 642 1. 548 729.

3. 563 .63 8 1. 551 718. 3.505 . 934 1. 655 707. 3.629 . 629 1. 657 597.

3. 652 . 825 1. 550 587.

3. 674 . 621 1. 564 576.

3. 096 .817 1.558 665

.

3.716 .814 1. 674 557.

3. 740 .810 1. 579 547.

3. 751 .80 7 1.585 537. 3.783 .610 1.598 625.

3.635 .825 1.729 597. 3,887 .824 1. 747 574.

3. 93 8 . 915 1.758 553.

3. 986 . 902 1.752 534. 4.035 . 790 1. 761 515. 4.083 .77-1 1,760 500. 4.129 . 76d 1. 753 485, 4.173 .750 1, 751 .71, 4.258 . 74a 1,729 443 , 4.338 .743 1. 693 429,

4. m2 . 7hO 1. 546 416. 4.451 ,737 1. 635 *07. 4.545 . 734 1.540 402.

•..504 ,730 1, 43>. 400. 4.559 . 7Zt 1, 429 399.

4. 710 .717 1,376 -.00. 4.758 .709 1,325 402. 4.802 . d99 1. 2iO 404.

TrfO-PHASE BOUNDARY 83
TABLE (/la. THERMODYNAMIC PROPERTIES OF OXYGEN

290. BAR ISOBAR

TEMPERATURE \/OLUME ISOTHERM

OERIVATIVE

K Cm3/G BAR-Cm3/g

5 7,519 . 7552 973 7.7 .7561 9695 •

5

6 J • • 7 6 0 8 9475.1

62a . 7655 9256.

1

,7702 9C38.

5

66. .7750 8822.3

.7798 8607.5

70 * 78 '6 8394 .

3

7Zt . 78 95 8182 . 6 74. . 7 S'tp 7972.

7

- 76. .7995 7 764.6

7ft. • 90 'S 755 8.5

• 80 96 7 354.6

* * dl'*8

. 8 ZO

1

6953 7 86. .a25<. 6757.1

88. .8309 6563.3

9 0 a • ft^ '

7

• 8hZ0

c r nit* 94 . • OH J

1

60 0 0*1

96. . 8 53^* 5 819. 0

* . 8593 5641*3

10 0. • 8 653 5467 • 3

10 £ B 87 1** 5297.1

10 • 8 776 5130.7

106. .3839 4968.3

108. .8903 4810.0

110. • 8968 4655 •

6

112. . 90 35 4505.4

n't. .9103 4359.3

116. .9172 4217.2

118. .92<t2 4079.

1

120 . • 9314 3944.

9

122. • 9387 3814.5

IZtt .9'»62 3687.6

126. .9538 3564.1

128. .9616 3443.6

130. .9697 3327.3

132. .9778 3210 . 3 .9863 3104.4

136. .9948 2990 .4 138. 1.0037 2888.8

I'tO. 1.0127 2785.7

l'»2. 1. 0220 2686.6

1'*'*. 1.0313 2589.3

146. l.aiil2 2499.3

1.0512 2410.7

150. 1.0611* 2326.7

152. 1.0720 2245.1

15t. 1.0829 2164.2

156. 1.0940 2086.4

158. 1.1053 2010.8

160. 1.1169 1936.4

165. 1.1475 1771.

D

170. 1.1803 1620.0

175. 1.2153 1484.9

180. 1.2527 1363.3

18S. 1.2928 1257.9

190. 1.3354 1165.2

195. 1.3808 1085.9

200. 1.4287 1019.4

210. 1.5323 918.8

220. 1.6444 853.4

230. 1.7631 818.4

1.SB63 802.9

250. 2.0125 603.1

260. 2.1400 814.0

270. 2.2675 832.3

280. 2.3944 856.6

290. 2.5199 883.9

300. 2.6435 913.4

ISDCHORE INTERNAL EMTHALPY DERIVATIVE ENERGY BAR/K J/G J/G

39.92 -191.92 -170.02 39.67 -191.32 -159.39

39.43 -189.15 -156.09 37.26 -185,00 -152.80 36.16 -181.85 -159.52 35.12 -178.71 -156.24 34.13 -175.59 -152.97 33.16 -172,45 -149,71 32.27 -159.35 -145.45 31,39 -166,25 -143,21

30.55 -163.15 -139.96 29.73 -150.06 -136.73 28.94 -155.98 -133, 5C 28.17 -153.91 -130.28 27.42 -150,94 -127.05 26.59 -147.78 -123.85 25.98 -144.73 -120.54 25.28 -141.69 -117,43 24.60 -138.65 -114.24 23.93 -135,62 -111,04 23,28 -132,60 -107,65 22.66 -129.53 -104,66 22.02 -126.57 -101.47 21.41 -123.56 -93.29 20.81 -120.55 -95.10 20.23 -117.54 -91.91 19.65 -114,54 -88.72 19.09 -111.54 -65,53 18.54 -108.53 -82.33 19,00 -105.52 -79. IE 17.48 -102.51 -75.91 16.97 -99.50 -lZ.lt 16.47 -96.46 -59.47 15.99 -93.46 -66.24

15.52 -90.45 -53.01 15.07 -37.44 -59,79 14.63 -94.46 -5b, 14.32 -81.57 -53.45 13.90 -79,58 -50.22 13.51 -76.57 -46.97 13.15 -72.59 -43.74 12.79 -69.57 -40.46 12.43 -66.56 -37.19 12.07 -63.55 -33.91

11.71 -60.55 -30.65 11.36 -57.53 -27.34

11.02 -54.52 -24.03 10.59 -51.51 -20.73

10.38 -48.50 -17.41 10.07 -45.47 -14.07

9.78 -42.46 -10.74 9.49 -39.46 -7.40 9.21 -35.40 -4.01

8.51 -28.78 4.50 7.87 -21.11 13.12 7.29 -13.44 21.80 6.73 -5.84 30.49 5.22 1.72 39.21 5.75 9.18 47.91

5,32 16.56 56.60 4.92 23.33 65.26 4.23 38.05 62.48 3.66 51.73 99.42

3.20 64.84 115.97

2.83 77.36 132.06

2.52 89.31 147.66

2.27 100.72 162.78

2.05 111.61 177.36

1.88 122.01 191.45 1.73 131.96 205.04

1.60 141.49 213.16

ENTROPY Cv Op UCLOCITY

OF SOUND

J/G-K J/G-< J/G-K M/ S

2.122 1 .115 1 , b 5 3 1201. 2.132 1 , 114 1.652 1199. 2.199 1 .106 1 b 4 6 116 8.

2 . 242 1 , 099 6'*4 117 7. 2,294 1 ,090 1* ' 40 1165. 2,345 1 .082 l' 636 115 5. 2,394 1 .073 1,632

1 .064 1,529 1 134* 2.487 1.C54 1,625 1123. 2,531 1 ,045 1,522 1113.

1 . U35

^naf

* 2*616 1 ,025 2.657 1 .016 i1, hi 1 • 1.005 1, olO ,997 ^' ^nc

ICQ

2. 774 ,997 1, 505 1049. 2.611 , 973 1,602 10 37, 2.847 , 969 1,500 10 25, 2.892 .96 1.599 1015,

2 . 91

6

. 951 1,595 13D3, 2.950 .943 1. 595 992. 2.983 935 1.59'. 990. 3.015 .929 1,593 96 9.

3 , 0 •* 5 ,923 1, 593 956. 3.077 . 917 1.593 944, 3.10 9 .913 1,594 932. 3,137 .90 j 1.596 919.

3. 157 .906 1,598 905. 3.195 .903 1.601 994. 3.224 .901 1.604 991. 3.252 . 900 1,607 353

.

3.279 ,999 1. bll 955

.

3.30 7 ,997 1,513 342

.

3. 333 , 89-. i.bl5 93 0. 3.359 ,883 1. t>l 3 918.

3. 385 ,877 1.607 808. 3.410 . 959 1. 593 900. 3.435 . 958 1. bl 1 790 . 3,459 . 356 1.515 779. 3.434 .953 1,620 769. 3.508 ,35J 1,529 757. 3.532 . 647 1, 534 7'»7. 3. 555 , 843 1,540 735.

3,578 ,939 1,643 725. 3.501 ,835 1,647 715. 3.524 . 831 1, 643 704. 3.647 ,825 1,651 694.

3. 659 . 922 1, 653 684. 3.591 .819 1.657 574. 3.713 ,615 1.662 664. 3.734 .912 1,667 655.

3. 755 .909 1,673 645.

3. 777 ,611 1.685 634.

3.629 ,826 1. 715 606.

3. 881 , 925 1. 730 583. 3.931 ,816 1. 741 563. 3.930 .803 1, 742 544. 4.023 .790 1, 741 526. 4.074 . 779 1,739 510. 4.119 .769 1. 736 495. 4.153 .75: 1, 730 481. 4.247 , 750 1. 710 458.

4. 326 .744 1.678 439. 4.399 740 1.635 425. 4.463 .739 1,589 416. 4.532 .735 1. 537 410. 4.591 ,7 31 1.435 407.

4. 545 725 1.433 405. 4.597 .719 1. 381 406.

4. 745 .711 1. 332 407. 4.739 . 701 1.287 409.

TWO-PHASE BOUNOARY 84
TABLE Via. THERMODYNAMIC PROPERTIES OF OXVGEN

301). BAR ISOBAR

TEMPERATURE VOLUME ISOTHERM DERIVATIVE

K Cm3/G BAR-CmS/g

q^^7*

?

6Q

62 76*t9 9304 9 64* • 7696 9086.1

66a . 77^3

68. .7791 8656.5

70. .7839 6446.0

72. . 7866 8235.

0

76» • 7966 7818*4

76« .80 37 7&1 3 « 0 60* .80 88 7 409.7

fl2« . fl 139 720 8*7

a 8 1 91 7010.1

66a • dS**"* 6814.2

S8« .8298 6621.

0

90. .3353 6430.

d

92 • • d't 08 6243 .

6

9^* . 6<»65 6059*6

96b . 6522 5 879.

0

98« . 8560 570 2.

0

100« • 8639 552 8 .

5

10 2* .87 00 5 35 8 * 8 10 (»• • 3761 5192*9

106 • • 8623 5 03 1 * 0 108. .8867 4673.0

110. .8951 '719.1

112* • 9u 17 456 9.

3

11 ^» . 90 6U 4423 •

5

11&« • 9152 4281.8

118* . 9221 120, .9292 4 010.2

122 • • 936't 3380.0

• 9^36 375 3.4 126* 9513 3630*1

128. .9589 3509.9

130. .9669 3394.

&

132* . 9749 327 8.

3

IS*** .98 32 3171.9

136* . 9916 305 6.4 138* 1 . 0 U 0 3 2956.

7

1^0 • 1. 00 91 2653.7

l'*2 • 1 Q 182 2754 8

l<*i*« 1.02 73 265 7*6 1^6. 1. 0369 2567.

7

Iif8« 1.0467 2479.

0

150. 1.0567 2394.9

152. 1. Jb70 2313.

3

ISi*. 1.077b 2232. I 156. 1. 0881* 2153.4

I5d. l.il99<* 2078.3

160. 1 . llbb 2U03.9

165. 1. 1403 lb37.

8

170. 1.1719 1685.9

175. l.2u57 1S50.

J

lt)J. 1.2415 1427.

4

165. 1.2799 1320 .

5

190. 1.32U7 1225,9

1^5. 1.3639 1144.

3

2CJ. l.-*u95 1075.3

210. 1.5G76 969.6

220. 1.6141 699.0

230. 1.72bo 659.2

243. 1. 4439 639.5

250. 1.9643 635, a 260. 2.0861 643 .

1

270. 2.2C82 650. 7 26J. 2.33C2 6tf ti .7 290. 2.1*509 906.2

30 J. 2.5700 934,4

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY BAR/K J/G J/G

39.93 -191. S6 -169.22 39.76 -191. "jS -166.77 38.51 -188.28 -165.1.7

37.3<» -185,13 -162. 16

ib.Zlt -131. 93 -158. 9C 35. 2U -176.85 -155.62

ilt.Zi. -175. 73 -152. 36 33.26 -172.51 -1".9.10 32.35 -169.51 -11.5.6'. 31.<.7 -166. Ill -m2,6li 30.63 -163.32 -139.36 29.81 -160.23 -136.12 29.02 -157.15 -132.90 26.25 -154.09 -129.66 27.50 -151.03 -i.Zb.hb 26.77 -l'.7. 98 -123. 26 26.06 -l"t'..9^ -120.05 25.36 -11.1.91 -116.65

21.. 66 -136.86 -113.66

211.02 -135. 85 -110.1.6 23.37 -132. 61. -107.2b

22. 73 -129. 33 -101.. 09 22.11 -126.83 -100.91 21.50 -123.83 -97.73

20 .90 -120. 33 -9it.55 20.32 -117.83 -91.36 19.75 -llit.8it -86. le 19.19 -111.85 -61..99

18.61. -106. 85 -81. 60 13.10 -106.35 -73. 6C 17.56 -102. 85 -75. 1.1) 17.07 -99.35 -72.19 16.58 -96.35 -66.97

16.10 -93.81. -55. 75 15.53 -90.8't -62.53

15.16 -87.35 -59.31

11.. 71. -31.. 83 -56. 11

11.. 1.3 -82. 00 -53. 01J II.. 02 -79. 03 -^9.79 13.63 -76. Oh -1.5.61. 13.26 -73. 08 -1.3.33 12.90 -70. 08 -1.0 . 0 7 12.65 -67.59 -36. 8t 12.19 -61.. 09 -33.55

11.81. -61.12 -30.31,

11.1.9 -58. 12 -27. 0 1 11.15 -55.12 -23.72 10.82 -52. 13 -20 .1.3 10.51 -1.9.11. -17.13 10.20 -1.6.15 -13.82

9.91 -1.3.16 -10.51

9.62 -1.0.13 -7.20

9. 36 -37. 11. -3 .63

8.66 -29.59 1..62 8.02 -21.99 13.17

7.1.H -11*. -.0 21.77 6.39 -6.87 30.37 0.37 ,oO 39. OL 5.90 7.99 1.7.61

5.1.6 16.23 56.211

5. 0 7 22. 1.8 61.. 7b

H. 37 36.56 61.79

3.60 50. 11. 98. 60

3.33 63. 19 111.. 99

2.91. 75.63 130.99

2. 63 67 .63 11.6.56 2.37 99.05 161.66

2. 16 109. 99 175.21.

I. 96 120.1.5 190. 3fc 1.80 130. '.7 203.99

1.67 I1.U.O6 217.16

ENTROPY Cy Cp VELOCITY

OF SOUND

J/&-K J/G-K J/G-K M/S

2, 122 1. 116 1. 652 1203, 2.130 1,115 1. 652 1201. 2.166 1,107 1. 647 1190,

2 • £'4 0 1.10 3 1.643 1 179, 2.292 1.091 1.639 1168. 2,342 1.063 1,635 1156, 2.391 1.0 7'* 1,632 1147. 2*438 1.065 1,628 1 13&. 2.454 1,055 1. d25 1126*

2. 529 1.046 1.621 1115, 2.572 1*036 1.618 1105.

2, t,14 1,027 1 . c 15 1094

.

2.655 1,017 1.612 1 0 S^*,

2 . b95 1,007 1.609 1 J 7 3 • 2.733 • 9 9 3 1,606 1062, 2,771 ,985 1.603 1051. 2.806 ,97 9 1,600 1040.

2 6 '*4 • 97 ." 1.596 1029. 2,679 * 9b 1 1,596 1016. 2.913 .^53 1, 594 1007, 2,947 ,945 1. 593 995*

2 , 9 a d .937 1,591 964 • 3 « C 1

2

,931 1.591 97 2,

3 • 0 3 0 92^ - 1.590 96 0. 3,074 ,919 1,591 94 i

,

3*10'+ • 9 1

4

1.591 936 • 3,134 ,910 1 , 5 93 923

,

3 * 16 3 ' 0 9 0 7 1,595 911,

3. 221 0 SjOi 1. dOO 685, 3.246 ,902 1.604 872, 3,276 • SOI 1.607

3.50 3 . 69 ^ 1,609

3.330 • 696 1.610 8 3 5. 3.3^6 . o90 ^ * ^ 824, 3.381 * 1,602 814,

3 • 4 U 7 • 65 j 1,586 6 0 5,

3 . **31 ,660 1 . bO b 3,435 ,657 1.639 765

.

3 .460 , 654 1. 613 77^, 3,503 , 651 1. 620 7b3, 3,527 ,64'} ^ ' 1 7^

7 5 3. 3.551 . cJ4r' 1.632 743 .

3. 57 ,041 1.635 7 32, 3,597 , 0 3 - 1 . c 3 8 721 • 3.619 ,8 33 1.639 711,

3 , b42 . 0 2

-> 1 . 64 1 701.

3,66'* 1 . 6 ^4 3 b 9 1

,

3,666 , 620 1. o4o 6^2. 3.707 , f<15 1. 650 672.

3. 729 . ril 3 1. 65o 662. 3,750 , 61J 1. DO 1 653,

3. 771 ,612 1. o73 o** 2

.

3. 823 ,627 1. 702 615. 3,674 . 62o 1. 710 592, 3,924 , 6 16 1.72^ 572, 3.y72 , oC-t 1. 726 553. 4,020 , 7=,! I. 7ZZ 536 . 4, C65 , 773 1 . 7 1 4,110 . 76 9 1.716 505.

4. 153 , 7b, 1.711 492, 4,237 ,750 1 . b '9 2 4b 6 . 4,315 , 74^ 1. 66:* 4** i

,

4.36 3 , 741 1. b2u >* 3*,

.

4,466 , 733 1. S80 4,519 . 73d 1, 533 4,571 , 732 1. 4-i5 -»!-.. 4. e34 .727 1.435 412 . D65 , 72C 1.365 •*12, H, 733 .712 1.336 -.13. 4,777 , 703 1. 293

THQ-PHASE BOUNDARY 85
TABLE Via. THERMOOVNAMIC PROPERTIES CF OXYGEN

350. BAR ISOBAR

TtMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPr ENTROPY Cp l/ELOCITY OERIVATI\/t DERIVATIVE ENERGY OF SOUND

< cm3/g 8AR-Cm3/G 8AR/K J/G J/G J/G-K J/G-K J/G-K M/S

58.276 .7532 99l7.1 39.97 -191.58 -155.21 2.126 1.119 1. 650 1211.

60. .7572 9761.2 36.90 -188.87 -162.37 2. 171 1.113 1. 616 1202.

62. .7618 9516.5 37.73 -185.71 -159.06 2.223 1.105 1. 511 1191.

.766'. 9333.2 36.63 -182.63 -155. 6C 2. 280 1.097 1. 537 1180.

66. .7710 9121.2 35.59 -179.52 -152.53 2.331 1.086 1.533 1170.

68. .7 756 8910.6 31.59 -176. 12 -119.27 2.379 1.079 1.529 1160.

7 0. . 7803 8701.1 33. 61 -173. 33 -lib . 0 2 2.127 1 . 0 7 J 1. 621 1119.

72. .7851 8193.8 32.73 -170.25 -112.76 2. 172 1.061 1.520 1139.

7i. .7898 8287.9 31. 85 -167. 18 -139.51 2.517 1. 051 1.617 1129.

7b. .7 9'»6 8083.

8

31.01 -161. 12 -13b. 31 2.660 1.012 1. ol3 1119.

7i. .7995 7881.

7

30.20 -151. 07 -133.09 2.502 1.032 1.609 1108.

80. . 8u<«'> 7661.6 29.11 -158.03 -129.87 2.612 1.023 1.605 1093.

82. .8091. 7183.

7

28.61 -151.99 -126.66 2.662 1.013 1.602 1083.

8'». .31'»5 7288.3 27.89 -151.97 -123.16 2.720 1.001 1.596 1077.

86. .8196 7095.1 27.17 -118.95 -120.27 2. 753 .991 1.595 1067.

88. .8218 6905.2 2b. lb -115.95 -117.06 2.795 .965 1. 592 1056.

9 J . . 8300 6 717.8 25.77 -112. 95 -113.90 2.630 .975 1. 589 1 0 1 b . 92. .8353 6533.5 25.09 -139.96 -110.72 2.865 .966 1.587 1035.

9'*. .8iiQ7 b352.

3

21.13 -136.98 -107.55 2. 899 . 960 1.591 1021.

90. 6171.3 23. 79 -131.00 -101.36 2.933 . 952 1. 562 1 J13.

9b. .8518 5999.

8

23.16 -131.03 -101.22 2. 955 . 915 1.560 1002.

lOu. .8 67h 5628.8 22.51 -128.07 -98.06 2.997 .933 1.579 991.

1Q2. .8631 5661.5 21.91 -125.11 -91.90 3.023 .932 1.578 979.

llj<.. . 8690 6197.

8

21.35 -122. 16 -91.75 3.059 .927 1.578 967. Ib6. .871.9 5338.

0

20.77 -119. 21 -66.59 3.C69 .922 1.576 955. 108. . 3809 5182.1 20.21 -116.27 -65.11 3. 119 . 919 1. 579 911. 110. • 8870 5030. 1 19 65 -113. 32 -62.26 3.116 .915 1.530 932 . 112. .8932 1832.

0

19.11 -110. 33 -79.12 3. 176 . 911 1.582 919.

111.. .8995 1737.8 18.58 -107.13 -75.95 3.201 . 912 1.531 907.

116. .9059 1597.6 18.07 -101. 18 -72.76 3.232 .911 1.567 895. 118. .912t 1161.2 17.55 -101.53 -69.60 3.259 .910 1.589 383.

120. . 9190 1328.7 17.06 -98.56 -56.12 3.266 . 90 ( 1.591 371.

122. .9257 1199.

7

16.60 -95.63 -53.21 3. 312 .905 1.591 859.

12<t. .9325 1071.3 16.11 -92. b9 -bO. 05 3.333 . 399 1. 586 818.

120. .9395 3952. 1 15.69 -39.76 -55.86 3. 353 . 683 1.581 839. 128. .9<.65 3833.

1

15.26 -86.85 -53.75 3. 383 . 85 9 1.655 831. 130. .9539 3722.9 11.97 -81. Ob -50.67 3.112 . 668 1.561 823. 132. . 9613 3607.5 11. 57 -81. 16 -17.51 3.136 .655 1. 583 813.

13<«. . 9690 3500.8 11. 18 -78. 21 -11.32 3.160 . 651 1.583 802.

13b. .9765 3390 .

7

13.81 -75. 35 -11.17 3.163 .858 1. 587 792.

133. • 9 8'<5 3287.

7

13.16 -72.13 -37.96 3.506 . 851 1. 591 783.

140 . .9925 3185.5 13.12 -69. 53 -31.80 3.629 . 651 1.595 773.

l'<2. 1.00 07 3087.

3

12.79 -bb. 62 -31. 59 3. 552 . 817 1.60 0 761.

It'!, 1.0089 2992.7 12.16 -63. 71 -26.12 3. 571 .813 1.603 751.

11)6. 1.0176 2901.

1

12.11 -60.81 -25.20 3.596 .839 1. 601 715.

1<.8. 1.0261. 2811.7 11.77 -57.91 -21.99 3.616 . 635 1.603 735. 153. 1.0353 2727.1 11.15 -55.01 -18.77 3.610 .331 1.503 726. 152. 1.0»<.5 2615.0 11.13 -52.11 -15.56 3.661 . 627 1. 601 716.

ISi*. 1.0539 2562.1 10.33 -19.22 -12.33 3.b32 . 323 1.605 707. 156. 1.0633 2179.1 10.53 -16.31 -9.12 3.703 .819 1.609 698.

158. 1.0730 2106.2 10.25 -13.16 -5.90 3. 723 . 816 1.611 689.

160. 1.0828 2333.2 9.98 -10.51 -2.61 3.711 .818 1.620 bao.

165. 1 .1086 21b3.

0

9.33 -33.25 5.51 3. 791 .832 1.519 655.

170. 1.1358 2006.1 8.70 -25.95 13.61 3.811 .6 31 1.556 633.

175. 1.161.5 1867.6 8.11 -16.56 22.09 3. 892 .821 1.657 611.

180. 1.191*6 1711.5 7.58 -11.16 30.35 3.933 .609 1.656 597. 185. 1.2265 1628.1 7.07 -1. 30 38.63 3.931 . 796 1.550 581. 190. 1.2600 1525.6 6.60 2.7b 16.66 1.026 .783 1.611 5bb. 195. 1.2951 1131.6 6.16 9.73 55.06 1.070 .773 1.637 551. 200. 1.3319 1355.6 5.75 16.61 63.23 1.112 .765 1.631 533. 210. l.tl05 1228.2 5.01 30.12 79.19 1. 191 .753 1.519 511. 220. 1.191.8 1136.1 1.11 13. 23 95.55 1.265 . 717 1.500 193. 230. 1.5815 1C73.9 3.93 55.96 111.12 1.335 .713 1.571 177. 1.6780 1035.7 3.51 68.25 12b. 99 1. 102 .711 1.513 161.

250 . 1.7718 1013.6 3.15 60.15 112.26 1.165 .739 1. 509 155. 260. 1.8735 1003.6 2.85 91.60 157.17 1.523 .735 1.171 lis. 270. 1.9 735 1005.6 2.60 102.63 171.71 1.578 .7 32 1.13b 111.

280. 2.0713 1C15.1 2.38 113<'27 165.87 1.630 .726 1. 39b 112. 290. 2.1719 1031.

3

2.19 123.51 199.51 1.678 . 719 1.35b 111. 300. 2.2719 1052.1 2.0Z 133.37 212.99 1.723 .711 1. 315 111.

• TMO-PHASE BOUNDARY 86
TABLE \lla. THERMOOTNAHtC PROPERTIES OF OXYGEN

Hta. BAR ISOBAR

TEMPERATURE VOLUME ISOTHERM DERIVATIVE

K CmS-ZS BAR-Cm3/g

5d«619 75 17

. 75^3 9995.5

62 • .7588 978 ** . 2

. 7 633 957 . 2 66. .7678 9365.5

68. .7723 9158.1

7 0« . 7769 8952 .

2

7Zm .7815 8 7'. 7. 7 7^9 .7661 85'.'. . 9 76 • 73 • . 7956 81'*'*. 8 60* .8003 79'*7. 6

82 • .8052 7752.

7

d'f • . 8100 756 0.1

66. .8150 7370.0

66. .8200 7182.5

90* .8250 6997.

8

92, a 8 30

1

6616.

0

a 8353 6637.2

96« 6289*1 * a'.59 10 0a .8513 6120.6

10 2 a 8568 5955.3

10 'ta • 3623 5 793.6

lOba .8680 5635a 7 iQd. a 87 37 5'*81a'* 110 • a 879** 53^1 ,0 112 a a 8853 5 1 8 ** a ** 11 ita a 8 91

3

11 &a a 8 9 73 ^902*7

11 S a • 12<la * 9 l22 a

• ^22^ '383*^

126. a928a 4262al

129. a935'. m<>3a9

1 3Q • 1 32 a

' 7 xli7

* n

' Qc; ?

•

1 q^^.

1 "i^* 37116* 3 6 0 6 a 8

i n a 97 dJ 350 5.6

9855 SiaOa 1 a993l 3316.2

146. l.OOlu 3222a 5 1<»8. la joes 3132.0

150. la017l 30'*7.2 152. laOaSia 2963.6

15t. 1.0338 2879a5

156. Ia0<t23 2791..

5

158. Ia05l0 2721a3

16U. la0598 2651.1

165. 1.0827 2't7ba'* 170. 1.1667 2315a<t 175. 1.1316 2173a8

lau. lal580 2(i'.5a7 185. 1. 1855 1927.

1

19a. laSl-al 1819.3

195. 1.2'.J9 1720.9

20 j. 1.2?'»y 163^**3 21J. Ia3><i:i8 l'.90a2 220. laitioa 1382a5

23u. I30li.2 la6626 12l»5a2 253. lab-ail 1208.1

260. la7252 1182aa

27j. 1.8C90 1171.8

28j. laa939 1163a7

29(/. 1.9793 1175.3

300. 2a0&'<8 1186.5

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY BAR/K J/G J/G

'tO.Ol -191.2a -161a21 39.29 -189.1*1* -159.27

38.11 -186.31* -155a9a

37.01 -183.2"* -152a71

35.95 -180. 16 -11*9. 1*1* 3'.. 97 -177.08 -11*6.19

3'*. 02 -17'*. 02 -11*2.91* 33.11 -170.96 -139.70 32.23 -167.92 -136.1*7 31a39 -161*. 88 -133.25 30.57 -161.86 -130.01. 29.78 -158.85 -126aa3 29.01 -155.81. -123.61* 28.27 -152.85 -120.1*5 27a55 -11*9.87 -117.27

26.81* -11*6.89 -lli*a09 26al5 -li*3a93 -110a93

25.1.8 -l'.0a97 -107a77

2'.ae3 -138.03 -10'*. 61

2'*. 19 -135.09 -101a'*6 23a56 -132al6 -98.32

22.95 -129.23 -95.18 22.35 -126. 31 -92aOlt 21.77 -123.1.0 -86a91 21al9 -120.1*9 -85a78 20a63 -117a59 -82a6l. 20a09 -n't. 68 -79.51 19.55 -111.78 -76.37 19.03 -108.86 -73a23

16.52 -ia5a96 -70a09

18a02 -103a07 -56a9l*

17.51* -100. 17 -53.76 17.06 -97.27 -50.63

16.61 -9'*a 37 -57.1*6 16al6 -91.1*9 -5l*a3^ 15a 73 -88.61. -51.22

15al*5 -65. 92 -l.8a22 15a 05 -63. 07 -i*5all

11**68 -80a21 -ltla96

ll*a 32 -77a 39 -38ae5

13a 97 -71*. 51* -35a71

13a6l* -71.71 -32a59 I3a31 -68a87 -29a'»lt 13a00 -66a05 -26a33

12.68 -53.20 -23.15

12.36 -60.37 -20a01

12. 03 -57. 51* -16a8E 11.71 -51*. 71 -13a7lj

11.1*1 -51,89 -10.51. Ilal2 -1.9.10 -7.1.1 10. 83 -1*6. 30 -i»a2 = 10a55 -i.3a'»6 -1.07

9a91 -36.no 5.91 9.31 -29.31 11*. 95 8.73 -22.25 23.02 8al9 -15a27 31.05 7a69 -8.35 39.07 7.22 -1. 53 1*7. 03 6.76 5. 20 Sla.gb 6a37 11.61* 52a8>.

5.01* 21.. 91 76.51.

5. 02 37 .55 9l.a08

'..'.9 50. 08 109. <*b i*aC3 62.17 121*. 58

3afc'* 73. 93 139.55 3.31 85.31 151*. 31 3.02 96.35 168.71

2. 76 10 7. 01* 182. 60 2.57 117a".0 195.57

2. 36 127.1*1 210. 00

ENTROPY Cv Cp VELOCITY

OF SOUND

J/G-K J/G-K J/G-K M/S

2a 130 lal23 1 a 61.6 1219* 2.16 3 1 a 114 1 a 61*5 1213, 2.217 1 alio la 61*0 1202a

2. 269 1 .102 1*635 1 192 a 2* 319 1 a093 1. 630 1182 a 2.368 1 a 0 81* 1*626 1172a

2a 1*15 1 a075 1.621 1162 a 2.1*61 1 a 0 66 1.617 1152. 2.505 1 • 0 56 1.612 111*2*

2 a 51*6 1 . 01*7 i . 60 6 1132a

2 a 589 1 .038 la 601* 1122,

2 a 63

0

1 .028 1.630 1112a

2 a 66 9 1 .019 1* 596 1102a 2.708 1 .009 1 a 59 2 1092 a 2 a 71* 5 1 a 000 1 a 5 8 6 10 82a 2*782 a991 1 a 5 8 5 1072 a

a 983 2.652 ,971* 1.576 1051.

2a 686 a 966 1.575 101*0*

2 a 91

9

, 959 1. 573 1030a

2a 952 , 952 1.571 1019a

2 a 98 3 a 91*5 1.569 10 06a

3 a b 1 1* a 939 1.568 997a

3 . 0 1* 5 a 93-. la 56 7 986 a 3 . C 7 5 a930 la 367

3.10'* a927 963 a

a 921* 1 a 5 6 8 3al61 a 922 1.569 939a 3al89 .921 1,571 928a

. 920

3 a 2'.3 .919 1,575

3. 270 .917 1,575 892 a

3. 296 ,911* 1,575 881a 3.321 ,909 1,572 671,

3. 31*6 , 697 1, 561. 852

,

3. 371 , 876 1 . 51* 7 851*

,

3a 391. a 877 1,550 81* 8 a 3al.l8 , 873 1,560 638a

3al.'.l ,858 1.560 826,

3 a 1.6'. . 661* 1,561 819,

3a 1.87 .860 1,563 810,

3 a 5 1 0 . 656 1, 565 801,

3 a 5 32 .852 1,570 792,

3.551. . 81.9 1,572 761*, 3.576 . 81.5 1,575 775

,

. 61.1 3a618 . 837 1.571. 757, 3ab39 ,833 1,572 7U8. 3.650 , 62 ' 1,573 739, 3.580 .625 1, 57» 730, 3.700 . 822 1.57« 722, 3.720 .621. 1.580 713, 3.770 . 836 1.605 569. 3.618 .835 1.515 669a

3. 661. . 625 1.513 551. 3.910 .613 1. 601. 535. 3.953 .600 1.598 520,

3. 995 , 78 j 1.591 605,

1.. 037 .777 1. 563 592,

It. 077 . 769 1,575 579,

1.. 151. .757 1, 553 555,

'..225 ,750 1. 51.8 531*,

, 71.5 1.531 517,

'..359 , 71.1. 1.508 502,

'..1.20 .71.2 1. 1.32 1*91,

'. . n 7 6 ,73 1 1. 1.55 '.53. 1..532 , 735 1. 1.25 1.77,

1.. 583 ,730 1. 39'. '*72. l.a632 ,721. 1, 360 1.70. 1..677 ,717 1, 325 1.69,

TWO-PHASt BOUNOARY 87
T48LE Via. THFRMOOyNAMIC PROPERTIES OF OXYGEN

".50. ofiR ISOSAR

TEMPERATURE

K

VOLUME cm3/gISOTHERM DERIVATIVE

8AR-Cm3/g

ISUCHORE OERIVATIVE

8AR/K

INTERNAL

ENERGY

J/G

ENTHALPr

J/G

ENTROPY

J/G-K

Cv

J/G-K

Cp

J/G-K

V£LjCITr

OK SOUND

M/S

59.358

60.

. 75ul .7615 10293.3

10226.2

'<0.1i& 39.67

-190. 98 -189.99 -157.23 -156.17

2. 13't 2.152, 12.3

, 123 1227.

1221..

62. .7559 10 018.1 38. -.9 -186. 90 -162.89 2.206 1. 115 1.639 1213.

61.. .7603 9811.3 37.38 -183. 33 -11.9.61 2.258 1. 107 1. 631. 1203.

66. .761.7 9605.7 36. 3<. -180.75 -11.5. 35 2. 308 1. 096 1. 528 119<.

68. .7 691 9'.0 I . <. 35. 3". -177. 71 -11.3. 10 2.357 1, 089 1.623 118-.. 73. . 7 736 9198.5 3".. 39 -171.. 67 -139.86 2.1.01. 1. 08 J 1.618 1171., 72. . 7731 6997,0 33. "t? -171. 51. -135.62 2. 1...9 1. 071 1.611. 1 151.. 7t. . 7a26 8797.2 32.60 -158.52 -133.1.0 2.1.93 1. 062 1.609 1155.

76. .7871 8699.0 31.75 -165.51 -130.19 2.636 1. 052 1. e 01. 111.5. 78. .7917 81.02.7 30.91. -162. 51 -126.96 2.678 i. 01.3 1.600 1135.

8u. .796'. 8206.

3

3Q.15 -159.63 -123.79 2.618 1. 0 3'. I. 595 1126.

82. .soil 8015.1 29.36 -156.65 -120.50 2. 658 1., 021. 1.591 1 116.

61.. . 8053 7826 . 1 28.51, -153,69 -117. 1.2 2.696 1.,015 1. 5a7 1105.

86. .8106 7636.5 27.91 -150.73 -111..26 2.733 1.1 005 1.582 1096.

88. .8151. 71.53.5 27.21 -11.7. 78 -111.09 2. 759 ,997 1.579 1 085.

90 . .3203 7271.2 25.52 -11.1.. 85 -107.91. 2.805 ,98 9 1.575 1075.

92. .3252 7091.7 26.86 -11.1. 93 -101.. 79 2.839 , 981 1.571 1 056.

91.. . 6302 6915.2 25.20 -139.01 -101.65 2.873 ,973 1. 663 1 055. 95. . 3353 671.1.3 21.. 57 -135.11 -96.52 2.905 ,965 1.555 10h5.

98. .8i.0<. 5571.6 23.95 -133.21 -95.39 2. 936 959 1.552 1 035.

10 0. .81.56 61.01.. 7 23.31. -130. 32 -92.27 2.970 , 96

;

1. 550 1021..

102. .8503 621.1.2 22.71. -127.1.3 -89,15 3.001 . 91.7 1.659 131<«.

101.. .3561 6C61.

3

22.16 -121.. 56 -85.03 3.031 . 91.2 1.557 1003. 106. .8615 5921.. 9 21.59 -121.59 -82,92 3,051 . 938 1.557 992. 108. .3669 5772.2 21. Oh -116.82 -79.81 3, 090 .93- 1. 657 981. 110 . .3721. 5523.2 20.1.9 -116. 95 -75,69 3.118 .932 1.557 969. 112. . 3730 51.77.8 19.95 -113.09 -73,58 3.11.7 . 930 1.558 958. lln. .8837 6336.2 19.1.1. -110.22 -70.1.5 3.171. .929 1.560 91.6. 115. .88 9i« 5198.3 18.91. -107,36 -57.31, 3. 201 .928 1. 562 935. 113. .3952 6061.. 0 18. 1.1. -101.. 1.9 -61.. 21 3.223 . 928 1. 553 921.. 120. .9011 1.933.3 17.96 -101,63 -61.08 3.251. . 926 1. 661. 913.

122.

121.. 126.

123. 133.

132.

131.. 136.

133.

11.0.

.9070 .9131

.9192

.9251. .9319 .9383

.91.1.9 .9 511. .9633

.9651

1.306 , 1.632, 1.661.

1.1.1.1., 1.31.1.. 1.231.

1.122,

1.022, 3916,

3316.

17.1.9

17.01. 15.60 16.17

15.91

15.51

15.11.

11.. 79

II.. 1.5 11.. 12

-98. 77 -96.92

-93.03 -90.27

-87.61

-81.. 81 -62. 00 -79.23

-76.1.1. -73.56

-57.96

-51.. 83 -51.72

-1.3.53

-1.5.67

-1.2.59

-39.1.6

-35.1.2 -33.32

-30.21.

3. 280 3.306

3.330

3. 355 3.373

3.1.01 3.1.25

3.1.1.7 3, 1.70 3.1.92

11.2. .9721 3719.1 13.30 -70.38 -27.11. 3.511.

11.1.. .9790 3630,2 13.1.9 -58.13 -21., 07 3.535

11.6. .9363 3533,

3

13.19 -65.31. -20,95 3.557

ItB. .9937 31.1.1. 9 12.86 -52.57 -17.85 3.678

150. 1.0012 3356.1. 12.57 -59.60 -11.. 75 3,599

152, 1.0 0 68 3271.5 12.27 -67.03 -11.61. 3.619

161.. 1.0165 3186.7 11.96 -51.. 28 -8. 53 3.61.0 156. 1.0 21.2 3102,

7

11.66 -51.55 -6.1.5 3.660

156. 1.0321 3026.9 11.33 -1.6.61 -2.37 3.679

160. 1.0401 2959.9 11.11 -1.6. 03 .77 3.599

155. 1.0509 2780.9 10.1.6 -39. 11. 8.59 3.71.7 170. 1.0821. 2616.9 9.85 -32.21. 16.1.7 3.791. 175. 1.101.9 21.71.1. 9.29 -26. 35 21.. 36 3.81.0 180. 1.1282 231.1. 1 8.76 -16.55 32.22 3.881. 185. 1. 1526 2218.1 6.26 -11.81 1.0.05 3.927

190. 1.1777 2106,9 7,76 -5,18 1.7.82 3.969

195. 1.2037 2002,6 7.31. 1,37 55.53 lt.0O9 200. 1.2306 1910.1. 6.93 7, 31. 63.21 1.. 01.8 210. 1.2871. 1752.1. 6.19 20.56 78.1.9 1..122 220. 1.31.76 1632.3 5.55 32. 99 93.63 I..193

230. 1.1.103 1632.6 5.00 1.5.15 106.61. 1..259

21.0. 1.1.772 11.61.5 1..52 57,05 123.52 1..323 250. 1.51.59 11.11.6 1..10 58.66 138.23 1.. 383 260. 1.6159 1371..

3

3.75 79. 91. 152.66 1..1.39 270. 1.6877 1351.2 3.l.l> 90.91. 155.89 It. 1.93 280. 1.7605 1336.6 3.17 101.63 180.66 1.. 6,«i. 290. 1.331.3 1333.8 2.93 112.02 191.. 56 1..592 300. 1.90S6 1333.3 2.72 122.11 207.99 11.637

. 921. 1. 563 902. .918 1.559 392. .907 1. 51.9 663.

. 887 1.532 875. .885 1.543 870. .880 1.51.1 361. .875 1.540 862.

. 870 1. 540 344.

. 656 1, 541 835. .861 1. 542 827.

. 857 1. 544 318.

.651. 1. 546 311.

. 850 1,549 802.

.61.7 1, 551 794.

. 61.3 1, 551 786. .639 1.550 773.

. 835 1, 549 769. .831 1, 548 760.

. 827 1, 547 752. .829 1, 550 744.

.61.3 1.573 720.

. 81.1 1.581 701. .832 1,573 685.

. 816 1.568 670. .605 1. 558 555. .793 1.549 642. .762 1. 542 628.

. 773 1.534 616.

. 760 I. 521 592. ,753 1.506 572.

.750 1.496 553.

.71.; 1.479 538.

. 71.5 1.457 525.

. 71.2 1, 435 516. .739 1.410 508.

.731. 1. 385 502. .728 1.356 493. .721 1.327 496.

• TMO-PHASE BOUNDARY 88
TABLE Via, THERMODYNAMIC PROPERTIES OF OXYGEN

SOD. BAR ISOBAR

TEMPERATURE VOLUME ISOTHERM

DERIVATIVE

K Cm3/6 BAR-Cm3/G

59.894 .74 85 10464.5

60. .7488 10453.6

62. .7531 10248.6

6<l. .7574 10044.7

66. .7617 9842.1

6S. . 7660 9640.8

70. .7704 9440.

7

72. .7748 9242.1

70. .7792 9044.9

76. .7836 8849.5

78. .7881 8655.8

80. .7926 8464.0

82. .7971 8274.3

S<». .8017 8086.7

86. .8064 7901.5

88. . 8110 7718.8

90. .8158 7538.7

92. .8205 7361.3

94. .8253 7186.8

96. .8302 7015.4

98. .8351 6847.0

100. .8401 6681.9

102. . 8452 6520.1

104. .8503 6361.7

106. .8554 6206.7

108. . 8606 6055.3

110. .8659 5907.5

112. .8712 5763.2

114. .8 766 5622.6

116. .8821 5485.6

118. .8876 5352.1

120. .8932 5222.1

122. .8988 5095.5

124. .9046 4972.3

126. .9103 4852.

2

128. . 9161 4735.2

130. .9223 4640.4

132. .9283 4529.2

134. .9346 4418.3

136. .94u7 4325.9

136. .9471 4215.

7

140. .9535 4118.0

142. .9600 4021.7

144. .9665 3936.1

146. .9733 3836.5

148. .9801 3743.0

ISO. .9671 366b.

5

152. .9941 3570.2

154. 1.0012 3482.7

156. 1.0083 3406.4

158. l.ai5o 3325.

9

160 . 1.0230 3261.2

165. 1.0420 3078.7

173. 1.0616 2914.

1

175. 1.0820 ^76^.?

180. 1. 1031 2629.

0

185. 1.1250 2501.8

19G. 1.1476 2388.8

195. 1.1707 2279.6

200. 1.1946 2183.

7

210. 1 .2443 2013.2

22J. 1.2977 1881.3

23a, 1.3529 1767.9

240. 1.4107 1662.0

250. 1.4707 1619.5

260. 1.5318 1573.7

270. 1.5945 1539.2

280. 1.6579 1515.

1

290. 1.7227 1502.8

30Q. 1.7660 1498.

1

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY 8AR/K J/G J/G

40.11 -190.67 -153.24 40.04 -190.51 -153.07 38.86 -187.44 -149.79 37.75 -184.39 -146.52 36.70 -181.34 -143.26

35.70 -178.31 -140.01 34.76 -175.29 -136.77

33.83 -172.28 -133.54

32.95 -169.29 -130.33 32.11 -156.30 -127.12

31.29 -163.33 -123.92

30.50 -160.36 -120.73 29.73 -157.41 -117.56 28.99 -154.47 -114.39

26.27 -151.55 -111.23 27.57 -148.63 -108.08

26.88 -145.72 -104.93 26,22 -142.83 -101.60 25.57 -139,94 -98.67 24.93 -137.05 -95.55 24.31 -134.20 -92.44 23.71 -131.34 -89.33 23.11 -128.49 -85.23 22.54 -125.54 -83.13 21.97 -122.30 -60.03 21.42 -119.96 -76.93 20.68 -117.13 -73.84 20.35 -114.30 -70,74 19.64 -111,47 -67.64 19.33 -108,54 -64.54 18.84 -106.81 -61.43 18.36 -102.98 -56.33

17.90 -10U.16 -55.22 17.44 -97.34 -52.12

17,00 -94,54 -49,03 16,57 -91,77 -45,96 16,41 -89,15 -43,05 15.96 -36,40 -39,99 15.56 -33.54 -36,91 15,22 -80.91 -33,86 14.89 -78.17 -33.61

14.57 -75.44 -27.77

14.25 -72.71 -24.71 13.95 -70.01 -21,66 13.66 -67.28 -13,51 13.37 -54,56 -15.55

13.07 -51,84 -12,49 12.77 -59,13 -9,42 12,48 -56,42 -6,35 12.18 -53.75 -3,33

11.90 -51,06 -,28 11.51 -48.33 2.32 10.97 -41,59 10.51 10.38 -34.33 18.26 9,61 -26.09 26,01 9.27 -21.42 33.73 8.76 -14,83 41,42 8.29 -3.34 49.04 7.85 -1.95 56.55

7-.44 4.38 64.11 6.58 15.82 79,05 6,04 29.00 93,69

5,47 40.93 108,57 4,97 52.64 123.13 4,54 64,12 137,56

4,16 75,30 151.89

3.83 56.23 165,96

3,64 96.88 179,76

3.28 107.23 193.41

3,06 117.40 205. 8C

ENTROPY Cy Cp VELOCITY

OF SOUND

J/G-K J/G-K J/G-K M/S

? 1 .129

1. 121 1 hU 1234. 2.195 1 .120 1 538 1 224 2,247 1 .112 1,632 1215.

2, 297 1.103 1,627 2,346 1 .094 1195*

2, 393 1 .085 1,616 1186. 2.438 1 .076 1.611 1176. 2.482 1.067 1.505 1167. 2,525 1 .067 1.601 115 8. 2.566 1.049 1.596 114 6.

2 , 6 C 7 1 .039 1, 591 1 139. 2,645 1 .030 1,536 1129. 2.634 1.021 1.632 112 9. 2. 721 1.012 1,577 1110. 2.75 6 1 .00 3 1,673 110 0. 2.793 . 995 1, 569 10 9 0. 2.627 .987 1. 565 1031.

2, 861 .979 1,551 1071, 2,894 . 972 1, 556 1061, 2,926 .965 1,555 1 05 0 a 2,957 .959 1, 553 1 040, 2,988 ,954 1,551 1030, 3,016 , 949 1,549 1019.

3. 048 , 945 1,548 10 0 3. 3.077 , 942 1,548 998. 3.106 ,940 1,548 967. 3,133 , 938 1,649 975. 3.150 . 937 1.550 954. 3.167 ,937 1.552 96 3. 3.214 .93d 1.663 942 . 3.240 .935 1.653 931.

3, 266 .932 1.552 921. 3.291 .927 1.647 911.

3. 316 .916 1.533 90 3. 3, 340 .396 1.520 895. 3,362 .894 1.536 893.

3, 335 .633 1.528 383. 3.409 .332 1.623 374. 3,431 .676 1.520 866. 3,453 .371 1. 522 35 3. 3,475 . 85f. 1. 522 361.

3. 497 . 862 1.52 3 34 3, 3.518 .85 3 1. 524 836, 3,539 .66- i . 52 7 32 3, 3.560 . 361 1.530 820, 3,531 .64-( 1.530 313, 3.501 .844 1.530 305. 3.621 . 340 1. 630 795.

3. 641 . 636 1.528 739, 3.660 , 8 32 1. 526 781, 3,630 , 334 1.527 773.

3. 727 , 647 1.543 750 . 3.773 , 345 1. 553 732.

3. 618 . 835 1. 649 715.

3, 652 .824 1. 539 701,

3, 904 , 610 1.523 587, 3.9»4 , 797 1.517 674. 3,934 .787 1.511 562.

4. 022 ,773 1. 502 649. 4.096 , 764 1.487 526. 4,164 ,757 1. 4?5 605,

4.229 , 753 1.457 587,

4. 291 ,751 1. 454 571,

4. 350 , 74 ) 1. 436 557, 4.406 ,746 1.417 547.

4. 459 ,742 1.39b 533. 4.509 ,73b 1. 374 531. 4.557 ,732 1. 349 52d. 4.60 3 ,726 1.323 623.

• THO-PHASE BOUNDARY 89
TABLE Via. THERMOOYNAHIC PROPERTIES OF OXYGEN

hPERAIURE UOLUME

K cm3/g

60. ".ZS .71.70 62. .75ii3

6i». .75Hb

66. .7588

6d. .7&3u

70. .767J

72. .7716

7i». .7759

76. .7602

78. •78'.6

8u. .7890

82. .793<» S^. .7976

86. .8023

88. .8069

99. .811'> 92. .8161

9<«. .8207

96. .825^

98. .8302

IQO. .83C.U 102. .8398

106. . 61.97 108. .e3it7 110. .6397

112. .6b<t6 lit. .6700 116. .8752 118. .6605

120. .6658

122. .8911

12<«. .89d6

126. .9021

128. .9076

130. .9135 132. .9192

131, .9251

133. .9309

13S. .9369

Ihi, .91.29 ItZ. .91.91

!'•<•. .9552

ll>6. .9616

li.^. .9679

150. .^Thl

152. .9810

1S(>. . 9876 1S6. .991.2 158. I.OOID

l&O. 1.0079

165. 1.025<. 170. 1.Q1.35 175. 1.0622

180. 1.0816

185. 1.1016

190. 1.1221

195. 1.11.30 200. 1.161.& 210. 1.2096

220. 1.2570 230. 1.3060

Z<>0. 1.3573

250. 1.1.105 260. l.i.6>.7 270. 1.5203

280. 1.5766

290. 1.631.1 300. 1.6922

ISOTHERM ISOCHORE OlkIVAIIVE DERlVATIvIE BAR-Cm3/& aAR/K

10631.. b 1.0.15 101.75. 7 39. 23

10271.. 7 38.11 10075.0 37.06

9876.1. 36.05 9679.0 35.10 9483.1 31.. 18 9288.5 33.30 9095.6 32.1.5

8901.. 1. 31.61. 6715. 0 30 . 61. 8527.6 30.08

831.2. H 29.33

8159.1. 26.61 7976.6 27.91 7e0u.7 27.23 7625.3 26.56

71.52. 7 25. 91 7283.0 25,26

7116.3 21.. 66 6952.6 2^.06 6792.4 23.1.7 6635.1. 22.89

61.61 . 7 22. 33 6331.5 21.78

6181.. 7 21.21.

b6<>l.<« 20.72 5901.6 20.20 5765.3 19.70 5632.5 19.22

5503. 1 16. 71. 5377.0 16.27

5251.. 2 17.62

5131.. 6 17.38 5017.9 16.95

1.926.2 16.90

1.816.6 16.1.2 1.705,9 16.00

1.621.7 15.62

1.506 . 2 15.29

1.1.12.6 II.. 99

1.317.1 II.. 69

1.231.. 8 11.. 1.0 1.131.7 14.10

1.036.5 13.82 3948.9 13.54 3660.9 13.26 3771.7 12.97 3706,0 12.67 3621.2 12.39 3555.7 12.10 3371.3 11,45 3209.8 10,86 3050.0 10.30 2910.5 9.76 2778.8 9.24 2665.4 8.76 2552.2 8.33 2454.3 7.92 2272.0 7.15 2126.7 6.49 2004.9 5.92 1905.7 5.41 1828.9 4.95 1778.1 4.55 1732.7 4.20 1701.4 3.90 1679.5 3.62 1665.2 3.38

INTERNAL ENTHALPY

ENERGY

J/G J/G

-190.36 -149,27

-167.96 -146.69

-164.92 -143.42

-181.90 -140.16

-176,38 -136,92

-175,63 -133,68

-172,90 -130.46

-169.92 -127.25 -166.96 -124.05

-164.01 -120.65

-lol.a? -117.67 -156.14 -114.50 -155.22 -111.34

-152,32 -106,19

-149.43 -105.05

-14b. 55 -101.92 -143.66 -96.79

-140.62 -95.68 -137.97 -92,57 -135.13 -89.47

-132.30 -66.37 -129.47 -83.28

-126.66 -80.19

-123.64 -77.11 -121,04 -74,03 -118,23 -70.95 -115.43 -67.87 -112.63 -64.76 -109.83 -61.70 -107.04 -58.61 -104.24 -55.52 -101.44 -52.43 -98.66 -49.35

-95.89 -46. 2B -93.15 -43.23

-90,60 -40,36

-87.68 -37.32 -65.14 -34.25

-62,45 -31.25

-79.75 -28.22

-77.07 -25.21 -74.38 -22.16

-71.72 -19.18

-69.04 -16.16 -65.37 -13.14

-53.70 -10.11 -51.03 -7.08 -58.38 -4.0E -55.74 -1.06 -53.10 1.95 -50.41 5.03 -43.78 12.62 -37.14 20.25 -30.53 27.89

-23.96 35.51 -17.51 43.08 -11.13 50.58

-4.87 58.00

1.34 65.40 13.56 60.09

25.53 94.67

37.25 109.06 48.79 123.45 60.14 137.72

71.23 151.79

62.09 165.70

92.69 179.40 103.07 192.95

113.20 206.27

ENTROPY Cv J/G-K J/G-K

2.142 1.131 2.184 1.125 2.235 1.116 2.266 1.106

2.335 1.099 2.382 1,090 2.427 1.061

2.471 1.071 2.514 1.062

2.555 1.053

2.596 1.044 2.635 1.035 2.b73 1,026

2,710 1,017

2,745 l,u09

2, 781 1. 00: 2.615 .993 2.849 .965

2.662 ,976 2,914 ,977 2,945 .966 2.97b .961 3.006 .956

3. C35 .952 3.C04 .950 3.092 .947 3.120 .946

3.147 .945 3.174 .945 3.200 .945 3,225 ,944

3. 252 .941 3.277 .93 3 3.301 .92 5 3.325 .906 3.347 .903 3.371 .896

3.394 .669 3.415 .682 3.438 .675

3.450 .871 3.461 .866 3.502 .652 3.523 .858 3.544 .655 3.564 .651 3.584 .648 3.6U4 .645 3.623 .641 3.642 .638 3.662 .840 3.706 .852 3.754 .850 3.798 .840 3.641 .628 3.883 .815 3.923 .602

3.951 .791 3.999 .782 4.070 .759 4.136 .761 4.202 .757 4.263 .754 4.322 .752 4.377 .750 4.429 .746 4.479 .742 4.527 .736 4.572 .729

Cp VELOCITY

OF SOUND

J/G-K M/S

1,643 1243. 1,536 1235.

1, 632 1225.

1, 526 1216. 1,620 1 207. 1,514 1197. 1.609 1188. 1,603 1179. 1,598 1170.

1, 593 1150. 1.568 1151. 1,583 1 142. 1,578 1133. 1.573 1123. 1.568 1114. 1.554 1104. 1.560 1095.

1. 556 1085. 1.552 1075.

1, 549 1055.

1, 545 1055.

1. 544 1045. 1,542 10 35.

1, 541 1 024.

1. 541 1014.

1, 541 1003.

1. 541 992.

1, 542 981.

1. 543 970.

1. 544 960.

1. 544 949.

1, 543 939. 1,538 929. 1.628 921. 1,510 915. 1,532 914. 1,520 904.

1, 512 895. 1,504 688. 1,504 880. 1,504 673. 1,505 856. 1,505 860. 1.507 852.

1. 510 845. 1.513 838. 1.514 830. 1,515 822. 1,510 815. 1,509 808. 1,509 799. 1,526 777.

1. 529 760. 1.527 744.

1. 517 730. 1.505 716. 1.490 704.

1. 483 592. 1,476 680. 1,460 557.

1. 448 636.

1. 442 618. 1.432 602.

1. 419 587. 1.400 576. 1.382 567.

1. 362 559.

1. 340 553.

1. 318 548.

THQ-PHASc eOUNOARY 90
TABLE Via. THERHOOYNAHIC PROPERTIES OF OXYGEN

600. BAR ISOBAR

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

K cm3/g bar-cm3/g BAR/K J/G J/G J/G-K J/G-K J/G-K M/S

BO.SSt .7*55 10a03.7 *0.20 -190.0* -1*5.31 2.1*6 1.13* 1.6*1 1250.

62. . 7<.77 IQ 699.

6

39.59 -188.*5 -1*3. 59 2.17* 1.130 1.637 12*5.

6i>. .7518 10501.5 38. *7 -185. *3 -1*0.32 2.226 1.121 1.631 1236. 66. .7560 1030*.* 37. *1 -182. *3 -137.07 2.276 1.112 1.625 1227.

68. .7601 10108.5 36. *1 -179. *3 -133.82 2.32* 1.103 1.619 1218.

70. . 761)3 9913.7 35. *5 -176. *5 -130.59 2.371 1.09* 1.613 1209.

72. .7685 9720.3 3*. 53 -173. *8 -127.37 2.*17 1.085 1.607 1200.

7't. .7727 9528.2 33.6* -170.53 -12*. 16 2.*60 1.076 1.601 1191.

76. .7769 9337.7 32.79 -167.58 -120.97 2.503 1. 067 1.595 1182.

7a. .7812 91*8.

8

31.97 -16*. 65 -117.78 2.5** 1.058 1.590 1172.

»0. .7S5<> 8961.

7

31.18 -161. 73 -11*. 61 2.585 1.0*9 1.58* 1163.

62. • 7898 8776.6 30 .*1 -158. 83 -111. ** 2 . 62* 1.0*0 1.579 115*.

8it. .79*1 8593.* 29.67 -155.9* -108.29 2.662 1.031 1. 57* 11*5.

66. .7985 8*12.

5

28.95 -153.05 -105.15 2.699 1. 023 1.569 1136.

as. .8029 8233.9 28.2* -150.18 -102.01 2. 735 1.01* 1.56* 1127.

90. .8073 8057.7 27.56 -1*7. 33 -98.89 2.770 1. 006 1.559 1117.

92. .8118 788*.

I

26.90 -1**.*8 -95.77 2.80* . 999 1. 555 iioa.

9<«. .8163 7713.2 26.25 -1*1.65 -92.67 2.837 . 991 1.551 1098.

96. .8209 75*5.1 25.61 -138.82 -89.57 2.870 .93* 1. 5*7 1089.

96. .8255 7380.0 25.00 -136.01 -86. *8 2.902 .978 1.5** 1079.

100. .8301 7217.9 2*.*0 -133. 20 -83.39 2.933 .972 1.5*1 1069.

102. .83*8 705 8.9 23.81 -13 0 . *0 -80. 32 2.96* .96 7 1. 538 1059.

1J<>. .8395 6903.1 23.23 -127.61 -77.2* 2.993 .963 1.536 10*9.

1J6. 6750.6 22.67 -12*. 83 -7*. 17 3.023 . 950 1. 535 1039.

lOS. .8*91 6601.* 22.12 -122.05 -71.10 3.051 . 957 1.53* 1029. no. .8539 6*53.5 21.59 -119.27 -58.03 3.080 . 955 1.53* 1018.

112. .8588 6313.1 21.06 -116. *9 -5*. 96 3. 107 . 95* 1. 53* 1008.

n't. .8638 617*.

0

20.55 -113. 72 -61.90 3.13* .953 1.535 997. 116. .8686 6038.* 20.05 -110.95 -58.62 3.151 .953 1.535 987. iia. .8738 5906. 1 19.57 -108. 18 -55.75 3. 187 .953 1.537 976.

1^0. .8769 5777.1 19.09 -105. *1 -52.66 3.213 .952 1.537 966.

122t . 88*0 5651.5 18.63 -102. 6* -*9 . 6 0 3. 239 .95 0 1. 535 956.

12'.. .8892 5529.0 18.18 -99.88 -*6.53 3.26* . 9** 1.530 9*7.

126. .89** 5*09.7 17.7* -97.1* -*3.*e 3. 288 .93* 1. 520 938. 12a. .8997 5293.3 17.31 -9*.*3 -*0.*5 3. 312 .91* 1.501 932. 13C. .9053 5208.* 17.37 -91.95 -37,53 3. 33* . 913 1. 530 93*. 132. .9107 5101.3 16.88 -89.2* -3*. 60 3.357 .905 1. 517 92*.

lilt. .9163 *986.1 16. *2 -85.5* -31.55 3. 380 . 697 1.505 915. 13o. .9219 *911.1 16.02 -83.87 -28.55 3.*02 .889 1. *92 908. 136. .9276 *793.9 15.67 -81.21 -25.56 3.*2* . 681 1. *89 900.

I'li). .9333 *700.8 15.37 -78. 57 -22.57 3.**5 .875 1. *88 69*.

1<.2. .9391 *6a5.9 15.09 -75.92 -19.5b 3. *66 . 869 I.*e8 888.

i-tt. .9**9 *527.3 1*.82 -73.29 -16.60 3.*87 . 665 1. *88 883.

1<>&. . 9509 **20.* 1*.5* -70.66 -13.61 3.508 .861 1. *92 875. Ina. .9568 *323.2 1*.25 -66.0* -10.63 3.528 .658 1. *9* 368. 15J. .9629 *23*.* 13.97 -65. *1 -7.63 3.5*8 .85* 1. *95 851. 152. .9691 *1**.7 13.71 -62.79 -*.6i. 3.568 .651 1. *98 85*.

1S<.. .9753 *053.6 13.** -60.17 -1.6b 3.588 . 8*8 1.501 9*7. 156. .9816 3999.9 13.17 -57. 56 1.33 3.607 .8*5 l.*97 8*2.

15i. .9878 3915.3 12.88 -5*. 97 *.31 3.526 . 8*2 l.*93 33*.

160. .99*3 36**.

0

12.58 -52.30 7.36 3. 6*5 . 6** 1. *96 325. 163. 1.0107 3659.9 11.90 -*5. 77 1*.87 3. 691 . 857 1. 509 803.

170. 1.0275 3506.5 11.30 -39.23 22. *2 3. 736 . 8 5* 1.508 787. 175. 1. 0**8 3335.2 10.76 -32.73 29.95 3. 780 . 8h* 1.507 772.

laj. 1.0627 3186.3 10.2* -26.29 37. *7 3. 822 .832 1.500 758. 185. 1.0811 30*9.7 9.72 -19.92 **.95 3. 863 .813 1. *89 7**. 190. I.IOOJ 2937.1 9.21 -13.63 52.37 3. 903 .606 1. *72 732. 195. 1.1192 2820 .7 8.75 -7.*6 59.69 3.9*1 .795 1. *5e 719. 200. 1.1390 2722.5 8.35 -1.35 66.96 3. 978 .79o l.*50 709. 210. 1.1799 2528.* 7.61 10.67 81. *5 *. 0*9 . 77^ I. **3 537.

ZZi. 1.2228 2366.5 6.90 22. *6 95.83 * . 115 .765 1. -.26 56*. Zli. 1.2670 22*2.9 6.32 3*. 00 110.02 *. 178 . 750 1. *13 5*7.

Zti, 1.3131 2133.1 5.81 *5,39 12*. 17 *.239 .758 1. *l 3 631. 250. 1.3608 2Q38.1 5.35 56. 51 138. 2t *. 29b .755 l.*05 616. 26:. l.'>0 98 1985.5 *.93 57.52 152.21 *. 351 .7 53 1.385 60*. 270. l.*596 192 9.6 *.56 78. *0 165.98 * . *03 .750 1. 371 59*. 282. 1.5102 1893.6 *.2* 88.95 179.58 *.*52 .7*: 1. 351 585. 290. 1.5d19 1861.7 3.95 99. 31 193.02 *.50O .7*0 1. 331 579.

30 J. 1.61*2 1837.3 3.69 1J9. *1 206.26 * . 5* * .733 1. 312 573.

THO-PHASn BOUNDARY 91
TABLE Via. THERMOOYNAMIC PROPERTIES OF OXYCEN

650. BAR ISOBAR

TEMPERATURE UOLUflE Cm3/&

ISOTHERM ISOCHORE QEMVATIUE DERIVATIVE

BAR-Cm3/g BAR/K

INTERNAL

ENERGY

J/G

ENTROPY

J/&-K

Cv J/G-K

Cp VELOCITY

CF SOUND

M/S

. 7'»'.1 10971.7 1*0.25 -189. 71 -11*1. 35 2. 150 1.137 1.639 1258.

bZ. . 7'»51 10920.6 39.95 -189. 93 -11*0.1*9 2.161* 1.13'* 1. 637 1255.

bi^. . 7492 10 725.

1

38.82 -185.92 -137.23 2.216 1. 126 1.630 1 21*6. bb. .7532 10530.6 37. 76 -182. 93 -133.97 2.266 1.117 1. 621* 1237.

ai. .7573 10337.2 36.75 -179. 96 -130.73 2.311. 1.108 1.518 1228.

70. . 761't IC 11.5 . 0 35.79 -176 . 99 -127. 50 2. 361 1. 099 1. 511 1220.

7 2. .7655 9953.9 31*. 66 -171*. 01* -121*. 2 9 2.1*06 1.090 1.605 1211.

7it. . 7696 9761..

2

33. 98 -171.10 -121.08 2.I.5U 1.081 1. 599 1202.

7b. .7737 9576.0 33.12 -lo8. 19 -117.89 2. i»93 1.0 72 1.593 1193.

79. .7779 9389.

3

32.30 -165.27 -111*. 71 2.531* 1.053 1. 517 1181*.

90. . 7821 9201*. 31.51 -162. 37 -111.51. 2.57'. 1.051. 1.582 1175.

6i, .7863 9021 .

3

30 . 71* -159. 1*9 -10 8.36 2.613 1. 01*5 1.576 1 166. .7905 bitO. 2 29.99 -156.61 -105.23 2.651 1. 037 1.571 1157.

46. . 79'i7 8661.

I

29.27 -153. 75 -102.0 9 2.588 1. 0 2 i 1. 565 Illt9* 86. . 7990 aiid!..!. 28.57 -150.90 -98.97 2. 721* 1.0 2.. 1. 550 1139.

90 . . 80 33 6310.0 27.88 -11*8. 07 -95.8 5 2. 75 9 1.012 1. 555 1130.

9^. . 80 77 8138.

1

27.22 -1..5. 21. -92.71* 2.793 1. 0 01* 1. 551 1121.

9'.. .8121 7968.

8

26.57 -11*2. 1*3 -89.65 2. 626 .997 1. 51*6 1112.

96. .8165 7802.2 25.91* -139. 63 -86.56 2.859 . 991 1. 51*2 1102.

9S. . 82u9 7638.

5

25.32 -136. 81* -83.1*6 2.891 . 99'» 1.53 9 1093.

100. .a25<> 71.77. 7 21*. 72 -131*. 05 -8O.1.C 2. 922 . 979 1. 536 1 083. 102. .8300 7319.

9

21*. 13 -131. 29 -77.33 2. 952 . 971. 1.533 1073.

IQi*. . 83'>S 7165.3 23.56 -129. 51 -71*. 27 2.992 .970 1. 531 1063.

106. . 8391 7013.9 23.00 -125. 75 -71.21 3.011 . 967 1. 529 1053.

1 U S . . 9'.37 6665 .

5

22.1*5 -122. 99 -68.15 3 . 01*0 . 961* 1. 528 1Q1.3. 110. . 8Hdit 6720.5 21.92 -120 . 21* -65.0 9 3. 058 .962 1.529 1033.

112. .8531 6578.7 21 . 1*0 -117 . 1*9 -62.01* 3.095 .961 1. 528 1023.

litt. . 8579 61.1*0 . 3 20.69 -111*. 71* - 59 • 96 3.122 .961 1. 529 1012.

116. .862 7 6 305.2 2 0.39 -111.99 -55.92 3 . l'*9 .951 1.530 10 0 2. 119. . 8675 617 3.1* 19.90 -109. 25 -52. 86 3. 175 .961 1.531 992

.

120. .8721. 60<*l*.9 19.1*3 -106.50 -1*9.80 3. 201 . 950 1.530 962. 122. . 8773 5919.5 - 10 3. 76 -1*6 • 71* 3.226 .95" 1.528 972

.

12**. .8823 5 797.3 16.51 -101. 33 - 1* 3 . 6 5 3.251 .95 3 1.523 963.

12 6. .8872 5678.2 3.275 . 9 1.

2

1.513 955 . 17*^5

13 0. .8977 1 7 7n "07 p* 'a^ .922 1.521 951. 132. y

•

1 7 ?7

. r

* f ^ "of q? "at at 7

-lit. 1 ' 16.81 "?A An ?

' an?

13

' • 519^*7 "95*19 "25*80 3* 388 * 997 1^8 3 927*

1 3 . • 91 89 5 0 73.5 16.01 -92.56 -22.83 3 . 1. 1 0 .664 1 . 1* 77 919

.

.92<»'« 1.983.2 15.69 -79.95 -19.87 3.1.31 . 663 1.1.71 913.

l".?. .9299 1*889.0 15. 1*2 -77. 31* -16.90 3.1.52 . 873 1.1.70 907.

litu. .9355 1.81H.2 15.18 -71.. 75 -13.91. 3. 1*73 . 869 1. 1*71 903.

1<>6. .9<.ll 1*703. 1 11*. 93 -72.16 -10.99 3.1*93 .95! 1.1*76 897,

.9'»67 1*603.9 11*. 69 -69.58 -8.01. 3.513 .660 1.1*91 991. IS.. .9525 1*513. 7 11*. 1*2 -66.98 -5.08 3. 533 .95c 1. 1.83 881*. 15?. .9583 1*1.22.3 11*. 11* -61*. 1*0 -2.12 3.553 . 653 1.1.91* 977.

151.. .96'.1 1*329.3 13.87 -61.83 .83 3.572 . 951 1. 1.97 970. 156. . 9701 1.281*.

5

13.61 -59.25 3.81 3.591 . 61.6 1. 1*83 865.

I5fl. .9760 1*211.0 13.36 -56.68 6.75 3.510 . 91*5 1. 1*83 860 .

16 . .9821 1*126. 1 13.08 -51*. 05 9.79 3.629 . 61*8 1. 1*66 851. 165. .997<t 391*5.1 12.36 -1.7.60 17.21* 3.575 .862 1. l*9i 829.

17i.. 1.0133 3806.5 11.71 -1*1. 13 21**73 3,720 .853 1.1.97 912. 175. 1.029<i 3619.9 11.18 -31*. 73 32.17 3.763 . 81.8 1.1.87 797. 18«. 1.0<i60 31*57.1* 10.67 -28.39 39.60 3.805 .635 1. 1.93 791.. 185. 1.0630 3315.0 10.18 -22.11 1*6.99 3. 81.5 .923 1. 1*76 771.

191^. 1.0807 3201*.

3

9.68 -15.89 51*. 35 3.885 .811 1. 1*60 759. 195. 1.0983 3085.3 9.20 -9. 80 51.59 3. 922 .801 1. 1*1*6 71*5, 200. 1.1167 2988.5 8.72 -3.77 68.82 3.959 • 792 1. 1*27 731*. 21 . LlSltZ 2782.1 8.01 8.06 83.09 1..023 .77? 1, 1*23 711*.

220. 1.193<> 2599.0 7.32 19.70 97.27 1*. 091* . 770 1.1*16 691. 23u. 1.2339 21*81.5 6.70 31.11 111.32 1**157 . 761* 1. 397 673.

. 1.2758 23^1*.

8

6.18 1*2.35 125.28 1**216 .761 1. 392 659.

25 1. 3189 221*6.0 5.72 53.1*3 139.16 i*.273 . 759 1. 393 61*2. 26 0. 1.3638 2191*.

a

5.29 61*. 38 153.03 1..327 .757 1. 373 531. 270. 1.<.089 2128.2 i*.9l 75.09 166.67 1..379 . 753 1. 360 620. 280. 1.1)550 2090.2 1..57 85.61 180.19 i*.l*28 .71.9 1. 31*1 512. 290. 1.5019 201*7.6 it.26 95.92 193.51. 1**1.75 . 71.3 1. 321. 501*. 300. 1.51.92 2013.2 3.99 105.99 206.69 1**520 .737 1. 306 597.

TMO-PHASE BOUNDARY 92
TABLE Via. THERMODYNAMIC PROPERTIES OF OXYGEN

700. BAR ISOBAR

TEMPERATURE VOLUME ISOTHERM

DERIVATIVE

K Cm3/G BAR-Cm3/G

62.000 .7<»26 11138.7

6<». .7lt66 109l>5.8 66. .7506 10753.8

66. .75<«& 10562.8

70. .7586 10373.0

72. .7626 1018'..

2

74. .7666 9996.8

76. .7707 9810.7

78. .77ii7 9626.2

SO. .7788 9it<(3.2

62. . 7 829 9262.1

ait. .7870 9082.9

86. .7912 8905.7

88. .7953 8730.6

90. .7995 8557.9

92. .8038 8387.6

9<>. .80 80 8219.8

96. .8123 8Q5<..6 93. .8166 7892.2

100. .8210 7732.5

102. . 825^. 7576.0

10i». .3298 71.22.3 106. .8 31.2 7271.7

108. .8387 7121.. 3 110. .3'>32 6980.0

112. .8'.77 6838.9

n't. .8523 6701.1

116. .8569 6566.5

118. .8616 61.35.0 120. .8663 6306.8

122. .8710 6181.

7

12i>. • 8757 6059.7

126. .8805 591.0. 7 128. .8853 5821..

6

130. .8906 57'.9.'» 13Z. .8956 Sb'.?.'. n't. .9006 5527.1

136. .9058 5'.73.0 138. .9109 53'.7.6

xita. .9161 5260.1.

litZ, .321'. 5166.9

I'.'.. .9267 5095.9

litb. .9320 '.'98 0. b li«8. .9373 1.879.1 150. .9<.28 1.787.5 1S2. .9'.83 1.691.. 3 ±5h. .9538 1.599.5 156. .9595 I.55I..2 158. .9652 1.510.5 160. .9709 1.1(02.0

165. 1.227. 7 170. 1.0004 1.111. 3 175. 1.0155 3905.8

18U. 1.0309 3721.. 185. 1.0469 3575.0

199. 1.0 631. 3l.b7.3 195. 1.0799 331.6. 3 200. 1.0970 3252.6

210. 1.1317 3033.0

220. 1.1677

230. i.2053 2720.1.

21.0. 1.2<<3tt 2601.3

250. 1.2829 21.51.6 260. 1. 321.5 21.01..

9

270. 1.3657 2327,6

280. l.'<082 2290 .0 290. 1.'.510 2236.5

300. l.'»9'.l 2191.6

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY BAR/K J/G J/G

I. 0.30 -189. 38 -137.1.0 39.17 -186.39 -131.. 13 38. 10 -183. 1.2 -130. 88 37.09 -180.1.6 -127.61. 36.12 -177.51 -121.. 1.1 35.19 -171.. 58 -121.20

31.. 31 -171.66 -117.99

33.1.5 -168. 75 -Hit. 80 32.63 ••165.86 -111.63 31.83 -162.98 -108.1.6 31.06 -160.11 -105.31

30.31 -157.26 -102.17 29.59 -151.. 1.2 -99.03 28.83 -151.59 -95.91 28.20 -11.8. 77 -92.30 27.53 -11.5.97 -89.70 25.88 -11.3.18 -85.61 25.25 -11.0. 39 -83.53 25.63 -137.62 -60.1.6 25.03 -131.. 86 -77.39

Z"..!.!. -132.11 -71.. 33 23.87 -129.3b -71.28 23.31 -125.62 -69.23 22.77 -123.89 -65.18 22.23 -121.16 -62.13 21.71 -118.1.3 -59.09

21.20 -115. 70 -56.01. 20.70 -112.99 -52.99 20.22 -11U.25 -1,9.91. 19.75 -107.53 -1.6.99 19.28 -101.. 81 -<.3.6i. 18.83 -102.10 -40,79 18.39 -99.40 -37.77

17.97 -96.74 -34.76

19.00 -94.39 -32.04 17.58 -91.71 -29.02 17,14 -69.05 -25.01 16.70 -86.40 -23.00 15.29 -93,81 -20,04 15.95 -91.22 -17.10

15.56 -76.65 -14.15 15.44 -76.09 -11. 2e 15.26 -73.55 -9.31 15.04 -71.00 -5.39 14.81 -58.45 -2,4b 14.58 -55,91 .47 14.32 -53.37 3.39 14.04 -50,91 5,3b 13.78 -58.27 9.c9 13.54 -55.58 12.29 12.86 -49.29 19.69 12.14 -42.96 27.17

II. 55 -35,55 34,52 11.05 -30,32 41,95 10.59 -24.12 49,16

10,12 -17.97 55.47 9.65 -11.95 53,55 9.17 -5,9b 70,64 8.36 5.71 84.93 7.73 17.18 98,92 7.06 29,52 112,99

6.53 39.63 126.70 b.07 50.55 140.35

5.64 61.45 154.17 5.24 72.09 167,69 4.86 82.58 181.15 4.57 92.84 194.40 4.28 102.88 207,47

ENTROPY Cv Cp VELOCITY

OF SOUND

J/G-K J/G-K J/G-K rt/S

2,154 1, 139 1,637 1255 2,206 1. 130 1.630 1257. 2,256 ^ , 121 1.62 3 1248. 2,304 113 1,517 1239. 2,351 J* 104 1,610 1230.

2, 395 1, 095 1,504 1222. 2,440 0 6 5 1. 598 1213. 2,462 1. 077 1,591 1204.

2, 524 1. 058 1,585 1 196 . 2, 554 1. 059 1,590 1187.

2, fc03 1. 050 1,574 1178,

2, 541 1. 042 1,56 9 1169, 2.577 1. 033 1, 563 1150. 2.713 1. 025 1, 557 1151.

2. 749 1. Oil 1 , 552 1143,

2. 782 1. 013 1,547 1133. 2.815 1. 003 1. 543 1124,

2. 648 997 1.539 1115, 2.860 991 1.535 1106, 2.911 965 1. 531 1096.

2. 941 960 1, 529 1 087. 2.971 977 1, 525 1077. 3.000 973 1, 525 1 057,

3, 026 971 1, 524 1057, 3.056 96 9 1,523 1 047, 3.093 969 1. 523 1037.

3. 110 968 1,524 1027. 3.137 969 1. 525 1017, 3.163 969 1,525 1007, 3.199 958 1, 525 997 , 3.214 966 1,52 3 997,

3, 239 961 1,519 973, 3.263 951 1,507 970,

3. 285 932 1.469 964, 3.307 932 1. 513 955, 3.330 .926 1.606 958. 3.353 918 1, 495 949, 3.375 909 1,477 943.

3. 397 697 1,455 935. 3.418 987 1, 455 929, 3.439 67 J 1, 452 924, 3.450 87. 1, hSO 921, 3.490 855 1.459 915, 3.500 961 1.454 911, 3.519 656 1.469 905, 3.639 65: 1. 474 90 0, 3.559 852 1.477 993 , 3.677 650 t-, 471 989, 3.595 847 1,457 884,

3. £il 4 851 1,479 875,

3.bbO 966 1, 492 954, 3.705 963 1.473 639,

3. 7-.7 651 1,458 621, 3.769 839 1 , »57 807, 3.829 62d 1, 462 795 , 3. 668 914 1, 449 786, 3,9j6 605 1,439 773,

3, 941 795 1, 41 9 751, 4,010 792 1,402 737, 4.075 774 1,408 717, 4,137 769 1. 381 599,

4. 19 6 765 1, 373 593,

4. 252 .753 1. 360 556,

4. 306 750 1. 363 557. 4,357 757 1. 351 645, 4,40 6 752 1, 331 53b,

4, 452 .747 1, 317 529. 4,497 741 1, 301 520 .

TWO-PMiSE BOUNOARY 93
TAfSLE <lla. THERHQOrNAMIC PROPERTIES OF OXYGEN

750. BAR liOSAR

I£MF£RATU^«E VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPr ENTROPf C\J Cp VELOCITY ERIVATIVE OERIVATII/E ENEROY OF SOUND

Cfl3/& sar-cmS/g BAR/K J/& J/G J/G-K J/G-K J/G-K M/S

62. 5ia .7 '.12 11301..

7

1.0.35 -189.05 -133.1.6 2.157 1. 11>1 1.635 1273.

. 7't'.l 11163.7 3 9.51 -186. 31. -131.01. 2.196 1.13 5 1. 630 1266.

66. . 7<teo 10971.. 1 38.1.1. -193. 38 -127.78 2.21.6 1. 125 1.623 1258.

63. . 7519 10785.5 37.1.2 -180. 91. -121.. 51. 2.291. 1.117 1.615 121.9. 70. .7558 li597.9 36.1.5 -178.01 -121. 3:: 2. 3'.i I.IOS 1.509 121.1. 72. .7598 lubll.

3

35.52 -175.09 -118. 11 2.336 1.099 1.603 1 232.

71.. . 763? 1022b.

0

31.. 63 -172. 19 -111.. 91 2.1.30 1. 090 1.596 1221.. 7b. .7677 1001.2. 0 33.77 -169.30 -111. ?E 2. 1.72 1.081 1. 590 1215.

78. .7717 9859.5 32.91. -166. 1.2 -108.55 2.51'. 1.U73 1.581. 1 207. ao. .7 756 9678.5 32.11. -163.56 -105.36 2.651. 1. 06.. 1.573 1198.

62. . 7796 91.99.2 31.37 -160. 71 -102.23 2. 553 1.055 1.572 1139.

i**m • 7 637 9 321.3 3 0.62 -157. 37 - 99. 1

u

2.630 1 • 01. 7 1.566 1181.

6b. . 7877 91H6.3 29.89 -155.05 -95.97 2.b6 7 1.039 1.550 1172.

68. .7918 8972.

9

29. 19 -152.21. -92. 6i 2.703 1.031 1.551. 1163.

90. .7959 6801.7 28.50 -11.9. 1.1. -89. 75 2.736 1.023 I. 51.9 1151.. 92. .800b 8632.9 27.83 -11.6. 6d -86.66 2. 772 1.016 1. 51.1. im6.

9h. .80<>1 61.66. 1. 27.16 -11.3. 88 -83.57 2. o05 1.009 1.539 1137.

96. .8083 6302.6 26.55 -11.1.12 -80.50 2.637 1. 0 02 1.335 1128. .8125 81H1.1. 25.93 -138.37 -77.1.3 2.869 .99' 1.531 1118.

100. .8167 7982.

9

25.33 -135.63 -71.. 37 2. 90 3 . 991 1.523 1109.

102. .8210 7827.3 2'.. 75 -132. 39 -71.32 2.93 J . 987 1. 525 1100.

luH. • 8252 767*. . b 2-. . 17 -130. 17 -68.2 7 2 . 9o J .98 3 1. 522 1090.

106. .8295 7521..

9

23.61 -127.1.5 -65.23 2.989 . 980 1. 521 1060.

103. .8339 7376.2 23.07 -121.. 73 -62. 19 3.017 .973 1.519 1071.

110. .8382 7231..

6

22.53 -122.02 -59.15 3.0^5 .976 1.519 1061.

112. .81.26 7C91..1 22.01 -119. 31 -56.12 3.072 .975 1.519 1051. lit. .81170 6950.7 21.50 -116. 60 -53.06 3. 099 .9 76 1. 519 101.1. 116. .8515 6822.

5

21.01 -113.90 -50.01. 3.125 .9 76 1.520 1331. 113. .8560 6691.1. 20.52 -111. 19 -1.7. 00 3. 152 .976 1. 521 1321.

120. .8605 6563.1. 20.05 -108.1.9 -1.3. 95 3.177 .975 1. 520 1311.

122. .3650 Di.38, 5 19.59 -105.79 -1.0.91 3.202 .971. 1.516 1002.

12'*. . 8696 6316.

7

19.13 -103. 10 -37.66 3.227 .969 1.513 993

.

126. .871.2 6197.

7

18.70 -lUO. 1.2 -31.. 66 3. 251 . 959 1.502 985. 123. . 8788 6081.7 18.27 -97.78 -31.87 3.275 . 91. 3 i.'.as 979. 111. .8839 6C11.

1

18.28 -95.1.7 -29.16 3. 295 . 91. I 1. 506 981

.

132. . 3887 5912.2 17.86 -92. 62 -26. 17 3.318 .93.' 1. 1.99 973.

13h. .8935 5789.0 17.1.3 -90. 18 -23.17 3 . 31.1 .92 9 1. 1.91 961.. 136. .3986 571.6.6 16.99 -87.51. -20.16 3. 363 . 92 a 1. 1.7 1 959. 133. . 90 31* 5616.7 16. 55 -8h. 96 -17.21 3.385 .90 9 1. h58 9>.9. l^tO. . 903'. 5532 .

8

16.15 -82. 1.0 -11.. 27 3.1.06 .897 1. 1.1.1 91.3.

I<t2. .9131. 51.1.0. 1 15.81. -79. 85 -11.35 3,1.27 . 866 1.1.32 938. Itt. .9186 5373.0 15.61. -77. 32 -8. 1.3 3.l.^7 . 877 1. 1.30 936.

l'«6. .9236 5253.2 15.1.3 -71.. 82 -5.55 3. 1.67 . 669 1. 1.31. 931. .9287 511.9.1. 15.28 -72. 33 -2.68 3.1.86 .663 1. 1.1.2 927. 150. .9339 5056.1. 15.16 -69. 31 .22 3.606 . 859 1. 1.53 925. 152. .9391 1.961. 2 11.. 91. -67. 31 3.12 3.525 .056 1.1.59 920 . ISi.. .9itii2 l.ebi..5 11.. 71. -61.. 81 6. 00 3.51.1. .853 1.1.66 91'.. 156. .91.98 1.801.7 11.. 50 -62.27 8.97 3. 563 . 651 1.1.57 910. 158. .9553 1.816.5 11.. 23 -59. 71. 11.90 3.682 . 31.8 1. 1.51. 909. 163. .9606 1.671. 5 13.96 -57.19 11.. 86 3.600 .852 1. 1.66 897.

163. • 971.1. 1.607 .8 13.31. -50.36 22.22 3. 61.6 . 86 6 1.1.87 879. 170. • 9889 i.'.22. 7 12.61 -1.1.. 1.6 29.70 3.690 .857 1. 1.51. 861.. 175. 1.0029 1.191.. 0 11.91. -38.23 36.99 3. 733 . 355 1.1.55 81.1.. 130. 1.0173 3987.9 11.1.1 -32. 08 1.1.. 22 3.773 .61.2 1.<.50 829. 185. 1.0323 3830 .1 10.96 -25.98 51.1.5 3.613 .629 1. 1.1.7 818. 190. 1.01.79 3726.5 10.51 -19.39 58.71 3.652 .617 1.1.36 809. 195. 1.0 631. 36011.0 10.06 -13.93 65.83 3.669 .808 1.1.29 799. 200. 1^0795 3515.1 9.61 -7.98 72.99 3.925 .80 1. 1.13 788. 210. 1.1118 3281.2 8.71 3.59 86.97 3.993 .787 1.387 760. 223. l^ll.lt8 3037.9 8.07 11.. 87 100.73 1.. 057 .773 1. 396 738. 230. 1.1802 2959.7 7.1.7 26. 15 111.. 67 1.. 119 . 773 1.377 726.

21iO. 1.2161 281. 1..

9

6.85 37.19 128.39 1..177 . 769 1. 351. 708. 25J. 1.251i> 2655.2 6.39 1.7.91. 11.1.80 1..232 .766 1.369 689. 263. 1.2904 2615.2 5.95 58. 79 155.57 1..286 .753 1. 350 680.

273. 1.3283 2527.1 5.57 69.35 168.97 1..337 . 760 1.31.5 669. 280. 1.3679 21.92.1. 5.19 79. 81 182.

m

1..366 . 756 1. 323 660. 29U. 1.1.0 72 21.26.9 1..86 90.02 195.55 1..1.32 . 751 1. 310 651. 300. 1.1.1.67 2371.7 1..57 100.02 208.53 1..1.76 .71.1. 1.297 61.3.

• tmo-pmase boundary 94
TABLE Via. THERHOOYNANIC PROPERTIES OF OXYGEN

«aO. BAR ISOBAR

TEMPERATURE VOLUHE ISOTHERM

OERIVATIt/E

K Cm3/g BAR-Cm3/6

• 6 3*035 . 73 98 1 106 9*7

bit. .7iil6 11378.9

66. .7055 11191.6

68. .7093 11005.3

70. .7532 10819.8

72. .7571 10635.0

7i>. .7609 10O52.2

76. .7608 10270.2

78. .7687 10089.5

80. .7725 9910 •O

82j .7765 9732.9

8<>. .7800 9557.1

66. . 7800 9383.3

88. .7880 9211.0

90. .7923 90'.1.7 92. .7960 8870.2

9<i. .aooo 8709.1

96. .aiioo 8506.5

98. . 8085 8386.0

100. .8126 8229.

0

102. .8167 8 C 7o •

3

lOit. .8209 7922.5

106. .8251 7773.6

108. .8293 7627.6

110. .8335 708*.

6

112. .8377 7300.6

n't. .8020 7207.6

llo. • 8063 7073.8

118. .8506 6902.9

120. .9650 6815.2

122. . 8590 6690.0

12<.. .8638 6563.6

126. • 8682 6009.

7

128. • 8 726 6333.6

130. • 8776 6267.7

132. .8822 6171.9

13it. • 6868 60O5.9

136. • 8918 6015.

d

138. • 8960 5881.3

i<»a. • 9012 5800.9

102. .9060 5708,9

loo. .9110 5605.9

li«6. .9157 5521.0

Iki. • 9206 5015^2

150. .9255 5320.7

1S2. .9305 6223.5

lit. • 935-. 5125.0

156. • 9O07 6016.7

158. • 9062 5130.9

160. • 9511 0930.

1

165. • 96'.3 0785.6

170. • 9783 0701.

7

175. .9910 0085.9

180. !• 30O9 0208.

5

185. !• J19U OOSu .6 190. 1.0339 3982.2

195. 1. Oo8h 3858.7

200. 1.0638 3776.2

21u. 1.J939 3626.

7

22J. 1^1203 3202.1

2J0. 1.1^80 3199.5

1.1916 309O. tl 25J. 1.2236 2665.8

ZbO, 1.2DJ5 2825.

H

270. 1.2955 272d. I 280. I. 3328 2696.7

Z-ii. 1. 3690 2618.0

10 J. i^o;j5o 2552.9

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY 8AR/K J/G J/G

00.39 -188.70 -129.52

39.85 -187.28 -127.90

38.77 -180.33 -120.69 37.76 -181.00 -121.05

36.77 -178.08 -118.23 35.80 -175.58 -115.02

30.90 -172.69 -111.82

30.08 -159.82 -108.63 33.25 -166.96 -105.05 32.05 -160.11 -102.30 31.57 -161.28 -99.16 30.92 -153.06 -96.02 30.19 -155.55 -92.90 29.09 -152.86 -89.75

28.80 -160.08 -86.59 26.13 -117.31 -93.50 27.08 -100,55 -80.53 26.80 -101.81 -77.05 25.23 -139.03 -70.00 25.62 -136.35 -71.30 25.00 -133.60 -58.30 20.05 -130.93 -65.26 23.90 -128.23 -62.22 23.36 -125.53 -59.19 22.82 -122.80 -56.16

22.30 -120.15 -53.13 21.79 -117.05 -50.10 21.29 -110,77 -07.07 20.81 -112,08 -00.03 20.33 -109.00 -01. 00 19.87 -106.71 -37.97

19.02 -lOO.OO -30.90 18.96 -101.36 -31,93 16,55 -98,75 -28.96 16.60 -96.09 -26.29

19.12 -93. 9d -23.29

17.70 -91.20 -20.29

17.26 -68.60 -17,26

15.82 -66.00 -10.33

16. 36 -83. «8 -11.39

15.95 -80.96 -8.07 15,67 -78,06 -5.67

15,50 -76.99 -2.73

15. OO -73,50 .11 15.26 -71.07 2.97 15.19 -59, bl 5,83 16.07 -66.16 8.67 li.a? -53. it- 11.51 10.66 -51.11 10.66 10.03 -58.61 17,07 13,77 -52.30 20.60 13.12 -'.5,^5 32.31 12.39 -39,78 39,53

11.76 -33.70 05.69 11.29 -27.59 53.93 10.86 -21.55 51.06 10.05 -15. 7o 68.11

10.03 -9.35 75.25

9.15 1.62 89.10

9. 36 12. 75 lu2.7i;

7.60 23.97 115.61

7.21 30.97 130.30

5.66 05.56 103.05 6.26 55.37 157.21

5.66 to. 93 170.07 5.19 77.29 193.9; 5.15 87.01 196.96 0.80 97.10 209.93

ENTROPY Cv Cp VELOCITY

OF SOUND

J/G-K J/G-K J/G-K M/S

2. 161 1.103 1.630 1280. 2.186 1.139 1.630 1275. 2.236 1.130 1.623 1268. 2.280 1. 121 1.516 1259. 2.331 1.113 1.609 1251.

2. 375 1. ICO 1.602 1203. 2.O20 1.095 1.595 1230. 2.063 1.085 1.589 1226. 2.50O 1.077 1. 562 1217. 2.500 1.069 1. 576 1209. 2.583 1. 060 1.570 1200. 2.620 1.052 1. 560 1192. 2.557 1. OOi 1.558 1183. 2.693 1.036 1.552 1 175.

2. 728 1.028 1.507 1156. 2.762 1.021 1.601 1157.

2. 795 l.OlO 1.537 1109. 2.627 1.008 1.532 IIOO.

2. 659 I.OOj 1.523 1131. 2.869 .998 1.520 1121. 2.920 .993 1.521 1112. 2.909 . 990 1.519 1103. 2.979 .987 1.517 1093. 3.006 .995 1. 515 1 08O. 3,030 ,963 1, 515 107O. 3.051 , 963 1,515 106O.

3, 068 .963 1.516 1050. 3.115 .980 1.516 lOOO. 3.101 .991 1. 617 1J30.

3. 166 . 991 1.515 1 025.

3. 191 . 982 1. 511 1015. 3.215 .977 1.509 1007.

3. 2O0 . 967 1.098 999. 3.263 .919 1.079 993

.

3.260 .950 1.199 990.

3. 307 .907 1.093 987.

3. 329 . 9o: 1.085 978.

3. 352 .931 1.157 973. 3.373 .921 1, 155 960.

3. 390 .910 1. i35 957. 3.015 . 997 1,117 919. 3.035 .685 1,005 907. 3.155 . 675 1,108 9l2. 3.l7i . 959 1.117 910.

3. 093 . 661 1, i2l 933. 3.512 . 857 1. 138 936. 3.531 . 953 I. '.51 933. 3.550 . 851 I. i59 923.

3. 569 . 919 1. 101 933. 3.597 .652 1. 153 920. 3.632 . 95 J 1.177 902. 3.677 .970 1.160 992. 3.713 .950 1. 119 369. 3.759 . 90-^ 1.139 850. 3.799 .832 1. i32 838. 3.837 . 920 1.122 931. 3.673 . 610 1.117 621. 3,909 .902 1. 10 5 913. 3,977 . 791 1, 399 786.

0. liOJ .792 1, 361 757.

0. 102 . 777 1, 353 719.

1. loG , 771 I. 316 731. 1.211 . 771 1. 355 709. 0.2ba , 7o7 I. 337 702. 0.313 . 763 1. 335 690.

1. 3b7 , 76 J 1.316 591. 1.113 ,761 1.305 673.

1. 156 ,716 1.292 55i.

THO-PHASE 60UN04RY 95
TAOLE Via. THERMOOYUAMIC PROPERTIES OF OXYGEN

850. BAR ISOBAR

VOLUME 1 o u 1 n c (\n iiUi,*nu'\C. T KI T ^ 3 .J /I 1 riF 1? T U fl T T I* F 3 Aft C M3/& BflR/K J/&

b 3 • 5 '5 • / 3 d 1 1 6 3 3 • d -188 36

• • 7 392 11591.6 •0 " 1 9 -18 7.69

66 • • 7^3U 39.10

6d. .7it68 11222.3 33.08 -181.81. 7Q. .7506 11039.0 37.09 -178. 91.

• 7 5i»*t 36.16 -17 6.05

• 7 5 62 10 675.3 35.26 -17 3. 18 76» • 762 0

• 76 5d 33.56

6i) • .76 96 32,75 *"i p. '

' u

dZ* ,7735 996 3*3 31.97 -161.82

,7773 9709.

1

31.22

d6i . 7612 9616.9 3 0 . '*9 -15 6.23

as. .785u 9't'>6.>< 29.78 -153.1.5 90. .7689 9278.1 29.09 -150.69

92 b • 7 928 ??' 7^ "J ll^' ?T ' M^t?

* 9b« ^ "l 7 7

' 8ii'!7 862 7* 5 26 51 "l 71; 10 0* . 8G 87 8't7 1 6

1

25.90 -137 • UU

2* * _* 71**7^ 106* 8018*

1

21.* 18 -128* 96

• 32't8 7872.7 23.63 -126. 28 119. • 3289 7730.2 23.10 -123.51

7^^'^ ' ^ "^^«'

7^ *

ft 77? 7 7

* n 7

1

*

' 21.57 -115.59 Id'* • ow^i 7 11 * 719 0.0n 21.08 -112. 92

1 £ j • • 9*»97 7 062.

3

20.61 -110.25

lc£a • 85^0 693 7.7 20.16 -10 7.59

12 '• • 8582 6815.9 19.69 -1 0 1.. 93 i2o. • 8625 669 7.

0

19.2 6 -10 2. 29 129. . 9663 6580.

8

18.82 -99. o7

131). .8716 6619.5 18.78 -97. »5 132. 876p 6'*2 7 fl 2 18.37 -91.. 83 13W. 6298.2 17.96 -92. 23 136. 8353 6280.9 17.51 -89. 59 13 9. • 8897 &1J.1 . 6 17.08 -87.05

IhO . • 89^*** 606't. 9 16.63 -81.. 1.9

1h2. • 8991 6973.6 16.19 -81.97

mi*. • 90 39 591't . 8 15.76 -79. 1.7 1<>&. .9.i8^ 5765.

5

15.1.6 -77.05

li»H. .9130 5676.9 15.30 -71.. 61. 150. .9177 5580.7 15.27 -72.22

152. .9225 51.81. 7 15.21 -59.91

ISit. .9271 5381.2 15.15 -67.1.0 156. .9321 6186.2 15.15 -51.. 95 isa. .9378 51.56.0 11.. 97 -62.39

160. .9**23 5189.5 11.. 81 -59.96

165. .95'»9 5C61o2 11.. 23 -53.73

170. .9686 6U69.'. 13.55 -1.7. 35 175. .9809 1.782.3 12.93 -1.1. 21. 1611. .9935 <.60o.d 12.20 -35.22

1S5. 1.0068 <t326.9 11.58 -29.26 Hi. 1. a2io '.23't.6 11.17 -23.29

195. 1 .031*8 1.110.

6

10. 78 -17.1.6 200. 1.0^95 1.036.2 10.38 -11. 59 210. 1.0777 3769.1. 9.57 -.22

229. 1,1057 31.31.. 9 8.71, 10.81

230. 1.1382 31.39.7 8.07 21.96

2<i0. 1.1700 3352.1 7.65 32.91

250. 1.1968 3053.5 7.02 1.3,36 260. 1.2339 3035.2 6.51 51.. 15 270. 1.2665 2921..

3

6.11. 51., 52 280. 1.3018 2902.

3

5.77 71,, 91, 290. 1.3353 2810.5 5.1.1. 85.05

300. 1.3690 2731..

8

5.12 91.. 96

ENTHALi-Y entropy Cy Cp VELOCITY

OF SOUND

J/G J/G-K J/&-K M/i

125 6C 2 165 1 11.6 1 633 1288

-121.. 86 2.176 1. ll.-. 1.531 1286. -121.60 2.226 1.135 1.623 1277 . "1 f ^'

f1. 12t 1. 616 1269.

'

1

Q7

7' 777

7

' 7^7 1.11 1.608 1251.

- nn'7?

1.10 9 1 . b 0 1 1253.

7 11

7 '*^7 ^

' n or^ * r

0

1,5880 ^77fc* 1 235

.

' n 7-

7 Q

7

C 7^ 1.062 TH7 -99.2c 2. ^JH 1.073

1^' 1,575 -7C 1 2277TJ .

-96 08 2 '73 1 065 I 569 1211 -92.95 2.611 1.057 1. 562 120 3. -99.83 2, 61,7 1. 01.9 1, 555 1191.

1. 0^1 1,550 1136.

-83,6.5 2,718 1.031. 1. 51.1+ 117 7. -80.51+ 2,752 1 . C 2 7 1.539 1159.

-7 7. 1. 7 2,795 1 . 0 2 J 1.531. 115 0.

-71., 1.1 2,617 1.011. 1.529 1161. -71,35 2 , 81, 8 1 . 0 C 1.525 1112. -08.30 2,879 1 . 0 0 H 1,722 113 3. -65,26 2,909 ,999 1,316 1121. -62.23 2,939 , 996 1.516 1 115. -59.2c 2. 9d8 , 993 1.51* 1106. -56.1/ 2,996 ,991 1.513 1096.

-63. 15 3. 021, ,990 1,612 1 0 95. -50 . 13 3 . C 5

1

,99 0 1,512 10 7 7.

-1.7. li; 3.078 , 99 'j 1,512 1 367.

b 9 3 . 1 0 1, ,991 1 , V 1 3 1 0 5 7.

-1.1 . 05 3.130 .992 1,513 1017. -38.02 3.155 . 992 1.513 1038,

-35, C 0 3.180 .990 1.510 1 029, -31. 9e 3.^05 . 985 1.505 1 020, -28.97 3. 229 .975 1, 1,91. 1013, -26.0 0 3.262 ,96 7 1 . 1. 7 5 1 00 7, -23,3? 3. 273 ,959 1, '+^^ 1008,

-20, 37 3.295 , 966 1 , '.8 9 1000. -17,39 3.318 , 960 1 . 1.82 991

.

-11., 31. 3 . 31.0 ,91,2 1. •.5 3 997.

-11.1,2 3. 362 , 933 1. 1.52 978.

-8.1.7 3.383 , 922 1 . 1.33 971. -5.56 3.1.01. ,910 I. 1+11. 963. -2,65 3.1.21, . 899 1. 392 958. ,1b 3.1,1.3 .886 1. 383 950. 2.96 3,1.62 . 875 1. 381. 917. 5.79 3.1.01 . 860 1. 391. 918. 8.60 3.500 . 850 1. 105 917.

11.1.0 3.618 .65', 1. 1.19 915.

11.. 29 3.537 . 851 1, 1.51 919. 17,33 3.655 . 81. ) 1,120 966.

20,11. 3.671. . 85Z 1, 153 911.

27, 1.1. 3.619 . 870 1. 172 925.

31.. 99 3.661. .871 1. 119 918.

1.2,11. 3.706 .85 3 1.152 997.

1.9.23 3. 71.6 . 851 1.137 873. 56.32 3. 731. ,835 1.118 856. 63.50 3. 822 .823 1.107 851. 70.50 3.859 ,813 1.101 813. 77.61 3,896 .805 1. 393 836. 91.39 3,962 .791. 1. 397 811.

101.. 79 1., 021. .787 1.385 779,

118.72 1., 086 .780 1.316 770, 132.36 1.. 11.1. .777 1.335 759,

11.6.25 1., 197 .775 1. 351 731, 169.03 1,, 251 .771 1. 323 722, 172.17 ^. 301 . 767 1.325 711. 185.59 1. , 31.9 . 762 1.306 705.

198.51. 1.. 395 . 767 1. 30 1 695. 211.33 1..1.38 .751 1. 290 685.

TNO-PHASE 80UN0ARY 96
TABLE Kla. THERMODYNAMIC PROPERTIES OF OXYGEN

900. BAR ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cy Cp VELOCITY

OF SOJND

M/S

1295.

1279.

1271.

1263.

125l».

12'*&. 1238.

1230.

1222.

121'.. 1205.

1197. 1188.

1183.

1171.

1163. US'..

ll'.S.

1 136.

1127. 1117. 1103.

1099. 1089.

1079.

1070 . 1060 . 1051,

10<.2.

1033.

1026. 1020.

1019. 1013.

100<«. 1001.

991.

98".. 977.

971. 962.

953.

951.

952.

951.. 9l|J. 973.

958.

9*9.

9'.^. 923.

899. 379.

ioi. 362 . 357 . 335. 300.

7o8.

782.

75-.,

71.2. 730. 725.

715.

70S.

97

DERIVATIVE DERIVATIVE ENERGY

-r K bar-cm3/g BAR/K J/G J/G J/G-K J/G-K J/G-K

6i>.052 .7370 11797.0 1.0.1.9 -188.01 -121.68 2. 168 1. 11.8 1,531

66. .71.06 11618.9 39.1.3 -185.17 -116.51 2.217 1,139 1, 623

66> • 7kHh llfi3&. 8 38,4.0 -182. 26 -115.27 2.255 1.13 0 1,516

70. .7't81 11255.

S

37.1.1 -179. 37 -112.05 2. 312 1.121 1.606 72. .7518 11075.1 36.1.7 -176.50 -108.81. 2.357 1.112 1.601

7<t. .7555 10695.7 35.55 -173. 61. -105.51. 2.1.01 1.101. 1, 591. 76. .7593 10717, <i 31.. 69 -170.79 -102, 1*6 2.1.1.1. 1.095 1.587

78. .7630 1051.0. <> 33.35 -157. 95 -99.29 2.1.85 1. u86 1, 560 80. .7667 10361..

7

33. 05 -155.15 -95.11. 2.525 1.076 1. 573 82. .7705 10190.5 32. 26 -162. 31. -93. OC 2. 553 1. 07 : 1, 557

84. .77'»3 10017.9 31.51 -159. 55 -39.87 2.501 1.052 1.551

86. .7780 981.7.1 30.77 -156. 78 -66.75 2.638 1. 051. 1. 551. 88. .7618 9678.

1

30.06 -151.. 02 -83.65 2.67 3 1. 01*5 1. 51.8 90. .7856 9511.1 29.37 -151.27 -60.56 2.70 8 1.039 1. 51.3 92. .789". 931.6, 1 28.70 -11.8. 53 -77.1.8 2, 71.2 1. 0 32 1.537

9'». .7933 9183.1. 28.01. -11.5. 80 -71..

m

2.775 1, 020 1.532

96. .7971 9023.

0

27.1.0 -11.3. 09 -71.35 2.607 1,0 20 1. 527

98 . .8010 8865 .

0

26. 78 -11.0. 39 -68. 30 2.639 1. Oil. 1.523

100. .801.9 8709.5 26. 13 -137. 70 -65.26 2. 869 1.009 1,519

102. . 8083 8555.5 25.59 -135.01 -52.22 2.899 1. C 05 1,516

lot. .8127 3'>0&.2 25.01 -132. 31. -59.19 2. 929 1.002 1,513

106. . 9167 8258.6 21.. 1.5 -129.67 -55. 1

7

2, 95 i 1.0 00 1.511

108. .8206 8113.8 23. 90 -127.00 -53.15 2, 985 .998 1,510

110. .821.6 7971.9 23.37 -121.. 31. -50.13 3.011. . 997 1.509

112. .8286 7832.8 22.81. -121.58 -1.7.11 3 , 01.1 . 99/ 1,509

ll*. .8326 7696 .5 22.33 -119. 02 -I.I.. 0 9 3. u68 . 997 1.509

116. .8366 7553.2 21.83 -116. 37 -1.1.07 3,091. .993 1.510

118. .81.07 71.32 . 8 21.35 -113.71 -38.05 3, 120 . 999 1.510

120. .81. 1.7 7305.3 20.87 -111.06 -35.03 3, 1-.5 . 999 1. 510 122. . 8it88 7180 .7 20.1.1 -108. 1.1 -32.01 3. 170 .998 1.50 7

12<t. .8529 7058.9 19.96 -105.76 -29.00 3. 191. . 993 1.502

126. .9571 6939. 9 19.51 -103.11. -25.00 3.218 . 981. 1. 1.91 128. .8512 6823.7 19.0 6 -100.51. -23. 03 3. 21.2 . 955 1. 1.72 130. .8659 5756.8 18.97 -96.35 -20.1.2 3.262 . 963 1. 1.36 132, . 8702 6678.1 18.61 -95.71. -17.1,£ 3.235 . 95? I. 1.83 131.. .8 715 051.5.1 18.19 -93.15 -11.. 1.5 3.30 7 . 950 1.1.78 136. .8793 551.2.3 17.75 -9C. 52 -11.36 3.330 .953 1, 1.59 133. . 3835 5393 .

0

17.33 -37.99 -8.1.6 3. 351 . 9it5 1, 1.50 1<<0. .8880 6325,

2

16. 66 -85.HI. -5.62 3. 372 , 931. 1, 1.32 I<f2. .8925 623'..

7

15.1.3 -82.93 -2. 5C 3 . 393 . 923 1. 1.13

liti*. .8972 D180.1 15.99 -80. h2 .32 3, 1,13 . 911 1, 390

li»6. .9015 601.5.8 15.57 -78. 02 3.12 3, 1.33 .899 1.375

I<t8. .9059 593i». 8 15.17 -75.63 5.90 3, 1.51 .987 1, 357 150. . 910i« 5636.9 15.01. -73.25 6.69 3,1.70 .8 75 1,357

152. .911.9 5735.8 15.03 -70.89 11,1.6 3.1.88 . 865 1. 357

15^. .9191. 5533.5 13.13 -53, 53 li».21 3,506 , 858 1, 397 156. . 9239 5292.1 15.08 -65, 17 15. 96 3,521* .853 1 . 1.2 5 158. . 9300 5793.1. 15.12 -53.56 20.11. 3 , 51.1. . B1.9 1. 388

160 . . 931.0 51.36. 9 15.12 -61. 2i 22.81. 3.561 . 852 1. 1.39 163. .91.62 533'..

5

11.. 69 -55, 01. 30.12 3,606 , 870 1.1.57

170. .9597 51.06.1. 13.96 -1.3. o5 37,73 3.652 .072 1. 1.36 175. .9713 5081..

2

13.1.0 -1.2.52 I.I., 75 3.693 .665 1. 1.1.5 Idu. . 9830 1.763.1 12.76 -35.66 51, bl 3. 732 .851. 1. t<.9 185. .9955 1.559.2 12.02 -30. 73 58.6? 3,771 . 81.0 l.»21

190. 1.0 0 92 1.1.83. 9 11.1.0 -21.. 79 66.01. 3,809 .827 1. 393 195. 1.0223 1.359. 8 11.08 -19.03 72.96 3, 61.5 ,816 1.389

200. 1,0 361. 1.295.2 10.59 -13. 20 80.07 3.681 .60 7 1.379

210. 1.0630 1.009.5 9.97 -1. 95 93.72 3. 9»8 ,797 1. 335 220. 1.0887 3615.3 9.19 3,9'. 105.92 1.. 009 , 791 1. 1.D1 230. 1. 1202 3680.5 8.30 , 20.17 120, 9i 1,. 072 .735 1. 325

2<»0. 1.1507 3617.2 7.82 31.03 131.. 59 H.129 .780 1. 313 250. 1.1761. 32h8.2 7.<.0 1.1.30 11.7. IB 1..181 .774 1. 351 2o0. 1.2102 321.1.. 2 5.79 52. 11 161.03 "..235 . 775 1,315

270. 1.21.05 3121.1. 5.39 62.1.0 171.. 01. 1. , cO". . 770 1. 311. 280. 1.271.2 3109.0 6.02 72.80 167.1.7 1..333 . 75o 1.295 290. 1.3053 3G02.8 5.70 82. 83 200.31, 1.. 376 . 76il 1.291. 300. 1.33fco 2917.

0

5.39 92. 70 212.99 •..1.21 . 75^ 1.298

' TWO-PHASE. aOUNUA^(Y *
TABLt Wla. THERMODYNAMIC PROPtRTIES OF OXYGEN

950. BAR IS03AR

TlMPERATURE volume isotherm ISOCHORE internal enthalpy entropy Cv Cp VELOCITY DERIVATIVE DERIVATIVE ENER&Y Or SOUND

Cm3/g bar-cm3/g BAR/K J/G J/G J/G-K J/G-K J/G-K H/S

.7357 11959.

3

1.0. 51. -187.56 -117.77 2.172 1.150 1. 630 1302.

66 • .7 363 11828.9 39.75 -165. 5b -115. 42 2.20 8 1.14 3 1. 624 1296.

6 3 • . 7 **20 1 1 6^ 6.8 38.71 -182. 67 -112. 18 2.256 1.134 1.616 1288.

7 0* a 7'.56 3 7.72 -17 9. 79 -10 6.96 2.30 3 1. 125 1.608 1280.

7 £• • 7^*93 11291*0 36.77 -176. 93 -10 5.75 2.348 1.117 1.601 1272.

'7f • .7529 11113.'* 35. 66 -171.. 08 -102. 55 2. 392 1.10 8 1.594 1254.

76 • • 75 6b 1 0 93 b • 9 31. . 99 -171.25 -99. 37 2. 434 1.099 1.586 1256.

7 8» .7603 10 761.5 31* . 1

5

- 16 8 . 1.3 -95. 21 2.475 1.091 1.579 1248.

fid • .7639 10 587.5 3 3.31. -165.63 -93.0 5 2.515 1.063 1. 573 1 240 . OZt • 76 76 10^14*8 32. 55 -162. &k -69.92 2. 554 1. 074 1.565 1232.

84. .7713 102'»3. 7 31.79 -160. 06 -86. 79 2.592 1.056 1.559 1224.

Sfo* .7 750 10 0 7 • 3 31.05 -15 7.30 2.626 1.0 59 1.553 1216.

d da . 7767 30.31. -151*. 55 -60.56 2.664 1.051 1.54 7 1207.

90 • ' 7flf P 97^0*8 -151. 82 -77.49 2.699 1.541 1199.

9 E« 957 7.1 ?A*q7

-1 L^* \ci -74.41 2.733 1.037 1.535 1191. -71.34 2.765 1.031 1.530 1132.

Qh' * 7Q w . b9 1.025 1.525 1174.

QA ' 7Q7 «Q^2' \

^

* * ?' A?q \'

nir a , t -1 T«* 3? ? Kfc 1 1.517 1156.

's050 8792 1 25*65 -135*65 '59* 17 2*890 1*011

.60a9 86l»2. 5 25.27 -132.99 -56.15 2.919 1.003 1.511 1138.

l"

* \

'1 ?7

* "^n'l

1.509 1 129.

1 J 6 . 0 1d5 -60.11 P

' Q7A 1 * nn^

!

1

1 1* R?nQ 7 ^7 in "ft* ,f

1 r ^L 1 nou

1 ' Kn7

11^?* 07 1 n f

?

CQ -122. 39 4.06 1 nnu 1 qn7 1 1 ni

1 1h. *

Q ,

T 7935.1 22.59 -119.75 3.C56 inn 1 e;n7 1 noi

1 1 O t .6321 78 02.

0

22.09 -117. 10 -38.05 3.084 1.005 1 cn7

1 Inq

1 nA7

• 8 360 7671 .

7

21.60 - 1 1 1» . 1.6 \' ^ 1072 * 1 2 ij • • 9'« U 0 7 5^** • 3 21.12 -111.82 -32.02 3.135 1.005 1.507 1063.

1 2 ^ • . d*t 39 7 i»l 9 . 7 20 . 6b -10 9.18 -29.01 3.160 1.005 1.505 1054.

.81.79 7297.8 20.20 -106.55 -26.00 3.184 1.001 1.500 1046.

12 6* .8519 717 8.8 19.76 -10 3. 91. -23.01 3.206 .991 1 . H 6 9 1033.

1 2 i « .45 59 7 062.'* 19.33 -101.35 -20.04 3.232 .973 1 . 469 10 33.

1 3 U • .6605 700 9.9 19.06 -99. 19 -17.44 3.252 .9 76 1.476 10 30. 132* . 8 6't 7 692 5.2 18.76 -96. 60 -14.45 3. 274 .974 1.475 1024.

13*»» . 86 88 6790.

0

1 8 . 1.2 -91.. 03 -11.49 3.297 .970 1.475 1016.

13&a .8735 680 0.2 17.96 -91. 39 -8.40 3.319 .96 3 1.456 1014.

.3819 6582.1 17.12 -66.33 -2.55 3. 362 . 945 1. 431 998. .8863 61.92.3 16.68 -83.82 .36 3. 363 .935 1.413 990.

. 4908 61. '.2. 0 16.22 -81. 31 3.32 3.40 3 .924 1. 390 985.

.89it9 6302.6 15.78 -76.91 5.11 3.422 .912 1.374 974. ma. .8991 6169.0 15.37 -76. 53 8.89 3.441 .900 1. 357 966.

ISO. .9035 6089.5 11.. 97 -74.16 11.67 3.460 .888 1. 336 958, 152. . 9078 5966.4 11.. 72 -71. 84 14.41 3.476 .876 1.330 953.

15<>. . 9121 5882.1 11.. 73 -59.54 17.11 3.496 .865 1.338 953. 156. .9159 5306.

O

11.. 81 -67.30 19.71 3.512 . 658 1.399 930. isa. .9229 61i.<«. 7 15.01 -64.52 23.05 3. 534 . 651 1. 344 985. ioa. .9262 5675.6 15.02 -62.38 25.61 3.550 . 653 I. 396 965. 165. .9381 5605.1. 11.. 99 -56.27 32.65 3. 594 . 659 1. 451 967.

lT!i. .9516 5753.2 11.. 1.3 -49. 67 40.53 3.640 . 872 1.428 971.

175. .962<« 5392.1 13.61 -.3.92 47.50 3.660 . 666 1.439 947. 180. .9732 5017.9 13.27 -38.04 54.41 3.719 . 656 1. 454 923. las. .9651 '•607.6 12.57 -32. 13 61.45 3. 756 . 644 1.434 904. I9i. .9983 1.730 . "» 11.82 -26.19 58.65 3.796 .6 31 1. 390 690. 195. 1.0108 "•606.5 11.28 -20.48 75.55 3. 632 . 619 1.369 873. 200. 1.02<.lt '(553. <• 10.98 -14.70 82.62 3.866 .610 1.366 876. 210. 1.0<.95 <>2<>6.9 10.29 -3.56 96.13 3.934 .799 1. 376 855. 220. 1.0729 3782.5 9.62 7. 15 109.07 3.994 . 794 1.414 821. 239. I.IOOO 3922.0 3.66 16.50 123.37 4.056 .789 1. 328 812. ZOO. 1.1333 3690.2 29. 31 136.96 4. 116 .784 1.296 302. ZSO. 1.1561 31.39.9 7.66 39. 36 149.19 4.166 .782 1.3S5 772. 260. 1.1867 31.52.5 7.13 50.22 163.14 4.220 .776 1. 319 755. 270. 1.2170 3317.2 6.6lt 60.45 176.05 4.269 .774 1. 305 748. ZSO. 1.2'.9'( 3316. !» 6.26 70.82 169.51 4.318 .769 1.285 744. Z90. 1.2781I 3195.

0

5.93 60.77 202.22 4.363 .76^ 1.286 734. 300. 1.3075 3099.3 5.6'« 90.58 214.80 4.405 . 757 1.284 7Z5.

TWO-PHASE BOUNDARY 98
TABLE Via. THERHOOTNAHIC PROPERTIES OF OXYGEN

1000. BAR ISOBAR

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

K CM^/S BAR-CM3/G BAR/K J/G J/G J/G-K J/G-K J/G-K M/S

65.060 .7343 12120.6 40.58 -167. 30 -113.87 2.175 1.152 1. 628 1309.

66. .7360 12036.6 40.07 -185.94 -112.34 2.199 1. 147 1.624 1305.

68. .7396 11858.5 39.03 -183.06 -109.10 2.247 1.139 1. 515 1297.

70. .7432 11681.1 33.03 -180.19 -105.87 2.294 1.130 1.608 1290.

72. .7468 11504.4 37.08 -177.34 -102.66 2.339 1.121 1. 601 1282.

7%. .7504 11328.6 36.16 -174.51 -99.47 2.383 1.112 1. 593 1274.

76. .7540 11153.7 35.28 -171.69 -96.29 2.425 1. 104 1. 536 1266.

7S. .7576 10980.0 34.44 -168. 88 -93.12 2.466 1. 095 1.579 1258. 80. .7612 10807.5 33.62 -156. 09 -89.97 2.505 1.097 1. 572 1250.

82. .764S 10636.

3

32.63 -163. 32 -36. 83 2.545 1. 079 1. 565 1242.

8^. .7684 10466.6 32.07 -160.55 -83.71 2.533 1.071 1.558 1234.

86. .7721 10298.5 31.33 -157. 80 -30.60 2.519 1. 064 1. 552 1225.

88. .7757 10132.1 30.61 -155. 07 -77.50 2.65 5 1.055 1. 545 1218.

90. .7793 9967.5 29.91 -152. 35 -74.41 2. 689 1. 049 1. 540 1210.

92. .7830 9804.9 29.23 -149. 64 -71.34 2.723 1.043 1. 534 1201.

94. .7867 9644.3 28.57 -145.94 -58.27 2.756 1. 036 1. 529 1193.

96. .7903 9485.

9

27.93 -144. 25 -65.22 2.788 1.031 1. 524 1184.

98. .7940 9329.7 27.31 -141. 53 -62.18 2.820 1. 026 1. 519 1176.

100. .7977 9175.8 26.70 -138.91 -59.14 2.650 1.021 1.515 1167.

102. .8014 9024.3 26.10 -135.25 -55.11 2. 880 1. 017 1. 512 1158.

10<t. .8051 8875.4 25.53 -133. 61 -53.09 2.910 1.014 1.509 1149. 106. .8089 8729.0 24.96 -130.96 -50.06 2.936 1.012 1.507 1140. 108. .8126 8585.2 24.41 -128. 33 -47.06 2.957 1.011 1.506 1131. 110. .8164 8444.1 23.87 -125.69 -44.05 2.994 1.010 1.505 1122. 112. .8202 8305.7 23.35 -123.05 -41.05 3.021 1.010 1.505 1112. ll*. .8239 8170.0 22.83 -120.43 -38.04 3.048 1.011 l.SOS 1103.

116. .8277 8037.

1

22.33 -117.80 -35.03 3.C74 1.012 1.505 1093. 118. .8316 7906.9 21.84 -115.17 -32.01 3. 100 1. 013 1,506 1084. 120. .8354 7779.5 21.36 -112.54 -29.00 3. 125 1.014 1. 505 1075. 122. .8 392 7654.9 20.90 -109.91 -25.99 3. 150 1.013 1, 503 1066.

12<>. .8431 7533.0 20.44 -107. 30 -22.99 3.175 1. 0 09 1. 497 1953. 126. .8469 7413.8 20.00 -104. 59 -20.00 3.198 .999 1. 467 1050.

12 ff. .S50S 7297.3 19.56 -102. 12 -17.04 3.222 .981 1.467 1045.

130. .8554 7249.

2

19.17 -99. 97 -14.44 3.242 .984 1.466 1039.

132. .8594 7166.5 18.87 -97.40 -11.45 3. 264 . 982 1. 466 1035.

13>>. .8&3h 7030.1 18.55 -94.85 -6.51 3.287 .979 1.466 1027. 136. .8680 7054.3 18.20 -92. 20 -5.40 3.310 .972 1.453 1027.

138. .8719 6900.3 17.79 -69.70 -2.51 3.331 .965 1.446 1017. mo. .8761 6335.7 17.35 -67. 16 .45 3. 352 .955 1, 430 1011.

1<>2. . 880'. 6746.7* 16.92 -64.55 3.33 3.373 . 947 1,414 1004.

l<t<>. .8948 6700.7 16.46 -82. 15 5.34 3.393 .936 1.392 998. 146. .8887 6556.2 16.02 -79. 75 9.12 3.412 .925 1.377 933.

liti. .8923 6440.

0

15.57 -77.37 11.90 3.431 .913 1.357 978. ISO. .897i 6338.

7

15.16 -75.01 14.69 3.450 .901 1.339 970. 152. .9012 6233.6 14.76 -72.69 17.42 3.458 . 689 1. 321 962. 154. .9052 6127 .<» 11.. 33 -70.42 20.11 3.486 .873 1.304 954. 156. .9083 5193.9 14.26 -58. 33 22.47 3.501 .869 1.373 905. 158. .9162 5511.2 14. 71 -55.55 25.05 3.524 .855 1.296 993.

16fi. .9183 5905.0 14.84 -63.42 28.45 3.539 .855 1. 360 969. 165. .9305 5873.5 15.10 -57.43 35.62 3.583 .853 1.423 981.

170. . 9440 6110.2 14.80 -51. 03 43.37 3.629 . 371 1,414 996. 175. .9541 5706,

7

14.30 -45.15 50.26 3.569 . 866 1,435 973. 183. .96i.l 5271.6 13.71 -39.36 57.05 3.707 .356 1.453 946. 185. .9753 5042.

H

13.13 -33.49 64. 04 3.745 .646 1. 448 929. 190. .9681 497t.l 12.31 -27.52 71.29 3.784 .834 1.400 913. 195. l.OdCl 4851.

0

11.65 -21. 82 73.19 3.820 .823 1,369 898. 2iu. 1.0133 4810.9 11.15 -16.03 85.25 3.656 .813 1, 344 392. 21J. 1.0370 '•'.81.9 10.58 -5.09 98.61 3.921 . 801 1. 365 374. 220. 1.0532 3935.3 10.02 5.43 111.25 3.980 .795 1, 425 939.

23<1. l.i991 4164.2 9.09 • 15. 90 125.61 4,045 .792 1.334 937.

240. 1.1176 4171.4 3.22 27.76 139.52 4. 103 .788 1, 273 921. Zbi. 1.1375 3628.5 7.91 37.57 151.32 4,151 . 785 1. 343 799. 260. 1.1691 3659.8 7.43 48.42 165.33 4,205 .741 1.319 785. 27C. 1.1957 3511.7 6. 94 58.62 178.19 4, 255 ,778 1. 307 769.

2Si].. 1.2270 3524.

6.46 69. 00 191.70 4. 304 .77- 1.271 762. 293. 1.25i«l; 3336.

8

6.16 78.87 204.27 4. 348 ,757 1, 278 751. 300. 1.2813 3261.6 5.87 88.51 216.74 4.390 , 760 1.277 742.

THO-PHSSt BOUNDARY 99
Ta3LE Vb. THERMOOYNflMIC PROPERTIES OF OXYGEN ON THE SATURATION BOUNDARIES

IPERATURE PRESSURE JOLUHE ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cv Cp VELOCITY ftS/lb DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R PSIA ft3-psia/lb PSIA/R BTU/LB BTU/LB BTU/LB-R BTU/LB-R 8TU/L8-R FT/S

97 . 8't6 . 021 .01226 2o20 .79 320 .06 -8 3.211 -83.211 .53119 .260 • 398 3786 • 97.81.6 .021 151,1,. 928 32.76 15.062 21. 136 1.5671.0 .155 .217 1*63.

10 0. .031 .01231 1986.17 313.15 -82 . 351 -82.351 .51001, .259 • 398 3757

.

ICO. .031 1092.719 33.1*6 15. 393 21.601 1.51*923 .155 • 217 1*65.

102. . Oli2 .U1236 1 9 51*. 11 307.01 -81.559 -81.555 .51792 . 259 . 398 3730 . 102. . a'<2 803.617 31*. 15 15.703 22. 035 1.53322 .155 .217 1.72.

10 1** .058 . 0 121,0 1922.05 301.12 -90.761* -80 . 761. .52557 .258 .398 3701*. lu^. .058 598 .723 31*. 85 16.012 22.1*70 1.51792 .155 .218 1.76.

10 6. .0 79 ,0121*5 1890 .22 295.1*6 -79. 968 -79. 968 .5 3322 .257 .398 3681,

106, .079 1,51,576 35.55 16.322 22.900 1.50331, .155 .218 1,79,

ICS, .105 .01250 1658.62 2 90,00 -79, 172 -79 . 172 , 51,063 .256 .3 98 3655

,

1C6. .105 31*1*. 567 36.21. 16,532 23.335 1.1,891,8 .155 .218 1,96.

110. .139 . G 1255 1827.0 2 2 31. . 72 -78 , 376 -78 . 376 , 51*780 • 255 .398 36 32. 110. . 139 265. 816 36.91. 16.91*2 23.765 1.1*7531* .155 .219 1*99.

112. .161 .01260 1795.1.3 2 79.62 -77. 580 -77. 580 .551,97 .255 .398 3606.

112. .181 207.202 37.1*0 17.21,7 21*. 195 1.1,6367 .155 .218 1*92.

11^

.

.231* . 0 1265 1 761* .06 27'*.66 -76, 781* -76. 781* ,56211* .25 3 .398 3583.

ll<t. .23<. 163.106 38.10 17, 557 21*. 525 1,1,511*8 .155 .218 1*99.

116. .30 0 .01270 1732.70 269.81* -75.988 -75.988 ,56907 • 252 • 398 3560 . 116. .300 129.591, 38.80 17.852 25.055 1,1,3977' .156 • 218 502.

118. • 38 0 . 0 1275 1701.5 7 265.15 - 75 • 192 -75 . 192 .57576 • 251 • 398 3533.

119. . 38C 103,877 39.50 18.168 25.1.81 1.1.2877 • 156 • 218 505.

12 0. • '76 ,01280 1670 .1*1, 260 . 58 -71*. 396 "71* . 396 ,5821*6 • 25 0 • 398 3510 . 120. .1.78 83.960 39.96 18.1*73 25.907 1.1*1826 • 156 .218 512.

122. .596 .01285 X D i3 7 . J U 256.12 -73.601 -73.601 .53915 . 21*9 .398 3 1* 87 . 122. .596 66.1,00 1*0 .66 18.771, 26.329 1.1,0798 .156 .218 515.

12'». • 7 38 .01 290 16 0 8 . 1* 0 251.75 -72. 805 -72.800 ,5956 0 • 2 1*9 .398 3 1* 6 1

.

.738 56.11,2 1.1.35 .01 19.060 26. 755 1.39819 .156 .219 518.

126. .90 7 , 0 1296 1577.50 2 1*7 . 1*8 -72.009 -72.001* .60182 .21*6 .3 98 31*38. 126. .907 1*6,1*09 1*1.82 .01 19.381 27.172 1.39886 .156 .219 522.

128

.

1.106 ,01301 1 51*6 .81* 21*3 . 29 -71 . 20 9 -71.20 9 .60 627 • 21*5 .399 31*15. 128. 1.106 38.623 1*2.52 .01 19.578 27.591* 1.3797« .156 .219 525.

13 0. 1. 31.0 ,01306 1516.17 239.18 -70 . 1*1 3 -70 . 1*0 8 . 6 1 1*21* • 21*1* .399 3389.

130. 1.31.0 32,31.9 1*3.21 .01 19.979 28.007 1.371171 • 155 • 219 531.

132. 1. 611* ,01312 11*85 .73 235. 11* -69 .617 -69.612 .6201.6 .21*2 • 399 3356

.

132. 1.61i| 27.260 1*3.68 .01 20.276 28.1*20 1.35281 .156 • 219 535.

13*». 1.931 ,01317 11*55 .53 231.18 -68 . 817 -68.812 . 6 261*3 ,21*1 • 399 331*0 . n't. 1.931 23,103 1*1*. 37 .01 20 .568 28.833 1.351*92 .156 .220 538.

136. 2.297 .01323 11*25 .33 227 27 -68 021 -68.012 • 6 32 1*1 .21*0 .3 99 3 317. 136. 2.297 19.688 1*1*. 81* .02 20.865 29.237 1.31.727' .156 .220 51*1. 1395.13 1*00 3291. 138. 2.718 16. 866 1*5.30 .02 ?-.153 29.61.2 1.33986 .156 .220 51*5. mo. 3.199 .01331* 1365 .16 219.63 -56 • 1*20 -65 . 1*1

2

11)0. 3.199 11,. 519 1*6.00 .02 21.1.1.2 30.01*6 1.33269 .156 .221 51,8,

I*t2 • 3. 71.6 • 0 1 31* 0 1335.1*2 215.89 -65.620 -65 .611 .51*962 • 235 . 1* 0 0 1<>2. 3.71,6 12.558 1.5.1*7 .03 21.730 30.1*1*2 1.32576 .156 .221 551.

1*. 366 . 0 131.6 1305.68 212.19 -61* . 820 "61.. 811 .65511 « 23<» .1*01 3218,

lit It. l,.366 10.911 1*6.93 .03 22.011* 30.833 1.319071 • 157 .222 551*.

146. S. 065 .01352 1276. 1*1 20 8.55 "61* . 020 -51.. 007 .660 65 • 233 . 1* 01

• 1 57 .223 558

.

I<t8. 5.850 .01358 121*7,13 201*. 91* -63.215 -63.202 .66611 .231 .1*01 3165.

11.8. 5.850 8.31,097 1*7.86 .01* 22.559 31.608 1.3066'* • 157 .223 551.

ISO. 6.729 .01361* 1217.86 201.37 -62.1*15 -62.398 .67151 .230 .1*02 311)0. ISO. 6, 729 7.33582 1*8.32 .05 22. 81,1* 31.985 1.30067 .157 • 221* 551..

152. 7.709 .01370 1189.05 197.81* -61.611 -51.593 .67685 .228 • 1*02 3113.

152. 7.709 6.1.7578 1*8.79 .0? 23.115 32.360 1.291*59 .157 .221. 568.

lS<t. 8.797 .01376 1160.21* 191*. 35 -60.805 -60.785 .58212 .227 .1*03 3087. IS*. 8.797 S. 73653 1*9.25 .06 23.365 32.730 1.28920 .158 .225 571.

156. 10.003 .01383 1131.67 190.88 -60.002 -59.975 .58738 .226 .1*03 3061.

156. 10.003 5.09881* 1*9.72 .07 23.51.9 33.092 1.28370 .158 .226 571..

158. 11.331. .01389 1103.56 187.1*5 -59.197 -59.167 .5921*0 .221. .1*01* 3035. 158. 11.33<t 1*. 51*668 1*9.95 .08 23.911 33.1*53 1.2781*1* .158 .227 577. 100
TABLE Wb. THERHOOVNAHIC PROPERTIES OF OXYGEN ON THE SATURATION BOUNDARIES

FrLKfl 1 UKt ODCC Cl IDC VOLUNE ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cv Cp VELOCITY ft3/lb DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEC. R PSIA ft3-psia/lb PSIA/R BTU/LB BTU/LB BTU/LB-R BTU/LB-R BTU/LB-R FT/S

160. 12.798 .01396 1075.1)1) 181). 05 -58.388 -58.354 .69766 .223 .405 3008

.

160. 12.798 1). 06661 50.1)2 .03 21). 155 33.802 1.27342 .158 .228 581. 162. 1<>.<>0S .011)02 101)7.57 180.67 -57.579 -67.51)5 .70266 .222 .405 2979. 162. l<t.<>05 3.61)788 50.65 .09 21). 1)19 34.150 1.25840 .158 .229 584.

16i>. 16.16<> .011)09 1019.92 177.33 -55.771 -55.728 .70746 .220 .406 2953.

16lt. 16.161. 3.28138 51.11 .11 21). 561) 34.485 1.26362 .159 .230 564. 166. 18.083 .011)16 992.50 171). 00 -55.962 -55.915 .71246 .219 .407 2923. 166. 18.083 2.95957 51.31) .12 21). 909 34.821 1.25884 .159 .231 587. 16S. 20.173 .011)23 965.55 170.70 -55.11.9 -55.097 .71726 .217 .406 2897. 166. 20.173 2.67601) 51.58 .13 25. 150 35.144 1.25430 .160 .233 591. 170. 22.'t<t3 .011)30 938.60 167.1)3 -51). 336 -54.275 .72204 .216 .408 2667. 170. 22.<<<t3 2.1)2568 51.81 .11) 25.382 35.462 1.24976 .160 .234 594. 172. 21.. 902 .011.37 912.12 161). 17 -53.518 -53.454 .72682 .215 .409 2638.

172. 2i>.902 2.20366 52.01) .16 25.610 35.772 1.24546 .160 .235 594.

17i». 27.560 .011.1)5 885.87 160.91. -52.705 -52.632 .73160 .214 .410 2808.

17<.. 27.560 2.00663 52.27 .17 25.831. 36.073 1.24116 .161 .237 597. 176. 30.i»28 .011)53 859.81. 157.73 -51.888 -51.806 .7363B .212 .412 2776. 176. 30.1(28 1.83091 52.27 .19 26.051) 36. 370 1.23709 .161 .239 500. 178. 33.516 .011)60 831). 06 151). 51) -51.055 -50.976 .74092 .212 .413 2746. 178. 33.516 1.671.09 52.51 .21 25.251) 35.654 1.23303 .162 .240 600. 160. 36.83't .011)66 808.73 151.37 -50.21.1) -50.145 .74546 .210 .414 2717.

180. 3&.83i< 1.53361 52.51 .23 25.1.71 35.929 1.22920 .152 .242 604.

182. 1)0.392 .011)76 783.61) 11.8.23 -1)9.1)13 -49.311 .75000 .2 09 .415 2564. 182. itO.392 1.1)0751) 52.71) .25 26. 673 37.200 1.22514 .153 .245 604.

18<<. '<<«.201 .011)85 759.01 11)5.10 -1)8.592 -46.472 .75454 .208 .417 2551.

IStt. i«it.2Cl 1.291)13 52.71) .23 26.857 37.458 1.22156 .163 .247 507. 186. '•8.272 .011)93 731). 62 11)1.99 -1)7. 765 -47.533 .75908 .207 .413 2516. 186. 1(9.272 1.19177 52.71) .30 27.052 37.703 1.21773 .154 .249 610. 188. 52.616 .01502 710.69 133.91 -1)5.936 -45.790 .75352 .2 07 .420 2585. 188. 52.616 1.09935 52.71. .33 27. 237 37.945 1.21415 .155 .251 510.

190. 57.21.3 .01510 686.99 135.35 -46 . 101 -45.942 .75792 .2 06 .421 2552. 190. 57.2143 1.C1573 52.51 .35 27.409 36.177 1.21055 . 165 .254 610. 192. &2.16it .01519 653.76 132.31 -«t5.267 -45.090 .77223 .2 05 .423 2520 . 192. 62.161. .93980 52.51 .39 27. 577 38.395 1.20598 .155 .255 614.

67, 390 .01528 61)0.76 129.79 -1)1). 1.23 -44.239 .77677 .205 .425 2434.

19<>. 57.390 .87076 52.27 .1)2 27.736 38.503 1.20353 .157 .259 514.

196. 72.933 .01538 518.22 126.80 -1)3. 589 -43.378 .73107 .204 .427 2451. 196. 72.933 .80797 52.01. .1.6 27.391 33.301 1.20029 . 157 .252 517.

198. 78.803 .0151)7 596.15 123.31) -1)2. 71.1 -42.518 .78537 .203 .429 2415. 198. 78.803 .75063 52.01) 23.037 38.990 1.19694 .168 .255 517.

200. 85.012 .01557 571). 31 120.90 -1)1. 891. -41.549 .73957 .203 .432 2379.

20 0. 85.012 .69821) 51.56 .51. 28.175 39. 156 1.19359 . 159 .259 517.

2C2. 91.571 .01567 552.91) 116.00 -1.1.01.2 -40.775 .79374 .203 .434 2342 . 202. 91.571 .65019 51.31) .58 26. 30k 39. 325 1.19026 .170 .273 517.

204. 98.1)92 .01578 532.03 115.12 -1.0 . 185 -39.902 .79804 .203 .437 2306 . ZOi*. 98.1)92 .60611) 51.11 .52 28.it2<) 39.430 1.18714 .171 .277 620.

206. 105.785 .01588 511.35 112.29 -39. 330 -39. 016 .80234 .202 .440 2257.

206. 105.785 .56577 50 .65 .57 23.536 39. 518 1.18379 . 172 .231 520.

203. 113. 1)63 .01599 1)91.37 109.1)9 -36.1)65 -36.130 .80640 .202 .443 2231.

208. 113. 1)63 .5281)5 50.13 .72 28.539 39.743 1.18069 .173 .235 620.

210. 121.537 .01610 1.71.63 106.73 -37. 596 -37.235 .61071 .202 .446 2195. 210. 121.537 .1)91.17 1.9.95 .78 23.734 39.355 1.17759 .174 .289 620.

212. 130.019 .01622 1)52.11 101). 01 -36.723 -36.331 .81477 .202 .449 2155. 212. 130.019 .1)6251 1)9.25 .31. 23.820 39.954 1.174471 . 175 .294 620.

21it. 138.921 .01633 1)33.29 101.31) -35.845 -35.424 .61683 .202 .453 2119.

21<t. 138.921 .1)3330 1.8.79 .90 23.893 40. 040 1.17137 .176 .300 520.

216. 11)8.251) .0161)5 ')li).7C 93.72 -34.963 -34.512 .82290 .2 03 .457 2033. 216. 11)8. 251) .1.0623 1)8.32 .97 28.958 40.109 1.15850 .177 .305 620.

218. 158.030 .01658 396.58 96.16 -34.073 -33.567 .82720 .203 .461 2044, 218. 158.030 .38108 1.7.63 l.Oi) 29.013 40.165 1.16539 .178 .311 520 .

220. 168.261 .01671 378.93 93.56 -33. 178 -32.557 .83126 . 20 3 .455 2006 . 220. 168.261 .35785 1)6.93 1.12 29. 055 40.203 1.15228 . 179 .317 520 . 101
TASLE Vb. THERHODYNAHIC PROPERTIES OF OXYGEN ON THE SATURATION BOUNDARIES

MPERATURE PRESSURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cv Cp VELOCITY ft3/lb DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R PSIA ftS-psia/lb PSIA/R BTU/LB BTU/LB BTU/LB-R BTU/LB-R BTU/LB-R FT/S

222 • 176.960 . 0 1681. 361*50 91.22 -32 . 271* -31 . 715 * 83532 .203 * 1*71 1972.

222. 178.960 .33623 1*6.23 1.20 29*087 *D.225 l*159<>e .180 .32<> 620.

190 139 . 0 1698 3i»i..5i* 68 « 65 -31* 367 -30 . 769 .83939 * 202 • ^76 1939*

Ilk'. 190.139 .31601. 1*5.51* 1.28 29*101* 1*0.233 1*15631 *181 .331 620.

201 8f0 a 0 1712 327. 61 86*56 * 30 » ~29* 80 9 • 81*31*6 «2 02 *i^82 1906.

226. 201.610 .29730 i*i«.8it 1.37 29.112 1*0.220 1.153I*<> .183 .339 620.

22 6

.

213.986 .01726 311 * 32 6**. 35 -29.521 -28. 837 . 81*751 . 2 01 • 1*69 1873. 226. 213.986 .27958 1*3.91 l.**7 29.101. 1*0.190 1.1503B .181* .31*7 620.

230 • ?? ftft n . 01 71*2 2 95 .29 82. 22 -28 . 58 8 -27. 056 .65182 . 2 00 *i»95 101*1*. 230. 226.680 .26331* 1*2.98 1.58 29.067 1*0*139 1.11*71*7: .185 .356 620.

232 • 239.90 3 .01758 283.90 79 • 72 -27. 650 -26* 871 *8556B • 200 .<*97 1606.

232. 239.903 .21*797 1*2.05 1.69 29.01*6 1*0.070 l.li*<>3& *187 .366 617. 23^ • 253. 671 •01775 267.1*1 78 • 3*t -26. 686 -25. 856 . 65991* • 199 .512 1765.

23<». 253.671 .23371 1*1.12 1.61 29.001 39*975 1.11*125 .188 .377 617.

236, 267.995 .01792 251.15 76 .35 -25. 709 -21**819 .861*2^ * 196 .521* 1755.

236. 267.995 .22025 39.96 1.9'» 28.932 39. 659 1*13836 .190 .388 617.

238 • 282. 890 •01610 231*. 65 73 .66 -21** 720 -23. 773 .86631 • 197 • 531 1713.

236. 262.890 .20760 38.80 2.07 26.61.6 39.721 1.13528 .191 .1*01 611*.

0 • 296 . 37 0 • 0 1 829 216.62 71.0 3 -23. 722 -22.711 .67261 . 197 .51*0 1667.

2<iO« 298.370 .19575 37*61* 2.22 26.71*2 39.558 1.13217 .193 .1*15 611*.

2'»2* 31^. 6 .01650 202.82 66 .**5 -22.711 -21*635 .87691 • 196 .550 16 Z'*. 242. 311.. 41.8 .181.53 36.1.6 2.38 28*618 39.361* 1.1290B .195 .1*31 610. 331.139 .01871 187.02 65. 9^* - 21. 687 -20 . 538 .88121 • 196 • 561* 1578

.

2^i*. 331.139 .17396 35.08 2.51* 28.1*76 39.11*1 1*12572 • 196 .(»i*8 610.

31*6. 1*59 .01891* 1 71 •1*6 63. 1*9 -20 . 61*6 -19*1*21* *66552 * 197 .501 1532.

2^6. 31.6.1.59 .161.03 33.92 2.73 28*301. 38.887 1.12261 .198 .^67 607.

2^8 • 355 1.21. 01917 1 57 • 0 5 61.16 ~ 19 • 568 18 268 . 68962 .197 • 599 1^89*

366.ii2it .151*58 32.53 2.92 28.110 38.599 1.11926 .200 • <»89 607.

25 0 • 385 l)i.8 . 0 191*3 56 70 "17 • 122 891.12 • 197 • 619 11*1.0 250. 365.01.6 .11*561 30.90 3.11* 27.886 38.272 1*11566 *202 .51<> 601*.

252, i* 0 1*. 350 . 0 1970 127.55 -17 1*11 -15.935 • 197 • 6'f 5 1391

252. <«0it.350 .13712 29.51 3.37 27.532 37*902 1.1123S *2 0i* .51*3 600.

25U* - 16 . 292

25l>. <«2l|. 31)6 .12911 27.65 3.62 27.31*0 37.1»8I> l!lD«76 Izoe I576 ^bOoI 5*056 IDl . 76 51.06 - 15 . 11.3 -1 3 . 1*7 0 • 90 77<i * 199 .701 1266« 256. liitS. 056 .1211*2 26.02 3.90 27.013 37.015 1.10<*92 .209 .616 597.

H DO * y -12 . 179 . 9125Z .739

258. .111.05 2i**16 1..20 26.631* 36.1*91 1.10110 .211 .6&it S9<*I

260 . Utoo* A ft. AQ^ D 02102 77*13 10 «i»6 789

26 0. <.e8.696 .10700 22.30 1..51* 26.201* 35.888 1.0970S llli* .722 ^591!

-11. 1*8 7 - 9 . 1*60 1125

262. 511.670 .10026 20*1*1* 1..92 25*71". 35.208 1*09273 '.Z17 1 796 587.

- 1 0 • 171* — 8 . 006 . 9273(» • 919 1073*

26'>. 535.1.1.6 .0 9371 18.35 5.35 25 • 11.6 31*. 1*30 1.08819 .220 .692 587.

560 051 38.70 -6 . 1*7 0 . 9328'* • 210 1*0 16 1017. 266. 560.051 .06730 16.03 5.81* 21*. 1.79 33.526 1.08317! .223 1.023 561*.

36.10 -7 . 331 -1*. 836 * 93857 . 2 13 1 .151* 955.

268. 565. 516 • 06069 13.1*8 6. 1*2 23 . 667 32 .1*59 1.07766 .227 1.212 561.

270. 611.876 •02372 27.88 33.1*8 -5.756 -3*067 .91*1*79 .217 1.31*5 696.

27 0. 611.876 • 071*65 10.92 7.11 22.719 31.169 1.0711*6 .232 1.515 577.

272. 639.181 .021*59 19.52 30.69 -1..011* -1.106 .9511*6 .222 1.669 830. 272. 639.161 .0681*0 9^76 7.91* 21.562 29.651* l*06i*5B .238 1.767 577.

27<t. 667.1.82 .02571. 12.55 27.52 -2.018 1.162 .95937 .228 2.288 761.

27".. 667.1.62 .06183 5.31* 8.99 20.052 27.697 1.05617 .21*6 3.193 568. 276. 596.665 .0271.6 5.58 21*. 08 .1*90 i*.035 .96917 .239 1..287 676.

276. 696.865 .051*1*6 1.39 10.1.9 17.652 21*. 896 1.0i*i«9B .256 12.1*1*6 551*.

27 8. 727.505 .4)3186 18.71 5.180 9.1*73 .96829 .268 556.

279. 727.505 .01*325 13.61 12.958 18.783 1.02176 .275 sm.

276.21)6 731.387 .03673 15.91* 8.953 13*926 1.001*30 276.21)6 731.387 .03668 15.91* 6.953 13*926 1*001*30

102
TABLE Wlb. THERMOOYNiMIC PROPERTIES OF OXYGEN

1. PSIA ISOBAR

TEMPERATURE VOLUME

OEG. R FT^yuB

ISOTHERH ISOCHORE INTERNAL DERIVATIVE DERIVATIVE ENERGY ft3-psia/lb PSIA/R BTU/LB

ENTHALPY ENTROPY

BTU/LB BTU/LB-R

Cv Cp VELOCITY

OF SOUND

BTU/LB-R BTU/LB-R FT/S

97.81.8 .01226 2020. 9"t 320.06 -83.210 -83.207 .50129 .260 .398 3786.

lOO. .01231 1986.27 313. 15 -82.353 -82.351 .50991* • 259 .398 3757.

lOS. .012<.3 1906.32 298.27 -60.36". -80.362 .52935 .258 .398 3693.

iia. .01255 1827.06 281.. 73 -78.376 -78.373 .51.786 .255 .398 3631.

lis. .01268 171.8. ".2 272.2'« -76.385 -75.38". .5555", .253 .398 3570.

120. .01280 1670.39 260.56 -711.397 -7l..391t .5821.8 .250 .398 3510 . 125. .01293 1592.96 21.9.61 -72.1.05 -72.1.03 .59673 .21(7 .398 31)50.

• 126.975 .01298 1562.59 21.5.1.3 -71.618 -71.516 .60'.9e .21.6 .399 31.25. 126.975 "•2.39976 1.2.21 .008 19.526 27.378 1.381.1.0 .155 .219 52".. 130. '•3.<t2205 ".3.21* .008 19.999 28.039 1. 38955 .156 .219 531.

135. ".5.11079 i.i..9i> .007 20.779 29.133 1.3978C . 156 .219 51.1.

litO. "•6. 79838 1.6.61. .007 21.550 30.225 1.1.0575 .156 .218 551.

11.5. 1.8. "•81.95 1.9.31. .007 22.339 31.318 1.1.131.1 .156 .218 561. ISO. 50.17061. 50.03 .007 23.119 32.1(09 1.1.2082 .155 .218 570 . 155. • 51.85555 51.73 .006 23.898 33.501 1.1.2797 . 156 .218 580.

160. 53453979 53.1.2 .005 2".. 677 3lt.592 1.1.31.90 .156 .218 589.

165. 55.2231.0 55.11 .006 25.1.55 35.682 1. ".1.151 .156 .218 593. 170. 56.9061.8 56.80 .006 26.235 35.772 1.1.1.812 .156 .218 607.

175. 58.58907 58. 1.9 .005 27.013 37,963 l.i.5l.'.i. . 155 .218 615.

180. 60.2712". 60.17 .006 27.792 38.952 1.1.5059 .155 .219 625. 185. 61.95302 61.86 .005 28.570 1.0. 01.2 1.1.5655 . 155 .219 631.. 193. 63. 63 It 1.1. 63.55 .005 29.3'.8 1.1.132 1 .1.7236 .155 .218 51.2.

195. 65.31555 65.23 .005 30.126 1.2.221 l.".7S02 .155 .218 651.

200. 66.99538 66.92 .005 30.90". 1.3.310 l.'.OSS". • 155 .218 659.

205. 68.6769". 68.60 .005 31.682 1.".. 399 1.1.8992 .155 .218 667. 213. 70. 35727 70.29 .005 32.1.50 ".5.1.98 1.".9".16 .155 .218 675. 215. 72.03738 71.97 .005 33.239 1.6.577 l.'»9929 .155 .219 583. 220. 73.71730 73.65 .005 3".. 015 1.7.566 1.50".29 . 155 .219 591.

225. 75.39703 75.33 .001. 3".. 793 1.9 . 75". 1.50919 . 155 .218 699. 230. 77.07650 77.01 .001. 35.570 ".9.8".3 1.51397 .155 .219 707.

235. 78. 75501 79.70 .00". 35.3".9 50 .931 1.51865 . 155 .219 715.

2".0. 80.1.3529 80.38 .00". 37.125 52.020 1. 5232". .155 .218 722.

21.5. 82. 111.1.3 92.06 .001. 37.903 53.108 1.52772 . 155 .219 730 . 25 J. 83. 7931.5 63. 7". .001. 36.530 5"(. 196 1.53212 .155 .219 737. 255. 85.1.7237 85.1.2 .001. 39. ".57 55.265 1. 5361.3 .155 .219 71.I.. 26 0. 87.15118 67.10 .001. ".0.235 55.373 1.51.055 .155 .219 752. 265. 89. 82989 99.73 .001. ".1.012 57. ".61 1. 5". ".90 .155 .213 759. 270. 90.50852 90 .".6 .001. ".1.789 58.51.9 1.5".387 . 155 .218 766. 275. 92. 19 705 92.1". .00". ".2.567 59.637 1.55286 . 155 .219 773. 280. 93.96552 93.92 .00". 1.3.31.1. 60.725 1.55576 .155 .219 790. 285. 95.5".39l 95.50 .00". 1.1..121 61.813 1 .5606". . 155 .213 737. 290. 97.2222". 97.19 .003 1(1.. 698 62.901 1.56". 1.2 .155 .218 791..

295. 98.9G050 98.85 .003 1.5.575 53.999 1,5681". .155 .218 801.

30 0. 100.57670 100.51. .003 1.5. 1.53 65,077 1,57160 . 155 .218 809. 310. 103. 931.95 103.90 .003 1.8.007 67,253 1,57993 . 155 .219 921. 320. 107. 29099 107.25 .003 1.9.561 59.1.29 1,58591. .155 .216 83".. 330. 110.61.687 110.52 .003 51.115 71,605 1.59253 . 155 .219 8".7. 31.0. 111.. 00259 113.97 .003 52,570 73,781 1.59903 . 155 .218 350 . 350. 117. 35817 117.33 .003 51.. 225 75.957 1. 50531. . 155 .213 J72. 360. 120.71362 120 .69 .003 55,790 78,133 1.6111.7 .155 .218 885.

370. 12".. 06897 121.. 05 .003 57.335 80 , 30 9 1,517'.3 .156 .216 897.

39 ]. 127.h2i.22 127.1.0 .003 59,891 82, 1.85 1,5232". .156 .219 909.

390 . 130.77936 130.75 .003 50.1.1.5 8".. 653 1.52889 , 156 .219 921.

".CO. 13",. 13". 1.5 131.. 11 .003 52.003 86.61.1 1.63".'.0 , 156 .218 932.

".10. 137.i.89'.5 137 .1.7 .002 63.559 89.019 1.53978 ,156 .218 9<.l.. 1.20. 11.0. 8". ".36 11.0 ,83 .002 55.117 91.198 1.61.503 . 156 .219 955.

1.30. I".",. 19926 11.1., 19 .002 66.575 93.377 1.65015 .156 .219 957.

1.1.0. 1".7. 551.07 11,7 ,51. .002 59.231. 95.557 1.65517 .155 .219 979.

1.50. 150.90983 150 .69 .002 69.791. 97.738 1.65007 .155 .219 989. U&O. 15".. 26355 151., 25 .002 71.355 99.920 1,561.87 .155 .219 1000 . 1.70. 157.61622 157.61 .002 72.917 102.103 1,56955 .155 .218 1010.

1.80. 150.97265 160.95 .002 71.. 1.80 101.. 266 1,571.16 .155 .219 1021.

1.90. 16H. 32 7".'. 15".. 32 .002 75.01.1. 106.1.73 1.67867 .157 .219 1031.

50 0 . 157.59200 ie7.67 .002 77.510 108.550 1.68309 .157 .219 101.2. 610. 171.03652 171.03 .002 79.178 110.6I.9 1.587'.2 .157 .219 1052.

520. 17".. 39102 17".. 39 .002 80.71.7 113.039 1.69168 . 157 .219 1052.

530. 177.7".5".9 177.71. .002 32.319 115.232 1.69585 .157 .219 1372.

5".0. 161.C9993 1 6 1 . 0 9_^ .002 93.891 117.1.26 1.69995 .157 . 220 1362.

TrtO-OHiSe BOUNOARY 103
TABLE Mlb. THERM0DYN4MIC PROPERTIES OF OXYGEN

5. PSIA IS

TEMPERATURE VOLUME

DEC. R Ft3/L8

97.853 .01226

loa. .01231

IDS. . 0121.3 110. .51255

115. .01267

IZO. .01280

135. .01293

130

.

.01305

135. . 01 320

litO. .01331.

11*5, .0131.9 lit5.823 .01351

lltS. e?3 9.63'»u6 150. 9. 92229

155. 10 . 26601. 160. 10.60903

165. 10 . 95136

170. 11.29309

175. 11. 631.31 160. 11.9750 7 165. 12. 3151.1 190. 12.65539

195. 12. 99501) 20 0. 13 . 331)38 205. 13. 6731.6 210. 11.. 01229

215. 11.. 35090

220 . 11). 68931

22 5. 15. 02753

23 0. 15. 36558

23 5. 15. 70 31)7 24 0. 16. 01)12^

2'*5 • 16 • 378 81) 25 0, 16.71 631) 25 5 * 17. 05372

260. 17.39100

265. 17.72819

27 0. 18.06526

275.

28 0. 18.73922

295. 19.71)959

30 0. 20.08626

310. 20.7591.3 320. 21.1)321)0 330 . 22.10519

SUO. 22.77781. 350. 23. 1)5031) 363. 21). 12272

370. 21). 791)99 360. 25.1.5716

390. 26.13923

itOO. 25.61123

1.10. 27.1.8315

'•20. 28.15500

l<30. 29.82579

1)1.0. 29.1)9853

1.50. 30.17021

1.60. 30.81)185

1)70. 31. 5131.1. 1)60. 32.181)99

1)90. 32.85650

500. 33.52797

510. 31). 1991.2 520. 31.. 67063

530. 35.51.222

51)0. 36.21356

ISOTHERM ISOCHORE deriuath/e derivative ft3-psia/lb PSIA/R

2021.17 320.05 1985,60 313.17 19C6.66 298.29

1827.1)1 281., 75

171)8 . 78 272 . 25 1670.75 263.60 1593.35 21.9.53 1515.62 239. 2C

11)1)0 .50 229. 23 1365.39 219.61. U91 . 07 210 . 37 1278.93 2C8.87

1.7.1.1. .035

1)8.91 .031. 50.57 .033

52.1.3 .032

51). 17 .031 55.91 .030 57.55 .029 59.38 .028 51.11 .027 52.83 .027

ei). 55 . 025 55.27 .025 67.98 .025 69.69 .021) 71.1)0 .023

73.11 .023

71). 81 .022 75.52 .022 78.22 .021 79.92 .021 81.62 .021 63.32 .020 85.01 .020 85,71 .019

88.1)0 ,019

90,10 ,019 91.79 .018

93.1)9 .018 95.18 .018 96.87 .017 98.56 .017 100.25 .017 1C3.62 .015 107.00 .016 110.37 ,015 113,75 .015 117,12 ,011. 120,1.9 ,011) 123,86 ,011) 127,23 ,013 130,59 ,013 133.96 .013 137.32 .012

11)0.69 .012

11)1). 05 .012

11)7,1)2 .011 150.78 .011

154.11) .011 157,50 .011 160.66 .010

151). 23 ,010 167,59 .010 170.95 .010

171). 31 ,010 177.67 .009 181.03 .009

INTERNAL ENTHALPY

ENERGY STU/LB BTU/LB

-83.209 -83.198

-82. 355 -82. 31)1) -30.355 -80.355

-78.378 -78.356 -76.389 -76.377

-71.. 399 -71). 387

-72.1)08 -72. 395

-70 .1*15 -70 ,1.0 3 -58,1.20 -58,1,08 -65,1.22 -66,1.10

-5i*.l|20 -51.. 1.08 -51). 090 -61.. 078 22.269 31.189

22.930 32.117

23.720 33.225

21). 509 31.. 332

25. 298 35. 1.37 26. 085 35. 51.1 25.871 37.ti)3 27.656 38. 71.1. 28. 1.1*1 39. 81.1. 29.225 1*0 .91.3

30 .009 1.2. 01)1 30.792 1.3. 1 38 31.575 1.1*. 235 32,357 1.5, 331

33. 139 1.5, 1*26 33. 921 1*7.521

31). 702 1.8,615

35,1.83 1*9. 70 9 36.2511 50.80 3 37. 01.1. 51. 896

37.82") 52.989

38 . 601) 51). 081

39. 381. 55. 171)

1.0 .151. 55.256

1)0 .91.1. 57,357

1*1.723 58.1.1*9 1.2.502 59. 51.0

1)3 . 281 50. 631

1.1). 050 61. 722

1)1*. 639 62. 813

1.5.518 53.901.

1.5. 397 51.. 991. 1*7.951. 67.175

1)9.511 59. 355 51.058 71.535 52.525 73. 711.

51*. 182 75,891* 55,739 78,073

57.295 60.252

58,853 62.1*32

60 .1*10 81*. 611 51.968 86.791 53.525 88.971

65,081* 91.152

66. 61.3 93, 333 58.203 95.515

59.751) 97.696

71.325 99.881 72.869 102.065

71), 1.53 101), 252

75.0 18 105.1.39 77.585 108.527

79.153 110.817 60.723 113.008

82,291. 115.202

83.668 117.397

ENTROPY Cy BTU/L3-R BTU/L3-

.50129 .260 .50993 .259 .52933 .258

. 51*781. . 255 .56552 .253

. 5821.5 .250 .59371 .21.7

.611*31. .21.1* .6291.0 . 21*0 .51.391* .237 .65799 .233 .66026 .233 1.31332 .157 1.31960 ,157 1.32587 .155 1.33390 .156

1 . 31*070 . 155

1 . 31*729 . 156 1.35363 .156 1.35988 .156 1.36591 .155 1.37177 ,155

1.3771.7 .155 1.38303 .155

1 . 3881.1* . 156 1,39373 ,155 1,39388 .156

i. 1*0391 .155

1.1*0863 . 155

1.1*1361. .155

1.1.1835 . 156

1 .1)2295 . 156

i.H27i.6 .156

1.1.3187 .155

1 .1*3620 . 155

1.1.1*01*1. .156

1.1*1*1*60 .156

l.l*i*8b8 .155

1 . 1*5268 . 155

1,1.5661 . 155

1.1.601.8 .155

1.1.51*27 .155

1.1.5800 . 155

1.1*7155 .155

1 .1.7 881 . 155

1.1*8573 . 156

1.1*921.1* .155

1 .1*9 395 . 156 1.50527 .156

1.5111.1 .156 1.51736 .156 1.52319 .155 1.52885 .155

1.531*37 .155 1.53975 ,155

1.51)501 .156

1. 55011* . 155 1.55515 .155 1.55005 .156

1 .551)85 . 155 1.56955 .156

1.571)16 .156 1,57857 ,157 1,58309 .157

1 ,5871)3 , 157 1,59168 ,157 1.59585 ,157 1,59996 ,157

Cp VELOCITY

OF SOUND BTU/L3-R FT/S

,393 3735.

, 393 3 753. ,398 3593. ,398 3531,

. 398 3570. .398 3510 . .396 31.5a . .399 3390 . .399 3329.

. 1.0 0 3253.

. 1*0 1 3205.

. 1.0 1 3191*. .222 558.

. 222 557,

. 222 577 .

. 221 565, .221 596 .

. 221 505.

. 220 511)

.

. 22 0 523,

. 220 632,

. 220 61)0 ,

. 220 51*9. .219 557,

. 219 555. .219 671), .219 532 ,

. 219 690, .219 698. .219 706. .219 713. .219 721.

.219 729. .218 735. .213 71.1.. .218 751. .218 756, .213 755 , .218 772. .218 779, .218 785. .213 793,

.213 30 0 , .218 807. .218 620. .218 831*. .218 61*7. .218 959. .218 872. .218 881*. .218 397,

.213 909.

.218 921, .218 932. .218 91*1*. .213 955. .218 956, .218 978. .218 989, .218 999.

. 219 1010. .219 1021,

.219 1031, .219 101*2, .219 1052, .219 1052.

. 219 1072.

.220 1082.

• TMO-PHASE BOUNDARY 104
TABLE «Ib. THERMODYNAMIC PROPERTIES OF OXYGEN

10. PSiA ISOBAR

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

DEG. R Ft3/LS FT3-PSIA/Le PSIA/R BTU/LB BTU/L6 BTU/LB-R BTU/L8-R BTU/LB-R FT/S

97. 660 .01226 2021. i<6 320.06 -83.208 -63.185 .50130 ,260 .396 3706,

100. .01231 1987.02 313.20 -82,357 -62.335 .50990 .259 .396 3758 , 105. .ai2'>3 1907.08 296.32 -60.369 -80.31.6 .52931 .259 .396 3691*, 110. . 01255 1827.81. 261.. 77 -76.380 -76. 357 « 5 1. 78

1

.255 lis. .01267 171.9.23 272. 28 -75.391 -76.358 .56550 .253 ,398 3571 , 120. .01280 1571,22 260.63 -71.. 1.02 -71,. 376 .5621.3 .250 ,396 3511. 125. .01293 1593.83 21.9.55 -72.1.11 -72.387 .59659 .21.7 .398 31*51, 130. .01306 1517.10 239.23 -70.1.18 -70.391. .611.32 . 21.1. .399 3391.

135. .01320 I'.'.l.lO 229.26 -68.1.21. -66.399 .62938 .21.0 ,399 3333 . I<t0. .0133'. 1355.90 219.67 -66.1.26 -66.1.01 .51.391 .237 ,1.00 3268.

1<>5. .ai3'»9 1291.60 210.1.0 -6i».li2l. -61*. 399 •55796 .233 ,1*01 3205. 150. .01361. 1218.29 201. 39 -52.1(16 -62.392 .57156 .230 .1*02 311.1. 155. .01379 ll'.6.07 192.61 -60.1.05 -60 .380 .581.76 .226 .1*33 3075.

155. 995 .01383 1131 . 81* 190.89 -50. 0 01. -59.976 ,68731. .226 . 1.0 3 3362

.

155.995 5.10030 1.9.68 .067 23.51.8 33.093 1.28375 . 158 .226 571*. 160. s.zfioge 51 .15 .065 21.. 292 33.997 1.2 8 91.7 .158 .225 582. 165. 5.1.1592 52.97 .063 25.093 35.122 1.2961.0 , 157 .225 592. 170. 5.59023 61.. 78 ,061 25.891 35. 21.3 1.30309 .157 .221. 601. 175. 5.75397 55.58 .059 26.666 37.361 1.30958 .157 .223 611. 180. 5.93720 58.37 .057 27.1.63 38.1.77 1.31566 . 157 , 223 520. 185. 6.11000 60.15 .056 26.277 39.591 1.32197 .157 .222 529. 190. 6.2321.0 51.92 .051. 29,069 1.0.702 1.32769 .157 .222 638,

195. 6.1.51.1.5 63.69 .053 29,850 1.1.612 1.33355 . 157 ,222 61.7. 200. 6.62619 65.1.5 .051 30,650 1*2.920 1.'33927 .156 .221 655. 205. 6.79761. 67,20 .050 31.1.39 l.<,.026 1. 31.1.73 .155 .221 551.. 210. 6.9683l< 68. 95 .01.9 32,227 1.5.131 1.35006 ,156 ,221 672. 215. 7.13980 70 .69 ,01.7 33,011. 1.6.235 1.35525 ' .156 .221 580. 220. 7.31055 72.1.3 ,01.6 33.601 1.7.336 1.35032 .156 .220 698. 225. 7.1.8112 71.. 16 ,01.5 31.. 567 1.8.1.1.0 1.35526 .156 ,220 595. 230. 7.65151 75.89 ,01.1. 35.372 1.9,51.1 1.37012 . 156 .220 701.. 235. 7. 82171. 77.62 .01.3 36.157 50 .61.1 1.371.65 .156 .220 712.

2<tO. 7i99182 79.31. .01.2 36.91.2 51.71.0 1. 3791.8 .155 ,220 720.

2'>5. 8.16176 61.07 .01.1 37.725 52.639 1.361.01 . 156 ,220 727 . 250. 8. 33156 82 . 79 ,01.0 36,509 53.937 1 , 3881. 1. . 156 .220 735. 255. 8.50129 61.. 50 .01.0 39.292 55.031. 1,39279 .156 .219 71.2. 260. 8.57089 86.22 .039 1.0.075 56.131 1.39705 .155 .219 750 . 265. 8.81.039 67.93 . 036 .0.657 57.227 1.1.0123 .155 .219 757. 270. 9.00980 89.51. .037 1.1.61.0 56.323 1.1.0532 .156 ,219 751*. 275. 9.17913 91.35 ,037 1.2,1.21 59.1.19 1, 1.0 931. .155 .219 771. 280. 9.3<i837 93.06 ,036 1.3.203 60. 511. 1.1.1329 .156 .219 779. 265. 9.51751. 91.. 77 .035 t3.98l. 61.60 8 1.1.1715 .156 .219 786 . 290. 9.58565 96.1.7 ,035 1.1.. 756 62. 703 1.1.2097 . 156 ,219 793.

295. 9.65569 98.18 .031. 1.5. 61.7 53.797 1.1.21.71 . 156 ,219 799. 303 . 10.021.56 99.68 .03l> 1.6.327 51.. 690 1.1.2839 • 156 ,219 906. 310. 10.3521.6 103.28 .032 1.7.868 67.077 1,1.3555 .156 ,219 920 . 320. 10.70005 106,66 .031 1.9.1.1.9 69.262 1.1.1.21.9 .155 ,219 533. 330. 11. 0371.7 110.07 ,030 51.009 71,1.1.7 1,1. 1.922 ,156 ,218 31.6. 31.0. 11. 37'.73 113 .1.6 . 03C 52.568 73.631 1,1*5571. • 156 ,218 859 . 350. 11.71185 116.65 .029 5'.,126 75.815 1.1.520 7 . 156 ,219 972, 360. 12.0<t885 120 .21. .026 55.687 77,998 1.1.5822 ,156 ,218 86l«. 370. 12.36573 123.62 .0 27 57.21.6 80.181 1.1.71.20 . 156 .219 995. 380. 12.72252 127.00 .026 58,605 62.361. 1 .1.8002 ,156 .219 908.

390. 13.05921 130.36 .026 60 , 361. 81.. 51.6 1 .1*6569 .156 ,213 923 . <.oo. 13.39593 133. 76 ,025 51.921. 65.729 1.1.9121 . 156 .219 932. mo. 13. 73236 137.11. .021. 63.1.83 66.912 1.1.9660 . 156 .219 91.1.. <.20. 11.. 06683 11.0 .51 .021. 65.01.3 91.095 1.50166 . 156 .219 955 . 1.30. 11.. 1.0521. 11.3.69 .023 66, 601. 93.279 1.50700 .156 ,216 965.

11.. 71.159 11.7.26 .023 66,165 95.1.53 1,51202 .156 .219 977 . 1.50. 15.07789 150.63 .022 59.727 97.61.7 1.51693 .156 .219 989.

15.1.11.1'. I5k.ai .022 71,290 99.633 1, 52171* .156 .219 999.

1.70. 15.7503". 157.36 .021 72 ,651. 102.019 1.5261.1. .156 .219 1010 . '.80. 16. 08651 160.75 .021 71.. 1.19 101., 207 1.53101. .155 ,219 1021.

'•90. 16.1.2263 161.. 11 .020 75.965 1D6, 395 1.53556 .157 ,219 1031.

500 . 15.75873 167.1.6 ,020 77,553 106.565 1.53996 .157 ,219 131.1. 510. 17.091.79 170.65 .020 79.122 110.777 1.51.1.32 .157 ,219 1352. 520. 17.1.3082 171..22 .019 60.692 112,969 1, 51.656 , 157 ,219 1062. 530. 17.76682 177.56 .019 62.255 115,161. 1,55276 .157 ,220 1072.

51.0. 18.10260 180.95 .019 93.639 117.360 1,55665 .157 , 223 1362.

THO-PHASE BOUNDARY 105
TABLE VIb. THERM00YN4MIC PROPERTIES OF OXYGEN

l<t.696 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL DERIVATIVE DERIVATIVE ENERGY

OEG. R Ft3/LB Ft3-PSIA/LB PSIA/R BTU/LB

* 97.867 • 01226 20 21.71. 320. 07 -83.208

100. .01231 1967.1.0 313. 22 -82.359

105. .0121.3 1907,1.9 298.31. -80.371

110 . . 01255 1826.25 2 81. . 8 C -78. 392 lis* .01267 171.9.65 272.31 -76 .391. 120. .01280 1671.65 260.65 -74. 1.01. 125« • 01293 1591.. 28 21.9.66 -72.414

130. .01306 1517 , 56 2 39.26 -70 .421 135. . 01 320 11.1.1 .57 229. 28 -68.427

I<f0. . 01331* 1366.39 219.69 -66.429

I<t5'> .0131.8 1292.10 210.1.2 -64.428

ISO. .01361. 1218.80 201.42 -52.422

155. .01379 111.6.60 192.61. -60.410

16 0. . 01396 1075.50 18l». 06 -58.391

• 162.31t3 .011.03 101.2.77 180.10 -57.442

• 162.3*3 3.5811.9 50.81 . 096 24.461

165. 3.61.606 51 . 81 .0 95 24. 893 170. 3.76705 53.70 ,091 25.704

175. 3.8871.1 55.56 .086 26.512

ISO. 1.. 00721. 57 .1.1 .085 27,316

185. 1.. 12659 59.21. .083 28.119

190. 1.. 21.553 61.06 .080 28.919

195. I.. 361.09 62.87 .076 29.717

200. 4. 1.8232 61..67 .076 30.514

205. 1.. 60025 66.1.6 .071. 31.309

210. 1.. 71792 68.21. .072 32.103

215. 1.. 83535 70.01 .070 32.896

220. I.. 95256 71,78 .069 33.688

225. 5.06957 73,51. .067 34.476

230. 5. 1861.0 75.30 .065 35.259

235. 5.30307 77 . 05 .061. 36. 057

2110. 5. 1.1956 78.80 .062 36.845

2ii5. 5.53596 60 .55 .0 61 37.632

250. 5.65222 62 .29 .060 38.419

255. 5.76835 81.. 02 .059 39.205

260. 5. 881.38 85.75 .057 39.991

265. 6.00030 87 .1.9 .056 40. 776 270. 6.11611. 69, 21 .055 41.561

275. 6.23189 90 . 91. .051. 42.345

280. 6.31.755 92.66 .053 43.129

285. 6.1.6315 91.. 38 .052 43.913

290. 6.57867 96,10 .051 44.596

295. 6.691.13 97.82 . 050 45.479

300. 6.80953 99.53 .050 45.262

310. 7.01.016 102.96 .01.6 47. 826 320. 7.27059 106.37 .01.6 49.390

330. 7.50081. 109.79 .01.5 50.953

7.73091. 113.20 .01.1. 52.515

350. 7.96089 116.60 .01.2 54.077

360. 8.19073 120 .00 .Q1.1 55.638

370. 6.1.201.1. 123.1.0 .01.0 57.199

380. 6.65006 126.80 .039 56.760

390. 8.87959 130.19 .038 60.321

400. 9.10903 133,56 .0 37 61.662 mo. 9.3361.0 136.97 .036 63.443

<i2a. 9.56770 11.0.35 .035 55.005

<»30. 9. 79691. 11.3.71. .031. 65.557

(><t0. 10.02612 11.7.12 .034 58.129

it50. 10.25525 150.50 .033 69.692

1)60. 10.1.81.33 153.88 .0 32 71.256

1(70. 10.71336 157.26 .0 31 72.821

tao. 10.91.236 160.63 .031 74.387

1)90. 11.17132 161.. 01 .030 75.954

500. 11.1.0021. 167.38 .029 77.523

510. 11.62913 170.76 .029 79.092

520. 11.85799 171.. 13 .028 90.554

530. 12.08682 177,50 .028 82,237

5<tO. 12.31563 160 .67 .027 83,812

ENTHALPY ENTROPY Cp VELOCITY

OF SOUND

BTU/LB BTU/LB-R BTU/LB-R BTU/LB-R FT/S

-83, 174 .50131 .260 .398 3787.

-82, 326 .50 988 .259 . 398 3759. -80.337 .52929 .256 .398 3594.

-7 8. 348 .54779 .255 • 398 3532. -75.359 .55548 .253 . 398 3671. -74.370 .58241 .250 .398 3511. -72.379 .59867 .247 ,398 3451. -70.366 .61430 .244 , 399 3391. -66.391 .62935 .240 .399 3330. -55.393 .64388 .237 .40 0 3269.

-54. 391 .65793 .233 .401 3206.

-52. 364 .67154 .230 .402 3142. -60.372 .58473 .225 .403 3076. -58.353 .69755 .223 .406 3008. -57.404 .70 344 .221 .405 2975. 34.207 1.26754 .159 .229 683. 34.815 1.27126 . 158 .229 586. 35.955 1.27807 .158 . 227 698. 37.090 1.28466 . 158 .227 508. 38.221 1.29102 .158 .226 617. 39.348 1.29719 .157 .226 626. 40.472 1.30319 .167 .224 635. 41.593 1.30901 .167 .224 544. 42.712 1.31468 .157 .223 563.

43. 828 1.32019 .157 .223 662. 44.942 1.32556 .157 .223 570. 45.054 1.33079 .157 .222 578. 47.165 1.33590 .157 .222 667. 48.274 1.34066 . 155 .222 595. 49.382 1.34576 .155 .221 703. 50.486 1.36051 .155 .221 711. 51.593 1.36515 .155 .221 719.

52.597 1.36972 .156 .221 726. 53.600 1.36417 .155 .221 734. 54.90 3 1. 35654 .166 .220 741. 56.004 1.37282 .166 .220 749. 57.106 1.37701 .166 . 220 756. 56.205 1.38112 .156 .220 763. 69.304 1.38615 .156 .220 771. 60.403 1.38912 .156 .220 778. 51.501 1.39300 .155 .220 765. 62.599 1.39682 .165 .219 792. 63.696 1.40067 .155 .219 799. 64.792 1.40426 .156 .219 606. 56.985 1.41145 .156 .219 819. 59.175 1.41840 .156 .219 632. 71.365 1.42614 .156 .219 846. 73.563 1.43167 .165 .219 868. 75.741 1.43901 .156 .219 871. 77.928 1.44417 .156 .219 864. 80.114 1.45015 .165 .219 896. 82.300 1.46699 .155 .219 908.

64.466 1.45157 .156 .219 920. 86.671 1.45720 . 156 .219 932. 88.656 1.47260 .156 .219 943. 91.042 1.47786 .165 .219 955. 93.227 1.46301 .155 .219 966. 95.413 1.48803 .165 .219 977. 97.500 1.49295 .155 .219 988. 99.787 1.49775 .155 .219 999. 101.976 1.50246 .156 .219 1010. 104.165 1.50707 .156 .219 1021.

1D6.356 1.51158 .157 .219 1031. 108.646 1.61601 .157 .219 1041. 110.739 1.52035 .157 .219 1062. 112.933 1.52461 .157 .219 1062. 115.129 1.52860 .167 .220 1072. 117.326 1.53290 .16 7 .220 1082.

• THO-PHASE BOUNDARY

10i6
TABLE VIb. THERMODYNAMIC PROPERTIES OF OXYGEN

15. PSIA .ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ft3/lb DERIVATIVE DERIVATIVE ENERGY

OEG. R FT3-PSIA/LB PSIA/R BTU/L8

_ , _ 10 *n7 7^n 0* * ni ?T1 Qft7 til 105* on? *e:i PQA 7^ "an 77? 110 •

• ^^255 1 fl?« * ?ft 284 80 *7fl 7a7 115« a 01267 1749 68 272.31 l7^'7QL

120 a a 01280 1671.68 *7a*f

125* a 0 1293 249*68 '72*414

130. .01306 1517.59 239,25 -70.422

135. a01320 1441,60 229.28 -68.427

litO. a 0 133^ 1366 .42 219.7 0 -66 .429

1^5.

- 1292.13

150.

1 f' At

7n 1 ' ?

1

q? ft^ in 7^ '^7 1 af

*

1 fcn* fi^ "^A 7Qi * ni • f

1

7Q ^

1 n77 «Q n

c,n

* A7 165 3* 5696'* 5174 * 0 97 24 880 170. 3.68633 53.62 .093 25.692

175. 3.806^0 55.49 .090 26.500

1 9 0 « • ^ 7a "

a

165 a ^0 *i ftrt 190 a • 15 761 61.00

' n a 5 • 062 28.9 09 195 a 62.82 a 080 29.709

20 0* • 3 S 979 64 • 62 .0 78 30.505

20 5 a 66.41 * 31.301

21 0 a ^.62077 6 6.19 a 0 74 32.0 95 215a U . 73 5 89 69.97 .0 72 32.688

220. 65079 71.74 .070 33.680

225a **.965it9 73.50 ,068 34.471

23Qa 5 . 0 8 0 0 1 75 . ?6 • 0 67 35 . 261

235a 5 • 194 36 7 7.02 ,065 36 . 050 2^0 • 5.30 857 7 8.77 ,064 36.8 39

Z^tS a 5 . 'Z 2 6i* 8 0.51 .062 37.626

25 0 a 5 . 53658 62.25 a 0 6

1

36.413

255a 5 . 65 040 8 3.99 .06 0 39.200

260 a 5.76412 85.72 • 0 59 39.986

265 a 5 . 87773 87.46 .0 57 40.7 71 273a 5.99125 99.19 • 056 41.556

275a 6.10469 90.91 . 055 42.340

28 0* 6 • 21 605 92.63 .054 43.124

285a 6. 33133 94 • 36 .053 43.908

290 a 6.44454 96 • Q 8 .0 52 44 . 692

295a 6 . 55769 97 . 79 .051 45.4 75 .051

3io! 6.89676 102.93 .049 47.622

320a 7.12258 106.36 .047 49,386

330. 7.34821 1C9. 77 ,046 50.949

3W0a 7.57368 113.18 • 044 52.512

350. 7.79901 116»59 .043 54.073

360. 8. U2422 119.99 .042 55.635

370a 8.24931 123.39 .041 57.196

380. 8.47430 126.78 , 040 58.757

390. 8.69921 130.18 .0 39 60.319

l»00a 8.92402 133.57 .036 61.660

<llOa 9.14877 136.96 .037 63.441

U20a 9.37344 140 . 34 • 036 65.002

(i30. 9,59806 143.73 • 035 66,564

^40. 9.82261 147. 11 ,034 66.127 10.04711 150 .49 .033 69.690

(*6i}. 10.27157 1&3.87 .033 71,254

1*70. 10.49596 157.25 ,032 72.819

la. 72035 160 .63 .031 74.395

10 • 94466 1' .00 .031 75.952

500 . 11.16698 167.38 ,030 77.5^1

510. 11.39325 170. 75 .029 79.^90

520. 11.61749 74.12 .029 80 . 662 530. 11.84169 : 7.50 .028 82.235

5U3. 12.06567 .60.87 .028 83.610

ENTHALPY ENTROPY Cy Cp VELOCIT

OF SOUh BTU/LB BTU/LB-R 9TU/LB-R BTU/LB-R FT/S

c ,5 0131 a 26 0 .398

- 3787a

- 8 2, 32 5 a 5 0 96

8

• 259 .39 9 3 758 a -80 a 3 3 7 a 52929 a 25 8 • 399 3694a

*7t' 7CQ

a 54 77 9 • 25 5 a 398 3632 a

a 25 3 . 398 3571

,

"7 7^0 ' ca ^(li

• 25 0 . 398 3511a "75770 • . 398 3451 • '70 385 a 61 429 a 24 4 .399 3391 • -68.390 .62935 • 240 .399 3330^ -66.392 a643d8 • 237 • 400 3269a -64,391 • 65 793 a 2 3 3 .401 3206 a * a 40 2 3142 a -6 0. 37 2 . 6 847 3 a 226 .403 3076 • 58.35 2 . 69755 a 22 3 • 40 5 30 0 6a -57,260 . 70 432 .221 .40 6 2971

.

34,267 1.26 66 6 ,159 a 22 9 564 a 34.795 1,26991 a 159 .229 568.

1 , 27672 ,158 .22 8 596 . 37.073 1.29331 .158 .227 603. 38.205 1.26968 • 156 • 226 617. 39.333 1,29587 a 15 7 • 225 626 a 40,45 7 1,30186 • 157 .22 5 635 . 41,579 1,30769 • 157 • 224 644 , 42 • 698 1.31 336 • 157 .224 653 • 43 a 815 1 a 3168 7 a 157 a 223 662a 44.93 0 1 • 32425 .157 .22 3 67 0, 4&a 043 1 a 32 948 a 15 7 « 222 678 a 47,154 1 • 33 459 • 157 .222 687 a 48.263 1 . 3 3 95 8 • 156 .222 695. 49.371 1.34445 .156 .221 703a 50,478 1.34921 a 156 • 221 711a 51*584 1.35387 • 156 • 221 719.

5 2.666 1 • 35 842 • 156 . 221 726

.

5 3. 792 1,362 88 .156 .221 734 , 54,894 1 • 36 72 5 . 156 .220 741

.

55. 996 1.37152 .156 .220 749 • 57.09 7 1.37572 .156 .220 756

.

5 8.197 1,37993 a 156 • 22 0 763 , 59.297 1,36387 .156 .220 771, 60.396 1,38783 . 156 • 220 778, 61.494 1 . 39172 . 156 220 795

.

62.592 1.3955 3 • 156 . 220 792 • 63.699 1 . 39929 • 156 .219 799 , 64, 786 1.40 297 a 156 .219 906 • 66 • 979 1.41016 • 1 5 6 .219 819. 69^170 1.41712 .156 .219 832. 71.359 1.42386 . 156 . 219 846. 73.548 1.43039 .156 .219 859, 75.736 1.43673 . 156 .219 871, 77.923 1.4426 9 .156 . 219 864 . 80^110 1 .44886 . 156 .219 896. 82.296 1.45471 ,156 .219 908. 84.481 1.46039 .156 .219 920. 66.667 1.46592 ,156 .219 932. 88,852 1.47132 • 156 .219 943, 91.036 1^47659 .156 ,219 955. 93,224 1,48173 ,156 .219 966. 95.410 1 .46676 .156 .219 977. 97,597 1.49167 al56 .219 988. 99,764 1. 49646 .156 .219 999. 1C1.973 1.50118 al56 .219 1010. 104.162 1.50579 . 156 . 219 1021. 106.352 1.51031 .157 .219 1031. 108.544 1 .51474 • 157 .219 1041. 110.736 1.51908 ,157 ,219 1352. 112.931 1.52334 • 157 .219 1062. 115.126 1.52752 • 157 .220 1372. 117.324 1,531d3 . 157 .220 1082.

TWO-PHASE BOUNQARY 107
TABLE VIb. THERMOOYNiMIC PROPERTIES OF OXYGEN

20. PSIS isosa^

temperatu-!e volume isctherm isochore internal oeriuatiue oerivatiue energy

OEG, R Ft3/L3 Ft3-psIA/L3 PSIA/R STU/L8

» 97.875 .01226 2C22.C5 320. C7 -63.207

10 0 . . 01231 1 987 . 8'. 313.2". -82.362

105. .012'.3 190 7 . 93 298. 36 -80 .373 110. . 01255 1928. 72 281.. 82 -78 . 395 115. .01267 1750.13 272.33 -76.397

120 . . 01 280 1672 . 1'. 2bC.68 -7'., '.07 125, . 01293 1691.. 78 2'.9. 7 0 -72 .M17 130 . . 01306 1518 . 08 239. 28 -70. '.25 135. . 01 320 l'.'.2 . 10 229 . 31 -63 , 1.31 lltO. .01331, 1366 . 93 219. 72 -66. ',33

1"»5. .0131,8 1292.66 210 .1,5 -61.. 1,32 150. .01363 1219.37 201.1.5 -52.1.25 155, • 0 1 3 79 1 11* 7 , 19 192.68 -60 .'il'. 16 0, . 01395 10 76 . 21 1 81, . 1

0

-58.395

165. . 0

1 1,12 10 0 6. 51, 175.58 -55.3 69

* 167. 8',0 • 0 1 ',2 3 967.60 170.97 -55.213

• 167.9'fO 2. €9739 51.59 .129 25.129

170 . 2. 73663 52 . 1,3 . 127 25.1*65

17 5. 2* 82700 5lt . 38 . 123 25.305

1 8 0 * 2.916 77 5 6.29 . 116 27,123

165. 3. 00603 58.19 . 115 27.935

190. 3.09'»6i, 60.07 .111 28.71,5

195. 3.18326 61.13 .108 29. 55', 200. 3.27132 63 .78 .105 30.358

205. 3.35907 65 .61 . 10 2 31.161

210. 3. l, 1,6514 67 .li3 .099 31.952

215. 3.53376 69.25 .097 32.751

22 0. 3. 62075 7 1.05 . 09 ii 33.558

225. 3. 70751. 72.31. .092 31,. 351, 230. 3. 791,15 71.. 63 .090 35.1119 235. 3.68058 76 .111 .088 35.9ii2 ^^a. 3. 96666 76.19 . 0 86 36.735

21.5. 1,. 05300 79.95 .081, 37.525

250 . It. 13901 61.72 .C82 38.317

255. 1,. 221,90 83.1.8 .080 39.107

260 . It. 31068 85.23 .079 39.895

265. It. 39536 86. 98 .077 1,0 .681, 270. l». 1.8 191, 99.73 .076 111.1.72 275. l». 5671.1, 90 .1.7 .071, 1.2.259 260 . 11.65285 92.21 .073 1)3. 01.6 265. 1,. 73619 93 .95 .071 ii3.832 290. 11.8231,6 95.68 .070 111,, 617

295. 1,. 90866 97. Ill .069 1,5. 1,02 30 0. 11.99361 99.111 .058 ii6,187 310. 5.16392 102.59 .055 1.7.755 320. 5. 33391, 106.03 .063 ii9.323 330. 5.50357 109.1.7 .061 50.889

31(0. 5.57315 112.90 .059 52,li55 350. 5.61.259 116.32 .058 511,019 360. 6.01190 119.71. .055 55.593

370. 6.16110 123.15 .055 57.11,7 380. 6.35020 125.56 .053 56.710

390. 5.51920 129.97 .052 50.273

1*00. 6.56612 133.37 .050 51.835

ItlO. 6.65697 136.77 .01t9 53.398

1,20. 7.02575 lliO .17 .QltS 611.961

1)30. 7.191ili7 lli3.55 .01.7 65.525

ti,0. 7.36312 lli6.96 .01|5 68.089

1.50. 7.63173 150 . 35 .01.5 59.553

1,60. 7.70029 153.711 . 0 lili 71.218

1.7 0. 7.86860 157.12 . 0lt3 72.7811

1)80. 8.03728 160.51 .01.2 711.351 ugo. 6.20571 153.69 .Olil 75.919

500. 6.371.11 167.27 .OliD 77.li89 510. 8.5ii2ii6 170.65 .0 39 79.059

520. 6.71082 1711.03 .039 80.531

530. 6.67913 177. Ill .036 62.205

5i>0. g.Oli/ltl 160.79 .037 83.781

ENTHALPY ENTROPY Cv Cp l/ELOCIT OF sou^ BTU/LB BTU/L B-R BTU/L9-R R T U/L BP

FT/ S

"63.162 .50131 • 260 .398 3 7 8 7. -82.315 .53986 • 25 9 .398 3 758. -80.327 • 52927 • 25 3 .398 3594

.

-78.339 .61,777 .265 • 3 9 8 3532 . -76.35 0 .655115 .253 .398 3571

.

-71..36C .58239 .250 .398 3511. -72.369 . 6986'i .247 .398 3452. -70.377 . 5 1 1,2 7 .244 .399 3 391.

-6 6 * 38 2 .62933 .24 0 • 3 9 9 3 3 31 . -65.381, . 511 3 8 6 .237 .400 3269.

'

1 ^1

' ^'I'i' \ ^

-,7,

* ^fl 7n 710

* 75

1

• 'Z'Z, 717^'

• 2 2 3

' 3 0 0 6. ~^

31

7

*7100

0

.219 ' 406 -55.161 . 7159'. .219 .408 2998. 35.119 1. 251.61, .160 .232 690. 35.52c 1.25751 .169 .232 695

.

35.776 1 . 261,31 .159 .230 504

.

37. 925 1.27079 .159 .229 514 • 39. C59 1.27705 .168 .228 623.

hO . 20 e 1.28313 • 158 .22 7 533.

'.I. 31,3 1 . 28 9G 2 • 15 6 .227 542

.

Ii2.li7'i 1 . 291.75 • 159 .226 551

.

1, 3 . 60 1 1. 30 0 32 . 167 . 225 559.

1.1.. 726 1 . 30571. .167 .225 668.

i.5.e'i9 I. 31102 .157 .224 676.

1,5.967 1.31617 .157 .224 685 . I18. 0 85 1.32119 .157 .223 593

.

U9. 20 C 1. 32609 .157 .22 3 701.

50.311, 1.33088 .157 .22 3 709.

51.1.26 1.33556 . 157 . 222 717. 62.536 1. 3lt01ii . 157 . 222 725

.

53.61.5 1.31, 1,63 . 156 .222 732.

51,. 753 1.31.901 . 155 .221 740. 55.650 1.35331 . 155 .221 748. 55.956 1.35752 . 156 . 221 755. 56.070 1 . 35165 .155 .221 762.

59.171, 1 .36570 .156 .221 770 . 60.277 1 . 36958 . 156 .221 777

.

61.379 1.37358 .155 .220 784.

62.1,81 1.3771.1 . 166 .220 791

.

63.562 1.33117 .166 .220 798.

611.582 1. 38li87 .156 .220 805. 56.680 1.39208 .156 .220 913. 59.077 1.39906 .156 .220 632. 71.272 1.1.0581 .156 .219 645.

73.li55 I.I1I235 . 156 .219 368. 75.557 l.lil671 . 155 .219 671.

77.81,9 1. 1121186 .155 .219 393. 60.036 l.'i306e .155 .219 696. 82.227 1.1.3672 .156 .219 903.

811.1,16 1.1.1,21,1 .155 .219 920. 96.505 1.1, 1,795 . 156 .219 931. 66.793 1 .1,5335 .156 .219 943. 90.961 1.1,5862 .156 .219 965. 93.169 1.1,5377 .155 .219 966. 95.359 l.li5690 .155 .219 977.

97.51,7 l.li7372 .155 .219 968. 99.735 l.ii765ii .155 .219 999. 101.926 1. 483211 . 156 .219 1010.

1011.117 l.li6765 . 155 .219 1021.

106.309 1. 49238 .167 .219 1031. 106.502 1. 49661 .157 .219 1041. 110.596 1.60115 .157 .219 1052. 112.692 1.50542 .157 .220 1062. 115.069 1.50960 .167 .220 1072. 117.268 1.51371 .167 .220 1082.

THO-PHASE BOUNDARY 108
TABLE «Ib. THERMODYNAMIC PROPERTIES OF OXYGEN

25. PSIA ISOBAR

TEMPERATURE

DEG. R

VOLUME ft3/lbISOTHERM ISOCHORE DERIVATIVE DERIVATIVE ft3-psia/lb PSIA/R

INTERNAL

ENERGY

BTU/LB

ENTHALPY

BTU/LB

ENTROPY BTU/LB-R BTU/LB-R

Cp VELOCITY

OF SOUND

BTU/L8-R FT/S

• 97.882 .01226 2022. 3<> 100. .01231 1988.26

105. .0121)3 1908.35

110. .01255 1829.15

115. .01267 1750.58

120. .01280 1672.61

125. .01293 1595.25

130. .01306 1518.56

135. .01320 l'«i<2.60

litO. .0133<t 1367. <»5

IkS. .0131.8 1293.18

150. .01363 1219.91

155. .01379 111.7.71. 160. .01395 10 75.76

165. .01U12 1007.13

170. .Ol^SO 938.92

• 172.077 911. Qit • 172.077 2.19572 52. 06 175. 2.23682 53.23

180. 2.3120". 55.22

185. 2.38'.69 57.18

190. 2. '.5567 59.12

195. 2.52363 61.03

200. 2.60001 52.92

205. 2.67107 61). 60 210. 2.7'»18i» 56.66

215. 2.el^3'. 58.51

220. 2.66261 70.35

225. 2.95257 72.18

230. 3. 02251. 73.99

235. 3.09223 75.80

2<tO. 3.16177 77 .50

320.07

313.27 298.39

281). 65 272,36

260.71

21.9.73 239. 31 229.31. 219.75

210.1.8 201.1.8 192.71

181.. 13 175.71

157.1.5

161.. 05

. 160 .156

.151

.11.5

. 11.1

.137

.133

.129 .125

.122 .119

.116

.113

.110 .106

-83.206

-82.361. -80.375

-78.388 -75.399

-71.. 1.10 -72.1.20 -70.1.28

-56.1.31. -66.1.37

-51.. 1.35 -52.1,30 -50.1.19

-58.1.01 -55.371.

-51.. 338

-53.1.89 25.619

25. 107 25.936

27.750 26.560 29.395

30.209

31.019 31.825

32.531

33.1.31.

31.. 235 35.035

35.633

35.530

-63.150 -82.307

-80.318

-78.330

-76,31.1

-71.. 351 -72,360 -70,366

-68.373

-55,375

-51.. 373 -52.357

-60,355

-58.336 -65.309

-51.. 272

-53.1.22

35, 761. 35.1.71 37.639

38.799

39,951.

1.1.102

U2.21.6

1.3,381.

1.1., 519

1.5.651 1.6.779

1.7.901. 1.9.027 50. me

51.257

.50132

,50 961. .52921.

,51.775 .5651.3 .58236

.59862

.611.21. .52930

.51.383 .55788

.5711,6

.661.67

.5971.9 .70997 .72213 ,72709

1,21,532

1.21,928 1,25567

1,25222

1,26838

1,271,35

1,28011. 1,28575

1,29123 1,29555

1.30171. 1.30580

1,31171.

1. 31555 1.32127

21,5. 3.23115 79.39 .105 37,1.25 52.383 1.32567

250. 3.3C01.1 61.18 .103 38.220 53.1.98 1.33038

255. 3,35955 82.96 .101 39.013 51., 612 1. 331.79 260. 3,1.3657 81.. 73 .099 39,805 55,723 1.33910

265. 3.50 71.9 86.50 .0 97 i.0,597 65,631. 1.31,331. 270. 3,57632 68.27 .095 1.1.367 57,91.3 1.31.71.8 275. 3,61.505 90.03 .093 1.2.177 59.061 1.35155

280. 3,71371 91.78 .091 1.2.955 60.156 1.35551* 285. 3,78229 93.53 .0 90 1.3.755 61,251. 1,3591.5 290. 3,85079 95.28 .086 1.1., 51.3 62.369 1.36330

295. 3.91923 97.03 .066 1.5.330 53.1.71. 1,35707

30 0. 3,98751 98,77 .085 1.6.117 51,. 577 1,37076

310. 1., 121.20 1C2.21. .082 1.7.669 56.782 1,37801

320. 1.. 26056 1C5.71 . 079 1.9.260 66, 961. 1,38500

330. 1.. 39678 109.15 ,077 50.629 71.181. 1,39177

31,0. 1.. 63283 112.61 ,075 52.396 73.382 1.39133

350. '..65673 116,05 ,072 53.955 75.578 l.i.0'.70 360. 1.. 601.51 119,1.9 ,070 55.531 77.773 1.1.1088 370. 1.. 91.017 122.92 ,068 57.097 79,966 1,1.1589 380. 5.07573 125.31. ,066 58,662 82,159 1,1.2271.

390, 5,21120 129,75 ,065 50 ,227 61.. 361 1.1.281,3

1.00. 6, 31.658 133.18 .063 61.791 66.51.2 1 .1.3398

1.10. 5.1.8189 136.59 . 061 63,355 68.733 1. 1.3939

1,20. 5.61713 11.0 . 00 .060 51.. 920 90,921. 1,1.1.1.57 1,30, 5,75231 11.3.1.0 .059 56.1.65 93.115 1 .1.1.982

1,1,3, 5, 8871.3 11.6 . 60 ,057 56.050 96.306 1,1.61.86

1,50. 6.02250 160,20 , 056 69.515 97,1.96 1.45978

1,60. 5.16752 153,60 ,055 71,182 99.686 1.1.61,60

1,70. 6.29250 155,99 , C5I. 72,71.9 101.679 1 .1.6931

1.80. 6.1.271.3 160.39 .052 71,. 317 101.. 072 1 .1.7393

1.90. 6.55233 163.78 . 051 75.885 106,265 1, 1.781.5 500. 6.69719 167,17 .050 77.1.57 106.1.60 1,1.8289 510. 6. B3202 170 .56 .01.9 79.028 110.656 1 . 1.8 723 520 . 5,96662 173.9". .01.6 80.501 112.853 1 .1.9150 530. 7, 10159 177 .33 .01.7 82.17b 115.051 1.'.9569

51.0. 7 ,23631. 180.71 .01.6 63.752 117.251 1 .1.9980

,260 .259

.258

.255

.253

.250

. 21.7

. 21.1.

. 21.0 .237

.233

.230 ,226

,223 ,213

,216 ,215

, 150

. 160 ,160

. 159 ,159 ,159

,158

, 158

, 158

, 158 .157

.157 .157

,157 ,157

.167

, 157 ,157

.157

.167

, 156

, 165 ,155

, 155

• 166

, 15b

, 155

, 166 ,166

, 156

,156 ,156

, 166

, 156

, 155

,156

, 155 ,156

, 166 ,156

,156 ,155

, 166 .156

, 155

.157

. 157 .157

. 157

. 157

. 157

. 398 3737.

.398 3759.

, 398 359l«. ,398 3632.

.396 3572. .396 3512.

,396 31.52. ,399 3392.

, 399 3331.

.1.00 3259.

.1,01 3207.

.1.02 311.3.

.1.03 3077.

.1.01. 3009.

.1.05 2939.

.1,06 2867.

.1.09 2836.

.236 595.

.231. 501.

.233 611.

,231 521.

,23 0 630. ,229 639. ,228 61.3.

. 227 657.

. 227 666. .225 675. .225 683.

.226 591 . ,221, 700.

,22". 70S.

.221, 716,

.22 3 723, ,223 731,

.223 739. .222 71.6.

. 222 751.. .222 751.

• 221 769.

. 221 775, .221 763,

.221 790.

. 221 797.

. 221 601.. .220 813,

. 220 331 ,

. 220 31,1.. .220 857,

.220 870 , .219 883, .219 395.

. 219 907 .

.219 919. .219 931. .219 91.3.

. 219 951.. .219 956. .219 977. .219 963 . .219 999. .219 1010. .219 1020.

.219 1031,

.220 101.1.

. 220 1352.

.220 1]62.

.220 1072.

. 220 1082.

• TWO-PHASE BOUNDARY 109
TABLE «Ib. THERMODYNAMIC PROPERTIES OF OXYGEN

30. PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cv Cp VELOCITY

Ft3/L8 DERIVATIVE derivative ENERGY OF SOUND

OEG. R ft3-psia/lb PSIA/R STU/LB BTU/LB aTU/L3-R BTU/LB-R 9TU/LB-R FT/S

97.889 .01226 20 22 .6". 320.07 -83.206 -63.138 .50133 .260 • 398

) 3787.

100. .01231 1988.67 313.29 -32.366 -82.296 .50931 .259 .398 3759.

105. .0121.3 1908.78 298.1.1 -80.378 -80.309 .52922 .253 .399 3695.

110. . 01255 1829.59 291*. 87 -78.390 -78.320 .51.772 .255 .398 3633.

115. .01267 1751.03 272.38 -75.1.02 -75.331 .5651.1 .253 .398 3572.

120. .01230 1673.07 260.73 -71.. 1.13 -7^.3lt2 .58231. .250 .393 3512.

125. .01293 1595.73 21.9. 76 -72.1.23 -72.351 .59659 .21.7 .393 31.52. 130. .01306 1519. 05 239.33 -70.H31 -70.359 .611.22 .21.1. .399 3392.

135. .01320 11. ".3. 10 229.37 -58.1.37 -66.361. .62927 .21.0 .399 3331.

litO. .01331. 1367.96 219.78 -55.l»ltl -66.366 .61.380 . 237 .1.00 3270.

11.5. .0131.8 1293. 71 210.51 -61.. 1.1.0 -61.. 365 .65795 .233 .1.01 3207.

150. . 01363 1220.1.6 201.51 -62.1.35 -52.359 .6711.5 .230 .1.02 311.3. 155. .01379 111.6.30 192.71. -60.1.21. -60 .31.7 .681.61. .226 .1.03 3077.

160. .01395 1077.35 161.. 16 -58.1.05 -56.328 .6971.6 .223 .1.01. 3010.

165. .011.12 1007.72 175.75 -56.380 -56.301 .70993 .219 .1.06 291.0. 170. .011.30 939.52 157.1.6 -51..31.I. -51.. 261. .72209 . 216 .1.08 2867.

175. .011.1.9 672.87 159.31. -52.296 -52.216 .73397 .213 .1.11 2792.

• 175.711 .011.52 853.53 156.20 -52.001. -51.921. .73561. .213 .1.11 2782.

• 175.711 1.85512 52.36 . 190 26.021 36.326 1.23771 .161 .238 599.

160. 1.9081.9 51.. 12 .181. 26.71.3 37.31.5 1.21.31.1. .151 .237 609.

165. 1.97015 56. 15 .178 27.579 36.521. 1.21.990 .150 .235 618.

190. 2.03129 58.15 .172 28.1.10 39.691. 1.25611. . 160 .233 527.

195. 2.09199 50.12 .165 29.235 1.0.657 1.26216 .159 • 232 637.

200. 2.15229 62.06 .161 30.057 1.2.013 1 .25801. . 159 .231 61.6. 205. 2.21225 63.98 .156 30 .871. 1.3. 151. 1.27372 .159 .230 655. 210. 2.27190 65.89 .152 31.669 1.1.. 310 1.27924 .158 .229 661.. 215. 2.33128 67.78 .11.8 32.500 1*5.1.51 1.281.52 .159 .228 673.

220. 2.3901.2 69.65 .11.1. 33.309 1.6.569 1.28985 .153 .227 661. 225. 2.1.1.933 71.51 .11.0 31.. 116 1.7.723 1.291.91. .158 .226 690.

230. 2.50605 73.35 .137 31.. 921 1.8.853 1.29991 • 158 .225 698. 235. 2.56660 75.19 .133 35.723 1.9.961 1.301.75 .157 .225 706.

21.0. 2.621.96 77.01 .130 36. 521) 51.107 1.30950 • 157 .225 7H».

21.5. 2.69321 73.83 .127 37.321. 52.230 1. 311*13 .157 .221* 722. 250. 2.71.130 80 .61. .125 38.122 53.350 1.31866 .157 .221* 730 . 255. 2.79 926 82.1. 1» .122 38.919 51.. 1.69 1.32309 ,157 .221* 738. 260. 2. 85713 81.. 23 .119 39.711. 55.586 1.3271*3 .157 .223 71*5. 255. 2.911.89 85.02 .117 1.0.509 55.702 1.33168 .157 .223 753. 270. 2.97251. 87.80 .111. 1.1.302 57.615 1.33581. .157 .223 760. 275. 3.03011 89.58 .112 1.2.095 58.928 1. 33993 .157 .222 768. 280. 3.08759 91. 35 .110 1.2.887 50.039 1.31*393 .157 .222 775. 265. 3^1l»500 93. 12 .109 1*3.578 61.11*9 1.31*786 .155 .222 782. 290. 3^20233 91.. 69 .106 1*1*. 1.68 62.257 1.35171 .155 .222 789.

295. 3.25960 96.61* .101* 1*5.257 53.355 1.35550 .155 .221 795.

300. 3.31660 96.1.0 .102 1*6.01*6 61.. 1.72 1.35922 .155 .221 803.

310. 3.1*3101* 101.90 .099 1*7.623 55.663 1.3661*7 .156 .221 817. 320. 3.51*507 105. 38 .096 1*9.197 58.690 1.3731.8 .156 .221 831.

330 ^ 3.65892 106.86 .093 50.769 71.095 1.38027 .155 .220 81* 1*. 31*0. 3.77261 112.33 .090 52.31*0 73.296 1. 38681. .156 .220 857.

350. 3.86615 115.79 .087 53.910 75.1.99 1.39322 .155 .220 870. 360. 3.99957 119.21* .081. 55.1*79 77.597 1.3991.1 . 155 ,220 882.

370. 1*. 11288 122.68 .082 57.01.7 79.695 1.1*051*3 .155 ,220 895.

380 . 1.. 22608 125.12 .080 58.511* 82.091 1.1*1129 .156 .220 907.

390. 1*. 33919 129.55 .078 60.181 81.. 285 1.1*1599 .155 .219 919.

1*00. 1*. 1*5222 132.99 .076 61.71,7 85.1.80 1.1*2255 .156 .219 931.

1*10. 1**56517 135.1*0 .071* 53.313 86.671. 1.1*2796 .156 .219 91.3. 1*20. 1*. 67606 139.82 .072 51*. 879 90.667 1.1*3325 .156 .219 951*. 1*30. 1*. 79088 11*3,21* . 070 66. I* 1*6 93.060 1.1*381*1 .155 .219 956.

1*1*0. 1*. 90361. 11*6.55 .059 56.012 95.253 1.1*1*31*5 .156 .219 977.

1*50. 5.01635 150,06 .067 69.579 97.1.1.5 1.1*1*838 .156 .219 983.

1.60. 5.12901 153. <»7 .066 71.11*5 99.639 1.1*5320 .155 .219 999.

1.70 . 5.21*163 156.87 .061* 72.715 101.833 1.1*5792 .156 .219 1010.

1.60. 5^351*21 160.27 .063 71*. 263 101*. 027 1.1*525'* .157 .219 1020.

1.90. 5.1*6575 153.67 .062 75.653 105.222 1.1*6706 .157 .220 1031.

50 0 . 5.57925 167.06 .060 77.1*25 106.1*18 1.1*7150 .157 .220 101*1. 510. 5^69172 170.1*6 .059 76.997 110.616 1.1*7585 .157 .220 1052.

520. 5^60l*16 173.85 .058 80.571 112.811. 1.1*8012 .157 .220 1062.

530. 5*91557 177.21. .057 62.11*6 115.011. 1.1*81*31 .157 .220 1072.

51.0. 6.02696 180 .63 .056 83.723 117.215 1.1*881*2 .157 .220 1062.

• THO-PHASE BOUNDARY 110
TABLE VIb. THERHOOYNAMIC PROPERTIES OF OXYGEN

3S. PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERH ISOCHORE INTERNAL ft3/ls DERIVATIVE derivative ENERGY

DEC. R ft3-psia/lb psia/r 8TU/LB

97. 896 .01226 2022.93 320. 07 -83.205

100. .01231 1989.08 313. 32 -82.368

lOS. .012<t3 1909.21 298.1*<* -80.380

110. .01255 1830. 03 281*. 90 -76.393

115. .01267 1751.1.8 272.1.1 -76\l.05 120. .01280 1673.53 260.76 -71., 1.15 125. .01293 1596.20 21.9.78 -72.1.26 130. .01306 1519.51. 239.36 -70.1.35 135. . 01320 11.1.3 60 229. 39 -68.1.1.1 1<|0. .0133i> 1368.1.7 219.81 -66.1* 1*1*

ll>5. .01348 12911.21. 210.51. -51*. 1*1*1* 150. .01363 1221.00 201. 51* -62.1*39 155. .01379 111.8.85 192.77 -50.1*28 160. .01395 1077.92 181*. 19 -58.1*11 165. .01'>12 1008. 31 175.78 -55.385

170. .QIAJO 91.0.13 167.52 -51*. 350 175. . Dittos 873.50 159. 38 -52.302

* 178. 912 .Oi<«&'> 822.51 153.10 -50.591

17 8. 912 1.60803 52.55 .221 25,3 59 180. 1.61988 53.00 .219 25.51*5 185. 1.67375 55.10 .211 27.391* 190. 1.72705 57.15 .203 28,235

195. 1.77969 59.19 .197 29.072

200. 1.83231 61.19 . 190 29.902

205. 1.88'.37 63,15 .185 30.728

210. 1.93610 65.10 .179 31.550

215. 1.93 756 67.03 .171. 32.368

220. 2.03876 5 8.91. .169 33,183

225. 2.03973 70.83 .165 33,995

230. 2.11*050 72,71 .161 31*, 805

235. 2.19108 71.. 57 .157 35.613

2(10. 2.2'tl50 76.1*2 .153 35.1*18

2<>5. 2.29177 78.26 .150 37.222

250. 2.3'.190 80.10 .11.6 38. 021. 255. 2.39190 91.92 .11.3 38.821. 260. 2.'t 1.179 83.73 .11.0 39.623

265. 2.'.9157 85.51* .137 1.0.1.20 270. 2.51.125 87.31* .131. 1.1.217 275. 2,590 81* 69.11* .132 1.2 . 0 12 280. 2.61*031* 90,92 .129 1.2.807 285. 2.68977 92.71 .127 1.3,600 290. 2.73913 91*. 1.8 .121. '.'.,393

295. 2.7881*1 96.25 .122 1*5, 185 300. 2.83761* 98. 03 .120 1*5.976 310. 2.93591 101 .55 .116 1*7,556 320. 3.03398 105.05 .112 1*9,133 330. 3.13186 108.55 .108 50.709

3I>0. 3.22959 112.01* ,105 52.233

350. 3.32717 115.52 .102 53,855

360. 3.1*21*52 118 .99 .099 55,1.27 37 0. 3.52196 122.1*5 .096 56,997

380. 3.61919 125.90 .093 58.565

390. 3.71633 129. 35 .091 60,135

1.00. 3.81339 132.79 .089 51,703

I»10. 3.91038 135 .22 .086 63.271

'•20. 1*. 00729 139.55 .091. 51.. 833

<t30. 1*. 101*11* 11.3,08 .082 56.1.Q5

(|it0. 1*. 20093 11.5.50 .03C 57.971.

<t5il. 1*. 29767 11.9. 92 .079 59.51.2

•tbO. 1*. 391*35 153.33 ,077 71.110

1*70. 1*. 1*9101 156.71. .075 72.580

<t80. 1*. 58762 150.15 .073 71., 250

<»90. 1*. 681.19 153.56 . 072 75,820

500. 1*. 78072 155.96 .071 77. 392 510. 1*. 87722 170,35 .059 78,965

520. 1*. 97369 173.75 .058 30.51.0 530. 5.07013 177,15 .C66 82,115

SiiO. 5.15555 180 .55 .055 83.591.

• TWO-PHASE BOUNDARY

ENTHALPY ENTROPY Cy Cp VELOCIT

OF SOUN BTU/LB BTU/LB-R BTO/LB-R BTU/LB-R FT/S

-83.126 .50133 .260 .393 3787. -82.289 .50979 .259 .398 3759. -80.300 .52920 .258 .398 3695. -78.311 .51.770 .255 .399 3633. -75.322 .56538 .253 .398 3572.

-71.. 333 .58232 .250 .398 3512.

-72.31.2 .59857 .21.7 .398 31.53. -70.350 .611*19 .2i.i> .399 3393. -58.355 .62925 .21.0 .399 3332. -66.35 8 . 61* 37 8 .237 . 1.0 0 3270.

-61.. 356 .55782 .233 .1.01 3208. -52.350 .6711.2 .230 .1*02 311*1*. -60.339 .681.61 .226 .1*03 3078. -58.320 .6971.3 .223 .1*01* 3010.

-56.291. .70990 .219 .1*06 291*0.

-51.. 257 .72206 .216 .1.08 2868. -52.209 .73391. .213 .1.11 2793. -50.596 .71.305 .211 .1.13 2732. 35.781 1.23126 .162 .21.1 502.

3 7 . 0 1*3 1.23273

38.21*2 1.23930 .161 .238 615.

39.1*29 1.21.563 .161 .237 625.

1*0.507 1.25175 .150 .235 631*. 1*1.777 1.25767 .160 .233 61* i>. 1*2.91*1 1.26 31.2 .159 .232 653.

1*1*. 098 1.26900 .159 .231 662.

1.5. 21.9 1.271*1*2 .159 .230 671.

1.6.396 1.27969 .158 .229 679.

1.7.539 1.231*83 . 158 .228 588.

1. 8 . 6 7 8 1.28983 .15 8 .22 7 696 . 1.9.813 1.291*71 .158 .227 705.

50.91.5 1.2991*8 .158 .226 713. 52.075 1. 301*11* .157 .226 721. 53.202 1.30869 .167 .225 729.

51., 325 1.31315 .157 .225 736.

55.1.1.8 1.31750 .157 .221. 71.1*. 56.566 1.32177 .157 .221. 752. 57,687 1.32595 .157 .221. 759.

53.801. 1.33005 .157 .223 767.

5 9.919 1 . 331*0

7

• 157 .223 771* . 51.033 1.33301 .157 .223 781.

52.11.5 1. 31.188 .157 .222 788. 63.256 1.31*559 . 157 .222 796.

61.. 357 1.31*91*1 .156 .222 803.

66.581. 1.35558 .155 .222 816. 68,797 1,35371 .155 . 221 830. 71,007 1.37051 .155 .221 91.3. 73.211. 1.37710 .156 .221 856.

75.1.19 1. 3331*9 .156 .220 369. 77.522 1.38970 .155 . 220 382. 79.623 1.39573 .155 . 220 891.. 82.022 1.1*0159 .155 .220 907.

81.. 221 1.1.0 730 .155 .220 919.

86.1.18 1.1.1236 .156 . 220 931.

88,511. 1.1.1829 , 155 .220 91.2. 90.810 1.1.2358 .156 .220 951.. 93,005 l.l.2e7>. ,156 .220 955. 95.200 1.1.3379 ,155 . 220 977. 97.395 1.1.3872 .155 .220 988. 99.591 1.1.1.356 , 155 .220 999. 101.785 1.1.1.827 .155 .220 1010. 1C3.982 1.1.5289 .157 .220 1020. 105.179 1.1.571.2 .157 .220 1031. 103.377 1.1.6135 .157 . 220 101.1. 110.575 1,1.6622 .157 .220 1052.

112. 775 1,1*701.9 .157 . 220 1352.

111.. 976 1. 1.71.08 .157 .220 1072. 117,179 1 .1.7880 .157 .220 1082.

m
TABLE VIb. THERM00YN4MIC PROPERTIES OF OXYGEN

1*0. PSIA ISOBAR

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

CEG. R Ft3/LB FT3-PSIA/La PSI4/R BTU/LB BTU/LB BTU/LB-R BTU/L3-R BTU/L8-P FT/S

• 97.903 .01226 2023.22 320 . 07 -83. 201. 10 0. . 01231 196'). k<) 313.31. -82 ,371

105. .012'.3 1909 .63 298 . '.6 -80. 383

110. .01255 1830 . '.6 28't. 92 -78 . 395 115. . 01267 1751. 92 272. 1.3 -76. hO?

120. . 01280 1673. 99 260 . 78 -71.. ".19 125. . 01293 1596.67 2<t9.ei -72.1.29 130. . 01306 1520 . 02 239. 39 -70 .1.38 135. . 01320 11.1.1.. 10 229.1.2 -68.ltlti. li»0. .01331. 1368.99 219.81. -66.^1.8

11.5. .0131.8 129i(. 77 210.57 -5'.. 1(1(8 150. .01363 1221.51. 201.57 -52.1.1.3 155. • 0 1 3 79 -6 0 . 1. 3

3

160. .01395 1078.5(1 181.. 23 -58,1(15 165. .011(12 1008.90 175.82 -55.390

170. . 011.30 91(0 . 71. 157.55 -5l(.355 175. .011.1(9 871.. 12 159.1(2 -52.309

180. .011(68 809.15 151.1.0 -50.21.8

» 181.786 .011(75 785. 37 11(8.56 -1(9.508

» 181.785 1.1(2035 52.55 .251 25.550

185. 1.1(5118 51.. 03 .21.5 27.201. 190. 1.1.9867 56.15 .235 28.058

19 5. 1 . 51. 56i( 5 8.25 .226 26.9 01. 200 . 1.59216 6G.30 . 220 29.71.l( 205. 1.63833 62.32 .211. 30.579

210. 1. 681.15 ft. 31 .207 31.1.08 215. 1.72967 66.28 .201 32.231. 220. 1.771(93 68.22 .195 33.055

225. 1. 81996 70.15 . 19C 33.673

230 . 1.861.77 72.06 .165 3l(.538 235. 1.9091(0 73.95 .161 35.501

21.0. 1.95385 75.83 .176 36.311

21.5. 1.99815 77. 70 .172 37.119

250. 2.01(231 79.55 . 166 37.921. 255. 2.0863l( 81.1(0 .16li 38.728

260. 2.13025 83.23 .161 39.531

265. 2.171.06 85.06 .157 1(0. 332

270 . 2.21 776 86.88 .151. 1(1.131 275. 2.26137 88.69 .151 1(1.929 280. 2.301(89 90.1.9 .11(8 1(2. 726 285. 2.3l(83l( 92.29 .11(5 1(3.522 290. 2.39171 9i(.08 .11(3 l(l(.317

295. 2.1(3601 95.87 . 11(0 1(5.111 300. 2.1(7825 97.65 .137 1(5.905 310. 2.551.56 101.20 .133 1(7.1.89 320. 2.65065 10l(. 74 .128 1.9.070 330. 2. 73657 108.25 .121. 50.61(9

31. 0. 2.82232 111.75 . 120 52.225

350 . 2.90792 115.25 .117 53.601

360. 2. 9931.0 118.71. .113 55.371( 370. 3.07876 122.21 .110 56.91(7 380. 3.161.02 125.68 .107 58.518

390. 3.21.919 129.11. .101, 60.099

<.oo. 3.331(27 132.59 . 101 61.659

1.13. 3.1.1928 135.01. .099 63.226

1.20. 3.501(21 139.1.8 .0 96 5l(.797

1(30. 3.58909 11(2.92 .091. 66.355

<ti>0. 3.67390 11.6. 35 .092 57.935

1.50. 3.75867 11(9.77 .090 69.505

1.60. 3.81(338 153.20 .086 71.071.

1(70. 3.92805 156.52 .086 72.61(5

1(80. l(. 01268 150.03 .08l( 7i(.215

1(90. <(. 09727 163.1.5 .062 75.788

500. 4. 18182 166.86 .081 77.360

SIO. 1*. 26631. 170.25 .079 78.931. 520. 173.57 .078 80.510

530. 177.07 .076 82.067

5^0. 1.. 51971. 180.1(7 .075 63.555

-83. 111. .50131. .260 .398 3783. -82.279 .50977 .259 .398 3750 . -78.30E .51(768 .255 .396 3633. -75.313 .55535 .253 .398 3573.

-71,. 321. .58229 . 250 .398 3513. -72.333 . 59851. .247 .398 3453.

-7C.31.1 .511.17 .244 .399 3393.

-68.31.7 .62922 .240 .399 3332.

-66.31(9 .51.375 .237 .400 3271.

-5l(.3l.8 .55779 .233 .401 3208.

-62.31.2 .67139 .230 .402 3144.

-60. 331 .225 30 78. -58. 312 .69740 .223 .404 3011. -55.286 .70987 .219 .405 2941.

-51.. 21(9 .72203 .216 .408 2669. -52.201 .73390 .213 .411 2794.

-50.11.0 .71(552 .210 .414 2715.

-1.9. 399 .71(961 .209 .415 2687.

37. 170 1.22557 . 163 .244 605. 37.952 1.22991. .162 .242 612. 39.156 1.23537 .162 .240 622.

1 . 2 1. 2 5 7 .161

1.1.537 1.24857 .150 .235 541.

1.2.711. 1.251.38 .160 .234 551.

1.3.883 1.26002 .150 .233 650 . 1.5.01(5 1.2551.9 .159 .232 559.

1(6.202 1.27061 .159 .231 678.

1.7. 351. 1.27598 .159 .230 585.

1.8.501 1.28102 .158 .229 695.

1.28591. . 158 .228 703 . 50.763 1.29074 .158 .226 711.

51.919 1.29 542 .158 .22 7 719. 53.052 1.30000 .158 .225 727.

5i(.182 1.30446 .157 .225 735. 55.309 1.30685 .157 .225 743.

56.1(35 1.31314 .157 .225 751. 57.558 1.31734 .157 .224 756. 58.579 1.32145 .157 .224 765. 59.799 1.32549 .157 .224 773. 50.916 1.32945 . 157 .223 780. 52.033 1.33333 .157 .223 788.

63.11.7 1.33714 .157 .223 795.

61.. 261 1. 34088 .157 .223 802.

6&.i.6l( 1.34817 .155 .222 815. 58.703 1.35522 .155 .222 829. 70.918 1. 36203 ,156 .221 643. 73.130 1.36854 .155 .221 855.

75.31.0 1.37504 .155 .221 859.

77.5<(6 1. 38126 .155 .221 882.

79. 751 1.38730 .155 .220 894.

81.951( 1.39317 . 156 . 220 905.

ei(.156 1.39869 .155 .220 919. 66.355 1.40445 .156 .223 930.

68.551. 1.40989 .155 .220 942. 90.753 1.41519 . 156 .220 954. 92.950 1.42036 . 156 .220 965.

95.11(8 1.42541 .155 . 220 977.

97.31.5 1.43035 .156 .220 988.

99.51(2 1.43518 . 155 .220 999. 101.739 1.43990 . 155 .220 1010. 103.937 1.44453 . 157 .220 1020.

105.136 1.44905 .157 .220 1031. 106.335 1.45351 .157 .220 1041. 110.535 1.45765 .157 .220 1052. 112.736 1.46214 .157 .220 1062.

111.. 939 1.46633 .157 .220 1072.

117.11.3 1.47045 .157 .220 1082.

• THO-PHASE eOUNOARY H2
TABLE VIb. THERMODYNAMIC PROPERTIES OF OXYGEN

1*5. PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL

OERIVATIy/E QERIVATIUE ENERGY

DEG. R FTJ/LB Ft3-PSIA/LB PSIA/R BTU/LB

» 97.910 .01226 2023.52 320.07 -63.20'. 100. .01231 1989.91 313.37 -82.373

105. .012<t3 1910.06 298.1)9 -80.38S

110. .01255 1830.90 281.. 95 -76.398

115. .01267 1752.37 272.1.6 -75.1.10 120. .01280 1671.. 1.5 260.81 -71.. 1.22 125. .01293 1597 .15 2^9.83 -72.1.32 130. .01306 1520.51 239.1.1 -70.1.1.1 135. .01319 11.1.1.. 60 229.1.5 -68.1.1.8

11.0. .01331. 1369.50 219.66 -66.1.52

11.5. .0131.8 1295.29 210.60 -61.. 1,52 ISO. . 01363 1222.08 201.60 -52.1.1.7 155. .01379 111.9.97 192.83 -50.1.37 160. .01395 1079.07 181.. 25 -58.1.21 165. .01 1.12 1009.1.9 175. 85 -56. 396

170. .011.30 91.1.31. 157.59 -?'..361 175. . 011.1.8 871.. 71. 159.1.6 -52.315

180. .011.68 609.80 151.1.1. -50.256

• 181.. 1.03 .011.86 751.. 07 11.1.. 1.7 -1*8.1.28 • 161.. 1.03 1.27261, 52.68 .282 26.901. 165. 1. 27781 62.93 .281 27,008

190. 1.32081 55.11. .270 27.875

195. 1.36327 57.29 .260 28.731. 200. 1.1.0526 59.1.0 .251 29.581.

20 5. 1 . 1.1.661. 61 . 1.7 .21.3 3 0 . 1.27 210. 1.1.8808 63.51 .236 31.265

215. 1.52900 65.52 .229 32.098

220. 1.56966 67.50 .222 32.926

225. 1.61007 69.1.6 .216 33.750

230. 1. 65026 71.1.0 .210 31.. 571 235. 1.69026 73.33 .206 36.388

21.0. 1.73008 75.23 .200 36.203

21.5. 1.76975 77.13 .195 37,016

250. 1.80927 79.00 . 190 37.625

255. 1.81.865 80 .67 .185 38.632

260. 1.88792 82.73 .162 39.1.38 265. 1.92708 61.. 53 .176 1.0.21.2 270. 1.96613 86.1.1 .171. 1.1.01.6 275. 2. 00510 88.21. .171 1.1.81.6 280. 2.01.397 90.06 .167 1.2.61.5 285. 2.08277 91.88 .161. 1.3.1,1.1. 290. 2.1211.9 93.66 .161 1.1.. 21.2

295. 2. 16011. 95 .1.9 .158 1.5.038

30 0. 2.19672 97.28 .155 1.5.833 310. 2.27S72 100.86 . 150 1.7.1,21 320. 2. 35251 101.. 1.1 .11.6 1.9.006 330. 2.1.2911 107.95 .11.0 50.588

31.0. 2.50555 111 .1.8 .136 52.166

350. 2.68161. 111.. 99 .131 53.71.6 360. 2.65801 118 .1.9 .128 55. 322 370. 2. 731.06 121.98 .121. 56.897

380. 2.81000 125.1.6 ,121 56,1.70

390. 2. 68585 128.93 .117 60,01.3

1.00. 2.96162 132.1.0 .111. 61,611.

1.10. 3.03731 135 .85 .111 53.185

1.20. 3.11293 139. 31 .1C9 51.. 756

1.30. 3.1681.9 11.2.75 .106 66.326

1.1.0. 3.26399 11.6.19 .101. 57.897

1.50. 3.3391.1. 11.9.53 .101 59.1.67

1.60. 3.1.11.81. 153.06 .099 71.036

1.70. 3.1.9019 156.1.9 .097 72.510

1.80. 3.56550 159.91 .095 71.. 182

1.90. 3.61.078 163.33 .093 75.765

500 . 3. 71602 165. 75 .1,91 77.328

513. 3.79122 170.17 .089 78.903

520 . 3.8661.0 173.58 .087 80.1.79 530. 3.91.155 175.99 .086 82.057

51.0. 1.. 01667 180 .1.0 .031. 83.635

ENTHALPY ENTROPY Cy Cp VELOCITY

OF SOUND

BTU/LB BTU/L8-R BTU/L9-R 6TU/LB-R FT/S

-83.102 .60136 .260 .39 8 3788. -82.270 .50976 . 269 .398 3760 . -80.262 .52915 .268 . 398 3696 c -78.293 . 51.755 .255 .393 3631,. -75.301. .56531. .255 . 398 3573.

-71.. 315 .58227 .260 .398 3513.

-72.321. .59852 .21.7 .398 31.53. -70.332 .611,15 .21.1. .399 3393. -66.336 . 62920 .21.0 . 399 3333.

-66.31.0 .61.372 .237 .1.00 3271.

-51.. 339 ."55777 .231. . ijO 1 3209.

-52.331. .67137 .230 . 1,0 2 311.1*. -60.322 . 681.56 .225 . 1.0 3 3079.

-58.301. .59737 .223 .itOi. 3011. -65.276 .70981. .220 .1.06 291*2.

-51.. 21.2 .72199 . 215 .1.03 2859.

-52.191. .73335 .213 .1.11 2795.

-5 0.133 , 71.51.8 .210 . 1.11. 2717.

-1.8.301. . 75552 .206 . 1.17 251*5. 37.508 1.22072 .163 .21.7 507 . 37.565 1.22152 . 163 . 21.7 50 3. 36.861 1.22805 .153 .21.1. 519.

1.0.093 1.231.36 . 152 . 21.1 529.

1.1.293 1.21.01.3 .161 .239 539.

1.2.1.61. 1 . 21.531 . 151 .237 51*3. 1.3.555 1.25200 .150 .236 553.

1.1.. 838 1.25753 , .160 .231. 557.

1.5. 00 5 1.26289 . 159 .233 576.

1.7.166 1.25811 .169 .232 631*. 1.8.322 1.27319 . 159 .231 693.

1.9.1.73 1 .27 811. .169 .230 702. 60.519 1.28297 . 166 .229 710.

51. 752 1.28768 . 158 . 228 713. 62.901 1.29226 . 153 .228 726.

51.. 037 1.29578 .168 .227 731*. 55. 17C 1. 3G118 .158 .226 71*2. 55.300 1. 3061.9 .157 .225 760.

57. 1,26 1.3 0970 .157 .225 757.

58.551. 1.31 38^ .167 .225 765. 59.676 1.31788 . 157 .225 772. 50.600 1,32186 .167 . 221. 780. 61.920 1.32575 .157 .221. 737. 63.038 1.32957 . 157 .221. 791*.

61.. 165 1.33333 .167 .223 601.

56. 361. 1.31.051. . 157 .223 315. 68.609 1.31.770 .155 .222 829. 70.630 1.361,51, . 156 .222 31.2. 73.01.6 1.36115 .166 .222 855. 76.260 1. 36757 .156 .221 368.

7 7 , 1. 7

1

1.37360 . 155 .221 831. 79.679 1 .37985 .165 .221 891.. 81.686 1.38573 .156 .221 905.

81.. 09G 1.3911,6 . 156 . 220 913 . 86.293 1. 39701. . 156 .220 930 . 88.1.95 1.1.021.7 .165 .220 91.2. 90.596 1 .1.0 778 .166 .220 951.. 92.896 1. 1.1296 .166 .220 965. 95.095 1.1.1801 . 165 .220 976.

97.291. 1.1.2295 . 156 .220 983.

99.1.9'. 1.1,2778 .155 .220 999. 101.693 1 .1.3251 . 156 .220 1009. 103.692 1.1,3715 .157 . 220 1320 . 105.092 1.1.1.168 . 157 . 220 1031. 108.293 1.1.1,613 .157 . 220 101*1. 110.1.95 1.1.501.9 . 167 .223 1052. 112.597 1.1,61,76 .157 .220 1052.

111.. 901 1.1.5895 . 167 .220 1372. 117.106 1 .1.5308 . 168 .221 1 362.

» TWO-PHASE BOUNDARY 113
TABLE Vib. THERMODYNAMIC PROPERTIES OF OXYGEN

50. PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHCRE INTERNAL ENTHALPY ENTROPY Cp VELOCITY OERIUATIVE DERIVATIVE ENERGY OF SOUND

DEG. R FtS/LS Ft3-PSIA/LB PSIA/R 3TU/L3 BTU/LB BTU/LB-R BTU/L3-R BTU/LB-9 FT/S

97.919 .01226 2023.81 320.07 -83.203 -83.089 ,50136 .260 .399 3788.

100. .01231 1990.32 313.39 -82.375 -82.261 .60973 .259 . 393 3760.

.268 WO. .01255 1831.31. 281,. 97 -78.1,00 -78.284 .54763 .256 .398 3634. lis. .01267 1752.82 272. 1,6 -75.1,13 -75.295 .55531 .253 .398 3573.

120. .01280 1671,. 91 250.83 -71,. 1,21, -74.306 .58225 .250 .398 3514. 125. . 01293 1597.62 21,9.86 -72.1.35 -72.315 .59350 .247 .398 3454.

130. .01306 1521. 00 239. 1,1. -70 .1,1,1, -70.323 .61412 . 244 .399 3394.

135. .01319 11.1.5 .10 229.1.7 -58,1,51 -68.329 .62917 .240 .399 3333.

IkB. . 01333 1370,01 219.89 -65,1,55 -65.332 .54370 .237 .400 3272.

li>5. . C13lt9 1295.92 210.63 -51,. 1,55 -64.331 .55774 . 234 .401 3209.

150. .01363 1222.62 201.63 -62.1.52 -62.325 .57134 .230 .402 3145.

160. .01395 1079,61, 131,. 29 -56.1,25 -58.296 .59734 .223 .404 3012.

165. .011.12 1010,06 175.89 -55.1,01 -56.270 .70930 .223 ..40 5 2942.

170. .011.30 91.1.91, 167.63 -51,. 367 -54.234 .72196 .216 .408 2873.

175. . Cl'.'.S 875.36 159.50 -52.321 -52.187 .73383 .213 .411 2795.

leo. .Cli<68 810.1,1, 151. 1,6 -50.252 -50.125 .74544 .210 .414 2717.

185. .Oli.89 71,7,26 11,3.58 -1,6.186 -48.048 .75683 .208 .417 2536, 186.111 . 011.96 721,. 95 11.0 . 71, -17.1,30 -47.291 .76090 . 207 .419 2506.

185. 611 1.15321. 52 .65 . 313 27.129 37.805 1.21627 .164 .250 609. 190. 1.17833 51.. 09 .305 27.689 38,598 1.22049 .164 . 248 616.

195. 1.21721 .291. 3 9.829 1 . c c bo 9 ZOO. 1.25559 59.1.9 .293 29.1,20 41.045 1.23304 .162 .242 535. 205. 1.2935'i 60 .61 .271. 30,273 42.250 1.23899 . 161 .240 645. 210. 1.33113 62.70 .265 31.119 43.444 1.24475 . 151 .238 556. 215. 1.36939 C1..75 .257 31.950 44.529 1.25033 .160 .236 655. 220. . 1.1.0537 66.77 .2119 32.795 45,806 1.26574 .160 .235 574.

225. 1. 1.1.21C 68.77 .21,2 33.625 45.977 1.26100 .160 .233 583. 233. 1.1.7860 70 .71, .235 31,, 1,51 48.141 1.26612 .159 .232 591. 235. 1.511.90 72.70 .229 35,274 49.300 1.27110 . 159 .231 700 . 240. , 1.55103 74.63 .221, 35.091, 50.454 1.27596 .159 .230 709.

2,'* 5. 1.58 699 75.55 . 218 36,910 51.604 1.28070 .15 8 ,229 717.

25 0

.

1.62280 78.1,5 .213 37.724 52,749 1.28533 .158 .229 725. 255. 1.6581.8 80.35 .208 38,536 53.891 1. 29985 .158 .228 733. 260. I. 691.0 3 82.22 .203 39.345 55.030 1.29428 .155 .227 741. 265. 1.7291.9 81.. 09 .199 40.153 56.165 1.29860 .158 .227 749. 273. 1.761.82 6 5.95 .195 40 .958 57.298 1. 30284 . 158 .226 755. 275. 1.80006 87.79 .191 41.752 56.429 1.30599 .157 .226 764. 280. 1.83522 99.63 .197 42.565 69.557 1.31105 .157 .225 771. 285. 1.87030 91.1,5 .183 43.366 60.682 1.31504 .157 .225 779. 290. 1.90530 93.28 .180 44.166 61.805 1.31894 .157 .225 786.

295. 1.91.023 95.10 .176 44.964 62.928 1.32278 .157 .224 793.

300. 1.97509 96,91 .173 45.762 64.049 1.32656 .157 .224 800. 310. 2. 01. 1.65 100.51 .157 47.354 66.285 1.33388 .157 .223 814. 320. 2. 11399 101,, 09 . 161 46.942 68.515 1.34096 .157 .223 328. 330. 2.18311. 1C7.65 .156 50.528 70.741 1.34781 .157 .222 842.

3<>3. 2.25213 111, 19 .151 52.111 72.962 1.35444 .155 .222 855. 350. 2.32098 111,. 72 .11,6 53.691 75.180 1.36087 .166 .222 868. 360. 2.38969 119,21, .11,2 55.270 77.395 1.36711 .166 .221 881. 370. 2.1.5829 121,71, .138 55.847 79.607 1.37317 .166 .221 893. 360. 2.52678 125,21, .131, 58.422 81.817 1.37906 .166 .221 906. 390. 2.59518 126.73 .131 59.996 94.024 1.38480 .155 .221 918.

••oo. 2.66350 132.20 .127 61.570 85.230 1.39038 .165 .221 933.

i>10. 2.73171. 135,67 .121, 53.143 88.435 1.39682 .156 .220 942.

<t20. 2.79991 139.11, .121 54.715 90.636 1.40113 .156 .220 953. hZO. 2.86802 11,2 . 59 .118 55.287 92.841 1.40632 .165 .220 965.

<t<tO. 2.93605 11,5.01, .115 67.858 95.042 1.41138 .166 .220 975.

ItSO. 3.001.06 11,9,1,9 .113 69.430 97.244 1.41533 .156 .220 987.

It60. 3.07200 152.93 .110 71.002 99.445 1.42115 .155 .220 998.

<t70. 3.13990 166.36 . 108 72.575 101.646 1.42590 .157 .220 1009.

I<80. 3. 20 775 159.80 .105 74.148 103.847 1.43063 .157 .220 1020.

<>9D. 3.27559 163.22 .103 75.722 105.049 1.43507 .157 .220 1031. 500. 3.31.337 166.65 . 101 77.296 108.251 1.43952 .157 .220 1041. 510. 3.1.1113 170.07 .099 78.872 110.464 1.44388 .157 .220 1052.

520. 3.1.7885 173.1.9 .097 80.449 112.658 1.44816 .167 .220 1062.

530. 3.5lt65l. 176.90 .095 82.027 114.864 1.45236 .157 .221 1072.

5(10. 3.611.21 180.32 .093 83.607 117. 07C 1.45649 .158 .221 1062.

• TWO-PHASE BOUNDARY

114
TABLE VIb. THERMODYNAMIC PROPERTIES OF OXYGEN

100. PSIA ISOBAR

HPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cv Cp VELOCITY

f\3 /LB DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG» R ft3 —p ^ t ft /I n PSIA/R BTU/LB BTU/LB nTi 1 /

1

D t \3f LB K DT 1 1 /I a_ D D 1 U/L D— K 0 I U/L 0— K FT /S

97 989 .01225 2026 7*» 320 09 93 196 -fl? QfiQ • 37 90.

10 0 • . 01230 1 99U • *»5 313* 61* "82 « 3 97 Ib? '

1 to

* 11^ 105* . 0 1 2*»2 1 91't • 72 298. 76 lAn 1 fli 7ftQQ* 110 a .01 2S^ 16 35*70 285*22 "7 8 • 1*25 -7fi 1Q7 * TQB 7ft77 115« .01267 1 7 57 • 3 0 272.73 -76*201. '565O6 '253 7^77 * 7Qft * ^zz 120* • 01279 16 79 • 51 261*0 9 -71* .1*53 -71. . 21

6

* 5 8 20

1

.250 • 7K1 7 125* * Q^jgl

7^R7

' 1525* 85 239*7 0 ~70 *i*76 "70*235 *61 387 * 21.1

* 398 3398* i'si .01319 I'tSO.Og 229. 7tt -68.1*86 -58.21.1 .62892 .21.1 .399 3337.

IfftO. .01333 1375,13 220.17 -66.i»92 -65.21.5 *6i*3i*3 .237 .399 3276.

l*»5 • . 0 1 3*.7 1 o 0 1 • U 8 210* 91 •61* • 1* 95 -61. 21.6 _

231. 15 0 • • 0 1 36 2 1228*03 201.93 62 * 1*91* -6 2 . 2 1.2 .230 'toi 3150

* 15S« . 01376 1156*08 193.17 -60 . 1* 8 7 -60.232 * 6 8 1*2 3 • 22 7 , 1.0 2 3 081.. 16 0 • .0139'* 1065*35 1 6 1* • 6 2 -58.1* 71* -58.216 * 697 0 3 .223 3 017. 165 • . 0 1 'til 176.23 -56 1*5 U -56.192 .220 , 1.0 6 170 • . 0 1 '•29 ^9^7 * ga -51* • 1*21* -51.. 159 7 2162 .216

'l!i n

?fl7ft'* 175 • 881*57 159. 98 -52 * 3 8 3

' 01'*67 -50*328 -50.057 71*5 0 7

* 211 * 1.1 3 2725*

185. .011.87 753.85 lUit. 01 -1*8.259 -1.7.963 .7561*1* .208 ,1.15 261.1.. 190. .01509 692*7'* 136*21* -1*6.170 -1.5.691 *76760 .205 ,1.21 2560 .

195 a .01532 6 33*58 128*59 ^uu n

n

*. *. • u 0 u -1.3 776 201. 1.25 20 0. .01 55 7 576 • *• 3 121*06 -'.1.63 5 ,20 3 , 1.3

1

77fl1

*

* 527*60 "1.0 .0 07 -3 9 . 7 1 1. * fl^^fl

* 17?

, 1.3 7 77q7

' ^^^63^ ,27 7 619*

20 5. • • * 6 3 0 • 39.669 *

1 ft7't 7

*

•

1 71 ,277 620. .602 1*19376 ,270

ftf 7' 91 r' 577 X * & U J U H 220 *66389 59 09 31385 1.3*679 1 • 20 60 6

' 166 * 260 55^

*

225. .681.39 ei.51 .531* 32.293 1.1.. 966 1,21181. , 165 ,256 561.. 230. .70'.56 63*87 .515 33.189 1.6.235 l,217^2 . 151. .252 671..

f ?«' • If ^ft

' ^7

3'. • 0 7*. CH 0 . • . 3'*. 950 1,2280'.

*.131 A 7*

• Pi!? ftq7

*

c;i

.

7^ * 7ft ?B7 * fin 1 7P fli yf

* '

i ?f 7a.

* 1ft? 711'

7' ^7 ' CBL

*

1 ftl 720* lln *H?nA«

7Q *

1 ^

1 ' 7a7u7

J"

•

1 ft 1 •

. '?^q 729.

'238 737. 270

* 61 * 20

* 1*11 ^0 067 55*962 1* 2561.5 * 150 ,237 71.6

.

275. .87696 83. 2** .(CI 1.0.903 57.11.2 1,26078 .150 .235 75't. 280. .895'.'. 65.25 . 392 1.1.735 58. 317 1,26501 .159 .231. 762. 285 . flQ

' 290. .93213 89.23y\ * 77r 1.3.390 50.551 1,27320 '.159 1 qq '777 77ft*

295.

f „ 91.19

.96850 93*1'* ' 360 1.5 03^ 62*968 128105 * 159 * 231 793

310. 97*01 .31*6 1.6 • 666 65.271 1,28861 .158 .23 0 806 . 320. l.Q'.O'.S ICO. 82 .333 1.6.291. 57.551 1,29586 .158 .229 822. 330. 1.07617 10<**60 . 321 1.9.911. 59.81.2 1,30269 ,158 ,226 836.

3i>0. 1.11167 108. 3it . 311 51.527 72.113 1,30957 .157 ,227 850 . 350. 1.1'.7C1 112.06 .300 53.136 71.. 375 1,31623 ,157 ,226 861.. 360. 1.18222 115. 7t* .291 51.. 71.0 76,632 1,32259 .157 .225 877. 370. 1.21731 119.1*0 .292 56.31.0 78,682 1,32875 ,157 ,225 890. 380. 1.25229 1^3.0' .271* 57.937 61,125 1,331.7'. ,157 ,221. 903.

390. 1.28717 126.66 .266 59.531 83,355 1, 3'.056 .157 .221. 915.

1.00. 1. 32196 130 *27 .259 61.123 85,602 1.31.522 .157 ,223 927. uia. 1.35667 133* 65 .252 52.713 87.635 1. 35173 .157 ,223 91.0. '.20. 1.39131 137. 1*3 .21*6 61.. 301 90 , 061. 1,35710 .157 .223 952.

<t3 0. 1.1.2589 1U0.99 .2i*C 65.887 92.291 1, 35231. .157 .223 953.

It 1.0. l.'.60'.l li.it. 5U .231* 67.1.72 911.515 1.3571.5 .157 .222 975.

<*5,0, 1.'.9'.87 lit8 . 07 .228 69.057 96.738 1.3721.5 .157 .222 986.

'•63. 1.52926 151. 60 .223 70.61.1 96,959 1,37733 .157 ,222 997.

1.70. 1.56365 155.12 • 218 72.221. 101,179 1,38211 .157 • 222 1009.

•SO. 1. 59797 158.63 ,213 73.607 103,397 1,38678 .157 .222 1019.

it<30. 1.63226 162.13 .209 75.391 105.516 1.39135 .157 ,222 1030 . SOD. 1.66651 165.63 *20i« 76.975 107,831. 1.39583 .157 .222 101.1. 510. 1.70072 169*12 .200 76.559 110.052 1,1.0 023 .157 .222 1051.

52C. 1.731.91 172.60 .196 80.11.1. 112.270 1,1.01.53 .157 .222 1062.

530. 1.76907 176.08 .192 81.730 HI.. 1.88 1,1.0875 . 158 .222 1072.

5<>a. 1.60320 179.55 ,199 33.317 116,707 1,1.1291 .158 .222 1082.

TWO-PHASE BOUNDARY 115
TABLE Ulb. THERMODYNAMIC PROPERTIES OF OXYGEN

150. PSIA ISOBAR

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

DEG. R Ft3/LS Ft3-psia/LB PSIA/R BTU/LB BTU/LB BTU/L3-R BTU/L3-R BTU/L3-R FT/S

98.060 .01225 2029.67 320.10 -63.169 -82.81.9 .5011.9 .250 .398 3792.

100. , 01230 1996.57 313.89 -32.1.19 -82.077 .50929 .250 . 399 3766.

10 5. ~ 8 0 • 0 8 9 110. .0125'< 161.0.05 285. 1.7 -76.1.50 -73.101 .51.718 .255 .399 361.0. lis. ,01266 1761.78 272,99 -76.1.65 -76.111, .561.85 .253 .398 3580 . IZO. .01279 1681.. 11 251,31. -71., 1.81 -71.. 126 .58177 .250 ,399 3521.

125. .01292 leC7.07 250, 37 -72,1.95 -72.137 .59601 .21.7 .398 31.51. 130. .01305 1530.70 239.95 -70.509 -70 ,11.6 .51352 .21.1. .398 31.02. 135. .01318 11.55.05 230,01 -58.520 -58,151. .62865 .21.1 ,399 331.1.

lltO. . 01332 1380 .21. 220 ,1.5 -66,529 -66.159 .61.317 .237 , 399 3280 .

11*5. .0131»7 1306.33 211, 20 -5l^.53^ -61.. 160 .65720 .231. ,1.00 3213.

150. .01352 1233.1.2 202,22 -62.535 -52.158 .67077 .230 .1.01 3155. 155. .0137 7 1161.62 193 , 1.8 -60,5 33 -60.150 .68 391. .22 7 . 1.0 2 3090 . 160. . 01393 1091.01. 181., 91. -58,523 -58.135 .59672 . 223 .1.03 3023.

165. .OlitlO 1021.79 175,57 -55.505 -55. 111. . 70917 ,220 .1.05 295i». 170. .01'«28 953.99 168, 3^ -5l.,^80 -51.. 081. .72129 .217 .1.07 2393.

175. «01'.<<6 887.75 160,25 -52,1.1.1. -52.01.2 .73313 .213 .1.09 2309.

180. .OlitSS 623. 18 152,29 -50.395 -1.9.988 .71.1.70 .211 . 1.12 2732.

185. .01'<86 760.38 11.1.. 1.3 -1.8,330 -1.7.918 ,75505 .209 .1.15 2552.

190. .01507 699.1.6 136, 59 -1.5. 21.6 -1.5.830 ,75716 .206 .1.20 2559.

195. .01530 61.0 .50 129,07 -1.1.. 11.5 -1.3.720 ,77815 .201. .1.21. 21.82. 200. .01551. 583.55 121,58 -1.2.015 -1.1.561. ,78895 .203 .1.30 2391.

205. .01581 526.66 111., 21. -39.657 -39.1.16 .79965 .203 .1.37 2293.

210. .01609 1.75.83 107,07 -37,561 -37.211. .31029 . 202 .1.1.5 2201. 215. .01539 1.21.. 93 100,11 -35,1.21 -31.. 966 .82087 .203 .1.55 2102.

215.361. . 0161.8 1.11.1.1. 98.25 -31., 801 -31.. 31.3 .32376 .203 .1.58 2075.

216. 36<» .1.0152 1.8.16 .962 28. 956 1.0.121 1.16785 . 177 .305 621.

220, ,1.1330 50 .1.1. ,91.3 29.739 1.1.216 1. 17290 .175 .298 630 . 225. .1.2899 53 .1.8 .897 30 . 755 1.2 .682 1,1791.8 .173 .288 51.3. 230. .1.1.1.20 55.37 , 857 31. 751. 1.1.. 102 1 ,18572 . 171 . 280 555. 235. .1.5901 59.13 ,821 32.738 1.5.1.67 1, 19158 .169 .271. 666.

2110 . .1.731.9 61,79 ,790 33.691 1.6. 81.2 1 , 1973 3 .168 .269 577.

2'.5. .1.8758 51., 36 .761 31.. 627 1.6.173 1,20287 .167 .251. 567. 250. .50153 65,66 .735 35 • 51.9 1.9 . 1.6 2 1,20 816 .155 .26 0 597 . 255, .515 37 6 9,30 • 712 36.1.58 5 0.773 1.21327 .155 .25 7 707. 260* .52892 71,58 . 590 37,357 52. 01.6 1.21822 .161. * 251. 716. 265. • 51. 231 71. , 01 • 670 33 , 2 1*6 53.30 9 1.22303 .163 .251 726

.

270 . .55555 75.30 .551 39,125 51.. 557 1.22 770 .163 . 21*9 735 , 275. .56856 78 . 51. , 531. 1.0,000 55.795 1.23221. .162 .21.5 71.1., 280. .58156 60.76 .618 1.0,866 57.022 1.23555 . 152 .21.5 752, 285. .591.55 82.91. .602 1.1,727 58.21.1 1.21.098 . 161 .21.3 761, 290. .60 731. 85.09 .566 1.2.583 59.1.52 1.21.519 . 151 .21.1 769,

295. .52001. 87.22 .575 1.3.1.33 60.656 1.21.930 . 161 .21.0 777, 300. .63256 89.32 .562 l.l.,280 61.853 1,25333 .150 .239 785, 310. .55759 93.1.5 .538 1.5.961 61.. 229 1,26112 .160 .237 801. 320. .5821.7 97.53 .516 1.7.529 56.585 1.25860 .159 .235 815. 330. .70703 101 .51. .1.97 1.9.285 58.923 1.27579 .159 .233 831.

3itO. ,7311.0 105.1.9 .1.79 50.932 71.21.7 1 .28273 . 158 .232 91.5. 350. .75561 109.39 ,1.62 52,570 73.556 1.2691.3 .156 .230 859. 360. .77967 113.25 ,1.1.7 51., 201 75.858 1.29591 .158 .229 873. 370. .80351 117.07 .1.33 55,825 78.11.7 1. 30216 .158 .229 886.

380. .6271.3 120.85 .1.20 57.1,1.6 80.1.26 1.30825 . 158 .229 900.

390. .85115 121.. 51 .1.07 59.061 62.702 1.311.17 .157 .227 912.

1,00. .871.78 128.31. .396 50.671 81.. 959 1.31991 .157 .226 925.

itlO. .89833 132.05 .365 52.278 87.230 1,3251.9 . 157 .226 936.

It20. .92180 135.71. . 371. 63.882 69.1.86 1,33093 .157 .225 950.

1*30. .91.520 139.1.0 .355 65.1.61. 91.738 1,33523 .157 .225 962.

itiiO. .95655 11.3.05 .355 67.083 93.985 1,31.139 . 157 .225 971.. it50. .99181. 11.5.58 .31.7 58.660 96.230 1,31.51.1. .157 .221. 965.

1>60. 1.01507 150.29 .339 70.275 98.1.71 1,35136 ,157 .221. 997.

1.70. 1.03826 153.89 .331 71.871 100,710 1,35618 ,157 .221. 1008.

<t80. 1.0511.1 157.1.8 .323 73.1.65 102,91.7 1.36069 .157 .221. 1019.

It90. 1.081.52 161.06 .315 75.058 105,162 1.35550 .157 .223 1030. 500. 1.10759 161.. 53 .309 76.651 107.1.16 1.37001 .157 .223 101.1. 510. 1.13063 168.18 .303 78.21.1. 109.6<.9 1.371.1.3 . 157 .223 1051. 520. 1.15361. 171.73 .297 79.636 111.661 1.37877 .158 .223 1052.

530. 1.17662 175.27 ,291 81.1.31 111.. 113 1.38302 .158 .223 1072.

5i>0. 1.19957 176.80 .285 83.026 116. 31.5 1.36719 .158 .223 1082,

• TWO-PHASE BOUNDARY

11,6
TABLE VIb. THERMODYNAMIC PROPERTIES OF OXYSEN

200. PSIA ISOBAR

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

OEGt R Ft3/LB FTJ-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU/L3-R BTU/L3-R FT/S

• 98.131 .01225 2032.60 320.11 -83.182 -82.729 .50155 .260 .398 3791.. 100. .01229 2002.68 311». 13 -62.1.1.1 -61.985 .50907 .260 .396 3769. 105. .012itl 1923. 19 299.25 -80.1.57 -79.996 . 5231.6 .258 .393 3705 . 110. .01253 IS'.it.'tO 285.72 -76. 1.71. -78.010 .51.695 .256 .397 361.1.. 115. .01266 1766.21. 273.23 -76.1.92 -76.023 .551.52 .253 .397 3581.. 120. .01276 1668.70 261.59 -7i«.509 -71.. 036 .56151. .250 .398 3521.. 125. .01291 1611.78 250.63 -72.525 -72.01.7 .59777 .21.7 .398 31.65. 130. .0130'. 1535.53 21.0.23 -70 .51.0 -70.057 . 61336 . 21.1. .398 31.05. 135. .01318 11.60.03 230.28 -68.551. -68.066 .6281.1 .21.1 .398 331.5.

litO. .01332 1385,3'. 220.72 -66.565 -55.072 .61.291 .237 . 399 3285.

litS. .0131.6 1311.56 211.1(6 -6l..57l( -61..075 .65692 . 231. .1.00 3223. 150. .01361 1238.79 202. 52 -62.576 -62. 071. .6701.9 .230 . 1.0 1 3159. 155. .01376 1167.11. 193. 79 -60.578 -60.056 .68355 .227 .1.02 3395.

160. .01392 1096.71 185.26 -56.571 -58.056 .6951.2 .223 .1.03 3028. 165. .01l>09 1027.62 176.90 -56.558 -56.036 .70885 .220 .1.05 2960.

170. .01'>26 959.97 168. 70 -51.. 536 -51.. 006 .72095 .217 .1.07 2369. 175. .01'>'<5 853.90 160.63 -52. 501. -51.969 .73278 .211. .1.09 2315.

180. .011t6lt 829.50 152.68 -50.1.60 -1.9.916 . .71.1.31. .211 .1.12 2739. 185. .oiiteit 766.89 l'.l(.66 -1.8.1.01 -1.7.662 ' .75566 .208 .1.15 2560 . 190. .01506 706.15 137.15 -1.6.326 -1.5.766 .76677 .206 .1.19 2577.

195. .01526 6'.7.37 129.56 -1(1.. 229 -1.3.663 .77771 .205 .1.23 21.91. 200. .01552 590 .62 122.10 -i«2.106 -1.1.533 .79650 .203 .1.29 2'.01. 205. .01578 5 35. 9't 111.. 79 -39.958 -39.371. .79917 .203 .1.35 2308.

210. .01606 ^83.30 107.67 -37.773 -37.178 .80975 . 203 . 1.1.3 2213. 215. .01636 1.32.66 100.75 -35.51.5 -31.. 939 . 82029 . 203 .1.53 2116.

220 . .01663 383 . 89 9<t. 09 -33.265 -32.61.7 .83082 .203 .1.61. 2018. 225. .01701* 335.75 87.75 -30.920 -30.269 .81.11.2

• . 202 .1.79 1922.

• 225.695 . 01710 330.30 86.90 -30.566 -29.955 .81.290 .202 .1.61 1910.

225. 695 . 30002 1.1.. 67 1. 36 29. 111 1.0 .223 1. 15381 . 183 . 338 520 . 230. . 31151 1.7. 96 1 . 29 30 . 107 1.1 . 51.1* 1 . 1630 7 . 183 . 323 632 . 235. .321.27 51.38 1.22 31.213 1.3.222 1.15586 .177 .309 61.6. 2'tO. . 33652 51.. 58 1. 15 32.277 1.1.. 71.0 1.17325 .171. .29B 553.

2iiS. . 31.837 57.63 1.11 33.308 1.5.209 1. 17931 .172 ,290 570 . 250. .35989 60 .51. 1.06 31.. 310 1.7.639 1,18508 .170 ,282 582. 255. .37113 63.31. 1.02 35.291 1.9. 035 1.19051 . 169 , 276 693. 260. .38213 66.01. .985 35.251 50.1.03 1. 19593 . 166 .271 703. 265. . 39292 68.66 .952 37.196 51.71.8 1.20105 . 167 , 257 713. 270. .1.0351. 71.21 .921 38.126 53. C71 1,20600 .165 ,263 723. 275. .1.11.00 73.70 .893 39.01.1. 5'.. 377 1.21079 .155 .259 733. 280. .1.21.32 76.11. .857 39.952 55.667 1.215'.'. .161. .256 71.2. 285. .1.31.52 78.52 . 843 1.0.650 55.91.2 1.21995 . 151. .251. 751. 290. .1.1. 1.61 80.86 .821 1.1.71.0 58.206 1.22'.3l. . 163 , 251 753.

295. .1.51.59 63.17 .800 1.2.522 59.1.56 1.22363 .152 .21.9 759. 300. .1.61.1.9 85.1.1. .780 1.3.1.97 50,599 1.23280 . 162 ,21.7 773. 310. .1.81.01. 69.68 .71.1. 1.5.231 63,157 1. 21.065 . 151 , 21.1. 794. 320. .50332 91.. 21 .712 1.6.91.'. 65, 581* 1.21.856 . 161 , 21.1 313. 330. .52235 96.1.6 .663 '.3.5'«0 67. 986 1.25595 .160 .239 925.

3<tO. .51.119 102.62 .657 50.323 70.365 1.26305 .160 ,237 341

.

350. .55985 lCb.72 .533 51.993 72.727 1.26990 . 159 .235 855. 360. .57836 110.75 .511 53.553 75.072 1.27651 . 159 ,231. 869. 370. .59673 111.. 71. . 590 55. 30'. 77. '.04 1.23290 .158 .233 383. 380. .611.99 118.68 .571 56.91.7 79.723 1.28908 .156 .231 897 .

390. .63311. 122.53 .553 56.581. 82.032 1.29508 . 158 .230 910. tOO. .65119 125.1.1. .537 60.211. 81.,331 1.30Q90 . 153 . 229 923.

1.10. .66916 130 . 27 .522 51.839 86.622 1.30656 .158 , 229 935.

1.20. .68706 131.. 07 .507 53.1.60 88.905 1.31206 . 153 .226 949.

1.30. .701.68 137.81. .1.91. 65.077 91.162 1.3171.2 .157 .227 960 . i»i«0. .72261. 11.1.56 .1.61 55.691 93. '.51. 1.3226'. . 157 . 227 972.

1.50. .71,035 11.5.31 .1.69 68.302 95,720 1,32773 . 157 ,226 984.

1.60. .75800 11.9.01 .1.57 69.910 97,982 1.33271 .157 .226 995.

<.70. .77560 152 .69 .1.1.5 71.516 100.21.0 1.33756 .157 .225 1007 . 1.80. .79316 156. 36 .1.36 73.121 102.1.96 1.3'.231 .157 .225 1319.

1.90. .81058 160.01 , 1.26 71.. 725 101.. 71.8 1.31.695 ,157 .225 1 330 . 500. .62617 153 .65 .1.17 76,327 1C6.996 I. 35150 . 153 .225 134G . 510. .6h562 167.27 .1.08 77.929 109.21.6 1. 35596 .153 .225 1051. 520. . 86301. 170.68 .399 79.530 111.1.93 1,35031 .153 .225 1 052. 530. . 6801.2 171.. 1.8 . 391 81.132 113,738 1.361.59 . 153 .225 1072.

51.3. .69779 176.07 .383 82.731. 115,983 1.35879 .153 .221. 1 3 6 3.

THO-PHASE BOUNDARY 117
TABLE VIb. THERMODYNAMIC PROPERTIES OF OXYGEN

25a. PSI4 ISOeftP

TEMPERATURE UCLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cy Cp VELOCITY

OERIVATIUE DERIVATIVE ENERGY OF SOUND

DEG. R FT^/LB Ft3-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU/LB-R BTU/LB-R FT/S

98.202 . 01225 2035,52 320.13 -93.175 -92,608 .50153 ,260 , 399 3795,

105. .aiZ'tl 1927 ,1,1 299. 5C -80.1.80 -79,906 .52621. .258 .397 3708.

110. .01263 181.8.71, 285.96 -78.1.99 -77,919 .51.573 ,256 .397 351,7, 115. .01255 1770.70 273. 1.8 -76.618 -75,932 .561.39 ,253 . 397 3597.

120. .0127^ 1693.27 261. 96 -7^.537 -73,91.5 ,58131 ,251 .397 3528.

125. .01291 1516.1.8 250.89 -72.555 -71.957 ,59753 ,21.7 .396 31,69, 130 . .0130". 151.0 . 36 21.0 . 1.9 -70.572 -69.969 ,51313 .21.1, . 398 31,09. 135. .01317 li,ti..98 230.55 -58.588 -57.976 ,62615 ,21,1 .398 3350,

I'.O. .01331 1390 ,1,3 221.00 -66,502 -55.985 ,61.265 , 237 .399 3289.

11.5. .0131.5 1316.78 211,77 -61., 612 -53.990 ,65655 ,231. .399 3227.

15 0. * CI 360 121*1. . 15 2 G 2 , 8

1

-62,620 -61.990 ,57021 2 3 0 155. .01375 1172.61, 191., 09 -60,522 -59.985 .68335 ,227 .1,01 3100.

160. .01391 1102.36 195.59 -58,619 -57.975 ,59512 ,223 . 1.03 3031.. 165. . oiiiua 1033 .1.2 177.21. -56,610 -55.958 . 70 653 ,220 . 1.01. 2955.

17J. .011.25 965.91. 169.05 -51.. 592 -53,932 .72063 ,217 .1.06 2995.

17 5. . 0 1 1.1*1. 900.03 151.0 0 -52.561. -51,896 .7321.3 , 211. .1.08 2822,

160. .011.63 935. 50 153.09 -50.525 -1.9,81.6 .71.397 , 211 .1.11 271,6. 185. .011.83 773 . 36 11.5 . 28 -1.9.1.72 -1.7.796 .75527 ,209 .1.11. 2557.

190. .0150". 712.80 137 .59 -1.5.1.02 -1.5. 705 .76637 ,205 .1.19 2585.

195. .01527 651*. 21 130.03 -1.1.. 312 -1.3.606 .77726 , 205 .1.22 2500.

2 0 0 . . 01550 597.65 12 2.61 - 1.2 . 1 99 - 1, 1 . 1.8

1

• 7 9 8 0 1. , 2 Q 1* , 1. 2 6 2 1, 1 1

,

205. .01576 51.3.15 115.31. -1.0.058 -39.326 .79856 ,203 ,1.31. 2319,

210. .01603 1.90.72 108.26 -37.883 -37. 11.0 .60922 , 203 ,1.1.1 2225.

215. .01633 1.1.0.29 101.38 -35.557 -31., 911 .81971 ,203 ,1.51 2129.

220. . 01665 391.71 91.. 75 -33.1.01 -32,63C .83020 ,203 .1.62 2033.

225. .01700 31.1.. 77 88.1.7 -31.07U -30,287 .81.073 ,202 .1.75 1939.

230 . .01739 299.10 92.57 -28.570 -27.855 .65137 .199 .1.93 1851.

233.-.r<. . 01770 271 .61 79.61. -25.91.2 -26.123 . 85889 ,200 .516 1801.. 233. 1.71. .23737 1.1 .27 1.78 29.013 1.0.002 1. 11.212 .188 . 371, 517.

235. . 21.103 1*2.58 1.7^ 29.1.08 1.0.555 1.11.1.53 ,185 .366 622.

21.0. . 2521.9 1.6 . 59 1.63 30.61.6 1.2.331. 1.15198 ,182 . 31.3 537.

21.5. .26332 50.29 1.53 31.815 1.1.. 005 1,15886 ,179 .326 551. 250 . .27357 5 3.73 1.1.5 32.931 1.5.500 1.16531 ,176 .313 665. 255. .28362 66.99 1.39 31.. 007 1.7.137 1.1711,0 ,171. .302 677. 260 . .29326 60.09 1.33 35.01.9 1.8.525 1.17718 ,172 .293 589.

265. . 30263 63.06 1.27 35.051. 50.071. 1. 18270 ,171 .295 700.

270 . . 31177 65.92 1.23 37.056 51.1.89 1.18799 , 169 .230 711. 275. . 32073 68.69 1.19 38.0 29 52.677 1.19308 , 156 .275 722. 280. .32952 71.37 1.15 38.985 51.. 21.0 1.19799 .167 .270 732. 285. .33816 73.99 1.11 39.927 55.582 1. 20271, . 166 ,255 71,2. 290. . 31.&67 75,51, 1.09 1.0,857 56.905 1,20735 .155 ,263 751.

295. .35507 79.01, 1.05 1.1.775 58.212 1.21181 .155 .260 761.

3G0. ,36336 81.1.8 1.02 1.2.683 59.505 1.21615 . 161. .257 770.

310. .37968 86.25 . 967 I.1..I.75 52.052 1.22.,51 ,163 . 252 787.

320. .39570 90.97 .921 1.5.239 61.. 557 1. 2321.6 , 162 .21.9 801.. 330. .1,111.6 95. 35 .991 1.7.979 57.027 1.21.005 ,161 .21,5 820.

3itO. .1.2700 99.75 .81.5 1.9.700 59. 1.67 1.2^735 , 161 .21.3 836. 350. .1.1.235 IC1..05 .812 51.1.01. 71.882 1.251.35 . 160 .21.0 851. 360. .1.5751. 108.27 ,782 53.095 71.. 275 1.25109 ,150 .239 866.

370. .1.7259 112.1.3 ,751. 51.. 773 76.551 1,26760 .159 .237 380. 390. .1.9751 115.52 .729 Sb.kki 79.010 1,27389 ,159 .235 891).

390. .50233 120 .55 . 705 58.100 81.355 1,27998 ,159 .231. 907.

•tOO, .51701. 121.. 55 .581. 59.752 6 3.58 7 1,28569 .158 .233 921.

ItlO. .53167 129.50 .563 61.395 85.009 1,29152 . 159 .232 93ii. <t20. .51.622 132.1,2 . 51,1. 63.031. 68.321 1,29719 ,158 .231 91.6, '•30. .55070 136.29 ,626 51.. 667 90,621. 1,30251 .158 .230 959.

'•'•0. .57512 11.0.11. .609 56.295 92.920 1, 30789 , 158 .229 971.

itSO. ,5991.7 11.3.96 . 591. 57.920 95.209 1,31303 ,158 ,229 983.

<>60. ,60377 11.7.75 .579 69.51.1 97.1.92 1, 31805 .158 ,228 995.

<t7a. ,61803 151.51 ,565 71.150 99,770 1,32295 .168 .228 1007.

1.80. .63221. 155.26 ,551 72.775 102,01,1. 1,32771. . 158 .227 1018.

1)90, .61,51,1 158.99 .538 7i«,389 101., 313 1.3321.2 .159 .227 1029. 500. .65051. 162.69 ,526 76,001 106,580 1,33700 .158 .226 101.0. 510. ,571,51. 166.38 .515 77,612 108,81.3 1,31.11.8 .158 ,226 1051.

520. ,68870 170,06 ,501. 79,222 111.105 1.31.567 ,158 .226 1062.

530. ,70271, 173,72 .1.93 80.832 113.361. 1,35017 .158 .225 1073.

S<>0. ,71575 177,37 . 1.83 82,1.1.1 115.621 1.351.39 ,158 ,226 1083.

• THO-PHASE BOUNDARY

118
TABLE VIb. THERHOOYNAMIC PROPERTIES OF OXYGEN

300. PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL DERIVATIVE DERIVATIVE ENERGY

DEG. R Ft3/LB Ft3-PSIA/LB PSIA/R BTU/LB

• 98.271* .01225 2038^'.5 320.111 -83.iea

100. .01229 2010.89 31<t.62 '-82.<iB<t 105. .012<<1 1931.63 299.75 -80.503 no. .01253 1853 .07 23&.21 -76.523

115. .01265 1775. 15 273^73 -76.5iti. IZO. .01277 1697.81. 262. 10 -711.561. 125. . 01290 1621. 17 2Sl^li. -72.5911 130. .01303 151.5.19 21.0.75 -70.6011 135. .01316 11.69.93 230. 62 -58.622

i<ia. .01330 1395.50 221.27 -66.538

11)5. .OlSitS 1321.99 212.05 -611.651 150. .01359 121.9.50 203.11 -62.661

155. •01375 1176.13 191.. iiO -60.657

160. .01390 1107 • 99 165.90 -56.657

165. .01<.07 1039.21 177.57 -56.651

170. .01<i2't 971. 66 169.1.0 -5lt.5li7 175. .01<<i>2 906.13 161.37 -52.6211 180. .01i*bi 81.2.07 153.1.7 -50.590

185. .011)81 779.79 lli5.69 -1.6.51.2 190. .01502 719.1.1 136.03 -1.6. 1.76

195. .01525 661.00 130.51 -lili.395 ZOO. • 0151.8 601..63 123.11 -1.2.289 205. .015711 550.32 115.68 -1.0.156 210. • 01601 1.96 . 08 108.83 -37. 991 215. .01630 1.1.7.83 101.99 -35.766

229. .01661 39>. 1.6 95.1.2 -33.535

225. .01696 352.72 89. 17 -31.225

230. .01731. 307.25 83. 31 -28.81.3 235. .01778 2611.97 77.93 -26. 359

2<>a. .01829 218.33 71.07 -23.729

2"t0.205 .01832 216.51 71.01. -23.618

• 2<t0.206 . 191.53 37,56 2.23 28.731

2<»5. • 201.86 1.2.05 2.07 30.068

250. . 211.81. li6 .26 1.91. 31.357

255. .221.23 50.13 1.82 32.559

260. .23317 63 . 71. 1.73 33.723

265. .21.175 57 . 15 1.65 3^.830

270. .25003 60 • 38 1.58 35.901

275. .25808 63.1.7 1.51 36.9ii2 280. .26592 66.1.5 1.1.6 37,956

295. .27359 69 . 32 1 . 1.1 33.952

290. .28110 72.11 1.36 39, 928

29S. .2661.8 71.. 82 1.32 1.0,839 300. .29571. 77^l.6 l^28 I1I.831. 310. .30997 82.57 1.21 1.3.692 320. •32385 87.1.9 1.15 1.5,511 330. • 3371.5 92.25 1.09 17.300

3i«0. .35081 96.63 1.01. 1.9.062 350. •36397 iCl.39 1 . C C 50.803

360. .37697 105.80 .962 52,526

370. . 38981 110.13 .926 51.. 231. 380. .1.0252 lit. 2% .893 55.928

390. • 1.1512 118.56 . 363 57.611

itOO. .1.2762 122.69 .635 59.281.

ItlO. .1.1.002 126.76 .809 60. 91.8 i>20. • 1.5235 130.79 .785 62 .601. <t30. .1.61.60 131.. 77 .763 51.. 251.

<>'«0. .1.7676 138.72 .71.2 55.897

kin. .1.8891 11.2.63 .722 67,536

•63. .50096 11.6.51 .703 69.170

<.70. .51300 150.36 .666 70,801

•80. .521.93 151.. 13 .669 72.1.29

It9'3. .53691 157.98 .653 71.052

SCO. • 51.881 161.76 .636 75.671. 510. .56067 165.52 .621. 77,291. 520. .57250 169.26 . 61C 78.913

53D. . 581.3: 172.98 .597 80,531

•59607 176.69 .585 82,11.7

ENTHALPY ENTROPY Cy Cp VELOCITY

OF SOUND

BTU/LB 8TU/L8-R BTU/LB-R BTU/LB-R FT/S

-82.<i68 .50170 .260 • 398 3797. -81.802 .50863 .260 .398 3775.

-79.811. .52802 .258 .397 3711. -77.826 .51550 .255 .397 3550.

-75. BUI .561*15 .253 .397 3 590. -73.855 .58107 .251 .397 3531. -71.858 .59729 .218 ,397 3it72. -59.880 .51289 • 211 • 398 3itl3. -67.890 .52790 • 211 .398 3351. -65.699 .61239 .238 • 399 3293.

-63.9011 .65639 .231 • 399 3232. -51.905 .55993 .231 • 100 3159. -59.903 .66307 .227 .101 3105. -57.895 ,69582 .221 .102 3039. -55.879 . 70922 . 220 .101 2971. -53.856 .72030 .217 .106 2901. -51.82 3 .7 320 9 • 211 .10 6 2826.

-1.9.776 .71351 .211 .110 2753.

-1.7.719 .751.39 • 209 .113 2575.

-1.5.51.3 .75597 .207 ,117 2593.

-1.3.51.6 .77665 .205 .121 2509.

-1.1.1.29 .78759 .201 .126 2121. -39.282 .79819 .203 .133 2330. -37.102 .80670 .203 .110 2237.

-31. 681 .81915 .203 .119 2112. -32.612 ,62958 .203 .159 2017. -30.283 ,610 05 .202 . 172 1951. -27.880 .65050 .199 .189 1859. -25.371 .86110 . 199 .511 1782. -22.713 .87259 .197 .511 1568. -22.600 .87306 .197 .511 1657. 39.536 1,13177 .193 ,117 613. 11.113 1,13961 .188 .382 629. 13.292 1,11709 . 181 .357 515. 15.025 1,15396 .180 , 338 560. 15.675 1, 16037 .177 .323 673,

18 . 260 1 , 15510 .175 .311 686. 19,791 1,17213 .173 .302 698, 51.279 1.17759 .171 .291 710. 52.730 1.18262 • 170 .287 721.

51.. 150 1,18785 . 169 .281 732. 55.511 1,19259 . 168 .276 712. 56.911 1,19738 . 167 .272 752. 59.261 1,20191 . 166 .263 762. 60.911 1,21050 .161 .252 780 . 63.502 1.21832 . 163 ,257 798, 65,016 1,22565 .152 .252 815. 68,550 1,23113 .162 .219 831. 71.023 1,21129 . 161 .216 817. 73,167 1,21818 . 160 .213 362 . 75.888 1.25161 . 150 . 211 877, 78.289 1.26122 . 160 .239 891, 9C.672 1.26710 .159 .237 905. 83.039 1.27310 .159 .235 919. 85.392 1.27921 .159 .235 932. 87.733 1.28185 .158 .231 915. 90.063 1,29033 , 158 .233 953. 52.381 1 ,29567 ,158 .232 973 . 91,696 1,30086 ,156 .231 982. 97,001 1,30593 . 158 .230 991. 99,299 1,31087 .153 .230 1006,

101, 591 1,31570 . 168 . 229 1018. 103,879 1, 32011 .158 .229 1029. 106.162 1. 32503 .158 .228 1010. 108.111 1, 32951 .159 . 223 1051.

lie. 717 1, 33396 ,158 . 227 1052.

112. 9SC, 1,33829 ,159 .227 1073. 115,261 1. 31253 • 153 .227 IO81.

TWO-PHaSE BOUNOflRY 119
TSBLE VIb. THERMODYNAMIC PROPERTIES OF OXYGEN

350. PSIA ISOBAR

MPERATU^E VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENT ROPY Cv Cp VELOCITY

QERIVATIi/E DERIVATIVE ENERGY OF SOUND

OEG. R FT-* /L8 Ft3-PSIA/L8 PSIfl/P STU/LB BTU/LB BTU/LB-R BTU/L9-R STU/LB-R FT/S

99. J't'i . 01221* 201*1 . 37 320.16 -83.161 -82.356 .50177 .2bl .398 3799.

100. .01228 2011**99 311* . 87 -82.506 -81.71C . 5091.1 .250 .396 3777.

105. . 0121.0 1935 . 81* 299.99 -80.525 -79.723 .52780 .25 8 . 397 3711*. 110. .01252 1857 .1*0 266 .1.6 -78.51*8 -77.736 . 51*52 3 .256 .397 3653.

115. .0126". 1779.59 273.96 -76.570 -75.750 .55391. .251* . 397 3591*. 130 . .01277 1702.1*1 262.35 -71* .592 -73. 765 .63091* .251 .397 3535.

125. .01289 1625 . 65 25 1

. 1. 0 -72.611* -71.778 .59706 . 21*8 . 397 31*76. 130. .01302 151*9.98 21*1 . 01 -70.635 -69. 791 .61251* .21.1* . 398 31*17. 135. . 01 316 ll«7lt . 86 231. 08 -59.655 -57.802 .52765 . 21.1 .398 3353. mo. .01330 11*00 .56 221 . 51. -66.571. -65.912 .61*213 . 233 .398 3297.

l'»5. . 013'tii 1327 . 19 212. 33 -51., 689 -63.819 .65512 .231. .399 3235.

15 0. .01359 1251*. 63 2 : 3 . '»

0

-62,702 -61.822 .55965 .231 . 1*0 0 3171*. 155. .0137^ 1183. 60 I'J-*, 7 0 -60.711 -59.821 .59278 .227 .1*01 3110.

160. .01390 1113.61 lc6, 21 -58.715 -57.911. .69552 .221. .1.02 301*1*. 165. . 011.06 101*1*. 97 177,90 -56.712 -55.801 .70791 .220 .1.03 2977.

17 0. . 01 'tis 977 . 80 169,75 -51* .7 02 -63.78 0 71997 .217 .1*05 2907.

175. . Ol'.'.l 912. 21 151,71* -52.683 -51.7^9 .73175 .211* . 1.0 7 2835.

180. .oii-eo 61.6.31 153,86 -50,553 -1.9. 70 7 .71.325 .211 .1.10 2760 . 185. .011.80 766.20 11*5, 10 -1*8,611 -1.7.552 .751*52 . 209 .1,13 2582.

190. .01501 725.99 139,1.7 -1*5.553 -1.5.580 .75557 .207 . 1.15 2502.

195. .01523 667. 76 130.97 -1*1*. 1*76 -1*3.1*99 .7761*3 . 205 . 1*20 2518.

200 . .015'.6 611 . 56 123,51 -1.2.378 -1.1. 375 .78711. .201* . 1*25 2430.

205. .01571 557 .1*1. 116,1.1 -1*0.253 -39.235 .79771 .203 .1*31 231.0. 210. .01598 505.38 109, 1*0 -38.097 -37.052 .80318 .203 .1*38 221*8. 215. .01627 1.55.32 102,60 -35.901* -31*. 850 . 91859 .203 . 1.1.7 2151*. 220 . .01658 l*C7 . 11* 96, 0 7 -33.656 -32.691 .8 2 899 .20 3 .1.57 2361.

225. .01692 360 .59 89,86 -31.373 -30.276 .83938 . 202 .1.69 1970 . 230. . 01730 315, 31 81*, 01* -29.012 -27.991 .81.985 . 199 .1*81* 1886. 235. .01772 273.51* 76.1*9 -26.555 -25.1*06 .86055 . 199 .507 1797.

2'.0. . 01822 226. 82 72.08 -23.953 -22.782 .87150 . 197 .531* 1590 .

21.5. .01880 180.77 61**93 -21.227 -2C .009 .68301. . 196 .570 1559.

2'»6.17i, .01896 170.08 63. 15 -20.555 -19. 326 .89391 .197 .561 1525.

2't6.17i. .16317 33.72 2.71* 28.289 39. 861. 1. 12222 .198 .1.69 508. 250. .17103 37.81 2.55 29.1*87 1*0 . 571* 1.12911 .193 .1.28 623. 255. .18053 1.2.58 2.37 30.913 1.2.511. 1.13719 .189 .390 51.0. 26 0. • 1 8 92 8 1* 6 . 8 8 2.21 32.229 • 1 9 1* .361. 656

,

265. .19751 50.81* 2.09 33.1*55 1.6.265 1. 15121* . 190 . 31.1* 671, 270 . .2053". 51*. 51* 1.98 31**51*0 1.7.91*8 1.15753 .177 . 329 685 , 275. .21285 58.02 1.89 35.766 1.9.563 1.1631*6 . 175 . 317 697.

280 . .22010 61.33 1.81 36.857 51.122 1.15908 .173 . 307 710, 285. .22711. 61*. 51 1.71. 37.915 52.636 1. 171*1.1* .172 .299 721, 290. .231*00 67.56 1.57 36,91*7 51.. 112 1.17957 .170 . 292 732.

295. .21.069 70.51 1.61 39.956 55.556 1.181*51 .169 .285 71*3. 300. .21.725 73.36 1.56 1*0 .91*6 55.971 1.18926 . 159 .281 753.

310. .26003 78. 85 1.1*7 1*2.879 59,732 1.19832 . 166 .272 773. 320. .2721.2 81*. 09 1.39 1*1*. 750 52,1*16 1.20631. . 165 .265 792. 330. .2e'»5i 69.13 1. 32 1*6.601 65,01*0 1.211*92 . 151. .260 810.

SitO. .29631* 91*. 00 1.25 1*8.1*09 67,615 1.2226C .163 .255 827.

350 . .30 796 98.73 1.20 50.189 70,11*8 1 .22995 .162 .252 81*3. 360 . .31939 103.33 1.15 51.91*7 72.61*7 1.23599 . 151 .21.3 353.

370. .33067 107.81* 1.11 53.695 75.116 1.21*375 . 161 .21*5 871*. 380. .311181 112.25 1.06 55.1*07 77.560 1.25027 .160 .21.3 388.

390. .35283 116.58 1.03 57.115 79.982 1.25655 .150 .21*1 903.

itOO. .36375 120.81* .992 58.810 82,385 1,25261* .160 .239 917. •10. . 371.57 125.01* .951 60.1*95 81*. 771 1.26853 .159 .238 930.

<t20. .38530 129.19 .931 62.17 ; 87.11.2 1.271*25 .159 .235 91*3. .39597 133.28 .903 63.937 89.1*99 1.27980 .159 .235 956.

't'ta. .1*0656 137.32 .878 55.1*96 91.81*6 1.28519 . 159 .231. 969.

1.50. .m709 11*1.33 ,853 57.150 91*. 182 1. 2901*1* .159 .233 982.

<<6a. .1.2757 Its. 30 ,631 68.797 95.508 1 .29555 .159 .232 991*. '.70. .1*3800 l'.9.23 .809 70. 1*1*0 98.827 1 . 30 051* .159 .231 1006.

1.80. .1* 1*838 153.13 .789 72.079 101.139 1.3051*1 .169 .231 1019.

<i9a. .'.5872 157.01 .770 73.711. 103. 1*1* I* 1. 31016 .158 .230 1029.

500. .1*6902 160.86 .762 75. 31*6 105.71*1* 1.311*81 .153 .230 101*0. 510. .1*7929 161*. 68 .735 75.976 108.039 1. 31935 .158 .229 1052. S2Q. .1*8952 168.1*8 .718 78.603 110.329 1.32380 .158 .229 1063. 530. .1*9973 172.26 .703 80.229 112.616 1.32815 .158 .229 1071*. .50990 176,03 .688 81.853 111**900 1,3321*2 .158 .229 1091*.

THO-PHASE BOUNOART 120
TABLE VIb. THERMODYNAMIC PROPERTIES OF OXYGEN

lOO. PSIA ISOBAR

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

OEG. R FT^/LB FT3-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/L8-R 8TU/LB-R BTU/LB-R FT/S

.0122<i 201.1..29 320.17 -83.151. -82.21.8 .50181. .261 . 393 3801.

100. .01228 2019. OS 315.11 -82.527 -81.618 0 50 819 .260 • 3 9 8 3780

105. .ai2<.o 191(0.05 300.21. -80.51.9 -79.631 .52758 .253 .397 3717.

110. .01252 1861.72 286. 70 -78.572 -77.61.6 .51.506 .255 .397 3556.

115. .0126'! 178i>.03 271.. 23 -76.596 -75.660 .56371 .251. .397 3597.

120. .01276 1706.96 262.60 -71.. 620 -73.671. .58061 . 251 .397 3539.

125. .01289 1630.53 251.65 -72.61.3 -71.589 .59582 .21.8 .397 31.30. 130. .01302 1551.. 78 21.1.27 -70.567 -69.702 .612'.0 .21.5 .397 31.21. 135. .01315 11.79.78 231.35 -58.589 -57.716 .6271.0 .21.1 .398 3352.

i<»a. .01329 11.05.61 221.81 -66.709 -65.725 .51.137 .238 . 398 3302.

l^S. . ai3i*3 1332.37 212.61 -61.. 728 -53.733 .65585 .231. .399 321.1. ISO. .01358 1260.15 203.69 -62.71.3 -51.737 .55938 . 231 . 399 3179.

155. .01373 1189.06 195.00 -60.755 -59.738 .6821.9 .227 .1.00 3115.

160. .01389 1119.21 186.53 -58.752 -57.733 .59522 .22'. . 1.0 1 3 0 5 0. 165. .01<«05 1050.72 178.23 -56.763 -55.722 .70760 .220 .1.03 2982.

170. .011.22 983.69 170.09 -51.. 757 -53.703 .71955 .217 .1.05 2913.

175. .011. 1.0 918.26 162.10 -52.71.2 -51.675 .7311.1 .211. .1.07 281.1. 180. . 01't59 851.. 52 151.. 21. -50.717 -1.9.636 .71.299 .211 .1.09 2767.

185. .01'.79 792.58 11.6. 51 -1.8.679 -1.7. 581. .751.11. .209 .1.12 2590.

190

.

.011.99 732.51. 138.91 -1.6.627 -1.5.515 .75517 .207 .1.15 2610.

195. . 01521 671.. 1.8 131.1.3 -1.1.. 557 -1.3.1.30 .77501 .205 .1.19 2525.

200. .0151.5 618.1.5 121.. 11 -1.2.1.55 -1.1. 321 .78569 . 201. .1.21. 21.1.0. 205. .01569 561.. 51 116.91. -1.0.31.9 -39.187 .79723 .203 .1.30 2351. 210. .01596 512.63 109. 96 -38.203 -37.021 .80758 .20 3 .1.37 2259.

215. .01621. 1.62.75 103.20 -36. 020 -31.. 817 .81305 .203 . lil»5 2167 . 220. .01655 1.11.. 75 96.70 -33. 795 -32.569 .82838 .203 .1.51. 2071.. 225. .01638 363.38 90.53 -31.517 -30.267 .83872 . 20 2 .1.55 1985.

230. .01725 323.30 81.. 75 -29.177 -27.899 . 31.912 .199 .1.80 1902.

235. .01757 281.39 79.02 -26.7i.lt -25.1.35 .85973 . 199 .500 1810.

ZhO, .01815 235.23 73.02 -21.. 199 -22.81.5 .87051. .197 .528 1711.

?<t5. .01371 190.26 66.05 -21.502 -20.117 . 88189 .195 .560 1585.

250. .01939 11. '..33 59.09 -13.611. -17.178 . 39376 .197 .619 11. '.9.

• 251.555 .01961. 130.52 56.78 -17.657 -16.203 .89765 .197 .51.1 11.02. • 251.555 .13902 29.7'. 3.31 27.691 37.988 1.11310 .201. .535 602. 255. .l<.60lt 33.95 3.03 23.911. 39. 731 1. 11998 . 198 .1.80 618. 260. .15517 39.29 2.82 30 .1.91. 1.1.987 1 . 1287'. .191 .1.27 537 . 265. .1631.5 lt't.02 2.62 31.920 1.1.. 027 1.13651 .187 . 391 551.. 270 . .17115 «8.31 2.1.6 33.21.0 1.5.917 1.11.358 . 183 .355 570.

275. .1781.1 52.28 2. 32 31.. 1.81. 1.7.698 1.15012 .190 . 31.7 531.. 28 0. . 18633 56.00 2. 21 35.668 1.9.395 1.15623 . 177 . 332 593. 285, .19197 59.52 2.11 36.305 61.021. 1. 15200 .175 . 320 710 . 290 . .1981.0 62.88 2.02 37.901. 52.599 1.1671.8 .173 .310 723.

295. .20(.63 66.09 1. 91. 38.972 51.. 129 1.17271 .171 . 302 731.. 30 0. .21070 69.19 1.87 1.0.011. 55.620 1. 17772 .170 .295 71.5. 3ia. .2221.5 75.09 1.75 1.2.033 58.509 1.18719 .168 .293 766. 320. .23377 80.67 1.61. 1.3.981. 51.299 1.19605 .165 . 275 785.

330. .21.1.7'. 86.00 1.55 1.5.382 61.. 010 1.201.1.0 .165 . 268 30^.

31*0. .2551.5 91. 12 1.1.8 1.7.739 66.660 1.21231 .161. . 262 322. 350. .26592 96.07 1.1.1 1.9.562 59.258 1.21981. .163 .259 839.

360 . .27619 100.83 1.35 51.357 71.811. 1.22701. . 162 . 25«. 855.

370. .28630 105.57 1.29 53.128 71.. 331. 1. 23391. . 162 . 250 871.

380. .29627 110.11. 1.21. 51.. 879 76.823 1.21.058 , 151 .21.9 986.

390 . .30611 111..62 1.20 56.612 79.286 1 . 2'.69e .150 .21.5 901.

1.03. .31585 119.02 1.16 53.331 31.726 1.25315 . 150 .21.3 915.

l<10. .325'.8 123.35 1.12 60. 0 37 81.. 11.5 1.25913 . 160 . 21.1 929.

1.20. . 33503 127.61 1.08 61.732 96. 51.7 1.251.92 .159 .239 91.2. '.30. .31. 1.50 131.31 1.05 53.1.16 83.933 1.27053 .159 .238 955.

1.1.0 . .35 391 135.95 1.02 65.092 91.305 1.27599 .159 .237 968.

".SO. .36325 11.0.05 . 936 56.760 93.66b 1.23129 .159 .235 981. hbO. .37253 11.1.. 11 .961 68.1.22 96.015 1. 2361.5 . 159 .231. 993.

".70. .38177 11.8.13 .936 70.073 93.355 1.2911.9 . 158 .231. 1006,

'•80. . 39095 152.11 .912 71.728 100.536 1.29639 .153 .233 1017.

'•90. .1.0010 156. 06 . 889 73 , 371. 103.009 1.30118 . 153 .232 1029.

50 0 . . 1.0920 159.97 . 868 75.017 105. 326 1.30596 . 158 .231 101.1. 51D. .1.1327 163. 36 . 31.9 76.556 107.637 1.310'.'. . 153 .231 1052, 520 . .1.2731 167.73 .629 78.292 109.91.2 1.311.92 . 169 .230 1063.

530. .1.3631 171.57 .810 79.926 112.21*3 1. 31930 .153 .230 107<.

51.0. .1.1.529 175.39 .793 31.558 111.. 51.0 1.32359 .158 . 230 1085.

TWO-PHASE BOUNDARY 121
T4BLE \/Ib. THERMODYNAMIC PROPERTIES OF OXYGEN

".SO. PSIfl ISOBUR

NPERATURE VOLUME I SOT HERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cp VELOCITY

FT3/LB DERIVATIVE DERIVATIVE ENERGY OF SOUNDDEG. R ft3 -psia/lb PSIA/R BTU/LB BTU/LB BTU/LB-R BTU/LB-R BTU/L3-R FT/S

98.1.87 .01221. 2S1.7.21 320.18 -33,147 -82,128 ,50191 .261 . 398 3803.

100. .01228 2023.17 315. 36 -82,549 -61,526 .50797 .260 .397 3783 . 105. .01239 l9'vi..2S 300.48 -80,572 -79,539 .52735 .259 . 397 3720 . 110. .01251 18 65. 0 3 286.95 -73,596 -77,564 . 54583 . 256 .397 3559.

115. . 01253 17e 8 . 1.6 2 74.48 -75. 521 -75,569 .56 346 .254 .397 350 0 . 12 3. .01275 1711.50 262. 85 -74.547 -73.584 .58038 . 251 .397 3542.

125. .01288 1635.19 251.91 -72.573 -71.599 .59558 .248 .397 3483.

130. . 01 301 1559.56 241.52 -73.698 -69.513 .51215 .245 . 397 3425 . 135. .01315 11.81.. 69 231 . 51 -68.722 -67.627 ,52715 .241 .397 3366,

I'.O. .01328 11.10.65 222.09 -65.745 -55.638 .64151 ,238 .398 3305.

IfcS. .0131.2 1337.53 212.89 -64.766 -63.647 .65558 ,234 . 398 3245.

150. .01357 1265.1.5 203.98 -52.764 -61.653 .65910 ,231 . 399 3133.

155. .01372 1191.. 1.9 195.30 -60.798 -59.655 .68220 ,227 .400 3120.

163 . .01388 1121.. 79 186. 84 -58.809 -57.662 .59492 ,224 .401 3055,

165. . 011.01. 1056 .1.1. 178.55 -56.813 -55.643 .70729 ,221 .402 2988,

170. .011.21 989.57 170.43 -54.811 -53.526 .71933 ,217 . 404 2919.

175. . 011.39 921* . 29 162.46 -52.800 -51.601 .73107- ,214 .40 6 2848 . 180. .01458 860.70 154.52 -50.780 -49.555 .74254 ,212 .409 2774.

185. .011.77 798.93 145.91 -•.8.747 -47.516 . 75377 .209 .411 2697.

190. .011.98 739. 05 139.34 -45.700 -45,452 .75478 ,207 .414 2618,

195. .01520 531.15 131. 39 -44.635 -43,370 .77560 ,205 .418 2535.

20 0 . .0151.3 525.30 124.59 -42.552 -41.267 .78525 ,204 .423 2449,

205. .01567 571.53 117.46 -.0.444 -39.138 .79677 ,204 .429 2351.

210. .01593 519.82 110.51 -38.305 -36.979 .80717 ,203 .435 2270 . 215. .01621 1.70 . 12 103. 79 -35.134 -34.783 .81751 ,203 . 443 2179.

220 . .01551 1.22.29 97. 33 -33.921 -32.545 .82780 ,203 .45 2 2087.

225. . CI 6S« 376.11 91.19 -31.659 -30.256 .83808 ,20 2 . 463 1999.

230 . .01720 331.20 85.44 -29. 338 -27.904 . 84841 , 199 .477 1918.

235. .01761 289. 19 79.54 -25.928 -25,460 .85893 , 199 . 494 1824.

ZhO, .01808 21.3.55 73.92 -24.407 -22,901 .86970 ,197 . 523 1731.

.CI 852 199.52 67.12 -21.765 -20,214 .88079 ,196 .551 1612.

25 0. .01925 151.. 86 60 . 37 -18.949 -17,344 .89238 .195 .601 1481,

255. . 02C 09 111.71 52.63 -15.856 -14,182 .90490 ,193 . 674 1327.

256. '.67 .02033 99 . 17 51.22 -14.670 -13.172 . 90 885 , 199 .721 1289,

256. ".67 .11967 25 . 61. 3.97 25 . 928 36.900 1.10 411 .209 .626 595. 260. .12693 30.56 3.64 28.355 38.942 1.11202 .202 . 538 614. 265. . 135911 36.1.7 3. 30 30.112 41. 431 1.12150 .194 .464 535.

270. .11.375 1.1 . 59 3.04 31.652 43.631 1.12973 . 199 . 419 653.

275. .1510 3 1.6.19 2.84 33.057 45 . 542 1.13711 .185 .387 670 . 280. .15783 5 0 . 1.1 2.67 34. 357 47.519 1. 14387 • 181 . 364 685.

285. . 161.27 51.. 31. 2.53 35.505 49.294 1.15016 ,178 . 347 599.

29 0 . . 1701.3 58. 05 2.41 35.789 5 0.991 1.1550 5 ,175 . 332 712.

295. .17 635 61 .55 2.31 37.928 52.623 1.16164 .174 . 321 725.

30 3 . .18209 51.. 93 2.21 39.031 64.204 1,15695 .173 .311 737.

310 . . 19309 71.27 2.05 41.149 57.239 1. 17691 .170 .296 759. 320, . 20 362 77.22 1.92 43.179 50.146 1,18614 . 158 .285 780 . 330 . .21376 82.85 1.81 45.142 62.954 1.19478 .166 .277 799.

31.3. .22360 88.25 1.71 47.052 65.684 1.20293 . 155 . 270 818.

350 . .23319 93.1.3 1.63 48.921 68.352 1.21066 .164 .254 835. 350. .21.258 98.1.5 1.55 50.755 70.969 1.21804 . 163 .259 352. 370 . .25179 103. 32 1.49 52.561 73.542 1.22509 ,162 .255 868.

380 . .26035 108.05 1.43 54.342 76. 079 1.23185 .152 .252 8S3.

390. . 25978 112.59 1.37 55.103 78.584 1,23835 .161 .249 898.

1.00. .27860 117.23 1.32 57.847 61.052 1,24453 .161 .247 913.

1.10. .28732 121.68 1.28 59.575 83.515 1,25059 .160 .244 927.

1.20 . .29591. 126. 05 1.24 51.289 85.950 1,25555 .160 . 242 941.

".30, .301.1.9 130 . 35 1.20 52.992 88.355 1.25224 .150 .241 954.

'.'.0. . 31297 131..61 1.16 64.585 90.764 1.25776 .159 .239 969.

".SO. .32138 136.81 1.13 56.369 93.149 1.27312 .159 .238 980.

'.50. .32971. 11.2.95 1,10 68.045 95,521 1.27833 .159 .237 993.

1.70. .33801. 147.05 1.07 69.713 97,882 1.28341 .159 .235 1005.

itSO . .31.530 151.11 1,04 71.376 100,233 1.28836 .159 .235 1017.

1.90. .351.51 155.13 1.01 73.033 102,574 1.29318 .159 .234 1029.

50 0 . .35259 159.12 ,987 74.686 104,908 1.29790 .159 .233 1041.

510. .37083 163.07 .963 76.335 107,235 1,30251 .159 .232 1052.

520. .37893 167.00 .941 77,980 109,556 1,30701 .159 .232 1064.

530. .38701 170.90 ,920 79,523 111,871 1,31142 .159 .231 1075.

51.0. .39505 174.78 ,900 81,253 114.181 1.31574 .159 .231 1086.

THO-PHASE BOUNDARY 122
TABLE VIb. THERHOOYNAHIC PROPERTIES OF OXYGEN

500. PSIA ISOBAR

TEMPERATURE VOlOME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cu Cp VELOCITY

DERIVATIVE DERIVATIVE ENERGY DF SOUND

DEG. R FT*/LB FT^-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU/LB-R BTU/LB-R FT/S

94<5S8 .0122<« 2050.13 320.20 -83.11.0 -82.007 .50198 .261 .398 3805.

100. .01227 2027.25 315.60 -82.570 -81.1.31. .50776 .260 .397 3786.

IDS. .01239 19<>8.i.i. 300.73 -80.595 -79.1.1.8 .52711. .259 .397 3723.

110. .01251 1870.31. 287.19 -78.621 -77.1.62 .51.551 .256 .397 3663.

115. .01263 1792.88 271.. 72 -76.61.7 -75.1.78 .56325 .251. .397 3603.

IZO. .01275 1716.011 263.10 -71.. 671. -73.1.91. .58011. .251 .397 351.5. 125. .01288 1639.85 252.16 -72.702 -71.509 .59631. .21.8 .397 31.87. 130. .01301 1561.. 31. 21.1.78 -70.729 -69.521. .61191 .21.5 .397 31.28. 135. .OISIJ* 11.89.59 231.87 -68.755 -67.538 .62690 .21.1 .397 3370.

I<t0. .01328 11.15.67 222.36 -66.780 -55.551 .61.136 .238 .398 3310.

145. .0131.2 131.2.69 213.17 -61.. 801. -63.561 .55532 .235 .398 3250.

150. .01356 1270.73 201..26 -62.821. -61.569 .66883 .231 .399 3188.

155. .01371 1199.92 195.60 -60.81.2 -59.572 .68192 .228 .1.00 3125.

160. .01387 1130.35 197.15 -58.855 -57.571 .591.63 .221. .1.01 3060.

165. .01<>03 1062.15 178.88 -56.863 -55.561. .70698 .221 .1.0 2 2991.. 170. .01'.20 995.1.2 170.78 -51.. 661. -53.51.9 .71900 .218 . 1.01. 2925.

175. .OlitSS 930.29 162.82 -52.858 -51.527 .73073 .215 .1.05 2851.. 180. .01<>56 866.86 155.00 -50.81.2 -1.9.1.93 .71.219 .212 .1.08 2781.

185. .011.76 805.21. 11.7. 32 -1.8.811. -1.7.1.1.6 . 7531.0 .209 .1.10 2701.. 199. .011.96 71.5.53 139. 76 -1.5.773 -1.5.388 .761.39 .207 .1.11. 2625.

195. .01518 587. 80 132.31. -I.1..715 -1.3. 310 .77518 .206 .1.18 251.3. 200. .0151.1 532.11 125, 07 -1.2.638 -1.1.211 .78581 .201. .1.22 21.59. 205. .01565 578.50 117.97 -1.0.537 -39.088 .79630 .201. .1.27 2371.

213. .01591 525.96 111.06 -38.1.08 -36.935 .80668 .203 .1.31. 2281.

215. .01518 1.77.1.3 101.. 37 -36.21.6 -31.. 71.8 .81597 .203 .1.1.1 2191,

220. . 0161.8 1.29.77 97.91. -31.. 01.5 -32.519 .82722 .203 .1.50 2101.

225. .01680 363.76 91.81. -31.798 -30.21.2 .8371.5

' .202 .1.61 2011.. 230. .01716 339.03 86.13 -29.1.95 -27.906 .81.771 .199 .1.73 1931.. 235. .01756 296.93 80.07 -27.107 -25.1.81 .85815 .199 .1.89 1838.

21.0. . 01801 252.1.6 71.. 76 -21.. 518 -22.951 .85880 .197 .516 1751.

21.5. .01963 2C8.53 69.11. -22.017 -20.301 ,87973 .196 . 51.3 1636.

250. .01915 165.88 61.51. -19.251. -17.1.91 .89108 .196 .581. 1513.

255. .01992 123.16 51.. 39 -16.272 -11.. 1.28 .90321 .197 .61.7 1369.

260. .02096 61.51 1.6.55 -12.881 -10.91.1 .91575 .202 . 761. 1195.

• 260.993 .02122 72.59 1.5.1.9 -12.129 -10.155 ,91973 .203 .821. 1167,

• 250.993 .10362 21.38 1..72 25.970 35.551. 1,091.96 .215 .757 590 . 255. .11207 27.73 1.. 21 27.851. 39.21.0 1, 10511. ,205 .599 613.

27 0. .12080 31.. 15 3.78 29.783 1.0.956 1,11531. .197 .502 635. 275. . 1281.1 39.63 3.1.7 31.1.36 1.3.326 1.12399 .191 . 1.1.5 551.. 290. .13531 1.1.. 50 3.22 32.923 1.6.1.61 1.13156 .186 ,1.38 672.

285. .11.172 1.8. 91. 3.C2 31.. 297 1.7.1.18 1.13862 • 183 ,380 587. 290. .11. 775 53.35 2.85 35.587 1.9.267 1, 11.505 .180 ,360 702.

295. .15350 65.92 2.72 36.811. 51.025 1,15106 .177 , 3^l. 716. 300. . 15901 50.57 2.59 37.989 52.711 1, 16573 .175 ,331 728. 310. .1691.9 67.1.1 2.39 1.0.221. 55.917 1.15721. .172 ,311 752.

323. .1791.1 73.75 2.22 1.2. 31.3 58.955 1.17599 . 159 ,297 771.. 330. . 18892 79.71 2.08 I.1..378 61,859 1.18585 . 169 .286 791..

31.0. . 19909 85.38 1.95 1.6.31.7 61.. 587 1,191.27 . 166 ,278 813.

350. .20699 90.83 1.86 1.8.265 67.1.29 1,20222 . 166 ,271 831. 360. .21568 95.03 1.77 50.11.1 70,110 1. 20977 .161. ,255 81.9. 370. .221.17 101.09 1.69 51.981. 72.71.0 1.21698 .163 ,261 355.

383. .23252 1C6. 03 1.62 53.798 75, 325 1.22387 .162 ,257 881.

393. .21.072 lie .78 1.56 55.588 77,876 1 . 2301.9 .162 ,253 897.

1.00. .21.881 115.1.5 1.50 57.357 80,393 1.23697 . 161 ,250 911.

1.10. .25679 120.01. 1 .1.1. 59.108 82,883 1.21.302 .161 ,21.8 925.

1.20. .261.69 121.. 53 1.1.C 60.61.3 86, 31.9 1.21.896 , 160 ,21.5 91.0. 1.30. .2721.9 128 .95 1.35 62.565 87,795 1.251.71 ,160 ,21.1. 951..

1.1.3. .28023 133.30 1. 31 6'..275 90.221 1.26329 ,160 , 21.2 967.

1.50. .28791 137.59 1.27 55.975 92,631 1.26571 , 159 , 21.0 980 . 1.60. .29552 11.1.82 1.23 57.665 95,025 1,27097 , 169 .239 993,

1.73. .30309 11.6.00 1.2C 69.31.7 97,1.09 1,27610 .159 ,238 1005.

1.83 . .31059 150.13 1.17 71.022 99.779 1,28109 . 159 .237 1317,

1.90 . .31905 151.. 23 1.11. 72.591 102,11.0 1,28595 . 159 ,236 1030.

500. . 3251.9 158 . 28 1.11 71.. 351. 101., 1.91 1,29070 .159 .235 131.1. 513. . 33289 162.31 1.08 75.313 105.831. 1,29531. .159 .231. 1353, 523 . .31.025 166.33 1.05 77.567 1C9.17C 1,29988 .159 .233 1361., 533 . .31.758 170.26 1. 03 79.319 111.1.99 1,301.32 . 159 .233 1075,

51.0. .351.88 171.. 19 1.01 90.955 113.823 1.30866 .159 .232 1097.

TWO-PHASE BOUNDARY 123
TABLE Ulh. THERMOOYNSMIC PROPERTIES OF OXYGEN

600. PSIA ISOBAR

MPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENT ROPY CuV Cpr VELOCITY OERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R FT^ /LB ft3 -PSIA/LB PSIA/R 3TU/LB BTU/LB flTU/L3-R BTU/L3-R BTU/L9-' FT/3

98.700 .01223 2055.96 320.23 -83.126 -81. 767 .50212 .251 .397 3908.

100. .01226 20 35. 39 316. 09 -62.613 -81.25C . 50 732 ,261 .397 3792.

105. . 01238 19E6.81 301.21 -80.61(0 -79.261* .52670 . 269 .397 3729.

110. .01250 1878.93 287.58 -79.653 -77.280 .51.517 .257 . 397 3559.

115. .01252 1601.70 275.21 -75.598 -75.296 .55280 . 251* .397 3610.

120. .01271. 1725.09 253.50 -71*. 729 -73.313 .57958 .251 .397 3552.

125. .01287 161.9. 13 252.66 -72.760 -71.330 .69667 .21*9 . 397 31*91*

.

130. .01300 1573.86 21*2. 30 -70 . 790 -69. 31*6 .6111*3 . 21.5 .397 31*36. 135. .01313 11.99. 36 232 .1.0 -58.821 -67. 362 .6261*0 .21*2 . 397 3378.

l'«0. .01327 11*25.59 222. 89 -66.651 -65.377 . 51* 061* .236 .397 3318 .

li»5. . 013it0 1352.96 213.72 -61*. 879 -63.389 .651*79 .235 . 398 3258.

150. .01355 1281.27 201*. 83 -62.905 -61.399 .66826 .231 .399 3197. 155. . 01370 1210.72 195 . 19 -60.928 -5 9.1*06 .68135 .228 .399 3136.

160. .01385 111*1 . 1*3 187.77 -58.91*7 -57.1.06 .591*01* .221* .1*00 3070.

165. . 011.01 1073.50 179. 52 -56. 962 -55.1.05 .70637 .221 .1*01 3005.

17 0. .011.18 1007 . 07 171.1*5 -51*. 971 -53.395 . 71 637 .218 . 1*0 3 2937.

175. .011.36 91.2.23 163.53 -52.972 -51.377 .73007 .215 .401* 2867.

ISO. .011*51* 879. 10 155.75 -50.965 -1*9.350 . 71* 11*9 .212 .1*07 2791*. 185. . 01'«73 617 . 79 11*6. 11 -1*6 . 91*7 -1*7 . 31

1

.75266 .210 .1*09 2719.

190. • 01'*93 758.39 11*0 . 50 -1*6.917 -1*5.256 .75 352 .20 8 .1*12 261*1.

195. .01516 700 . 97 133.23 -1*1* . 871 -1*3. 166 . 771*37 .205 .1*16 2560

.

20 0 . .015 37 61*5 . 61 126. 0 2 -1*2 .806 -1*1.099 .781*95 . 205 .1.20 21*77. 205. .01561 592 . 32 118.97 -1*0 . 720 -38. 986 .79539 .201* . 1*25 2 391. 210. .01566 51*1. 10 112.12 -38.608 -35.61*5 .60 570 .201* .1*31 2303. 215. .01613 1.91 . 89 105.50 -35.1*55 -31.. 671* .81593 . 201. .1*39 2211*. 220. .C151.2 1*1*1*. 56 99. 11* -31*. 287 -32.1*63 .62509 .20 3 . 1*1*6 2125.

225. .01673 398.67 93.11 -32.057 -30.208 .83622 .202 .1*56 201*1. 230. .01707 351*. 1*7 87.1*5 -29.796 -27.901 .81*535 .198 . 1*65 1955

.

235. .0171*6 312.21* 61.60 -27.1.51 -25. 511 .85551* .199 .1*82 1972.

2f» Q . .017 99 260.63 76 , ''* -25.021 -23. 031. .85707 . 197 .50 7 1788 .

2*»5. .01 839 2 25.16 70.05 -22 . 1* 92 -20.1*60 . 87772 . 195 528 1662

.

25 0. . 01891. 181* . 81* 63.58 - 19 . 6 1*2 -17.738 .86866 .195 .560 1566.

255. . 01963 11*1* . 1*0 57.11* -17.012 -11. . 6 31 .90019 .196 .50 7 1 1*1* 0 . 26 0 . . 0201.9 1 0 1* . 95 50.10 -13.913 -11.636 . 91 250 .198 .682 1293. 265. .02171 55 .13 1* 2 . 1.1 -10.315 -7.90 3 .92582 .201* .631* 1118. 269.10 7 .02338 32.05 35.16 -6 . 1* 76 -3.877 . 91* 1 89 .215 1.267 935. 269.107 . 0771.2 12.17 6.79 23.178 31.780 1.071*1*2 .230 1.350 577.

270. .08017 11*. 52 5.1*5 23.981* 32. 891 1.07851* . 225 1.11*6 586.

2 7 5. . C 9 1 3 2 5.35 27.125 37.271 1 . 0 9 1*6 2 .20 9 .711 617.

2 9 0 . .09957 31.29 1*. 72 29.3 55 1* 0 . 1* 1

8

1.10 597 .199 .566 61*1

.

285 . . 10 655 37.23 1* . 3 0 31.203 1*3 . 0 1* 1 1.11625 .193 . 1*90 562

.

29 0. .1127 7 1*2 . 1* 7 3.97 32.830 1*5. 360 1 . 12 332 .18 8 . 1*1* 1 690 •

295. . 11 61*9 1*7. 21 3.71 31*. 312 1*7.1*77 1 . 13056 .181* .1*08 596.

300 . .12381* 51.59 3.60 35.690 1*9.1*50 1.13719 .181 .363 711. 310. . 13371. 59.55 3.16 38.229 53.089 1. 11*913 .175 .31*8 738. 320 . .11.289 66.75 2.90 1*0.569 56.1*1*5 1.15976 .173 .325 762. 330. .15151 73.1*3 2.69 1*2.773 59.506 1. 16961 .170 .309 785.

3"tO. .15973 79.58 2.51 1*1*. 877 62.621* 1.17862 .168 .295 806 . 350. .16751* 85.51 2.37 1*6.907 65.532 1.18595 .157 .266 825. 360. .17529 91.27 2.21* 1*6.678 66.353 1 .191*90 . 165 .279 91*3. 370. . 18271. 96.71 2.13 50.801 71.101* 1 . 2021*1* .165 .272 850 . 380 . .19002 101.96 2.03 52.585 73.796 1.20952 . 151* .267 877.

390. .19711. 107.06 1.91* 51*. 536 76.1*39 1.2161*8 .153 .252 893 . •OO. .201*11* 112.01 1.87 56.360 79. 01*1 1.22307 .152 .258 909. •lO. .21103 116.85 1.79 58.150 61.605 1.2291*0 .162 .265 921*. '.20. .21782 121.58 1.73 59.939 61*. 11*0 1.23551 .161 .252 938.

'.30. .221*53 125.21 1.57 51.701 86.61*7 1.21*11*1 .161 .21*9 952.

.itO. .23116 130 .76 1.61 63.1.1*7 89.130 1.21*712 .150 .21*7 955.

<.50. .23773 135.23 1.66 65.179 91.692 1.25265 . 160 .21*5 979.

1.60. .21* 1*23 139.51* 1.52 56.900 91*. 036 1.25802 .150 .21*3 993.

'•70. •25068 11.3.98 1.1*7 66.610 95.1*61 1.26321. .160 .21.2 1005.

ItSO. .25708 11.8.27 1.1*3 70.311 98.873 1.25631 .159 . 2'tO 1018.

<.90. .263'*3 152.51 1.39 72.003 101.271 1.27326 .159 .239 1033.

500. .2597'. 156.70 1.35 73.688 103.657 1.27808 .159 .238 1042.

510. .27602 160.85 1.32 75.367 106.033 1.28278 .159 .237 1061*. 520. .28226 161*. 96 1.29 77.01*0 106.1.00 1.28738 .159 .235 1065. 530. .28e<t7 169.0'* 1.25 78.708 lie .758 1.29187 .159 .236 1077.

5I.0. .291*65 173.08 1.23 30.372 113.109 1.29627 .159 .236 1068.

TKO-PHASE BOUNDARY 134
TABLE VIb. THERMOOYNAMIC PROPERTIES OF OXYGEN

700. PSIA ISOBAR

TEMPERATURE ISOTHERM

DERIVATIVE

ISOCHORE DERIVATIVEINTERNAL ENERGY

Cv Cp VELOCITY

OF SOUND

OEG. R FT^ /LB PT^ -PSIA/LB PSIA/R BTU/LR RTII/I R D 1 U / U D r\ H 1 U / L o K

O T 1 1 /I Q_ D D 1 U / L O— K FT / S

96* 6f»l . 01223 20 61.78 320.26 ~ 9 3 . 1 12 -91.527 .50226

100> .01226 20 1.3 . 51 315.58 '82.555 ' 7f,* ' 7Q7 3797.

105, . 01237 1 965 . 15 301.70 * 8 0 . 6 8 5 -79.081 *52627 * 259 * 397

110. .0121.9 1887.50 288.17 -79.716 -77.097 .54473 .257 .397 3675.

115. .01261 1810.1.9 275.71 -76.71.9 -75.111. .55235 .254 .395 3517.

120

.

.01273 17 31.. 11 261* . 0 9 -71. . 782 -7 3.132 .57 922 .251

12 5. .01286 1658.38 253.16 -72.817 -71.150 .59540 .24 8

' 7qft 130

.

.01299 1583. 35 21*2 . 81 -7 0.852 -59.168 .61095 .245 '396 3444

135. . 01 312 1509. 08 2 32.92 -68.8 86 -67.186 .62591 .242 .397 3 386.

1<»0. . 01325 11.35 . 66 2 23 . 1.3 -66.920 -65.202 .64034 .238 .397 3 327.

lltS. .01339 1363.18 211.. 27 -61* .953 -53.217 .65 42 7 .23 5 .397 3267. 150. .01353 1291 . 75 205.1.0 -62.981* -61.230 .66774 .231 .399 3205.

155. . 01368 1221 . 1.6 196.76 -61.013 -59. 239 .68079 .229 .39 8 3144.

160. .0138't 1152 . 1.3 18 9. 38 -59. 0 38 -57.21*5 • 69346 .225 .399 3 0 81. 165. . 011.00 10 81. . 79 180 . 16 -57.060 -55.21*5 .70 5 76 • 221 .400 3 015. 170. .011(16 1018.53 172.12 -55.075 -53.21*0 .71774 .218 .402 2948.

175. .01i<3it 951. . 08 161.. 23 -53.085 -51.227 .72941 .215 .403 2879.

ISO. . 01'>52 891 . 21. 156.1*9 -51. 0 96 -1.9. 20 5 .74080 . 212 , 405 2807,

185. . 011*71 820.22 1U8.89 -1*9.079 -1*7. 172 .75 194 .210 .40 8 2733. 190. .011)90 771.12 11.1. 1.2 -1.7.058 -1.5 . 125 .76286 • 20 8 .411 2556

.

195. .01511 711.. 01 131*. 11 -1*5 .023 -1*3. 061. .77357 . 206 .414 2577. 200. .01533 65 9 . 95 126.95 -1*2 .971 -1. 0 . 96 1* .7 8410 . 205 ,418 2494.

205. .01557 60 5.96 119. 96 -1*0 . 899 -39.882 .79449 .20 4 , 423 2410,

210. .01581 555 . 05 113.16 -38.803 -36.751* .80 475 .204 .42 8 2 324. 215. .0160 8 506 . 11. 106.6 0 -36.579 -31* . 595 .91490 .20 4 .435 2237.

220. . 01636 1.59.11 100.31 -31*. 522 -32.1*01 . 92499 .203 . 442 2151.

225. . 01666 1.13 . 72 91*. 33 -32.327 -30.157 .83503 . 202 .451 2368.

230 . . 01699 359 . 61. 88.72 -30.0 99 -27. 987 .845 05 .19 8 .46 0 1994.

235. .01737 327 . 32 83.06 -27 . 7 79 -25.528 .85519 .199 . 475 1905,

2'>0

.

.01777 2 81. . 1.8 77. 76 -25.1*01 -23.098 .86543 .198 .496 1919.

2i»5. . 01823 243 . 12 71.81 -22 .931* -20.571 .87595 .196 .515 1723.

25 0. .01876 202. 92 65.68 -20 . 369 -17.937 .89 549 . 195 .541 1615.

255. . 01 938 16 U . 10 69. 1.9 -17 .551 -15. 11.9 .99753 . 195 .579 1500.

260. .02011* 125.70 53.01 -11* . 755 -1 2 . 11.5 .90920 .196 .529 1372. 265. . 02112 89.93 1.6 . 2 0 -11. 526 -8 . 791 . 92197 .20 0 ,719 1225.

270. .02255 51.. 06 38.68 -7.716 -I..793 .93691 .206 .910 1051.

275. .02551. 16.1.9 28.31* -2.C1.7 1.253 .95912 .224 1.842 792. 276.20 9 . 0277 0 5.33 21* . 1 0 .8 09 1* . 1*0 0 .97 05 0 . 241 4.515 680 • 276.20 9 .05 367 2.96 10.61* 17.559 24.515 1. 04335 .25 9 5.894 563

.

2fl 3

.

• 06900 11. . 88 7.62 2 3.583 32.527 1.07221 .224 1.189 604.

285. .07875 23 . 71. 6.32 25.931* 37 . 11*1 1.09856 .20 9 . 759 633

.

29 0. . 08613 30.86 5.57 29.325 43 . 489 1. 10 020 .199 .50 0 555.

295. .09237 36.99 5.05 31.297 43,259 1.10968 .193 . 515 676. 300. .09792 1.2.22 1..66 33.002 45.695 1.11796 .189 ,462 594. 310. .10776 51.57 1..1C 35.995 49.954 1.13187 . 18 1 , 399 725 . 320. . 11651. C9.77 3.59 39.533 53.740 1,14396 .175 .360 752. 330. .121.61. 67.20 3.38 1.1.052 57.2C6 1.15453 .173 .335 776 . 31.0. . 13221. 71.. 07 3.11. 1*3. 322 53 .463 1.16425 .171 . 317 798. 353. .1391.8 80.52 2.93 1.5.1(83 63.562 1. 17324 .169 .30 3 819. 36a. .11.51.3 86.63 2.75 1.7.552 55.542 1. 19163 . 157 .293 838 . 370 . .153111 92.1.6 2.61 1.9.575 69.427 1.19954 . 166 .294 956. 390. .15967 99.06 2.1.9 51.539 72.23S 1.19702 . 165 ,277 374.

393. . 16601. 103. 1.7 2.36 53.1*57 74. 979 1.20415 . 164 .272 891.

<tQ3. .17227 108.70 2.26 55. 31*0 77.570 1. 21097 ,163 .257 907 . itlO. .17838 113.79 2.17 57.193 80.315 1.21750 . 163 .252 922.

<t20. .191.39 119.75 2.08 59.019 62,921 1.22378 . 162 ,259 937.

<.30. .19232 123.50 2.01 50.823 85.492 1.22983 .152 ,256 952.

'•'.O. . 19515 128 . 35 1 . 91. 52.508 88.034 1.2J5o7 . 151 ,253 966.

".50. .20193 133.01 1.87 611.375 90.550 1.24132 . 161 .253 979.

.20761. 137.59 1.81 66.127 93.042 1.24680 . 160 .248 993.

1.70. .21329 11.2.09 1.75 57.855 95.513 1.25212 .150 .245 1005. .21890 11.6.53 1.71 . 59.593 97.967 1.25728 . 160 .244 1019.

h90. .221.1.5 150.90 1.65 71.310 ICO. 404 1.26231 .160 .243 1031.

50 0. .22997 155.23 1.51 73.018 ii;2.e25 1.25720 .159 . 242 134,. 510. .2351.1. 159.51 1.57 74.717 105.236 1,27197 . 169 .240 1 355. 520 . .21.089 163.71. 1.53 76.1.09 107.634 1.27bc3 .169 ,239 1069.

530. .21.530 157.93 1 .1.9 78.096 113.021 1.29119 .159 .239 1379.

. 25 169 172.09 1.1.6 79.776 112.399 1,29562 .159 .237 1391.

TWO-PHASE BOONOARY 125
TABLE <Jlb. THERMODYNAMIC PROPERTIES OF OXYGEN

8G0. PSIA ISOBAR

TEMPEKATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cv Cp tfELOCITY

OERI\/ATIi(E DERIVATIVE ENERGY OF SOUND

OEG. R FT^/LS FT^-PSIA/Ltl PSIA/R aTU/LS 8TU/L6 BTU/LS-R STU/LB-R BTU/L8-R FT/S

98.9*3 .01223 2 0 67.60 320.29 -83.0 98 -61.287 . 5021.C , 261 .397 3316.

10 0. .01225 2GE 1 . 61 317.0 5 -32.597 -80.883 . 5061.5 , 261 . 397 3803.

105. .01237 1973. it? 302.18 -30.729 -78.897 .52583 ,259 . 397 371*1

.

lid. . 01 2'>8 1896.0'. 2 38.66 -78.763 -76.911* .5'. 1.26 257 . 397 3581

,

115. .01260 1819.25 276. 19 -76. 799 -71.. 932 .56191 , 251* .396 3523,

120 . .01273 17't3. 10 26l».56 -7"*. 836 -72.951 .57877 , 252 . 396 3566.

125. .01285 1667 . 60 253.66 -72.871* -70,970 . 591*91* , 21*9 . 396 3508.

130. . 01293 1592. 80 2t3. 31 -70.912 -68.990 .6101.7 ,21*5 .396 31*51, 135. .01311 1518.77 233. 1*1. -53.951 -57.C09 .6251.2 . 2t2 . 396 3393.

li<0. .Cl32f 1". 1.5 .59 223.96 -55.939 -55.026 •53983 . 239 .395 3335,

lltS. .01338 1373.36 211*. 81 -55.027 -53.01*5 .65375 .235 ,397 3276,

150. . 01 352 1302.17 205.96 -63.063 -51.050 ,66720 ,232 , 397 3215.

155. .01367 1232. 1'. 197.36 -61.097 -59.072 .56021. , 228 , 398 3151*. 160

.

.01382 1163. 38 188. 98 -59.128 -57,061 .69236 , 225 ,399 3091.

165. .01398 1095 .99 160.79 -57,156 -55,065 .70516 , 222 .1*00 3026.

170. .01^1-. 1030.11 172.78 -55.179 -53,081. .71711 , 218 .1*01 2960 . 175. . omsi 9b5 .8A 161*. 92 -53,196 -51,075 .72975 . 215 .1.02 2691.

180 . . 01't'«9 903.28 157. 22 -51,206 -1.9,059 . 71.0 12 .213 . 1*0 1* 2 823 . 185. .01W68 8'-2 . 55 11*9.65 -1*9,206 -1.7, 032 .75123 .210 .1.07 271*7. 190, . QikSd 783.73 11.2.23 -1*7,196 -i.i*,992 .76211 .208 .1*09 2671.

195. •01508 725. 51 13'.. 95 -'.5.172 -1.2.938 .77276 , 207 . 1*12 2593.

20 0. .i,153l 672 . 1'. 127.65 -1*3. 133 -1.0.855 .78327 . 205 .1*16 2512.

205 . . 0 1 55 3 619. '5 120 . 92 -1*1. 0 71* -38. 771. .79361 .205 . 1.21 21*28. 213. .01677 568.82 Hi*. 18 -38.993 -36.657 .80381 , 201. .1*26 231.1*. 215. .01603 520.20 1C7.67 -35.886 -31.. 512 .61391 , 201. .1.32 2253.

22 0. .01630 '<73.'t'» 1D1.'*3 -31*. 71*9 -32.331. .82392 ,291* .1*39 2171*. 22 5. .0166u hci. 31. 95.51 -32.578 -30,119 .83387 , 202 .i*'t7 2091*. 230. .01692 38'.. 55 89.95 -30.369 -27.863 • 81(376 ,198 .1.55 2022.

235. . C172a 31,2 . 19 8'* . 1*6 -28.093 -25.531. • 65330 ,199 . 1*69 1936.

2it0 . .017d7 3C0. 03 73.96 -25.751 -23.11.'. , 86337 . 198 .1*86 181*8.

21*5. .01810 269.57 73.1.3 -23.31*9 -20.667 ,67't08 ,195 .505 1750.

250. .01859 KQ.28 57,51. -20 .85^ -18.100 ,88'. '.5 .195 .526 1660.

255. .01917 182.61. 61.51 -18. 2'* 1. -15.1*05 ,69513 .195 .555 1553.

260. . OlSSi. 11.6.55 55,51 -15,1.73 -12.539 ,90625 . 195 .591* 11*38. 265. .C2i,69 111.31 1*9. 26 -12,1.35 -9.1*22 ,91813 . 197 .655 1309.

27 j. . i210

J

77.60 1.2,67 -9,137 -5.908 ,93127 ,201 .758 1155.

275. . 023'.7 lilt. 7 0 35.27 -5,039 -1.612 .91*703 .208 .989 992. 280 . .02712 13.58 25.37 1,039 5.057 .97103 .227 2.035 751. 285. . C5137 3.08 10.95 18.781 26.391 1.01.656 .21*2 2. 309 597. 290. .063^3 18.25 8.26 21*. 233 33.629 1.07178 .217 1,025 632.

295. .07123 26. 02 7.01* 27,350 37.903 1.0861.0 .205 ,733 657.

300. .07752 32.58 6,26 29,720 1.1,203 1.09750 .197 ,599 676.

310. .08782 1.3.57 5.26 33.1.1*5 1.6,1.55 1.111*73 .187 .1.70 713.

32J. .0965-. 52.86 '.,55 35.502 50,803 1.12851. ,18 0 ,i*0& 71.2. 330. . 10l.3<< 61.10 '*.19 39.200 51., 657 1. 11*01*0 ,176 ,368 768.

S'.O. .11155 68.62 3.81. 1*1.572 58,195 1.15097 , 173 .31.2 792.

350. .11932 75.60 3,56 1*3.988 51.517 1.15050 ,171 .323 811*. 360. . 121.77 82.16 3,33 1*6.192 51.. 675 1,16950 .169 .309 831*. 370 . .13C96 83.38 3,13 1*8.309 57.708 1,17731 . 168 ,298 853.

380. .1369t 91..33 2,96 50.357 70.51*3 1.18563 .166 .289 371.

390. . 11.271. 100. Oit 2,81 52.350 73.1.95 1.19305 .165 .282 889.

itUO. .ll»£'tJ 105.55 2,68 51*. 298 76.282 1.20010 .165 .276 905.

. 1639-. 110.89 2,56 55,207 79.011 1.20531* , 161* .270 921.

<.20. .15936 116.03 2,1.5 58. 081. 81.692 1.21330 ,163 .266 936.

<t30. . 161*70 121.

m

2. 36 59.933 81*. 332 1.21951 . 162 .262 951. .16995 126.08 2,26 61.758 66.931. 1.2251*9 .152 .259 966.

".50. . 17513 130.92 2,20 63,562 89.505 1.23127 .161 .256 980.

<t60. . 1802'. 135.66 2.12 65, 31.7 92.01.6 1.23686 . 161 .253 991*. .18530 litO.32 2,06 57,115 91.. 567 1.21*226 .161 .251 1007.

'•80. •19031 liti«.90 1,99 53,871 97.063 1.21*753 .160 .2<>9 1020.

'•90. .19526 I'tS.'tZ 1.93 70.613 99.539 1.25261* .160 .21*7 1033.

50 0. . 20018 153.87 1.88 72,31*1. 101,998 1.25761 . 150 .2<t5 10<*5. 510. . 20506 158.27 1.83 71*. 055 101*. 1.1.2 1.2621.1* . 160 .2<t<> 1050.

520. .20990 162.62 1.76 75.777 106,671 1.26715 .160 .2it2 1070.

530 . .211i71 166.92 1.71. 77.1,81 109,266 1,27177 . 159 .2<*1 1082.

5it0. .219'.9 171.18 1.69 79.178 111.691. 1,27626 .159 .2<>0 1093.

• THO-PHASE BOUNDARY 126
TABLE VIk. THERMOTNANIC PROPERTIES OF OXYGEN

900. PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL DERIVATIVE DERIVATIVE ENERGY

DEC. R FT*/LB Ft3-PSIA/LB PSIA/R BTU/LB

99* 12*f • 0 12Z2 20 73

.

kZ 320 • 32 ~83.003

too. .0122<i 2059.68 317.55 -82.739

105. .01236 1981.76 302.67 -80.77i( 110. .012<>3 190<t.55 289. 1<( -78.810

115. .01259 1827.98 276.68 -75.81.9 120. .01272 1752.06 265.07 -7i(.8»9 IZS. .0128'i 1676.78 251.. 16 -72.930

130. .01297 1602.21 21(3.82 -70.972

135. .01310 1528.1.1 233.95 -59.015

i<>a. .01323 11(55. <t7 22i(.i(8 -67.057

.01337 1363 • 'td 215,36 -65 . 100 150. ,01351 1312. 5i( 206.52 -63.11(1 155. .01365 121.2.76 197.91. -61.180

160. .01380 117i(.25 189.58 -59.217

165. .01396 1107.13 181.1(2 -57.251

170. .01<tl2 101(1.51 173.1(3 -55.281

175. .01it29 977.51 165.61 -53.305

180. .01it<«7 915.23 157.93 -51.323

185. .01<«65 651.. 77 150.1(1 -1.9.333 190. .OlitSS 796.23 11(3.03 -1(7.332

195. .0150 3 739.69 135,80 -1(5 . 3 19 200. .01526 685. 19 128, 7i( -1(3.291 205. .01S<>9 632.77 121,85 -1(1.21.5 210. .01573 582.1(2 115,17 -39.179

215. .01598 531.. 06 108,72 -37.088

220. .01625 ^87. 58 102,53 -3i(.959 225. .01653 1.1.2. 7l( 96,65 -32.820

230. .01685 399.23 91,14 -30.638

235. .01719 356.86 85.83 -28.39i(

2itO. .01756 315.30 80.15 -26.101

2*15. .01798 275.55 71* • 9 3 -23.739

250. .Iiie<>lt 237 , Oi( 59,26 -21.306

255. .01898 200.30 63.5l( -18.776

260. .01959 165.10 57,72 -16.120

265. .0203'< 130.90 51,87 -13.29i( 270. .02127 98.1(1 1(5,85 -10.222

275. .C2252 67.3i( 39,1(9 -5.71(8 280. .02<t<t3 38.87 32.1(2 -2.537

285. .02637 11.. 77 23.71. 3.581

290. . akiiu 7,76 li(, 29 li(.659

295. .05268 15.61 10,35 21.61(3 300. . Ii60'i3 23.20 8,60 25.1,67 310. .07183 36. 75 6,80 30.1,67 320. .08077 1.6,21. 5,80 31., 135

330. . Oiihb 55.27 5. 11. 37.196

3<>0. . 0951*1 63.1,1 I., 65 39.918

350. . 10186 7 0,91 1,. 27 1.2.1,19 360. . 10793 77.91 3,95 1(1.. 766 370. .11372 31., 51 3,73 1(6.999 380. .11928 90,79 3,1(8 1(9.11(3

390. .12l>6b 96,80 3,30 61.217

<fOO. .12988 102.58 3,13 53.231. >10. .13It96 1C8.16 2. 99 55,205

<t2a. .13991. 113.57 2,86 57,135

<t3(). .11II.82 118.83 2,7i( 59,032

<»<.o. .11(961 123.96 2,63 60,899

<t50. .151.33 128.97 2,51. 62.71.1

<t60. .15698 133.87 2.1.5 5i(.561

<t70. .16357 138,68 2,37 55.361

<>80. .16811 11.3,1.1 2, 29 58, ms

<>90. .17260 11,8,05 2, 22 69,913

50 0'. .17705 152,63 2,16 71,667

510. .1811.6 157,15 2,10 73,1,10 520. . 18581. 161,61 2,01. 75,11.2 530. .19018 166,02 1.99 76,865

5<»0. .191. 1.9 170.38 1.91. 78.579

• THO-PHASE aOUNOHRY

ENTHALPY ENTROPY Cu Cp VELOCITY

OF SOUND

BTU/LB BTU/LB-R BTU/LB-R BTU/LB-R FT/S

-81.01(6 .5025<( .262 .397 3820. -80.699 .50603 .261 . 397 3808.

-78.71i( .52540 .259 .397 3747.

-76. 731 .54385 • 257 .396 3687 . -71.. 750 .56146 .255 .396 3630. -72.770 .57831 .252 .396 3572. -70.790 .59447 .249 .396 3515. -58.811 .61000 .246 .396 3459. -66.832 .62493 .242 .396 3401.

-6i(.853 .63933 .239 .396 3343. -62.872 .65323 .235 ,396 3284. -60.890 .66667 .232 ,397 3225. -68.905 .57959 .229 .397 3163. -56.917 .69231 .225 . 398 3101.

-51.. 926 .70457 .222 .399 3037. -52.927 .71549 .219 .400 2971. -50.923 .72811 .216 .401 2903.

-1.8.912 .73945 .213 .40 3 2833.

-1(6.890 .75052 .211 .405 2751.

-i(i(.867 .76137 .239 .408 2686.

-1,2.810 .77200 .207 .411 2608.

-1(0.71(7 .78246 .20 6 .415 2529. -38.654 ,79274 ,205 .419 2447. -36,568 .80290 ,20 5 . 424 2363.

-3i(.i(25 ,81294 ,204 .429 2280. -32,262 ,82288 ,204 .436 2197.

-30. 064 .83275 ,202 . 443 2119. -27.831 .84256 ,198 .450 2049. -25,529 ,85247 . 198 .464 1966.

-23,171. ,85238 . 198 .477 1877.

-20,71(3 ,87241 .196 .495 1795. -18.232 ,88255 .195 .514 1701. -15.613 .89293 .194 .537 1601.

-12. 851. . 90 364 . 194 .567 1494. -9.906 .91488 .195 .613 1379. -6.577 .92694 .198 .681 1253. -2.996 .94045 .20 2 .800 1112. 1.534 .95577 .209 1. 045 95 0. 8.309 .98073 .225 1.845 749. 21.466 1.02549 ,245 2. 604 618. 30.422 1.05715 . 223 1.263 640, 35.645 1.07439 . 209 .857 664. 42.436 1.09702 . 193 .576 703. 47.595 1.11340 . 185 .466 735. 51.939 1.12678 .179 .408 763. 55.819 1.13836 .176 . 371 788. 59.394 1. 14873 . 173 . 346 810. 62.753 1.15819 . 171 . 327 831. 65.951 1.15695 .169 . 313 851. 69.022 1.17514 .158 .302 370 . 71.992 1.18286 . 167 .293 887, 74.679 1,19017 . 165 .285 904. 77.697 1.19713 . 165 .279 921. 80.457 1.20378 .164 .27 3 937. 83.166 1.21015 . 163 . 269 952. 85.832 1.21628 .163 .265 957. 98.461 1.22219 . 162 . 261 981. 91.056 1.22789 . 162 ,258 995. 93.621 1.23341 .151 .255 1009. 96.151 1.23676 , 161 ,25 3 1022. 96.678 1.24395 , 151 .251 1035. 101,174 1,24899 ,160 .249 1048. 103,662 1,25390 .160 .247 1050, 106,113 1,25867 ,160 .245 1072. 108.559 1,26334 .150 . 244 1034. 110.993 1.26788 . 169 .243 1096.

127
TABLE Vlh. THERMODYNAMIC PROPERTIES OF OXYGEN

1000. PSIA ISOBAR

TEMPERATURE

DEG. R

VOLUME FT^/LBISOTHERM ISOCHORE DERIVATIVE DERIVATIVE FT3-PSIA/L9 PSIA/R

INTERNAL

ENERGY STU/LB

ENTHALPY

BTU/LB

ENTROPY BTU/LB-R

Cv BTU/LB-R

Cp VELOCITY

OF SOUND BTU/LB-R FT/S

99.265 .01222 2079.22 320 . 35 -83.069 -80,605 .50268 . 252 .397 3823.

100. .01224 2067.74 318.03 -32.780 -80,515 ,50551 .252 ,397 3814.

105. .01235 1990 .03 303.15 -80.617 -76.630 ,52497 . 260 . 397 3753.

110. .012<t? 1913. 01. 289.62 -78.657 -76.546 .54341 . 257 , 395 3594.

115. . 01259 1836.69 277,16 -75.898 -74.566 .56102 . 255 . 395 3636.

120. .01271 1760 . 98 265.55 -71.. 91.2 -72.589 .57786 ,252 , 396 3579,

125. .01283 1685.93 251.. 65 -72,986 -70.61C .59401 .249 .396 3523.

130. . 01296 1611.59 21.1.. 32 -71.032 -68,533 ,50952 . 245 .395 3466, 135. .01308 1538. 02 231.. 1.5 -59.078 -55.656 .62445 . 242 .395 3409. 225.01 -67 . 125 -64.578 .63883 .239 .396 3351

.

U5. .01335 1393.56 215.69 -55.172 -62.699 .55272 .236 ,396 3293.

150. 1322.86 207.07 -53,218 -60.719 .66614 . 232 ,395 3233.

155. .0136") 1253.33 196.51 -61,253 -58.737 .67914 .229 , 397 3173.

160. .01379 1185.07 190.17 -59,305 -56.752 .69174 .225 ,397 3111, 165. .013911 1118.20 182.03 -57,31.5 -54,763 .70396 .222 . 398 3047,

170. .Ol'.lO 1052.81. 171.. 07 -55,382 -52.770 .71588 . 219 ,399 2982,

175. .011.27 989. 10 166.28 -53.1.13 -50.771 .72747 .215 .401 2915.

ISO. .Ol'.'.S 927. 08 158, 61. -51,1.39 -48.764 .73878 .213 .402 2845,

185. .011.63 866.89 151.15 -1.9.1.57 -46.748 .74983 . 211 .404 2774,

190 • 2700 ,

195. .0150 2 752. 31. 136.53 -1.5,1.62 -42.681 .77124 .207 .409 2624.

200. .01523 698.11 129.61 -1.3,1.1.6 -40.625 .78165 . 206 .413 2545,

205. .0151.5 61.5.95 122. 77 -1.1,1.12 -36.551 .79190 .205 .417 2454, 210. .01568 595.86 116.11. -39.350 -35,455 .60200 .205 .422 2363 . 215. .01693 51.7.75 109.73 -37.281. -34,334 .81198 .205 .427 2300,

220. .01619 501.52 103.59 -35.183 -32,185 .82137 . 204 .433 2219, 225. .0161.7 1.56.93 97. 76 -33.051. -30,004 .83166 .202 .439 2143,

230. .01678 1.13 .68 92.29 -30.897 -27.791 .84138 .196 ,445 2075,

235. .01711 371. 33 87,11. -28.681. -25.516 .85117 , 196 ,459 1995,

2<»0

.

. 0 1 71.

7

330.30 61,56 -26. 1.27 -23. 192 . 660 96 ,198 ,471 1909,

2<»5. .01767 291.11. 76. 36 -24. 108 -20.800 .87082 , 196 ,465 1828,

250. .01831 253.28 70.85 -21.728 -18.336 .88077 ,195 . 502 1739,

255. .01830 217.25 55.33 -19.255 -15.783 .89089 ,194 ,622 1545,

260. .01938 162.68 59.73 -15.599 -13.111 ,90127 , 194 ,547 1545,

265. .02003 11.9.27 51.. 17 -14,000 -10.288 .91202 , 194 .582 1439,

270. .02086 117.50 1.8.55 -11,120 -7.258 ,92335 , 196 .632 1325. 275. .02188 87.50 1.2.77 -7,972 -3.920 ,93559 , 198 .707 1204.

280. .02327 60.13 36.70 -4.410 -.102 .94935 ,202 .830 1071. 285. . 02536 35.92 30.15 -.127 4.570 .96568 . 233 1.057 924. 290. .02926 17.78 22. 86 5.663 11,080 .98853 ,223 1.574 763.

295. .03703 11.76 16.17 13.394 20,251 1. 01987 .234 1.699 555. 300. .01.591. 16.13 12,22 19.758 28,274 1.04667 .222 1.304 653. 310. .05869 28.87 6,P0 25.951 37,818 1.07822 .201 . 731 698, 320. .06798 1.0.03 7.21 31,487 44,075 1.09811 . 190 .645 730, 330. .07570 1.9.90 6.21. 35,028 49,046 1.11342 . 183 .456 760 , 3<>0. . 08219 58,58 5.56 38,055 63.330 1.12621 .178 .405 765, 350. .08870 66.51. 5.06 40,772 57.196 1.13742 .175 . 371 308, 360. .09!. 1.9 73.91. i.,65 43,283 60.781 1.14752 .173 . 347 830, 370. .09997 80.90 1..33 45.545 64.157 1.15677 .171 . 329 850,

380. .10520 87.1.9 1..0S 47,895 67 .376 1,15535 . 169 . 315 869,

390. .11023 93.78 3.82 50.058 70.470 1,17339 . 163 .304 887.

<>00. .11510 99.81 3.61 52.150 73.464 1,18097 .167 .295 905.

<tlO. .11983 105.62 3.1.3 54.185 76,376 1,18815 .165 .267 921. •28. .12'.i.'. 111.21. 3,28 55.173 79.216 1,19501 .155 .281 937.

i>30. .12896 116.69 3.13 58.119 61.999 1,20155 ,154 .276 953.

<>'>0. .13338 122.00 3.01 50.031 84,730 1,20783 , 163 .271 968.

<t5a. .13773 127.17 2.89 51.913 67.417 1,21387 , 153 .267 982.

'>6I1. .11.201 132.23 2.79 63.769 90.065 1.21959 , 162 .25 3 997.

1)70. .1<.623 137. 16 2,69 65.602 92,579 1.22532 .162 .260 1010.

<i8a. .15039 11.2.01. 2,60 67.414 95.253 1.23076 . 151 .257 1024.

•SO. .151.51 11.6.82 2,52 69.209 97,821 1.23503 .161 .254 1037, 500. .15859 151.52 2.1.1. 70,988 100,354 1,24115 , 161 .252 1050, SIO. .16262 156.15 2.37 72.753 102,866 1.24512 .160 . 250 1053,

S20. .16662 160.71 2,31 74,506 105.360 1.25096 . 160 .248 1075, 530. .17059 165.22 2,21. 76,247 107.836 1.25566 .160 .247 1087,

5<>Q. .171.53 169.68 2.19 77.979 110.297 1.26028 .160 .245 1099,

THO-PHASE BOUNDARY

128
TABLE VIb. THERMODYNAMIC PROPERTIES OF OXYGEN

1100. PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY DERIVATIVE DERIVATIVE ENERGY

DEC. R FT^/LB FT*-PSIA/La PSIA/R BTU/LB BTU/LB BTU/LB-R

Cv BTU/LB-R

Cp VELOCITY

OF SOUND

BTU/LB-R FT/S

99.^06 .01221 2035.00 320.38 -83.054 -90.566 ,50282 .262 .397 3827, 100« .01223 20 75.77 318 . 51 -82. 821 -80.331 .50518 .262 .397 3820,

105* . 0123'4 1998.29 303.63 -80 • 661 -78 . 347 .52454 , 260 . 397 3758,

110* • 012'*6 1921.50 290 .10 -78.903 -76,365 .54297 . 258 .396 3700. 115* . 01256 1845.37 277. 65 -76 B 948 -74.386 .55057 ,255 . 396 3642,

120* . 0127 0 1769. 89 266.0 5 -74.994 -72.407 . 57741 . 252 .395 3595. 125* .01282 1695. 05 255.15 -73.042 -70.430 .59355 . 249 , 395 3530.

130 • .01295 1620 .93 244. 82 -71.091 -68.454 ,60905 . 246 .395 3473. 135* .0130 7 154 7 .59 2 34.97 -69 .141 -66.478 •62397 . 243 .395 3417.

fiO* • 01320 1475.11 225. 53 -67.192 -64.502 ,63834 .239 .395 3359,

li|5. .0133', 1403.59 216.43 -65.243 -62.526 ,65221 .236 .395 3301.

150 • * 0 1348 1333. 13 20 7.62 -63.294 -60,548 ,66562 ,232 .396 3242. 155* • 01 362 1263 . 84 199.0 8 -61.344 -58.569 ,67859 . 229 . 396 3182.

160 • . 01377 1195 . 82 190 . 76 -59. 392 -56,567 .69118 .226 .397 3121

,

165* .01393 1129.21 182. 64 -57. 438 -54,60 2 ,70340 .222 ,397 3 058, 170 • • 01409 1G64 . 10 174. 71 -55.481 -52,612 , 71528 , 219 , 398 2993. 175 • . 0 1425 10 0 0.61 166. 94 -53.5 20 -5 0 ,617 , 72684 , 216 ,40 0 2927.

160 • . 0 1442 939.85 159.34 -51.553 -48,615 ,73912 ,214 ,401 2858,

165 • . 01461 878.91 151.88 -49.5 79 -46,60 4 .74914 ,211 ,40 3 2787.

190 • • 01479 82 0.90 144 .58 -47.597 -44,58 3 . 75992 ,209 .40 5 2714,

195. .01499 764. 88 137.44 -45.604 -42.55C ,77049 ,208 ,408 2539.

20 0.01520 710.90 130 .46 -43.598 -40.502 ,78086 ,206 ,411 2561.

205* • 01 542 65 8.99 123.67 -41.5 76 -38.436 ,79106 ,206 ,415 2482.

210 • .01564 609. 14 117.0 6 -39.536 -36.350 ,80112 ,205 . 419 2401. 215a .01589 561.27 110.72 -37.476 -34.240 ,81105 .205 ,424 2320

,

220* .01614 515.28 104.63 -35.391 -32. 103 ,820 87 .204 ,430 2241

,

225* . 01642 470.93 98.84 -33. 282 -29. 938 .83060 • 20 3 ,436 2 166. 230 • . 01671 427 . 92 93.41 -41.148 -27. 744 . 84024 .198 . 44 1 2099, 235* .0170 3 385.61 88.41 -28.963 -25.494 ,84 992 .198 ,454 2022,

2'tO • .0173 6 345 .07 82.90 -26. 737 -23.197 , 85959 .198 ,465 1939.

2'»5. .01776 306.38 77.67 -24.459 -20.841 .86931 . 197 ,478 1359. 250 • . 01818 269.0 8 72. 35 -22.126 -18 . 423 ,87908 , 195 .493 1775. 255» .01865 233.61 67.00 -19.721 -15,923 , 88898 ,194 ,510 1666, 260 • .01918 199.51 61.58 -17.229 -13,322 ,8990 8 , 194 ,530 15 91, 2&5« . 0197 9 166 .72 56 . 23 -14.632 -10,60 0 .90 945 , 194 ,55 8 1492

,

270 • .02052 135.67 50 . 91 -11.895 -7.715 ,92023 , 194 ,59 7 1389,

27 5 • .196 ,65 0 1279, 280. .02251 79.46 40.03 -5.762 -1.176 .94400 . 198 , 728 1163,

zes. .02401 55.48 34. 34 -2.157 2,735 ,95784 .201 ,949 1041,

290. .02624 35.33 28.38 2.135 7,480 ,97436 , 210 1,053 907,

295. .02985 21.71 22.40 7.381 13.461 ,99480 .220 1. 344 784,

303. .03549 16 .79 17.22 13.423 20.653 1.01897 . 224 1.460 712.

310. . 04792 24, 04 11.44 22.855 32.617 1,05826 , 208 .926 704. 320. .05750 34.93 8.94 28.544 40.257 1,08255 . 194 .643 732. 330. .06526 45.03 7.53 32.686 45.978 1.10017 .186 .514 759.

3<t0. .07190 54.19 6.60 36.083 50.74C 1,11439 . 131 .443 785.

350. .07798 62.61 5.94 39.050 54.934 1.12656 . 177 . 399 308. 360 . .08354 70.34 5.42 41.746 58.762 1. 13734 . 174 , 369 830. 370 . .08877 77.60 5. OC 44.251 62.332 1.14712 .172 ,346 851. 390. .09373 84.47 4.66 46.616 65,70 7 1,15613 . 170 ,329 870.

390. . 098<.6 91,01 4. 37 48.874 66,933 1,16451 , 159 ,316 989.

ItOO. .10306 97.27 4.13 51.047 72,039 1,17237 , 158 ,305 906.

<«10. . 10 750 1C3. 29 3.91 53.151 75.047 1,17980 . 167 ,296 923.

•tza. .11181 1C9.11 3.72 55.198 77.973 1,18685 . 165 ,289 939,

<<30. . 11602 114.74 3.55 57.197 80.830 1,19357 . 165 .283 955.

<titO. . 12015 120. 21 3.40 59.155 83.628 1.20000 . 164 .277 970.

1.50. . 12419 125.54 3.26 61.079 86.375 1,20618 . 153 ,272 965.

1.60. .12617 130.74 3.14 62,972 89.078 1.21212 .163 ,268 999,

<t70. .13208 135.83 3.C3 64,838 91.741 1.21785 . 162 ,255 1013,

<<ao. . 13594 140.82 2.92 66,681 94.370 1.22338 . 152 .261 1027,

•.90. .13975 145.71 2. 83 68,5113 96.969 1,22874 .161 ,258 1040 , 50J. .14351 150.53 2.74 70.307 99,540 1,23393 . 161 ,256 1053,

513. .14724 155.26 2.66 72,095 102,087 1.23898 .161 ,254 1066, 520. .15093 159.93 2.58 73,869 104,613 1.24388 . 150 ,252 1079. 530. . 15459 164.54 2.51 75.629 107,119 1.24866 . 160 ,253 1091.

51.0. .15822 169.10 2.44 77.379 109,607 1.25331 .150 .248 1103.

THO-PHASE BOUNOARY

129
TABLE VI b. THERM0DYN4MIC PROPERTIES OF OXYGEN

1200. PSIA ISOBAR

TEMPERATURE

DEG. R

VOLUME FT^/LB

ISOTHERM ISOCHORE DERIVATIVE DERIVATIVE

FT^-PSIA/LS PSIA/R

INTERNAL

ENERGY STU/LB

ENTHALPY BTU/LBENTROPY BTU/LB-R

Cy BTU/LB-RCp VELOCITY

OF SOUND

BTU/LB-R FT/S

99.5f»3 .01221 2090.81 320.1*1 -83.039 -60.326 .50295 .252 .397 3831.

100 • • 01222 20 83 . 76 318 . 99 -62. 862 -80 . 1**7 .501*76 * 252 .397 3 825. 105* ,0123*1 20 06.50 30**. 11 -6 0.90** -78.153 . 52*»11 .250 . 396 3761*. 110* . 012'*5 1929. 93 290 .56 -7 6 . 9<49 -76.182 .51*251* ,256 • 396 3705*

115« .0125 7 1 85ft .02 278 . 13 -76.996 -71*. 20 3 .56011* .255 . 395 36**9 • 120 • .01269 17 7 8.7** 266.5 3 -75 .OitS -7 2.226 . 57597 . 252 .395 3592 • 12 5. . 01281 170^.13 255. 6** -73. 097 -7 0.250 .59310 ,21*9 .395 3537 . 130 • . 01293 1630.2 3 21*5 . 32 -71. 150 -66.275 .50 65 9 ,21*6 .395 31*81. 135, .0130 6 1557 .11 2 35 . **8 -69.201* -55.301 .6231*9 ,21*3 .395 31*21*. I'tO* .01319 1 U 8'. . 86 226.0** -67.259 -5**. 327 .63765 ,21*0 .395 3 367.

. 01333 11.13.57 216.96 -55.31*. -52.353 .55170 .235 . 395 3310. 150 • • QiZk? 13t*3 • 35 208.17 -63, 3 69 -60 .377 .56509 .233 .395 3251.

155, • 0 1 361 127'#. 29 199.6** -6 1 . '*2'* -58.1*00 . 67806 ,229 .395 3191

.

160 • .01 376 1206.52 191 . 3*» -59.1*78 -56.1*21 .69062 ,226 .395 3130.

155, .01 391 llf*0 . l*. 183.25 -57.530 -51*. 1*39 .70262 • 223 .397 3068.

17 0, . Ol'iO? 10 75.28 175.3** -55.579 -52.1*53 . 7 1 1*6 7 .219 .398 3001*. 175, . 01'»23 1012.0** 167.60 -53.625 -50.1*62 • 72622 • 217 .399 2936.

180 • . Ql^^O 950 . 53 160. 03 -51.665 -i*6.i*&5 .7371*7 ,211* . 1(0 0 2870.

185 • • 01*t58 690.8** 152.61 -**9 . 700 -i*&. 1*60 . 71*81*5 , 212 .1*02 2800.

190 • • 01**77 833.0 7 1**5. 3** -**7 . 726 -(,1* . 1*1*1* .75921 .210 . 1*0 1* 2728.

195. .01ii96 777.30 138.2** -1*5.71*2 -1.2.1*18 .75971* .208 .1*07 2651*. 20 0« .01517 723.56 131.30 -1*3. 71*7 -1*0 . 377 .78008 .20 7 . 1*1 0 2577 , 205 • • 0 1 538 671* 89 1 2** . 55 -1*1 . 7 36 -36. 319 .79025 ,206 . 1*1

3

21*99. 21 0 • .01560 622.27 110.01 -39.709 - 36 . 2 **

2

.80 026 .20 6 . 1*1

8

21* 1 9. 215, 57**. 63 111.69 -37.662 .205 .1*22 23**0 . 220 • .0160 9 526.86

^qo'ho

-35.591* -32*018 . 81991 . 205 .1*27 2262.

225, . 01636 -33.503 -29.867 .82957 .20 3 .1*32 2188.

230, **^1* 96 9'*'50 • . 1*37 2121* . 23 5, .01696 399.70 69.63 -29.2 33 -2 5 . **6i* . 1*5 0 201*9.

2*tO • 8*.. 19 * 85827 ' 198 1958.

ZitS. .01766 321.30 76.92 -24.792 -20.668 .65786 . 197 .**71 1888.

~9n** ?o

. 195 sss' 2^9* .86719 1723*

26 0 • * ^

215.7** I* 7 710 *Qn7??

*

1 9l! .517 153**.

' 9flft . 539

270

* ' 0202 3 152*88 53 oi "l2 581

"

8 086 '917^6

• 570 275. .02101 12**. 16 <*7 . 96 -9.610 -5 . 11*3 . 92825 .191* .611 13** 1*. 280 . .02195 97 .56 **2.81 -6.61*1* -1.965 .93971 .196 .665 1239.

285. .02315 73.78 37.63 -3.613 1.531 .95209 . 198 .71.0 1132.

290. .021.75 52.90 32.35 .0 28 5.528 .95600 . 203 .851* 1015.

295. .02701 36.59 27.07 1**169 10.170 .98187 . 210 1.008 902. 300. .03023 26.09 22.09 6.901 15.528 1.00021 .215 1.168 810. 310. .03972 23.18 1*1.73 18.501 27.327 1.03856 .211 1.060 731*. 320. .0'te98 31.57 11.03 25.350 35.231* 1.05590 . 198 . 7<*5 7**2. 330. .05666 **1.27 9.0<< 30.161* 1.2.771. 1.0870** .169 .578 761*. 3'tO. .06325 50.52 7.79 31**005 1*8.050 1.10283 .183 .1*86 788. 350. .06912 59.12 6.92 37.260 52.619 1.11606 .179 .1.29 611.

36 0. .071.50 67.13 6.26 1*0.160 56.711. 1.12759 .176 . 392 832. 370. . 0791(9 7<*.68 5.7** 1*2.819 50.1*63 1.13792 .171. .365 853. 380. . 08lt23 81.77 5.32 1*5.309 51*. 021* 1.1**737 . 172 . 31*1* 872.

390. .08871. 88.52 <*.97 1*7.666 67.387 1. 15610 . 170 .329 890.

itOO. .09308 9*.. 99 1..67 1*9.926 70.609 1.151.26 . 169 . 316 908.

<>ia. .09727 101.20 **.<*1 52.103 73.717 1.1719** .158 . 306 925.

i>20. .10133 1C7.19 '*.19 5*.. 213 76.730 1.17920 . 157 .297 91.1. it30. .10529 112.98 3.99 56.266 79.663 1.18610 .165 .290 957.

<»itO. .10916 118.61 3.81 56.273 82.530 1.19269 . 165 .281* 972,

<t50. .11295 12<*.08 3.65 50.239 85.338 1.19900 . 16** .278 967.

<t60> .11667 129. <*2 3.50 62.170 86.095 1.20506 . 163 .273 1002.

ii7a. .12033 13**. 63 3.37 61**071 90.606 1.21090 . 163 .269 1016.

<>80. . 12393 139.7** 3.25 65.91*5 93.1*83 1.21553 .162 .266 1030.

i>90. .127^8 l'.i».75 3.1** 67.796 96.123 1.22197 . 162 .262 101*3. 600. .13099 l'*9.67 3.0** 59.625 96.732 1.2272*. .161 .260 1056. 510. .131*lie 15<*.51 2.95 71.1*35 101.311* 1.23236 . 151 .257 1069. 520. .13789 159.27 2.86 73.231 103.872 1.23732 . 160 .255 1082.

530. .1<|130 163. 9S 2.78 75.011 105.1*08 1.21*215 .160 .253 1095.

6i>0. .l't'»67 168.62 2.71 75.778 108.921* 1 .21*685 . 160 .251 1107.

THO-PHASE BOUNDARY

130
TABLE VIb. THERMODYNAMIC PROPERTIES OF OXYGEN

1300. PSIA ISOBAR

TEMPERATURE

0E6. R FT^/LB

ISOTHERM ISOCHORE DERIVATIVE DERIVATIVE FT^-PSIA/LB PSIA/R

INTERNAL

ENERGY

BTU/LB

ENTHALPY

BTU/LB

ENTROPY BTU/LB-R BTU/LB-R

Cp VELOCITY

OF SOUND

BTU/LB-R FT/S

99.68S .01221 2096.60 320.1)5 -83.025 -80.086 .50309 . 262 .397 3831*. 100« • 01221 2091 • 77 319 , 1.7 -62.903 -79.963 .501*33 . 262 .397 3831.

lOS. .01233 201<> . 70 301..58 -80 • 91*7 -77. 980 .52368 . 250 . 396 3770.

110. . 012<t<> 1936. 35 291 .05 -78.995 -75.999 .51*211 .258 .396 3712.

115. .01256 1862.6i> 278.61 -77.01*5 -71*. 021 . 55970 . 255 . 395 3655.

120. .01268 1767.59 267.02 -75.097 -72.01*5 .57652 • 253 ,395 3599.

125. .01280 1713.18 256.12 -73. 151 -70.070 .59251* .250 . 395 351*3. 13a. .01292 1639.50 21.5. 81 -71.208 -68.096 .50812 . 21*6 .395 31*88. 135. .01305 1566.61 235.98 -69.255 -65.12'* .62301 . 21*3 . 391* 31*32.

I<t0. .01318 li«9't.58 225. 56 -67.321* -51*. 151 .63736 . 21*0 . 391. 3375.

I't5. .01331 11.23.51 217.1.8 -65.381* -62.179 .65120 .236 .391* 3318.

150 . . 013<>5 1353.51 208.71 -53.1*1*1* -60.205 .66<>57 .233 . 395 3260.

155. 01359 128<>.69 2 00.20 -61.501* -58.232 .67752 . 229 .395 3201.

160 . 0137*1 1217 . 15 191 . 92 -59.563 -56.255 .69007 226 . 39 5 311*0 . 165. .01369 1151. 02 183.65 -57.521 -51*. 277 .7022'* . 223 .396 3078.

170. .Ol'tOS 1066.39 175. 96 -55.576 -52.291* .711*08 .220 , 397 3015.

175. • 01'*2 1 1023. 39 168.25 -53.728 -50.307 .72550 .217 .398 291*9. 180. . oi<(3e 962. 12 150. 71 -51^775 -1*8.31'* .73683 . 211* , 399 2882.

185. . 01<>56 902.58 153. 32 -1*9.618 -1*6.31'* .71*779 . 212 .<*01 2813.

190. . 01^7'* 61.5.15 l'>5. 09 -1*7.853 -1.1*. 30 >• .75851 .210 .1*03 271*2.

195. .OlitSS 769.61 139. 02 -1*5*878 -1*2.281* .75901 .208 .1*05 2658.

200. • 01513 736.11 132 . 12 •1*3*693 -1*0.250 .77931 .207 .1.08 2593.

205. . 01 53l< 561.. 66 125.1.2 -1*1.893 -38.200 .789i«i* • 206 .1*12 2515.

210. •01557 635.25 118.91 -39.878 -36.131 • 7991*1 . 206 .1*15 2i*37* 21 5« • 01580 5 67.61* 112.51. -37.81*5 -31*. 01*2 .80921* , .20 6 • 't20 2359^

220. • 0160'* 51*2 .28 106. 63 -35.791 -31.929 .81896 . 205 .1*25 2282.

225. • 01631 1(98.37 100.92 -33.717 -29. 792 . 82856 • 203 • '.29 2210.

230. • 01 656 t»55 . 81 95.55 -31. 625 -27.533 . 8380<* • 198 , 1.33 211.7. 235. .01689 1*13 . 53 90.77 -29.1.93 -25.1*27 .81*753 . 199 .'*'t6 2071*.

2<(0. •01721 373.92 85 . 1*3 -27.323 -23.179 .85700 . 198 • '•55 1995.

2'>5. •01757 335.93 60.12 -25.111 -20.682 .8561*7 .197 • 1*61* 1916.

250

.

• 0 1 795 299.55 75.06 -22.858 -18.537 . 87591* . 195 • 1*76 1839.

255. • 01 937 251. . 9 0 70.02 -20.550 -15.12 7 . 8851*9 ,191. ,1*89 1758.

260. • 01685 2 31 , (.5 61* . 95 -16.177 -13.51*0 .89515 , 193 • 505 1571*. 265. • 0 1 938 199.60 59. 87 -15.7 33 -11.059 .901*91* . 193 • 521* 1581*. 270 • • 0 1 99 8 159 . 1.2 51* . 96 -13.201 -8.391 a 911*95 • 193 ,51*9 11*91* • 275. .02066 l<tl.l3 50 . 11 -10.553 -5.575 .92529 .193 ,581 l'*01* 280. .02151 n't. 78 1.5.25 -7.757 -2.580 .93608 .191* • 622 1305^

285. .02252 91.15 1*0. 36 -1..770 .650 .91*751 • 195 • 671* 1207.

290. . 02379 69.90 35.52 -1.501* 1..222 .95995 . 200 • 71*8 1101.

295. 52.25 30.72 2.068 8.193 .97353 • 205 • 81*1* 999.

300. .C2766 39.01 26.10 6.016 12.573 .96858 .209 ,951 907.

310. .03i«2't 27.1*1 18.32 11.. 613 22.655 1.02195 .210 1,03't 791. 320. . 0<t228 30 .76 13.1.7 22.070 32.21*9 1.05181 .201 • 825 766. 330. .li'.962 38.91. 10.78 27.571 39.516 1.071.19 , 191 ,5'*0 777.

3<>a. .05603 1.7.78 9.13 31.81*3 1*5.330 1.09155 .165 .530 795.

350. . 05172 56.35 8.00 35.1*05 50.261* 1.10567 .181 • 1*61 917. 360. .05691 6I..1.7 7.18 38.526 51*. 636 1.11819 .177 • <*16 837. 370. .07173 72.17 5.51. 1*1.357 58.621* 1.12912 .175 • 381* 857^ 380. .07525 79.1.11 6.03 1*3.977 62.331. 1.13902 .173 • 360 875.

390. . 06C56 86. 36 5.50 1*6. 1*1* « 65.837 1.11*812 .171 .3<t2 891* • 1.00. .061.69 92.99 5.25 1*8.791 69.178 1.15658 .170 • 327 911*

<«1U. .06667 99.35 1.. 91* 51.01*1* 72.388 1.161*50 .169 • 315 928.

<.2a. .09252 105.50 i*.58 53.218 75.1*89 1.17196 .167 • 305 91*1*. <>3a. .09626 111.1.1. 1*.<*1* 55.329 78.501 1,17906 . 165 • 297 960.

.<>i>0. .09991 117.20 i**2i* 57.385 61.1*36 1.18581 .166 • 290 976.

't50. . 103<<a 122.60 if05 59.396 81*. 306 1,19225 , 165 • 281* 990.

<t60. .10698 126 .25 3.89 51.366 87.119 1.1981*1. .161* .279 1005^

it7a. .110<»2 133.59 3.71* 63.302 89.882 1.201*39 . 163 .271* 1019^

iteo. •11380 138.61 3.60 65.206 92.602 1.21011 . 163 • 270 1033.

<t90. .11713 11.3.92 3.1*7 57.087 95.281* 1,21561* .162 • 266 101.7. 500. .120'«2 11.8. 9i« 3.36 68.91*2 97.931 1.22099 .152 • 263 1060.

510. .12307 153.88 3.25 70.777 100.51*8 1.22617 .161 • 26 0 1073.

520. .12689 158.73 3.15 72.593 103.138 1.23120 .161 • 258 1086.

530. .13007 163.52 3.06 71*, 392 105. 701* 1.23609 .160 • 255 1099,

5<tO. .13322 158.25 2.98 76.177 108.21*8 1.21*081* .160 • 253 1111.

THO-PHASe BOUNDARY

131
TABLE Klh. THERMODYNAMIC PROPERTIES OF OXYGEN

PSIA ISOBAR

TEMPERATURE

OEG. R

VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY 3ERIVATIVE DERIVATIVE ENERGY FT^/LB Ft3-PSIA/LB PSIA/R 3TU/L8 BTU/LB BTU/LB-R

Cp VELOCITY

OF SOUND BTU/LB-R FT/S

99a 629 • 0 1 2^ C 210 2.39 32 0.48 -79.647

100. . 01221 2099.71. 319.94 -82.943 -79.779 .50391 .262 .397 3835.

105, .01232 2022 .89 3C6.05 -80.990 -77.795 .52326 .260 . 396 3775.

110* fcqof

' 115» • G 1 25 5 1871.21. * " lit?*

"71 120 a 267 ReX * 5 0

* c:7fin ft 12 5« • 0 1 2 7 9 1722.21 2 56. 61 -73*206 -69*890 7^^n * 59219

• 3g5

13 0 a • C 1 29

1

246 . 3 0 -71.265 -67.917 .60 766 .24 7 . 394

'

13 5a 15 76

* 05 -59 .327 * ^'un

* \q'u 3439

1*»0 • • 0 1 3 1

7

1 5 0 1. 2 5 2 27. 0 7 -57.369 -53.975 *

•

ft 7ftfl7 • 24 U 3 363.

1**5 C1330 11.33 1.1 218 0 0 -65 453 62 005 5507C 237 394 3326

150. .013i»". 1363.61. 209.24 -53.518 -60.034 .66406 .233 . 394 3259. 155, .01356 1295.01. 200.75 -51.583 -56.052 .67699 .230 .394 3210.

122 7.73

165a • 0 1 38 6 1161.63 184. 44 -57. 710 -54.113 .70156 .223 .395 3 08 9. 170* -55.772 -52.134 . 220 395

175a

* G 1 uiq 1 0 3 1. • 6 7 16 8. 89 -53.630 -5 0 . 1 5

1

.72499 .217 . 397 2961

ISO a 'oi'»36 973.63 161 • 38 -51.685 -48.163 .73619 .215 • 3 9 6 2 994. 185 • • 01453 15 4. 0 2 -49.935 -45.167 .74713 .212 .400 2826. 190 a .Cl't72 657.13 146. 82 -47.978 -44.163 75 782 .210 .402 2755,

195 a Ol'i'Jl 601.81 139.79 -46 .012 -42 148 76829 .20 9 .404 2663.

200. .0151C 71.8.53 132.93 -44.036 -40.121 .77656 .207 .407 2609.

zos. .01531 697. 31 125.26 -42.047 -38.078 .78865 . 207 .410 2532.

n

* on J

1 ^'

^p!

0 • 0 * 215* an A^7 * n 1 Q7fc

' f; J- in?

*

• 9nt * 418

220 a

• .^^c7

.42 2 ?7fl9

o

»

n

*

'

* 01&25 * f f -29.712 *

* 7 • 73Tt

*

230* •01652 1. 69 • 1.8 96 .58 -31.6 52 -27.569 .63699 .196 51 7n

*

o

* A t 91.87 ^* -25.384 .199

' uuy * 2^0 Te^n • • 0 1 7 1

H

36 6. 03 86.63 27 a 6 0 0 -23.157 . 855 76 .198 .450 2 022.

21*5 017'«8 350 29 61 40 25 t*L7 20 886 86513 197 459 1945 2S0. .01785 311.. 30 75.34 -23.198 -18.572 .87448 .196 .469 1868. 2S5. .01825 279.95 71.40 -20,930 -16.199 .66386 .194 .481 1791. 260* .01870 24 6 • 7 3 65.46 -18.607 -13.759 .693 35 .193 .495

265* • 01920 215.25 61.52 -16.222 -11.245 .90293 . 193 .511 1625. 270a • 01976 1 65 1* 0 56.73 -13.766 - 8 . 645 .91265 .193 .531 1540. 275* . 02 0 <*

C

157.46 52.06 -11.217 -5.930 .92262 .193 .55 7 1453.

28 0* .02114 131.31 4 7.44 -9.553 -3.073 .93291 * 193 .59 0 1354. 285* .02202 10 7.77 42.80 -5 a 7 'O -.033 .94 367 . 194 .629 1273. 290. .02308 86.32 38.24 -2.723 3.260 .95514 .198 .682 1175.

295. .02'<'tO 67.87 33.73 .500 6.827 .96733 . 202 .747 1079. 300. . 02607 53.03 29.41 3.979 10.739 .98048 .204 .820 993. 310. . 030a<i 35.58 21.72 11.574 19.570 1.00943 . 206 .930 862.

320. .03729 33.01 16.15 18.963 28.632 1.03821 .201 .852 905. 330. .0't396 38.44 12. 72 24.938 36.334 1.05192 .193 .690 798.

3<tO. .05005 46 .22 10.51 29.534 42.606 1.06066 . 187 .571 809. 350. . 05553 54.42 9.20 33.509 47.904 1.09502 . 182 .49 3 826. 360. , 06053 62.44 8.18 36.862 52.553 1. 10913 .178 .440 845. 370. .06516 70.17 7.40 39.86. 56.759 1.12055 .175 .403 863. 380. .,06951 77.57 6.79 42.529 60.550 1. 13103 .174 . 376 681.

390. .07363 64.64 6.29 45.208 64.296 1.14051 .172 .355 899.

i»00. .07756 91.30 5.85 47.645 57.751 1.14925 .171 . 338 915.

itlO. .08135 97.79 5.5C 49.976 71.054 1. 15744 .169 .325 932.

1.20. .08501 1C4.05 5.19 52.216 74.255 1.16513 . 166 . 314 946.

'•30. . 0985.: 110.11 4.92 54.386 77.345 1.17240 . 167 . 305 964.

ififO. .09202 115.99 4.56 55.494 60.350 1.17931 . 165 .297 979. 450. . 0951.0 121.71 4.47 58. 549 63.282 1.18590 . 165 .290 994.

iteo. .09871 127.28 4.28 60.560 86.151 1.19220 • 164 .284 1009.

<»7 0. .10196 132.71 4. 11 62.532 66.964 1.19825 . 154 .279 1023.

<.80. .10515 138.03 3.95 64.470 91.730 1.20408 . 163 .274 1037.

<t9a. .10630 143.24 3.81 65.376 94.453 1.20969 .162 .270 1051. 500. .lll'.u 148.35 3.68 68.259 97.138 1.21512 .162 .257 1064. SIQ. .111.1.6 153.37 3.56 70.118 99.790 1.22037 . 161 .264 1076. 520. .1171.6 158.32 3.45 71.955 102.412 1.22546 .151 .261 1091. 530. .1201.8 163.19 3.35 73.775 105.006 1.23040 .150 .258 1103.

5<.a. .1231.1. 168.00 3.25 75.577 107.579 1.23521 . 160 .256 1116.

TWO-PHASE BOLNDARY

132
TABLE «Ib. THERMODYNAMIC PROPERTIES OF OXYGEN

1500. PSIA IS03AR

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

OEG. R FT^/LB FT^-PSIA/LS PSI4/R STU/LB BTU/LB BTU/L3-R BTU/LB-R BTU/LB-R FT/S

99.969 .01220 210 8.17 320 . 52 -82. 995 -79.607 .50 337 . 253 . 397 381+2. 100. .C122G 2107.69 320 .1*2 -82.983 -79.595 .5031*9 . 253 .397 381.1. 105. .C1231 2031 .01. 305.53 -81.0 33 -77.612 .52281. . 261 .396 3782.

110. . 012U3 1955 . 10 292. 01 -79.085 -75.533 .51+125 . 258 .396 3721*. 115. . 0125(4 1879. 81 279.56 -77.11*0 -73.556 .55 363 . 255 .395 3653

.

120. .01266 lec 5 . 17 267 .98 -75.199 -71.682 .57563 .253 . 395 3612. 125. . 01278 1731.20 257.0 9 -73.259 -69. 70 9 .59171+ .250 .391* 3557. 130. .01290 1657.91+ 21*6. 79 -71.322 -67.73 8 .60 720 . 2t* 7 .391* 3502.

135. .01303 1 5 85 . 1*8 2 36.98 -69.3 87 -55. 768 .52207 .21*3 .391* 31+1+7, lUO . . C 1 3l6 1513.68 227 . 57 -67 . 1*51* -53.799 .63539 .21*0 . 391+ 3391.

1<|5. • 01329 li*i* 3 . 2 6 218.52 -65.522 -61.631 . 65 J 20 . 237 .391* 3331.. 150. . 013>.3 1373. 71 209. 78 -53.591 -59.862 .66355 .233 . 391* 3277.

155. .01357 13C5.31* 201.30 -51.661 -57.893 .5751+6 .230 . 391* 3219.

160. . C1371 1236.25 193.06 -59.730 -55.922 .58897 . 227 .391. 3159. 165. .01386 1172.58 185.0 3 -57.799 -53.950 .70111 .223 .395 3093.

170. . Olt'Ol 11C8.1.1 177. 19 -55.856 -51.971+ .71291 .220 .395 3036. 175. .Ol"*!? 101*5 .87 169.53 -53.931 -1+9.995 . 721*3 6 .217 . 396 2972

.

180. .31't3i< 965,0 6 152 . 01* -51.993 -1+8. Olt . 73556 .215 .397 2906. 185. 925 . 0 8 151*. 71 -50.050 -U6.019 . 71* 51*7 .212 .399 2338. 190. , 01'.69 869. 01 11*7.65 -1*8. 101 -1.1+. 020 .75 711* .211 . 1*0 1 2768.

195. . oixaa 813.91 11.0 . 55 -1.5 .11*1+ -1.2.011 .76 75 8 .20 9 .1+0 3 2597 . 200. . 015J 7 760 . 85 133.73 -1.1.. 177 -39.990 .77781 . 20 8 .1.05 2523. Z05. .01528 7C9. 83 127.09 -1*2.198 -37.955 .78737 .207 .1+09 251*8. 210. .01r'»9 660 . 61. 120.67 -1.0.206 -35.903 . 79775 .207 . 1+12 21+72

.

215. .01572 613.82 111.. 1.7 -33.197 -33.832 .30 751 . 206 .1.15 2395.

220. .01595 566 .65 108.53 -35.171 -31.7m .81712 .20 5 .1*20 2321.

225. .01620 525.13 102.69 -31*. 129 -29.528 .82551 ' .20 3 . 1+21* 2252

.

230. .0161*7 1.S2. 98 97.58 -32.073 -27.1+99 .83595 . 199 .1.26 2192. 235. .01676 1*1*0 . 98 92 . 91. -29.938 -25.331. .31*528 . 199 . 1.38 2122.

2itO. .017C6 1*01.95 57.79 -27.857 -23.127 .851*57 . 198 .1.1.6 201+8.

2'«5. .01739 361*. 1.2 82.62 -25.710 -20.879 .86381* . 197 .1+51+ 1972. 250 . . 01775 328 . 77 77.61 -23.522 -16.593 .37308 .195 .1+53 1998. 255. .Diam 291*. 56 72.70 -21.291 -16.251+ . 33231* . 191* .1*73 1322. 260. .01356 261.63 57.91 -19.012 -13.855 .691o5 . 193 .1*85 171.5. 265. .01903 230 .1.8 53.12 -15.680 -11.393 .90101. . 193 .530 1561+. 27a. .01956 2C0.92 58.39 -11*. 238 -8.656 .91052 . 192 .517 1532. 275. .02C16 173.26 53.87 -11.821 -6.225 .92J18 . 192 .533 150 0 . 280. . 020d2 11*7. 29 1.9. 1.C -9.251 -3.1+76 .93007 . 192 . 565 11+15. 285. .02161 123.6 0 1+1* . 97 -6.5 82 -.581 . 91* 0 3 3 .193 ,5 95 1331. 290. .02253 1C2.22 1*0. 6C -3.71.1* 2.511+ .95111 . 196 .535 1239.

295. .02361. 63.23 35. 35 -.759 5.307 .95237 .199 .691+ 1150. 300. .021.94 67.31. 32. 22 2.1*12 9.352 .97*28 . 202 .736 1057.

310. .02866 1.5.97 21+. 71. 9.251* 17.213 1.03005 . 2D3 .831 933. 320. .03373 38.18 18.86 10.239 25.506 1.02o71 .200 .629 355. 330. .03951 1*0.01 11*. 82 22.1*02 33.377 1.05052 .191* .717 329.

3itO. . 01.511. 1.6.05 12.23 27.1,32 39.959 1.07031 .137 . 601* 329. 350. .051,31. 53.1*7 10.50 31.598 1+5.560 1.0 So58 .133 .521 81.0. 360. . 05512 61.16 9.26 35.178 50 .1.89 1. 100s2 . 179 .1.63 355.

37 0. .05957 68.71. 6. 33 38.360 51*. 905 1.11252 . 177 .1+22 872. 380. . 06371. 76.12 7.60 1*1.263 58.969 1.12335 .175 . 391 9 39.

393. . 0676-3 63.23 7.0C 1+3.95? 62.759 1.13321 . 173 . 358 906. uog. .0711.6 90 .06 5.51 1+5.1.93 66.31.1 1. 1H226 . 172 . 350 922.

''10. .07506 96.51 5. 09 1+8.902 69.751 1.15071 . 170 . 331+ 937. "20. .07855 102.67 5.73 51.212 73.031 1. 15351 . 169 . 322 953.

it30. .08131. 1C9.02 5.1+2 53.1.1*1 75.20c 1.16607 .158 . 312 969.

It 1.0

.

.0852 3 115.00 5.15 55.600 79.271- 1.17311. .167 .303 981*. 1.50. . 08841. iza.il '..91 57.701 62.256 1.17985 . 166 .295 999. hbO. .09159 126.1*7 l+. 59 59.753 B5.192 1.18529 . 155 .299 1013.

".70. . 091.67 132.00 i+.6t - 61.751 68.056 1.1921.5 . 161+ .281. 1 328. .C976S 137 .1.1 1..32 63.731 90 , 857 1.19837 .153 .279 iau2.

itSO. .10067 11.2.70 1*. 16 05.b69 93.631 1.20-.07 .1-j3 .271. 1055. 500. . 10 361 11.7.90 1+ . 01 . 67.577 96.351. 1.20 J57 . 152 .27 0 1069.

510. .10t5!: li 3 . OU 3.89 69.1+59 99.01*1 1.211*89 . 152 .267 1082. 520. .Ij936 158.02 3.76 71.319 11, 1 .695 1.22J01. . 161 .25* 1095. 530. .11219 162.97 3.61+ 73.158 101* . 319 1. 22501. . 150 . 261 1109. 540. .111.99 lt7.85 3.51. 7U.978 105.918 1.22990 . 150 .259 1121.

• TWO-PHASE BOUNCARY

133
T4BL£ VIb. THERMODYNAMIC PROPERTIES OF OXYGEN

1600. PSIfl ISOBAR

>fPERaTU=(E VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cv Cp VELOCITY

FT3 /LC DERIVATIVE DERIVATIVE ENERGY OF SOUNDOEG. R ft3 -PSIA/LB PSIA/R 8TU/L8 BTU/LB BTU/L8-R BTU/L9-R BTU/LB-R FT/S

100.139 . C1215 2113.91. 320.55 -32.980 -79.367 .50 351 . 253 . 397 3845.

105. . 01231 2033.17 306.01 -81.075 -77.429 .52241 . 261 .396 3787.

110. . 0121.2 1963. ^l. 292.1.8 -79. 130 -75.450 .64083 . 259 . 395 3730.

115. . 0125". 1668,36 230 . 01. -77.188 -73.474 .55839 .256 .395 3574.

123. .C1265 1813 . 92 268. 1.5 -75.21.9 -71.500 .57519 . 253 . 395 3619.

125. . C1277 171.0 . 15 257.57 -73. 313 -59,528 .59129 . 250 . 394 3564.

130. .01269 1667.11 21.7.28 -71.379 -57.559 .60674 .247 .394 3509.

135, . 0 1302 1591. . 8b 237 . 1.7 -69.1.1.8 -65,590 .52160 . 244 .394 3454.

lit J . .01315 1523 .1.8 228.08 -57.518 -53,523 .53591 . 240 . 393 3399.

Iki, . 01 328 11.53. C7 219.01. -55.590 -51,566 .54971 . 237 . 393 3343.

150 . . OlSiil 1383. 71. 210.30 -53.661. -69.690 .65304 .234 .393 3285.

165. .01355 1315.58 201.61. -61.738 -57. 723 .67594 .230 . 393 3228.

160 . . 01369 121.6.72 193.62 -59.812 -55. 755 .66843 . 227 . 394 3159.

165, .oisei. 1183.27 185.61 -57.886 -53.785 .70055 .224 . 394 3108.

170. . OliiOO 1119,32 177. 79 -55.950 -51.813 . 71233 .221 .395 3045.

175. . Ol",!: IC 57 , 0

1

170. 16 -51.. 031 -4 9.837 .72378 .218 .396 2983.

180, .011.32 995,1.2 162.69 -52,099 -47.857 .73494 .215 .397 2918.

185. .011.1.9 937,66 155. 39 -50,153 -45.871 .74583 . 213 .398 2850.

190 , .Ol^-o? 880,80 11-8.26 -1.8.222 -43.877 .75646 .211 .400 2781.

195. .011.85 825,92 11.1 .30 -1.5.273 -41.873 .76667 .209 .402 2710.

29 0 . .OlEOH 773,05 131.. 51 -1.1.. 315 -39. 866 .7770 8 .208 .404 2538.

205. ,01521. 722.2'. 127.91 -1.2.31.6 -37.830 .78710 .207 .407 2563.

210

.

,ei:»L 673 .1.1. 121,52 -1.0.361. -35.785 .79596 . 207 .411 2488.

215. ,01568 625.51 115. 36 -33.357 -33.723 .80666 . 205 .414 2413.

220. ,01591 581.62 109. 1.5 -36.355 -31.641 .81623 . 206 .418 2340.

225. ,i)1515 538.28 10 3.81. -31., 327 -29. 641 . 82567 .204 .421 2272.

230 . .0161.1 1.96. 32 96.56 -32.268 -27.425 .83496 . 199 .423 2213.

235. .01669 1.61.. 1.3 93.97 -30.221. -25.276 .84420 . 199 .435 2145.

2^0. .01699 1.15.66 88.91 -28.125 -23.091 .85341 . 198 .442 2073.

21.5. .01731 378.33 83.80 -25.993 -20.864 .86259 .197 .4sa 1999.

250. .017o5 31.2.97 78,83 -23,833 -18.603 . 87173 .196 .457 1925.

255. .01803 309.08 73,91. -21.635 -16.294 .88067 . 195 .466 1852.

26 0. . 019'.3 276.20 69,27 -19,395 -13.934 .89004 . 194 ,478 1777.

265. .01888 21.5.31. 61., 61 -17,110 -11.516 .89925 .193 .490 1701.

270. .01937 216.03 59.96 -14. 771. -9.033 .90853 . 192 ,504 1521.

275

.

. 01992 166.60 55.51. -12.375 -6.472 .91793 .523 1543 . 280 . . 02051. 162.81 51.22 -9.902 -3.616 .92750 . 192 , 544 1463.

285, .02126 139.32 1.5.91. -7.329 -1.031 .93736 .192 ,559 1384.

290 . .02208 117.61* 1.2.73 -4. 527 1.914 .94762 .195 .501 1295.

295. . 0230-. 98.28 38.55 -1.617 5.008 .96820 . 198 .539 1212.

300. .021.17 81.55 31.. 71 1.135 8.297 .96925 .200 .679 1133.

310. . 02711, 57.51 27.1.5 7.427 15.469 .99276 .201 .755 1001.

320. .03120 1.5.58 21.1.5 13.952 23.197 1.01729 .199 .781 911. 330 . .03609 1.3.63 17.00 20.055 30.757 1.04057 .193 .720 858.

S^tO. .01.115 1.7.39 13.96 25.298 37.490 1.06066 .188 .525 355. 350 . .01.600 63.61 11.89 29.705 43.335 1.07752 . 184 .545 359.

360 . . 05051. 60.70 10.1.1 33.495 48.470 1.09210 .180 .485 670.

370 . .051.79 57.97 9.31 36.849 53.081 1.10473 .178 .440 883.

380 . .05879 75.19 6,1.5 39.892 57.309 1.11601 .175 .406 398.

390 . .06257 62.21. 7,76 42.700 61.238 1.12622 .174 .381 914.

itO 0 . . 0661

e

89.08 7.19 45.331 64.938 1.13559 .172 .351 929.

1,10. .06963 95.67 6.72 47.823 66.453 1.14427 .171 .344 945.

itZO. .07296 102.07 6,31 50.205 71.622 1.15239 .170 • 331 960.

1,30. . C7619 106.13 5,9<t 52.494 75.057 1.15003 .169 .319 974.

kkO, .07933 111.. 22 5.53 54.706 78.210 1.16726 .167 . 310 989.

1,50. .08239 120.11 5.36 56.853 61.265 1.17412 .166 .302 1004.

1.60. .08539 125.85 5.11 58.945 84.244 1.18057 .166 .295 1018.

l«70. .08832 131.1.5 1.. 89 60.991 87.158 1.18694 .165 .266 1033.

.SO. . C9120 136.91. 1..70 52.994 90.014 1.19295 .164 .283 1047.

".go. .091.03 11.2.31 1..52 54.961 92.819 1.19874 .163 .278 1051.

500. .09682 147.58 1.. 35 56.895 95.580 1.20431 .162 .274 1074.

510, .09956 152.75 "..21 68.802 98.301 1.20970 .152 .270 1087.

520 , .10228 157.85 1..07 70.684 100.986 1.21492 .161 .267 1101.

530 . . 101.96 162.87 3. 91. 72.542 103.640 1.21997 .151 .264 llld.

51.0. .10762 167.82 3.83 74.381 105.255 1.22486 .150 .261 1126.

TWO-PHASE BOUNDARY

134
T«BLE VIb. THERHOOYNAHIC PROPERTIES OF OXYGEN

1700. PSM. ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL DERIVATIVE DERIVATIVE ENERSY

DEG. .R FT*/L6, Ft3-PSIA/LB PSIA/R BTU/LB

ENTHALPY ENTROPY

BTU/LB BTU/LB-R

Cv BTU/LB-R

Cp VELOCITY

OF SOUND

8TU/LB-R FT/S

100>250 .01219 2119.70 320 . 59 -82.965 -79.128 .50365 • 263 .397 38<>9. 105. .01230 20<>7.28 306.1*8 -81.117 -77.21*5 .52199 .261 . 396 3793.

110. .012<»1 1971.75 292.95 -79.171. -75.267 .51*01*0 .259 .395 3736.

lis. .01253 1896. 87 280.51 -77.235 -73.291 .55796 .256 .395 3680.

120. .01261* 1822.61* 268 .93 -75.299 -71 . 318 . 571*76 .253 . 391* 3625.

125. .01276 17'*9.08 258.05 -73.356 -69.31*8 .59031* . 250 .391* 3571.

130. .01288 1676 .25 21.7 . 76 -71.1*35 -67.379 .60629 . 21*7 . 391* 3516.

135. . 01 301 1601*. 20 237.96 -69.507 -65. 1*12 .62113 . 2i*<* .393 31*62.

1<>0. .01311* 1533.03 223.50 -67.582 -53.1*1*7 .6351*3 . 21(1 • 393 3i*06. 1^5. . 01327 11*62 . 81* 219.55 -65.658 -61 . 1*82 61*922 . 237 . 393 3351.

150. .0131*0 1393.72 210. 8 3 -63.735 -59.517 .66251. . 231* .393 3291*. 155. .01351. 1325.78 202.38 -61.811* -57.553 .6751*2 .230 .393 3236.

160. .01368 1259.13 191*. 17 -59.391* -55.587 .68790 .227 . 393 3178.

165. •01383 1193.90 186 • 18 -57. 973 -53.621 •70000 . 221* .393 3118 • 170. .01398 1130.17 178.39 -56^ 0 52 -51.652 .71175 • 221 . 391* 3057. 175. . 011.1

3

10 66. 07 170 ^78 -5i*« 129 -1*9.679 •72319 • 218 .395 2991*. 180. .011*30 1007.70 163^ 31* -52.2 01* -1*7.703 • 731*32 • 215 . 395 2929.

165. • 0 1 1.1* 7 91*9 •15 156^ 07 -50 • 275 -1*5 . 721 • 71*51

9

• 21

3

.397 2863 • 193. . 0 11.61* 892 • 5 0 11.6 . 96 -1*8 • 31*1 -1* 3 • 732 • 7 5 5 80 .211 .399 2791*. 195. .011*82 837^82 11.2 . 0 3 -1*6 1* 0 0 -1*1 « 73 1* .75518 .210 . 1*0

1

2721**

20 0. . 01501 785 • 16 135. 27 -1*1*. 1*51 -39.725 • 7 7 6 3 6 .20 8 • 1*0 3 2652*

205. .01521 73l.*53 128.71 -1*2*1*92 -37.703 • 78631, .208 • 1*06 2579.

210. .C151.2 685.92 122.35 -1*0*520 -35.555 .79516 .207 .1*09 2505.

215. . 01561. 6 39.27 116^2 3 -39 • 5 31* -33.512 • 8 0 53 3 .207 • 1*12 21*31. 220. . 0158 7 591* • 1*5 110^35 -36* 531* -31.539 • 81536 . 206 * 1*16 2359.

22 5. . 01611 551*28 101* • 7 7 -31* • 520 -29. 1*50 • 821*75 .201* . 1*19 2291.

230

.

.016 36 50 9^50 99.51 -32 • 1* 97 -27. 31*7 • 83 3 98 . 199 .1*20 2231* . 235. . 01663 1*67 • 72 95 • 0 C -30.1*53 -25 .217 • 81*311* .199 • 1*31 2167,

2^0. 0 16 92 1.29 • 21* 89^98 -26.371* -23.01*7 • 85228 .198 • 1*39 2095.

2<»5. • 01723 392 . 03 81* • 91* -26.265 -20* 61*1 • 36138 . 197 • 1*1*5 2021**

25Q . •01756 356.91* 80 • 01 -2^*.132 -18.503 • 8701*2 • 196 • 1*52 1953.

255. •01792 323^22 75^ 13 -21.953 -16.321 .3791,6 . 195 .1*50 1380.

260. •01632 290 . 1.8 70^55 -19.760 -13.991. •88350 . 191* • 1*70 1308.

265. . C167<* 259 . 88 66* 01 -17.516 -11.516 •89756 • 193 .1,82 1731*. 270. . 01921 230 .78 61,l*5 -15.228 -9.182 . 90666 .192 . 1*91* 1558.

275. .01972 203.56 57.10 -12.939 -6.660 .91581. . 192 • 5 0 9 1562. 2dO« • 02030 177 . 93 52.91 -10.1.8& -1. . 0 98 . 92511. • 191 • 528 1507. 285. • 0 209 5 1 51* • 1* 0 1+ 8 • 75 -8.002 -1 . 1*0 6 • 931*67 • 191 • 51* 9 11*31

.

290. .02169 132.66 1.1.. 68 -5.1.09 1.1*20 • 91*1*52 .191* • 571* 131*6. 295. .02251* 113.01 itO . 71* -2.733 1..353 *95i*58 .197 .605 1268.

300. .02353 95.83 36. 91. .051. 7.1.61 • 961*99 . 199 • 637 1193.

310. .02603 69.63 29.87 5.931. 11*. 126 . 98635 . 199 .699 1063.

320. .02936 51*. 51 23.86 12,01*9 21.292 1.00959 .197 .731 967. 330. .0331*7 1.9.05 19.15 17.930 26.515 1^03183 .193 . 705 911.

31(0. .03791* 50.25 15.71* 23.235 35.231 1^05188 . 133 .635 887. 350. . 0i*2i*0 51.. 91 13.35 27.865 1,1.211, 1.06923 .161* .552 862. 360. .01*667 61.13 11.63 31.835 1*6.525 1.031*20 . 161 .502 387. 370. .05069 67.89 1C.35 35.31.7 51.306 1.09729 .176 .1.55 897. 380. .051*51 71**82 9. 36 38.523 55.683 1.10897 .175 .1,21 910.

390. • 05813 81.71 8.56 1*1.1.1*1* 59.71.3 1.11952 .171* .393 921*.

<iOO. . 06159 98.50 7^91 1*1*. 170 53.555 1.12918 .173 .371 938*

<>10. .061.89 95*09 7^ 36 ..6.71*2 67.169 1.13810 .172 .351* 953.

<>23. .068C8 101^52 6.90 1*9.193 70.625 i. 11*61*3 .170 • 339 968.

1.30. • 07117 107^79 6.1,9 51.51*5 73.950 1.151*25 • 159 . 327 982.

ttitO. .071.17 113.90 6.11. 53.813 77.161 1, 16161* • 153 .317 997.

i<50. .07709 119. 62 5.82 56.007 60.275 1*16855 • 167 . 307 1010.

i>63. •07995 125.1.2 5.55 58.11.0 83.309 1.17531 . 165 . 300 1021*.

<t70. .08275 131.09 5.30 60.222 86.272 1.18169 • 165 .293 1038.

••ao. .08550 136.6'* 5.09 52.259 69.173 1.13779 .161* • 287 1052.

<i90. • C8620 li*2^07 1.. 99 61.. 255 92.019 1.19355 .163 • 282 1065.

5QD. •09085 11.7.1.1 1..71 66.217 91.. 916 1.19931 .153 • 278 1080 ^ 510. . 0931.7 152.65 1..51. 58. 11*7 97.571 1. 20l77 . 16 2 .273 1093.

520. • 09605 157.81 !*• 39 70.050 100.267 1.21001* .151 .27 0 1106. S30. .09361 162.89 l**25 71.929 102.969 1*21515 . 151 • 257 1119.

SitO. •10113 167.90 l.*12 73.735 105.521 1^22011 .160 .261* 1132.

TH0-PH4SE BOUNOHRY

135
TABLE Ulb. THERMODYNAMIC PROPERTIES OF OXYGEN

1800. PSIA ISOBAP

TEMPERATURE VOLUME I S CT HERM ISOCHOKE INTERNAL OERIVATIUE OERH/ATIUE ENERGY

DEG. R FT^/LB ft3-psia/lb PSIA/R BTU/LB

• 100.390 .01219 2125.1.5 320 .62 -82.950

105. .01229 2055.37 306. 95 -81.158

110. .oi2'.e 1960 . 31. 293 .1.3 -79.218

115. .C1252 1905.37 280. 98 -77.281

120. .0126'. 1831 . 3<« 269.1.0 -75,31.8 125. .01275 1757.98 258.53 -73.1.16 130 . .01267 168 5. 35 21.8 . 25 -71.1.91 135. .01300 1513.51 238 .1.5 -69.566

11.0. .01312 151*2. 55 229.08 -67.61.1.

l'«5. .01325 11.72.56 220. 06 -65.721.

ISO. .01339 11.03.65 211.35 -63.805

155. .01352 1335.93 202. 92 -61.890

160. .01366 1269.1.9 191.. 72 -59.971. 165. .01381 1201.. 1.7 186. 75 -58.059

170. .013 36 111.0.95 178.98 -55.11.3 175. .011.12 1079.07 171.39 -51.. 226

18 0. . 01^26 1 0 1 8 u 9 0 163.97 -52.307

185. . 01<*ll"4 960.55 156. 73 -50.385

ISO. .01'.62 9C1..11 l'.9.66 -1.6.1.58 195. .011.80 81.9.63 11.2. 75 -1.5.525

20 0. .01t99 757.15 135.0 3 -m.585

205. .01518 71.6 .72 129.50 -1.2.631. 210. .01639 698.29 123.17 -1.0.572 215. .H56C 651.80 117.08 -38.697

220. .01582 507.15 111.23 -36.709

225. .01606 561.. 15 105.58 -31.. 708

2 3 0. 522. 53 235. .01556 4eO .88 95.01 -30.676

2<tO. .01686 1.1.2.61. 91.01 -28.616

2<.5. .01716 1.05.51. 86.05 -25.529

250. .0171,8 370 .59 81.17 -21.. 1.20 255. .01783 337.12 75. 33 -22.278

260. .01820 3C1..1.9 71.78 -20.108

265. .01861 271.. 12 57.33 -17.901

27 0. .01905 21.5.21 52.90 -15.656

275. .C1951. 218.16 58.58 -13.358

.02008 192 .59 5i.« 1.8 -11.0 29 285. .02068 169.11 50.1.3 -8.616

290. . 02136 11.7.31 1.6.1.9 -5.112

295. .02213 127.1.5 1.2.65 -3.51.1.

300. .02300 109.81. 38.95 -.886

310. .02516 82.01. 32. 07 I..677 320. .02798 61.. 1.1 26. 10 10.<.l«9 330. .0311.5 55.92 21.21. 16.152

SitO. .03537 51.. 61 17.55 21.1.31 350. .0391.2 57.38 11.. 86 26. 110 360. .0't339 62.1.8 12.90 30.220

370. .0'«719 68.55 11.1.1I 33. 368

380 . .05081 75.05 10.30 37.167

390. .05it27 81.69 9.39 1.0.191.

<t00. .05757 88.31. 8.65 1.3,013

itlO. .Q607<i 91., 89 8.03 1.5. 665

<t20. .06380 101.31 7.51 1.8.185

<t30. .06676 107.58 7.05 50.597

ttitO. .05963 113.71 6.66 52.918

.0721.3 119.72 5.32 55.153

i»60. .07516 125.18 6.00 57.338

i>7a. .07783 130.90 5.73 59.1.56

<i80. . 080'<e 136.50 5.1.6 51.526

<<90. .0830it 11.1.99 5.27 63.552

500. .08558 11.7.38 5.07 65.51.0 510. .08808 152.67 l».89 67.1.95 520. .09051. 157.89 1..72 69.1.19 530. .09298 163.03 I..57 71.317

S<>0. .09539 168.10 1.. 1.3 73.192

• TMO-PHASE BOUNOARV

ENTHALPY ENTROPY Til Lp VE L OC 1

1

OF SOUf BTU/LB BTU/LS-R BTU/LS-R BTU/LB-R FT/S

-78.888 .50379 .253 . 397 3 353. -77.061 .52156 .251 .395 3799. -75.083 .53998 . 259 . 395 371.2. -73.109 .55751. . 256 .395 3585. -71.137 .571.32 . 251. .391. 3532. -59.167 .5901.0 .251 . 391. 3577. -67.20 0 .60 583 , 21.7 .393 3 523,

-55.231. .52057 . 21*1* .393 31.69. -63.270 .631.95 . 21.1 . 393 31.11.. -61.307 .61.873 .237 . 392 3359.

-59.3'.'. .55203 ,231. . 392 3302. -57.382 .571.90 .231 . 392 321.5. -55.1.19 .68736 , 227 .393 3187.

-53.1.55 .5991.5 ,221. . 393 3128. -5H9D .71119 .221 . 393 3057.

-1.9.521 .72250 .218 . 391. 3001.. .73371 .216 .395

-1.5.571 .71.1.55 . 213 .396 2371.. -1.3.586 .75511. . 211 .398 2807.

-1.1.593 ,7551.9 ,210 .1.00 2737. -39.590 .77561. ,209 .1.02 2666.

-37.571. .78560 , 206 . 1.0 5 2591.. -35. 51.1. .79536 , 208 . 1.0 6 2520 . -33.1.98 .80502 ,207 .1.11 21.1.8, -31.1.31. .811.30 . 205 .1.11. 2377, -29.355 . 82381. .201. .1.17 2310. -25.151 .61.212 . 199 .1.28 2189. -22.997 85118 . 199 .li35 2119. -20.810 .85021 .198 .1.1.1 201.9.

-16.591. . 86916 .196 .1.1.8 1979. -15,336 .67810 .195 .1.51. 1906.

-11.. 01.0 .88702 . 191. .1*61. 1337, -11,598 .89591. . 193 .1.71. 1756. -9.305 .901.89 . 192 .1.65 1691.. -6.855 .91388 . 192 .1.97 1620.

- 1., 336 . 92296 .191 .513 1 51.8 . -1.722 .93221 . 191 .531 11.76. 1.008 .91.172 . 191. .553 1396. 3.631 .95136 . 195 .578 1319.

6.781 .95129 . 198 .601. 121,7. 13.061. .98189 . 198 .653 1120.

19.771. 1.00319 . 196 .6^5 1022. 26.637 1.021.31 . 192 .660 957. 33.222 1.01.397 . 168 .633 922.

39.21.9 1.0611.5 . 181. .572 909.

1.1.. 681 1,07676 .181 .515 908.

1.9.596 1.09023 . 179 .1.70 911..

51.. 101. 1.10225 .177 .1.33 921., 58.282 1,11311 ,175 .1.06 935. 52.203 1.12301. .171. . 382 91.9, 65.910 I. 13220 .172 . 363 952,

59.1.50 l.li.(j73 .171 ,31.7 975,

72.61.9 1.11*873 . 170 .331. 990, 75.128 1.15627 , 169 .323 1001., 79.305 1.1631.1 ,168 .313 1018. 62.369 1.17019 .167 . 305 1030. 85.399 1.17567 . 165 .2 98 101. >. 68. 31. 1. 1.18287 . 155 .291 1058. 91.230 1. 18882 . l&i. .295 1072.

91.. 061. 1.191.51. . 153 .281 1085. 95.852 1,20006 .152 ,277 1099. 99.599 1.2051.0 , 161 .273 1112. 102.309 1.21056 . 161 .259 1125.

101.. 966 1.21557 .160 .266 1138,
TABLE VIb. THERHODYNAMIC PROPERTIES OF OXYGEN

19110. PSIA ISOBAR

TEMPERATURE yOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cw Cn VELOCITY DERIVATIVE DERIVATIVE ENERGY ' OF SOUNO

OEG. R FT^/LB FT^-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU/LB-R BTU/LB-R FT/S

* 100.530 .01218 2131.20 320.66 -82.935 -78.546 .50393 .253 .397 3957.

105. .01228 2063.44 307.42 -81.199 -76.878 .52116 .261 .395 3904.

110. . 01 2^0 1988.31 293.69 -79.262 -74.90 0 53956 . 259 . 395 3748. 115. .01251 1913.84 261.45 -77.328 -72.925 .55711 .257 .395 3692. 120. .01263 1840.01 259.87 -75.397 -70.955 .57389 .254 .394 3638. 125. .0127'i 1766.85 259.01 -73.470 -58.986 .58996 .251 . 393 3584. 130. .01286 1694.42 248.73 -71.546 -67.020 .60538 .246 .393 3530. 135. .01299 1622.78 238.94 -69.625 -65.056 .62021 . 244 .393 3475.

1<»0. .01311 1552.03 229.57 -57.707 -63.093 .63446 .241 .392 3422.

145. .0132t 1482.25 220.56 -65.791 -61.132 .64825 . 236 . 392 3367. 150. .01337 1413.55 211.67 -53.677 -59.171 .66154 .234 . 392 3311. 155. .01351 1346.03 203.45 -61.954 -57.211 •67439 .231 .392 3254. 160. . 01365 1279. 80 195.27 -60.053 -55.251 .68564 .228 . 392 3195. 165. .01379 1214.98 187.32 -58.143 -53.290 .69990 . 224 .392 3137. 170. 1151.66 179.55 -56.233 -51.327 .71062 . 221 . 393 3077. 175. .01410 1090.00 171.99 -54.322 -49.362 .72202 .219 .393 3015. 180. .01426 1030.04 164.61 -52.409 -47.393 .73311 .216 .394 2951. 185. .Ol^itZ 971.89 157.39 -50.494 -•.5.419 .74393 .214 .395 2866. 190. .oiitss 915.64 150.34 -46.574 -43.439 .75449 .212 .397 2319. 195. .011.77 361. 36 143.47 -46.649 -41.451 .75482 .210 .399 2750.

ZOO. .01496 609.07 136.77 -44.715 -39.454 •77494 .209 .401 2580.

205. .01515 756.80 130.27 -42.775 -37 .444 .76466 .206 .403 2508. 210 . 123.96

215. .01556 664.22 117.91 -38.857 -33.382 .60421 .207 .409 2454. 220. .01578 619.72 112.10 -35.660 -31.327 .81356 .207 .412 2394.

22 5. .01601 576.88 106.57 -34.892 -29.258 .82296 . 204 .415 2329. 230. .01626 535.42 101.35 -32.898 -27.179 .83209 .199 .415 2273. 235. .01652 493.90 96.99 -30.893 -25.061 .64111 . 199 .426 2210.

2<ta. .01679 455.88 92.00 -28.651 -22.942 .65012 . 199 .432 2141.

2'>5. .01705 418.87 87.11 -26.764 -20.772 .65907 . 198 .436 2073. 250. .01740 384.24 62.29 -24.696 -16.574 .65795 .195 .444 2005. 255. •01774 350.30 77.53 -22.580 -16.340 .87679 .195 .450 1935. 260 . • 01 61

G

318 .27 72.95 -20 .440 -14.073 . 6 6560 .194 .45 8 1965. 265. .01849 286.10 68.59 -18.267 -11.762 .89440 . 193 .457 1797. 270. .01891 259.36 54.27 -15.052 -9.408 .90321 .192 .477 1727. 275. .01937 232.46 50.00 -13.816 -7.002 .91204 . 192 .499 1555. 280. .01986 207 .14 55.97 -11.532 -4.536 .92091 . 191 .501 1585. 285. .0204'< 183.48 52.0 0 -9.193 -1.990 .92994 .191 .516 1515. 290. .02107 161.63 46.17 -6.753 .660 .93917 .193 .535 1440 , 295. .02177 141.60 44.42 -4.274 3.365 .94849 .196 .556 1365.

300. .02256 123.66 40.82 -1.719 5.216 .95801 .197 .578 1296.

310. .02446 94.58 34.08 3.592 12.199 .97752 . 197 .619 1173. 320. .02689 74.92 28.17 9.061 18.543 .99776 . 195 .649 1075. 330. .02988 63.68 23.23 14.556 25.070 1.01784 .192 .653 1004.

3i»a. .03331 59.99 19.33 19.745 31.466 1.03694 .196 .523 950 . 350. .03695 50.95 16.39 24.460 37.462 1.05433 .194 . 574 938. 360. .04061 64.74 14.21 26.665 42.955 1.06981 .131 .524 931. 370. .04417 69.97 12.56 32.426 47.967 1.06354 . 179 .490 933. 380. .04751 75 .91 11.26 35.834 52.583 1.09585 .177 .444 939. 390. .05090 62.20 10.26 38.960 56.865 1.10696 .175 .415 949.

<»00. .05405 86.63 9.42 41.856 50.8eii 1.11716 . 174 .391 950. kia. .05709 95.07 6.73 44. 595 54.590 1.12553 . 173 . 371 973.

<t20. .06002 101.43 6.14 47.183 58.299 1. 13525 • 172 .355 986.

'130. .06266 107.68 7.53 49.555 71.771 1.14343 .170 . 341 399. kha. .06562 113.79 7.20 52.029 75.114 1.15112 . 159 . 329 1012.

<»50. .06330 119.60 6.81 54.320 76.350 1.15839 . 166 . 319 1026.

itbO. . 07092 125.59 5.47 55.539 81.490 1.16530 . 157 . 310 1039. kJO. .07348 131.29 6.17 56.597 84.551 1.17188 . 156 . 302 1053.

<>S0. .07596 136.52 5.89 60.796 87.529 1.17915 . 155 .295 1054.

<t90. . 07845 142.05 5.56 52.852 90.453 1.18418 .154 . 290 1078.

500. .08098 147.49 5.44 64. 857 93,323 1. 18998 .153 .284 1092. 510. .08327 152.63 5.24 66.645 96.144 1.19557 . 152 .26J 1105. 520. .08554 158.09 5.05 58.791 98.920 1.20096 . 151 .276 1118. 530. .08797 153.28 4.89 70.709 101.558 1.20517 . 151 .272 1131.

5<»0. .09027 168 .40 4.74 72.601 104.361 1.21123 . 160 .269 1141..

* TWO-PHiSE BOUNOflRY

137
T«eLf VIb. THEP'MODYrMMIC PPOPERTIES OF OXYGEM

MPEPATIJ'-:

oe&. k

VCLUME IStTHERM

DEPIVATII/E

Ft3 -PSIA/Lti

ISCCHCPE DERIVATIVE

P5IA/P

IMTEPNAL

EIILk&t %IU/LS

£HTM«LPY ETU/LBENTROPY

3TU/LB-R BTU/L3-P

VELOCITY

OF SOUMO

STU/L8-P FT/S

1 0 ; . f, ? I .il218 2136.9". 320.69 -82.919 -76. ".09 .50*07 .263 . 396 3850.

IG^. • bl22''' 2 6 7 1 . 1* 9 307.89 -81 .21.0 -76.691* •5207* • 262 . 795 3810.

11 )• . 0123 * 1996.56 291. , St -79.3 05 -71. . 7 17 . 5391* .259 .395 3 753,

11^* . U1250 1922.28 281.92 -77.371. -72.71.3 • 5556 8 • 257 .39* 3599,

12

.

• ^1262 181.3 .65 270.31. -75.1.1.6 -70.773 .573*5 25* . 39* 35**

.

12? • . 0i27<- 1775.69 25 9 . 1*8 -7 3.522 -68.605 .58952 ,251 .39 3 3 591,

130. . 0128t 1763.1.6 21*9 . 20 -71.601 -66 . 81* 0 .60*93 ,2*3 .39 3 3537.

135. .0129') 1632.63 239. A2 -69.663 -61.. 877 .51975 , 2** , 392 3*83,

. ul 31

15f.l .1.7 2 3 J . 0 6 -67.768 -62.916 .63*01 * 2*1 .392 3*29.

li»5. . 1,1323 11.91 . 89 221 . 0 6 -55.85b -6 0.957 .5*775 ,238 .392 337*,

150. .C133f 11.23.39 212.36 -63. 91.6 -58.998 .6510* . 23* . 392 3319,

155. . '-135 J 1356. 08 26 3.97 -62.039 -57,01.6 .57388 .231 .391 3253 • 16 ) . . 61 36'. 1290 .06 1 '^i.iil -60.132 -55 ,0 82 .58631 • 228 ,392 3205*

165. . C137 51 1225. 1.5 187.88 -58.227 -5 3,121. ,59835 • 225 ,392 31*7.

170. . OlJ^i 1 1 62 31* 180 . ll* -56 . 322 -51,16'* ,71005 .222 . 392 3087.

175. 11„0. ib 172.66 -51.. 1.17 -1.9, 20 2 .721** .219 . 39 3 3025.

183

.

16<.l . 10 165.23 -52 .513 -'•7,237 .73251 .215 .393 2952.

1*5. • ci^'- ; 98 3.15 158.01* -53,601 -1*5,267 .7*330 .21* , 39* 2898.

I'*:

.

. U 1 ^ V / 927 . u9 1^1.01 -1.8 ,663 -1.3, 292 .75 58* . 212 .396 28 31.

1 "S 5

.

. (/ 1 "t 7 872.99 li.<. . 17 -'.5.770 -1.1,309 .76*15 . 211 .398 2763

.

2i0, .l/l'.9i 820.88 137.56 -1.1.. 81.6 -39,316 .77*2* .23 9 .*aQ 269*.

205. .01512 770 .79 131.03 -1.2 .912 -37, 312 ,78*1* , 209 . *o 2 2523,

21 J. . &lv32 722.69 121. . 77 -1.0.959 -35,295 .79385 ,208 .*05 2551,

215. .01552 676.52 118.73 -39.011. -33.261* .803*2 . 238 . *0 8 2*8 0. 22 :

.

.01571. 632.17 112.91* -37.01.8 -31.217 .81233 .237 .*11 2*11.

22 5. .0159^ 589. '.7 167 . 1.1* -35.071 -29. 157 .82209 . 205 • *13 23*7.

23:. .01fc2t 5"8. 17 102.21. -33.092 -27.089 .83117 , 200 .*13 2292,

235. .IllbUY 506. 79 J7.91. -31.101. -25.006 .8*013 . 200 ,*23 2230.

2<.a. . C1673 1.68.96 ^2.97 -29.079 -22.861 .8*908 , 199 . *28 2162.

2<.5. . J1702 <i32.0i. 88.15 -27.031 -20.728 .85796 .198 .*3* 2095.

25J. .61732 397.60 S3. 38 -21.. 951. -18,51.9 .85576 .197 .**0 2029.

255. .01765 36^.27 78.69 -22.872 -16.336 .67563 . 195 .**5 1961.

261. .61ilOC 331.82 71.. 10 -20.758 -11..093 .88*2* .19* .*52 1692.

265. .61637 301.81. 69. 6 0 -18.516 -11,812 .89293 .193 .*61 1826.

271. .61878 273.26 55.57 -16.1.1.6 -9, 1.92 ,90160 . 192 ,*70 1759,

27 5. . 61922 21.6. 1.8 1 . 3 6 -11.. 21.2 -7,125 ,91029 . 191 .*79 1590 . 280. . ul97

j

221.30 57,37 -12.003 -i.,709 ,91900 . 191 ,*90 1622,

285. .62623 197,56 53. 5C -9.709 -2.217 ,92782 . 191 .503 1555.

29). . 'J 2 , 8

1

175.65 1.9.73 -7,31.3 .361. ,93581 . 193 ,520 1*81.

295. .6211.6 155 .1.9 1.6. 08 -l.,937 3.009 ,9*585 . 195 ,539 1*09.

30 1. .u2218 137.27 1.2.55 -2,1.69 5.71.1. .95505 . 196 . 557 13*2.

31Q. .62386 107.15 35.91. 2.535 11.1.61 .97385 . 195 .591 1223.

323. .l<2662 85.83 30.09 7.891 17.528 .99305 . 19* .518 112*.

330 . . 028ii3 72.62 25.16 13.155 23.758 1. 01223 .191 .525 10*9.

31.3. .0316'. 66.1.8 21.07 18.228 29.91.6 1.03070 .188 ,509 1000.

35a. . 631.91 65.52 17.93 22.928 35.857 1.0*79* . 18* .572 971.

360. .03827 67.88 15.53 27.190 1*1.362 1.05335 .181 .528 957.

37a. .u'.159 72.11. 13.71 31.033 U5.l*3l. 1.07725 . 179 .*88 95*.

380. . 0'.'.82 77.1.1 12.29 31.. 532 51.131 1.08978 . 177 .*53 957.

390. . 0'.79'. 83. 25 11.15 37.7*6 55.502 1.1011* .176 . *2* 96*.

UO j

.

.U5u9fe 89.38 10.22 1.0.731* 59.606 1.11153 . 175 .399 973.

1.1 0 . .65386 95.51. 9.1.5 1.3.535 63.1.8'. 1.12111 . 173 . 379 98*.

".20 . . C5oe7 101.89 8.79 1.5. 190 67.178 1.13001 .172 .362 995.

1.30. . 659<.0 108.08 8.23 1.8.720 70.717 1.13835 . 171 .3*7 1008.

'.i.O. . 0620<. 111.. 11. 7.75 51.11.5 71*. 122 1.1*518 .170 .335 1021.

".5u. .66^62 120.12 7.33 53.1.83 77.1*15 1.15358 . 169 . 32* 103*.

".63. .06/13 125.90 6.95 55.7*1. 80.506 1.15059 . 168 .315 10*7.

1.70. .06959 131.60 6.52 57.939 83.712 1.15728 . 157 .307 1050.

1.81. .67266 137.23 5.32 53.075 86.7*1 1.17356 , 165 .299 1073.

<.9a

.

.071.37 11.2.71. 6.05 52.150 89.702 1.17976 , 16* .293 1086.

500. . 67&b8 m7 . 7". 5.81 61.. 197 92.595 1.18561 . 153 .288 1098.

510. .07898 153.12 5.60 55. 199 95.1* '.7 1.19126 . 152 .283 1112.

520. .08121. 158.1.2 5.1.0 68.157 98.253 1. 19571 .152 .278 1125.

530 . . 6831.7 163.55 5,22 70.101. 101.018 1.20197 . 161 ,275 1138.

51.0. .08568 168.82 5.05 72.013 163. 7*6 1.20707 . 160 .271 1151.

THO-PHASE BOUNDARY

138
TABLE VIb. THERNOOYNAHIC PROPERTIES OF OXYGEN

Z200. PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cu Cp VELOCITY

DERIVATIVE DERIVATIVE ENERGY OF SOUND

0E6. R FT^/LB FT^-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU/LB-R BTU/LB-R FT/S

10 0* 9^6 • 01 21

7

211*8 * 1*5 320 .78 "82.089 -77.931 .501*33 . 261* . 396 3858. 105. .01226 2087.52 308.82 -81.321 -75.326 .51992 .262 .396 3821.

110. .01237 2012.98 295.29 -79.391 -71*. 350 .53830 .250 .395 3765. 115. .012'«9 1939.09 282.85 -77.1*55 -72.378 .55581. .257 .391* 3711.

120. .01260 1865.85 271.28 -75.51*2 -70.1*09 .57260 .251* .393 3657.

125. .01272 1793.29 260.1.2 -73.521* -68.1*1*3 .58861. .251 .393 3601*. 130. .C128'< 1721.1.5 250.15 -71.709 -66.1*80 .601*01* . 21*8 . 392 3551.

135. .0129c 1650 .1.1 21.0.38 -69.798 -61*. 520 .61881* .21*5 .392 31*98.

1<|0. .0130S 1580.25 231.01. -67.890 -62.562 .63308 .21.2 .391 31*1*1*. 1<>5. .01321 1511.07 222.06 -65.986 -50.605 .61(681 .238 .391 3390.

ISO. .01 33'* 11.1*2 . 96 213, 1.0 -61*. 0 81* -56.651 .66006 . 235 . 39

1

3 335. 155. .0131*7 1376.05 205.02 -52.181. -56.697 .67287 .232 .391 3280.

160. .01361 1310.1.2 195, 89 -50.287 -51.. 71*1. .58527 .228 .391 3223.

165. .01375 121.6.21 188.98 -58.391 -52.791 .59729 .225 .391 3165.

170. .01389 1183.50 181.28 -55.1.97 -50.837 .70895 .222 . 391 3106.

175. .Ol'.Olt 1122.1*1 173.78 -51*. 502 -1.8.881 .72030 .219 .391 301*6. ISO. .01't20 1063.03 156.1.5 -52.707 -1.5.923 .73133 .217 .392 2981*. 105. .(jll>36 1005.1*5 159. 31 -50.811 -I.1..961 .71(208 .215 .393 2921.

190. .011.53 91*9.76 152. 31. -1*8.911 -1.2.991. .75258 .213 .391* 2855.

195. .Cl'>70 896.00 11.5. 51* -1.7.008 -1.1.020 .75283 .211 .396 2789.

200. . 01<«dd 81.1* . 2 3 138. 93 -1*5.098 -39.037 . 77287 .210 .397 2721

.

205. .01506 791*. 1.6 132.52 -1*3.181 -37.01.5 .78272 .239 .1*00 2651. 210. .01526 71.6.67 126. 31 -1.1.255 -35.01.0 .79238 .209 .1*02 2581.

215. .01546 700.79 120.33 -39.319 -33.022 .80188 .208 .1(05 2512.

220. .01567 655.73 111*. 59 -37.373 -30.990 .81122 .207 .1(07 21*1*1*. 225. .01589 611.. 31 109.13 -35.1.19 -28.91.7 .8201*0 .205 .1(09 2382. 230. .01612 573.29 103.95 -33.1*55 -26.900 .82939 .200 .1(09 2329.

235. .01636 532.20 99. 72 -31.509 -21.. 81.1. .83823 .200 .1(18 2259,

2<tO. .01562 1.91.. 71 91*. 87 -29.516 -22.71.6 .81(707 .200 .1*23 2201*.

21.5. .01589 1.57.91 90.11 -27.503 -20.623 .85582 . 198 .1*28 2139.

250. . C 1 71

8

(.23. 8 0 85 .1*1* -2 5 . 1* 71* -1 8 . 1*7 6 . 8 6i( 5 0 .197 • 1*32 2075.

255. .0171.8 390.65 80.87 -23.1.25 -16.302 .87311 . 196 .1(37 2011.

260. .01781 358.35 75. 32 -21.359 -11**103 .88155 .195 .1(1(3 191*1.. 265. .01816 328.59 72.08 -19.271 -11.873 .89015 . 193 ,1(1.9 1880. 270. .01653 3C0.36 67.98 -17.162 -9.511 .89850 . 193 ,1*57 1817.

275. .01891. 273.79 63.95 -15.026 -7.311 .90701* .192 .1*61* 1753.

200. .01937 21.8.85 50.02 -12.855 -i*.971* .9151*7 .191 .1*73 1689. 285. .01985 221*. 93 56.25 -10.652 -2.577 .92395 . 190 .1(83 1525.

290. .02036 202.90 52.61 -8.1*00 -.105 .93257 . 193 ,1(97 1556. 295. .02C92 162.51. 1.9. 10 -6.113 2.1*11 .91.117 .195 ,511 11*88.

300. .0215>. 163.91 1.5.71 -3.779 1..996 .91*985 . 196 .521. 11*26. 310. .02296 132.19 39. 33 1.008 10.363 .9571*5 .195 . 550 1313.

320. .021.69 106.25 33.58 5.903 15.961 .98523 .193 .559 1216.

330. .02575 91.57 28.58 10.816 21.713 1.00293 . 190 .580 1138.

31>0. . U291« 61.72 21.. 37 15.630 27.500 1.02020 .187 .575 1079. 350. .03178 77.18 20.93 20.219 33.167 1.03653 .181. .555 1039.

360. .031.58 76.55 18.20 21.. 1*95 38.585 1,05190 . 181 . 525 1311*. 370. . 0371.1. 78.51. 15.06 28.1*31 1.3.683 1.05587 . 179 .1*91* 1002.

380. . 01.029 82.31 11., 36 32.057 1.8.1.58 1.07861* .178 .1(51( 997. 390. .01.308 87.01 13.00 35.1*10 52.959 1.09031 . 177 .1(37 999,

ItOO. .01.581 92.31 11.88 38.535 57.197 1.10101* .175 .1(13 1003,

1(10. .01.81.6 98.01 10 . 91. 1.1.1.69 61.211 1.11095 . 171* . 392 1011.

<>20. .0510^ 103. 87 10.15 1*1.. 21*2 55.035 1,12017 .173 .371. 1020.

1*30. .05355 109.80 9.1.8 1.6.882 58.698 1.12979 .172 .359 1030,

t><ta. .05599 115.56 8.89 1.9.1.05 72.211* 1.13688 . 171 .31(5 131.1, .15837 121.1*9 8.39 51.832 75.611 1.11*1*51 .170 .331* 1352.

<>60. .06069 127,19 7.91. 51.. 173 78.896 1.15171* . 159 .321* 1061..

<t70. . 06296 132.81. 7.51. 56.1*1*1 82.091 1. 15861 . 158 . 315 1375.

<>9a. .05519 138 .1.5 7.19 58. 51.5 85.202 1.15516 .155 .307 1088. .06738 11.3.97 6. 86 50.791 88.239 1, 1711*2 . 155 . 300 1100. 500. .06952 11.9. 38 6.57 .62.885 91.208 1.1771*3 . 161* .291. 1113.

SlOi .07161. 161.. 71* 6.31 51.. 933 91**118 1.18319 .153 .288 1125.

520. .07373 160.01* 5.07 56.937 96.972 1.18873 .152 .282 1137.

530. .07577 161.. 71. 5.89 68.901. 99.771 1.191*07 .161 .279 1152.

5<tO. .07781 169.98 5.70 70.81.8 102.51.6 1.19925 . 150 .275 1165.

• TWO-PHASE 60UNCARY

139
TABLE VIb. THERMODYNAMIC PROPERTIES OF OXYGEN

21.00. PSIfl ISOBAR

TEMPERATURE

OEG. R

VOLUME Ft3/L3ISOTHERM ISOCHORE DERIVATIVE DERIVATIVE FT^-PSIA/LS PSIA/R

INTERNAL

ENERGY

3TU/LB

ENTHALPY ENTROPY

BTU/L6 3TU/L3-R eTU/L9-«

Cp VELOCITY

OF SOUND BTU/L3-P FT/S

101.226 . J121t 2159.90 320 . 66 -62.656 -77.452 .SO'.Sl .254 . 396 3975.

105. . 0122S 2103.47 309.75 -61.402 -75.959 .51910 .252 .395 3832.

110. .0123b 2029. 31 29D.22 -79.476 -73.963 .53747 . 260 . 395 3777. 115. .0121.7 1955.81 263.77 -77.554 -72.012 .55500 . 253 .394 3723. iza. .01258 1892.95 272. 2C -75.637 -70.045 .57174 . 255 .393 3570 . 125. .gl27

J

1810.77 261.35 -73.725 -68.081 .59776 . 252 .392 3617. 130. . Q1282 1739.31 251.09 -71.815 -66.120 .50 316 . 2'.9 .392 3563 . 135. .01291. 1668.66 241.34 -69.911 -64.152 .61794 .245 . 391 3512. .G1306 1593.88 232.00 -69.010 -62.207 .53216 . 2^2 . 391 3459.

±1*5, .01318 1530.09 223.04 -55.113 -60.254 .54586 .239 . 390 3435 . 150. .01331 1462.37 214.40 -54.219 -58.302 .55909 . 235 . 390 3351 . 155. .013'. 1. 1395.84 206. 04 -62.327 -55.353 ,67188 .232 .390 3296.

leu. .01353 1330.60 197.94 -50.439 -54. 40 4 .66425 . 229 . 390 3240 . 165. .01372 1265.76 190.07 -56.552 -52.456 .69524 .226 ,390 3163. 170. .01386 1204.43 182.40 -56.568 -50.507 .70787 .223 , 390 3125. 175. .011.01 1143.71 174.93 -54.78'. -48,558 •71918 . 220 . 390 3065. 180. .011.16 10 34.69 167.65 -52.900 -46.606 .73017 . 217 . 391 3J05,

185. .011.32 1027.47 150.55 -51.015 -44.551 .74066 . 215 . 391 2943, 190. .011.1.6 972.12 153.63 -49.126 -42.692 .75134 . 213 .392 2679, 195. .01465 918.70 145.86 -47.238 -40.727 .76155 .212 . 394 2313,

ZOO. . 011.93 667.24 140. 32 -45.343 -38.751. .77154 . 211 . 395 2745,

205. .01501 817.77 133.96 -43.441 -35.771 .79133 .210 .398 2576, 210. .01519 770.26 127.60 -41.531 -34.778 .79094 .209 .400 2610,

215. .01539 724.65 121.86 -39.612 -32.772 .80038 . 209 .402 2542, 220. . 01559 680.85 115.17 -37.665 -30.755 .80966 .209 . 404 2475, 225. .01581 638.68 110.75 -35.752 -26.726 .61977 .206 . 406 2415, 230. .01603 597.92 105.62 -33.821 -25.698 .92759 .200 .405 2364, 235. .01526 557.14 101.37 -31.895 -24.657 .83541 . 201 .413 2305,

21*0. .OlfcSl 519.94 96.69 -29.930 -22.593 .94515 . 200 .418 2243,

2<i5. .01677 493.21 91.97 -27.949 -20.496 .95390 . 199 . 422 2160 . 250. .01701. 449. 39 87.39 -25.954 -16.379 .96235 . 199 .425 2119,

255. .01733 416.35 82.90 -23.941 -16.237 .87083 . 196 .430 2057.

260. .01761. 384.20 78.53 -21.918 -14.077 . 67922 . 195 .435 1994. 265. .01797 364. 78 74.22 -19. 875 -11.689 .88755 .194 .440 1931. 270. .01632 326.67 70.22 -17.818 -9.677 .89583 . 193 . 445 1871.

275. .01869 300.24 56. 30 -15.739 -7.433 .90407 . 192 .452 1811, 280. .01909 275.50 62.47 -13.641 -5.157 .91227 . 191 .459 1751.

285. . 01952 251.39 59.77 -11.511 -2.936 .92049 . 190 .467 1690. 290. .01999 229.24 55.24 -9.331 -.449 .92380 . 193 .478 1623. 295. . 0201.8 208.74 51.82 -7.135 1.959 .93707 . 195 .490 1559.

300. .02103 189.81 48.53 -4.902 4.442 .94536 .195 .501 1500. 310. .02226 156.92 42.31 -.350 9.541 .96210 .195 .519 1 392. 320. . 02371 131.00 35. 59 4.279 14.915 .97995 . 192 .535 1299.

330. . 0251.1 111.89 31.71 8.920 20.213 . 99546 . 190 . 544 1220 . 3<t0. .02736 98.95 27.41 13.502 26.662 1.01173 . 167 . 544 1157. 350. .02951. 91.35 23. 79 17.935 31.066 1.02739 . 134 .534 1109. 360. .03199 67.91 20.61 22.149 35. 323 1.04220 . 161 .515 1075. 370. .03it3i. 87.69 18.41 25.099 41.359 1.05601 .160 .492 1055. 380. .03582 89.55 16.47 29.785 45.150 1.06878 . 179 .457 1043. 390. .03931 92.86 14.69 33.225 50.694 1.08059 . 177 . 443 1039.

(>00. .01.176 97.11 13.58 36.451 55.011 1.09152 .175 .421 1038 . itlO. .01.1.17 101.99 12 .49 39.489 59.121 1.10157 . 175 .402 1042,

'•20. .01.651. 107.26 11.57 42.364 63.046 1.11113 .174 . 384 1049,

<»30. .04885 112.75 10.78 45.100 56.909 1.11999 .173 .369 1055,

<t40. .05109 118.29 10.09 47.712 70.419 1.12829 .172 .355 1054,

<t50. .05330 123.85 9.49 50.221 73.905 1.13613 . 171 .343 1073, 460. .0551.1. 129.40 8.97 52.536 77.275 1.14354 . 170 .332 1034 , 070. .05755 134.93 9.50 54.974 90.549 1.15059 .169 . 323 1094, 480. .05961 140.46 9.09 57.242 93.735 1.15729 .167 .315 1106, 490. .06161. 145.92 7.71 59.448 66.643 1.16370 .155 .307 1117,

500. .06364 151.30 7.38 51.597 89.676 1. 16984 . 155 .300 1128. 510. .06560 155.63 7.07 63.695 92.850 1.17572 .154 .294 1140. 520. .06754 161.93 6.79 65.747 95.763 1.18138 . 153 .233 1152. 530. .06945 167.13 6.53 67.757 98.624 1.18683 . 162 .292 1153. 540. .07135 172.29 6.29 59.728 101.435 1.19209 . 160 .277 1175.

TNO-PHASE BOUNDARY

140
TABLE VIb. THERMODYNftHIC PROPERTIES OF OXYSEN

2600. PSIS ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENT(*OPY DERIVATIVE DERIVATIVE ENERGY

DEG. R FTJ/LB FT^-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R

Cv BTU/LB-R

Cp VELOCITY

OF SOUND BTU/LB-R FT/S

51 ^0*1 320 . 91* -82.8 27 -75.971. .501*88 . 251* .396 3363.

• 0122 3 310.67 -81 . 1*81 -75.591 .51828 . 263 .395 381.3. 110* • 0 123't -79.559 -73.617 .53665 • 251 . 391* 3783.

115« • 012'»5 1972*^3 -77 . 61*3 -71. 61*6 . 551.1

7

.258 .391. 3 735. 120a 1899.95 -75.731 -69.630 • 570 90 . 255 . 393 3632.

12 5 •

* 01268 -73.821* -67. 718 . 58592 .252 • 392 3633.

130 • • 01280 1757.06 .50229 . 21. 9 .391 3578. 135* • 01292 1686.78 2U2 28 -7 0. 0 22 -63.801. .61705 .21.5 . 391 3526.

1^0. .OlSO". 1617.38 232.96 -68.128 -61.851 .53125 .21.2 . 390 31.73. .01316 151.8.96 221.. 01 -55.238 -59.901 .51.1.93 .239 . 390 31.21. 150

ll!l5 ts 215.39 -51*. 351 -57.953 .55 811. .2 36 • 389 3367.

1& 5 •

* 013U2 * 5oa * no -52 . 1. 6

8

-55.007 .67090 .232 .369 3 313.

*

t e

* . 01355 1350.58 198.96 -60.5 88 -51*. 063 .68321* . 229 .389 3253, 165* . 01369 1287.11 191.13 -58.710 -52.12 0 . 69520 . 226 , 339 3201.

l7 0 • 1225. 11* 183.50 -56 . 835 -50.176 . 70680 .22 3 ,389 311*1*. 17S« .01398 11 61* . 7 7 176. 07 -51*. 961 -1.8 . 232 .71807 .220 .389 3085.

i"Se*

. Q I'il 3 1106.11 16 8.82 -53.0 88 -1.6 . 267 .72 90 3 .218 .389 3025. 185« . 0 1<*28 1 01* 9 . 2 2 161.76 -51.215 -1.1* . 33 9 .7 3971 .216 ,39 0 2951.. 190. .Cl't't'i 991*. 19 151*. 88 -1.9.31.0 -1.2.387 .75012 .211. ,391 2902.

195, .0l'.61 91*1 .08 11*8. 18 -1*7.1.62 -1.0.1.3C .75029 .212 .392 2837 .

20 0* . 0 11.7 8 889. 93 1 1.1 . 6 7 -1.5 . 5 8 0 -38 . 1.6

6

.77 021. .211 .391. 27 72. 205* .011.95 81* 0 . 7 3 135.35 -1*3 . 6 92 -36. 1.93 • 77998 . 211 .396 2 705.

^< e* .01 51 1. 7 9 3 • 1* 8 129.21. -1.1 . 798 - 31. . 5 1

0

. 7 8951. ' .210 • 3 9 3 2638.

C 1 7 .01533 71*8 . 1

3

123. 35 -39.895 -32.516 . 79893 .210 . 1.0 0 2 5 71. 220* • 0 1 55 2 7 C 1. • 56 117.70 -37.985 "3 0.512 .80815 .20 9 . 1* 0 2 250 7.

* . 01573 662 . 62 ^W' '^^•''^^ -28.1*99 . 81719 .205 . 1.0 2 21.1.3. 230* . 01591. 622.10 10 7.22 - 31* . 162 - 26 • 1* 8 6 . 8250 3 .271 * 1. 0 1 2398. 235* . G1&17 581 . 61* 102.91. -32.253 -2** . 1*7 6 . 8 31.57 .201 . 1. 3 8 2 31* 0 . 2'tO. .0161.1 51.1.. 68 98.1.2 -30.321* -22.1.21* .81.331 .200 .1.13 2281.

2<>S. .01666 508.02 93. 75 -28.372 -20.352 .85186 . 199 . 1.17 2219.

25 u « .01692 1*71* .1*0 89.23 - 25 . 1* 0 6 -18.261 .66 0 31 .198 , 1. 2

1

215 3. 255« . 01720 1.1.1 . 1*9 81. . 82 -21*. 1.27 -16. 11.8 .86 86 6 .197 .1.2'. 210 0. 260 • . 0171.9 1.0 9 . 1.1* 80.57 -22.1*1.2 -1 1* . 0 2 3 . 87693 . 195 .1.29 2 0>. 0

.

2 6 5 • 76 .30 .88513 . 1. 3 2 270. . 01612 352.29 72. 33 -18.1.25 -9.700 ,89325 . 193 .1.37 1921. 275. . (,181.7 325.96 68.1.9 -16.391* -7.501 .90132 . 192 . 1*1.2 1361.. 280. .oieai. 301.36 51*. 76 -11*. 31*8 -5.278 .90933 . 191 .1.1.7 1307, 285. .01921. 277.08 61.11 -12.279 -3.017 .91733 . 190 . 1.51. 171.9. 290. .01966 251.. 79 57.65 -10.155 -.700 ,9251.1 .193 .1.61. 1685.

295. .u2011 231*. 19 5i». 32 -8.01.2 1.61*1 . 9331.1 . 195 . 1.73 1523.

300. .02060 215.03 51.11 -5.889 l..02e .91.11*3 .196 .1*82 1556. 310. .02166 181.21. 1.5.03 -1.518 6.922 .9571.8 .195 .1.97 11.61.. 320. . 02291. 153.77 39.51 2.905 13.952 .9731.5 . 192 .509 1373.

330. .021.39 132.69 31*. 55 7.335 19.079 .98923 . 139 .515 1295.

.02601* 117.39 30.21 11.720 21*. 257 1.001.69 . 185 ,518 1230 . 350. .02738 107.22 26.1.7 16.000 29.1.22 1.01966 . 131. ,513 1178.

360. .02987 101.27 23.33 20.117 31.. 1.99 1.03395 . 131 .50 1 1139.

370. .03198 98.82 20.72 21*. 033 39.1*26 1.01*71.7 .130 .1.81. 1111.

380 . .031.15 98.83 18.57 27.731 1.1*. 171 1.05012 . 178 . 1.61. 1092. 390. .03635 100.65 16.80 31.217 1.8.716 1.07193 .177 .1.1.5 1032.

itOO. .03855 103.65 15. 32 31.. 505 53. 061* 1.08291. . 176 .1.26 1077,

iilO. .01.073 107.53 m. 08 37.618 57.229 1.09323 . 1^5 .1.08 1376.

1.20. .01.289 112.01 13.02 1*0.572 61.222 1.10285 . 175 .391 1078.

. 01.501 116.91 12.11 43.388 65.059 1.11188 . 171. . 375 1083.

'•'tO

.

. 01.709 122.00 11.33 1.5.076 68. 71*5 1.12036 . 173 .363 1339. •so. . 01.912 127.22 10 .61. 1*8.658 72.308 1.12637 .172 . 351 1397.

<t60. .05111 132.53 10.03 51.11*3 75.75C 1.13593 .171 .31.0 1105.

'•70. .05307 137.87 9.5 0 53.51*5 79.091. 1.11.313 .170 .330 1115.

'.80. .051.99 11.3.25 9.02 55.871* 82.31.8 1.11.998 . 168 . 321 1125.

1.90. .05688 11.8.60 9.59 53.135 85.519 1.15552 . 157 , 313 1135.

500 . . 0567"» 153.69 8.20 50.335 88.611. 1.15278 . 165 . 306 11U6.

510. .06057 159.16 7.86 62. 1.83 91.61.3 1.16878 . 165 .299 1157. 520. .06237 iei«.i*i 7.53 61*. 531 91.. 611 1 .171.51. . 151* .293 1163. 530. .061.16 169.55 7.21. 66.631* 97.523 1.13009 . 152 , 237 1179.

SliO. .06592 171*. 66 6.97 68.51*5 100.381. 1.1851.1* .161 .282 1193.

THO-PHASE BOUNDARY

141
TABLE Ulb. THERKO0YN4MIC PROPERTIES OF OXYGEN

28J3. PSIA IS03AO,

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cp VELOCITY

DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. P FT^/LB FT^-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/L8-R BTU/LB-R BTU/LB-R FT/S

tOl.781 .01215 2162.75 321.02 -82.795 -76.1.96 .50516 .265 . 396 3390.

105. .01222 2135.12 311.59 -81.559 -75.223 .5171.7 .253 .395 3851.. 110. .01233 2061.71 298.05 -79. 61.2 -73.25C •53583 .261 .391. 3799.

115. . 012't'< 1988.96 265.60 -77.730 -71.280 .55331. .258 . 393 371.7. 120. .01255 1916.81. 271.. 01. -75.823 -59.316 .57006 .255 .393 369<>. 125. .0126t IS'.S.'.O 263.19 -73.921 -67.356 .58607 .252 . 392 361.3. 130. .01278 177lt.69 252.95 -72.021. -65.396 .6011.2 .21.9 .391 3591.

135. .01290 17C1..78 21.3.21 -70.132 -63.1.1.5 .61616 .21.6 .390 351.0.

litO. .01302 1635.7". 233.90 -68.21.1. -61.1.95 .63031. .21.3 . 390 31)88.

1'.5. • OlSl". 1567.68 22".. 97 -66.360 -59.51(8 .61. 1.01 .239 . 389 31.36.

150. .01326 1500.70 216.37 -51.. 1.81 -57.503 .55719 .236 .389 3383.

155. .01339 11.31.. 90 208.05 -62.605 -55.561 .65993 .233 .388 3329.

160. .01352 1370.39 200.00 -60. 733 -53.721 .66225 .230 .388 3275.

165. .01366 1307.27 192. 18 -58.855 -51.762 .691.18 .227 .388 3219.

170 . .01380 1245.65 161.. 58 -56.998 -1.9.61.1. .70575 .221. .386 3163.

175. .01391. 1185.52 177.18 -55.131. -1.7.905 .71699 . 221 .388 3105.

180. .011.09 1127.28 169.97 -53.271 -1.5.956 . 72792 .218 .386 301t&. 185. . 011.21. 1070.72 152.95 -51.1.09 -1.1.. 025 .73856 .216 .389 2986.

190. .011.1.0 1015.00 155. 11 -1.9. 51.5 -1.2.060 .71,693 .211. .389 2921.. 195. .011.56 963.18 11.9. 1.5 -1.7.580 -1.0. 13C .75906 .213 .390 2860.

^20 0. .01473 912.30 142. 98 -45.610 -36.174 .76897 .212 .392 2795.

205. .01490 863.37 135.71 -43.935 -36.211 .77867 .211 .394 2730.

210. .01506 616.37 130 .54 -42.056 -34.237 .78818 .211 .396 2665.

215. .01525 771.24 124.79 -40.169 -32.254 .79751 .210 .398 2599.

220 . .01546 727.89 119.18 -33.275 -30.261 .80666 .209 . 399 2535.

225. .01556 666.17 113.83 -36.379 -28.262 .81556 . 207 .400 2479.

230. .01596 645.37 109.75 -34.489 -26.254 .82443 . 202 . 398 2430.

235. .01606 605.73 104.51 -32.515 -24.276 .83298 .201 .404 2374.

21.0. .01531 568.97 100.01 -30.700 -22.242 .84155 . 201 .409 2315.

21.5. .01555 S32.37 95.48 -26.774 -20.192 .65000 .200 .413 2257.

250. .01660 498.92 90.99 -25.635 -18.124 .85835 .199 .415 2199.

255. .01707 455.09 65.54 -24.886 -16.037 .66662 .197 .419 2141.

250. .01734 434.15 82.45 -22.933 -13.941 .87476 .195 .423 2083.

255. . 0176m 405.11 78.35 -20.964 -11.820 .88285 . 195 .425 2027.

27 0. .01794 377.31 74. 32 -18.989 -9.665 .89093 . 194 .429 1969.

275. .01827 351.05 70.55 -17.000 -7.527 .89875 . 193 .434 1914.

260. .01862 326.52 65.66 -14.999 -5.347 .90651 .192 .438 1859.

265. .01896 3 5 2.11 t3. 32 -12.931 -3.138 .91442 . 191 .443 1803.

290. .01937 279.65 59.92 -10.923 -.877 .92230 . 193 .452 1742.

295. . 01979 258.93 56.65 -8.859 1.4C1 .93009 .195 .460 1682.

300 . .02023 239.53 53.49 -6.771 3.719 .93786 .196 .457 1528.

310. . 02121 205.13 47.51 -2.545 8.451 .95340 .195 .479 1529.

320. .02232 175.42 42. 07 1.715 13.269 .96975 .192 .488 1442.

333 . .02359 153.73 37.17 5.975 18.205 .98389 .169 .494 1365.

343 . .02501 135.51 32.80 10.195 23.154 .99669 .186 .497 1299.

350 . .02559 124.20 29. 0 0 14.335 28.124 1.01307 . 183 .494 1245.

360. .02831 116.08 25.74 16.349 33.028 1.02689 . 161 .485 1201.

370 , .03014 111.57 22.96 22.208 37.834 1.04006 . 180 .474 1168.

360 . .03204 109.77 20.54 25.885 42.501 1.05251 . 178 .459 1144.

390. .03400 110.03 18.69 29.384 47.011 1.06422 .177 .442 1128.

40 0. .03597 111.74 17.06 32.705 51.355 1.07522 . 177 .425 Ilia.

410. .03795 114.49 15.66 35.856 55.541 1.08556 .175 .411 1113.

420. .03991 118.07 14.50 38.876 59.572 1.09527 .175 .396 1112.

430. .04166 122.24 13.47 41.756 63.459 1.10442 . 174 .382 1113.

440. . 04377 126. 79 12.59 44.509 67.203 1. 11303 .173 .369 1117.

450. .04555 131.57 11.81 47.153 70.624 1.12117 .173 .357 1122.

460. .04750 136.57 11.13 49.699 74.327 1.12867 .172 . 345 1129.

470. .04932 141.55 10.52 52.159 77.731 1.13619 .170 .336 1137.

480. . 05111 145.81 9.96 54.543 81.044 1.14317 . 159 .327 1146. 490. .05287 151.99 9.49 55.657 64.272 1.14963 .168 .319 1155.

500. . 05461 157.15 9.05 59.107 67.421 1.15619 .157 .311 1164.

510. . 05632 162.32 8.66 51.300 90.502 1.15230 .156 . 304 1174.

520 . .05801 157.49 8. 29 63.441 93,519 1.16816 .165 .298 1185.

530. .05958 172.53 7.96 65.534 96.477 1.17379 .163 .292 1195.

54 0. .06133 177.66 7.56 67.563 99.363 1.17922 .152 .286 1206.

• TWC-PHASt BOUNDARY

142
TABLE VIb. THERHOOYNAHIC PROPERTIES OF OXYGEN

3030. PSIA ISOBAR

MPE»ATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY cv Cp VEL0CI1 ft3/lb DERIVATIVE DERIVATIVE ENERGY OF SOUt DEC. R FT^-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/L8-R BTU/LB-R BTU/LB-R FT/S

102.053 . 0121't 2191.. 1<( 321.10 -82.761. -76.019 .5051.3 .265 .396 3897.

105. .01221 2150. 83 312.51 -81.636 -71.. 855 .51567 . 261. . 395 3865.

110. .01231 2077.79 298.96 -79.723 -72.882 .53502 .261 .394 3811.

115. .012'<2 2005.1.0 286.51 -77.816 -70.911. .55252 .259 .393 3758.

19 33.61. izs! .01265 1862.56 261.. 10 -71.. 017 -66.992 .58523 .253 .391 3656. 130. .01276 1792.21 253.86 -72.126 -65.037 .60056 . 250 .391 3605.

135. .C1283 1722.65 21.1.. 13 -70.239 -63.086 .61529 .21.6 .390 3553.

140. .01300 1653.97 231.. 81. -68.358 -61.138 .6291.5 .21.3 .389 3502.

1<>5. .01312 1586.27 225.92 -66.1.81 -59.191. .61.310 .21.0 .388 3450.

150. .0132<( 1519.61. 217.33 -61.. 609 -57.253 .65626 .237 .388 3398.

155. •01337 11.51.. 19 209. 01. -62.71.0 -55.311. .66897 .233 . 387 3345.

160. .01350 1390.02 201.01 -60.876 -53.378 .68126 .230 .387 3291.

165. .01363 1327.21. 193.21 -59.016 -61.1.1.3 .59317 .227 . 387 3236.

17 0. • 0 1 37 7 12 65.95 185.61. -57.158 -1.9 . 5 10 • 7 0 1. 71 . 221. .387 3181

.

175. .01391 1206.25 178.27 -55.301. -1.7.576 .71592 .221 .387 3124.

ISO. .oi'.oe 111.8.23 171.10 -53.1.51 -1.5.51.3 .72582 .219 .387 3066. 185. .011.20 1091.97 161.. 11 -51.598 -1.3. 707 . 7371.2 .217 . 38? 3906. 190. . 01<>36 1037 . 51. 157. 31 -1.9.71.6 -1.1.769 .71.776 .215 .388 2945.

195. .011.52 985.00 150.69 -1.7.892 -39.827 .75785 . 211. .389 2883.

200. .01'.68 931.. 38 11.1.. 26 -1.6. 0 31. -37.879 .75772 . 213 .390 2820.

205. .01i>85 885.70 138.03 -1.1.. 173 -35.921. .77738 . 212 . 392 2755.

210. .01502 838.93 132.00 -1.2.306 -33.960 .78685 .211 . 394 2691.

215. .01521 791.. 01 126.19 -40.1.33 -31.986 .79613 .211 .395 2627.

220. • 01539 750 . 87 120.61 -38.555 -30 .001* .80525 .210 .397 2565

.

225. .01559 709. 31. 115.29 -36.676 -28.017 .811.17 .207 .397 2508.

230. .01579 669.21. 110.21. -31.. 803 -26.033 .82269 .202 .395 2461,

235. .01600 629.1.1. 106.01. -32.952 -21.. 063 .83136 .202 .401 2406.

2<>0. .C1622 592.81. 101.51. -31.059 -22.01.8 .83985 . 201 .405 2349.

ZkS. . 016<t5 556.30 97.11. -29.157 -20.016 .81.822 .200 .409 2292.

250. .01669 522.99 92.67 -27.21.3 -17.970 .8551.9 . 199 .411 2236.

255. .01695 1.90 .23 88.37 -25.321 -15.907 .861(65 . 198 .414 2160.

260. .01721 1.58.1.1 81.. 21. -23.398 -13.838 .87270 .196 .417 2124.

265. .017'.9 1.29.1.7 80.21. -21.1.60 -11.71.6 .88067 . 195 .420 2070.

270

.

76 .27 -19.518 * 9 . 6 1. C . 88851. . 191. .42 3 2015.

275. .01909 375.56 72. 51 -17.565 -7.516 . 69631. . 193 .426 1961.

260. .els'.! 351.05 68.89 -15.603 -5.373 .90406 . 192 .430 1903.

285. .01876 326.51. 65.39 -13.629 -3.209 .91172 .191 . 434 1854.

290. .01912 303. 91. 62.03 -11.618 -.995 .9191.1. . 193 . 442 1794.

295. .01950 283.16 58. 82 -9.605 1.230 .92705 . 195 .449 1737.

300. .01991 263.67 55.71 -7.570 3.1.91 .931.55 .196 .455 1585.

310. . 02080 228.60 1.9.82 -3.1.63 B.092 .91.973 . 195 .464 1589.

320. .02160 198.86 1.1.. 1.1. .661. 12.776 .951.50 . 192 .472 1505.

330. . 02293 171.. 85 39.69 I..791. 17.521 .97921 . 189 . 477 1430.

3i>0. .021.18 156.03 35.23 8.867 22.302 .9931.8 .186 .479 1364.

350. .02557 11.1.92 31. 37 12.881. 27.088 1.00735 . 183 .477 1308.

360. . 02707 131.93 28. 01 15.798 31.837 1.02073 . 181 .472 1251.

370. .02658 125.51. 25.12 20.599 36.520 1.03355 . 190 .453 1224.

383. .1,3036 li;2.03 22.65 21.. 231 1.1.097 1.01.577 . 178 .451 1195.

390. .03210 120.75 20.56 27.719 1.5.553 1.05735 . 177 . 438 1175.

UOO. .03 38? 121.16 16.79 31.052 1.9.869 1.05826 . 177 .425 1161. •10. .03566 122.75 17.28 31.. 236 51.. 01.9 1.07860 . 176 .411 1152.

'.20. . 0371.5 125.31. 15.96 37.287 58.093 1. 08831. . 176 • 398 1147.

it3U. .03921. 128.69 11.. 86 1.0.211 62.009 1.09756 . 175 .385 1146.

•<<«0. .OitlOO 132.62 13.87 1.3. 0 11. 65.791 1.10625 .171. .373 1147.

'.50. . 01.271. 136.89 13.01 1.5.711 69.1.55 1. 111.1.9 . 173 . 361 1150.

<<60. . 01.1. ..6 11.1.51 12.25 1.8.310 73.008 1.12230 .172 . 351 1155.

'•70. .01.615 11.6.27 11.57 50.822 76.1.52 1.12973 • 171 .341 1151.

>.6a. .01.783 151.13 10.96 53.256 79.825 I. 13682 .170 . 332 1158.

1(90. . oi.g'.a 156.09 10.1.1 55.517 83.103 1.11.359 • 159 . 323 1176.

50 0. . 0511C 161.09 9.92 57.913 95. 300 1 . 15001. . 169 . 316 1165.

510. .0527o 166.10 9.1.8 60.11.9 69.1.27 1.15623 .167 .309 1193.

520 . . 051.29 171.13 9.07 62.331 92.1.9C 1.16218 . 155 . 302 1203.

530. .0658S 176.06 8.70 61.. 1.62 95.1.90 1.16789 . 154 .296 1212.

51t0. .057*0 160.98 9.37 66.51.7 96.1.35 1.1731.0 . 153 .290 1222.

• THO-PHASE BOUNOHRY

143
TSBLt VIb. THERMOOYNAHIC PROPERTIES OF OxrSEN

32a0. PSI« IS0B4'?

TEMPER4TURE

OEG. R

VOLUME

ft3 /Le

ISOTHERM ISOCHORE OERIVATIWE DERIVATIVE FT3-PSI4/LB PSI4/RINTERNAL

ENERGY aTU/LB

ENTHALPY ENTROPY

STU/LB 8TU/LB-R

Cv BTU/LB-R

Cp VELOCITY

OF SOUNO BTU/LB-R FT/S

• 102.331. .U121J 2205.50 321.19 -82.732 -75.51.1 .50570 .255 .395 3905.

lOS. .01219 2166.1.7 313.1.2 -81.712 -71.. 1.38 .51587 . 251. .396 3J75.

110. .C1230 2(;o3. 78 299.87 -79.803 -72.516 .531.22 .262 .391. 3322.

115. .U121.1 2Jcl.7i. 287. <»1 -77.931 -7C.61.6 .55171 .259 . 393 3770.

120. .L1252 1950.35 275.85 -76.001. -66.686 .5681.1 . 2S6 . 392 3719.

12S. .01263 1879.62 265.01 -71.. 112 -65.626 .581.39 .253 . 391 3658.

130. .bl27'. 18G9.62 25U, 77 -72.226 -61.. 675 .59971 . 250 . 390 3618.

135. .U128e 171.0 .1.1 21.5. C5 -7o.3'«5 -62.726 .611. 1.2 .2'.7 .389 3567.

i<<a. .01298 1672.08 235.76 -68.1.70 -60.781 .62857 .21.3 .389 3516. .0131G 16C1..72 226. 86 -66.599 -58.839 .61.219 .21.0 . 368 31.65.

150. .01322 1638 .1.1. 216. 29 -61.. 731. -56.901 .65533 .23' . 387 31.13. 155. .01331. 11.73.32 21i].Ql -62.873 -51.. 966 .65832 .231. .387 3361.

163. .013<t7 11.C9.1.9 2C2.oa -61.017 -53.033 .68029 . 231 . 386 3308.

165. .U13b0 131.7 . Qi. 191.. 23 -59. 151. -51.103 .59217 .227 .386 3251.. 170. .01371. 1286.07 186.68 -57.315 -1.9.171. .70359 . 225 . 386 3198.

ITS. .01388 lc26.6a 179. 31. -55.1.69 -1.7.21.6 .711.87 .222 . 386 311.2. ISO. . Cl<.^2 1168.96 172.20 -53.626 -1.5.317 .72573 .219 .366 3035. 185. . Ol*!? 1112.99 165.25 -51.733 -1.3.388 .73631 . 217 . 386 3026.

190. . 01'<32 10 58. 81. 158.1.8 -1.9.91.1 -1.1 .1.56 . 7'»6bl .216 .397 2965.

195. .om'.7 10C6.56 151. 9U -1.8.098 -?9.621 . 75667 . 211. .388 2905. 200. .Ol'ibii 956.19 11.5.61 -1.6.252 -37.58C . 75550 . 213 .389 281.3. 205. . 01<.80 907.71. 139. 31 -1.^.1.03 -35.533 .77612 . 212 .390 2779.

210. .Dl'»97 861.18 133.32 -1.2. 51.9 -33.677 .73555 . 212 . 392 2716.

215. . C1515 816.1.6 127 . 55 -1.3.689 -31.713 .791.79 .211 . 393 2653. 223. .01^33 773.51 122.00 -38. 826 -29.71.2 .80 386 .210 .395 2592.

225. .01552 732.17 116. 70 -36. 951 -27 . 76t .81273 . 209 . 395 2537.

230. .01571 692. 25 111.68 -35.105 -25. 791. . 82139 . 203 .392 21.91. 235. . C1592 652.78 107.51 -33.275 -23.81.1 .82979 . 232 . 398 21.38.

2'tO. .01613 616.32 103 . C

1

-31.1.33 -21.81.2 .83821 .232 . 1.0 1 2382.

2<t5. .01636 579.85 98.71 -29.523 -19.632 .81.650 .201 .1.05 2327.

25 0. .01659 51.6. 61. 91. . 32 -27.631 -17.802 .851.70 .200 . 1.0 7 2272.

255. .01683 513.95 90.0 5 -25. 731. -15. 760 .86279 . 198 1.0 9 2217.

260. .0170 8 1*82.21. 85 . 95 -23.839 -13.716 .87073 .197 . 1.12 2153. 265. .01735 1.53. 36 81.99 -21.928 -11.61.7 .87861 . 195 . 1.11. 2111.

270. .01763 1.25.73 78. 16 -20.016 -9.570 .88538 . 191. . 1.17 2058. 275. .01792 399.57 71.. 38 -18.095 -7.1.75 .891.06 . 193 .1.20 2005.

2«0. .01823 375.01 70.80 -16.165 -5.361. .90157 .192 .1.23 1961.. 285. .01855 350.1.1. 67.33 -11..231 -3.238 .90920 .191 .1.26 1902. 290. .01889 327.69 6U.01 -12.251 -1.066 .91677 . 193 .1.33 181.1.. 295. .01925 306.85 60.86 -10.291 1.116 .921.23 . 195 .l|^0 1788.

300. .01963 287.20 57.80 -8.302 3.328 .93156 .196 .1.1.5 1738.

310. .0201.5 251.65 51.99 -1..295 7.820 .91.639 .195 .^53 151.5. 320. .02136 221.06 1.6.66 -.279 12.377 .96066 .192 .1.58 1563. 330. .02237 195.91. 1.1. 81. 3.721. 16.982 .97503 .139 .1.62 11.90.

3i>0. .02350 175. 75 37.1.9 7.692 21.616 .98887 .165 . 1.61. 11.25. 350. .021.73 160.10 33.61 11.600 25.255 1.00231 . 183 .1.63 1359.

360. .02606 11.8.50 30. 19 15.1.22 30.867 1.01531 . 181 .1.59 1320.

370. .0271.9 11.0.1.3 27.20 19.11.3 35.1.33 1.02782 .160 .1.63 1280.

380. .02899 135.33 21.. 62 22.71.0 39.919 1.03978 .178 , 1.1.3 121.8. 390. .03055 132.56 22.1.0 26.205 1.1.. 309 1.05119 .178 .1.33 1223. «00. .03215 131.68 20.50 29.531. 1.8.581. 1.06201 .177 .1.21 1205. dlO. .03377 132.11. 18.88 32.730 52.7I.C 1.07227 .175 .1.10 1193.

<>20. .0351.0 133.72 17.1.7 35.801 56.779 1.06231 .175 .398 1165.

•30. .03701. 136.18 16.21. 38.756 60.701. 1.09121. . 175 .387 1180.

<>i>0. .03867 139.1.3 15.16 1.1.597 61.. 509 1.09999 . 175 . 376 1179.

1.50. .01.028 11.3.15 11..22 1.1.. 335 68.205 1.10830 .171. .355 1180.

<>60. .01(188 11.7.30 13.38 1.6.978 71.791. 1.11619 .173 .355 1182.

<>70. .01.31.6 151.67 12.63 1.9.535 75.288 1.12371 .172 . 31.5 1167.

<i8a. .01.502 156.20 11.96 52.013 78.592 1.13087 .171 .335 1192.

<i90. .0>.657 160 .89 11.35 51., 1.18 82.012 1.13772 .170 .328 1199.

500. .01.809 165.68 10.81 55.755 65.252 1.11. 1.27 . 169 .320 1206. 510. .01.960 170.1.9 1U.32 59.031 88.1.20 1. 15051. . 168 . 313 1211.. 520. .05109 175.35 9.67 61.251 91.523 1.15657 .166 .306 1222. 530. .05256 180.13 9.1.6 63.1.18 91.. 560 1.16236 .165 .300 1231.

5<>0. .051.01 181.. 92 9.08 65.537 97.51.2 1.16793 .16<> .291) 121.0.

tho-phase bouncarv

144
TABLE VIb. THERMODYNAMIC PROPERTIES OF OXYGEN

3<>aa. PSIA ISOBAR

TEMPERATURE

DEC. R

VOLUME FT^/LSISOTHERM ISOCHORE DERIVATIVE DERIVATIVE ft3-psia/lb PSIA/R

INTERNAL ENERGY

BTU/LB

ENTHALPY

BTU/LB

ENTROPY BTU/LB-R BTU/LB-R

Cp VELOCITY

OF SOUND

BTU/LB-R FT/S

• 162.609 . 01213 2216. 85 321.27 -62.699 -75.061. .50597 . 265 , 396 3912. 105* • 012 1

8

2162. 02 311*. 32 -61.787 -7 1* . 1 2 0 .51507 261. . 395 11Q« .0122 6 210 9.69 30 0.77 -79.8 82 -72, 11.6 • 5 331*2 • 262 .394 38 33. 115> • 01239 2036.01 266. 31 -77.961* -7 0,162 • 55 0 90 • 259 .393 3781

.

120* .01250 1966 . 96 276.71* -76 • 0 92 -68.221 , 55759 • 256 .392 3 731. 125* • 01261 1696. 58 265.90 -7l** 206 -66,265 • 5 6 356 • 253 .391 3 660. tSOa • 01273 1826. 92 255.67 •72,325 -6i**313 •59837 • 250 .39 0 363 0, 135* • 0126'! 1756.0 5 21*5. 96 -70 . 1*50 -62.366 .61356 . 247 .389 3580 . 1^0* • 01296 1690 . U 6 2 36.66 -66.560 -60.1*23 .62769 • 21*1* .368 3530 • 145* .01307 1623. 01* 227. 79 -66.716 -56 . 1*61* . 61*1 30 . 241 .397 3479.

150. .01320 1557.09 219^23 -61..657 -56.51.9 .651*1*2 • 237 . 387 3426. 155. • 01 332 11*92 .30 210 • 97 -63.003 -51* . 51

7

.66 70 9 • 234 .365 3375. 160 . • 013'*5 11*28. 79 202^ 96 -51.151* -52.568 .57931. • 231 .365 3 324. 165. .01356 1366 • 66 195 • 23 -59,309 -50.752 .59119 • 228 .385 3270 . 170. • 01371 13 06 • 0 0 167^71 -57*1*69 -1. 6 . 637 ,70266 ,225 . 385 3215,

175. • 01365 121*6. 91 180 .1*0 -55, 631 -1.5.913 .71363 • 222 .385 3161

.

180. • 01399 1169 . 1*8 173, 26 -53.797 -1*1* e 990 , 721*67 ,220 .395 3104. 185. . 01'tl3 1133.79 166. 36 -5 1 , 961* -1*3.065 .73521 .218 . 385 3046. 190. . 0 1'*26 10 79.90 159. 63 -50,132 -1*1. 11*1 . 71*51* 9 ,216 . 385 2987

.

195. . 01<*<*3 10 27.66 153. 08 -1* 8 . 299 -39.212 . 75551 ,215 . 386 2927.

200. .ai<»59 977.71* 11*5. 73 -1*5.1*61. -37.278 .76531 .214 . 367 2865. 205. . 01**75 929.50 140.56 -it<*.626 -35.338 .771*99 . 213 .369 2303. 210. • 011*92 663.11* 1 31* . 51 -(,2.7 81* -33.391 .781*28 • 213 .390 2740. 215. • 01509 636.61 128.86 -1*0 .936 -31.1*35 . 7931*6 . 212 . 392 2579

.

220. .01527 795 . 83 123. 35 -39.0 87 -29.1.73 •80250 / .211 • 393 2519. 225. ,0151*5 751*. 66 118.08 -37.238 -27.50 6 •61133 . 209 . 392 2555. 230. • 01 561* 711*. 91 113.07 -35^398 -25.51*8 • 8I991* .20 3 .390 2520. 235. « 01561* 675 . 79 108.95 -33^597 -23.511 •92827 . 203 . 395 246^9.

2'>0. •01605 6 39 . 1*1* 101* . 1*7 -31.733 -21.527 • 63652 . 202 .398 2414.

2<t5. .01627 60 3.01* 100.21 -29.671* -19.633 • 61*1*81* . 201 .401 2359.

250. • 0161*9 569.92 95.91 -28.003 -17,621 .85297 .200 .403 2307. 255. • 0 1672 537.2 6 91 . 65 -26.128 -15 .596 .96098 . 199 .405 2253. 260 . • 01697 50 5.66 67.58 -21*. 2 57 -13.575 .86 9 61* .197 .40 6 2200 . 265. • 01722 1*76 .67 83.66 -22.372 -11.529 .67661* . 195 .410 2149.

270. • 0 1 71*9 1*1* 9 . 3 1* 7 9.92 -20 ,1*67 -9.1*77 , 88 1*31 . 195 . 412 2099. 275. . 01777 i»23.13 76.21 -18^59l* -7.1*06 .89190 . 194 .414 2043, 280. .01806 396.1*5 72.65 -15.695 -5.326 .8991.1 . 193 .417 1993. 285. •01636 373.67 59.22 -11*. 791* -3.232 .90682 . 192 .420 1947. 290. •01668 350.97 65.92 -12.659 -1.096 .911*26 . 194 .425 1990. 295. •01902 330.05 62.78 -10.927 1.01*6 .92159 . 196 .432 1337,

300. .01937 310.26 59.79 -8.978 3.216 .92669 • 196 .437 1788. 310. • C2IJ13 271..30 51*. 01* -5.057 7.519 .91*332 . 195 .443 1698.

320. •02C97 2i<3^01 1*8.75 -1.135 12.069 .9571*5 • 192 .447 1518. 330. •02190 216.93 1*3.95 2.769 16.557 •97126 . 189 .450 1547,

3<»0. •02292 195.57 39.62 6.636 21.067 .981*72 . 196 .451 1463. 350. • 021*03 176.58 35.72 10.1*52 25.58C .99781 .163 .451 1426.

360. •02523 165,56 32.25 11*. 191 30.073 1.0101*5 . 161 .446 1376. 370. •02651 156.00 29. 19 17.81*1. 31*. 532 1.02266 . 160 . 443 1334.

380. •02766 11*9.1*'. 26.52 21.392 36.93D 1. OS-.1*1 . 179 .435 1299. 390. .02926 11*5.25 21.. 20 21*. 625 1*3.250 1.01*553 . 176 .427 1272.

ooa* •03071 11*3.11* 22.19 26. mo 1.7.1*75 1.05533 • 177 .417 1250 . irib. •03219 11*2 .60 20.1*5 31.331* 61.597 1. 06651 • 176 .407 1234. «20. .03368 11.3. 09 18. 91* 34.1*15 55.518 1.07620 . 176 .397 1223.

It30. .03516 11.1*. 66 17.63 37.366 59.539 1. 0851*3 .176 • 387 1216.

'•'til. .03669 11.7.17 16. 1.5 1*0.257 63.351* 1.091*20 .175 .377 1212,

tiSO. •03618 150.27 15.1.1. H3.027 67.066 l* 1025l. • 174 .367 1211^

i>6a. •03967 153.90 11*. 52 l-'5.707 70 .661* 1. llJi*9 • 174 .357 1211.

<>70. .01*115 157.61* 13.71 1*6.302 71*. 208 1.11807 • 173 . 348 1214.

<>83. • 01*261 iei.98 12.97 50.618 77.51*5 1.12531 • 172 .339 1216.

<»9g. . oit<*a& lfc6. 35 2.31 53.261 81.000 1.13223 . 171 . 331 1223.

500. • 01*51*9 170.88 11.71 55.535 81*. 276 1.13895 • 170 . 323 1223.

510. .01.691 175.1*7 11.17 57.91*6 67.1.80 1. 11*520 . 166 . 315 1235. 520. • 01*831 180.12 10.66 60.203 90.518 1.15129 .167 .309 1243. 530. .01*969 181*. 71* 10.23 52.1*03 93.569 1.15711. . 165 . 303 1250.

5<»a. .05105 169.37 9.81 51*. 651* 95.703 1.15276 . 155 .297 1259.

THO-PHASE BOUNDARY

145
T4BLE tflb. THERMODYNAMIC PROPERTIES OF OXYGEN

3600. PSIA IS03AR

TEMPERATURE VOLUME ISOTHERM

OEftlUATH/E OEG. R FT^/ta FT^-PSIfl/ta

• C 1 21222 8.17

1 0 5 • • C 1 1^ 1 c 2197.51

1 1 3 • • C 1 22 7 2125.52

lis*

ISO* ' 012^9

• 0 1 26 0 1 3 Q • 012/1

I't 0 *

' 0129^

.oi3c; 161.1.23

150 • ' ri 1 1511 ' 1^ 160 • 1 1* 1* 7 . 91* J'*^

* J

J

17 0« 1266' 95 IBQ

* ni 7Q 1 2 C 9 * 8 0 1 S5* "

f

« i 190 a • u 1 **2 1100.71. 19S. .Ol'.S'S 13148.95

• ? J^^^ 20 5

' LA 7 Qf\L. 'ft 7

i n' t

Z 1 3 • a U 1 5 J 86 0 . 1* 7 22 0 a a G 1 52

1

817. 85 225b a 01^ 39 77ht 83 23 0 « a G i d 7 37.25

23§a . C 1 57 7 698 . 1.7

2'«l] • G1597 662.22

245. .01618 626.91

250* a OlbJau 592. 81* 255. .016 62 56 0 .25 26Ps a C16d6 528.76

26j5-» a 0171

0

1*99.98 270 .01736 1* 7 2 • 1* 9 275. .11762 1.1.6.27 280. .1,179a 1*21.1*3 285. .01819 396.86

290. .ClBlt9 373.83

295, a019ai 352.82

30 0 4 .0191<< 332.90

310 4 .01986 296.57

3Z6. a02063 261*. 70 33 d . a021lt9 237.79

340. .3221.2 215.1.1 350. .023<<3 197.21* 360. a02'.52 182.97

370^ a02S68 172.06

380. .02690 161*. 18 390. .02818 158.66

10 Or . 02950 155.38

ftlO. . 0308'. 163.70

i>2b. .03221 153.33

.03360 15i*a01

i»(>0. aOSi-gs 165a76

<>56^ .03636 I58a22

.03777 161.27

Ii7'0. .03915 161*. 73

.01*052 168.1*5

<>90. . ciea 172.1*6

' 500. .01.323 176.70

a0'><«56 181.02

szo. a0i>5Ba 165.1*1* 530. .01.719 189.86

5«b^ aOlaSlaS 191*. 31

• THO-PHASE BOUNDARY

ISOCHORE INTERNAL ENTHALPY DERIUATIUE ENERGY

PS Ifl/R 3TU/Le BTU/LB

321 • 36 -82,667 -7if , 586 315.22 -81.861 -73,752 301.66 -79,960 -71.781

2 89.20 -78 ,067 -69,615

277. 63 -76,179 -67,655 266.79 -7U . 298 -65,901

2 56.57 -72 • ^22 -63,951

2U6 . e 6 -70.552 -62.006 237.5 9 -68.6 89 -60,0 65 228.71 ~&& .8 31 -58.129 220.16 -6'*, 978 -56, 196 211.92 -63.131 -5U,267

203. gi* -61.239 -52,3*t2 196 • 22 -59 . **52 -5 0 . 19 168. 72 -57,619 -t* 8 . 't 99

-55 .7 90 -t+ 6 , 5 8

0

17 H • 35

1 67 • i»5 -5 2 . 1 U

1

-1*2, 7t*3 -50.318 -**0 ,823

15^ ' 2U -i*8.i*95 -38,900

91 '6 671 -36 973

1^*1. 78 -35.0tfO 135.86 -^43.013 -33.100 130.15

1 ^Q*

ui* -39.3m -29 .200

* -37,505 -2 7 , 2'»'*

'

a

a

c

1 1 n

* —33,886

"?i f

n

1 r q fl7 7 101 . ot -30, 211 *

97 -28,3 59 -17 '2 6 93.22 -26,505 -15.1.23 89.19 -2*t,656 -13.1.19

' "^i" 81 . 56 -20.932 -9. 362 77.95 -19,066 -7.316

7'* • **1 -17,19^ -5.261

-I3.i»20 -la092

6<t.60 -11.520 1.019

61.6(t -9.607 3.151* 55.99 -5,760 7ait7i» 50 .71* -1,919 11*835 ^5.95 1.901 15.223

1*1.63 5.683 20.627

37,71 9.itl^ 25.033

3it.21 13.078 29ai*20 31.09 16.668 33.761* 28. 35 20,166 38.096 25.95 23.56i» 1.2.31*7

23. 8U 26,857 1.6.520 22. 01 30.0'*2 50.603

20. til 33,12<f 51*. 598 19,00 36,107 68.501* 17.76 38,993 62a318

16,66 'tl.788 66a0<*0 15,67 *»(*,**95 69.673

l**. 79 i»7,121 73.219 13.99 i*9.670 75.581 13,27 52.1'»6 80.061* 12.62 5i».555 83.370

12.0(» 56,900 86.606

11.50 59,188 89.771* 11,01 61.^18 92ae75

10 .56 63.599 95.918

ENTROPY VEL OC 11 OF sou^ 6TU/L8-R 9TU /L 8-R BT U/L 8-R F T/S

.5 0621* a 266 a 395 3919 , .511*29 a 265 a 395 3897 • .53 262 . 252 .391. 38^^ .55010 a 250 . 393 3793, a56678 a257 .391 37*t3, .58271* .251. .39 0 3693 . .598 0 3 .251 .399 36*»3,

• 61 27

1

.21.7 0 3 8 9 359^ ,

a &i* 0 1* 2 . 21.

1

a 3 9 7 3^93 , o5352 238 385 3i»**T 6 5 b 1

7

.235 .3 85 3 392 * 0 7 8 39 .231 .385 3 3^* 0 , .69022 .228 . 391. 3287.

.7016'9 a225 . 391. 3233.

' 99^ .381* Jzi, * * ?1 fl • ^7^

* 7c f 7* t~

• •

' T«7 2 326

'78303 ' 213 389 276V • .79220 a213 .390 2703. .80118 a 212 . 391 261.5.

• .209

a 91852 * ^'i

.8267 9 .20 3 . 392 21* 98 a

' \

*

. 81*3 21* 20 2 .398 2 391a .85131 .201 . 1. 0 0 231*0 a .85925 . 199 a 1.02 2287a

.867 0 3 a 198 a 1.01* 2236a

.871.75 al96 .1*05 2186.

.88231. a 195 .1*07 2137.

• 88985 a 191. . 1.0 9 2089.

.89 726 a 193 . 1.11 2 01*0

.

a 901.57 a 192 • 1.11. 1991

.

.91190 a 191* .1.20 1935 •

.92630 .197 .1.29 1831*.

.91*01*7 .195 .1*35 171*8. .951.31 al93 .1*33 1570. .95761 . 189 .1*1.0 1500. .98096 al86 .1.1*1 1537. .99373 a 183 ai*i*0 11*60. 1.00609 a 181 al*38 11.30. 1.01805 a 180 .1*31* 1386. 1.02955 .179 .1*28 1350a

1.01.059 . 178 .1*21 1320a 1.05116 .177 .1*13 1295.

1.06121. .177 .1*01* 1277. 1.07087 .176 .395 1252a 1.08006 • 175 .387 1252. 1.08383 al75 .377 121.6. 1.09719 .175 .368 121.3. 1.10516 a 171. • 359 121*2. 1.11281 .173 .350 121.2. 1.12010 a 172 • 3<*2 121.1*. lal2707 al71 .331* 121.8a 1.13375 al70 .326 1252.

lall.016 a 159 .319 1258.

1.11.631 .168 a 312 1261*. 1.15222 .167 .305 1271. lal5791 .155 a300 1278.

146
TABLE VIb. THERMODYNAMIC PROPERTIES OF OXTbtn

3800. PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ft3/lb DERIVATIVE DERIVATIVE ENERGY

DEG. R ft3-psia/lb PSIA/R BTU/LB

• 103.159 .01211 321.1.5 -82.631* 105. .01215 2212.32 316. 12 -81.931. 110. .01226 211.1. 28 302. 55 -80.036

115. .01236 20 70.28 290.09 -78.11.8 120. .012'»7 1999.91 278.51 -76.265

125. .01258 1930.20 267.66 -71.. 386

130. • 01 269 18 61.21 257 . '.5 -72.518

135. .01230 1793.01 2'.7. 75 -70.551.

i<.a. .01292 1725.67 238.1.9 -68.795

lUS. .01303 1659.30 229.61 -66.91.3

ISO. .01315 1553.98 221.08 -65.097

155. .01327 1529.63 212.65 -63.257

160. .CIS'.O l'.66.93 201.. 90 -61.1.22 165. .01352 l'.05.1tO 197.19 -59.592

170. . 01365 131.5.33 169. 71 -57.767

175. .01379 1266.61 182.1.5 -55.91.6

1 8 J . .01392 1229.92 175. 39 -51*. 128

185. 1171.. 75 168.52 -52.313

190. . 01't21 1121.36 161.65 -50.500

195. .01'.35 1069.79 155. 37 -1.8.696

200 . .(11'.51 1020.06 11.9.07 -1.6.672 205 . . Cl'.&o 972.2'. 1'.2. 98 -1.5.056 210. . 01'.82 926.2'. 137.03 -'.3.236 215. .01'.99 682.05 131 . 39 -1.1.1.12 223. .01516 839.59 125.93 -39.587

225. .01533 798.72 120.70 -37.763

230. • 01551 759.26 115.73 -35.952

235. . C1570 720 . 95 111.72 -31.. 176

2<.j. .01590 58'.. 66 107.23 -32.355

21.5. . 01610 6'.8.'t7 103.06 -30.635

250. .01631 615.'.'. 96.92 -28.701

255. .01663 582.90 91.. 75 -26.665

260. .01675 551.52 90.73 -25. 0 37 265. . 01699 522.75 85. 81 -23.195

270 . . 01723 '.?5.29 83.13 -21.357

275. . 117'.9 1.69.03 79.59 -19. 611. 26 0. .01775 '.'•3.96 76.11 -17.567

285. .01803 '»19.'.6 72.77 -15.623

290 . .01832 396.32 69.51 -13.91(8 295. .01662 375.21 55. 37 -12.077

300. .01693 365.15 63.39 -10.191. 313. . :i96a 318,1.9 57.85 -5. '.13 320. .02033 286. 13 52.52 -2.61.3 330. .02112 258. 1.9 1.7. 61. 1.103

3^J. .C2199 235.22 1.3.63 I.. 810

35 J. .02291 216.00 39.61 8.1.66 363. .02390 200.61 36.09 12.051

370 . .021.96 186.50 32.93 15.595

330. . CZ60 i 179. ".3 30 .12 19.01.5 393. .02725 172.67 27.61. 22.1.05 .OO. . 028:.c 168.26 25.1.6 25.571.

•ilO. . 02970 165.51 23.51. 28.81.5

'.20 . .03396 16'.. 33 21.65 31.921

<.33. .0 322^ 16'.. 16 20 . 36 31.. 905

<>>i0

.

.03353 165.13 19. 05 37.803

<«50. . u3<.82 166.92 17 .88 1.0. 511. '.63. .03612 169. 35 16. 92 1.3.31.3 '.73. . 0371.1 172.29 16.68 1.5. 991. 1.83. .1.367 : 175.56 15.02 1.8.559

".90. .03997 179. 17 11.. 25 61.07'.

50 0. . 0'.12'. 163.08 13.55 53.613

510. .01.250 167.12 12.91 55.686

520. .01.375 191.27 12.33 56.201. 530. . ciiga 195. liS 11.60 50. '.63 51.J. . UH&Zl 199.75 11.31 52.571

• TWC-PHAS E SOUNOaRY

ENTHALPY ENTROPY Cw Cp VELOCITY

OF SOUND

BTU/LB BTU/LB-R BTU/LB-R BTU/LB-R FT/S

-7'.. Ill .50651 .256 .395 3927,

-73.361. . 51350 . 255 .395 3907.

-71.1.13 .5318<t .263 .393 385S.

-59.1.1.9 .51.930 .260 .392 SSOit. -67 .1.90 . 55597 . 257 .391 375".. -65.536 .58192 . 251. . 390 3705. -53.586 .59720 .251 .389 3656.

-51.51.5 .61167 . 21.3 .388 3607. -59.706 .62597 .21.5 .387 3557. -57.772 .53951. .21.1 .386 3509.

-55.81.3 .65252 .238 .385 31.57. -53.917 .56525 .235 .385 -51.995 .6771.5 . 232 .38U 3355. -50.076 .58927 .229 .393 3303.

-1.8.159 .70071 . 226 • 38 3 3250

.

-1.6.21.1. .71181 .223 .383 3196.

-1.1.. 331 .72259 .221 .383 3141.

-1.2.1.17 .73306 .219 .383 306'.. -1.0.503 .71.329 . 217 .393 3027. -36.585 .75325 .216 .36'. 2968. -36.565 .76298 .215 . 365 2909.

-31.. 738 .77250 .211. .386 28<.8. -32.806 .78132 .211. .397 2787. -30.666 .79091. . 213 . 388 2727. -28.921 .79989 .212 .389 257 0. -26.975 .60863 . 210 .389 2517. -25.036 . 81715 . 201. .385 2575. -23.127 .62535 . 201. . 390 2525. -21.169 .83350 .203 . 392 2'.73. -19.207 .61.169 . 202 . 395 21.22. -17.226 .91.970 .201 . 397 2372. -16.236 .85756 . 200 . 398 2321. -13.260 .85529 • 196 .'.00 2270.

-11.21.1 .87291. .197 .'.01 2221. -9.231 . 6601.6 . 196 . 1.0 3 2171.. -7.206 .68766 . 191. .'•0 5 2127.

-5.171. .89521 .193 .'.07 2080 . -3.136 .9321.3 . 192 .1.09 2032. -1.059 .90957 . 191. . 1.11. 1977.

1.021. .91679 . 196 .1.19 1925.

3.127 . 92386 .197 .1.22 1678. 7.376 .93780 . 196 .1.27 1795. 11.661 .95139 . 193 .1.30 1719.

15.96'. .96!.6'. .139 . 1.31 1650. 20.276 .97761 . 186 .1.31 1569. 21.689 .99001 . 191. .1.31 1532.

26 .681. 1. 00211 .192 .1.29 11.82. 33.161 1.01393 . 130 .1.26 11.37, 37.396 1.02513 .179 .1.21 1399.

1.1.579 1.03699 .179 .1.15 1356.

1.5.698 1.01.61.2 . 177 .1.08 131.0.

1.9.71.C 1. 0561.0 .177 .1.01 1319.

53. 701. 1.06595 .176 .39 3 1302. 57.585 1.07510 .176 . 385 1290.

fcl.391. 1. 06381. .175 .377 1231. 65.117 1.09221 . 175 . 369 1276. 66.756 1.10021 .175 .360 1273. 72.318 1.10787 .171. . 352 1271. 75.797 1.11520 . 173 . 31.1. 1272. 79.202 1.12222 . 172 .335 1271..

82. 531. 1.12895 .171 . 329 1277.

85.791. 1.1351.1 . 170 .322 1282. 88.969 1.11.162 . 159 .315 1287. 92.116 1.11.757 . 159 . 309 1292. 95.166 1.15331 . 166 .303 1299.

147
TABLE VIb. THERMODYNAMIC PROPERTIES OF OXYGEN

tOOa. PSIA ISOBAR

TEMPERATURE

OEG. R

VOLUME FT^/LBISOTHERM ISOCHORE DERIVATIVE DERIVATIVE FT^-PSIA/LB PSIA/RINTERNAL

ENERGY 8TU/LB

ENTHALPY

BTU/LB

ENTROPY 8TU/LB-R BTU/LB-R

Co VELOCITY

OF SOUND

103. "tsa .01210 2250.75 321.54 -82.600 -73.635 .50578 , 256 .395 3934.

105. . oiaii. 2228.2b 317.01 -92.005 -73.015 .51272 . 265 .395 3917.

110. .0122't 2156,96 303.44 -60.114 -71.045 .53105 . 263 .393 3865. 115. .01235 2086.29 290 .97 -78.228 -69.082 .54851 .260 . 392 3815. iza. .01246 2016.25 279. 39 -76.350 -67,124 .55518 .253 . 391 3756. 125. .01256 1946.87 268.56 -74.478 -65.172 .58111 .255 . 390 3717.

13-0 , . .01267 1878.20 258. 33 -72.612 -53.225 .59538 .251 . 389 3658. 135. .01278 1810.32 248.63 -70.753 -61.284 .61104 .248 .386 3620 . lltO. .01290 1743.30 239.38 -68.901 -59.347 .52512 . 245 . 387 3571. .01301 1677 .24 230.51 -67.054 -57.416 .63858 .242 . 386 3521.

150. .01313 1612.23 221.99 -65.214 -55.469 .55174 .239 .385 3472. 155. .01325 1548.38 213.78 -63.380 -53.566 .65435 .235 .384 3421. 160. .01337 1465.73 205.64 -51.552 -51.647 .67653 . 232 . 383 3371. 165. .01350 1424.53 198. 15 -59.729 -49.731 .68832 .229 . 383 3319.

170. .01363 1364.74 190.69 -57.911 -47.618 .69974 . 225 . 362 3267.

175. .01376 1306.49 163.45 -56.098 -45.908 .71082 . 224 . 392 3213. 160. .01389 1249.85 176.41 -54.289 -43.999 .72156 . 222 ,382 3159. 165. .01-03 1194.93 169.57 -52.482 -42.090 .73204 .219 .362 3103. 190. . Ol"*!? 1141.77 152.93 -50.577 -40.160 .74222 . 213 . 392 3046. 195. .Ol'.32 1090.41 155.47 -48.673 -36.269 .75215 . 216 .383 2988. ZOO • .01'tl(7 1040.90 150.21 -47.066 -35.354 .76186 . 215 .383 2929.

205. .01452 993.24 144. 14 -45.262 -34.434 .77134 . 215 .365 2870.

210. . 01478 947.42 138.27 -43.452 -32.508 .78062 , 214 .396 2810. 215. .Oll-git 903.38 132.51 -41.640 -30.576 .78972 .214 .387 2751. 220. .01510 861.05 127.17 -39.826 -28.638 .79862 . 213 .387 2694. 225. .01527 620 . 32 121.96 -38.014 -26.700 .60733 .210 . 387 2543. 230. . 01545 781.02 117.00 -36.215 -24.771 .81581 . 235 . 383 2601. 235. .01564 742.95 113.05 -34.455 -22.674 .82396 . 204 .387 2554.

2<tO. .01583 706.83 108.57 -32.650 -20.926 .63215 .204 .389 2502. 245. .01602 570.75 104.42 -30.846 -16.980 .84019 . 203 .392 2451.

250. .01622 637.73 100. 34 -29.029 -17.012 . 34814 .202 .394 2403. 255. .01644 605.24 96.22 -27.211 -15.038 .65596 .200 .395 2353. 260. .01565 573.98 92.23 -25.402 -13.058 .86361 . 199 .397 2303. 265. .01688 545.18 88.34 -23.579 -11.076 .37120 . 197 . 398 2255.

270. .01712 517.74 84.66 -21.761 -9.083 .87865 .196 .399 2209. 275. . 01736 491.43 91.13 -19.940 -7.080 .89500 . 195 .400 2163.

260. .01762 456.14 77.73 -16.116 -5.067 .89326 .194 .402 2118.

285. .01788 441.69 74. 44 -16.297 -3.053 .90039 .193 .404 2072. 290. .01815 418.46 71.20 -14.447 -1.000 .90754 . 195 .409 2018. 295. .01844 397.24 66. 08 -12.601 1.057 .91458 . 197 .413 1967.

300. .01874 377.04 65.11 -10.746 3.133 .92155 .197 .417 1921. 310. .01937 340.08 59.51 -7.024 7.322 .93529 . 196 .421 1840. 320. .02005 307.31 54.42 -3.315 11.537 .94 867 . 193 .423 1765. 330. .02079 279.04 49.65 .366 15.767 .96169 . 190 . 423 1698. 340. .02159 254.96 45. 33 4.006 19.999 .97432 . 196 .423 1537. 350. .02245 234. 80 41.43 7.599 24.230 .98559 . 184 .423 1582. 360. .02337 218.40 37. 87 11.135 28.445 .99646 . 182 .421 1531. 370. .02435 205.21 34.66 14.610 32.643 1.00997 . 130 .419 1466. 380. .02537 195. 01 31.83 18.014 36.809 1.02106 .179 . 414 1447. 390. .02645 187.15 29.28 21.337 40.926 1.03177 .173 .409 1412.

<>00. .02756 181.68 27.03 24.579 44.992 1.04206 .177 .404 1384.

<tio. .02870 178.11 25.04 27.732 46.991 1.05194 .177 .397 1351.

<>20. .02987 175.96 23.28 30.798 52.922 1.06141 .177 .390 1342.

I>30. .03105 174.99 21.72 33.781 56.783 1.07050 .176 .333 1326.

<tV0. .03226 175.19 20. 32 36.682 50.573 1.07921 . 176 .376 1317. 450. .03346 176.29 19.08 39.504 54.290 1.08756 .175 .368 1309.

<>60. .03463 178.08 17.97 42.248 67.932 1.09557 .175 .361 1304.

<>70. .03589 180 .47 16.97 44.918 71.500 1.10324 . 174 .353 1302.

<t80. .03709 183.26 16.06 47.515 74.991 1.11060 . 173 .346 1300.

<>90. .03830 186.46 15.23 50.044 76.412 1.11755 . 173 .338 1301.

500. .03950 190.00 14.48 52.509 61.763 1.12442 . 172 .331 1303. 510. .04068 193.73 13.80 54.910 85.045 1.13092 .171 .324 1306. 520. .04187 197.60 13.17 57.253 66.262 1.13717 .169 .318 1310. 530. .04303 201.58 12.60 59.538 91.412 1.14317 . 158 .311 1315.

5<>0. . 04419 205.65 12.07 61.771 94.504 1.14895 .157 .305 1320.

THO-PHASE BOUNDARY

148
TABLE Vlb. THERMODYNAMIC PROPERTIES OF OXYGEN

<t500. PSIA ISOBAR

TEMPERATURE

OEG. R

VOLUME FT^/LBISOTHERM ISOCHORE DERIVATIVE DERIVATIVE

FT3-PSIA/LB PSIA/R

INTERNAL ENERGY

BTU/LB

ENTHALPY BTU/LB

ENTROPY BTU/LB-R

Cy BTU/LB-R

Cp VELOCITY

OF SOUND BTU/LB-R FT/S

* 10<t«ll<> .01209 22 78 . 85 321.78 -82.517 -72.1.1.5 .5071.6 .267 .395 3952. IDS. .01210 2266.30 319.23 -92.182 -72.096 .51080 .266 . 395 391.3. 110« .01221 2196.82 3U5.63 -80.300 -70.127 .52912 .261. . 393 3992. 115. .01231 2125.97 293.15 -78.I.21. -68.165 .51.656 . 261 . 392 331.3. 120. .ai2<.2 2056.73 281.57 -76.556 -66.209 .56320 .258 . 390 3795. 125. .01252 1988.15 270.72 -71.. 696 -61.. 260 .57912 .265 • 399 371.7. 130. .01263 1920.26 260.50 -72.81.2 -62.317 .591.36 .252 .388 3699. 135. .U127i< 1853.15 250.81 -70.996 -60.380 .60898 . 2i«9 .387 3651.

I'lO. .0129$ 1786.89 21.1.57 -69.156 -58. 1. 1.8 .62303 .2^6 .386 3503.

1<>5. .01296 1721.58 232.72 -67.321. -56.522 .63655 .21.3 . 385 3555. 150. . 0 1306 1657.31 221. . 22 -65.1.98 -51.. 601 .61.957 • 21.0 .381. 3507. 155. .01319 159it.l7 216.01. -63.680 -52.685 .66211. .236 .383 31.59. 160. .01331 1532.28 208.13 -61.867 -50.773 .671.27 .233 . 382 31.08. 165. .013<i<< l't71.7l 200.1.8 -60.061 -1.8.866 .63601 .230 . 391 3359. 170. . 013S6 11.12.57 193.07 -58.261 -1.6.962 .69738 . 228 .380 3307. 175. .01369 135it.95 185.88 -56.^66 -1.5.061 .7091.0 .225 .380 3255. 100. .01382 1298.92 178.90 -54.675 -1.3.162 .71910 . 223 . 390 3202. 185. .01395 121.1..56 172.12 -52.888 -1.1.261. .72950 .221 .379 311.8. 191. . OlitOS 1191.93 165.53 -51.101. -39.367 .73962 . 219 .390 3393. 195. .Ql<i23 lliil.C7 159. lit -1.9.321 -37.1.66 .71.91.9 .218 .380 3337. 200. 1092.02 152 . 91. -1.7.539 -35.666 . 75912 .217 .391 2980. 205. 101.^.77 11.6.93 -1.5.755 -33.660 .76853 .216 .382 2922. 210. . cmee 999.32 11.1. 12 -1.3.969 -31.75C .77775 .215 . 383 2961.. 215. . [,l'>62 955.63 135.52 -1.2.182 -29.831. . 78676 .216 .381. 2807. 220. .01<>9S 913.62 130.13 -1.0.393 -27.911. .79559 .211. .381. 2752. 225. .01E1'< 873. 18 121.. 97 -38.609 -25.995 .801.21 . 212 .383 2702.

230. .01530 831.. 18 120.01. -36.939 -21.. 006 .91259 .207 . 379 2563. 235. 797.00 116. 30 -35.116 -22.218 .82362 .216 . 393 2521.

2<ia. .C1S&6 760.99 111.76 -33.31.1. -20.297 .82871 .205 .331. 2570.

2^5. .oiesii 725.30 107.61. -31.579 -18.380 .83662 . 201. .396 2522.

250. .016C3 692. 25 103.68 -29.799 -16.1.1.2 . 91. 1. 1.5 .233 • 397 2-.75. 255. .5lt22 659.90 99.77 -28.021 -11.. 501 . 85211. .201 .389 2>.30. 260. . (ilb<«2 628.95 95.82 -26. 252 -12.566 .85965 . 230 .390 2382. 265. . 0166<t 600.00 91 . 97 -21*. 1.71 -10.609 .86711 . 199 .390 2335. 270. .oiess 572 .51. 88.29 -22.697 -8.655 . 871.1.1 . 197 . 391 2292. 275. .0170 9 51.6.07 91.. 78 -23.922 -6.691. .88161 . 196 . 391 221.8. 260. .01731 520.10 81.1.1. -19.11.9 -1..727 .88970 .195 . 393 2231.. 205. .C1755 1.95.87 78.27 -17.383 -2.763 .89565 .191. . 391. 2163. 290. .01779 1.72.52 75.20 -15.598 -.763 .90263 . 196 . 399 2113. 295. .OlSOS 1.50.97 72.15 -13.796 1.21.3 .9091.8 .199 .1.03 2351..

300. .01631 i.3i).'.2 69. 17 -11.997 3.262 .91627 .198 .1.05 2019.

310. .81987 392.71. 63.61 -8.397 7.326 .92950 .197 .1.07 191.1. 320. . Uigit? 359.20 58.61. -1..818 11.1.02 .91.251. . 191. .1.09 1971.. 330. .Q2ul0 329.65 53.99 -1.269 15.1.81. .95510 .1=13 .1.09 13 3 3.

3<.a. .02079 303.91 1.9.51. 2.237 19.559 .95726 .187 .1.37 1753. 350. .02151 281.76 1.5.61 5.695 23.622 .97901. .181. .1.06 1595. 360. .C2229 2t3.20 1.2.0- 9.102 27.672 .9901.5 .1S2 .1.01. 151.6. 370. .0231C 21.7.72 38. 78 12.1.59 31.708 1.00151 .1)3 .1.02 1633. 300. .02396 235.17 35.81. 15.759 35.721 1.01221 .179 .1.33 1559. 390. .021.85 221.. 95 33.18 18.992 39.697 1.02251. . 178 . 397 1522.

<tOO. .02577 217.08 30.78 22.164 1.3.639 1.03252 .178 . 392 11.90. hlO. .02673 211.36 28.61. 25.267 1.7.537 1.01.215 .177 .399 11.61.. 420. .02773 207.26 26.72 28.299 51.383 1.0511.1 .177 .332 11. 1.1. <i3a. .02870 2CI..I.6 25.00 31.261 55.175 1. 06031. .177 . 377 11.22. <•^o. .02971 202.82 23.1.5 31.. 157 58.916 1.06891. .176 . 371 11.07.

. 03071. 21)2.23 22.06 36.996 62.600 1.07722 . 176 .365 1395.

Ii60. .1,3177 202.37 20.81 39.71.8 66.223 1.08516 .175 .353 1395.

<>70. .u3281 2C3.32 19.67 1.2. 1.1.5 69.766 1.09285 .175 .353 1379. •ao. .03385 201. . 88 18. bl. 1.5.078 73.286 i.iooei . 171. . 31.7 1 375.

(190. .031.89 206.91. 17.70 1.7.61.9 76.726 1.10731 . 171. . 31.1 1372.

500. .03591. 2C9.1.7 16 . 63 5d.l62 60.106 1.111.11. . 173 .335 1371. 513. .Ii3697 212.33 16. f 52.611. 83.1.23 1.12071 .172 . 329 1371.

520. .03801 215.1.3 15. 31 55.010 86.680 1.12703 .171 . 322 1372. 530. .03903 21S.79 11.. 61. 57.350 69.871. 1.13312 .170 .316 137h. 5tO. .citoo; 222.31 11.. 02 59.638 93.rii 1.13896 . 169 . 313 1377.

THO-PHflse aOUNOARY

149
TABLE lib, THERMOOYNSMIC PROPERTIES OF OXYGEN

5:3-. PSIA ISOBSS

TEMPERATU'Jt VCLUHE ISLThERM isochore INTERNAL

nFPTi/ATTur

D E G • R F T ^ / L 5 Fj3 -PSIA/LB PS I A /

R

* 10'4«793 0

1

' C 7 230 6.82 3 22.02 - 8 2 . 1* 3

1

'

r 1 -'n 7 11 J

'

*

• 12 7 2 2 3 1* . 2 1* 3 0 7.80

1 1 5 • ' ri p?ft 295. 3 0 -78*611*

* 01238 2096 ' 71 "75*756

125. .0121.8 2028.88 272. 86 -71.. 906

13J. .01255 1961. 7^ 262.53 -73.051.

1 f l' ?L7 ' 7? "Iq' 7 771!* 1^7 ^fl7 • * .22 .58

15 0* - 7-3

1

* ^ft "^7 7* A ?l! Qfc7 ?i n 7t

1

'

- 1 X7 4 C77 'a

1 ^

1

ft ni "fcn ' 77Q ' ri T 7ft ?r > 7 17 J

' 135^ 1^^9'^8 195 37 '58*59^

175. .ul362 11.C2 .1.3 189.22 -56.816

180. .0137'; 131.6.95 181.28 -55.01.3 ^qV

.0138 7 1293.11 171*. 55 193. . 0 1 1* 0 0 1 21. 0 . 96 16 8.02 -51.509

. u lUl I. 1190 . 51. 151.6 9 -1*9. 71.5

• 0

1

t2 8 1 11. 1 . 6 9 15 5.53 -1*7 . 98 3 2 0 5. . 0 1 1*1*^ 10 95.01 1 1*9 . 5 8 -1*6 . 220 213. . 0 1 u 5

1

1 0 1. 9 . 3 9 1 1*3 . 82 - 1*1. . 1. 5 5 215. . 0 1 1*7 1 1 0 C 6 . H 9 13 3.27 -1*2 .689

22 0. . 0 1 1* 6

1

961*. 75 132. 92 -1*0 . 9 21* 225. .01501 921*. 55 127. 79 -39.161* 23Q. .1)1517 865. 81 122. 99 -37.1.19

23 5. . C 1 5 3 3 81* 9 . 53 119.29 -35.7 28

2^* 0

.

.01553 813.57 1 11* . 8 2 -33.9 81. 2^3 . .01567 778.39 110.67 -32.250

25 J

.

.01585 71*5 . 21* 10 6.76 -30.505

255. . U 1 t Li 1* 713.03 10 3.00 -28.762

260

.

. 0 1 tr 22 66 2 . U2 99. 26 -27.0 28 26 5. . 0161.2 65 3 . 22 95.38 -25.281

270

.

. 0 lb 6 2 625 .69 91.71* -23. 51*3 275. .01682 558.99 88.23 -21.807

280. . C1701. 672.37 81*. 88 -20.0 76

28 i; . . 01726 51-8. 33 61 .72 -16.352

29 0. .0171.8 525.0 0 78.73 -15.602

295 . .01771 503.09 75.81 -11*. 656

30" .01795 1. 6 2 . 1

6

7 2.97 -13.103

310. .0181.; 1*1.3 . 78 57.39 -9.597

32 3. .01898 1*09.73 62. 37 -6.120

33 J . .01955 379.21 57. 77 -2.671*

31.0. .02:15 352.19 63.1.1 .728

350. .02078 328 . 1*2 1.9.1*3 1..O8I 36 3 . . 0211. -J 30 8.10 1.5. 82 7.395

37 3 . .1,2215 250 .77 1.2.51. 10.61*5 383 . .02288 276.31 39.52 13.858

390. .0236^ 2fcl*.26 35.78 17.013

<.C 3. . 021.1.3 251*. 31. 3".. 29 20.117

1413. .02525 21.6. 5^ 32.0 3 23.169

".23. .02609 21.0.77 29.99 26,150

'.30. . 0259'. 236.37 28. 13 29. 091*

1.1.0 . .02781 233.09 26.1.6 31.970

l»50. .0267^ 230.93 21*. 91. 31.. 790

1.60 . .02955 229.1*7 23.57 37.550

1.70. .03^1.9 228.98 22. 32 1.0.251. U80. .0311.0 229.31 21.17 1.2.902

1.90. .t3£31 230.20 20.13 1*5.1*95

59 3 . .03322 231.61 19.17 1*8.035 510. . 03i.ll< 233.53 18.28 50.521

520. .03505 235.81 17. 1*5 52.951. 530. .03596 239. <.8 16.70 55.335

s<>a

.

.03666 21.1.39 16.0 0 57.665

• THO-PHASE BOUNDARY

ENTHALPY ENTROPY Cp VELOCITY

OF SOUND

B T U/L B BTU/LB-R BTU/LB-R BTU/LB-R F T/S

-71.257 .5 0 812 .25 7 . 391. 3971

.

-71.175 .50890 .257 .391. 3968. -69.208 .52 721 • 265 .393 3919.

-67.21*7 . 51. 1.61. .252 .391 3670.

-65.29". .56127 .259 .390 3823.

-5 3 . 31. 7 .57 716 • 255 .3 99 3776. .59237 • 253 .367 3729.

-59*1.7^ • 50 697 .250 .386 3662 . -5 7 . 51* 7 247 .385 3535

.

-55.525 . 6 3 1.1* 7 . 21.1. .391. 3589.

-53 " ' -ft n 21.0 .362 3 51. 1

.

*559QA • 2 3 7 .381 3 1.9 3 . -1*9*895 * 6720 7 .38 0 3 1.1.5

.

-1.7.995 .58377 .231 . 3S0 3395.

-1*6.099 .59509 .229 . 379 331.5. 17uf

' *(!5*7i 7 -ilo^^q

*71670 .221.

* 378

• 7 2 70 5 • 222 .37 7 11 Q1

If Iq?

3137*

-36. '• ?1 9 .376 3063.

7 • 2 1

8

"77*077 * 77Q 7Q71 '30*97^ *77500 '217 * 360 2915* -29.072 .78395 .217 . 381 2860. -27.166 .79270 .216 . 391 2807. -25.255 ' ^

2 ^ ' ? n ^»^rt

* -23.371. • 8 0 956 .20 8 .37 5 2720. -21.531 • 2 0 7 2562 . -19.631 • • 206

* 77n .379

-17. 73 8 • 83326 .205 .39 0 2597. -15.626 . 6 1* 1 J 0 • 20 1. .382 2 51.1. . -13.915 . 8it858 • 20 2 .383 250O . -12.009 . 85596 • 20 1 .391. 21.57 . -10.081 .85333 . 200 .391. 21.12. -6.158 .67052 .196 . 391. 2369. -6.23 0 .87759 • 197 .381. 2327.

-1* . 30 2 • 8dH5l* • 195 .385 2261.. -2.375 •89136 • 195 .366 221.1.. - . 1.19 .69916 • 197 .390 2197.

1 . 51.

3

. 90 1* 6 9 3.518 .91153 . 199 . 397 2110.

7.1*66 .921.55 .198 .399 2031.. 11.1.57 .93715 .195 .397 1959.

15.1.26 .91*936 . 191 .397 1910. 19.383 .96117 .188 .395 1852. 23.321 .97259 . 185 . 393 1799.

27.21*2 .98361. .193 . 392 171.9. 31.152 .991.35 .191 .390 1701..

35.01*1. 1.001.73 . ISO .389 1662. 38.903 1.011.75 . 179 .386 1625.

1.2.739 1.021.1*7 .178 . 363 15 91.

1*6.51*5 1.03367 .176 .379 1561. 50.312 1.01.291. .177 .375 1536.

51*. 035 1.05171 .177 . 371 1511.. 57.720 1.06016 .177 . 366 11.95. 61.359 1.05635 .175 . 361 11.60.

61*. 91*6 1.07621. .175 .357 11.57. 68.1.8b 1.03385 . 176 .352 11.57. 71.973 1.09119 . 175 . 31.6 11.50. 75.1.10 1.09828 .171. . 341 11.1.1..

76.797 1.10512 .171. .336 11. 1.0. 62.128 1.11172 .173 .330 11.38. 85.1.05 1.11609 .172 .325 11.37. 66.625 1.121.22 .1/1 .319 11.37. 91.795 1.13015 .170 .311. 11.38.

150
TABLE VIb> THERHOOVNANIC PROPERTIES OF OXYGEN

6000. PSIA ISOBAR

TEMPERATURE VOLtiHE ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cdup VELOCIT ft'/lb DERIVATIVE OERIVATIVE ENERGY OF SOUN

OEG. R FT^-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU/LB-R BTU/LB-R FT/S

* 106..-I<tO i01203 2362.36 322.51 -82.256 -58.885 .509<>5 .268 .39<> <t007. 110. .01211 2309.80 312.07 -tO.S23 -67.369 .5231)9 .266 .392 3970.

115. .01221 22<>2.Z1 299.53 -78.976 -65.1)11 .51)089 .^6^ .391 3923.

120. .01231 2175.21 287.90 -77.137 -63.1.61 .557<.9 .261 .389 3877.

125. .012'tl 2108.81 277.02 -75.307 -61.519 .57331) .258 .388 3832.

130. .01251 20<i3.07 266.79 -73.<»85 -59.585 .58852 .255 .386 3787.

135. .01261 1978.07 257.09 -71.673 -57.658 .60306 .252 .385 37<)2.

1<>0. .01272 1913.87 2<»7.86 -69.868 -55.738 .61702 .21)9 .383 3697.

1<«5. .01282 1850.57 239. OS -68.073 -53.825 .6301)5 .21)5 . 382 3652.

150. .01293 1788.27 230.59 -66.286 -51.919 .61)337 . 21.2 . 380 3606.

155. .OlSOi. 1727.0'. 222.1.6 -61.. 507 -50.020 .55583 . 239 .379 3560.

160. .01315 1666.98 211..62 -62.736 -1)8.127 .56785 . 236 .378 3511). 165. .01326 1608.19 207.06 -60.971. -1)6.239 .6791)6 .23i» .377 31.67. 170. .01339 1550.75 199.71. -59.218 -I.I..357 .69070 .231 . 376 31)19. 175. .013'.9 l'»9i». 73 192. 66 -57.1(70 -1)2.1)79 .70158 . 229 .375 3371.

180. . 01361 lit '•0.22 185.79 -55.728 -<«Q.&06 .71211) . 226 .371) 3322.

183. .01373 1387.28 179.11. -53.991 -38.735 .72239 .225 . 371. 3272.

190. .01385 1335.96 172.68 -52.258 -36.855 .73237 .223 .371. 3221.

195. .01398 1286.30 166. 1.3 -50.529 -31). 997 .71)208 . 222 . 37<) 3169.

20 J. .Oliill 1238.33 160.36 -1.8.801 -33.127 . 75155 . 221 .371) 3116.

205. . 01'.2<< 1192.06 15lt.'t9 -1.7.073 -31.255 . 75080 . 221 .375 3063.

210. . 01>.37 111.7. itO 11.8. 82 -i»5.3it5 -29.380 .76983 . 220 . 375 3009.

215. .Ol'.Sl llOit.57 11.3. 33 -'.3.617 -27.501 . 77868 .220 • 375 2957.

220. . Ol'tb'. 1063.25 138.05 -1.1.890 -25.622 .78732 . 219 . 375 2905.

225. .011.78 1023.1.6 132.98 -1.0. 170 -23.71)5 . 79575 . 217 .371) 2861.

230. . 01't93 985.09 128. 11 -38.1.67 -21.883 .80 393 . 211 . 369 2825.

235. .01508 950.62 121.. 61. -36.830 -20.079 .81167 .210 .372 2792.

2<.0. .01523 911.. 68 120.33 -35.135 -18.215 .81953 . 208 .371 271.9.

2't5. .01538 880.91 116.31 -33.1.51 -16.360 .82717 .207 .372 2708

.

25G. .0155". 81.7. 37 112.1)3 -31.751 -11). 1)92 . 831)72 . 205 . 372 2667.

255. .01571 815.52 108.79 -30.076 -12.525 .81)211 . 201. .373 2628.

263 . .01587 785 .63 105. 29 -28.399 -10.757 .81.933 . 203 . 371) 2590.

265. .0160'. 755.68 101.76 -26.711 -8.887 .85650 . 202 . 375 2550.

270. .01622 727.81. 98.20 -25.030 -7.010 .85351 .20 0 . 375 2511.

275. . Ol&itO 700.60 9<t.61 -23.351. -5.133 .8701.0 . 199 . 371) 21)70 . 280. .Ul65e 673.33 91.32 -21.589 -3.265 . 87713 . 198 . 371) 21.30. 285. .01677 6^9.19 88. 16 -20.029 -1.396 .88376 . 197 .371. 2393.

290. .01696 626.31 85.13 -18.3it7 .500 .89035 .198 . 377 231)8. 295. .01716 603.59 82.25 -16.671 2.396 .89681) .200 . 381 2305.

300. .01736 561.99 79.1.7 -11..990 •..302 .90325 . 201 . 383 2266.

310. . 01779 51.2.17 71.. 23 -11.630 8.130 .91580 . 199 .38V 2199.

320. .01823 607.26 59.17 -8.297 11.951. .92791) . 196 .382 2139.

330. .01S69 1.75.35 61.. 52 -5.005 15.752 .93965 .193 . 380 2083.

31.]. .01913 .1.6.52 60.27 -1.757 19.51.9 .95097 .189 .378 2031

.

350. .01968 1.20.29 56.28 1.1. 1.2 23.310 .96187 . 185 . 376 1981.

360. . 02021 397.32 52.50 It. 596 27.052 .9721.1 .181) .371. 1933.

370. .02076 377.11 1.9.21 7.709 30.778 .98252 .182 . 372 1889.

380. • OZIS". 359.70 '.5.10 10.781. 31). 1.91 .99253 .181 .370 181)7. 390. . 02193 31.1.. 98 1.3.27 13.815 38.180 1.00211 . 180 .368 1809.

<<00. . G225<. 331.88 'tO . 61. 16.805 1)1.850 1.0111)0 .179 .357 1773.

'.10. .02317 320.62 38.22 19.758 1.5.503 1. 0201.2 .179 .361) 171.0. •2 ] • • L.2332 311 . 1.9 36. 0 3 22. 570 1)9.135 1 .02918 .178 352 1711.

i<30. . 02'.'.a 301*. 20 33.95 25.5^0 52.71)2 1.03755 .178 .359 1586.

<.!.]. .02516 298.23 32.09 28.365 55.320 1.01)589 . 178 .355 1553.

.53. .02585 293. ".S 30.37 31.11.8 59.868 1.05386 .177 .352 151.3.

<.60. 289.33 29. 81 33.878 63.368 1.05156 .177 . 31)9 1525.

'.70. . 1,2725 265.23 27.37 36.567 66.81)0 1.05902 .177 .31)6 1511.

'•80 . .02790 281.. 23 25. Oi. 39.213 70.277 1.07625 .176 .31)2 1598.

'.90. . 02868 282.87 2".. 81 1.1. 811. 73.676 1.08327 .176 .338 1588.

500. . 029'.0 282.05 23.59 1.1.. 371 77.035 1.09005 . 175 .331. 1579.

5lj. . D3C13 282.05 22.6'. 1.5.881) 80.356 1.09663 .171. .330 1573.

520. . 03086 282.67 21.67 1)9.35') 83.637 1.10300 .171) . 326 1563.

530. .03155 283.82 20.77 51.779 85.871) 1.10917 .173 . 322 1555.

S'.O. .03232 265.38 19.93 51.. 152 90.069 1.11511. .172 . 317 1552.

THC-PHAS £ BOUNDARY

151
TABLE Vlh. THERMODYNAMIC PROPERTIES OF OXYGEN

7000. PSIA IS09AR

TEMPERATURE

EG. R

y/OLUME FT^/LBISOTHERM ISOCHORE DERIVATIVE DERIVATIVE FT3-PSIA/LB PSIA/RINTERNAL

ENERGY BTU/LB

ENTHALPY

BTU/LB

ENTROPY 3TU/LB-R BTU/L3-^

Cp VELOCITY

OF SOUND BTU/L3-R FT/S

• 107, '.714 . 0120 0 2'«17 , "tl 323.0 3 -82. 0 75 -56,522 .5107 5 . 2'0 ,393 1.01*2

.

110. .01205 2363,77 316.25 -81.11.6 -65,53C .51987 .263 .392 1*319. 115. .0121<. 2317,57 303.65 -79.315 -63,571. .53725 • 265 .393 3971*. IZO. .012211 2251,92 291.98 -77,1.91. -61.527 .55381. • 262 . 389 3930 . 125. .0123". 2186, 8<t 281.07 -75,582 -59.688 .55966 . 259 . 337 3386.

130. 2122, "tO 270.81 -73,879 -57.758 .581*80 . 256 .385 331*3. 135. .0125'< 2058,65 261.10 -72,036 -55.837 ,59930 .253 . 333 3799.

lUO. .01261. 1995 .68 251,66 -70,302 -53.923 .61322 . 250 . 382 3756.

.0127". 1933,57 21.3.01. -58,528 -52.017 .52659 .21*7 . 380 3712.

150. .oi2e'< 1872, <»0 231.. 59 -56,753 -50.119 .6391*5 .21*1* .379 3663.

155. .0129** 1812,23 226 .1*8 -55,007 -1.8 . 229 .65136 ,21.1 . 377 3 521*. 160. .C1305 1753,28 218.67 -63,260 -1.6.31.5 ,66382 .238 . 376 3579. 165. .01316 1695, '•9 211.13 -61,521 -1.1.. 1.58 .57537 .235 .375 3531*. 170. .01326 1639. 00 203,85 -59.791 -1*2.597 .68651* . £33 . 371. 31*88. 175. ,01338 1583.88 196, 81 -58.059 -1,0.732 .59735 .231 .373 31*1*2. 180. . 013^S 1630,20 190,00 -55.353 -38.871 .70781* . 229 .372 3395.

185. .01360 l'(78,02 183 , 39 -511.61.1. -37,01<* .71802 • 227 .371 331*7. 190. .01372 l'.27,i.O 177. OC -52,939 -35,159 .72791 • 225 .371 3293.

195. ,01383 1378,37 170.80 -51.238 -33,306 .73751* • 221* .371 321.8. 200. .01395 1330,96 161.. 79 -1.9.539 -31,1.52 .71*693 .221* .371 3197.

2 0 5. . 0 1 1*0 8 12 85,18 158. 98 -1.7 81.1 -29,597 .75610 • 22 3 .371 3 11*5 . 210. .01I.20 12'.1,02 153, 36 -1.6. 11.1. -27,739 .76505 .223 .372 3095.

215. .OlitSS 1198,1.7 llt7,93 -'l..l»lt7 -25,879 .77381 • 223 .372 301*1.. 220. . omitS 1157.1.7 11(2, 70 -1.2.752 -21., 018 .78236 . 222 . 372 2995. 225. .OlitSS 1117.97 137.65 -1.1.061. -22,162 .79070 . 220 , 373 2953. 230. .01'<7l 1079.86 132.81 -39.391. -2:. 321 .79379 . 211* ,365 2919. 235. 10li7. 19 129.81. -37.800 -18.51.6 .30639 . 213 , 357 2395.

2'«0. .01<t99 1011.21. 125. 20 -36.11.3 -16.711 .311.13 .211 ,365 2351.

2'.5. .01513 979.33 121.32 -31., 500 -11*, 886 .82156 . 239 . 365 2816.

250. .01523 91.5,25 117.60 -32.853 -13,051 •32908 .25 7 ,365 2779.

• d 3 & 3 3 206 2 7 1*3 . 260. .01557 88l«,77 110.65 -29.582 -9,395 • 8l*3i>l .205 . 365 2709.

265. .01573 853.81 107. 31 -27,9i»3 -7,555 .8501.2 . 20 3 . 367 2672.

270. .01589 825.51 103.92 -26.308 -5.716 •85730 . 232 ,357 2635. 275. .01605 797.62 100.60 -21..679 -3,878 . 861*05 .201 ,367 2599.

280. .01621 771,20 97.27 -23.052 -2.050 •87053 .200 , 367 2552.

285. .01638 71.6. 18 91.. 02 -21.1.1.9 -.221 •87711 .198 . 365 2526.

290. .01655 723.88 91.01 -19.815 1.633 •83357 . 200 .358 21*85. 295. .01672 700 .1.5 88.13 -18.191 3.1.82 •88990 . 202 .371 2-11.3. 300. .01690 678.53 85.37 -16.561. 5.31*0 • 89611* .202 , 37 3 21*06.

310. .01726 637.26 80.09 -13.311 9.065 .90836 .231 .373 23ii2. 320. .01765 601.06 75.11. -10.081. 12.789 .92018 .198 , 371 2285.

330. .01BO<i 567.91. 70.51 -6.897 16.1.91 .93157 . 191. , 358 22311.

31.0. .Oie'.6 538.05 66.23 -3.759 20.151. .91*251. . 191 ,366 2186.

350. .01888 510.01. 62.28 -.671 23,801* .95309 . 133 . 361. 2138.

360. .C1932 1.85,36 58,51. 2.378 27,1*26 .96329 . 185 . 361 2093.

370. .01978 1.62.80 55.07 5,385 31.028 .97317 • 18^ .359 20it9. 380. .02026 1.1.3. 01 51,90 8.361 31*. 618 .98271. • 182 .358 2008.

390. •02075 1.2&.11 1.8,97 11,299 38,189 .99202 . 181 .356 1970.

itOO. .02125 <tlO,83 1.6,28 11., 200 1*1,71*1 1.00101 • 180 .355 1935.

<>10. .02176 396,72 1.3.76 17,059 1.5.275 1.00971* • 180 .353 1900. .02229 381..70 1.1.1.2 19.909 1*8.800 1.01823 • 180 . 352 1869^

<»30. .02283 37l»,67 39.21. 22.718 52.311 1.0261.9 • 179 ,350 13<il^

i><tO. .02338 366,29 37.23 25.1.93 55.802 1.03<*52 .179 ,31*8 1816^

1(50. .02395 359, itO 35.37 28.233 59.272 1.01*232 • 179 ,3<.5 1793^

'(60. .02<.51 353.52 33.66 30.927 52.698 1.01*985 .178 ,31*2 1773.

<|70. .02508 3it8.i«0 32.07 33.587 66.101 1.05717 . 178 , 31*0 1755.

itSO. .02567 31.1.. 27 30.59 36.213 59.1*82 1.06H28 .177 ,337 1739.

<t90. .02625 3i>0 .98 29.23 38.801 72.831 1.07119 . 177 ,331* 1726.

50 0. .02685 338.26 27.97 1(1,31.9 75.11*7 1.07789 .176 .331 1711*.

510. .027'«ii 336.1.3 26.79 1.3. 861. 79.1*36 1.081. 1*0 .176 .327 170<>. 520. .02805 335.1.0 25.68 i.6,3i»2 82.596 1.09073 • 175 .321* 1596.

530. .02865 33i«,88 21.. 65 1.8,782 85.921 1.09688 • 17* .320 1690.

S<iO. .02926 331..91. 23.70 51.185 89.112 1.10281. .173 • 317 1685.

TMO-PHASE BOUNDARY

152
TABLE VIb. THERHODTNAHIC PROPERTIES OF OXYGEN

8000. PSIA ISOBAR

TEHPERATUftE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY Cu Cn VELOCII

FT OERIVATII/E DERIVATIVE ENERGY V r

OF SOUNI OEG» R Ct3 _DC T & / I Q PSIA/R BTU/LB BTU/LB BTU/LB-R BTU/LB-R BTU/L9-R FT/S

' Ids* '96 * rt« 2 H 71 • 97 323.56 •81.889 -64* 164 . 5120 3 • 270 .393 1.077. 110a .01199 2*»56 •27 320 • 35 -81 .450 -63*692 • 51635 .270 .392 1.067.

1 15 • .01206 2391 • 37 307 . 69 -79. 634 -61.737 •53373 . 267 .390 1.023. 120 • 2326 99

o^c

* rt^ •77*828 -59. 791 .55029 • 264 .389 3980.

125* .01227 2263 • 15 285.01 -76.0 33 -57. 856 • 56609 • 261 .386 3938.

130* .01237 2199* 90 274.71 -74. 247 -55* 929 .58120 • 258 . 381. 3396.

135* .ai2i>6 2137.32 264.97 -72*472 -54.012 .59568 .255 .383 3S51.. mo. .012Sb 2075. *t7 255.72 -70.707 -52.104 •60956 .252 . 381 3812.

IH 5 • .01266 20 1'* . 'I't 246. 88 -68.951 -50. 20 4 * 62289 .249 . 379 3770.

15 0 b .01275 195^« 31 238 . 43 -67.206 -48*312 .63571 • 246 .377 3727.

155 • .01265 1695. 1

8

230.32 -65 .471 -46*429 •64806 .24 3 • 376 3681.. 16 0 • . 0 1 296 1837.13 222 . 52 -6 3.745 -44*553 • 65997 . 240 .371. 361.1. 165* .01306 1760 • 24 215.0 0 -62 .028 -4 2.685 ,67147 • 238 . 373 3598.

170* .01316 172U .59 2 07.74 -60 .320 -40.82 3 . 68259 . 235 • 372 3553.

1 75 • .01 32 7 1670.25 20 0. 72 -56 .620 -38. 968 .69334 .233 .37 0 350 3. .01337 1617*29 193 . 94 -56. 928 -37 . 11

8

* 70 37

7

.231 370 3 1.63 . 165! .013<>6 1565.78 187.37 -55.242 -35.272 •71398 • 229 .369 31.16. 190. .01359 1515.75 181.01 -53.561 -33.429 .72371 a 226 . 368 3369. 195 * •01 370 1*» 67 .25 174. 65 •51 .885 -31 .586 . 7 3328 * 227 .368 3 321. 30 0* .01381 l'»20 * 30 166. 89 -50*211 -29* 747 .7426 0 . 226 .36 8 3272 .

* 01393 1 37'» .92 —4 6.538 •27.90 5 .75170 * 226 369 3223.

2 1 0 * . OIhO'* 1331.10 157. 54 -46 • 866 -26.062 . 7635 9 .226 .369 3173. 152.14 -45 . 1 95 •24.216 , 76928 • 226 • 369 3125.

.

0

1h2 8 1 2'»8 .07 146.93 —43 . 526 -22.371 • 77 776 .225 .369 3079. 225* 1208.76 141 92 -41 . 865 •20.530 . 786 0 3 . 223 .367 3 0 3 7, 230* *C1**52 137.09 -40.222 -18*706 . 794 0 4 .217 • 36

1

3 G 0 1.

.

235. .01't65 1139.97 135.21 -38.671 -16.963 •80151 .215 .365 2992. Zkt, .011(78 1103.99 130.12 -37.040 -15.142 .80918 .213 .362 291.8.

*ni 5ni

125* 82 -35.427 •13.336 .81663 .211 .35 9 2911*. ?sn* .01505 1 0 39 .65 122 .23 - 33 • 818 -11.530 a 82393 . 2 J 9 • 3 5 9 2879. 255. 1 U U 0 . OU lift -32*215 • 83107 *

r.r * ^

• 260. 960.58 115.59 -30 .621 -7 . 92 6 .8 3 806 .206 .360 2618.

9'*8 • 1 112. 32 -29. 0 24 -6.123 .233 • 3 6

1

2793.

?7n*

"„ '^^ 109* 22 -27.4 29 "4.316 .85169 .233 • 3 6

1

2751 . 275 * .01575 690 .93 106.0 5 -25. 838 -2.50 9 .85 832 .202 .362 2716.

2 oO . .01590 866 « 7

7

IC 2 • 75 -24.2 57 -.710 . 96480 .201 • 36

1

2683. 285. .01605 evo.85 99*58 -22.682 1.087 .87117 .200 .350 251.9. 290. .01620 818.55 96.42 -21.092 2.915 .97754 . 232 . 362 2508. 295. .01635 79*» .71 93.49 -19. 499 4* 726 .88374 2 3 3 • 361* 2567.

300. • C 165

1

773.21 90.74 -17.912 6. 55C . 8898 7 . 2 'J'. .365 2533.

310. .oie8<. 730.73 95.58 -14.744 10.200 .90183 .20 2 . 365 21.73. 320. .01718 692.12 80*68 -11.599 13.847 .91341 . 199 . 36<« 2-.19. 330. .01753 657, i»6 75.93 -8.491 17.473 ,92457 .196 . 361 2367.

3^0 . .01789 627 .02 71 • 47 -5.4 31 21 . C6 6 .93531 . 192 .357 2320.

350. .01826 597.76 67.57 -2.429 24.619 .94560 . Id9 . 351. 2277.

360. .Oia6l< 572.19 63.94 .540 28.155 .95556 .H7 . 352 2235.

370. .0190<4 5i»7 .^i* 60.45 3.471 31.669 .96519 .185 .351 2192.

380. . 019<t'< 525.37 57.07 6.369 35.170 .97'»53 . lai. . 31.8 211.9. 390. .C1986 5Q5.9& 54. 05 9.234 38.651* .98358 . 182 . 31.7 2111. 02029 89 . 30 51.30 12.065 4 2*118

•lO. •S2072 '*73.*t9 48.76 14.864 45.560 1.00095 . 131 . 31.5 231.1.. lt2]. .02117 *«59.21 46.38 17.641 48*996 1.0Q913 .181 . 31. <« 2012.

'•30. .02162 4t»b.69 44. 11 20.395 52.430 1.01721 .140 . 31.3 1983.

'•'.O. .02209 ^35. 50 41.96 23.122 55.847 1.025C& . 180 . 31.1 1955.

<tS J. .02257 <42&.(»5 39.99 25.823 59.253 1.03272 . 130 .339 1930 . <>60. .02305 U19.73 38.17 28.1*85 62.624 1, 04J 13 . 179 . 336 1 3i9. u7a. .02353 ^13.24 36.47 31.116 65.972 1*04733 . 179 .331. H93.

<«ao. .021.02 t*07.12 34.87 33.717 69.301 1.05434 .179 .332 1372.

'.90. .02it52 402.25 33.38 36.295 72.605 1.06115 . 171 . 329 H56.

500. .02502 398.17 31.99 33.819 75,877 1.06776 .178 .326 131.2. 510. .C2552 394.65 30.71 41.323 79.131 1. J7421 . 177 . 321. 1330.

520. .02t03 391.96 29.49 43.797 82.362 1.08048 .176 . 321 1819.

530. .02655 339.68 23.36 46.237 85.562 1.08656 . 175 .3H mo

.

51.0. .02706 368. 11 27.29 48.644 68.736 1.09251 .171. .315 1302.

• TNO-PHASE BOUNDARY

153
TABLE VIb. THERMODYNAMIC PROPERTIES OF OXYGEN

gjj:. PSIA ISOBAF

TEMPERATURE

DEG. R

VOLUME ft'/lbISOTHERM ISOCHORE DERIVATIVE DERIVATIVE FT3-PSIA/LB PSIA/RINTERNAL

ENERGY

BTU/LB

ENTHALPY BTU/LB

ENTROPY BTU/L8-R BTU/LS-R

Cp VELOCITY

OF SOUND

BTU/LB-R FT/S

110.109 .01193 2526.06 321.. 09 -81.699 -61.813 .51330 . 271 . 392 1.112. 115, . C1202 2*^63 . 7t* 311.61. -79.935 -5 9.899 .53030 . 259 . 390 1.071. 120. .01211 2'.C0.55 299. 86 -78.11.3 -57.956 .51.685 .266 .388 1.029. 125. .01221 2337.86 289. 85 -76. 363 -56.022 .56251. . 253 . 386 3988.

130. .01230 2275.73 278.51 -71.. 593 -51.. 098 .57772 . 260 .381. 391.7. 135. .01239 221'^. 23 268. 73 -72.831. -52.185 .59217 .257 . 382 3907.

litO. . Ul2'.e 2153. 1.1 259. 1.5 -71.085 -50.280 .60602 .251. .380 3866.

1'.5. .01258 2093.38 250.59 -59.31.7 -1.8.385 .61932 .251 .378 3825.

150. .01267 2G3'^.21 21,2.13 -57.520 -1.6.1.99 .63211 .21.8 .375 3781.. 155. .01277 1975.99 231.. 00 -65.902 -1.1.. 621 .61.1.1.2 .21.5 .375 371.2.

160. .01287 1918.79 225.20 -61.. 195 -1.2.752 .65529 .21.2 .373 3700.

165. . L I 296 1 862 . 71 218.68 -52.1.97 -1. 0 . 891 • 65771. • 21.0 .371 3658.

170. .01306 1807.81 211. •S -60.809 -39.037 .67881 . 237 .370 3615.

175. .01316 175'^.17 201.. 1.2 -59.129 -37.190 .58952 .235 .369 3571.

180. .01327 17C1.85 197.66 -57.1.57 -35.31.9 .69989 .233 .368 3527,

165. .11337 1650.91 191. 11 -55.792 -33.513 .70996 .231 .367 31.82. 190. ,(ll3h7 15C1.39 181.. 77 -51.. 132 -31.680 .71973 . 230 .366 31.36, 195. .C1358 1553.3'. 178.61. -52.1.77 -29.81.9 .72925 .229 .366 3389.

200. .01368 1506.79 172.70 -50.825 -28.018 .73852 . 229 . 366 331.2. 205. .01379 l'^fcl.73 166.96 -1.9.171. -26.188 .71.755 .229 .366 3291..

210. .01390 11.18. 19 iei.1.0 -1.7.52'. -2".. 355 .7561.0 .229 .367 321.6. 215, « 0 1 '•0 1 1376.13 156.02 -'.5.8 7'. -22.522 ,7550 3 .228 . 367 3199,

220. . 01'.12 1335.55 150.83 -'•1..228 -20.688 .7731.5 . 228 .366

225. . 01l«2'> 1296.37 11.5. 83 -1.2.589 -18.860 .78167 .225 .361. 3111.. 230. .Cl'.35 1258.56 11.1.01 -1.0.968 -17.0'»9 .78962 .220 . 359 3083.

235. . 01'.'.7 1229.50 11.0.11 -39.1.62 -15.339 .79691. .219 .361. 3080.

21.0. .01i<59 1193.51 131.. 81. -37.850 -13.528 .80457 . 216 . 360 3037.

2i»5. .C11.72 1166.61 130.12 -36.256 -11.730 .81199 .213 .356 3001.. 25U . . 01i<8'i 1131.12 126.25 -31.. 679 -9.9'.7 .81920 .210 .351. 2970.

255. .01-97 1100.89 123.15 -33.108 -8.167 .82525 . 208 .351. 291.1..

260. .01509 1073.59 120. 15 -31.51.5 -6.392 .83311. .207 .351. 2919.

1 U H U • U r .356

27U. .01535 1010.57 111.. 03 -28.1.2:. -2.835 .81.656 . 20<. . 356 2356.

275. . Oli-g 981.17 111.03 -25.870 -1.059 .85308 .203 . 357 2821.. 280. .01652 959.1.7 108.13 -25.317 .720 .8591.9 .202 .357 2798.

295. .01576 93'^.59 105.01 -23.771 2. '.9'. .86577 .202 .355 2756.

290. . Ul59u 910.72 101.67 -22.198 '•.302 .87208 . 203 .358 2723.

295. .0160'. 887.02 98.62 -20.61.5 6.091 .87319 .205 . 359 2683.

30 0. .01619 667 . 01* 95.60 -19.087 7,889 .881.21. .205 .359 261.9. 310. . 016'.3 823.98 90.<.9 -15.988 11. '.78 .89601 .203 .358 2593.

323. .01678 781.27 85. 76 -12.913 15.059 .90738 .200 .358 251.1. 330. .01710 7'. I. . 32 81.22 -9.872 18.62'. .91836 . 197 .356 2'.9'.. 31.0. .017'.2 713.73 76.59 -6.868 22.168 .92893 .191. .352 2'. 1.8. 350 . .01775 683.60 72.37 -3.925 25.658 .93905 .191 .31.8 21.00. 360. .01609 667.91. 68.51. -1.022 29.129 .91.883 .188 .31.1. 2360.

370. 630.93 65.25 1.839 32.568 .95825 . 186 .3<.i. 2321.

380. .01880 606.37 62. 06 1..678 36.001 .9671.0 .185 .31.3 2282.

390. .01916 583.56 58.81 7.1.38 39.1.19 .97528 . 18<. .3<>1 2239.

uoa. .01953 566.13 55.80 10.266 '.2.822 .981.90 .183 . 338 2202.

••10. .01991 550.21 53.20 13.009 '•6.197 .99323 .182 .337 2171.

<»20. .02030 531.. 71. 50.79 15.731 '.9.56'. 1.00135 . 182 .336 211.1.

'•30. . 02070 520.28 1.8.52 18.1.31. 52.927 1.00926 . 181 .336 2112.

<<<tO . .02110 505.32 1.6.1.0 21.112 56.273 1.01695 .181 .336 2083.

1)50. .02151 1.93.39 1.1.. 35 23.775 59.622 1.021.1.8 .181 .335 2056.

'•60. .02193 1.86.68 1.2.39 26.1.1'. 62.958 1.03181 .181 . 332 2035.

'•70. .02235 1.79.1.3 1.0.56 29.019 66.255 1.03892 . 180 .329 201S.

••SO. . 02277 1.71.38 38.87 31.591. 69.51.6 1.01.583 . 180 .328 1995.

'•90. .02320 '•65.26 37.31 31.. 11.3 72.812 1.05257 .179 .325 1978.

50 0 . .C236<. '•60. '•5 35.82 36.563 75.053 1.05911 . 179 .323 1963.

510. . 02'.07 '•55.38 31.. 1.2 39.153 79.272 1.0651.9 .178 .320 191.8.

520. .02'.52 1.50.95 33. 10 1.1.617 82.1.73 1.07171 .177 . 318 1935.

530. .C2'.96 !.<.&. 83 31.87 1. 11.01.7 85.61.'. 1.07771. .177 .316 1921..

SltO. .025'«1 1.1.3.55 30.72 1.&.1.50 88.792 1.08363 .176 . 313 1911..

THO-PHASE BOUNCARY

154
TABLE VIb. THERMOOVNAMIC PROPERTIES OF OXYGEN

10000. PSIA ISOBAR

TEHPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL

FT^ /L8 DERIVATIVE DERIVATIVE ENERGY

OEG« R f-ji -PSIA/LB PSIA/R BTU/LB

* lXl,fi03 .01190 2579. 59 321). 53 -81.501* 115« .01196 2531..77 315 .53 -80.216

120a .01205 21*72. 70 303.57 -78.1*1*0 125. ,01211* 21*11 . 10 292. 51 -76.673

130. .01223 2350.02 262.21 -71*. 918 135. .C1232 2289.52 272.39 -73.173

IWO. .012i»l 2229.57 263. 07 -71.1* 1*0 1^5 . . 01250 21 70 . 56 251*. 16 -59.717

150. , 01260 2112.27 21*5, 69 -69.0 05 155. , 01269 2Q5<.*66 237.55 -55.305

IbO . .0127 0 1996 • 1*7 229.72 -61* . 6 11* 155. .01266 191*3 . 12 222.20 -62.931* 170. . 01297 1886.90 211*, 91* -51.263

175. .0130 7 1635.68 20 7. 91* -59.501

ISO. .01317 17811.13 201.18 -57.91.7 193. . 01326 1733.70 191*. 51* -56.300

19 0. . 01336 1661* . 63 16 8.31 -51*. 559

195, ,0131*6 1636 . 97 182. 19 -53.022

20 0 . . Q1356 1590 .71* 175 . 27 -51.388

205. , 0136/ 151*5. 96 17 0.53 -1*9. 756

210. .01377 16 02 . 61* 151*. 99 -1*8.125 215. .0136 6 11*60 . 75 159.52 -1*6.1*95 220. .01398 11*2 0.29 151*. 1.1* -1*1*. 867

225

.

. 0 11*0 9 1381. 21 11.9,1*1. -1*3.21*7 230. .011*20 131*3.1*5 11*1*. 52 -1*1. 61.6 235. . 01'.31 1316.19 11*3.67 -1*0.160

2<t0. , c 11*1*2 12 80 .23 138. 79 -38.586

21*5* . C

1 1*51* 12 56.37 133.63 -37.002

250. . 011*65 1220. 07 129.53 -35.1*1*9 255. .011*77 1190.53 126.3 0 -33.906

260 . . C 11*6 9 1161*. 19 123.70 -32.373

265. • Glf 01 1129.19 121.36 - 30 . 81*8 27C. .01513 10 98.99 118.77 -29.3 20 275. . C1526 10 69.79 115.95 -27. 7 96 260. .0153£ 101.7.37 112.61. -26.267

2S5. .C15S1 1028.70 110.03 -21*. 71*7 290. • 01-6'* 10 0 0 .51* 10 7.22 -23.200

295. . 01^.77 97 7. 71. 101*. 0 1* -21.668

300. .01590 960.79 100.65 -23.127

310. .01617 916.17 91*. 7 9 -17.078

32 0. 6 69.23 90.27 - 1 1* . 0 7 0 333. .01673 829.87 95.91 -11. 091

31.0

.

.01703 798 .1*0 61.70 -8.136

353 . .01733 767.77 77.1*3 -6.238

36 0

.

. 01 764 71*2 * 78 7 3.16 -2.3 70 370 . .01795 713.29 69.23 .1*35 330. .01926 685.66 65 . 21. 3.211

39J. .01859 658.28 63.38 5.953

<<C3. .01892 61.0 .59 60.1.6 8.706

<ilO. . 0192b 626.55 57.31. 11.1.20

.01961 611.32 51*. 71 11*. IOC

1.30. .01996 595. 81* 52.1.6 16.757

't'tO

.

. 02C3I. 575. 73 50.31. 19. 381

1.50. .02066 569.61 1.6. 31 21.999

<.6 J. .0211,1. 563.70 1.6. 35 24.620

1.70. .0211.1 51.6. 23 1*1*. 1*9 27.206

.C2173 535.25 1.2. 70 29.756

490. .02217 529.15 1.1. 0 0 32.288

500. .022;i 52!*. 23 39.1.2 34.795

510. . 02291* 617.71. 37.96 37.270

523. .02333 511 . 1*1* 36.66 39.721

530. . 02 371 505 . 1.1* 35.26 42.139

.U21-11 E 00 .1* 0 31*. 01 44.532

• THO-PHASe SOLNCARr

ENTHALPY ENTROPY uy Cn VELOCIT

OF SOUN BTU/LB BTU/LB-R BTU/LB-R BTU/LB-R FT/S

-59.458 . 51455 . 272 . 391 414 7. -56.063 .52696 .270 .390 4117. -56.120 .54350 .267 . 387 4077.

-54. 166 .55928 . 254 .385 4037. -52.256 .57435 .251 .383 3997. -50.355 .56877 .258 .381 3957.

-4 6.454 .50250 .255 .379 3918.

-46. 553 .51567 . 262 .377 3676. -44.581 .62853 .249 , 375 3836. -42.606 .54091 .247 .374 3797.

-4 0.945 .65 274 .244 .37 2 3755. -39.090 .55415 . 241 .370 3715 . -37.242 .67519 ,239 . 369 3573. -35.402 . 66686 • 237 .367 3631. -33.666 .59519 .236 . 355 3588. -31.739 .70521 .234 .355 3544. -29.914 .71595 ,232 .365 3499.

-28. 092 . 72642 .232 . 364 3454.

-26 . 27 C .73455 .231 .364 3408. -24.446 .74 365 .231 .354 3361. -22.625 , 7521*3 . 231 .355 3314. -20.601 .76102 . 231 . 356 3269. -16.978 .76940 ,230 . 364 3225.

-17. 150 .77757 .228 .362 3166. -16.359 ,7854S .223 .357 3155. -13.679 .79267 . 222 .352 3162. -11.676 .80 025 .220 .359 3113. -10.076 .80 757 .216 .35 3 3082. -6.313 .81481 ,213 .35 0 3047. -6.551 .82179 .210 .348 3024. -4.79 7 . 62860 .238 .346 3005. -3.051 .8 3626 .206 .350 2982. -1.296 .84191 .206 .35 2 2957.

.45 6 .84824 .20 4 . 353 2928. 2.219 .85459 . 203 .352 2901.

3.975 .86031 . 202 . 362 2878. 5.762 . 66704 • 204 . 355 2636. 7.535 .87311 .236 .357 2798, 9.324 .87912 .207 .355 2764. 12.872 .89075 . 205 . 352 2703.

16.390 .90192 .232 . 352 2551. 19.697 .91272 . 196 . 361 2606. 23.399 .92317 .195 . 348 2566. 26.646 .93317 . 192 .344 2523. 30.267 .94286 . 190 . 340 2479. 33.655 .95211 .199 . 336 2431. 37,030 , 96106 . 196 .337 2395. 40.380 .96979 .195 .339 2357. 43.746 . 97831 . 194 .336 2324. 47.086 .93566 .194 . 332 2299. 60.404 .99465 . 183 . 330 2257. 53.709 1.00233 . 183 . 329 2230 . 56.979 1.00985 . 192 .330 2199. 60.254 1.01723 .182 . 331 2169. 53.580 1.02462 . 182 . 328 2152. 66.860 1.03166 . lai . 326 2133. 70.099 1. 03840 .181 .324 2110. 73.336 1.04507 . 181 . 322 2092. 76.654 1.05157 . 160 . 320 2077. 79.742 1.06789 . 179 . 319 2361 . 82.913 1.06404 . 179 . 316 2047. 86.052 1.07002 . 17 3 . 313 2032. 89.173 1.07585 . 177 . 311 2020.

155
ToaLE lib. Thermodynamic properties of oxygen

llOOl). PSIA IS19AR

TEMPERATURE UOU UME ISOTHERM ISOCHORE INTERNAL OERIVAT IVE OERIVATIVE ENERGY

0£G. R FT^/Ld ft3 -PSIA/ia PSIA/R aiu/LS

» 112. b93 . 01187 2632.87 325.16 -61.305

115. .01191 260I..55 319. 31. -60.1.65 120. .012CC 251.3.55 307 .1.1 -73.719

125. .012j6 21.62. 98 295. 29 -76.965

130. .01217 21.22 .8,8 285.83 -75.223

13 5. . 0 1 2 2

1

2 3 6 3.32 27 5.96 "7 3 . 1.9 2 litO. .01235 23C1..33 266.59 -71.773

I'.S. .Ol2'»3 221.6.10 257. 56 -70. 051* 150. .01252 2188.55 21.9. 1 3 -58.357

155. .01261 2132. 03 21.0.95 -55.681

160. .01270 2076 . 31. 233.12 -55.006

165. .01279 2021.65 225. 57 -63.31.1 170. .01289 1968.05 218.30 -61.585

175. .01298 1915.60 211.29 -60.039

160. .01307 1861.. 36 201.. 52 -58.1.02

18 5. .01317 -55.7 71 193. .01326 1765.71 191 .66 -55.11.5 195. .01336 1718.39 185.51. -53.526

200. .013'.5 1672.1.1. 179. 52 -51.908

205. .01355 1627. 39 173.89 -50 .293 210. .01365 1561.. 7li 168.3'. -1.8.576 215. .01376 16142.99 162.98 -1.7.051. 220. .01336 1502.51 157. 30 -1.5.1.52 225. .01395 11.63.63 152.60 -1.3. 81.8 230. .OlitOS 11.25. 85 11.7.97 -1.2.251.

ZUO, . 01'.27 1361.. 1.9 11.2.01 -39.251.

21.5. .011.38 131.3.96 137.05 -37.676

250. .01Ui,9 1305.82 132.18 -36.11.1 255. .Ij11<60 1278 . 01. 128.15 -31., 518

260. .011,71 1262.68 125.79 -33.111

265. .011.82 1215.12 123.71 -31.621. 270. .01I.9I4 1165.15 122.1.5 -30.130

275. .01505 1151.. 10 120.21 -28.636

260. .01517 1127.20 117.91 -27.131.

2 65. . 01529 1121. • 1.

0

1 11. . 92 -25.626

290, .0151.1 1066.00 iii.ee -21.. 109

295. .01553 10 67.1,5 109.21 -22.598

30 0. .01666 1051.. 98 106. 33 -21.057

310. .01591 1011.. 21. 99.57 -13.01.7

320. .01616 966.62 91.. 0 3 -15.095

330. .0161.2 911.1.1 90.07 -12.175

3<tO, .01669 681.25 85.99 -9.266

350. .01696 850.1.3 62.18 -5.1.12 360. .01725 826.99 78.06 -3.571

370 . .01753 791.. 5 9 71.. 01 -.800

330. .01781 753.73 69.96 1.931. 390. . 0181U 729.67 67.00 1..622

'tOO. .0161.1 712.16 61.. 37 7.327

1.10. .01672 702.36 61.72 10.019

'.20. .01903 689.09 58.91. 12.681

i>30. . 01935 673.83 56.12 15.310 .01966 61.6.93 53. 61. 17.677

.01997 621.. 78 51,90 20.1. 1.5 <<eo. .02031 620.37 1.9.67 23.050

".70. .02065 513.19 1.8. 0 0 25.615

'•80. .02093 601.22 1.6.29 26.138

1.9a. . 02132 593.39 1.1.. 5C 30.651. 500. .02167 586.97 1.2.90 33.155

SIO. .02202 561.17 1.1.33 35.616

520. .02236 572,81 39. 85 38.050

530. , 02271 561.. 90 38.'<6 1.0.1.53 5".0. .02306 556.08 37.20 1.2.635

TWO-PHASE BOUNDARY

ENTHALPY ENTROPY Cp VELOCn

OF sour BTU/Le BTU/LB-R BTUz-LB-R BTU/LB-R ft/s

-57.129 .51576 . £73 .391 1.160. -55.226 .52370 . 272 . 390 1.152.

-51.. 265 ,51*021. . 259 . 387 1.123. -52,351. ,65501 . 265 .365 1.081.. -50.1.31. ,57107 . 253 . 383 1.01.5.

1. 0 0 5 . -1.5,626 .59926 .257 . 379 3958.

-Ul,.73e .61251. . 251. . 377 3929.

-1.2.659 .52527 .251 .375 3890.

-1.0.991 .63762 .21.8 .373 3950. -39.132 .51*933 .21.5 .371 3810. -37.281 .66071 . 21.3 .359 3770.

-35.1.39 .67171 . 21*1 . 369 3729. -33.605 .58235 .239 . 365 3568. -31.777 .59255 . 237 . 355 351.6. -29.951. .70253 .235 -28.136 . 71231. . 235 .363 3559. -26.320 .72177 . 231. . 363 3515.

-21.. 506 .73096 .231. . 353 31*70. -22.592 .73992 . 231. . 363 31.21.. -20.876 . 71.666 .231. . 363 3376. -19.059 .75723 . 231* . 363 3333.

-17.21.1. .76557 .233 . 353 3291.

-16. 1.31. . 7737C . 231 .350 3252.

-13.51.1 .78156 .226 .355 3222. -11.985 .7 8 366 .225 , 359 3219. -10.191 .79521 .223 . 357 3179. -6.389 . 80361. .220 , 351 3152. -6.532 .81071. . 215 . 31*5 3112.

-1..86I. .61766 .213 , 31.2 3086.

-3.11.7 .821.1.1 .209 . 31*1 3071*. -1.1.33 .63393 . 207 . 31.3 3QS1.. .293 .83739 .205 .31.6 331.1*. 2.016 .81.372 . 201* .31.9 3021.

3.761. ,85001 .203 .351 3000 . 5.519 .65622 .23 3 .31.8 2969. 7.279 .65236 . 205 .352 291.1. 9.037 .66837 .207 .351. 2906. 10.625 .871*38 . 203 . 351. 2881*.

11.. 355 .68595 . 206 . 31.9 2817.

17.616 .89595 . 203 .31*6 271.9. 21.268 .90757 . 199 .3<.6 2707.

21.. 733 .91791 . 196 . 31*3 2571*. 28.11.2 .92760 .193 . 31*1 2638. 31.561 .9371*3 . 191 .337 2599.

31.. 903 .91.658 . 190 .336 251.9. 36.220 .9551.3 . 188 .331 21*97.

1.1.1.93 .95393 .187 . 332 21*53.

1.1.. 819 .97235 .166 .332 21*29.

1.8.11.5 .98057 .185 .329 21.06.

51.1.1.6 .98852 . 185 . 327 2375.

51.. 717 .99522 .131. .323 231.2. 67.901. 1.00355 .181* .325 2301. 51.115 1.01075 .133 .327 2271.

5l».lt22 1.01803 . 163 . 321. 2256. 67,680 1.02501. .193 . 322 2239. 70.877 1.03177 . 182 . 322 2218.

71.. 069 1.03639 .162 .320 2201. 77.300 1.01.1.66 .181 .317 2185.

60.1.61 1.05111. .180 .315 2168.

83.600 1.05723 . 190 .313 2151. 86.705 1.05315 .179 .311 2135. 69.796 1.06693 .176 .310 2121.

156
TABLE VIb. THERHODYNAHIC PROPERTIES OF OXYGEN

12000. PSIA ISOBAR

VOLUME T ?'np UflDC X ^ UL nuKc T MTC D M A

1

C M T LJ A 1 D V tlNlnflLrT c u T 0 n D V Cp VELOCIT

3 OF SOUN

rT3 T A /I Q PSI A/R /LS Q T 1 1 / Q— D H 1 U / L 0—

K

D T 1 1 /I O — 0 D 1 U /L D— K FT / S

• 2665.65 77^* no

1.211* . •

* ni 1 Afi 'an 777 * q* 9 77 , 390 1*206.

1 ZO •

* 0119^ 2613*18 31109 '78 983 "52*^50 * 53706 * 27 0 125. .01203 2553.58 299,69 -77.21.0 -50.520 .55282 .257 , 385 1*129. 130. .01211 21.91.. <tl 289.37 -75.510 -1.8.601 .56787 .261. . 383 1*092. 13 9 • .01220 21.35 . 71. -73. 792

l^^Q • .01226 2377.65 270.01 -72.085 Zut* 705 . 5960 7

' ?sft' 77 A i!ni ft'

• 0 1 237 2320.20 —70.390 -1*2*910 * 255 * 375 7q7A

15 0 • . 0 12^*5 2263 .1*9 252 . 1* 7 -66.706 -1* 1 . 0 35 .62202 .253 .371. 391*0

155« . 01251* 2207 .56 21.1. . 26 -57.031* -39.170 .631*25 ,250 • 372 3901 ,

160 • .01263 2152 .55 236.39 -65 , 372 -37.311* . 61.&0 3 .21*7 .370 3 852

,

165* .01271 2 098 . 1* 9 228. 82 -63,721 -35 . 1*6 8 .65739 . 21+5 • 3 6 6 38 22, 17 0* . 01260 20 1.5 . 1.5 221.53 -52.060 -33.630 .65836 . 21.3 .367 3 732, 175. . 01269 1993.51 211.. 50 -60 ,1*1*8 -31.800 ,57897 .21*1 . 355 371*2, lao. .01296 191.2.73 207.71 -56.821* -29.977 .56921. .239 .351* 3701, 105 •

1 qi* AT

-57. 208 ,69920 .236 .36 3 3659 .

• 0^216 -26* 3W7 ,352

195« . 01326 1 7q7 * ft? 188*70 -53.992 - 21* , 53 7 ,71826 ,2 35 ,36 2 35 72, 1752*12 162.77 -52.389 -22,729 , 7 2 7 1*1* .235 3528,

20 5 • 170 7.75 177.01. -50,768 -20.920 ,73637 . 236 ,36 2 31*8 3 ,

210* 171 -1*9 187 -1 q 71*510 • 236 a 36 2 31*39 215* J* 156* 1 1 -1* 7 , 5 6 7 -17 70 0 ,75352 .235 .352 3395. 220* * 01373 1582 * 77 160 * 91. -1 5* 1*91 , 236 .361 3 353, 225. .01382 151.3.75 155.93 -1*1), 1*00 -13.688 .77001. ,231* ,359 3315,

23J. •01392 1506.02 151,08 -1*2,829 -11.902 .77788 , 226 .351. 3286. 235*

11!^' Aft *7Q?^n

,229 .357 3279.

1

i»?q "^q* AA

7

,22 7 ,355 J 21*1

,

2*15'

• 2i-(

1 7q* qA

1 7^*nq

"^A 7q7 "7^*7^^ ,35 0 3 217,

25 0* 1391** 51 -t.*917 * ,2 21 ,31*5 3177, 255. • 1363.65 1 7n * 0,161 A -7** 1 ftq * .217 • 3 3 9 3 11*1*

,

17^1 no 19^' np .213 ,333 3119, '7?' 7nq

" PL? ,331* 3101,

27 0 • 1269*33 123*26 "30*652 1*937 * 83330 * 206 ,337 3 0 97, 275. . 01'.66 1237,1.2 122.29 -29.1.00 3.627 ,83950 .205 , 31*1 3089,

280. . 011.97 1191.. 07 121.60 -27.931 5.31*1 ,81.568 .203 ,31*7 3073. 2d5. • 0 15 0 9 1222,61 119. 32 -26 . 1* 26 7.111* .85195

290 .

* 20 5 ,350 3 0 1*6 • 295 . . 01532 1 151* , 99 111.. 11. -23.1*1*7 10.56 8 .86395 • 237 , 352 3013,

300. .0151.lt 111.9.99 111.01 -21.925 12.360 .85997 . 208 . 350 2993,

310. .01567 1112.95 105.1.5 -18.929 15. 696 .88150 .207 .31*8 291*3,

320. .C159C 101.3,97 98,90 -15.017 19. 317 .69236 . 201* , 31*5 2856,

330. .01611. 992. 15 93,35 -13.11*2 22.722 .90281* .201 , 31*0 2793,

3<.a. .01539 962.1.7 89,71. -10.277 25,152 .91306 . 197 ,339 2766,

350. .01655 931.71. 86.07 -7.1.55 29,525 ,92286 , 191. , 337 2737,

360. .01691 910.1.1 62.1.3 -1..655 32,925 ,9321.1. . 192 . 331* 2710,

370. .01717 871.. 92 76,73 -1.919 35.226 .91*11*6 . 191 , 331* 2561*. 380. .0171.3 839,95 71.. 90 .765 39.509 , 95021. , 1S9 . 332 2513.

390. .U1758 797,38 71. 12 3.1*33 1*2. 721* ,95659 . 138 . 331 255J . >tOO. .01796 780 , 1.1. 67.1.6 5.105 1*6,021 ,96591* . 187 . 327 2512, •10. .01826 777,53 55,05 8.775 1*9,31*2 , 97511* , 196 .32". 2503,

<.20. .01855 758.21 52,70 11.1*15 52.627 .96306 , 1J6 . 323 21.85.

it30. .016814 751.. 61. 50.25 11*, 030 55.861* .99072 .185 .321 21*61.

i>i.C . .01910 719.16 57, 73 16.551* 68.996 .99788 , H5 , 323 21.11.

1.50, .01933 586,72 55,29 19.071. 52.132 1.001.92 , 185 . 321. 2351*.

<.60. . C1970 585.1.6 53,01 21.567 55,1*39 1.01219 . ISi. . 320 231*9.

<.70. .02:01 660,05 51.21 21.. 215 58.582 1.01917 .181. .316 2335.

<i8t). .02331 656.01 1.9,1.6 25.707 71.835 1.02580 .193 . 318 2311..

'•90. .02062 657.55 1.7.77 29.201* 75.023 1.03236 .183 , 317 2298.

500. . 02091. 551.. 3D 1.5. 13 31.597 76.230 1.03695 ,192 , 311. 2297.

510. .02125 61.5,25 1.1..6C 31*. 11*3 81.358 1,01*507 . 181 . 313 2271.

523. .02156 531., 55 1.3,06 35.552 81*. 1*76 1.05110 , 181 . 312 2252, 530. . 02187 62h,83 1*1,63 36.950 67.550 1.05596 , 180 . 310 2231*,

5<»0. .02218 615.22 1.0 . 2i( 1*1,319 90.611* 1.06269 ,179 .308 2217.

» TWO-PHASE BOUNOaRY

157
TABLE «lb. THERMODYNAMIC PROPERTIES OF OXYGEN

13000 . PSIfl ISOBAR

TEMPE9ATUR£ VOLUME ISOTHERM ISOCMORE INTERNAL OERIUATIVE DERIVATIVE ENERGY

OEG. R FT^/LB Ft3 -PSIA/L8 PSIfl /R 8TU/LB

115.227 .01181 2738.00 32b, 22 -80.895

120. .01189 2681.66 314,70 -79.231

125. .01197 2622.93 303,42 -77,500

130. .01255 2564.70 292, 83 -75,781

135. .0121". 25C6.88 282.83 -74,074

IhO, .01222 21.1.9.58 273. 35 -72,379

.01230 2392.39 264. 33 -70,696

15 J . .01239 2336.89 255. 71 -69.024

155. .01247 2281.55 247. 46| -67.354

165. .01261. 2173.75 231.95 -64.076

170. .01272 2121.23 224.63 -62.446

175. .01281 2069.77 217.57 -60.829

ISO. .01290 2019.40 210.77 -59.218

185. .01298 1970.20 204.19 -57.515

190. .01307 1922.19 197, 84 -56.017

195. .01316 1875.43 191.70 -54.424

200. .01325 1829.94 185,76 -52.634

205. .0133'. 1765.75 180,02 -51.245

210. . C 1 SI*

3

1742. 85 174,46 - 49 . 658

215. .01352 1701.25 169,06 -48.071

220. .C1361 1660 . 97 163,88 -46.466

225. . 0137C 1621.95 158. 85 -44.908

230. .01379 1584. 19 153.99 -43.349

235. .01390 1562.26 152.11 -41.972

2<.0. .01399 1526.67 147.54 -40.420

.Ol'.lO 1513.61 142. 59 -36.652

250 . . oiitig 1474.55 137.88 -37.335

255. .011.29 1447. 56 132.84 -35.826

26 0. • 0 1 U 3 9 1424.23 127.94 -34,3 39

265. .011.1.9 1384.32 123. 32 -32.904

27 0. . 01"»59 1351.73 121.34 -31.481

275. .011.69 1318.94 121.57 -30.059

280 . .011.79, 1240.91 121.59 -28.559

285. .011,92' 1324.94 121.96 -27.147

290. .01501 1255. 13 120.85 -25.709

295. .01512 1241.48 113.91 -24.231

30 3. .01521. 1246.04 116.19 -22.710

310. .0151.6 1214.86 110.21 -19.738

32 0. .01567 1131.75 105. 02 -15.659

330. .01589 1071, 35 98.25 -14.022

3it0. .01613 1042.19 92.51 -11.161

350. .01637 1011.82 69.40 -8.413

360. .01o52 993.47 85.96 -5.631

370. .01615 954.34 62.76 -2.939

380. .01709 914,52 79.45 -.271

390 . .01731 851.09 76.04 2.331

•tQa. .01757 845.08 72.08 5.005

<tlO. .01786 852.04 67.8 0 7.683

1.20. .01813 848, 30 65.44 10.301

'.30. .0181.0 838.54 53.31 12.691

i«'<0. .01863 792.74 51.44 15.357

i«5a. .01887 751.35 59.42 17.631

'•60. .01917 751.69 55.49 20.437

1.70. .0191.6 746.62 54.13 22.975

.01973 730.43 52.29 25.436

•90. .02002 721.72 50.70 27,913

500. .02032 719.96 43.98 30.399

510. .02061 709.75 47.46 32.826

520. .02089 696.59 45.05 35.222

530. .02116 584.96 44.67 37.593

51(0. .0211.5 574,56 43.29 39.949

• THO-PHASE BOUNDARY

ENTHALPY E NT ROPY r,. Lp VEL0CI1

OF sour BTU/L6 BTU/L8-R BTU/LB-R BTU/LB-R FT/S

-52.472 .51818 .274 .390 4245. -50.517 .53395 • 271 . 387 4211. -48.586 .54972 . 258 .385 4174. -45.758 .55475 .256 .382 4137. -44.861 .57915 .263 . 330 4100. -42.955 .59294 .260 .378 4063.

.257 .376 4 025. -39.209 .51686 .254 .374 3988. -37.346 .63108 . 252 .371 3950. -35.493 .54264 . 249 .369 3912. -33.550 .55418 . 247 .368 3873. -31.815 .55513 .245 .355 3634. -29.990 .57572 .243 . 354 3794. -28.171 .68597 .241 .353 3753. -26.358 .59591 . 240 . 352 3712. -24.549 .70555 .239 .351 3670. -22.744 .71493 -20.940 .72407 .238 . 351 3564. -19.136 .73296 .233 . 361 3540. -17.332 .74158 .238 .361 3496. -15.527 .75018 .239 .351 3453. -13,722 .75847 .236 . 36 0 3411. -11.924 .75655 .235 .358 3374. -10.143 .77437 .231 .352 3345. -8.520 .78130 .231 .355 3337. -5.737 .76660 .230 . 354 3300. -4.922 -3.174 .30334 .225 .345 3239. -1.422 .81028 . 221 .336 3206.

.311 .61700 .217 .331 3175. 1.979 .82335 .213 . 326 3134. 3.545 .62957 . 209 .325 3121. 5.298 .83553 .205 . 329 3125. 6.949 .84158 .204 .339 3091. 8.762 .84799 . 203 .335 3163. 10.434 .85382 , 205 . 345 3132. 12.175 » 85977 . 237 .350 3115.

13.980 .85584 . 206 • 346 3105. 17.489 .87734 .208 .345 3057. 20.658 .88804 .205 .347 2978.

24.233 .89643 .202 .341 2895. 27.549 .90853 . 198 .333 2346. 30.985 .91330 .195 . 332 2625. 34.370 .92783 .193 .330 2606. 37.625 .93675 .191 . 331 2765. 40.862 . 94539 .190 .332 2720. 44.007 .95355 .139 .335 2655. 47.311 .96194 .189 . 329 2614. 50.555 .97022 .183 . 316 2587. 53.943 .97812 .167 .316 2576. 57.183 .98573 .187 .315 2563. 60.203 .99267 .186 . 321 2515. 63.255 .99954 .185 .325 2453. 55.591 1.00588 . 185 .313 2445. 69.632 1.01385 • 185 .314 2425. 72.942 1.02039 .134 .314 2400. 75.109 1.02592 . 134 .313 2337. 79.318 1.03340 • 183 . 311 2378. 62.429 1.03956 .183 .310 2362. 85.499 1.04552 .182 . 310 2345. 86.541 1.05131 • 131 .309 2328. 91.576 1.05699 .180 .308 2311.

158
TABLE Vlh. THERMODYNftMIC PROPERTIES OF OXYGEN

lltOuO. PSIS ISOSIR

TEMPER4TURE VOLUME ISCTHERM

DERIVATIVE

OEG. R Ft3/lS Ft3-PSIA/LB

116. "tSO .01178 2789.91. 120. .01133 271.9 i 07 125. .01192 2691 . 27 133. .01200 2633.83

135. 01208 2575. 81

1<>D. . 01216 2520.27

lliS. .0122<< 21.61., 29 ISO. .C1232 2'>C 8 . 96 155. . 012'«0 235lt. 31. 160. .G12<i9 2300.52

165. .01257 221.7.65 170. .01265 2195.52

175. .01273 211* 1*. 1*9 180. .01282 2091.. 51

1S5. .01290 20'<5.6i> 190. .01299 1997 .92 195. .01307 1951.39

ZOO. . 01316 1906.09

205. . 0132^ 1862.03

210. .01333 1819.22

215. .013<>1 1777.68

220. . 01350 1737.39

225. .01359 1698.35

230. . 01369 1660 . 52

235. •01378 161*0 .37

2<t0

.

.01387 1605.0 0 2^5. . 01397 1596 .01 250. . 0 11*0 6 1556 • 11 255. . 01^16 1529. 93 260. .011*25 15 07.65

265. .01<t35 11.65.97 270. .01<><><> 11.32.52 275 . . 0 1 1*?!* 280. . 01'<62 1256.81

285. .01'.76 11.31.66 290. .01l»8<< 1331*. 23 295. .011.95 1326. 37 300. .01506 131.3.27 310. .01528 1320.38

320. .0151t7 1220.33

330. . 01567 111.9.17

3i>0. .01589 1120.54

350. .01612 1090.79

360. . 01635 10 76.16

370. .01657 1032. 9i> 380. .01679 987.1.1. 390. .01698 920.51

itOO. . 01723 905.78

<>10. .01750 925.87

<i20. .01777 930 .96 430. .01802 925.68

(i<tO. .01822 867.86

<>S0. .0iei«2 812.61.

<i60. .01872 816.51.

It7 0. .01899 812.82

<i80. .0192i< 79*. 37

<>90. .01950 785.1.6 500. .01979 785.78

510. .02005 771.. 1.7 520. .02030 758.71. S30. .02056 71.5.09

5<>0. .02081 732.99

• TM0-PH4SE BOUNDARY

ISOCHORE INTERNAL ENTHALPY DERIVATIVE ENERGY PSIA/R BTU/L8 BTU/Le

326.71. -80.685 -50.153 318.26 -79.1.56 -1*8.785 306.90 -77.71.5 -1.5.851) 296.23 -75.036 -I.I.. 935

286. 15 -71.. 31.0 -1.3.029 276. 62 -72.656 -1.1.135 267.53 -70 . 981. -39.252

258. 86 -69. 323 -37.381 250.57 -57.671. -35.520

21.2.61 '-65.036 -33.659

231.. 97 -6i«,i.09 -31.629

227.61 -52.793 -29.997 220.53 -61.185 -28.171. 213.69 -59.536 -25.359 207.10 -57.991. -21..5I.9 200.72 -55.1.08 -22. 71.1. 191.. 56 -51.. 827 -20 .91*2 168 . 60 -53.21.8 -19.11.2

162.81. -51.671 -17. 31.2 177. 26 -50.091. -15.51.2 171.87 -1.8.518 -13.71.1 165. 65 -1*6.91*3 -11 . 91.

0

161.60 -1.5.377 -10 . 11.6 156.72 -1.3.828 -8.369 153.29 -1.2.1.69 -6.753

11.9 . 71 -1.0 .9 30 -1..978

11.5. 23 -39.365 -3.153

11.0 .51 -37.857 -1 . 1.0 9 135. 60 -36.350 .31.7 130.5 0 -3(*.86if 2.089

125. 61* -33.1.35 3.751* 121 . 0 7 -32.0 20 5 . m5 117 . 7 0 -30.538 7. 01.2 117.81. -29.307 8.592 120.66 -27.776 10.1.81 120.97 -25. 1.0 3 12.0 73 122.21 -21*. 951 13. 799

120.11. -23.1.35 15.616 115.27 -20.1.79 19.128

109. 99 -17.555 22.1*29

101.. 73 -l'..8l.8 25.767 97.36 -12.007 29.195 92.02 -9.260 32.518

88.90 -6.510 35.885

86.08 -3.863 39.093 83.16 -1.21*1 1.2.271. 80.53 1.300 1.5.325 76.82 3.958 1.8.633

72.61. 6.685 52.062 68.51 9.321 55.381 65.61 11.891 58.615

61.. 09 11*. 287 61.522

52.1.& 16.592 61.. 1.57 60.22 19.305 57.823

57.82 21.851* 71.085

55.31. 21*. 299 71.. 168 53.32 26.762 77.322

51.5it 29.21*0 80.537 50.11 31.61.7 83.622

1.8.67 31.. 019 86.552

1.7.32 35.358 89.655

<t6.03 38.701. 92.657

ENTROPY Cv Cp VELOCIl

OF SOUt BTU/LS-R BTU/L B-R BTU/LB-R FT/S

.51935 . 275 .339 4279. .53392 . 273 .388 4253.

.51*556 .270 . 3 85 4217

.

.55173 . 267 .392 4181. .57612 . 264 • 380 4144. .59990 .261 .379 4103. .50311 .259 . 375 4071, .61580 .255 .373 4035. .52800 .253 .371 3997.

. 63975 .251 .369 3960. .55107 . 249 .367 3922

.

.66201 . 245 . 365 3883. .67258 .245 . 354 3344.

• 5 32 91 .243 . 362 3304. .69273 .242 .361 3763. .70236 .241 .351 3722. .71172 . 240 . 360 3530.

.72081. . 240 .360 3637. .72973 .24 3 .360 3593.

.7381*1 . 241 .360 355 0.

. 71*689 .241 .360 350 8. .75515 .241 .359 3467. .75322 .239 .357 3430 . .7710 3 .2 34 .352 3402. .77792 .2 34 .35 2 333 3. .78539 .233 . 352 3354. .79291 . 231 . 348 3338.

.80590 .225 • 3 3 9 3267. .81355 . 221 .332 3 237.

. 81999 .217 .326 3192.

* .213 .320 3155. .316 3127.

.8 377 3 • 2 0 6 .329 3045.

.81*991* . 205 . 335 3177. .85584 .207 .345 3197.

. 87345 • 208 .343 3175. .88393 .206 .346 3085.

.89422 .203 .346 3014. .90446 . 200 .334 2948. .91409 . 196 . 327 2901. .92357 . 194 .325 2890. .93235 . 192 .327 2854. .94084 . 191 . 330 2811. .94878 . 190 . 337 2749. .95717 . 190 .333 2714. .96565 .189 . 322 2701. .97354 .138 .312 2673. .98124 .188 . 303 2653. .98791 .137 .315 2601. .99452 . 187 .323 2549. 1.00192 .137 . 319 2543. 1.00894 . 136 .315 2525. 1.01544 . 136 . 312 2439. 1.02193 .185 .310 2459. 1.02842 .184 .307 2462. 1.03453 . 184 . 307 2443. 1.04041 .133 . 307 2423. 1.04613 .182 .307 2411. 1.05174 .181 .305 2395.

1&9
TABLE VIb. THERMODYNAMIC PROPERTIES OF OXYGEN

15000. PSIA ISOBAR

TEMPERATURE

OEG. R

VOLUME ft3/lbISOTHERM ISOCHORE DERIVATIVE DERIVATIVE

FT^-PSIA/LB PSIA/R

INTERNAL

ENERGY BTU/LB

ENTHALPY

BTU/LB

ENTROPY BTU/LB-R BTU/LB-R

Cp VELOCITY

OF SOUND

BTU/LB-R FT/S

• 117.723 .01175 28i.l.it9 327a23 -80. 1*72 -47.839 *520S1 • 275 .389 4311.

120 • . 01178 2815 a 'S 321,76 -79.688 -46.955 * 52 795 • 274 • 368

12 5» . 01186 2758.51 310 a 31 -77*976 -45.023 *54372 • 271 * 385 'ft259a

1 3 0 • . OllSU 2701.87 299 a 57 -76*2 77 -43.10 4 ,55577 * 268 * 382 1^223 • 13 5 • .0120 2 26'a5 .61 2 ft9, 1*2 -71**591 -41.196 * 57 315 * 266 .380

I'tO • .01210 2589. 79 279.81 -72*917 -39.30 4 *58693 • 263 .37 6

lt*S • . 01218 253ia,ia9 2 70.66 -71.255 -37.422 *60014 • 260 • 375 '>116a 150 • . 01226 2**79 .79 261. 91* -69.60'* -35. 552 *61262 • 257 .373 ||Q3Q , 15 5, . 0 1 23 <4 21*25 a 76 253 a 59 -67*966 -33.692 •62901 • 255 * 371 ^0'»3» 160. . 012^*2 23 72 a ** 6 2(«5 a 58 -66*338 -31.644 ,63675 • 252 * 369 V006* .01250 2320aDl 237a 89 -64*722 -30.005 ,64806 .250 .367 396S.

17 0. . 01258 2268 a 43 230 a 50 -63*115 -28.176 •65699 . 246 * 365 3930*

175. .01266 22 17 a 8 0 223a 37 -61*518 -26. 355 * 66954 • 246 .363 3ft9Z* 16 0. .01271* 21 68 a 18 2 16 a 5 0 -59* 929 -24.542 ,67976 • 245 . 362 3852*

185, .01282 21 19 a 61 209. 88 -58* 348 -22*735 • 68966 « 244 . 361 3812*

190 • .01290 2 0 72 a 15 20 3 . (7 -56* 772 -20 * 932 ,6992 6 * 243 * 360 3771

195 • .01299 2025a 83 197 . 29 -55* 201 - 1 9 * 1 34 * 70 662 • 243 • 360 3730*

20 0, .01307 1980 a 68 191 . 30 -53*633 -17*337 * 71773 . 242 * 359 3686*

20 5. .01315 1 9 36 a 7^* 185*52 —52*066 -15*54 0 * 7 2660 243 , 35 9 36U5 • 210* a Q 1 32 3 1 89*» a 0

0

179*92 * 73527 • 243 • 36 0 3602 • 215. .01332 1852al»9 17'.*50 -48.932 -11*944 .74373 • 2ift3 .360 3560.

220

.

.01 Zk 0 18 12 a 19 169*26 -47* 367 -10*147 * 75199 • ZkZ . 359 3520 • 22 5. 1 773 a 1

1

16U • 19 -45*810 -8.356 . 76004 • 2'»1 .357

23 0* .01357 1 7 35 a 2

1

159*28 -6*562 * 767 6 3 • 236 * 35

1

31*55 • 235. -42*9 20 -4*965 * 7 7472 • 236 • 349 3U25 • 2*4 0 • .01375 1 68 1 a 7

1

150*95 -3*196 .78216 • 236 * 349 340 0 • 2'» 5 •

*

t

* ? » *39*e35 .78971 • 23** * 346 3392 • 250. ' 0139^ 1 6 36 a 13 l'a2* 99 -38*335 * 37

5

• 79673 • 231 3356* 255. a 0 1 ^aO

3

16 1 0 a 9 0 1 38 * 17 - 36 * 6 31 2*136 • 80 369 • 228 * 339 3326*

* 332 3298 • 265. .01'»21 15<t6al9 128*32 -33*919 5*550 .S1681 .221 *327 3252.

3211.

275. a 0 l<a39 I'a77a29 118. 7'* -31*126 8.642 . 82897 • 214 * 314 3173.

280. a 01'<<«5 1222a83 11<«*91 -29*870 10.265 *83410 .211 *3Z8 2966.

285. a01'a61 15<.3a67 115*6'* -28*303 12.263 *64121 .205 *303 3248. 290. a01Ia68 l".09a86 117*1.3 -27*003 13*781 .64642 .206 .320 31S1.

295. a01'.79 l'«09a".7 119*70 -25.589 15.460 .85222 .207 *3Z9 3217.

300. aOiiigo l'.'.la75 121*57 -24*094 17.300 .85832 .208 .334 327S.

310. .01511 l<.29a76 119.59 -21.166 20.604 .66979 .20 9 .339 3288.

320. .01528 1310a07 115.38 -19.407 24.031 .86004 .206 *346 3196.

330. .015<.6 1225a77 109*89 -15.633 27*316 .69016 .203 .3I.7 3115.

340. .01568 1197a65 103*95 -12*790 30*756 .90045 .200 .340 TORS,

35 0. .01589 1168a75 96.69 -10*039 34*094 *91013 .196 .326 aOO* 360. a01&12 1158.58 91*11 -7*295 37.474 *91965 .195 .319 2964.

370. .01632 1110.77 88.55 -4.699 40.624 *92827 .193 .322 2929.

3B0. .01651 1058.72 86.26 -2.126 43.744 .93659 .192 .327 2691.

390. .01668 975a31 83.9'. .340 46.681 .94423 .191 . 336 2820*

'•00. .01692 962a21 80.96 2*993 49.981 .95261 .190 .335 2800.

<tlO. .01719 999.05 76.98 5*749 53.499 *96132 • 190 .323 Z806.

<»20. .0171,5 101'».75 73.02 8*416 56.680 *96946 .189 .314 2791.

<t30. .01769 1016.10 69.09 lla008 60.156 *97716 .189 .306 2761.

ititO. .01796 9i»'t.69 66.19 13a344 62.955 *963Se • 189 *309 2678.

itsa. .01803 872.56 6'.. 67 15a670 65.751 *98987 . 188 *316 2613.

<«6 0. • 01631 880.39 62.79 18.274 69.135 •99732 * 188 *316 2619.

1.70. .01857 878a57 60.93 20.815 72.404 1.00435 *187 *314 2613.

<*80. .01880 857.75 59.07 23.247 75.462 1*01079 *187 *315 2587.

<t90. .01905 8l.8a77 56*7'i 25.716 78.623 1.01731 *186 .311 2563.

500. .01932 8Ela65 5i»*19 28.202 81.666 1.02386 .185 .305 2546.

510. .01956 839a27 52*<t2 30.592 64.928 1.02991 * 185 . 303 2526.

520. .01979 820 a66 51.02 32.936 67.914 1.03570 .184 .304 2505.

530. aa2a02 805al2 1.9.81 35.262 90*980 1.04135 . 183 .304 2490.

5ii0. a02a26 791a33 1)8. 1.8 37.578 93*648 1.04690 .182 .304 2474.

TWO-PHASE BOUNDARY

160
1. Report No. 2. Government Accession No. NASA RP-1011

3. Recipient's Catalog No.

4. Title and Subtitle THERMODYNAMIC AND RELATED PROPERTIES OF OXYGEN

FROM THE TRIPLE POINT TO 300 K AT PRESSURES TO 1000

BAR

5. fleport Date December 1977

6. Performing Organization Code

7. Author(s) L. A. Weber8. Performing Organization Report No. NBSIR 77-865

10. Work Unit No.

9. Performing Organization Name and Address National Bureau of Standards

Department of Commerce

Washington, D. C. 20234

11. Contract or Grant No. C-32369-C Amend. No. 4

13. Type of Report and Period Covered Reference Publication

12. Sponsoring Agency Name and Address National Aeronautics and Space Administration

Lewis Research Center, Mail Stop 301-1

Cleveland, OH 44135

0 4. Sponsoring Agency Code

15. Supplementary Notes

16. Abstract NBS compressibility measurements and thermodynamic properties calculations for oxygen

have been extended to higher pressures. The results of a new experimental program are presented in the form of PVT data in the temperature range 58 - 300 K at pressures up to 800 bar. Tables of the derived thermodynamic properties on isobars to 1000 bar are given,

including density, internal energy, enthalpy, entropy, specific heats at constant volume and

constant pressure, velocity of sound, and the surface derivatives (3P/9T)^ and (3P/5p)r|n.

Auxiliary tables in engineering units are also given. The accuracy of the data is discussed

and comparisons are made with previous data.

17. Key Words (Suggested by Author(s)

)

Density; Enthalpy; Entropy; Oxygen;

Properties of fluids; Specific heat; Velocity of sound

18. Distribution Statement Unclassified - unlimited

STAR category 28

19. Security Classif. (of this report) Unclassified

20. Security Classif. (of this page) Unclassified

21. No. of Pages 162

22. Price A08

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