UNITED STATES EPARTMENT OF iOMMERCE

PUBLICATION

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NBS TECHNICAL NOTE 648

QC

loo

.115155

noMS

1*113 t.Z U.S. 'EPARTMENT

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COMMERCE

National

Bureau

of

Standards

THERMOPHYSICAL PROPERTIES

OF NITROGEN FROM THE FUSION

LINE TO 3500 R (1944 K)

FOR PRESSURES TO 150,000 PSIA

(10342 x 10

5 N/m2

)
NATIONAL BUREAU OF STANDARDS

The National Bureau of Standards 1 was established by an act of Congress March 3, 1901. The Bureau's overall goal is to strengthen and advance the Nation's science and technology and facilitate their effective application for public benefit. To this end, the Bureau conducts

research and provides: (1) a basis for the Nation's physical measurement system, (2) scientific and technological services for industry and government, (3) a technical basis for equity in trade, and (4) technical services to promote public safety. The Bureau consists of the Institute for Basic Standards, the Institute for Materials Research, the Institute for Applied Technology,

the Institute for Computer Sciences and Technology, and the Office for Information Programs. THE INSTITUTE FOR BASIC STANDARDS provides the central basis within the United

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3 Part of the Center for Radiation Research.

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THERMOPHYSICAL PROPERTIES

OF NITROGEN FROM THE FUSION

LINE TO 3500 R (1944 K)

FOR PRESSURES TO 150,000 PSIA

(10342 x 10

5 N/m2

)

R. T. Jacobsen

R. B. Stewart

National Bureau APR 2 8 1974

Department of Mechanical Engineering

University of Idaho

Moscow, Idaho 83843 1^73

R. D. McCarty

H. J. M. Hanley

Cryogenics Division

Institute for Basic Standards

National Bureau of Standards

Boulder, Colorado 80302

'""CAM 0« S

U.S. DEPARTMENT OF COMMERCE, Frederick B. Dent, Secretary

NATIONAL BUREAU OF STANDARDS. Richard W Roberts. Director

Issued December 1973
National Bureau of Standards Technical Note 648

Nat. Bur. Stand. (I. S.). Tech. Note 648. 162 pages (December 1973) CODEN: NBTISAE

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

(Order by SD Catalog No. 03.46:648) S1.25
CONTENTS

Page

1. INTRODUCTION 1

2. THERMODYNAMIC AND RELATED PROPERTIES 2

2. 1 Equation of State 2 2.2 Vapor Pressure Equation 6 2.3 Melting Curve Equation 7 2.4 Ideal Gas Heat Capacity Equation 7 2.5 Calculation of Derived Thermodynamic Properties 8

2. 6 Heat Capacities 8 2.7 Related Properties 8

3. TRANSPORT PROPERTIES 11

3. 1 Thermal Conductivity 11 3.2 Viscosity 13

4. SURFACE TENSION 16

5. DIELECTRIC CONSTANT 16

6. INDEX OF REFRACTION 16

7. THERMAL DIFFUSIVITY 20

8. PRANDTL NUMBER 21

9. JOULE-THOMSON INVERSION CURVE 21

10. BIBLIOGRAPHY 24 APPENDIX A. LIST OF SYMBOLS AND UNITS 27 APPENDIX B. FIXED POINTS 28 APPENDIX C. CONVERSION FACTORS 29 APPENDIX D. SATURATION PROPERTIES 30 APPENDIX E. ISOBARIC PROPERTIES 34
I
LIST OF TABLES

TABLE

SELECTED P-p-T DATA FOR NITROGEN

COEFFICIENTS FOR THE EQUATION OF STATE (1) FOR

NITROGEN

CONSTRAINTS IMPOSED ON THE EQUATION OF STATE

ROOT MEAN SQUARE DEVIATIONS IN DENSITY AND PRESSURE OF

P-p-T DATA FROM THE EQUATION OF STATE

COEFFICIENTS FOR NITROGEN VAPOR PRESSURE EQUATION (2) COEFFICIENTS FOR THE IDEAL GAS HEAT CAPACITY EQUATION (4) FOR NITROGEN

LEAST SQUARES ESTIMATES OF PARAMETERS A. IN EQUATION (10)

i LEAST SQUARES ESTIMATES OF PARAMETERS C IN EQUATION (16)

l LEAST SQUARES ESTIMATES OF PARAMETERS D. IN EQUATION (17)

l 10. LEAST SQUARES ESTIMATES OF PARAMETERS E. IN EQUATION (18)

11.

12.

LEAST SQUARES ESTIMATES OF PARAMETERS FOR EQUATION

(21 and 25)

INDEX OF REFRACTION OF SATURATED LIQUID NITROGEN AT

THREE WAVELENGTHS

13. JOULE-THOMSON INVERSION CURVE

Page

3

4

5

6

7

12

14

15

15

19

20

22

LIST OF FIGURES

FIGURE

1 . C for Nitrogen

P

2. C for Nitrogen

3. Deviations Between Calculated and Experimental Surface Tension Data

4. Index of Refraction as a Function of Wavelength and Density

5. Joule-Thomson Inversion Curve

Page

9

10

17

19

23
THERMOPHYSICAL PROPERTIES OF NITROGEN FROM THE FUSION LINE

TO 3500 R (1944 K) FOR PRESSURES TO

150,000 PSIA (10342 x 10s N/m3 )""

R. T. Jacobsen, R. B. Stewart, R. D. McCarty, and H. J. M. Hanley

Tables of ther mophysical properties of nitrogen are presented for temperatures

from the fusion line to 3500 R for pressures to 3000 psia, and from the fusion line to 1500 B for pressures above 3000 psia to 150,000 psia. The tables include values of entropy, enthalpy, internal energy, density, specific volume, velocity of sound, specific

heats (C and C ), thermal conductivity, viscosity, thermal diffusivity, Prandtl number,

and the dielectric constant for selected isobars. Additional tables are included for values

of: (3PAVL, (9P/3T) , V(9H/aV) , ftP/aU) , VfoP/dV), and (l/V) (9V/9T) , T p p v r p which have special utility in heat transfer calculations. Tables of selected isobars for

the liquid and vapor phases, and for the saturated vapor and saturated liquid are included.

An equation of state is presented for liquid and gaseous nitrogen for the temperature

and pressure ranges of these tables. In the determination of the equation of state, all of

the P-p-T (pressure-density- temperature) data available from the published literature were reviewed, and appropriate corrections made to bring experimental temperatures

into accord with the International Practical Temperature Scale of 1968. The coefficients

of the equation of state were determined by a weighted least squares fit to selected P-p-T

data and simultaneously to C data determined by corresponding states analysis from

oxygen data, and to data which defined the phase equilibrium criteria for the saturated

liquid and saturated vapor. A vapor pressure equation, melting curve equation, and an

equation to represent the ideal gas heat capacity of nitrogen are also presented. The

equation of state is estimated to be accurate to within 0. 5 percent in the liquid region, to within 0.1 percent for supercritical isotherms up to 15,000 psia, and to within 0.3 percent

from 15,000 to 150,000 psia. The vapor pressure equation is accurate to within ± 0.01 K

between the triple point and the critical point.

Key words: Density; dielectric constant; enthalpy; entropy; equation of state; fixed points;

heat transfer coefficients; index of refraction; Joule- Thomson; latent heat; melting point;

nitrogen; Prandtl number; specific heat; speed of sound; surface tension; thermal

conductivity; thermal diffusivity; vapor pressure; viscosity; volume.

The development of the equation of state used in this work was carried out at the University of Idaho, Moscow, Idaho, and was supported by NASA-JSC Contract NAS

9-12078, and by OSRD-NBS Contract CST- 962- 5-69. The work carried out at the National Bureau of Standards was under NASA-JSC Contract T-1813A and (in part) was

sponsored by the Office of Standard Reference Data.
1. INTRODUCTION

The work reported in this technical note was carried out in two parts in different

locations. The equation of state work was carried out at the University of Idaho (section

2) while the transport and other properties (sections 3-9) work was carried out in the Cryogenic Data Center of the National Bureau of Standards in Boulder, Colorado. In this joint publication we have assembled under a single cover values for many of the properties

of nitrogen which until now, if available at all, have been scattered through the world's

literature. The tabular data presented here represent "best values" for each property

at this time. Computer programs to calculate the properties presented in these tables are also available. Inquiries should be addressed to the National Bureau of Standards,

Cryogenic Data Center, Boulder, Colorado 80302.

The tables of thermodynamic properties presented here are based on the thermodynamic property studies which have been carried out at the University of Idaho since

1969. This work was initially funded by the Office of Standard Reference Data of the National Bureau of Standards, and later by the Systems Management Branch, Johnson

Space Center, of the National Aeronautics and Space Administration. The objectives

of the project have been the development of an equation of state for the range of available

experimental data for nitrogen, and the calculation of a table of thermodynamic properties

of nitrogen which represents these data to within the estimated experimental uncertainty

of the measurements. This represents an extension to higher temperature and pressures

of the earlier thermodynamic property tables by Strobridge (1963). The study has included

the critical evaluation of all of the experimental data for thermodynamic properties of nitrogen available from the published literature, and the formulation of an equation of

state to represent the P-p-T data and other thermodynamic properties. In addition to the equation of state presented here for nitrogen, a parallel study has resulted in an equation

of state for oxygen using the same functional form. A summary of this work is given by

Jacobsen, et al. (1972). A more complete review of the development of the nitrogen

thermodynamic property tables is given in Jacobsen (1972).

The work reported in sections 3 through 9 was sponsored by the NASA- Johnson

Space Center, Cryogenic^ Section,anci the iacluoio.i of the transport propsxti^s was made possible by funding from the Office of Standard Reference Data of the National

Bureau of Standards. In each section we have attempted to assign a realistic uncertainty

to the property concerned. Where new work has been performed a brief summary of the work is given together with the necessary equations to enable the reader to reproduce the tabular values if desired.
2. THERMODYNAMIC AND RELATED PROPERTIES

2. 1 Equation of State

The sources of experimental P-p-T data selected for use in this work are listed

in table 1. All of the available data on thermodynamic properties of nitrogen have been

critically evaluated, and the tables of properties presented in this work represent the selected data generally to within the estimated experimental uncertainty of the measurements.

To incorporate related thermodynamic data with the P-p-T data in the determination of the equation of state, procedures were developed for simultaneously including

values of C and saturation data (to define the criteria for phase equilibrium between

saturated liquid and saturated vapor) with the P-p-T data in a least squares fit of the equation of state. Details of the methods are presented by Hust and McCarty (1967) and

are reviewed by Jacobsen (1972). The inclusion of saturation data in the least squares

fit resulted in an equation of state which satisfies the Maxwell criterion. This equation

of state may be used in the calculation of derived properties of liquid states by integration

of the functions for properties along hypothetical isotherms through the two-phase region.

The incorporation of C data resulted in an equation which exhibits the proper behavior

of the first and second derivative functions, and the derived thermodynamic properties

calculated from these derivatives.

Saturated liquid and saturated vapor densities used in the definition of phase

equilibrium criteria in the determination of the equation of state were calculated from the simultaneous solution of the vapor pressure equation and interim equations of state. Separate equations of state were used in this calculation, the first an equation determined

by a fit to the vapor data, and the second an equation determined by a fit to the liquid data.

Since few measurements of C have been published for nitrogen, it was necessary

to use values of C in determining the equation of state which were estimated using the principle of corresponding states. The estimated C values were based on the equation

for C for oxygen from Goodwin and Weber (196 9), and were determined by the calculation procedure suggested by Diller (1971).

The coefficients given in table 2 for the equation of state (1) were determined by a weighted least squares fit which used simultaneously the P-p-T data, isochoric heat

capacity data, and the saturation density data described above. This least squares fit was constrained to the critical point values given in table 3.
TABLE 1 SELECTED P-p-T DATA FOR NITROGEN

Source

Canfield (1962)

Cockett, et al. (1968)

Crain (1965)

Friedman (1950)

Gibbons (1969)

Golubev and Dobrovolskii (1964)

Holborn and Otto (1924)

Michels, et al. (1934)

Michels, et al. (1936)

Otto, et al. (1934)

Robertson and Babb (1969)

Saurel (1958)

Weber (1970)

Tempe rature Pressure Number of Rang i (K) Range (atm) Data Points

133 - 273 2 - 300 152

85 - 120 50 - 200 63 143 - 273 2 - 500 90 80 - 300 1 - 200 201

72 - 77 22 - 124 17 78 - 133 49 - 484 59 273 - 673 20 - 99 66 273 - 423 20 - 80 56 273 - 423 200 - 3000 147 298 - 423 45 - 400 63 308 - 673 1600 - 10,000 170 423 - 1073 10 - 900 87

80 - 140 30 - 266 76
p = pRT + p 3 (Nx T + Ns T

1/s + N3 + N4 /T + N5 /T3

) + p

3 (N6 T + N7 + N8 /T + N9 /T2

) + p

4 (Nl0 T + Nn + Nla IT) + p

5 (N13 ) + p

s (N14 IT + N15 /T3

) + p

7 (N1S IT) + p

8 (N17 IT + N18 IT3

) + p

9 (N19 /T2

) + p

3 (N20 /T2 + N21 /T 3

) exp (- Y p

2

) + P

5 (N22 /T2 + Nsa /T4

) exp (- Y p

2

) + p

7 (N24 /T2 + N25 /T 3 )exp (-yp 3

) + p

9 (N2s /T2 + NS7 /T4 )exp (- Y p

2

) + p

1:L (N28 /T2 + N29 /T3

) exp (- Y p

2

) + p

13 (N30 /T3 + N31 IT3 + N32 /T4

) exp (- Y p

S

TABLE 2 COEFFICIENTS FOR THE EQUATION OF STATE (1) FOR NITROGEN*

Coefficient

Nn N2 Ns N4 N5 Ns N7 N8 N9 N10 N„

Ni a NT1

Nx , N1(

n 7

Numerical Value Coefficient

0. 136224769272827 x 10" 2 N,

0. 107032469908591

-0.243900721871413 x 10 x

0. 341007449376470 x 10 3

-0.422374309466167 x 10 4

0. 105098600246494 x 1 0" 3

-0.112594826522081 x 10_I

0.142600789270907 x 1 -

3

0. 184698501609007 x 10 5

0.811140082588776 x 10" 7

0.233011645038006 x 10~ 2 N2 -0.507752586350986 Ns 0.485027881931214 x 10-4 N3 -0. 113656764115364 x 10_s N3 -0.707430273540575 N3

0. 751706648852680 x 10" 4 N,

N,

N,Na

N22 N23 N24

35

Numerical Value

-0. 111614119537424 x 1 -

s

0.368796562233495 x 10~ 3

-0.201317691347729 X 10~ 5

-0.169717444755949 x 10 5

-0. 119719240044192 x 10 s

-0. 975218272038281 x 10 3

0.554639713151823 x 10 5

-0. 179920450443470

-0.256582926077184 x 10 1

-0.413707715090789 x 1 0~ 3

-0.256245415300293

-0.124222373740063 X 10-8

0. 103556535840165 x 10" 4

-0.538699166558303 x 10~ 3

-0.757415412839596 x 10-8

0.585367172069521 x 10~ 7

Y 0.0056; R = 0.0820539 liter-atm/mole-K

^Coefficients are for temperature in Kelvin, pressure in atmospheres, and density in moles per liter. 4
TABLE 3 CONSTRAINTS IMPOSED ON THE EQUATION OF STATE

Pressure at the critical point

Density at the critical point

Temperature at the critical point

Isotherm derivative at the critical point

Second derivative of pressure with respect

to density at the critical point

p = 33. 555 atm

c

p =11.21 mol/

1

c T = 126.20 K

c OP/ap)

T

= o

^P/r^p) =

The equation of state is estimated to be accurate to within 0.5 percent in the

liquid region for pressures to 500 atm, except in the vicinity of the critical point. The

uncertainty of the equation for the liquid for pressures above .500 atm (and to the melting

line) is ± 2 percent. For supercritical isotherms up to 15,000 psia the estimated accuracy

of the equation of state is ± 0.1 percent, and ± 0.3 percent from 15,000 to 150, 000 psia.

Near the critical point (between 126.20 K and 150 K, and for pressures between 30 and

50 atm), the density deviations between the equation of state and measured data are as

large as 2 percent. Comparisons between all thermodynamic property data from the literature and property values calculated with the equation of state are given in Jacobsen (1972). Table 4 is a summary of the root- mean- square deviations in pressure

and density of values calculated using the equation of state from the various P-p-T data

sets used in the development of the equation of state.
TABLE 4 ROOT MEAN SQUARE DEVIATIONS IN DENSITY AND PRESSURE

OF P-p-T DATA FROM THE EQUATION OF STATE

RMS Deviation RMS Deviation

Source in Density in Pressure

(percent) (percent)

Canfield (1962) 0. 14 0.22

Cockett, et al. (1968) 0.25 7.12

Crain (1965) 0.08 0. 11 Friedman (1950) 0.24 0.14

Gibbons (1968) 0. 16 7. 90 Golubev and Dobrovolskii (1964) 0.35 5.52

Holborn and Otto (1924) 0.07 0.07

Michels, et al. (1934) 0.02 0.02

Michels, et al. (1936) 0.05 0.15

Otto, et al. (1934) 0.01 0.01

Robertson and Babb (1968) 0.08 0.22

Saurel (1958) 0.07 0.09

Weber (1970) 0. 30 0. 84

2.2 Vapor Pressure Equation

The vapor pressure equation used in this work was determined by a least squares

fit to the nitrogen data of Armstrong (1954), and Weber (1970). These data were used

since they include the range from the triple point to the critical point, have a high precision, and appear to be the most accurate measurements available. The form of the vapor pressure equation used in this work is given as equation (2). Table 5 is a list of the coefficients for this equation. The estimated accuracy of the vapor pressure equation is ±0.01 K between the triple point and the critical point.

ln(P) = N: /T + N2 + N3 T + N4 (T - T) 1 • 9S + N5 T

3 + NB T4

(2) + N7 T

S + N8 T6 + N9 ln(T)

where T = 126.20 K, the critical point temperature, T is the saturation temperature,

c and P is the vapor pressure.
TABLE 5 COEFFICIENTS FOR NITROGEN VAPOR PRESSURE EQUATION (2)*

Coefficient Numerical Value Coefficient Numerical Value

Nj 0.8394409444 x 10 4 Ns -0.5944544662 x 10-5 N3 -0.1890045259x10* N7 0. 271 5433932 x 1 -7 N3 -0.7282229165 x 10 x N8

- 0. 4879535904 x 10" 10 N4 0. 1022850966 x 10_1 Ng 0. 5095360824 x 10 3 N5 0.5556063825 x 10-3

Coefficients are for temperature in Kelvin, and pressure in atmospheres.

2. 3 Melting Curve Equation

Extrapolation of the equation of state to the melting curve was made with pressures

on the melting curve determined from the Simon melting curve equation (3) as reported by

Grilly and Mills (1957) with appropriate temperature corrections.

P = a + bT° (3)

where a = -1579. 08, b = 0.926302, and c = 1.795, with pressures in atmospheres and

temperatures in K. Densities at the melting curve calculated from the equation of

state agree with the measured values of Grilly and Mills (1957) generally to within ±1.5

percent for the range from 63 to 120 K at pressures to 3500 atmospheres.

2.4 Ideal Gas Heat Capacity Equation

The values for the ideal gas heat capacity used in the calculation of the thermodynamic property tables presented here are given by equation (4) below with the

coefficients listed in table 6. These coefficients were determined by a least squares fit

to the data of Baehr, et al. (1968).

C /R = Nj /T3 + Na /T3 + N3 /T + N4 + N5 T + Ns T

3 + N7 T£

+ N8 u

3 eU

/(eU

- l) 3

(4)
TABLE 6 COEFFICIENTS FOR THE IDEAL GAS HEAT CAPACITY EQUATION (4) FOR NITROGEN*

Coefficients

N2 N3 N4 N.

Numerical Value

0. 7352104012 x 10 3

0.3422399804 x 10 2 0.5576482846

0.3504042283 x 10 * 0. 1733901851 x 1 0" 4

Coefficients

Ns N7 Ne N

Numerical Value

0. 1746508498 x 10-7

-0.3568920335 x 10" 11

0. 1005387228 x 10 1

3353.4061

u = N9 /T

Coefficients are for temperature in Kelvin.

2.5 Calculation of Derived Thermodynamic Properties

The values of entropy, enthalpy, internal energy, the isotherm derivative, the isochore derivative, C , C , and the velocity of sound at various state points were

v p calculated from the equation of state (1), and the ideal gas heat capacity equation (4). The

vapor pressure equation (2) and the Simon melting curve equation (3) were used to identify

the temperature of the phase changes from vapor to liquid, and solid to vapor, respectively, for each isobar. The functions for the various thermodynamic properties were

continuously integrated through the two-phase region to calculate properties in the liquid range. The formulations for the calculation of the thermodynamic property tables were

taken from Stewart (1966).

2.6 Heat Capacities

Values of C and C for nitrogen calculated by integration along isotherms

P v

using equation (1) with coefficients from table 1 are illustrated in figures 1 and 2 for isobars of 1, 10, 40, 100, 150, 200, and 400 atmospheres. Except for the critical region,

the uncertainty in tabulated values of heat capacity is estimated to be ± 5 percent. At the

critical point, the specific heats become very large, and no estimate of the accuracy of calculated values in this vicinity can be made.

2.7 Related Properties

The parameters defined below are often of use in engineering heat transfer

calculations, and are tabulated here for the convenience of the user. These quantities

have been calculated from the equation of state (1) with coefficients from table 1.
UJ

or<

Ld

O.

UJh-

>1 - jouj/p ' d

Figure 1. C for Nitrogen

P
N-IOUJ/P « Aq

Figure 2. C for Nitrogen

10
Specific heat input

Energy derivative

•-^)p -">[@?VgF)v

]

v

(If),, " cT (If).,

Isothermal bulk modulus

V

Volume expansivity

- - * (If) P i (If)

p C)T

3. TRANSPORT PROPERTIES

3.1 Thermal Conductivity

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

\ =- X (T)+ AX (p,T) + AX (p,T) (9) o E c

where A. (T) is the dilute gas contribution, AX (p,T) is the excess or dense fluid contribution, and AX (p,T) is the enhancement due to the influence of the critical point,

c Hanley, McCarty and Sengers (1973) calculated the dilute gas contribution using a

potential function. Their values are represented here by

9

X (T) = V A T (l_3) (10) o /_, i

where \ is in 10 3 • W/cm-K, T is in K, and the A.'s were determined by a least

o i squares fit to Hanley' s calculated values.

11
TABLE 7 LEAST SQUARES ESTIMATES OF PARAMETERS

A. IN EQUATION (10)

Aj = -6.8939127475 x 10 A3 = 3.5226118983

A3 = -6.8357539823 x 10-2 A4 = 1.5832717315 x 10-3 As = -2.6418423047 x 10_s As = 3.6093309138 x 10-9 A7 = -2.5555598476 x 10-13

As = 8.5635041641 x 10-1S

Aq = -1.0717599406 x 10-19

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

(10) over the temperature range of 70 to 1000 K is . 1 percent; however the uncertainty of

the dilute gas values is estimated to be + 2 percent. Equation (10) should not be used for temperatures below 65 K or for temperatures above 1000 K.

The data of Ziebland (1955, 1958) were chosen as the basis for the excess

function AX (p,T). The temperature dependence of AX (p,T) is small and has been

E E

neglected because the data are not of sufficient precision to warrant the fitting of a temperature dependence; therefore, AX (p,T) was taken to be a function of p only and

E

is represented by

AX (p,T) « AX (p) = 0.2195902219p + 0.06387370699 (e 3 * sP - 1.0) (11) E E

where X is in 10 3

• W/cm-K, p is in g/cm3

. The adjustable parameters of equation (11) E

were determined by a combination of graphical and least squares analysis of the Ziebland

data. No thermal conductivity data for densities greater than 0.88 g/cm3 were used in determining the parameters for equation (11). Deviations between equation (11) and experimental data are within the accuracy of the experimental data. An equation for the critical excess AX (p,T) has recently been proposed by

c Sengers (1972) and modified by Hanley, McCarty and Sengers (1973). The equation is

*\>' T >

: ¥ (It

1

)

3 <V* (12)

p 12
where K is the compressibility: pK = (dp/dP) and k is Boltzmann1 s constant. The quantity A is given by

A A A A = 6ttT1R (kT) s p

s (N/M) s (13)

where T| is the viscosity at the (p,T) point, N is Avagadroes number and M the molecular weight. R is a distance parameter which represents a range of intermolecular

interaction. Using the same intermolecular potential employed to calculate the dilute gas

values [fitted by equation (10)] we have shown [Hanley, McCarty and Sengers (1973)] that

n*\ p (2 rm-v(m-8) vll s FT) W m-6 + f\i R (14 > = r m VT

In this equation, m, y and r are potential parameters given by m = 12, y - 2 and

r — a distance — is given by r =3. 933 x 10-10 mm m. n is a reduced density;

n' = N p r

3 /M, and T''" a reduced temperature; T = T (e/k), where e is the energy

parameter of the potential which turns out to be e/k = 118 K.

The necessary quantities for insertion into equation (12) are known, hence AA. c can be determined as a function of density and temperature.

3 . 2 Viscosity

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

additive

71 = T] (T) + ATI (p,T) (15) O it,

where 7] (T) is the dilute gas contribution and 71 (p,T) is the excess or dense fluid

o E

contribution. Unlike thermal conductivity, the viscosity exhibits very little, if any, enhancement in the critical region.

Using a potential function, Hanley, McCarty and Sengers (1973) calculated the

dilute gas contribution T] (T). Since these calculations are slow in their original form

they are represented here by

9

71 (T) = V c.T (i_3) (16) o Lj i i=l

where 7| is in units of 103 g/cm- s, T is in K, and the C.' s were determined by a

least squares fit to Hanley' s values.

13
TABLE 8 LEAST SQUARES ESTIMATES OF PARAMETERS

C. IN EQUATION ( 16)

1 Cx = 7.4165322904 x 10 1 Ca = -1.5834400475

C3 = 3.8530771011 x 10~ 3

C4 = 8.0133713668 x 10-4 CB = -8. 9203123846 x 10" 7 Cs = 8. 9059711315 x 10-10

C7 = -5.3779372664 x 10-13

Ce = 1.7398277309 x 10" 1S

Co = -2.3084044942 x 10" 2 °

The maximum deviation between Hanley1 s T| values and those calculated from

equation over the temperature range of 70 to 1000 K is 0. 15 percent; however, the uncertainty in the dilute gas values is estimated to be ± 2 percent. Equation (16) should

not be used for temperatures below 65 K or for temperatures above 1000 K.

The temperature dependence of the ATI (p,T) term is small and has been neglected

E

here. As is the case for many other fluids, the excess function for viscosity exhibits a sharp transition in shape at a density of about two times critical. This behavior makes it

difficult to represent the excess curve with a single mathematical function when the range

of densities goes beyond about two times critical. For this reason, the excess curve for

the viscosity is represented by two functions which are constrained to a common value of

T| at a density of 0.8 g/cm3. The equations are based on the data of De Bock, et al. (1967).

For densities less than 0.8 g/cm3 equation (17) was used.

7

A71 E

(p,T) „ Aiyp) = Y °y < 17 > i=l

where AT) is in 103 - g/cm-s, p is in g/cm3 and the D.' s are given in table 9. E i

14
TABLE 9 LEAST SQUARES ESTIMATES OF PARAMETERS

D. IN EQUATION (17)

Dx = 2.3083514362 x 10_1

D2 = -9.3636207171 x 10_1

D3 = 9.0339186452

D4 = -4. 1832067163 x 10 D5 = 1.0897627893 x 10 2 D6 = -1.2913856376 x 10 2 D7 = 5.9782049913 x 10

For densities greater than 0. 8 g/cm3 equation (18) was used.

4

ATl E

(p,T) = A71E

(p) = £ E. p (i_1) (18)

i=l

where AT) E

is in 103

- g/cm-s, p is in g/cm3 and the E.'s are given in table 10.

TABLE 10 LEAST SQUARES ESTIMATES OF PARAMETERS

E IN EQUATION (18)

i

E1 = -2.5781990818 x 103

Es = 9.4784808659 x 10 3 E3 = -1. 1622926973 x 10 4 E4 = 4. 756948538 x 10 3

No data for densities greater than 0.88 g/cm3 were used in determining the parameters for equation (18). In the range of temperature and density of 65 to 1000 K

and to . 88 g/cm3 the uncertainty of the viscosities calculated using equations (16, 17 and 18) is estimated to be no greater than 10 percent.

15
4. SURFACE TENSION

The functional form

r = r (1 - T/T ) Y

(19)

o c

proposed by Guggenheim (1945), represents the experimental surface tension data for nitrogen satisfactorily, where r is the surface tension of the saturated liquid in dyn/cm;

T is the temperature in K; r =29.7074; v = l 27135; and T = 126.2 K. The data of o c Baly and Donnan (1902), Reilly and Furukawa (1955) and Stansfield (1958) were used in the least squares estimates of the parameters in equation (19). The deviations between the experimental values and those calculated from equation (19) are shown in figure 4.

The uncertainty of the values of surface tension tabulated in Appendix D is estimated to be ± 2 percent except near the critical point where the surface tension

becomes small.

5. DIELECTRIC CONSTANT

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

equation:

^ti i

= p (20)

e + 2 p

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

a property of the substance having dimensions of specific volume. The existing experimental measurements of polar izability for nitrogen disagree by several percent, and a value of 2.5 for B was chosen on the basis of Oudemans (1967). The index of refraction

n data were used (see next section) to determine C . n

p = A +Bp+Cp2 (21) n n n

where p is the specific polarization in cm3 /mol and p is in the units of mol/cm3. The

parameters A , B and C are given in table 11. n n n

6. INDEX OF REFRACTION

The Cauchy dispersion formula

r (p,A) = r (p) + 9, /As + 92 /A 4 (22) A <"

16
® Baly and Donnan • Reilly and Furukawa

O Stansfield

3.20

70 80 90 £ 100 110 -2.23

TEMPERATURE, K

120 i

-4.69

130

Figure 3. Deviations Between Calculated and Experimental

Surface Tension Data

17
gives specific refraction, r , as a function of the density of the fluid and the wavelength of the incident radiation.

Maxwell's relation of

is equivalent to

(23)

p = r (24)

and therefore the Lorentz-Lorentz function may be written as

r = n

3

" = A + B p + C p

3 + 9, /A3 + 93 /A4 A n

d + 2 p nan 1 (25)

where n is the index of refraction, p is the density of the fluid, A is the wavelength of

the incident radiation and A , B , C , 6, and 9S are adjustable parameters to be

n n n determined from the experimental data. The parameters A , B and C are usually

n n n determined from the dielectric constant data and the Clausius-Mossotti equation; however,

as was mentioned in the previous section, the experimental dielectric constant data for nitrogen found in the literature disagrees so badly, it was decided to try to establish the specific polar izability function from the experimental index of refraction data. Two

primary sources of index of refraction data were found, Johns and Wilhelm (1937) and

Michels, et al., (1947). The Johns and Wilhelm data are for the saturated liquid for various wavelengths at temperatures in the vicinity of the normal boiling point, and the Michels, et al. data are for the 298. 15 K isotherm for various wavelengths to pressures

of 2050 atmospheres which gives a density slightly less than those of the saturated liquid

data.

To determine the Q

1 and 8 S in equation (25), the index of refraction data for N2 given in Landolt-Bornstein were used. These data are for various wavelengths and the

state condition of 1 atmosphere and 298. 15 K. A specific polarizability from Oudemans

(1967) was assumed for this state point and a least squares fit performed on equation (25). Next.using these values of 9 X and S3 the data of Johns and Wilhelm (1937) and Michels,

et al.. (1947) were used in a second least squares fit of equation (25) to determine A , n B and C . The above treatment of the Johns and Wilhelm and Michels, et al., data

n n showed the two sources of data to be in excellent agreement and in no case did the deviation between a calculated n and an experimental n exceed 0.06 percent with the average being about 0.01 percent.

18
The parameters for equation (25) are given in table 11,

TABLE 11 LEAST SQUARES ESTIMATES OF PARAMETERS

FOR EQUATION (21 and 25)

A = 4. 389 cc/mol

n B = 1.1 equation (25) n B = 2.2 equation (21) n C = -114.0

n

6 X = 2.5117362853 x 10s angstroms3

9P = 1. 1245665799 x 10 12

Table 12 gives the index of refraction for saturated liquid N2 calculated using

equation (25). Figure 4 shows the index of refraction for nitrogen as a function of wavelength and density.

.2 —

I.I

1 1 1 1 1 1 1 1 1 1 1 1 —

Liquid p = 30.86 mol//f —

—

Liquid p^ 19.57

— —

1 Vapor 1 1 p = 0.158 , ,

1

1 •

l i

1 U- i i 1 1 1 1 L-#-

4000 5000 6000

A, A

7000

Figure 4. Index of Refraction as a Function of Wavelength and Density

19
TABLE 12 INDEX OF REFRACTION OF SATURATED LIQUID NITROGEN

AT THREE WAVELENGTHS

Temp

K

64.0

68.0

72.0

76.0

80.0

84.0

88.0

92.0

96.0

100.0

104.0

108.0

112.0

116.0

120.0

124.0

126.0

4358 A

n

.2156

.2116

.2074

.2030

. 1983

. 1934

. 1883

. 1829

. 1772

. 1711

. 1646

. 1576

. 1498

. 1409

. 1299

. 1133 .0915

5462 A

.2130

.2091

.2050

.2006

. 1960

. 1911 .1861

. 1807

. 1751

. 1691

. 1627

. 1558

. 1481

. 1393

. 1284

. 1121 .0905

6939 A

n

.2113

.2075

.2034

. 1990

. 1944

.1896

. 1846

. 1793

. 1738

. 1678

. 1615

. 1546

. 1469

. 1382

. 1275

. 1112 .0898

7. THERMAL DIFFUSIVITY

The thermal diffusivity of a fluid is defined as

X/(pC ) P

(26)

where a is the thermal diffusivity, \ is the thermal conductivity, and C is the specific

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

have been calculated using the above equation, and p, \, and C in the tables. The

P uncertainity of a is estimated to range from ± 2 percent in the low density gas to as much as ± 10 percent in the high density liquid, except in the critical region where it is greater.

20
8. PRANDTL NUMBER

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

Pr = C T\/X (27)

P

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

P viscosity, and X is the thermal conductivity. The tabulations of the Prandtl number in Appendices D and E have been calculated from equation (27) using T|, X, and C from

P the tables. Since Pr is a function of three of the most uncertain properties in the tabulations the uncertainty of Pr is estimated to range from ± 2 percent for the low

density gas to as much as ± 20 percent in the dense liquid state, except in the critical region where the uncertainty is undoubtedly greater.

9. JOULE- THOMSON INVERSION CURVE

The Joule- Thomson coefficient for a fluid is defined as:

J = (&T/aP)H

. (28)

The locus of points where J = is called the Joule-Thomson inversion curve: see table 13. The inversion curve has been calculated from

TOP/ST) = p(3P/3p) T (29)

P

and the equation of state in section 2.1. Figure 5 gives the Joule-Thomson inversion curve as a function of pressure and temperature.

21
TABLE 13 JOULE- THOMSON INVERSION CURVE

Temperature Pressure Density

K R atm psia mol/i lb /ft3

100 180 .74 10.87 24.41 42. 70 110 198 59.88 880.0 23.62 41.32

120 2156 111.1 1633.0 22.89 40.04

130 234 155.8 2290.0 22. 19 38.82

140 252 194.8 2863.0 21. 52 37.64

150 270 228.7 3361.0 20.86 36.49

160 288 258. 1 3792.0 20.23 35.38

180 324 305.0 4483.0 19.01 33.24

200 360 339.0 4982.0 17.84 31.20

240 432 377.6 5549.0 15. 64 27.36

260 468 385.7 5669.0 14.61 25.55

270 486 387.6 5696.0 14. 11 24.68

280 504 388. 1 5703.0 13.61 23.81

290 522 387.4 5693.0 13. 13 22. 96 300 540 385. 5 5665.0 12.65 22. 13 350 630 361. 1 5306. 10. 36 18. 12 400 720 315.0 4644.0 8. 186 14.32

500 900 181.8 2671.0 4.067 7. 115 600 1080 2. 91 35.48 0.04898 0. 08568

22
» '3Un±VU3dW3±

Figure 5. Joule-Thomson Inversion Curve

23
10. BIBLIOGRAPHY

Armstrong, G. T., Vapor Pressure of Nitrogen, J. Res. Nat. Bur. Stand. (U.S.), 53,

263-266 (1954).

Baehr, H. D. , Hartmann, H. , Pohl, H. C. , and Schomacker, Thermodynamische

Funktionen Idealer Gase fur Temperaturen bis 6000 K, Springer- Verlag,

Berlin/Heidelberg (1968).

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

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

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

Canfield, F. B. , Jr. , The Compressibility Factors and Second Virial Coefficients for Helium-Nitrogen Mixtures at Low Temperature and High Pressure, Rice

University, Houston, Texas, Ph.D. Thesis (1962).

Cockett, A. H. , Goldman, K. , and Scrase, N. G. , The Density of Liquid- Nitrogen from

85 to 120 Degrees K and from the Saturation Boundary to 200 Atmospheres,

Proceedings of the Second International Cryogenic Engineering Conference,

Iliffe Science and Technology Publications, Ltd. , Guildford, England, 276-280

(1968).

Crain, R. W. , Jr., P-V-T Behavior in the Argon-Nitrogen System, Ph.D. Thesis,

University of Michigan, Ann Arbor, Michigan (1965).

De Bock, A. , Grevendonk, W. , and Herreman, W. , Shear Viscosity of Liquid Argon,

Physica 37, 227-232 (1967).

Diller, D. E. , The Specific Heats (Cv ) of Dense Simple Fluids, Cryogenics 11, 186-191

(1971).

Friedman, A. S. , Pressure- Volume- Temperature Relationships of Gaseous Hydrogen,

Nitrogen, and a Hydrogen-Nitrogen Mixture, Ph.D. Thesis, The Ohio State University, Columbus, Ohio (1950).

Gibbons, R. M. , The Equation of State of Neon Between 27 and 70 K, Cryogenics 9, 251-260 (1969).

Golubev, I. F. , and Dobrovolskii, O. A. , Measurement of the Density of Nitrogen and

Hydrogen at Low Temperatures and High Pressures by the Method of Hydrostatic

Weighing, Gasovaia Promyshlen 9, 43-47 (1964).

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

Nat. Bur. Stand. (U.S. ), 73A (Phys. and Chem. ), 1-13 (1969).

Grilly, E. R., and Mills, R. L. , Volume Change on Melting of N2 up to 3500 kg/cm2

, Physical Review 1_05, 1140-1145 (1957).

Guggenheim, E. A., The Principle of Corresponding States, J. Chem. Phys. 1_3, 253-61

(1945).

24
Hanley, H. J. M. , McCarty, R. D. , and Sengers, J. V. , The Determination of the Critical Point Anomaly in the Thermal Conductivity Coefficient (1973). In preparation.

Holborn, L. , and Otto, J. , Uber die Isothermen einiger Gase bis 400° und ihre Bedentung fur das Gasther mometer , Z. Physik 23, 77-94 (1924).

Hust, J. G. , and McCarty, R. D. , Curve-Fitting Techniques and Applications to Thermodynamics, Cryogenics 7, 200-206 (1967).

Jacobsen, R. T. , The Thermodynamic Properties of Nitrogen from 65 K to 2000 K with

Pressures to 10,000 Atm, Ph.D. Thesis, Washington State University (June 1972).

Jacobsen, R. T. , Stewart, R. B. , and Myers, A. F. , An Equation of State for Oxygen

and Nitrogen, Advances in Cryogenic Engineering (Proc. 1972 Cryogenic Engineering Conf. ) Vol. 18, 248 (Plenum Press, New York, 1973).

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

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

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

Factors, NASA SP-7012 (1964).

Michels, A. , Wouters, H. , and DeBoer, J. , Isotherms of Nitrogen Between Degrees

and 150 Degrees and at Pressures from 20 to 80 Atmospheres, Physica 1, 587-594 (1934).

Michels, A. , Wouters, H. , and DeBoer, J. , Isotherms of Nitrogen Between 200 and

3000 Atmospheres and Degrees and 150 Degrees, Physica 3_. 585-589 (1936).

Michels, A. , Lebesque, H. , Lebesque, L. , and DeGrout, S. R. , Refractive Index and

Lorentz-Lorentz Function of Nitrogen up to 2000 Atmospheres at 25° C, Physica

13 , No. 6-7, 337-42 (Aug. 1947).

Otto, J. , Michels, A. , and Wouters, H. , Uber Isothermen des Stickstoffes zwischen 0° und 150° bei Drucken bis zu 400 Atmosphar en, Physik Z. _35, 97-101 (1934).

Oudemans, G. J. , The Dielectric Constant of Helium, Argon, Nitrogen and Carbon

Dioxide up to 80 Amagats. Doctoral Thesis, University of Amsterdam (1967).

Reilly, M. L. , and Furukawa, G. T. , Surface Tension of Oxygen, Nitrogen and their Mixtures, Unpublished Nat. Bur. Stand. Report (1955).

Robertson, S. L. , and Babb, S. E. , Jr. , Isotherms of Nitrogen to 400 Degrees C and

1000 Bar, J. Chem. Phys. _50, 4560-4564 (1969).

Saurel, J. R. , Determination of the Equations of State of Compressed Gases at Elevated

Temperatures, Application to the study of nitrogen to 1000 kg/cm3 and 1000

degrees, J. Recherches Centre Natl. Recherches Sci. 42, 21-60 (1958).

Sengers, J. V. , Transport Properties of Gases and Binary Liquids Near the Critical

Point. NASA Contractor Report-2112, (Sept. 1972).

25
Stansfield, D. , The Surface Tension of Liquid Argon and Nitrogen, Proc. Phys. Soc. (London) 72, 854-66 (1958).

Stewart, R. B. , Thermodynamic Properties of Oxygen, Ph.D. Thesis, University of Iowa (1966).

Strobridge, T. R. , The Thermodynamic Properties of Nitrogen from 114 to 540 R

Between 1.0 and 3000 Psia, Nat. Bur. Stand. (U.S.), Tech. Note No. 129A

(1963).

Weber, L. A. , Some Vapor Pressure and P-V-T Data on Nitrogen in the Ranges 65 to 140 K, J. Chem. Thermodyn. 2, 839-846 (1970).

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

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

Ziebland, H. , and Burton, J. T. A. , The Thermal Conductivity of Nitrogen and Argon

in the Liquid and Gaseous States, Brit. J. Appl. Phys. 9, 52-59 (1958).

26
APPENDIX A. LIST OF SYMBOLS AND UNITS

The calculation of the tables and properties presented here was performed in many different systems of units, and converted to engineering units at the very end of the calculations; therefore the reader is cautioned to pay particular attention to the units when

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

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

(Mechtly 1964).

R = gas constant, 0.3830703 ft3

- psia/lb -R m

P = pressure, psia

V = molar volume, ft3 /lb m

T = absolute temperature, degrees Rankine

p = density, lb /ft3 m

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

p m

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

v m

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

sat m

S = entropy, BTU/lb -R m

H = enthalpy, BTU/lb m

U = internal energy BTU/lb m

W = speed of sound, ft/s

(SP/dT) = isochore derivative, psia/R

P (?)P/?}V) = isotherm der ivative, ft3 -psia/lb T

> f m

VftH/5V) = specific heat input, BTU/lb P m

V(gP/5U) = energy derivative, psiaft3 /BTU

V(9P/?)V) = isothermal bulk modulus, psia

1/VftV/ST) = volume expansivity, 1/R

n = index of refraction, dimensionless

r = specific refraction, ft-3 /lb m

Pr = Prandtl number, dimensionless

p

- specific polar izability, ft3 /lb

J = Joule- Thomson coefficient

X = thermal conductivity, BTU/ft-h-R

Tl = viscosity, lb /f ts

m

e = dielectric constant, dimensionless

y

- surface tension, lb /in

A = wave length, angstrom

a = thermal diffusivity, f

t

3 /hr

27
APPENDIX B. FIXED POINTS

Critical Point

P = 493.0 psia (33.55 atm)

c

p = 19.60 1b /ft3 (0.01121 g mol/cm3

) c m

T = 227. 16 R (126.20 K)

Normal Boiling Point

P = 14. 696 psia (1 atm)

T = 139.225 R (77.347 K)

p

= 0.2880 1b /ft3 (0.0001647 g mol/cm3

) gas m

p,. . , = 50.49 1b /ft3 (0.02887 g mol/cm3) liquid m

Triple Point

T = 113.666 R (63. 148 K)

P = 1.818 psia (0. 1237 atm)

p = 4.21 x 10" 2 lb /ft3 (2.41 x 10" 5 g mol/cm3 gas m

p,. . , = 54.18 1b /ft3 (0.03098 g mol/cm3

) liquid m

28
APPENDIX C. CONVERSION FACTORS

Temperature

Pressure

Specific Volume

Internal Energy, EnthalpyEntropy, Specific Heat Thermal Conductivity

Viscosity

Speed of Sound

Molecular Weight

Surface Tension

0.0085318 BTU/lb R m

1.8 R = IK

14.695949 psia = 1 atm = 1.01325 x 105 N/ms

0.0005718142 ft3 /lb = 1 cm3 /g mol m

0.0153573 BTU/lb_ = 1 J/g mol

1 J/g mol-K

0.0578176 BTU/ft-hr-R = 1 mW/cm-K

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

3.2808 ft/s = 1 m/s

28.0134'"

0. 5710147 x 10~ 5 lb /in = 1 dyn/cm

* On the C

13

= 12.000 scale.

29
Appendix D, Saturation Properties

THERMODYNAMIC PROPERTIES OF COEXISTING GASEOUS ANO LIQUID NITROGEN

TEMP PRESS VOLUME ISOTHERM DERIVATIVEISOCHORE DERIVATIVINTERNAL

E ENERGY

ENTHALPY ENTROPY CV CP VELOCITY

OF SOUNO SURFACE

TENSION

OEG. R PSIA CU FT/LB CU FT-PSIA/LB PSIA/R BTU/Le B BTU/LB BTU/LB-R BTU / LB -R FT/SEC LB/IN X 10

• 113.700 1.018 0.0161.6 1990.0 258.0 -61.. 68 -61.. 67 0.5802 0.228 0.1.67 *351.0 7.021

• 113.700 1.818 2 3.73 1.2.7 0.0163 19.91 27.90 1.39 5 0.179 0.253 528.6

11*. 1.880 0.0181.7 1970.0 256.0 -61.. 52 -64. 52 0.5816 0.229 0.1.68 -.322.0 6.99* n*.o 1.880 23.00 1.2.6 0.0168 19.96 27.97 1.391. 0.179 0.253 529.3 116.0 2.2 91. 0.01656 1850.0 21.5.0 -63.58 -63.58 0.5898 0.231. 0.471. *163.0 6.838

116.0 2.291. 19.16 1.3.1. 0.0202 20.29 28.1.3 1.381. 0.179 0.25* 533.* ne.o 2.778 0.01866 171.0.0 231.. -62.63 -62.62 0.5979 0.239 0.*78 *023.0 6.682

118.0 2.778 16.06 ".!.. 0.021.2 20.61 28.88 1.371. 0.180 0.25* 537.5

120. 3.31.1 0.01875 161.0.0 225.0 -61.67 -61.66 0.60 6 0.21.1 0.*92 3897.0 6.526

120.0 3.31.1 13.56 1.1..

6

0.0287 20.93 29.32 1.36 5 0.180 0.255 5*1.*

122. 3.992 0.01685 1550.0 216.0 -60.71 -60.69 0.6139 0.21.2 0.*8* 378*. 6.372

122.0 3.992 11.51 ".5.2 0.0338 21.25 29.76 1.35 6 0.180 0.2 56 5*5.2

12<4.0 *.7*0 0.01695 11.60.0 206.0 -59.71. -59.72 0.6218 0.21.3 0.*86 3690.0 6.218

12".. *.?*0 9.829 1.5.7 0.0397 21.56 30.19 1.31.8 0.181 0.257 5*9.0 126.0 5.595 0.01905 1380.0 200. -58.76 -58.71. 0.6296 0.21.3 0.*88 359*. 6.065

126.0 5.595 8.1.1.1 1.6.2 0. 01.61. 21.87 30.61 1.31.0 0.181 0.259 552.6 129.0 6.567 0.01916 1310.0 193.0 -57.79 -57.77 0.63 7 3 0.21.3 0.*89 3*95.0 5.913

126.0 6.567 7.287 ".6.7 0.0538 22.17 31.03 1.332 0.181 0.260 556.1 130.0 7.665 0.01927 121.0.0 186.0 -56.81 -56.78 0.61.1.9 0.21.2 0.*90 3*12.0 5.762

130.0 7.665 6.321 1.7.1 0.0622 22.1.7 31.1.1. 1.321. 0.182 0.261 559.5 132.0 8.902 0.01938 1180.0 179.0 -55.83 -55.80 0.6523 0.21.1 0.*91 333*. 5.612

132.0 8.902 5.509 1.7.5 0.0716 22.76 31.81. 1.317 0.182 0.262 562.9 13*. 10.29 0.0191.9 1120.0 173.0 -5<t. 85 -51.. 81 0.65 9 7 0.21.0 0.*91 3260.0 5.*62 13*.0 10.29 It. 823 1.7.9 0.0820 23.05 32.23 1.310 0.183 0.26* 565.9

136.0 11.83 0.01961 1070.0 167.0 -53.87 -53.83 0.66 7 0.239 0.*92 3199.0 5. 31* 136.0 11.83 "t. 21.0 ".8.2 0.0936 23.33 32. f,Z 1.30 3 0.183 0.265 569.0 136.0 13.55 0.01973 1020.0 161.0 -52.89 -52.81. 0.671t2 0.239 0.*93 3121.0 5.166

136.0 13.55 3.71.2 1.8.6 0.106 23.60 32.99 1.29 7 0.19". 0.267 571.9 135.2 11.. 70 0.01561 967.0 158.0 -52.29 -52.23 0.6785 0.2 37 0.*93 3091.0 5.076

139.2 14. 70 3.1.73 1.8.7 0.115 23.77 33.22 1.29 3 0.191. 0.268 573.6

1 1.0.0 15.1.6 0.01986 968.0 156.0 -51.91 -51.85 0.6812 0.237 0.*93 3057.0 5. 019 1*0.0 15.1.6 3.315 1.8.8 0.121 23.87 33.36 1.29 0.181. 0.269 57*.

7

11.2.0 17.56 0.01999 923.0 151.0 -50.92 -50.86 0.6882 0.236 0.*9* 299*. *.973

1*2.0 17.56 2.91.7 1.9.1 0.136 21.. 13 33.71 1.281. 0.185 0.271 577.3

11.1.. 19.87 0.02012 880.0 11.6.0 -1.9.91. -1.9.86 0.6951 0.2 35 0.*95 2933.0 *. 728 1**.0 19.87 2.628 ".9.3 0.153 21.. 39 3*. 06 1.278 0.196 0.273 579.9

11.6.0 22.1.0 0.02025 81.0.0 11.1.0 -1.8.95 -1*8.87 0.7119 0.233 0.*96 2675.0 *.58*

11.6.0 22.1.0 2.352 1.9.1. 0.172 21.. 63 3 it. 39 1.27 3 0.196 0.276 582.3

11.8.0 25.17 0.02039 801.0 136.0 -1.7.97 -".7.87 0.7086 0.232 0.*97 2917.0 *. **1

11.8.0 25.17 2.111 1.9.6 0.192 21.. 87 3".. 71 1.267 0.197 0.278 59*.

5

150.0 28.19 0.02053 76".. 132.0 -1.6.98 -1.6.87 0.7153 0.231 0.*99 2761.0 *.299

150.0 28.19 1.899 ".9.6 0.215 25.11 35.02 1.262 0.197 0.281 586.7

152.0 31.1.8 0.02068 729.0 128.0 -1.5.99 -".5.87 0.7218 0.230 0.500 2706.0 *. 157 152.0 31.1.8 1.711. 1.9.7 0.239 25.33 35.32 1.256 0.199 0.283 588.7

15*. 35.0". 0.02 08 3 695.0 121.. -".!.. 99 -it It. 86 0.7283 0.230 0.502 2653.0 *.017

15*. 35.0". 1.55 ".9.7 0.266 25.55 35.60 1.251 0.199 0.286 590.5 156.0 38.89 0.02098 663.0 120.0 -1.1.. 00 -.3.85 0.731.7 0.229 0.50* 2600.0 3.878

156.0 36.89 1.1.06 1.9.6 0.295 25.75 35.88 1.21.6 0.190 0.290 592.3 156.0 1.3.01. 0.0211". 632.0 116.0 -1.3.00 -".2.83 0.71.11 0.228 0.506 25*8.0 3.7*0

158.0 1.3.0". 1.278 1.9.5 0.326 25.95 36.13 1.21.1 0.190 0.293 593.9 160.0 *7.52 0.02130 602.0 112.0 -1.2.00 -".1.81 0.71.71. 0.227 0.508 2*97.0 3.603

160.0 ".7.52 1.161. 1.5.3 0.360 26.li. 36.39 1.23 6 0.191 0.297. 595.3

162.0 52.33 0.0211.7 573.0 109.0 -1.0.99 --.0.73 0.7537 0.227 0.511 2**6.0 3.*67

162.0 52.33 1.062 1.9.1 0.337 26.31 36.60 1.232 0.192 0.300 596.6

16*. o 57. ".a 0.02165 51.5.0 105.0 -39.98 -39.75 0.75 9 9 0.226 0. 51* 2396.0 3.333

16*. 57.1.3 0.9709 1.8.9 0.1.37 26.1.8 36.81 1.227 0.193 0.305 597.8

166.0 63.00 0.02162 518.0 102.0 -35.97 -38.71 0.7660 0.226 0.519 23*7.0 3.199

166.0 63.00 0.3693 1.6.5 0.1.80 26.63 37.01 1.223 0.191* 0.309 598.8

lbfc.O 66. ;0 0.02201 H52.0 98.1. -37.55 -37.67 0.7722 0.225 0.521 2298.0 3.067

168.0 66.90 0.8160 1.6.2 0.526 26.78 37.19 1.218 0.195 0.31". 599.7
THERMODYNAMIC PROPERTIES OF COEXISTING GASEOUS AND LIQUID NITROGEN

EMPERATURE DENSITY

DEG. R La/CU FT

tf (OH/DV) BTU/L3VCDP/OU),, -IMOP/OV).,, V T

PSIA-CU FT/BTU PSIA

-COV/DTL/V

DEG. R

THERMAL CONDUCTIVITY BTU/FT-HR-RVISCOSITY LB/FT-SEC

X 10 5

THERMAL DIFUSIFITYTY

SO FT/HR

DIELECTRIC CONSTANT

PRANDTL NUMBER

113.700

113.700 54.17

0.04215

196.0

27.9

20.9 2.16 108000.

1.80 0.002390.00905 0.09480.00351

20.7 0.301 0.00375

0.330 1.4669 4 1.00032

3.66

0.780 114.0

114.0 54.130.04347

195.0

26.0

20.6

2.16 107000.01.86 0.00240 0.00903 0.09460.00352

20.4 0.302

0.00374

0.320 1.46653 1.00033

3.63

0.760

116.0

116.0 53.870.05220 193.028.4

19.4 2.16 100000.0

2.27 0.00245 0.00892 0.09330.00359

19.1 0.306

0.00366

0.271 1.46401 1.00039

3.48

0.778

llt.O 116.0 53.60

0.06226 190.023.9

18.4 2.16 93300.0

2.74 0.00251

0.00681 0.0921 0.00365

17.8 0.310

. 35 9 0.231 1.46145 1.00047

3.33

0.777

120.0

120.0

53. 33 0.07377107. 29.3

17.5 2.16 87400.0

3.29 0.00257

0. 00872 0.09060.00372

16.7 0.314

. 35 4 0.197 1.45885 1.00056

3.20

0.777 122.0

122.0 53.050.08669

164.0 29.716.8 2.16 82000.0

3.92 0.002630. 00863 0.08960.00379

15.6 0.3190.00349

0.170 1.45620 1.00065

3.07 0.777

124.0 124.0 52.77 0.1017161.0

30.1

16.2 2.16 77100.0

4.65 0.0026J0.00851 0.0863 0.00385

14.9 0.323. 34 4 0.147 1.45351 1.00077

2.96

0.777 126.0

126.0

5 2.49 0.1135177.0

30.5

15.7 2.16 72500.0

5.47 0.002750.00847 0.OS70 0.00392

14.2 0.3280.00340

0.128 1.45077 1.00089

2.87 0.778

126.11 126.0 52.20

0.1372' 174.0

30.9

15.2 2.166 8400.0

6.40

0. 00282 0.00841 0.0858 0.0039913.6 0.333 0.00336

0.112 1.447991.03103 2.79

0.760

130.0

130.0 51.90

0.1582

170.0

31.3

14.8 2.16 64500.0

7.45 0.0D288 0.00835 0.0845 0.00406

13.0 0.338 0.00332

0.0963 1.445171.00119

2.72

0.762 132.0

132.0 51.600.1615

167.0 31.614.4 2.16 60900.0

8.62 0.002940.00830 0.0832 0.00413

12.5 0.343. 32 9 0.0667 1.44230

1.00137

2.66

0.784

134.0

134. 51.30 0.2073

164.0 32.0

14.0 2.16 57500.0

9.93 0.00303 0.00826 0.08200.00420

12.1 0.348

0.00325

0.0768 1.439401.00156

2.61 0.787

136.0

136.0 50.990.2359

160.0

32.3

13.7 2.16 54400.0

11.4 0.003070.00622 0.0807 0.00427

11.7

0.35 3

. 32 2 0.0683 1.4364 6 1.001782.57 0.790

136.0

136.0

50 .67 D.2672157.0

32.6

13.4

2.17 51500.0

13.0

0. 00313 0.00820 0.0795 0.0043511.3 0.359. 31

8

0.0609 1.433481.00201

2.52

0.794

139.2

139.2 50.480.2679

156.0

32.8

13.2 2.17

4 9800.0

14.0 0.003170.00813 0.07670.0 0439

11.0

0.36 2 0.003160.0569 1.43164 1.00217

2.49

0.7 96 140.0

140.0 50.36

0. 3017 154.032.9

13.1 2.17 48800.0

14.7 0.003200. 00816 0.0782 0.00442

10.9 0.3640.00315

0.0545 1.43046 1.00227

2.47

0.797

142.0

142.0

50. 03 0.3393151.0 33.212.8

2.17 46200.016.7 0.003260.00817 0.0770.00450

10.4 0.37 0.00311

0.0469 1.42741 1.00256

2.40 0.802

144.0

144.0 49.71

0.3805

149.0 33.512.5

2.17 43800.018.8

0. 00333 0.00817 0.0757 0.00458

10.0 0.3750.00308

0.0440 1.424321.00287

2.36

0.607

146.0

146.0 49^380.4252

146.0 33.712.2 2.17 41500.0

21.0 0.00340 0.00317

0.0 745

0. 00466

9.70

0.381 0.00304

0.0397 1.421191.00321

2.32 0.812

146.0

148.0 49.040.4738

143.0

33.9

12.0 2.17 39300.0

23.5

0. 00347 0.00819 0.0733

0.0 04 74 9.39

0.387

0.00301

0.0360 1.416021.00357

2.29

0.817

150.0

150.0 48.70

0.5265

141.0

34.1

11.7

2.16 37200.026.1 0.00355

0.00822 0.0721 0.00482

9.10 0.393. 29 7 0.0326 1.41482 1.003972.26

0.823

152.0 152.0 48.36

0.5835

138.0

34.3

11.5

2.16 35200.0

29.0 0.003620.00825 0.07090.00491

6.81 0.399. 29 3 0.0297 1.41158

1.00440

2.24

0.830

154.0 154.0 48.01

0.6450

135.0

34.5

11.2 2.18 33400.0

32.0 0.00371 0.0082J 0.06960.00499

8.53 0.4050.00289

0.0270 1.406301.00487

2.21 0.837

156.0 156.0 47.66

0.7113

133.0

34.7

11.0 2.18 31600.0

35.3 0.00379

0.00835 0.06850.00508

8. 26 0.412

0.00285

0.0247

1.4 049 8 1.00537

2.19 0.845

156.0 156.0 47.30 0.7827130.0

34.8

10.7 2.19 29900.0

38.7 0.003830.00841 0.0673 0.00517

7.99 0.4160.00281

0.0226 1.401621.00591

2.16

0.853

60.0 160.0 46.94

0.8594

128.0

34.9

10.5 2.19 28200.0

42.4

0.00397

0.00849 0.0661 0.00527

7.73 0.4250.00277

0.0207 1.39822 1.00649

2.14 0.861

162.0 162.0 46.57

0.9417

126.0

35.0

10.3 2.19 26700.0

46.3 0.00407

0.00858 0.0649 0.00536

7.43 0.432 0.00273

0.0190 1.39477

1.00711

2.12

0.870

164.0

164.0 46.201.030

123.0 35.110.1 2.20 25200.0

50.3

0.00417

0.00868 0.0637 0.00546

7.24

0.43 8

. 26 8 0.0174 1.39126

1.00778

2.10 0.880

166.0 166.0 45.82

1.124

121.0

35.2 9.832.20 23700.0 54.6

0.00428 0.00879 0.0626

0.00556

7. 00 0.445 0.00264

0.0160 1.38774

1.00849

2.09 0.891

166.0

166.0

4 5. . 44 1.226119.0

35.2

9.61

2.20 22400.0

59.0 0.004400.00692 0.0614 0.00567

6.77

0.45 3 0.002590.0147 1.38415

1.00926

2.07 0.902
THERMODYNAMIC PROPERTIES OF COEXISTING GASEOUS ANO LIQUID NITROGEN

TEMP

OEG. R

PRESS

PSIA

VOLUHE ISOTHERM OER1VATIVE

CU FT/LB CU FT-PSIA/LB

ISOCHORE INTERNAL DERIVATIVE ENERGY PSIA/R BTU/LB B

ENTHALPY

BTU/LB

ENTROPY BTU/LB-R

Cv CP

BTU / LB -R

VELOCITY

OF SOUND

FT/SEC

SURFACE TENSION

LB/IN X 10 5

170.0 170.0 75.13 75.18

0.02220

0.71.98 467.047.7

95.2 0.577 -36.92

26.91

-36.61

37.35 0.7782

1.214

225

196 0.5260.319

2249.0 600.4 2.935

172.0

172.0 81.87 81.87

0.0221.0 0.69 01 443.0

47.2

92.0

0.6 31 -35.6927.03

-35.55

37.49 0.78431.209 D 224197 0.530 0.325 2201.0

601.0 2.605

171..

17".. 86.98

88.98

0.02260

0.6360

419.0

46.7

89.0 0.690 -34.85 27.13-34.48

37.61

0.79 3 1.205224

198 0.5350.331 2153.0601.5

2.677

176.0

176.0 96.5396.53

0.02261

0.5869

397.0

46.1

86.0 0.754 -33.81

27.23 -33.40 37.72

. 79 6 3 1.201.224 199 0.540

0.337 2106.0

601.8 2.549

176.0

176.0

101..

5

101..

5

0.02303

0.51.22 375.0

45.4

83.1

0.8 23 -32.7627.30 -32.3137.80 0.8023

1.196 a 224

.200 0.5460.345 2059.0601.9 2.423

160.0

180.0 113.0 113.0 0.023260.5015

353.0 44.780.3 0.897 -31.70

27.36

-31.21

37.86

0.8082

1.19 2 223.201 0.5520.352 2012.0 601.9 2.299

182.0 182.0121.9

121.9 0.02350

0.1.61.3 333.0

43.9

77.5

0.9 78 -30.6327.41 -30.10

37.89 0.8141

1.188

.223

.202 0.5590.361 1965.0 601.8 2.176

184.0

lei..

a

131.1.

131.1. 0.02371.. 1*30 3 313.043.0

74.8

1.06 -29.5527.44 -28.97

37.90

0.82 01 1.184

a 223

.204 0.5670.370 1918.0 601.5 2.054

186.0 166.0

11.1.3

11.1.3 0.021.00 0.3990

293.0

42.0

72.1 1.16 -28.46

27.44 -27.84

37.89 0.82601.179

.223

.205 0.5750.380 1871.0601.0 1.934

188.0 188.0 151.8

151.8

0.021.27 0.3703274.0

41.0 69.5 1.26 -27.37

27.43 -26.6837.84 0.8319

1.175

.223

.206 0.5840.392

1824.0 600.4 1.815

190.0

190.0 162.8

162.8

0.021.55 0.3439 256.0

39.9 66.91.37 -26.25

27.40 -25.51

37.77 0.83781.171

.223

.208 0.5940.404

1777.0 599.7 1.698

192.0

192.0

171.. i. 17".. i. 0.02485

0.3195

236.0

38.7 64.4

1.49 -25.13 27.34

-24.33

37.66 0.84371.167

.223

.209 0.6050.418

1730.0 598.8 1.583

194.0

191.. 186.6 186.6 0.02516

0.2969

221.0

37.5

61.9

1.62 -23.99

27.26 -23.1237.52 0.8497

1.16 2

a

a .223

.211 0.618 0.434

1683.0

597.7 1.469

196.0 196.0

199.1. 199.1. 0.02549

0.2760

204.0

36.1

59.4

1.77 -22.84

27.15

-21.90

37.35

0.85 5 7 1.15 8 .223 .213 0.632

0.452

1635.0 596.5 1.357

196.0

198.0 212.8212.8 0.02563 0.2566

188.0

34.7

57.0 1.92 -21.67

27.01

-20.65

37.13 0.8617

1.154

.224

.214 0.648 0.472

1587.0

595.1 1.248

200.0

200.0 226.9

226.9

0.02620 0.2385172.0

33.2 54.62.10 -20.48

26.84

-19.38

36.86 0.86771.149

.224

.216 0.6660.495

1538.0

59 3.6

1. 140

202.0

202.0

21.1.5

21.1.5 0.02659

0.2217

156.0

31.6

52.3

2.29 -19.2726.63

-18.08

36.55 0.8738

1.144

.224

.218 0.6870.522

1489.0 591.9 1.034

201..

2 04.0 256.9 256.9

0.02701 0.2059

141.0

2 9.8 49.9

2.50 -18.0326.38

-16.75

36.18

0.8800 1.139

.225

.220 0.7110.554

1439.0 590.1 0.9308

206.0

206.0

273.0

273.0 0.02747

0.1912

126.0

28.0 47.6

2.73 -16.77

26.09 -15.38

35.75 0.88631.134

.225 .222 0.740 0.5921388.0

588.1 0.829P

206.0

206.0

289.8 289.8 0.02796

0.1773

112.0

26.1

45.2

2.99 -15.4825.74

-13.98

35.25

0.89 2 7 1.129.226 .225 0.775

0.636

1335.0

586.0 0.7314

21D.0

210.0

307.3 307.3 0.02849

0.1642

se.o

24.0

42.9 3.28 -14.14

25.33

-12.52

34.68 0.8992

1.124

.226

.227 0.818 0.695 1281.0 583.7 0.635S

212.0 212.0325.6 325.60.02909

0.1518

64.4

21.9

40.5

3.60 -12.76

24.85

-11.00

34.00 0.90591.118

.227

.230 0.872

0.767

1226.0 581.3 0.5431

211.. 211..

31.1..

7

31.1.. 7 0.02975

0.1400

71.2

19.6

38.1 3.98 -11.32

24.29 -9.427

33.22 0.91291.112

.228

.233 0.9430.861 1168.0

578.8 0.4537

216.0 216.0

361..

5

361.. 5 0.03050 0.1287

58.4

17.1 35.6 4.41 -9.81023.61

-7.750

32.30 0.9202

1.106

.229 .236 1.04 0.988

1108.0 576.3 0.3679

216.0 218.0 385.3

385.3 0.03139

0.1177

46.1

14.5

33.1 4.92 -8.192

22.80 -5.95331.20

0.92 7 9 1.098.231 .239 1.18 1.17 1044.0

573.7 0.2862

220.0 220.0

1.06.9

1.06.9 0.03246

0.1070

34.3

11.8

30.4 5.53 -6.431

21.80 -3.985

29.86 0.93631.090

.233

.243 1.39 1.46

975.2 571.1 0.2093

222.0

222.0

1.29.1.

1.2 9.'. 0.03383

0.09619

23.1

6. 79 27.6 6.31 -4.44520.52

-1.755

28.16 0.94581.081

.235

.248 1.78

1.97 900.4568.7 0.1380

224.0

2 24.0

1.53.0

1.53.0 0.03578 0.08474

12.8 5.59

24.3 7.36

-2.047

18.73 0.9528 25.84

0.95 7 2 1.068

240

253 2.69

3.14 815.6567.0 0.07397

226.0

226.0

1.77.9

1.77.9 0.03942

0.07072

3.76

J. 10 20.0 9.15

1.460 15.66

4.9*9

21.92 0.97421.049

.247 260

7. 12 8.59 710.2

568.0 0.02069

• 227.2001.93.1

* 227.2001.93.1 0.05102

0.05102

13.5

13.5 6.5948.594

13.25 13.251.010

1.010

0. 00000
THERMODYNAMIC PROPERTIES OF COEXISTING GASEOUS ANO LIQUID NITROGEN

LMPERATURE DENSITY

DEG. R LB/CU FT

v (Cm/ d;ip

BTU/L8

VI OP/ QUI PSIA-CU FT/BTU

-VIDP/OV)T

PSIA

-CDV/OT1/V

DEG. R

THERMAL CONDUCTIVITY

8TU/FT-HR-R

VISCOSITY LB/FT-SEC

X 10 5

THERMAL DIFUSIFITYTY

SO, FT/HR

DIELECTRIC

CONSTANT

PRANDTL NUMBER

170.0

170.0 *5.0*1.33*

116.0

35.2

9.*0 2.21 21000.0

63.7 0.00*52

0.00906 0.06030.00578

6.55

0.*6 0.00255

. 1 36 1.38052 1.01008

2.06

0.91*

172.0

172.0 **.65l.**9

11*. 35.2 9.18

2.21 19800.068.5 0.00*650.00922 0.0591 0.00589

6.33 0.*67

0.00250

0.0125 1.37682

1.01095

2.0*

0.928

171.. 17*. **.2*

1.572

112.0

35.2 6.972.22 18600. 73.*

0.00*79

0.009*0 0.0560 0.00600

6.12

0.*75

0.002*5

0.0115 1.37308 1.01189

2.03

0.9*2

176.0

176.0 *3.831.70*

109.0 35.1 8.76

2.22 17*00.078.5 0.00*950. 00960 0.0569

0.00613

5.91

0.*8 2 0.002*00.0107 1.36927

1.01289

2.02 0.957

176.0 178.0 *3.*2

1.9**

107.0

35.1

6.56

2.23 16300.0 83.7

0.00511

0.00983 0.0557 0.00625

5.71

0.*9 0.00235

0.0098*

1.365*0 1.013962.01 0.973 180.0

leo.o *2.991.99*

105.0

35.0 6.35

2.2* 15200.089.1

0.00526

0.0101 0.05*6

0.00638

5.51 0.*98

0.00230 0.00908 1.361*6

1.01510

2.01 0.991 162.0

162.0 *2.56

2.15*

102.0

3*.

9

6.15 2.2* 1*200.0

9*.

5

0.005*7

0.0103 0.0535 0.00652

5.32 0.507

0.00225

0.00839 1.357*6 1.01631

2.00

1.01

18*. 18*. *2.11

2.32*

100.0

3*.

7

7.95 2.25 13200.0

100.0 0.00568

0.0107 0.052* 0.00666

5.13 0.5150.00219

0.0077* 1.353381.01761

2.00

1.03 186.0

186.0 *1.66

2.506

97.*

3*. 6 7.762.26 12200.0105.0 0.005900.0110 0.0513 0.00681

*.95 0.52*0.0021*

0.0071*

1.3*92 2 1.01900

2.00

1.05 166.0

188.0 *1.202.700

95.0 3*.*7.56

2.26 11300.0111.0 0.00615 0.011* 0.0502 0.00697

*.77

0.532

0.00208 0.00659 1.3**97

1.020*8

2.00

1.08 190.0 190.0 *0.73

2.908

92.6

3*.

2

7.36

2.27 10*00.0116.0 0.006*2 0.0118 0.0*910. 00713 *.59

0.5*2 0.00203

0.00607 1.3*06*

1.02207

2.00

1.10 192.0 192.0 *0.2*

3.130

90.1

3*.0 7.172.28

958 0.0 121.0 0.00672

0.0123 0.0*800.00731

*.*2 0.5510.00197 0.00559

1.33620

1.02377

2.01

1.13

19*. 19*. 39.75

3.366

67.6

33.7

6.97

2.29 8780.0

126.0 0.00705 0.0129 0.0*69

0.00750

*.25 0.561

0.00191 0.00513 1.33166

1.02560

2.02

1.17 196.0

196.0 39.233.623

65.1 33.56.78

2.30 8000.0131.0 0.007*3

0.0135 0.0*580.00771

*.08

0.571

0.00185

0.00*71 1.32700

1.02755

2.03

1.20

196.0 198.0 38.71

3.897

62.5

33.2

6.59

2.30 7260.0 135.0 0.007850.01*2 0.0**7

.00793

3.92 0.5810.00178

0.00*31 1.32221 1.02966

2.0*

1.2* 200.0

200.0 38.16*.192

79.9

32.9

6.39

2.31 6550.0139.0 0.0083*

0.0151 0.0*360.00818

3.76 0.5920.00172

0.0039* 1.317281.03193

2.07

1.29

202.0 202.0

37.60

*.511

77.2

32.5

6.20

2.32 5870.01*2.0 0.008900.0161 0.0*25 0.008*5

3.60 0.6030.00165

0.00359 1.31218

1.03*39

2.09

1.3*

20*.

20*.

37. 02 *.8567*.*

32.2

6.00

2.33

522 0.0 1*5.0 0.00956 0.0172 0.0*1*

.00876

3.** 0.615

0.00157

0.00325

1.30690 1.037062.13

l.*0 206.0

206.0

36. *1 5.231

71.6

31.6

5.81

2.3*

*60 0.0 1*7.0 0.0103

0.0186 0.0*0*

0.00910

3.28 0.6270.00150 0.0029* 1.301*1

1.0 399 6 2.17l.*7

208.0 208.0 35.77

5.6*1

68.7

31.5 5.60

2.36 *000.01*7.0

0.0113

0.0203 0.03930.00950

3.13 0.6*10.001*2 0.0026* 1.29567

1.0*31*

2.22

1.55

210.0 210.035.10

6.091

65.6

31.1

5.*0 2.37 3**0.0

1*6.0 0.0125

0.022* 0.03830.0100

2.97

0.65 5 0.00133 0.00236 1.2896*1.0*66*

2.29

1.6*

212.0

212.0

3*. 38 6.58962.5

30.7

5.19

2.38

290 0.0 1**.00.01*0

0.0250 0.0373

0.0105

2.82 0.670

0.0012*

0.00208 1.283261.05052

2.37 1.76

21*. 21*. 33.62

7.1**

59.2

30.2

*.97

2.39 2390.01*0.0

0.0159 0.02850.0 36* 0.0112

2.66

0.68 7 0.001150.00182 1.276*31.05*86

2.*8

1.90

216.0

216.0

32.76

7. 772 55.629.8 *.7*2.*0 1920.0133.0 0.01960. 0332 0.0355

0.0120

2.50 0.705 0.0010*

0.00157 1.26903

1.05978

2.6*

2.08

216.0

216.0 31.668.*9*

52.2

29.*

*.50 2.*2 1*70.0

123.0 0.0225 0.0399 0.03*7

.0131 2.3* 0.726 0.0009270.00132 1.26087

1.065*6

2.86

2.3*

220.0

220.0 30.61 9.3*6

*8.3 28.9*.25

2.*3 1060.0

110.0 0.0288

0.050* 0.03*00.01*5

2. 17 0.751 0.000793

0.00107 1.25163

1.0 722 3.20 2.71

222.0

222.0 29.5610. *0 **. 2 28.5

3.96

2.*5

66*. 91.*

0.0*03

0.0690 0.0336

0.0166

1.99 0.780 0.000637 0.000809

1.2*070

1.0805*

3.80 3.3*

22*. 22*.

27. 95 11. SO 39.6

26.1 3.63

2.*7 357.066.0

0.0 68 0.112 0.0336

0.0199

1.78 0.821 0.000**6

0.000537

1.22667

1.09177

5.1*

*.66

226.0

226.0 25.37

l*.l*

3*.l 27.93.19

2.*9 95.829.7 0.2090.308 0.036*0.0283

1.51 0.891 0.000201 0.000233

1.20*38 1.11D66

10.6 9.75

227.200

227.200

19.60 li.oO

1.15559

1.15559
Appendix E, Isobaric Properties

THERMODYNAMIC PROPERTIES OF NITROGEN

1 P3IA ISOBAR

EMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY cv CP VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/.B CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB 9TU/L6-R BTU / LB -R FT/SEC

115.0 43.83 43.6 0.00878 20.22 28.33 1.441 0.1783 0.2507 533.0

120.0 45.77 45.6 0.00841 21.11 29.59 1.452 0.1781 0.2503 544.7

125.0 47.70 47.5 0. 00806 22.00 30.84 1.462 0.1780 0.2500 556.1 130.0 49.63 49.5 0.00774 22.9 32.09 1.472 0.1779 0.2498 567.2

135.0 51.56 51.4 0.00745 23.79 33.34 1.481 0.1778 0.2496 578.2

1 1(0.0 53.48 53.3 0.00716 24.68 34.58 1.491 0.1777 0.2494 586.9 1)5.0 55.41 55.3 0. 00693 25.57 35.83 1.499 0. 1777 0.2493 599.4

150.0 57.33 57.2 0.00670 26.46 37.08 1.508 0.1776 0.2492 609.7

155.0 59.26 59.1 0. 00648 27.35 38.32 1.516 0.1776 0.2491 619.9 160.0 61.18 61.1 0.00627 28.24 39.57 1.524 0.1776 0.2490 62 9.9 165.0 63.10 63.0 0.00608 29.13 40.81 1.532 0.1775 0.2489 639.7

170.0 65.02 64.9 0.00590 30.02 42.06 1.539 0.1775 0.2489 649.4

175.0 66.95 66.8 0.00573 30.90 43.30 1.546 0.1775 0.2488 65 8.9 180.0 68.87 68.8 0.00557 31.79 44.55 1.553 0.1775 0.2488 66 8.3 185.0 70.78 70.7 0.00542 32.68 45.79 1.560 0.1774 0.2487 677.6

190.0 72.70 72.6 0.00527 33.57 47.03 1.567 0.1774 0.2487 686.7

200.0 76.54 76.5 0.00501 35.34 49.52 1.579 0.1774 0.2466 70 4.6 205.0 78.46 78.4 0.00489 36.23 50.76 1.585 0.1774 0.2486 713.4

210.0 80.38 80.3 0.00477 37.12 52.00 1.591 0.1774 0.2486 722.1

215.0 82.30 82.2 0.00466 38.01 53.25 1.597 0.1774 0.2485 730.6

220.0 84.21 84.2 0. 00455 3B.69 54.49 1.603 0.1774 0.2485 739.1 225.0 86.13 86.1 0.00445 39.78 55.73 1.609 0.1774 0.2485 747.5 230.0 88.05 88.0 0.00435 40.67 56.97 1.614 0.1774 0.2485 75 5.8 235.0 89.97 89.9 0.0 04 26 41.56 58.22 1.619 0.1774 0.2485 76 3.9 240.0 91.88 91.8 0.0D417 42.44 59.46 1.625 0.1774 0.2485 772.0 245.0 93.80 93.6 0.00409 43.33 60.70 1.630 D.1773 0.2484 78 0.1 250.0 95.72 95.7 0. 00400 44.22 61.94 1.635 0.1773 0.2484 788.0 255.0 97.64 97.6 0.00393 45.11 63.19 1.640 0.1773 0.2484 795.8 260.0 99.6 100.0 0.00385 45.99 64.43 1.645 0.1773 0.2484 803.6

265.0 101.5 101.0 0.00378 46.88 65.67 1.649 0.1773 0.2484 811.3 270.0 103.4 103.0 0.00371 47.77 66.91 1.654 0.1773 0.2484 819.0 275.0 105.3 105.0 0.00364 48.65 68.15 1.658 0.1773 0.2484 82 6.5 280.0 107.2 107.0 0.00357 49.54 69.40 1.663 0.1773 0.2484 834.0 285.0 109.1 109.0 0. 00351 50.43 70.64 1.667 0.1773 0.2484 841.4 290.0 111.1 111.0 0.00345 51.31 71.88 1.672 0.1773 0.2484 84 8.8 295.0 113.0 113.0 0.00339 52.20 73.12 1.676 0.1773 0.2484 85 6.1 300.0 114.9 115.0 0.00334 53.09 74.36 1.680 0.1773 0.2483 863.3

310.0 118.7 119.0 0. 00323 54.86 76.85 1.688 0.1773 0.2483 877.6

320.0 122.6 123.0 0.00313 56.63 79.33 1.696 0.1773 0.2483 891.7

330.0 126.4 126.0 0. 00303 58.41 81.81 1.704 0.1773 0.2483 90 5.5

340.0 130.2 130.0 0.00294 60.18 84.30 1.711 0.1773 0.2483 919.1

350.0 134.1 134.0 0.00286 61.95 86.78 1.718 0.1773 0.2483 932.6

360.0 137.9 138.0 0.00278 63.73 89.27 1.725 0.1773 0.2483 94 5.8 370.0 141.7 142.0 0.00270 65.50 91.75 1.732 0.1773 0.2483 958.9

380.0 145.6 146.0 0.00263 67.27 94.23 1.739 0.1773 0.2483 971.7

390.0 149.4 149.0 0.00256 69.05 96.71 1.745 0.1773 0.2483 984.4

1.00.0 153.2 153.0 0.00250 70.82 99.20 1.752 0.1773 0.2483 99 7. 410. 157.1 157.0 0.00244 72.59 10) .7 1.758 0.1773 0.2483 1009.0

1(20.0 160.9 161.0 0.00238 74.37 104.2 1.764 0.1773 0.2483 1022.0

1.30.0 164.7 165.0 0.00233 76.14 106.6 1.769 0.1773 0.2483 1034.0

1(1(0.0 168.6 169.0 0.00227 77.91 109.1 1.775 0.1773 0.2483 1046.0

1(50.0 172.4 172.0 0. 00222 79.69 111.6 1.781 0.1773 0.2483 1057.0

460.0 176.2 176.0 0.00217 81.46 114.1 1.786 0.1773 0.2483 1069.0 470.0 180.0 180.0 0.00213 83.23 116.6 1.792 0.1773 0.2483 1081.0

480.0 1S3.9 184.0 0.00208 65.01 119.1 1.797 0.1773 0.2483 1092.0

490.0 187.7 188.0 0.00204 86.76 121.5 1.802 0.1773 0.2483 1103.0

500.0 191.5 192.0 0.00200 68.55 124.0 1.807 0.1773 0.2483 1115.0 510.0 195.4 195.0 0.00196 90.33 126.5 1.812 0.1773 0.2483 1126.0

520.0 199.2 199.0 0.00192 92.10 129.0 1.817 0.1774 0.2483 1137.0 530.0 203.0 203.0 0. 00189 93.87 131.5 1.821 0.1774 0.2483 1 14 8 .

540.0 206.9 207.0 0.00185 95.65 134.0 1.826 0.1774 0.2483 115 8.0 550.0 210 .7 211.0 0.00182 97.42 136.4 1.831 0.1774 0.2484 1169.0 560.0 214.5 215.0 0.00179 99.20 138.9 1.835 0.1774 0.2484 1180.0

570.0 218.4 218.0 0.00175 101.0 141.4 1.839 0.1775 0.2484 1190.0

580.0 222.2 222.0 0.00172 102.7 143.9 1.844 0.1775 0.2484 120 0.0 590.0 226.0 226.0 0.00170 104.5 146.4 1.848 0.1775 0.2465 1211.0 600.0 229.8 230.0 0. 00167 106.3 148.9 1.852 0.1776 0.2485 1221.0

700.0 268.2 268.0 0.00143 124.1 173.7 1.891 0.1782 0.2491 1318.0

800.0 306.5 306.0 0. 00125 142.0 198.7 1.924 0.1794 0.2503 1408.0 900.0 344.8 345.0 0. 00111 160.0 223.8 1.953 0.1812 0.2521 1491.0

1000.0 383.1 363.0 0.00100 178.2 249.1 1.980 0.1835 0.2544 1569.0

1500.0 574.6 575.0 0.000667 273.6 380.0 2.086 0. 1987 0.2696 1901.0

2000.0 766.2 766.

D

0. 000500 376.6 518.5 2.166 0.2125 0.2835 2176.0

2500.0 957.7 958.0 0. 000400 465.5 662.8 E.230 0.2224 0.2934 2419.0

3000.0 1149.0 1150.0 0. 000333 598.5 811.3 2,284 0.2293 0.3002 2640.0

3500.0 1341.0 1340.0 0. 000286 714.4 962.7 2.331 0.2340 0.3050 284 5.0

TUO-PHASE 80UN0ARY
1 PSIA ISOBAR

THERMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE OENSITf

DEG. R LB/CU FT

\MDH/DV>„ VIOP/DU) -IMDP/DV) P V T BTU/LB PSIA-CU FT/BTU PSIA

(0\//0T>/V THERMAL VISCOSITY P CONDUCTIVITY

1/OEG. R BTU/FT-HR-R LB/FT-SEC

THERMAL OIELECTRIC

OIFFUSIVITY CONSTANT

SQ FT/HR

115 .02281 28 i. 120 .02185 29 6 125 02096 30 9 130 02015 32 .1 135 .0 191.0 33 1. ltO 01870 31. b 145 01805 35 9 150 .0171.1. 37 .1 155 01688 3B 4 160 01635 39 6 165 01585 1.0 9 170 01538 1.2 1 175 11.91. 1.3 <t 180 011.52 1.1. 6 165 D 011.13 1.5 8 190 01376 1.7 1 200 01307 1.9 6 205 01275 50 8 210 121.1. 52 1 215 .01215 53 3 220 01187 54 6 225 01161 55 8 230 01136 57 235 01112 58 3 240 01088 59 5 245 01066 60 6 250 0101.5 62 255 01021. 63 3 260 01001. 61. 5 265 009855 65 7 270 09672 67 275 0091.96 68 2 280 009326 69 5 285 09163 70 7

2 90 009003 72 295 008852 73 2 300 00870:. 71. 1. 310 0081.23 76 9 320 008160 79 i. 330 007912 81 9

3<<0 007673 31. i. 350 071.60 86 9 360 007251 89 3 370 007055 91 8 380 006870 94 3 390 06691. 96 8

i<00 006526 99 3 mo 006367 102

1.20 006215 101. 1.30 006071 107

1.1.0 005333 109

1.50 0O58O1 112

1.60 005675 111. 1.70 005551. 117

1.80 0051.39 119

1.90 005327 122 500 305221 121. 510 005113 127 520 J05020 129 530 001.925 132

51.0 001.331. 131. 550 01.71.6 137 560 01.662 139 570 001.580 11.2 580 001.501 11.1. 590 001.1.25 11.7 600 004351 11.9 700 003723 171. 800 003263 200 a 900 002901 227

1000 002610 251. 1500 00171.0 1.01. 2000 001305 567

25 00101.1. 733 3000 0008701 301 3500 00071.58 1070

0.995 0. 00883 0.00355 303 0.6 20 1.00017 0.771 1.00 0.0081.1. 0.00370 313 0.6 76 1.00016 0.763

1.00 0.00809 0.00385 323 0.734 1.00016 0.756 1.00 0.00777 0.001.00 334 0.795 1.00015 0.752 1.00 0.0071.7 0.001.15 346 0.6 58 1.00015 0.748

1.00 0.00720 0.001.30 357 0.923 1.00014 0.745

1.00 0.00695 0. 001.1.6 369 0.990 1.00014 0.743

1.00 0.00671 0.001.61 331 1.06 1.00013 0.742 1.00 0.0061.9 0.001.76 393 1.13 1.00013 0.740 1.00 0.00623 0. 001.91 405 1.21 1.00012 0.739

1.00 0.00609 0.00506 417 1.23 1.00012 0.739

1.00 0.00591 0.00521 429 1.36 1.00012 0.738 1.00 0.00571. 0.00536 442 1.44 1.00011 0.738

1.00 0.00558 0.00551 45 4 1.53 1.00011 0.737

1.00 0.0051.2 0.00566 46 6 1.61 1.00011 0.737

1.00 0.00523 0.00581 478 1.70 1.00010 0.737

1.00 0.00501 0.00611 503 1.86 1.00010 0.736

1.00 0.001.89 0. 00626 515 1.93 1.00010 0.736

1.00 0.001.77 0.0061.1 527 2.07 1.00009 0.736

1.00 0.001.66 0. 00656 539 2.17 1.00009 0.735

1.00 0.001.56 0.00671 551 2.27 1.00009 0.735 1.00 0.001.1.5 0.00686 563 2.38 1.00009 0.735

1.00 0.001.36 0. 0O7OO 575 2.48 1.00009 0.735

1.00 0. 001.26 0.00715 537 2.59 1.00008 0.734

1. 00 0.001.17 0.00730 599 2.70 1. 00008 0.734

1.00 0.00403 0.0071.1. 611 2.61 1.00008 0.734

1. 00 0.001.01 0. 00759 622 2.92 1.00008 0.734

1.00 0.00393 0.00773 634 3.04 1.00008 0.733

1.00 0.00385 0. 00787 646 3.16 1.00008 0.733

1.00 0.00378 0.00802 657 3.28 1.00007 0.733

1.00 0.00371 0.00816 669 3.40 1.00007 0.733 1.00 0.00361. 0.00830 680 3.52 1.00007 0.732

1.00 O. 00358 0.0081.

4

691 3.65 1.00007 0.7 32 1.00 0.00351 0.00853 703 3.77 1.00007 0.732

1.00 0.0031.5 0.00872 714 3.90 1.O0007 0.732

1.00 0.00333 0.00886 725 4.03 1.00007 0.731 1.00 0. 0033-. 0.00900 736 4.1t> 1.0 (100 7 0.731

1. 00 0.00323 0.00923 758 4.44 1.00006 0.731

1.00 0.00313 0.00955 780 4.71 1.00006 0.730

1.00 0.00303 0. 00982 802 5.00 1.00006 0.730 1.00 0.00291. 0.0101 623 5.29 1.00006 0.729

1.00 0.00286 0.0101. 844 5.59 1.00006 0.729

1.00 0.00273 0.0106 865 5.90 1.00005 0.728

1.00 0.00270 0. 0109 836 6.21 1.00005 0.728

1.00 0. 00263 0.0111 906 6.53 1.00005 0.727

1.00 0. 00257 0.0111. 926 6.85 1.00005 0.727

1. 00 0. 00250 0.0116 946 7.18 1.00005 0.727

1.00 0.0021.1. 0.0119 966 7.52 1.00005 0.726

1. 00 0.00238 0.0121 986 7.87 1.00005 0.7 26 1.00 0.00233 0.0121. 1 01 8.22 1.00005 0.725

1.00 0.00227 0.0126 1 02 8.57 1.00004 0.7 25 1.00 0. 00222 0.O129 1 04 8.94 1.00004 0.725

1.00 0.00217 0.0131 1 06 9.30 1.00004 0.724

1.00 0.00213 0. 0133 1 08 9.66 1.00004 0.724

1.00 O. 00208 0. 0136 1 10 10.1 1.00004 0.724

1.00 0.00201. 0.0138 1 12 10.4 1.00004 0.723

1.00 0.00200 0.011.0 1 14 10.8 1.00004 0.723

1.00 0.00196 0.011.3 1 15 11.2 1.00004 0.723

1.00 0.00192 0.0145 1 17 11.6 1.00004 0.722

1.00 0.00189 0.0147 1 19 12.0 1.00004 0.722

1.00 0.00185 0.0150 1 21 12.5 1.00004 0.722

1. 00 0. 00182 0.0152 1 22 12.9 1.00004 0.721

1.00 0.00173 0.0154 1 24 13.3 1.00004 0.721 1.00 0.00175 0.0156 1 26 13.7 1.00003 0.721

1.00 0.00172 0. 0158 1 28 14.2 1.00003 0.721

1.00 0. 00170 0.0161 1 23 14.6 1.00003 0.720 1.00 0.00167 0.0163 1 31 15.0 1.00003 0.720

1.00 0.0011.3 0.0184 1 47 19.6 1.00003 0.718 1.00 0.00125 0. 0204 1 62 24.9 1.00002 0.716

1. 00 0.00111 0. 0223 1 76 30.5 1.00002 0.714

1.00 0.00100 0.0243 1 89 36.5 1.00002 0.713

1.00 0. 000667

1.00 0.000500

1.00 0.0001.00 1.00 0. 000333 1.00 O. 000286

TWO-PHASE 30UNOARY
THERMODYNAMIC PROPERTIES O!' NITROGEN

5 PSIA ISOBAR

EMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY CV CP VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

DEC. R CU FT/.

a

CU FT-PSIA/LB PSIA/R 6TU/LB BTU/LB 9TU/LB-R 8TU / L9 -R FT/SEC

115.0 0.01852 1910.0 250.0 -61.. 06 -bit. 04 0.5857 0.2319 0.4708 4240.0

120.0 0.01875 161.0.0 225.0 -61.67 -61.66 0.6 59 0.2408 0.4816 3897.0

121.. 600 0.01893 1430.0 205.0 -59.1.3 -59.1)1 0.621.3 0.2431 0.4869 3649.0

12".. 600 9.359 1.5.8 0.01.17 21.66 30.32 1.31.5 0. 1808 0.2577 55 0.1 125.0 9.388 1.6.0 0.01.16 21.73 30.1)2 1.31.6 0.1808 0.2576 551.0 130.0 9.786 1.6.1 0. 0398 22. 61. 31.70 1.356 0.1803 0.2563 56 2.7 135.0 10.18 50.1 0.0382 23.55 32.98 1.366 0.1798 0.2552 574.0 HO.l 10.58 52.1 0.0367 21.. 1.6 31). 26 1.375 0. 1795 0.2544 585.1 U5.1 10.97 54.1 0.0353 25.37 35.53 1.381. 0. 1792 0.2537 59 5.9 150.0 11.36 56.2 0.031.1 26.27 36.79 1.392 0.1789 0.2531 606.6

155.0 11.75 58.1 0.0329 27.18 38.06 1.1)01 0.1787 0.2525 617.0

160.0 12. m 60.1 0.0318 28.08 39.32 1.1.09 0.1786 0.2521 627.2 165.0 12.53 62.1 0.0308 28.97 1.0.58 1.1.16 0. 1784 0.2517 637.2

170.0 12.92 61..

1

0.0259 29.87 1)1.81) 1.1.21) 0.1783 0.2514 647.1

175.0 13.31 66.1 0.0250 30.77 1)3.09 1.1)31 0. 1732 0.2511 65 6.8 160.0 13.70 66.0 0.0281 31.66 1)1). 35 1.1.38 0.1781 0.2508 66 6.3 165.0 1<>. 09 70.0 0.0273 32.56 1)5.60 1.1)1)5 0.1760 0.2506 675.7

190.0 11.. 1.7 72.0 0.0266 33.1.5 1)6.35 1.1.52 0.1779 0.2504 68 5.0 200.0 15.25 75.9 0.0252 35.21. 1.9.36 1.1)65 0.1778 0.2501 703.1 205.0 15.63 77.8 0.021.6 36.13 50.61 1.1)71 0.1778 0.2500 712.0 210.0 16.02 79.8 0. 021.0 37.02 51.85 1.477 0.1777 0.2498 720.8

215.0 16. ill 81.7 0.0231. 37.91 53.10 1.483 0. 1777 0.2497 729.4

220.0 16.79 83.7 0.0229 38.80 5*. 35 1.488 0.1777 0.2496 738.0

225.0 17.18 65.6 0.0221. 39.69 55.60 1.494 0.1776 0.2495 746.4

230.0 17.56 87.5 0.0219 1.0.59 56.85 1.500 0.1776 0.2495 75 4.8 235.0 17.95 69.5 0.02 11. 1.1.1.8 58.09 1.505 0.1776 0.2494 763.0

21.0.0 18.33 91.1. 0.0210 1.2.3 7 59.31. 1.510 0.1776 0.2493 771.2

21.5. C 18.72 93.3 0.02O5 1)3.25 60.59 1.515 0.1775 0.2492 77 9.2 250.0 19.11 95.3 0. 0201 1.1). 11) 61.83 1.520 0.1775 0.2492 787.2

255.0 19.ii9 97.2 0.0197 1.5.03 63.08 1.525 0.1775 0.2491 795.1

260.0 19.86 59.2 0.0193 i>5.92 64.13 1.530 0.1775 0.2491 803.0 265.0 20.26 101.0 0.0190 1.6.81 65.57 1.535 0.1775 0.2490 810.7 270.0 2 0.61. 103.0 0.0186 1.7.70 66.82 1.540 0.1775 0.2490 618.4

275.0 21.03 105.0 0.0183 1)8.59 68.06 1.544 0.1774 0.2490 826.0 260.0 21.1.1 107.0 0.0179 1)9.1)8 69.31 1.549 0.1774 0.2489 833.5

285.0 21.80 109.0 0.0176 50.37 70.55 1.553 0.1774 0.2489 84 D. 9 290.0 22.18 111.0 0.0173 51.26 71.79 1.557 0.1774 0.2439 848.3 295.0 22.57 113.0 0.0170 52.11. 73.01. 1.562 0.1774 0.2488 855.7 300.0 22.95 115.0 0.0167 53.03 71). 28 1.566 0.1774 0.2488 86 2.9 310.0 23.72 116.0 0.0162 51.. 81 76.77 1.574 0.1774 0.2488 877.3

320.0 21.. 1.9 122.0 0.0157 56.58 79.26 1.582 0.1774 0.2487 891.4

330.0 25.26 126.0 0.0152 58.36 81.71) 1.585 0. 1774 0.2487 905.2

3*0.0 26.02 130.0 0.0147 60.13 81.. 23 1.597 0.1774 0.2466 918.9

350.0 2 6.79 131.. 0.011.3 61.91 86.72 1.604 0.1774 0.2486 932.4

360.0 27.56 138.0 0.0139 63.69 89.20 1.611 0.1773 0.2486 945.7

370.0 28.33 11.2.0 0.0135 65.1)6 91.69 1.618 0. 1773 0.2486 95 8.7 360.0 29.10 11.5.0 0.0132 67.23 91). 17 1.625 0.1773 0.2485 971.6

390.0 29.86 11.9.0 0.0128 69.01 96.66 1.631 0. 1773 0.2485 98 4.4

".00.0 30.63 153.0 0.0125 70.78 99.11. 1.637 0.1773 0.2485 99 7.0

1.10.0 31.1.0 157.0 0.0122 72.56 101.6 1.643 0.1773 0.2485 1009.0

1.20.0 32.17 161.0 0.0119 71.. 33 101).

1

1.649 0.1773 0.2485 1022.0

1.30.0 32.93 165.0 0.0116 76.11 106.6 1.655 0.1773 0.2485 1034.0

1.1.0.0 33.70 168.0 0.0111. 77.88 109.1 1.661 0.1773 0.2484 1046.0

".50.0 3i». 1.7 172.0 0.0111 79.66 111.6 1.667 0.1773 0.2484 1058.0

1.60.0 35.23 176.0 0.0109 81.1)3 114.1 1.672 0.1773 0.2484 1069.0

1.70.0 36.00 180.0 0.0107 83.20 116.5 1.677 0.1773 0.2484 1031.0

1.80.0 36.77 181.. 0.0101. 81.. 98 119.0 1.683 0.1773 0.2484 1092.0

1.90.0 37.53 188.0 0.0102 86.75 121.5 1.688 0.1773 0.2484 1104.0 500.0 38.30 191.0 0.0100 88.53 12i>. 1.693 0.1773 0.2484 1115.0

510.0 39.07 195.0 0.00961 90.30 126.5 1.698 0.1774 0.2484 1126.0

520.0 39.81. 199.0 0.00962 92.07 129.0 1.702 0.1774 0.2484 1137.0 530.0 1.0.60 203.0 0.0091.1. 93.85 131.1) 1.707 0.1774 0.2484 1148.0

51.0.0 1.1.37 207.0 0.00927 95.62 133.9 1.712 0.1774 0.2485 1158.0 550.0 1.2.11. 211.0 0.00910 97.1.0 136.1) 1.716 0.1774 0.2485 116 9.0 560.0 1.2.90 215.0 0.00891. 99.17 138.9 1.721 0.1774 0.2485 1180.0 570.0 1.3.67 218.0 0.00878 100.9 11.1.!. 1.725 0.1775 0.2485 119 0.0 560.0 1.1.. 1.1. 222.0 0.00863 102.7 li>3.9 1.730 0.1775 0.2485 1201.0 590.0 1.5.20 226.0 0.0081.8 101).

5

11)6.1) 1.734 0.1775 0.2486 1211.0 600.0 1.5.97 230.0 0.00831. 106.3 11)8.8 1.738 0.1776 0.2486 1221.0 700.0 53.63 268.0 0. 00715 124.

1

173.7 1.776 0.1782 0.2492 1318.0

800.0 61.30 307.0 0.00625 11.1.9 198.7 1.810 0.1794 0.2504 140 8.0 900.0 68.96 31.5.0 0.00556 160.0 223.8 1.839 0. 1812 0.2521 1491.0 1000.0 76.63 383.0 0.00500 178.2 21)9.1 1.866 0.1835 0.2544 1569.0 1500.0 114.9 575.0 0. 00333 273.6 380.0 1.972 0. 1987 0.2696 1901.0 2000.0 153.2 766.0 0.00250 376.6 518.5 2.051 0.2125 0.2635 2176.0 2500.0 191.6 958.0 0.0O20O 1.85.5 662.8 2.116 0.2224 0.2934 2419.0

3000.0 229.9 1150.0 0.00167 598.5 811.3 2.170 0.2293 0.3002 2641.0 3500.0 268.2 134D.0 0. 0011.3 711i.lt 962.7 2.217 0.2340 0.3050 2 84 5.0

TWO-PHASE SOUNOAkY
5 P3IA ISOBAR

THERHOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE DENSITY

DEG. R LB/CU r T

V(OH/OmpV(OP/DU>v

-«<OP/01/>T BTU/LB PSIA-CU FT/BTU PSIA(DV/OTWW THERMAL UISCOSITY CONDUCTIVITY

1/OEG. R 3TU/FT-HR-R LB/FT-SEC

X 10 5

THERMAL OIELECTRIC

9IFFUSIVITY CONSTANT

SQ FT/HR

PRANOTL NUMBER

115 5* 00 19* 120 53 33 187

12". 600 52 68 179 12* 600 1068 30 2 125 1065 30 3 130 1022 31 6 135 09321 32 9

1".0 091.55 3k 2 its 09115 35 * 150 08802 36 7

155 08509 38 160 08235 39 2 165 07979 1.0 5 170 07733 1.1 8 175 07513 1.3 180 07300 1.1. 3 185 07093 1.5 5 190 06909 1.6 8 200 06558 1.9 3 205 06396 50 6 210 0621.2 51 8 215 06095 53 1 220 05955 51. 3 225 05821 55 6 230 05693 56 6 235 05571 56 1 2".0 051.51. 59 3 2*5 0531.2 60 6 250 05231. 61 8 255 05131 63 1 260 05031 61. 3 265 01.935 65 6 270 0i.8l.ii 66 S 275 01.755 68 1 280 01.670 69 3 285 01.587 70 6 290 01.508 71 8 295 01.V31 73 300 01.357 71, 3 310 D 01.216 76 B

320 01.081. 79 3 330 03959 81 8 340 0381.2 Bit 3 350 03732 86 7 360 03628 89 2 370 03530 91 7 360 031.37 91. 2 390 0331.9 98 7

<>00 03265 99 2

1.10 03185 102

1.20 03109 101. 1.30 03036 107

41.0 02967 109

1.50 02901 112

1.60 02833 111. 1.70 02773 117

1.80 02720 119

1.90 02661. 122 500 02611 12* 510 02560 127

520 02510 129 530 021.63 132

51.0 021.17 13k a 550 02373 137 560 a 02331 139 570 02290 1*2 580 02250 lkk 590 02212 lk7 600 02175 1*9 700 01361. 17* 800 01631 200 900 011.50 227 a 1000 01305 25* 1500 008700 *0* 2000 006526 567 2500 005221 73* 3000 004331 901 3500 003729 1070

2.16

2.16 2.16

103000.0 002*2 0.09*0 19.7 . 37 l.k6528 3.56

87*00.0 00257 0.0906 16.7 0.0035* l.k58B5 3.20 75600.0 00271 0.0879 Ik.

7

0.003*3 l.k5263 2.93

*.90 00852 0.00387 0.32 5 0.1*1 1.00080 0.778

*.90 008*9 0.00389 0.326 0.1*2 1.00080 0.777

k.91 00811 .00*0* 0.336 0.15k 1.00077 0.7 69 *.92 00776 0.00*19 0.3*8 0.167 1.0007k 0.763

*.93 007** 0.00*3* 0. 359 0.180 1.00071 0.758

*.9* 00716 0.00**9 0.371 0.19k 1.00069 0.755

*.9* 0O689 0.00*6* 0.38 3 0.208 1.00066 0.752

*.95 00665 0.00*79 0.39 5 0.223 1.0006* 0.7*9

*.95 006*2 0.0 0*9* 0.*07 0.238 1.00062 0.7*7

*.96 a 00621 0.00509 0.*19 0.253 1.00060 0.7*6

*.96 00602 0.0052* 0.*31 0.269 1.00058 0.7**

*.96 0058* 0.0 0539 0.**3 0.266 1.00057 0.7*3

*.97 a 00566 0.0055* 0.*55 0.302 1.00055 0.7*2

*.97 a 00550 0.00569 0.*68 0.320 1.00053 0.7*2

*.97 00535 0.0058* 0.*80 0.337 1.00052 0.7*1

*.98 00507 0.0061* 0.50* 0.37* 1.000*9 0.7*0 *.96 00*9* 0.00629 0.516 0.39 3 1.000*8 0.7 39

*.98 00*82 0.006*3 0.528 0.*13 1.000*7 0.739 *.98 00*71 0.00658 0.5*0 0.*32 1.000*6 0.738

*.98 00*60 0.00673 0.552 0.*53 1.000*5 0.738

*.96 00**9 0.00688 0.56* 0.k73 1.000** 0.737

*.96 00*33 0.00702 0.576 0.k9* 1.000*3 0.737

*.98 00*29 0.00717 0.588 0.516 1.000*2 0.737

*.99 a 00*20 0.00731 0.600 0.538 1.000*1 0.736

*.99 00*12 0.007*6 0.612 0.560 1.000*0 0.736

*.99 00*03 0.00760 0.623 0.583 1.00039 0.735

*.99 0- ^10395 0.00775 0.635 0.606 1.00039 0.735

*.99 00387 0.00789 0.6*7 0.630 1.00038 0.7 35 *.99 00380 . 00803 0.656 0.65* 1.00037 0.7 3* *.99 00373 0.00818 0.670 0.678 1.00036 0.73*

*.99 00366 0.00832 0.681 0.703 1.00036 0.73*

*.99 00359 0.008*6 0.692 0.728 1.00035 0.733

*.99 00353 0.00860 0.70* 0.753 1.00035 0.733

*.99 003*7 0.0087k 0.715 0.779 1.0003* 0.733

*.99 003*1 0.00888 0.726 0.805 1.00033 0.733 *.99 a 00335 0.00902 0.737 0.832 1.00033 0.732

*.99 0032* 0.00929 0.759 0.886 1.00032 0.732

*.99 0031* 0.00956 0.781 0.9*2 1.00031 0.731 *.99 0030* 0.00983 0.802 1.00 1.00030 0.730

5.00 00295 0.0101 0.82* 1.06 1.00029 0.730

5.00 00287 0.010* 0.8*5 1.12 1.00028 0.7 29 5.00 00279 0.0106 0.866 1.18 1.00027 0.729

5.00 00271 0.0109 0.886 1.2* 1.00027 0.728

5.00 0026* 0.0111 0.907 1.30 1.00026 0.728

5.00 00257 0.011* 0.92 7 1.37 1.00025 0.727

5.00 a 00251 0.0117 0.9*7 1.** 1.00025 0.727

5.00 002** 0.0119 0.96 7 1.50 1.0002* 0.727

5.00 00239 0.0122 0.986 1.57 1.00023 0.726

5.00 00233 0.012* 1. 01 1.6* 1.00023 0.726

5.00 00223 0.0126 1.03 1.71 1.00022 0.725

5.00 00223 0.0129 1.0* 1.79 1.00022 0.725

5.00 00213 0.0131 1.06 1.86 1.00021 0.725

5.00 00213 0.013* 1. 08 1.9* 1.00021 0.7 2* 5.00 00209 0.0136 1.10 2.01 1.00020 0.72*

5.00 D 00204 0.0138 1.12 2.09 1.00020 0.72*

5.00 00200 0.01*1 1.1* 2.17 1.00020 0.723

5.0D 00196 0.01*3 1.15 2.25 1.00019 0.723

5.00 00192 0.01*5 1.17 2.33 1.00019 0.723

5.00 a 00189 0.01*7 1.19 2.*1 1.00019 0.722

5.00 00185 0.0150 1.21 2.*9 1.00018 0.722

5.00 00182 0.0152 1.22 2.57 1.00018 0.722

5.00 00179 0.015* 1.2* 2.66 1.00018 0.721

5.00 00176 0.0156 1.26 2.75 1.00017 0.721

5.00 00173 0.0158 1.28 2.83 1.00017 0.721

5.00 00170 0.0161 1.29 2.92 1.00017 0.720

5.00 00167 0.0163 1. 31 3.01 1.00016 0.720

5.00 001*3 0.018* l.*7 3.95 1.0001* 0.718

5.00 00123 0.020* 1.62 k.99 1.00012 0.716

5.00 00111 0.0223 1.76 6.11 1.00011 0.71*

5.00 a 00100 0.02*3 1.89 7.31 1.00010 0.713

5.00 000667

5.00 000500

5.00 000*00

5.00 000333

5.00 000236

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF IUTROGEN

10 P3IA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY 3V CP VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUNO

OEG. R cu ft/. a CU FT-PSIA/L6 PSIA/R GTU/IB BTU/L8 BTU/LB-R BTU 1 LB -R FT/SEC

115.0 0. 01652 1910.0 250.0 -64.06 -64.03 0.5856 0.2320 0.4707 4239.0

120.0 0.01675 1640.0 225.0 -61.68 -61.64 0.6059 0.2409 0.4615 3897.0

125.0 0.01900 1420.0 204.0 -59.26 -59.22 0.6257 0.2433 0.4871 3 631.0

130.0 0.01927 1240.0 186.0 -56.81 -56.78 0.6448 0.2423 0.4900 3412.0

• 133.600 0.01947 1130.0 174.0 -55.05 -55.01 0.6583 0.2406 0.4914 3274.0

* 133.600 4.95 47.8 0.0798 22.99 32.16 1.311 0.1827 0.2635 565.3

135.0 5.006 46.4 0.0786 23.25 32.53 1.314 0.1825 0.2629 568.6 HO.O 5.211 50.6 0.0755 24.19 33.83 1.324 0.1318 0.2611 580.2

11.5.0 5.413 52.7 0.0725 25.11 35.14 1.333 0.1811 0.2595 591.5

150.0 5.614 54.8 0.0697 26.04 36.43 1.342 0.1806 0.2582 602.5

155.0 5.614 56.9 0.0672 26.95 37.72 1.350 0.1802 0.2571 613.3

160.0 6.013 59.0 0.0648 27.87 39.00 1.358 0. 1798 0.2562 62 3.8 165.0 6.211 61.0 0.0626 28.78 40.28 1.366 0.1795 0.2554 634.1

170.0 6.409 63.1 0.0606 29.69 41.56 1.374 0.1793 0.2547 644.2

175.0 6.606 65.1 0.0588 30.59 42.83 1.381 0.1791 0.2541 65 4.1 160.0 6.303 67.1 0.0570 31.50 44.10 1.388 0.1789 0.2535 66 3.3 165.0 6.999 69.1 0.0553 32.40 45.36 1.395 0.1787 0.2531 673.4

190.0 7.195 71.1 0.05 38 33.30 46.63 1.402 0.1786 0.2527 63 2.8 200.0 7.586 75.1 0.0510 35.10 49.15 1.415 0.1783 0.2520 701.2

205.0 7.781 77.1 0.0496 36.00 50.41 1.421 0.1782 0.2517 710.3

210.0 7.976 79.1 0.0484 36.90 51.67 1.427 0.1781 0.2515 719.1

215.0 6.170 31.1 0.0472 37.79 52.92 1.433 0.1781 0.2512 727.9 220.0 6.365 83.0 0.0461 38.69 54.18 1.439 0.1780 0.2510 736.5 225.0 6.559 85.0 0.0451 39.58 55.43 1.444 0.1779 0.2509 74 5.1 230.0 8.753 87.0 .0440 40.48 56.69 1.450 0.1779 0.2507 753.5

235.0 8.947 88.9 0.0431 41.37 57.94 1.455 0. 1778 0.2505 761.8

2<>0.0 9.141 90.9 0.0422 42.27 59.19 1.461 0.1778 0.2504 77 0.1 245.0 9.335 92.8 0.0413 43.16 60.45 1.466 0.1778 0.2503 778.2

250.0 9.528 94.8 0.0404 44.05 61.70 1.471 0. 1777 0.2502 786.3 255.0 9.722 96.3 0.0396 44.94 62.95 1.476 0.1777 0.2500 794.2

260.0 9.915 98.7 0.0368 45.84 64.20 1.481 0.1777 0.2499 802.1 265.0 10.11 101.0 0.0381 46.73 65.45 1.485 0.1776 0.2499 809.9 270.0 10.30 103.0 0.0374 47.62 66.70 1.490 0. 1776 0.2498 817.6

275.0 10.49 105.0 0.0367 48.51 67.94 1.495 0.1776 0.2497 82 5.3 260.0 10.69 107.0 0.0360 49.40 69.19 1.499 0. 1776 0.2496 832.8

285.0 10.88 108.0 0.0353 50.29 70.44 1.504 0.1776 0.2496 84 0.3 290.0 11.07 110.0 0.0347 51.18 71.69 1.508 0.1775 0.2495 84 7.8 295.0 11.27 112.0 0.0341 52.07 72.94 1.512 0.1775 0.2494 85 5.1 300.0 11.46 114.0 0.0336 52.96 74.18 1.516 0.1775 0.2494 86 2.4 310.0 11.85 118.0 0.0325 54.74 7o.68 1.525 0.1775 0.2493 876.8

320.0 12.23 122.0 0.0314 56.52 79.17 1.532 0.1775 0.2492 891.0

330.0 12.62 126.0 0.0305 58.30 81.66 1.540 0.1775 0.2491 904.9

31.0.0 13.00 130.0 0.0296 60.08 84.15 1.548 0. 1774 0.2491 918.7

350.0 13.39 134.0 0.0287 61.85 86.64 1.555 0.1774 0.2490 932.2

360.0 13.77 137.0 0.0279 63.63 83.13 1.562 0.1774 0.2489 94 5.5 370.0 14.15 141.0 0.0271 65.41 91.62 1.565 0.1774 0.2489 95 8.6 3S0.0 14.54 145.0 0.0264 67.19 94.11 1.575 0.1774 0.2488 971.5

390.0 14.92 149.0 0.0257 68.96 96.60 1.582 0.1774 0.2488 984.3 400.0 15.31 153.0 0.0251 70.74 99.03 1.588 0.1774 0.2468 99 7.0 410.0 15.69 157.0 0.0245 72.51 101.6 1.594 0.1774 0.2487 1009.0

420.0 16.08 161.0 0.0239 74.29 104.1 1.600 0.1774 0.2487 1022.0

430.0 16.46 164.0 0.0233 76.07 106.5 1.606 0.1774 0.2487 1034.0 440.0 16.84 168.0 0.0228 77.84 109.0 1.612 0.1774 0.2487 1046.0

450.0 17.23 172.0 0.0223 79.62 111.5 1.617 0. 1774 0.2486 1058.0

460.0 17.61 176.0 0.0218 81.39 114.0 1.623 0.1774 0.2486 1069.0

470.0 18. 00 180.0 0.0213 83.17 116.5 1.626 0.1774 0.2486 1081.0 460.0 18.38 184.0 0.0209 84.94 119.0 1.633 0.1774 0.2486 1092.0

490.0 18.76 186.0 0.0204 66.72 121.5 1.636 0.1774 0.2486 1104.0

500.0 19.15 191.0 0.0200 88.49 124.0 1.643 0.1774 0.2486 1115.0

510.0 19.53 195.0 0.0196 90.27 126.4 1.648 0.1774 0.2486 1126.0

520.0 19.92 199.0 0.0193 92. D4 123.9 1.653 0.1774 0.2486 1137.0

530.0 20.30 203.0 0.0189 93.82 131.4 1.658 0.1774 0.2486 1148.0

540.0 20.68 207.0 0.0185 95.59 133.9 1.663 0.1774 0.2486 1159.0 550.0 21.07 211.0 0.0182 97.37 13a.

4

1.667 0.1774 0.2486 1169.0

560.0 21.45 214.0 0.0179 99.14 136.9 1.672 0.1775 0.2486 1180.0 570.0 21.83 218.0 0.0176 100.9 141.4 1.676 0.1775 0.2486 1190.0

560.0 22.22 222.0 0.0173 102.7 143.8 1.680 0.1775 0.2466 1201.0

590.0 22.60 226.0 0.0170 104.5 146.3 1.685 0. 1776 0.2487 1211.0 600.0 22.98 230.0 0.0167 106.2 148.8 1.689 0.1776 0.2487 1221.0 700.0 26.82 268.0 .0143 124.0 173.7 1.727 0.1782 0.2493 1318.0 600.0 30.65 307.0 0.0125 141.9 193.7 1.761 0.1794 0.2504 1408.0

900.0 34.49 345.0 0.0111 159.9 223.3 1.790 0.1812 0.2522 149 2.0 1000.0 38.32 363.0 0.0100 178.2 243.1 1.817 0.1835 0.2545 1569.0

15 0.0 57.48 575.0 0.00667 273.6 380.1 1.923 0.1987 0.2696 1901.0

2000.0 76.63 766.0 0.00500 376.6 518.5 2.002 0.2125 0.2835 2176.0 2500.0 95. 79 958.0 . 00400 485.5 662.9 2.067 0.2224 0.2934 2420.0

3000.0 114.9 1150.0 0.00333 598.5 311.4 2.121 0.2293 0.3002 2641.0

3500.0 134. 1 1340.0 0.00286 714.4 962.7 2.167 0.2340 0.3050 2846.0

TWO-PHASE 30UNDAP.Y
10 PSIA ISOBAR

THERMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE OENSITY

DEG. R LB/CU FT

VCOH/OV) VIDP/DU) -VIDP/DV) BTU/LB PSIA-CU FT/BTU PSIA

(OV/OTI/V THERMAL VISCOSITY THERHAL OIELECTRIC P CONDUCTIVITY QIFFUSIVITY CONSTANT

1/DEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

PRANOTL NUMBER

115.0 54 00 194.0 20.0 120.0 53 3l( 187.0 17.5 125.0 52 63 179.0 15.9 130.0 51 90 170.0 14.8 133.600 51 36 164.0 14.1 133.600 2020 31.9 2.16

135.0 1997 32.3 2.16

11.0.0 a 1919 33.6 2.16

11.5.0 181.7 34.9 2.17

150.0 1781 36.2 2.17

155.0 1720 37.5 2.17 160.0 1663 38.8 2.17 165.0 1610 40.0 2.17

170.0 1560 41.3 2.17 175.0 ism 42.6 2.17 160.0 li(70 43.9 2.17 185.0 11.29 45.2 2.17 190.0 1390 46.4 2.17 200.0 1318 49.0 2.17 205.0 1235 50.2 2.17 210.0 125* 51.5 2.17 215.0 1224 52.8 2.17 220.0 1195 54.0 2.17 225.0 1168 55.3 2.17 230.0 111(2 56.5 2.17 235.0 1118 57.8 2.17

2<>0.0 10 14 59.1 2.17

21.5.0 1071 60.3 2.17 250.0 101(9 61.6 2.17 255.0 1029 62.8 2.17

260.0 1009 64.1 2.17 265.0 09893 65.3 2.17 270.0 09707 66.6 2.17 275.0 a 09528 67.9 2.17

260. a 09355 69.1 2.17

285.0 09190 70.4 2.17

290.0 09030 71.6 2.17 295.0 08876 72.9 2.17

300.0 08726 74.1 2.17 310.0 0841(2 76.6 2.17

320.0 08175 79.1 2.17

330.0 07927 81.6 2.17

31.0.0 07692 64.1 2.17

350.0 071(71 86.6 2.17 360.0 07262 69.1 2.17

370.0 O7065 91.6 2.16

380.0 06378 94.1 2.16

390.0 06701 96.6 2.16

<.oo.o 06533 99.1 2.16

itlO.O 06373 102.0 2.16

i>20.0 06220 104.0 2.16

1.30.0 0607s 107.0 2.16

1.1.0.0 05937 109.0 2.16

1.50.0 0580k 112.0 2.16

1(60.0 05678 114.0 2.16

1.70.0 05557 117.0 2.16

1.80.0 05i(i(l 119.0 2.16

1(90.0 05329 122.0 2.16 500.0 05222 124.0 2.16 510.0 05120 127.0 2.16 520.0 05021 129.0 2.16 530.0 01(926 132.0 2.16

51(0.0 a 01(835 134.0 2.16

550.0 047i(7 137.0 2.16 560.0 01(662 139.0 2.16

570.0 01(580 142.0 2.16

580.0 01(501 144.0 2.16 590.0 0<(i(21( 147.0 2.16 600.0 01(351 149.0 2.16 700.0 03723 174.0 2.15 800.0 03262 200.0 2.14 900.0 02900 227.0 2.12 1000.0 02610 254.0 2.09 1500.0 a 0171(0 405.0 1.93 2000.0 01305 567.0 1.80 2500.0 0101(4 734.0 1.72 3000.0 008700 901.0 1.67 3500.0 007458 1070.0 1.64

03000.0 00242 .0940 19 7 . 37 1.46531 3.56 87500.0 00257 .0908 16 e 0.00354 1.45888 3.20 74800.0 00272 .0877 14 6 0.00342 1.45217 2.91 64500.0 00288 .0845 13 0.00332 1.44518 2.72 58200.0 00299 .0822 12 2 0.00326 1.43997 2.62 9.66 00826 .00419 347 0.0786 1.00152 0.786

9.67 00815 .00423 .350 0.0805 1.00150 0.784

9.71 00778 .00438 361 0.0874 1.00145 0.776

9.74 00744 .00453 373 0.0944 1.00139 0.770

9.76 00714 .00467 385 0.102 1.00134 0.765

9.79 00686 .00482 397 0.109 1.00130 0.761

9.81 00661 00497 409 0.117 1.00125 0.758

9.82 00638 .00512 421 0.125 1.00121 0.755 9.84 00616 00527 433 0.133 1.00118 0.753

9.85 00596 00542 445 0.141 1.00114 0.751

9.86 00578 00557 457 0.149 1.00111 0.749

9.87 00560 00572 469 0.153 1.00108 0.748

9.88 00544 00587 431 0.167 1.00105 0.746

9.90 00515 .00616 506 0.186 1.00099 0.7 44 9.91 00501 00631 518 0.195 1.00097 0.743

9.91 00488 00646 530 0.205 1.00094 0.743 9.92 00476 00661 542 0.215 1.00092 0.742

9.93 00465 00675 554 0.225 1.00090 0.741 9.93 00454 00690 566 0.235 1.00088 0.740 9.93 00443 .00705 578 0.246 1.00086 0.740 9.94 00433 00719 590 0.257 1.00084 0.7 39 9.94 00424 00734 601 0.268 1.00082 0.739

9.95 00415 00748 613 0.279 1.00081 0.738 9.95 00406 00763 62 5 0.291 1.00079 0.738 10.0 00398 00777 636 0.302 1.00077 0.737

10.0 00390 00791 648 0.314 1.00076 0.737

10.0 00382 00806 659 0.326 1.00075 0.736

10.0 00375 00820 671 0.338 1.00073 0.736 10.0 368 00834 682 0.350 1.00072 0.735 10.0 00361 00848 693 0.363 1.00070 0.735

10.0 00355 00862 705 0.376 1.00069 0.735

10.0 00348 00876 D 716 0.389 1.00068 0.734

10.0 00342 00890 727 0.402 1.00067 0.734

10.0 00336 00904 738 0.415 1.00066 0.733

10.0 00325 00931 760 0.442 1.00064 0.733

10.0 00315 a 00958 782 0.470 1.00062 0.732 10.0 00305 00985 803 0.499 1.00060 0.731 10.0 00296 0101 825 0.528 1.00058 0.731

10.0 00287 .0104 846 0.558 1.00056 0.730

10.0 00279 0106 867 0.589 1.00055 0.730

10.0 a 00272 0109 887 0.620 1.00053 0.729 10.0 00264 0112 908 0.652 1.00052 0.729

10.0 00253 0114 928 0.685 1.00050 0.728

10.0 00251 0117 948 0.713 1.00049 0.728

10.0 00245 0119 968 0.752 1.00048 0.727

10.0 00239 0122 987 0.786 1.00047 0.727 10.0 00233 0124 1 01 0.821 1.00046 0.726

10.0 00228 0127 1 03 0.857 1.00045 0.726

10.0 00223 0129 1 04 0.893 1.00044 0.725

10.0 00218 0131 1 06 0.930 1.00043 0.725

10.0 a 00213 0134 1 08 0.968 1.00042 0.725 10.0 00209 0136 1 10 1.01 1.00041 0.724 10.0 00205 0136 1 12 1.04 1.00040 0.724

10.0 00200 0141 1 14 1.08 1.00039 0.724 10.0 00196 0143 1 16 1.12 1.00039 0.723

10.0 00193 0145 1 17 1.16 1.00038 0.723

10.0 00189 0147 1 19 1.20 1.00037 0.723

10.0 00186 D 0150 1 21 1.25 1.00036 0.7 22 10.0 00182 0152 1 23 1.29 1.00036 0.722

10.0 00179 0154 1 24 1.33 1.00035 0.722

10.0 00176 0156 1 26 1.37 1.00034 0.721 10.0 00173 0159 1 28 1.42 1.00034 0.721 10.0 00170 0161 1 29 1.46 1.00033 0.721

10.0 00167 a 0163 1 31 1.50 1.00033 0.720

10.0 00143 0184 1 47 1.98 1.00028 0.718 10.0 00125 0204 1 62 2.49 1.00025 0.716

10.0 00111 0223 1 76 3.05 1.00022 0.714

10.0 00100 0243 1 89 3.65 1.00020 0.713 10.0 000667

10.0 000500 10.0 000400

10.0 000333

10.0 000236

THO-PHASE 30UN0ARY
THERMODYNAMIC PROPERTIES OF NITROGEN

.696 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY CV CP VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

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

115.0 0.01852 1910.0 250.0 -64.07 -64.02 0.5856 0.2321 0.4706 4239.0

120.0 0. 01875 161.0.0 225.0 -61.68 -61.63 0.6059 0.2410 0.4814 3897.0 125.0 0.01900 11.20.0 204.0 -59.26 -59.21 0.6256 0.2434 0.4670 3631.0 130.0 0.01927 121.0.0 186.0 -56.82 -56.77 0.6448 0.2424 0.4899 3412.0 135.0 0.01955 1090.0 170.0 -54.37 -54.31 0.6633 0.2399 0.4917 3224.0

• 139.200 0.01981 987.0 158.0 -52.29 -52.23 0.6785 0.2374 0.4931 3081.0

• 139.200 3.1.73 48.7 0.115 23.77 33.22 1.293 0. 1842 0.2683 573.6

1 1.0.0 3.1.95 49.1 0.114 23.92 33.43 1.294 0.1840 0.2679 575.5

11.5.0 3.636 51.3 0.109 24.86 34.76 1.304 0. 1831 0.2654 587.2

150.0 3. 776 53.5 0.105 25.81 36.08 1.313 0.1823 0.2634 59 8.6 155.0 3.915 55.7 0.101 26.74 37.39 1.321 0.1816 0.2616 60 9.7 160.0 4.053 57.8 0.0969 27.67 38.70 1.330 o.ian 0.2602 62 0.5 165.0 4.190 60.0 0.0936 28.59 40.00 1.338 0. 1806 0.2589 631.1

170.0 4.327 62.1 0.0904 29.51 41.29 1.345 0.1802 0.2579 641.4

175.0 4.463 64.1 0.0875 30.43 42.58 1.353 0.1799 0.2570 651.5

lao.o 4.599 66.2 0.0848 31.34 43.86 1.360 0.1796 0.2562 661.5

165. 4.734 68.3 0.0823 32.25 45.14 1.367 0. 1794 0.2555 671.2

190.0 4.369 70.3 0.0 7 99 33.16 46.41 1.374 0.1792 0.2549 68 0.8 200.0 5.137 74.1. 0.0756 34.97 48.96 1.387 0.1788 0.2538 699.5

205.0 5.271 76.4 0.0736 35.88 50.22 1.393 0.1787 0.2534 708.6 210.0 5.1.05 78.4 0.0717 36.78 51.49 1.399 0.1765 0.2530 717.6

215.0 5.539 80.4 0.0699 37.68 52.75 1.405 0.1784 0.2527 72 6.5 220.0 5.672 82.4 0.0662 36.58 54.02 1.411 0. 1783 0.2524 73 5.2 225.0 5.805 B4.4 0.0666 39.48 55.28 1.417 0.1782 0.2521 743.8

230.0 5.938 86.4 0.0651 40.38 56.54 1.422 0.1782 0.2519 752.3

235.0 6.071 68.4 0.0637 41.28 57.80 1.428 0. 1781 0.2516 76 0.7 240.0 6.203 90.4 0.0623 42.17 59.05 1.433 0.1780 0.2514 769.1

21.5.0 6.336 92.4 0.0610 43.07 60.31 1.438 0.1780 0.2512 77 7.3 250.0 6.1.68 94.3 0.0597 43.97 61.57 1.443 0.1779 0.2511 785.4

255.0 6.600 96.3 0.0585 44.86 62.82 1.448 0.1779 0.2509 793.4

260.0 6.733 98.3 0.0573 45.75 64.08 1.453 0.1778 0.2508 801.3

265.0 6.865 100.0 0.0562 46.65 65.33 1.456 0.1778 0.2506 809.2

270.0 6.997 102.0 0.0551 47.54 66.58 1.462 0.1778 0.2505 816.9

275.0 7.129 104.0 0.0541 48.44 67.84 1.467 0. 1777 0.2504 824.6

280. 7.261 106.0 0.0531 49.33 69.09 1.472 0.1777 0.2503 832.2

285.0 7.392 108.0 0.0521 50.22 7 0.34 1.476 0.1777 0.2502 839.3

290.0 7.521. 110.0 0.0512 51.11 71.59 1.480 0.1777 0.2501 847.2 295.0 7.656 112.0 0.0503 52.00 72.84 1.485 0.1776 0.2500 85 4.6 300.0 7.787 114.0 0.0495 52.90 74.09 1.489 0.1776 0.2499 862.0 310.0 8.050 118.0 0.0478 54.68 76.59 1.497 0.1776 0.2498 876.4

320.0 8.313 122.0 0.0463 56.46 79.08 1.505 0.1776 0.2497 89 0.7 330.0 6.576 126.0 0.0449 58.24 81.58 1.513 0. 1775 0.2495 904.6

31.0.0 8.839 130.0 0.0435 60.02 84.08 1.520 0.1775 0.2494 918.4

350.0 9.101 133.0 0.0423 61.80 86.57 1.527 0.1775 0.2494 93 2.0 360.0 9.363 137.0 0.0411 63.58 89.06 1.534 0.1775 0.2493 94 5.3 370.0 9.626 141.0 0.0399 65.36 91.56 1.541 0.1774 0.2492 95 8.5 380.0 9.888 145.0 0.0389 67.14 94.05 1.548 0.1774 0.2491 971.4

390.0 10.15 149.0 0.0379 68.92 96.54 1.554 0.1774 0.2491 984.2

1.00.0 10. Itl 153.0 0.0369 70.69 99.03 1.561 0.1774 0.2490 997.0

1.10.0 10.67 157.0 0.0360 72.47 101.5 1.567 0.1774 0.2490 1009.0

1.20.0 10.91. 161.0 0.0351 74.25 104.0 1.573 0.1774 0.2489 1022.0

1.30.0 11.20 164.0 0.0343 76.0 3 106.5 1.579 0.1774 0.2489 1034.0

1.1.0.0 11.1.6 168.0 0.0335 77.80 109.0 1.584 0.1774 0.2489 1046.0

1.50.0 11.72 172.0 0.0328 79.58 111.5 1.590 0.1774 0.2483 1058.0

1.60.0 11.98 176.0 0.0321 81.36 114.0 1.595 0.1774 0.2488 1069.0

1.70.0 12.2<> 180.0 0.0314 83.13 116.5 1.601 0. 1774 0.2438 1081.0

1.60.0 12.51 164.0 0. 0307 84.91 118.9 1.606 0.1774 0.2488 1092.0

1.90.0 12.77 188.0 0.0301 86.68 121.4 1.611 0.1774 0.2487 1104.0 500.0 13.03 191.0 0.0295 86.46 123.9 1.616 0.1774 0.24B7 1115.0 510.0 13.29 195.0 0.0289 90.24 126.4 1.621 0.1774 0.2487 1126.0

520.0 13.55 199.0 0.0283 92.01 128.9 1.626 0.1774 0.2487 113 7.0 530.0 13.81 203.0 0.0278 93.79 131.4 1.631 0.1774 0.2487 1148.0

51.0.0 14. 07 207.0 0.0273 95.56 133.9 1.635 0.1774 0.2487 1159.0

550.0 lit. 33 211.0 0.0268 97.34 136.3 1.640 0.1775 0.2487 117 0.0 560.0 lit. 60 214.0 0.0263 99.12 133.8 1.644 0.1775 0.2487 1180.0 570.0 lit. 86 218.0 0.0258 100.9 141.3 1.649 0. 1775 0.2487 1191.0

580.0 15.12 222.0 0.0254 102.7 143.3 1.653 0.1775 0.2488 1201.0

590.0 15.38 226.0 0.0250 104.4 146.3 1.657 0.1776 0.2488 1211.0 600.0 15.611 230.0 0.0245 106.2 148.8 1.661 0.1776 0.2488 1221.0

700.0 16.25 268.0 0.0210 124.0 173.7 1.700 0. 1782 0.2493 1319.0 800.0 20.86 307.0 0.0184 141.9 198.7 1.733 0.1794 0.2505 140 8.0 900.0 23.1.7 345.0 0.O163 159.9 223.8 1.763 0. 1812 0.2522 1492.0

1000.0 26.08 383.0 0.0147 178.2 249.1 1.789 0. 1835 0.2545 1570.0

1500.0 39.11 575.0 0.00980 273.6 380.1 1.895 0.1987 0.2697 1902.0 2000.0 52.15 767.0 0.00735 376.6 513.5 1.975 0.2125 0.2835 2177.0

2500.0 65.18 958.0 0.00588 485.5 662.9 2.039 0.2224 0.2934 2420.0

3000.0 78.22 1150.0 0.00490 598.5 811.4 2.094 0.2293 0.3002 2 641.0

35 0.0 91.25 1340.0 0.00420 714.4 962.7 2.140 0.2340 0.3050 2 84 6.0

THO-PHASE BOUNOARY
14.696 S>SI» ISOBAR

THERHOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE DENSITY

OEG. R LB/CU FT

V(OH/OV! VIDP/DU) -V.OP/OV) BTU/L8 PSIA-CU FT/BTU PSIA

115.0 120.0

125.0

130.0

135.0 139.200

139.200

140.0

1 1.5.0 150.0

155.0

160.0

165.0 170.0

175.0

13 0.0 185.0

190.0 200.0 205.0

210.0 215.0

220.0

225.0 230.0

235.0

2i>0.0

21.5.0 250.0

255.0 260.0

265.0

270.0

275.0 260.0 285.0

290.0

295.0

300.0 310.0 320.0

330.0

340.0 350.0

360.0 370.0

380.0

390.0

1*00.0

1(10.0

1.1.0.0 1.50.0 1.60.0

1.70.0

1.80.0

1.90.0 500.0 510.0

520.0

530.0

51.0.0 550.0

560.0

570.0

580.0 590.0

600.0 700.0

600.0

900.0

1000.0

1500.0 2000.0

2500.0

3000.0

3500.0

5 k. 01 53.31.

5 2.61. 51.91

51.15

50.1(8 0.2879

0.2861 0.2750

0.261.8

0.2551.

0.21.67 0.2386

0.2311

0.221.1 0.2171. 0.2112

0.2051.

0.191.6 0.1897

0.1850 0.1806

0.1763

0.1723

0.1681.

0.161.7 0.1612

0.1578

0.151.6 0.1515

0. 11.85 0.11.57

0.11.29 0.11.03 0.1377

0.1353 0.1329

0.1306

0.1281.

0.121.2 0.1203

0.1166

0.1131 0.1099

0.1068 0.1039

0. 1011 0.09852

0.09603

0.09369

0.0911.5 0.08931

0. 08727 0.08532

0. 08 if. 0.08169 0.07997 0.07833

0.0767i

0. 07525

0.07380

0. 0721.0 0.07105

0.06976

0. 06851 0.06731

0. 06615 0.06502 0.0639.

0.051.79

0.01.791. 0.01.261 0.03835

0.02557

0.01918

0. 01534 0.01273

0.01095

191.. 187.0 179.0

170.0

162.0

156.0 32.8

33.0

3".. 3

52.5 53.7

70.2

71.1.

81.. 86.5

39.0

101.0

101.. 106.0

109.0 111.0

114.0

116.0 119.0

121.0

121.. 126.0 129.0

131.0

131.. 136.0

139.0

11.1.0

li.it. 11.7.0

1 49.0

171.. 200.0

227.0

251.. 1.05.0 567.0

731.. 901.0

1070.0

2.17

2.17

2.17 2.17

2.17 2.17

2.17

2.17 2.17 2.17

2.17

2.17

103000.0

87500.0

71.900.0 64500.0

56000.0

1.9800.0 14.0

11..

11..

6

11..

11..

7

It..

lit.

11.. 7

lit. 7

11..

7

11.. 14.7

lit. 7 lit.

7

OV/OTWV THERMAL VISCOSITY P CONDUCTIVITY

1/OEG. R 8TU/FT-HR-R LB/FT-SEC

0.0021.2 0.00257 0.00272

0.0028i) 0.00303

0.00317

0.00918

0.00812 0.00773

0.00733

0.00707

0.00679

0.00651. 0.00630 0.00609

0.00589

0.00570 0.00553

0.00522

0.00503

0.001.91! 0.001.82

0.001.70 0.001.53

0.001.1.7 0.001.37 0.001.27

0.001.13 0.001.03

0. 00401 0.00393

0.00385

0.00377

0.00370

0.00363 0.00356

0.00350

0.0031,1. 0.00333

0.00327 0.00316

0.00306

0.00297

0.00289

0.00280

0. 00272 0.00265

0.00258

0.00252

0.0021.5 0.00239

0.0023it 0.00228 0.00223

0.00213

0.00211. 0.00209

0.00205

0.00201

0. 00197 0.00193

0.00169

0.00186 0.00182 0.00179

0.00176

0.00173

0.00170

0.00167 0.00143

0.00125

0.00111

0. 00100 0.000667

0.000500

0. 0001.00 0.000333

0.000286

.091.0 19 8 .0909 16 6 .0877 14 6 .081.5 13 .0811. 11 9 .0787 11 .001.39 362

.001+1.2 364

.001.56 375

.001.71 387

.001.86 399 .00501 411 .00515 423 .00530 435

.0051.5 447 .00560 459 .00575 471 .00590 433 .00619 507

0063". 519

.0061.9 531 .00663 543 .00678 555 00693 567 .00707 579 00722 591 .00736 603 00750 614 00765 626 00779 638 00793 649

00808 661 00822 672 00836 683 00850 695

00661. 706 00878 717 00891 728 00905 a 739 00933 751 00960 783 00987 804 0101 626

0101. 847 0107 867 0109 888 0112 908

Ollit 929 0117 949 0119 96 8 0122 988 0124 1 01 0127 1 03 0129 1 05 0131 1 06 0134 1 08 0136 1. 10 0138 1 12

0.0145

0.0146

0.0150 0.0152

0.0154 0.0156

0.0159

0.0161 0.0163

0.0184

0.0204

THERHAL DIELECTRIC PRANOTL DIFFUSIVITY CONSTANT NUMBER

SO FT/HR

0.00370 1.46533 3.56 0.00354 1.45891 3.20 0.00342 1.45220 2.92

0.00332 1.44521 2.72

0.00324 1.43796 2.59 0.00316 1.43163 2.49

0.0569 1.00217 0.7 96 0.0576 1.00216 0.7 94 0.0625 1.00207 0.7 86 0.0675 1.00200 0.779

0.0 7 27 1.00192 0.773

0.0780 1.00186 0.768

0.0 8 34 1.00180 0.764

0.0890 1.00174 0.761 0.0947 1.00169 0.758

0.101 1.00164 0.756

0.106 1.00159 0.754

0.113 1.00155 0.752 0.125 1.00147 0.749 0.132 1.00143 0.747

0.139 1.00139 0.746

0.145 1.00136 0.745 0.152 1.00133 0.7 44 0.159 1.00130 0.743

0.167 1.00127 0.7 43 0.174 1.00124 0.7 42 0.162 1.00121 0.741 0.189 1.00119 0.740 0.197 1.00116 0.740 0.205 1.00114 0.7 39 0.213 1.00112 0.739

0.221 1.00110 0.738 0.229 1.00108 0.737

0.238 1.00106 0.737 0.247 1.00104 0.736

0.255 1.00102 0.736

0.264 1.00100 0.7 36 0.273 1.00098 0.735 0.262 1.00097 0.735

0.301 1.00094 0.734

0.320 1.00091 0.733

0.339 1.00088 0.732 0.359 1.00085 0.732

0.379 1.00083 0.731

0.40 1.00080 0.730 0.422 1.00078 0.730

0.443 1.00076 0.729

0.466 1.00074 0.729 0.488 1.00072 0.728 0.511 1.00071 0.728 0.535 1.00069 0.727 0.559 1.00067 0.727 0.583 1.00066 0.726

0.608 1.00064 0.7 26 0.633 1.00063 0.725

0.658 1.00062 0.725 0.684 1.00060 0.725

0.711 1.00059 0.7 24 0.737 1.00056 0.724

0.764 1.00057 0.723

0.792

0.820

0.848 0.876

0.905 0.934

0.964 0.994

1.00056

1.00055 1.00054

1.00053

1.00052

1.00051

1.00050 1.00049

1.00046

1.00041 1.00036

1.00032

1.00029

0.723

0.723

0.7 22 0.722

0.7 22 0.721

0.721 0.721

0.721 0.718 0.716

0.714

0.713

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF NITROGEN

15 P3IA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY CV CP VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

OE3. r CU FT/.

3

CU FT-PSIA/L6 PSIA/R 3TU/LB BTU/LS 3TU/LB-R BTU / LB -R FT/SEC

115.0 0.01852 1910.0 250.0 -64.07 -64.02 0.5856 0.2322 0.4706 4239.0

120.0 0.01875 1640.0 225.0 -61.69 -61.63 0.6059 0.2410 0.4814 3897.0 125.0 0.01900 1420.0 204.0 -59.26 -59.21 0.6256 0.2434 0.4870 3 631.0 130.0 0.01927 1240.0 186.0 -56.82 -56.77 0.6448 0.2424 0.4899 3412.0

135.0 0.01955 1090.0 170.0 -54.37 -54.31 0.6633 0.2399 0.4917 3224.0

• 139.500 0.01983 979.0 157.0 -52.13 -52.08 0.6796 0.2372 0.4932 3071.0

• 139.500 3.1.08 46.8 0.117 23.81 33.23 1.292 0. 1843 0.2686 574.0

140.0 3.1.21 49.0 0.117 23.90 33.40 1.293 0.1842 0.2684 575.1

11.5.0 3.559 51.2 0.112 24.65 34.73 1.302 0.1832 0.2658 586.9

150.0 3.697 53.4 0. 107 25.79 36.06 1.311 0.1824 0.2637 596.3

155.0 3.833 55.6 0.103 26.73 37.37 1.320 0.1817 0.2620 609.4

160.0 3. 968 57.8 0.0991 27.66 38.68 1.328 0.1612 0.2605 62 0.3 165.0 it. 103 59.9 0.0956 28.58 39.98 1.336 0.1807 0.2592 630.9

170.0 4.237 62.0 0.0924 29.50 41.27 1.344 0.1803 0.2581 641.2

175.0 -.371 64.1 0.0894 30.42 42.56 1.351 0.18D0 0.2572 651.4

180.0 4.504 66.2 0.0666 31.33 43.84 1.358 0.1797 0.2563 661.3

185.0 it. 636 68.2 0.0840 32.24 45.12 1.365 0.1794 0.2556 671.1

190.0 4.768 70.3 0.0816 33.15 48.40 1.372 0.1792 0.2550 68 0.7 200.0 5.032 74.3 0.0772 34.97 43.94 1.385 0.1788 0.2540 699.4

205.0 5.163 76.4 0.0751 35.87 50.21 1.392 0.1787 0.2535 708.5

210.0 5.291. 76.4 0.0732 36.77 51.48 1.398 0.1786 0.2531 717.5

215.0 5.1.25 80.4 0.0714 37.67 52.74 1.404 0.1785 0.2528 726.4

220.0 5.556 82.4 0.06 97 38.58 54.01 1.409 0.1784 0.2525 735.1

225.0 5.686 64.4 0.0661 39.47 55.27 1.415 0.1783 0.2522 743.7

230.0 5.816 86.4 0.0665 40.37 56.53 1.421 0.1782 0.2519 75 2.3 235.0 5.91.6 88.4 0.0650 41.27 57.79 1.426 0. 1781 0.2517 76 0.7

21.0.0 6.076 90.4 0.0636 42.17 59.05 1.431 0.1781 0.2515 769.0

21.5.0 6.206 92.3 0.0622 43.06 60.30 1.437 0.1780 0.2513 777.2

250.0 6.336 94.3 0.0609 43.96 61.56 1.442 0.1779 0.2511 78 5.3 255.0 6.1.66 96.3 0.0597 44.85 62.81 1.447 0.1779 0.2510 79 3.3 260.0 6.595 98.3 0.0585 45.75 64.07 1.452 0.1779 0.2506 801.3

265.0 6.725 100.0 0.0574 46.64 65.32 1.456 0.1776 0.2507 809.1 270.0 6.851. 102.0 0. 0563 47.54 66.58 1.461 0.1778 0.2506 616.9

275.0 6.98 3 104.0 0.0552 4B.43 67.83 1.466 0.1777 0.2504 824.6

280.0 7.113 106.0 0.0542 49.32 69.08 1.470 0.1777 0.25 3 832.2

285.0 7.21.2 108.0 0.0532 50.22 70.33 1.475 0.1777 0.2502 639.7

290.0 7.371 110.0 0.0523 51.11 71.58 1.479 0.1777 0.2501 847.2

295.0 7.500 112.0 0.0514 52.00 72.83 1.483 0.1776 0.2500 654.6

300.0 7.629 114.0 0.0505 52.89 74.08 1.487 0.1776 0.2500 861.9

310.0 7.887 118.0 0.0488 54.67 76.58 1.496 0.1776 0.2498 876.4

320.0 8.11.1. 122.0 0.0473 56.46 79.08 1.503 0.1776 0.2497 89 0.6 330.0 6.1.02 126.0 0.0458 58.24 81.58 1.511 0.1775 0.2496 90 4.6

31.0.0 8.659 130.0 0.0444 60.02 84.07 1.519 0.1775 0.2495 916.4

350.0 8.916 133.0 0.0431 61.80 86.56 1.526 0.1775 0.2494 931.9

360.0 9.173 137.0 0.0419 63.58 89.06 1.533 0.1775 0.2493 94 5.3 370.0 9.1.30 141.0 0.0408 65.36 91.55 1.540 0.1775 0.2492 95 8.4 360.0 9.687 145.0 0.0397 67.14 94.04 1.546 0.1774 0.2492 971.4

390.0 9.91.1. 149.0 0. 0387 68.91 96.53 1.553 0.1774 0.2491 98 4.2

1.00.0 10.20 153.0 0.0377 70.69 99.03 1.559 0.1774 0.2490 997.0

•.10.0 10.1.6 157.0 0.0368 72.47 101.5 1.565 0.1774 0.2490 1009.0

1.20.0 10.71 161.0 0.0359 74.25 104.0 1.571 0.1774 0.2490 1022.0

1.30.0 10.97 164.0 0.0350 76.02 106.5 1.577 0.1774 0.2469 1034.0

1.1.0.0 11.23 168.0 0.0342 77.80 109.0 1.583 0.1774 0.2489 1046.0

1.50.0 11.1.8 172.0 0.0335 79.56 111.5 1.588 0.1774 0.2488 105 8.0

•.60.0 11.71. 176.0 0.0327 81.35 114.0 1.594 0.1774 0.2488 1069.0

1.70.0 12.00 180.0 0.0320 83.13 116.4 1.599 0. 1774 0.2488 1081.0

1.80.0 12.25 184.0 0.0313 84.91 118.9 1.604 0.1774 0.2488 1092.0

1.90.0 12. 51 les.o 0.0307 86.68 121.4 1.610 0.1774 0.2488 1104.0 500.0 12.76 191.0 0.0301 88.46 123.9 1.615 0.1774 0.2487 1115.0

510.0 13.02 195.0 0.0295 90.23 126.4 1.620 0.1774 0.2487 1126.0

520.0 13.28 199.0 0.0289 92.01 128.9 1.624 0.1774 0.2487 1137.0 530.0 13.53 203.0 0.0284 93.79 131.4 1.629 0.1774 0.2487 1148.0

51.0.0 13.79 207.0 0.0278 95.56 133.9 1.634 0.1774 0.2487 1159.0

550.0 lit. 04 211.0 0.0273 97.34 136.3 1.638 0.1775 0.2487 1170.0

560.0 14. 30 214.0 0.0268 99.11 138.8 1.643 0.1775 0.2487 1180.0 570.0 14.56 216.0 0.0264 100.9 141.3 1.647 0.1775 0.2497 1191.0 580.0 14. 81 222.0 0.0259 102.7 143.8 1.652 0.1775 0.2488 1201.0

590.0 15.07 226.0 0.0255 104.4 146.3 1.656 0.1776 0.2488 1211.0

600.0 15. 32 230.0 0.0250 106.2 143.8 1.660 0.1776 0.2488 1221.0 700.0 17.38 268.0 0.0215 124.0 173.7 1.698 0.1782 0.2493 1319.0

800.0 20.1.1. 307.0 0.0188 141.9 198.7 1.732 0.1794 0.2505 1408.0 900.0 22.99 345.0 0.0167 159.9 223.8 1.761 0.1812 0.2522 1492.0

1000.0 25.55 363.0 0.0150 178.2 249.1 1.788 0.1835 0.2545 1570.0

1500.0 38.32 575.0 0. 0100 273.6 380.1 1.894 0.1987 0.2697 1902.0

2000.0 51. 09 767.0 0.00750 376.6 518.5 1.974 0.2125 0.2835 2177.0

2500.0 63.86 958.0 0.00600 485.5 662.9 2.038 0.2224 0.2934 2420.0

3000.0 76.63 1150.0 0.00500 596.5 811.4 2.092 0.2293 0.3002 2641.0

3500.0 89.40 1340.0 0.00429 714.4 962.7 2.139 0.2340 0.3050 2846.0

THO-PHASE BOUNDARY
15 P5I0 ISOBAR

THERMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE OENSITY

OEG. R L6/CU r T

115.0

120.0

125.0

130.0 135.0 139.500

135.500

1<.0.0

1 1.5.0

V<OH/DJ»T-

1 kMCP/OUl,. -(MDP/DW)^ P V T. BTU/L3 PSIA-CU FT/BTU PSIA

150. J 155.0

160.0

165.0

170.0 175.0

160.0 165.0

190.0 200.0

205.0

210.0

215.0

220.0

225.0

230.0

235.0

21.0.0

21.5.0 250.0 255.0

260.0 265.0

270.0

275.0

260.0 265.0 290.0

295.0

300.0 310.0

320.0

330.0

31.0.0 350.0

360.0 370.0

380.0

390.0

i>00.0

1.10.0

1.50.

1.60.

520.0

530.0

51.0.0 550.0

560.0 570.0

560.0

590.0 600.0

700. 600.0

300.0

1000.0 1500.0

2000.0

250G.0

3000.0

3500.0

51.91

51.15

50.H3

0.2931. 0.2923

0.2610 0.2705

0. 2609 0.2520

0. 21.37 0.23o0

0.2286

0.2220 0.2157

0.2097

0.1987

0.1937

0. 1669 .1843 0.18 0.1759

0. 1719 0.1682

0.161.6 0.1611

0.15 76

0. 151.7

0.11.06 0.1361 0.1357

0.1333

0.1311

0.1266

0.1228

0.119 0.1155

0.1122

0.10 30 0.1060 0.1032 0.1006

0.09804

0.09563

0.09331. 0.09116

.06303 0.06703 0.06513

0.06337

0.08162

0.07335

0.07335

0.07681 0.07532

0.07390 0.07253

0.07120

0.06393

0. 06370 0.06751 0.06637

0. 06525 0.05592

0.01.393

0.01.31.3

0. D3914

0.i.'6 03 0.01957 0.01565

0. 01305 0.01113

195.0 137.0 173.0

170.0 162.0 155.0

32.6

33.0

3".. 3

103000.0 87500.0

71.900.0 61.600.0 56000.0

1.91.00.0

91.5

94.0

101.. 106.0 109.0

111.0

114.0

116.0

119.0

121.0

121.. 126.0

129.0

131.0

131.. 136.0 133.0

141.0

li.i.. 11(6.0

11(3.0 174.0 200.0

227.0

251.. 1(05.0 567.0

731.. 901.0 1070.0

15.0

15.0 15.0

15.0

15.0 15.0

15.0

15.0

(3K/0T1V1/ THE = HAl VISCOSITY CONDUCTIVITY

1/9EC. R BTU/FI-HR-R LE/FT-SEC

.0021.2 .00257

.00272

.00283

. 00303 .00313

. 00313

0.0071.0 0.00703

0. 00681 0.00655

0. 0O631 0.00610

0.00590

0.00571

0.00551. 0.00522

0.00503

0.001.95

0.001(13 0.001(09

0. 001(01 0.00393 0.00385

0.00377

0.00370

0.00363 0.00357

0.00350

0.0031.1. 0.00333 0.00327

0.00316

0.0030°

0.00297

0.00286 0.00280

0.00272

0. 00265 0.00251 0.00252

0.0021.5 0.00233

0.0023-. 0.00228

0.00223

0.00213

0.00211. 0.00209

0.0020?

0.00201 0.00197

0. 00193 0.00183

0.00186

0. 00182

0. 00173 0.00176

0.00173

0.00170

0.00167

0. 0011.3

0. 00125 0.00111

0.00100 0.000667

0. 000500

0. 0001.00 0.000333

0.0002it

.091(0 19 6 .0909 16 8 .0877 11. 6 .081.5 13 .081K 11 .9 .0785 11

.001.1(1 363

.001.1.2 361. .001.57 375

.001.71 387

.001.36 339 .00501 1(11 .00516 1(23 .00530 1(35 .0051.5 "(1(7 .00560 1(59 .00575 "(71 .00590 "(8 3 .00619 507

: .00631. 519

.0061.9 531 .00663 5"(3 .00676 555 00693 567 .00707 579 .00722 591 .00736 603

.00751 614 .00765 62 6

D .0 779 638 00793 649

.00808 661 00822 672 00836 683

00850 695

00861. 706 00676 717 00892 728 00905 739 00933 761 00960 783 00987 804

0101 626 O10K 847 0107 867 0109 883 0112 90 8 0114 929 0117 949 0119 968 0122 988

012". 1 01 0127 1 03 0129 1 05 0131 1 06

0131. 1 08 0136 1 10 0138 1. 12

.0150 .0152

.0154

.0156

.0159

.0161 .0163

.0184

THERMAL DIELECTRIC PRANOTL OIFFUSIVITY CONSTANT NUM9ER

SQ FT/HR

0.00370 1.46533 3.56

. 35 4 1.45891 3.20

. 34 2 1.45220 2.92

0.00332 1.44522 2.72

. 32 1> 1.43796 2.59 0.00316 1.43116 2.48 0.0559 1.00221 0.797

0.0563 1.00220 0.796

0.0611 1.00212 0.787 0.0661 1.00204 0.780

0.0711 1.00197 0.774

0.0763 1.00190 0.769

0.0816 1.00164 0.765

0.0871 1.00178 0.7 62 0.0927 1.00172 0.7 59 0.0984 1.00167 0.756

0.104 1.00162 0.754

0.110 1.00158 0.752 0.123 1.00150 0.749

0.129 1.00146 0.748 0.136 1.00142 0.747 0.142 1.00139 0.745 0.149 1.00136 0.71(4 D.156 1.00132 0.7 44 0.163 1.00130 0.743 0.171 1.00127 0.7 42 0.173 1.00124 0.741 0.185 1.00121 0.740 0.193 1.00119 0.740 0.201 1.00116 0.739

0.209 1.00114 0.7 39 0.217 1.00112 0.736

0.225 1.00110 0.738 0.233 1.00108 0.737

0.241 1.00106 0.737

0.250 1.00104 0.736 0.253 1.00102 0.736

0.267 1.00100 0.735 0.276 1.00099 0.735

0.294 1.00095 0.734

0.313 1.00092 0.733 0.332 1.00090 0.7 32 0.352 1.00067 0.732

0.372 1.00084 0.731

0.392 1.00082 0.730 0.413 1.00080 0.730 0.434 1.00078 0.729 0.456 1.00076 0.729

0.478 1.00074 0.728

0.501 1.00072 0.728

0.524 1.00070 0.727 0.547 1.00069 0.727

0.571 1.00067 0.726 0.595 1.00066 0.7 26 0.620 1.00064 0.725 0.645 1.00063 0.725

0.67 1.00061 0.7 25 0.69 6 1.00060 0.7 24 0.722 1.00059 0.724

0.749 1.00058 0.723 0.776 1.00057 0.723 0.803 1.00056 0.723

0.830 1.00055 0.722 0.858 1.00054 0.7 22 0.887 1.00053 0.722

0.915 1.00052 0.721 0.944 1.00051 0.721

0.974 1.00050 0.721

1.00 1.00049 0.721

1.32 1.00042 0.718

1.66 1.00037 0.716

2.04 1.0D033 0.714

2.4". 1.00029 0.713

5E BOUNDARY
20 P3IA IS09AR THERMODYNAMIC PROPERTIES OF NITROGEN

TEMPERATURE VOLUME

125.0

130.0

135.0

155.

160.

165. 17D.

175.

205.0

210.0

215.0 220.0

225.0

230.0

235.0

21*0.0

21.5.0

270.0

275.0

280.0

285.0 290.0

295.0

300.0 310.0

320.0

330.0

3 ".0.0 350.0 360.0

370.0

380.0 390.0

1*00.0 ".10.0

1. UO.O

1*50.0

1*60.0 1.70.0

1*80.0 1*90.0 500. 510.0

550.

560. 570.

560.

590. 600.

700.

900. 1000. 1500.

2000.

2500. 3000.

3500.

0.01852 0.01875

0.01900

0.01)25

0.01955 0.01985

0.02012 2.612 2.632

2. 737

2.81.2 2.91*6

3.01*9 3.151 3.253

3.351*

3.1*55 3.555

3.755

3.851* 3.953

I.. 052

i*. 151

1*.21>9 1*.3<*8

i*. 1*1*6 i*. 51*1* i*.6<t2

l*.7l*0 i*.838

1..935 5.033

5.130 5.228

5.325

5.1*22 5.519 5.616

5.711* 5.907

6.875

7.063

7.261

7. t>5<> 7.61.7 7.839

6.032 8.225

8.1*17 8.610

8.802

0.995

9.187 9.379

9.572

9. 761*

ISOTHERM DERIVATIVE

CU FT-PSIA/LB

1910.0

lbi.0.0

11*20.0

121.0.0 1100.0 969.0

878.0

1.9.3

1.9.7

10.72

10.92

11. 11 11.30

11.1.9

13.1.1 15.33 17.25

81.8

83.8

85.6

97.8 100.0

102.0

101*. 106.0 108.0

110.0

112.0

lli*.0 118.0

121.0

125.0

129.0 133. 137.0

11*1.0 145.0

11*9.0 153.0 157.0

160.0

161*. 166.0 172.0

176.0

180.0

181*. 187.0

191.0

195.0 199.0

203.0

207.0 211.0

211*. 218.0

222.0

226.0

230.0 268.0

307.0

31.5.0

381*. 575.0 767.0

958.0 . 1150.0

131.0.0

ISOCHORE DERIVATIVE

PSIA/R

250.0

225.0

201*. 186.0

170.0

156.0

11.5.0

0.130 0.125

0.121 0.117

0.113

0.110

0.101* 0.101 0.0965

0.0960

0.0936

0.0911* 0.0892

0.0872

0.0853

0.0831.

0.0781* 0.0768

0.0753

0.0739

0.0725

0.0712

0.0700 0.0687

0.0675

0.0653

0.0632 0.0612

0.0591. 0.0577

0.0560

0.051.5 0.0530 0.0516

0.0503

0.01*79

0.01*68

0.01.57

0.01.1*7 0.01*37

0.01.27

0.01.18

0.01.10

0.01*02 0.0391. 0.0386 0.0379

.0372

.0250 .0222

.0200

.0133

.0100

.00800 .00667

.00571

INTERNAL

ENERGY BTU/LB

-6i* . 07 -61.69

-59.27

-56.83

-51*. 37 -51.91

-1.9.89

21*. 1*0 21*. 57

25.51.

28.38

29.31

30.21* 31.16

32.0 8 33.00

31*. 83

35.71. 36.65

37.55

38.1.6 39.36

1.0.27

1.1.17 1.2.07

1.2.97 1*3.87

1.1*. 76

1*5.66

1*6.56

1.7.1.5 1*8.3 5 1.9.25 50.11* 51.03

51.93 52.82

5i*. 61 56.39

58.18

59.96

61.71. 63.52

65.31

67.09

72.1.2

71*. 20 75.98 77.76

79.51* 81.31

83.09

8i*. 87 86.65

88.1.2 90.20

91.,98 93 ,75

95,,53 97 ,31 99 ,08 100.,9 102.,6

121*.

H.1.9 159.9

178.2 273.6

376.6

1.85.5 598.5

71i*. i*

ENTHALPY BTU/L3

-61.62

-59.20 -56.76

35.68 37.02

33.35 39.67

1*0.98 1.2.29

1.3.58

iti*. as

1.6.17 1.8.73 50.01

51.29

52.56

53.83

55.10

56.37 57.63

58.90 60.16

61.1*2 62.68

63.91* 65.20

66.1.5 67.71 63.97

70.22

71.1*8 72.73

73.98

78.99

81.1*9

8 3.99

98.97

101.5

10i*. 106.1* 108.9

111.1* 113.9

116.1* 113.9

1Z1.<> 123.9

126.1* 128.9

131.3

133.8

136.3

133.8

11*1.3

11*3.8

11*6.3

193.7

223.8

21.9.1 380.1

518.5

662.9

811.1* 962.8

0.5855

0.6058 0.6256

0.61.1.7 0.6633

0.6812

0.6955

1.278

1.280 1.289

1.296

1.322

1.330 1.337

1.31.1* 1.351

1.361. 1.371 1.377 1.383

1.389

1.391.

1.1.00 1.1.05

1.1*11 1.1*16

1.1.21

1.1.26

1.1*31 1.1*36

1.1.1.0

1.1*75

1.1*83

1.1*91

1.1.96 1.505

1.512

1.519 1.526

1.532

1.539

1.51.5 1.551 1.557

1.562

1.568 1.573

1.579

1.561. 1.589

1.591. 1.599

1.601* 1.609

1.613

1.616

1.622 1.627

1.631 1.635

1.61.0

1.768

1.871. 1.953

2.018

2.072

2.118

0.2323

0.21.12

0.21.35 0.21.26

0.21.00 0.2370

0.1856

0. 1851. 0.181*3 0.1833

0.1826

0.1819

0.1811.

0. 1809 0.1805

0.1802

0.1799

0. 1791* 0.1792

0.1790 0.1789

0.1787

0.1786

0.1785

0.1781.

0. 1783 0.1782 0.1782

0.1781

0.1780 0.1780 0.1779

0.1779

0.1779

0.1778 0.1778

0.1778

0.1777

0. 1777 0.1776

0.1776

0.1776

0.1776 0.1775

0.1775

0.1775 0.1775

0.1775

0.1771.

0.1771.

0.1771.

0.1771.

0.1771.

0.1771.

0.1771.

0.1771.

0.1771.

0.1771.

0.1771.

0.177*. 0.1771. 0.1775

0.1775 0.1775

0.1775

0.1776

0.1776 0.1776

0.1782

0.1791* 0.1812

0. 1835 0.1987

0.2125

0.2221. 0.2293

0.231.0

CP VELOCITY

OF SOUNO

-1I FT/SEC

.1.705 1.238.0

.1*813 3896.0

.1.869 3631.0

.1.898 31.12.0

.1.916 3221.. .1.933 3 05 7.0

a .1.950 2930.0

.2733 580.0

.2727 582.2

.2697 5911.0 .2672 605.5

.2650 616.7

.0 .2632 62 7.6

a .2617 63 8.2

.2601. 61.8.6

a .2593 658.7

.2583 668.7

.2571. 67 8.5

a .2560 697.5

.2551. 706.7

.251*9 715.9

.251* t, 721..

8

.2539 733.7 .2536 71.2.1. .2532 751.0

.2529 75 9.5 .2526 767.9

.2521. 776.2

.2521 78 "..it .2519 792.1.

.2517 800.1* .2515 80 8.3 .2513 816.2

,2512 82 3.9 .2510 831.6

.2509 839.1

.2508 81.6.7 .2507 8.51..1 .2506 861.5

.2501. 876.0

.2502 89 0.3

.2500 901..

3

a..21.99 918.1

.21.98 931.7

.21*97 945.1

0,,21*96 95 8.3

0,,21*95 971.3

a,.2491. 981*.

1

0,,21.93 99 7.0

a,,21*93 1009.0

0.,21*92 1022.0

0.,21*91 1031..

0., 2H91 101*6.0

0..21.91 1058.0

0,,21.90 1069.0

0,,21*90 1081.0

0,,21*90 1093.0

0,.21.89 noi*.

a

0,.21.89 1115.0

0,,21.89 1126.0

0,.21*89 1137.0

0..21*89 111*8.0

0..21*89 1159.0

0,,21.89 1170.0

0.,21.89 1180.0

0. 21.89 1191.0

0. 21*89 1201.0

0. 21.89 1211.0

0.,21.89 1222.0

0.,2i*9i> 1319.0

0. 2505 11*09.0

0.,2523 1 1.9 2 . 0. 251*5 1570.0

0. 2697 1902.0

0. 2635 2177.0

0. 2931* 21.20.0

0..3002 261*1.0

0. 3050 281*6.0

THO-PHASE 30UN0ARr
20 P3IA ISOBAR

THERHOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE DENSITY

DEC. R LB/CU FT

VCOH/OV) VIOP/DU) -VCOP/DV)

BTU/LB PSIA-CU FT/BTU PSIA

(OWDTIJI THERMAL VISCOSITY CONDUCTIVITY

1/DEG. R BTU/FT-HR-R LB/FT-^EC

115.0 120.0

125.0

130.0

135.0

1 ".0.0 144.100 1W.100

11.5.0 150.0 155.0

160. 165.0

170.0

175.0

180.0

165.0

190.0 200.0

205.0 210.0

215.0 220.0

225.0 230.0 235.0

21.0.0

21.5.0 250.0

255.0

260.0 265.0 270.0

275.0

280. 285.0

290.0

295.0

300.0 310.0

320.0

330.0

31.0.0 350.0 360.0

370.0

380.0 390.0

1.00.0

1.10.0

520.0 530.0

51.0.0 550.0

560.0

570.0

580.0

590.0 600.0

700.0

800.0 900.0

1000.0

1500.0 2000.0 2500.0

3000.0 3500.0

Sit. 01 53.3it

52.6lt 51.91

51.15 50.36

49.69

0. 3828

0. 3800 0.3653 0.3519

0.3395 0.3280

0.3174

0.307lt 0.2982 0.2895

0.2813 0.2663

0.25 95 0.2530 0.2468

0.21.09 0.2353

0.2300

0.221.9 0.2201

0.2151. 0.2110 0.2067 0.2026

0.1987

0.191.9 0.1913

0.1878

0.181.1. 0.1812

0.1780 0.1750

0.1693

0.1639

0.1589

0.15itl

0.1it97

0.1it55 0.1*15 0.1377

0.1342 0.1308

0.1276

0.12<i5 0.1216 0.1188

0.1161

0.1136

0.1112

0.1088 0.1066

O.lOiiS

0.1021.

0.1001. 0.098511 0.09671

0.094911

0. 09324 0.09160 0.09002

0. 08843 0.08701 0.07456

0.06523 0.05798

0. 05218 0.03473 0.02609

0.02088

0. 01740 0.01491

195.0

188.0 179.0

171.0

162.0 154.0

148.0 33.5

33.7

104.0

106.0 109.0

111.0

114.0

116.0 119.0

121.0

124.0

126.0 129.0

131.0

134.0

136.0

139.0 141.0

144.0

146.0

149.0

174.0 200.0

227.0

254.0

405.0

567.0

734.0

901.0 1070.0

2.16

2.15

2.12

2.09

103000.0 87600.0

74900.0

6460 0.0 56000.0

48800.0 43600.0 18.9

18.9

19.7

19.7 19.7

19.8 19.8

19.8

.00242 .0940 19 .8 .00257 .0909 16 .8 .00272 .0877 14 .6 .00287 .0846 13 .0 .00303 .0814 11 .9 .00319 .0782 10 .9 .00333 .0757 10 .0 .00817 .00458 .376 .00809 .00461 .378 .00769 .00475 . 389

.00733 a .00490 .401 .00702 .00504 .413 .00673 a .00519 .425 .00647 .00534 .437 .00624 .00549 D .449 .00602 .00563 .461 .00582 .00576 .473 .00563 .00593 .485 ,00530 .00622 .509 .00515 .00637 a .521

.00501 .00651 a .533 ,00488 .00666 .545

0..00475 .00681 .557 .00463 .0 0695 .569 .00452 .00710 .581 .00442 .00724 .592 .00431 .00739 0.,604 .00422 .00753 0.,616 .00413 .00767 .627 .00404 .00781 0. .639

,00395 .00796 .65

0,.00387 .00810 .662

0, ,00380 .00824 0.,673 .00372 .00838 ,685 ,00365 .00852 ,69 6 ,00359 .00866 ,707 .00352 .00880 .718 ,00346 ,00893 .729

0.,00340 ,00907 ,740 ,00328 .00935 0. .762

0,,00317 .00962 0,,784

0.,00307 .00988 ,805

0.,00298 .0101 0.,827 ,00289 .0104 0,.848

0,,00281 0..0107 0..86 8

0.,00273 ,0109 0.,889

0,,00266 0.,0112 0,,909

0.,00259 .0114 0,,929

0.,00252 0,,0117 0.,94 9

0.,00246 ,0119 0.,969

0,,00240 0,.0122 0.,98 9

0,,00234 0,,0124 1,,01

0..00229 0.,0127 1,,03

0,,00224 a,,0129 1,,05

0,,00219 0.,0132 1.,07 .00214 a,,0134 1.,08

0.,00209 0..0136 1,,10

0,,00205 0,.0139 1,,12

0,,00201 0,.0141 1,,14

0,.00197 0,.0143 1..16

0,.00193 0,,0145 1,,17

0..00189 0,,0148 1,,19

0,.00186 a,,0150 1,,21

0..00182 0.,0152 1,,23

0.,00179 0.,0154 1,.24

0.,00176 0.,0157 1,,26

0,,00173 0.,0159 1,.28

0,,00170 0,,0161 1,.29

0,.00167 0.,0163 1,.31

0,.00143 0.,0184 1,.47

a..00125 0.,0204 1,.62

0,,00111 0..0223 1. 76

0.0.,00100 ,000666 .0243 1.,89

a.,000500

0,.000400

0,,000333

0,.000286

THERMAL DIELECTRIC PRANOTL OIFFUSIVITY CONSTANT NUMBER

SQ FT/HR

0.00370 1.46536 3.56

. 35 4 1.45894 3.20

. 34 2 1.45224 2.92

0.00333 1.44525 2.72

. 32 4 1.43801 2.59

0.00315 1.430S0 2.47

0.00 30 8 1.42414 2.35

0.0438 1.00289 0.807

0.0445 1.00286 0.805

0.0482 1.00275 0.795

0.0521 1.00265 0.787

0.0561 1.00256 0.781

0.0601 1.00247 0.7 75 0.0643 1.00239 0.771 0.0685 1.00232 0.767

0.0 7 29 1.00225 0.763 0.0773 1.00218 0.761

0.0819 1.00212 0.758

0.0913 1.00201 0.754

0.0961 1.00195 0.7 52 0.101 1.00191 0.751 0.106 1.00186 0.7 49 0.111 1.00182 0.748

0.117 1.00177 0.747 0.122 1.00173 0.746

0.127 1.00169 0.745

0.133 1.00166 0.744

0.138 1.00162 0.743 0.144 1.00159 0.7 42 0.150 1.00156 0.741 0.156 1.00153 0.741

0.162 1.00150 0.740

0.168 1.00147 0.739

0.174 1.00144 0.739

' 0.181 1.00141 0.738

0.187 1.00139 0.738 0.194 1.00136 0.737

0.200 1.00134 0.737

0.207 1.00132 0.736

0.221 1.00128 0.735 0.235 1.00123 0.734

0.249 1.00120 0.733 0.264 1.00116 0.733 0.279 1.00113 0.732 0,294 1.00110 0.731

0.310 1.00107 0.731 0.326 1.00104 0.730 0.342 1.00101 0.729

0.359 1.00098 0.729 0.376 1.00096 0.728 0.393 1.00094 0.728

0.410 1.00092 0.727 0.428 1.00089 0.727 0.447 1.00087 0.7 26 0.465 1.00086 0.726

0.484 1.00084 0.725 0.503 1.00082 0.725

0.522 1.00080 0.725

0.542 1.00079 0.724 0.562 1.00077 0.724

0.582 1.00076 0.723 0.602 1.00074 0.723 0.623 1.00073 0.723 0.644 1.00072 0.722

0.665 1.00070 0.722 0.687 1.00069 0.722

0.708 1.00068 0.721 0.730 1.00067 0.721 0.753 1.00066 0.721 0.989 1.000S6 0.718

1.25 1.00049 0.716

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF NITROGEN

25 P3IA ISOBAR

EHPERATURE VOLUME ISOTHERM ISOCHOP.E INTERNAL ENTHALPY ENTROPY CV CP VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/.B 3U FT-PSIA/LB PSIA/P 8TU/LB BTU/L3 3TU/LB-R BTU / L9 -R FT/SEC

115.0 0.01851 1910.0 250.0 -61.. 08 -63.99 0.5855 0.2324 0.4705 4237.0

120. 0.01875 161.0.0 225.0 -61.70 -61.61 0.6053 0.2413 0.4813 3896.0

125.0 0.01900 11.20.0 201.. -59.28 -59.19 0.6255 0.2437 0.4668 3631.0

130.0 0.01925 1250.0 186. -56.83 -56.74 0.6447 0.2427 0.4897 3413.0

135.0 0.01955 1100.0 170.0 -51.. 38 -54.29 0.6632 0.2402 0.4915 3225.0

11.0.0 0.01985 970.0 156.0 -51.92 -51.83 0.6811 0.2371 0.4932 3057.0

11.5.0 0.02013 860.0 11.3.0 -1.9.1.5 -49.36 0.6985 0.2341 0.4953 2904.0

11.7.900 0.02038 803.0 137.0 -1.8.02 -47.93 0.7082 0.2325 0.4970 2821.0 147.900 2.121. 1.9.6 0.191 24. 86 34.69 1.267 0.1868 0.2778 584.4

150.0 2.161 50.6 0.18 7 25.28 35.28 1.271 0.1862 0.2761 589.6

155.0 2.21.7 53.0 0.179 26.25 36.65 1.280 0.1850 0.2727 601.5

160.0 2.332 55.3 0.172 27.22 38.01 1.289 0.1340 0.2699 613.0

165.0 2.1.16 57.6 0.165 28.17 39.35 1.297 0. 1832 0.2675 624.2

170.0 2.1.99 59.8 0.159 29.12 40.69 1.305 0.1825 0.2655 635.1

175.0 2.582 62.1 0.15 3 30.06 42.01 1.313 0.1819 0.2638 64 5.8 180.0 2.661. 61..

2

0.11.8 30.99 43.32 1.320 0.1814 0.2623 65 6.1 185.0 2.71.5 6b. i. .11.1* 31.92 44.63 1.327 0. 1809 0.2610 666.3

190.0 2.82 7 66.6 0.139 32.85 45.93 1.334 0.1805 0.2599 676.2

200.0 2.988 72.8 0.131 31.. 69 48.52 1.348 0.1799 0.2580 69 5.6 205.0 3.068 71..

9

0.128 35.61 49.81 1.354 0.1797 0.2573 705.0 210.0 3.11.8 77.0 0.121. 36.52 51.10 1.360 0.1794 0.2566 714.2

215.0 3.228 79.1 0.121 37.1.3 52.38 1.366 0.1793 0.2560 723.3

220.0 3.308 81.1 0.118 38.34 53.66 1.372 0. 1791 0.2555 732.2

225.0 3.387 83.2 0.115 39.25 54.93 1.378 0.1789 0.2550 741.1 230.0 3.1.67 85.2 0.112 40.16 56.21 1.384 0.1788 0.2545 74 9.8 235.0 3.51.6 87.3 0.110 41.06 57.48 1.389 0.1787 0.2541 758.3

21.0.0 3.625 89.3 0.107 41.97 58.75 1.394 0.1786 0,2538 76 6.8

21.5.0 3.703 91.3 0.105 42.8 7 60.02 1.400 0.1785 0.2534 775.1

250.0 3.78 2 93.3 0.103 43.77 61.28 1.405 0.1784 0.2531 783.4 255.0 3.861 95.1. 0.100 44.67 62.55 1.410 0.17e3 0.2528 791.5

260.0 3.939 97.1. 0.0981, 45.57 63.61 1.415 0.1782 0.2526 799.6

265.0 I.. 018 99.1. 0.0965 46.47 65.07 1.419 0.1782 0.2524 807.6

270.0 i.. 096 101.0 0.091.6 47.37 66.33 i.424 0.1781 0.2521 315.4

275.0 4.174 103.0 0.0928 4S.27 67.59 1.429 0.1781 0.2519 82 3.2 280.0 "..252 105.0 0.0910 49.17 68.85 1.433 0.1780 0.2518 830.9

285.0 4.330 107.0 0.0891. 50.06 70.11 1.438 0.1780 0.2516 838.5 290.0 4.400 109.0 0.0878 50.96 71.37 1.442 0.1779 0.2514 846.1

295.0 4. 1.86 111.0 0.0662 51.86 72.63 1.446 0.1779 0.2513 853.6

300.0 4.564 113.0 0.081.7 52.75 73.88 1.451 0.1778 0.2511 861.0 310.0 4.720 117.0 0.0819 54.54 76.39 1.459 0.1778 0.2509 875.6 320.0 4.875 121.0 0.0792 56.33 78.90 1.467 0.1777 0.2507 889.9 330.0 5.031 125.0 0.0767 58.12 81.41 1.475 0.1777 0.2505 904.0

31.0.0 5.186 129.0 0.071.1. 59.90 83,91 1.482 0.1777 0.2503 917.9

350.0 5.31.1 133.0 0.0722 61.69 66.41 1.48S 0.1776 0.2502 931.5

360.0 5.1.96 137.0 0.0702 63.47 83.91 1.496 0.1776 0.2500 944.9

370.0 5.651 141.1 0.0682 65.25 91.41 1.503 0.1776 0.2499 95 8.2 380.0 5.805 11.5.0 0.0661. 67.04 93.91 1.510 0.1775 0.2498 971.2

390.0 5.96 11.9.0 0.061+7 68.32 96.41 1.516 0.1775 0.2497 98 4.1

1.00.0 6. 111. 152.0 0.0630 70.60 93.91 1.523 0.1775 0.2496 997.0

1.10.0 6.269 156.0 0.0611. 72.38 101.4 1.529 0.1775 0.2495 1009.0

1.20.0 6.1.23 16D.0 0.0600 74.16 103.9 1.535 0.1775 0.2494 1022.0

1.30.0 6.577 161.. 0.0585 75.94 106.4 1.541 0.1775 0.2494 1034.0

1.1.0.0 5.732 168.0 0.0572 77.72 103.9 1.546 0.1775 0.2493 1046.0

1.50.0 6.886 172.0 0.0559 79.50 111.4 1.552 0.1774 0.2493 1058.0

1.60.0 7.01.0 176.0 0.051.7 81.28 113.9 1.557 0.1774 0.2492 1070.0

1.70.0 7.194 180.0 0.0535 83.06 116.4 1.563 0.1774 0.21,92 1081.0

1,80.0 7.31.8 IBi,.

n

0.0521. 84.83 113.9 1.568 0.1774 0.2491 1093.0

1.90.0 7.502 187.0 0.0513 86.61 121.3 1.573 0.1774 0.2491 1104.0 500.0 7.656 191.0 0. 0502 88.39 123.8 1.578 0.1774 0.2491 1115.0

510.

C

7.810 195.0 0.01.92 90.17 126.3 1.583 0.1775 0.2490 1126.0

520.0 7.961. 199.0 0.01.83 91.94 123.3 1.588 0.1775 0.2490 1137.0

530.0 8.118 203.0 0.01.71. 93.72 131.3 1.593 0.1775 0.2490 1148.0

51.0.0 6.272 207.0 0.01.65 95.50 133.8 1.597 0.1775 0.2490 115 9.0 550. 8.1.26 211.0 0.01.56 97.28 136.3 1.602 0.1775 0.2490 1170.0

560.0 8.579 211.. 0.01,1.8 99.06 138.3 1.606 0. 1775 0.2490 1180.0 570.0 8.733 218.0 0.01.1.0 100.8 141.3 1.611 0.1775 0.2490 1191.0

580.0 8.887 222.0 0.01.32 102.6 143.8 1.615 0.1776 0.2490 1201.0

590.0 9.01.1 226.0 0.01.25 104.4 146.2 1.619 0.1776 0.2490 1212.0

600.0 9.19". 230.0 0.01.18 106.2 148.7 1.624 0.1776 0.2490 1222.0

700.0 10.73 268.0 .0358 124.0 173.7 1.662 0.1783 0.2495 1319.0 800.0 12.27 307.0 0.0313 141.9 193.7 1.695 0.1794 0.2506 1409.0

900,0 13.80 345.0 0.0278 159.9 223.8 1.725 0.1812 0.2523 1492.0 1000.0 15.33 381.. 0,0250 178.1 249.1 1.752 0.1835 0.2546 1570.0

1500.0 23.00 575.0 0.0167 273.6 380.1 1.858 0.1987 0.2697 1902.0

2000.0 30.66 767.0 0.0125 376.6 518.5 1.337 0.2125 0.2835 2177.0

2500.0 38.32 959.0 0.0100 485.5 662.9 2.002 0.2224 0.2934 2420.0

3000.0 1.5.99 1150.0 0. 00833 598.5 811.4 2.056 0.2293 0.3002 2641.0

35 0.0 53.65 131.0.0 0.00711. 714.4 962.6 2.102 0.2340 0.3050 2846.0

TK0-PHA3E BOUNDARY
25 P3IA ISOBAR

THERHOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE DENSITY

OEG. R L8/CU FT

V<OH/OV> V{DP/OU>v

-V(DP/OV>

T BTU/L9 PSIA-CU FT/BTU PSIA

115 54 01 120 53 3» 125 52 64 130 51 91 135 51 15 H! 50 37 145 49 55 147 900 49 06 147 900 4708

is: 4628 15S O 4451

160 4289 165 4140 170 4002 175 3874 ISO 3754 165 3642 190 3538 205.0

210.0

215.0

220.0

225.0

230.0 235.0 240.0

245.0 250.0

255.0 260.0

265.0

270.0

275.0

280.0

285.0 290.0

295.0

300.0

310.0

320.0

330.0

340.0

350.0

360.0

370.0

380.0

390.0

400.0

410.0

450. 460.

470.

480. 490.

500.

510.

540.0 550.0

560.0 570.0

580.0

590.0 600.0

700.0

800.0

900.0

1000.0

1500.0

2000.0 2500.0

3000.0 3500.0

. 3176 .3098

. 3023 .2952

.2885

.2820 .2759

.2700 .2644

.2590

195.

188.

179.

171.

162.

155.

147.

2396 67 2 2352 68 5 2309 69 8 2268 71 1 2229 72 3 2191 73 6 2119 76 1 2051 78 7 1988 81 2 1928 83 7 1672 86 2 1820 88 7 1770 91 3 1723 93 6 1678 96 3 1635 98 8 1595 101 1557 104

a 1520 106

1495 109 1452 111 1420 114

1390 116

1361 119 1333 121 1306 124 1280 126

1256 129 1232 131 1209 134

1187 136 1166 139 1145 141 1125 144 1106 146

1088 149 09319 174

08153 200

07 246 227 06521 255

04343 405

03261 567 0260) 734 02175 901

01861. 1070

2.17 2.17

2.17

2.17 2.17

2.17 2.17 2.17

2.17

2.17

2.17 2.17

103000.

87600.

75000. 64700.

56100.

4890 0. 42600.

39400.

25.0

25.0

<0V/OTL/V THERMAL VISCOSITY CONDUCTIVITY

1/OEG. P. 3TU/FT-HR-R LB/FT-SEC

0.00242 0.00256

0.00272

0.00287 0.00303

0. 00319 0.00336

0.00347

0. 00819

0. 00800 0.00760 0.00724

0.00692

0.00664

0.00638 0.00615

0.00593 0.00574

0.00533 0.00522

0.00506 0.00494

0.00481

0.00468 0.00457

0.00446 0.00435

0.00425

0.00416

0.00407

0. 00398 0.00390

0.00382

0.00375

0.00367

0.00361 0.00354

0. 00319 0.00309 0.00299

0.00290 0.00282

0.00274 0.00266

0.00259

0.00253

0.00246

0.00240

0.00235 0.00229

0.00224

0.00219

0.00214

0.00210 0.00205

0.00201

0.0019/ 0.00193

0.00190

0.0018b 0.00183

0.00179

0.00176

0.00173

0.00170 0.00167

0.00143

0.00125

0.00111

0.00100 0.000666

0.000500 0.000400

0. 000333 0.000266

.0940 19 8

a .0909 16 .8 .0877 14 .6 .0846 13 1 .0814 11 9 .0783 10 9 .0751 9 86 .0734 9 41 .00473 357 .00479 392 .00494 40 3 .00508 415 .00523 427 .00537 439 00552 D 451 .00567 463 00581 475

0596 487 00625 511 00640 52 3 .00654 535 .00669 546 00683 556 00698 570 .00712 582

.00727 59 k 00741 605 00755 617 00769 629 00784 640 00798 652 00812 663 00826 674

00840 686

00854 697

0868 708

.00862 719 00895 730 00909 741 00936 763 00963 785 00990 806 0102 828 0104 848 0107 869 0109 890 0112 910 0115 93 0117 950 0120 a 970 0122 989 0124 1 01 0127 1 03 0129 1 05 0132 1 07 0134 1 OS 0136 1 10 0139 1 12 0141 1 14 0143 1 16 0146 1 17 0148 1 19 0150 1 21 0152 1 23 0154 1. 24 0157 1 26 0159 1 28 0161 1. 30 0163 1 31 0184 1. 47 0204 1 62 0224 1 76 0243 1 89

THERMAL OIELECTRIC PRANOTL FFUSIVITY CONSTANT NUMBER

SQ FT/HR

. 37 1.46538 3.56 0.00354 1.45897 3.20 0.00342 1.45227 2.92 0.00333 1.4x529 2.72 0.00324 1.43805 2.59 0.00315 1.43055 2.47 0.00306 1.42279 2.34

0.00301 1.41821 2.30 0.0362 1.00355 0.817 0.0375 1.00349 0.812 0.0407 1.00336 0.802

0.0439 1.00323 0.793

0.0472 1.00312 0.7 86 0.0506 1.00302 0.780

0.0540 1.00292 0.775 0.0575 1.00283 0.771 0.0611 1.00275 0.767

0.0648 1.00267 0.764 0.0724 1.00252 0.759

0.0763 1.00246 0.757 0.0803 1.00239 0.755

0.0843 1.00233 0.753

0.0885 1.0022S 0.751 0.0927 1.00222 0.750 0.0970 1.00217 0.749

0.101 1.00213 0.747

0.106 1.00208 0.746

0.11O 1.00203 0.745

0.115 1.00199 0.744

0.120 1.00195 0.743 0.124 1.00191 0.743

0.129 1.00188 0.7 42 0.134 1.00184 0.741 0.139 1 . 18 a 0.740 0.144 1.00177 0.740 0.149 1.00174 0.7 39 0.155 1.00171 0.739

0.160 1.00168 0.738 0.165 1.00165 0.7 37 0.176 1.00160 0.736

0.187 1.00155 0.7 35 0.199 1.00150 0.734 0.211 1.00145 0.734 0.223 1.00141 0.733

0.235 1.00137 0.7 32 0.248 1.00133 0.731 0.260 1.0 013 0.731 0.273 1.00126 0.730 0.287 1.00123 0.729

0.300 1.00120 0.729 0.314 1.00117 0.728 0.328 1.00115 0.728 0.343 1.00112 0.7 27 0.357 1.00109 0.727

0.372 1.00107 0.726 0.387 1.00105 0.726 0.402 1.00102 0.725

0.418 1.00100 0.725 0.433 1.00098 0.724

0.449 1.00096 0.724 0.465 1.00095 0.724 0.482 1.00093 0.723 0.496 1.00091 0.723 0.515 1.00089 0.723 0.532 1.00088 0.722 0.549 1.00086 0.722

0.567 1.00085 0.722 0.584 1.00083 0.721 0.602 1.00082 0.7 21 0.791 1.00070 0.718

1.00 1.00061 0.716

1.22 1.00055 0.714

1.46 1.00049 0.713

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF NITROGEN

30 P3IA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY CV CP VELOCITY

OERI VATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/IB CU FT-PSIA/UB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

115.0 0.01851 1920.0 250.0 -64.08 -63.98 0.5854 0.2326 0.4704 4237.0

120.0 0.01375 1640.0 225.0 -61.70 -61.60 0.6057 0.2414 0.4312 3896.0

125.0 0.01899 1430.0 204.0 -59.26 -59.18 0.6255 0.2438 0.4868 3631.0 130.0 0.01925 1250.0 186.0 -56.84 -56.73 0.6446 0.2428 0.4897 3413.0

135.0 0.01955 1100.0 170.0 -54.39 -54.28 0.6632 0.2403 0.4914 3225.0 HO.O 0.01985 971.0 156.0 -51.93 -51.82 0.6811 0.2372 0.4930 3058.0

ItS.l 0.02018 861.0 143.0 -49.46 -49.35 0.6984 0.2342 0.4952 2905.0

150.0 0. 02053 764.0 132.0 -46.98 -46.87 0.7152 0.2314 0.4983 2761.0

• 151.100 0. 02061 744.0 130.0 -46.42 -46.31 0.7189 0.2309 0.4992 2 73 0.0

• 151.100 1.793 49.7 0.228 25.23 35.19 1.259 0.1879 0.2821 587.8

155.0 1.849 51.6 0.22 26.00 36.28 1.266 0.1867 0.2787 59 J. 4 160.0 1.922 54.0 0.210 26.99 37.66 1.275 0.1855 0.2751 609.3 165.0 1.993 56.4 0.202 27.96 39.03 1.283 0.1845 0.2721 62 0.8 170.0 2.064 58.7 0.194 28.92 40.38 1.291 0.1836 0.2695 632.0 175.0 2.134 61.0 0.187 29.87 41.73 1.299 0.1829 0.2673 642.9

180.0 2.203 63.3 0.18 30.82 43.06 1.306 0.1822 0.2655 65 3.5 165.0 2.272 65.5 0.174 31.76 44.38 1.314 0.1817 0.2639 663.9

190.0 2.341 67.7 0.169 32.69 45.70 1.321 0.1812 0.2625 674.0

200.0 2.477 72.0 0.159 34.55 48.31 1.334 0.1805 0.2602 69 3.6 205.0 2.545 74.2 0.15 4 35.47 49.61 1.340 0. 1802 0.2592 70 3.2 210.0 2.612 76.3 0.150 36.39 50.90 1.347 0.1799 0.2584 712.5

215.0 2.67 9 78.4 0.146 37.31 52.19 1.353 0.1797 0.2577 721.7

220.0 2.746 80.5 0.14 3 38.23 53.48 1.359 0.1794 0.2570 730.8 225.0 2.813 82.6 0.139 39.14 54.76 1.364 0.1793 0.2564 739.7

230.0 2.879 84.6 0.136 40.05 56.04 1.370 0.1791 0.2558 74 8.5 235.0 2.945 86.7 0.132 40.96 57.32 1.376 0.1790 0.2554 75 7.2 240.0 3.012 88.8 0.129 41.87 58.60 1.361 0.1788 0.2549 765.7

2 45.0 3.078 90.8 0.127 42.77 59.87 1.386 0.1787 0.2545 774.1

250.0 3.144 92.9 0.124 43.68 61.14 1.391 0.1786 0.2541 782.4

255.0 3.209 94.9 0.121 44.58 62.41 1.396 0.1785 0.2538 79 0.6 260.0 3.275 96.9 0.119 45.49 63.68 1.401 0.1784 0.2535 798.8

265.0 3.341 98.9 0.116 46.39 64.95 1.406 0.1783 0.2532 80 6.8 270.0 3.406 101.0 0.114 47.29 66.21 1.411 0.1783 0.2529 814.7 275.0 3.472 103.0 0.112 48.19 67.48 1.416 0.1782 0.2527 82 2.5 280.0 3.537 105.0 0.110 49.09 68.74 1.420 0.1781 0.2525 830.3

285.0 3.603 107.0 0.108 49.99 70.00 1.425 0.1781 0.2523 837.9

290.0 3.668 109.0 0.106 50.89 71.26 1.429 0.1780 0.2521 845.5 295.0 3.733 111.0 0.104 51.78 72.52 1.433 0.1780 0.2519 853.1

300.0 3.798 113.0 0.102 52.68 73.78 1.437 0.1780 0.2517 860.5

310.0 3.928 117.0 0.0985 54.47 76.30 1.446 0.1779 0.2514 875.2

320.0 4.058 121.0 0.0953 56.27 78.81 1.454 0.1778 0.2512 88 9.6 330.0 4.188 125.0 0.0923 58.06 81.32 1.461 0.1778 0.2509 903.7

340.0 4.318 129.0 0.0895 59.84 83.83 1.469 0.1777 0.2507 917.6

350.0 4.447 133.0 0.0869 61.63 86.34 1.476 0.1777 0.2506 931.3 360.0 4.576 137.0 0.0844 63.42 88.34 1.483 0.1776 0.2504 944.8

370.0 4.706 141.0 0.0820 65.20 91.34 1.490 0.1776 0.2502 958.0

380.0 4.835 145.0 0.0798 66.99 93.85 1.497 0.1776 0.2501 971.1

390.0 4.964 • 146.0 0.0777 68.77 96.35 1.503 0.1776 0.2500 984.0

400.0 5.093 152.0 0.0757 70.55 98.35 1.510 0.1775 0.2499 99 7.0 410.0 5.222 156.0 0.0738 72.33 101.3 1.516 0.1775 0.2498 1009.0 420.0 5.351 160.0 0.0721 74.12 103.8 1.522 0.1775 0.2497 1022.0 430.0 5.479 164.0 0. 0703 75.90 108.3 1.528 0.1775 0.2496 1034.0

440.0 5.608 168.0 0.0687 77.68 103.8 1.533 0.1775 0.2495 1046.0 450.0 5.737 172.0 0.0672 79.46 111.3 1.539 0.1775 0.2495 1058.0

460.0 5.865 176.0 0.0657 81.24 113.3 1.544 0.1775 0.2494 1070.0

470.0 5.994 180. 0.0643 83.02 116.3 1.550 0.1775 0.2494 1081.0

480.0 6.122 183.0 0.0629 84.80 118.8 1.555 0.1775 0.2493 1093.0

490.0 6.251 187.0 0.0616 86.58 121.3 1.560 0.1775 0.2493 1104.0

500.0 6.379 191.0 0.0603 88.36 123.8 1.565 0.1775 0.2492 1115.0

510.0 6.508 195.0 0.0591 90.13 125.3 1.570 0.1775 0.2492 1127.0

520.0 6.636 199.0 0.0580 91.91 123.8 1.575 0.1775 0.2492 1138.0

530.0 6.764 203.0 0.0569 93.69 131.3 1.580 0.1775 0.2491 1149.0

540.0 6.893 207.0 0.0558 95.47 133.8 1.584 0.1775 0.2491 1159.0

550.0 7.021 211.0 0.0546 97.25 136.3 1.589 0.1775 0.2491 1170.0 560.0 7.149 214.0 0.0536 99.03 138.7 1.593 0.1775 0.2491 1181.0 570.0 7.278 218.0 0.0529 100.8 141.2 1.598 0.1776 0.2491 1191.0

580.0 7.406 222.0 0.0519 102.6 143.7 1.602 0. 1776 0.2491 1202.0

590.0 7.534 226.0 0.O51O 104.4 146.2 1.606 0. 1776 0.2491 1212.0

600.0 7.662 230.0 0.0502 106.1 144.7 1.611 0.1777 0.2491 122 2.0 7D0.O 8.943 268.0 0.0430 124.0 173.6 1.649 0.1733 0.2496 1320.0

800.0 10.22 307.0 0.0376 141.9 198.6 1.682 0.1794 0.2506 1409.0

900.0 11.50 345.0 0.0334 159.9 223.8 1.712 0.1812 0.2523 1493.0

1000.0 12. 78 384.0 0.0300 178.1 249.1 1.739 0.1835 0.2546 1571.0

1500.0 19.17 576.0 0.0200 273.6 380.1 1.345 0.1987 0.2697 1902.0 2000.0 25.55 767.0 0.0150 376.6 513.5 1.924 0.2125 0.2835 2177.0

2500.0 31.94 959.0 0.0120 485.5 662.9 1.989 0.2225 0.2934 2420.0

3000.0 38.32 1150.0 0.0100 598.5 811.4 2.043 0.2293 0.3002 2642.0

3500.0 44.71 1340.0 0.00857 714.4 962.8 2.090 0.2340 0.3050 2846.0

TrfO-PHASE BOUNDARY
THEPMOPHYSICAL PROPERTIES OF NITROGEN

30 P5IA ISOBAR

EMPERATURE DENSITY V (OH/OV) \M0P/OU>v

-VIDP/9V) (DV/OTiyv THERMAL VISCOSITY THERMAL DIELECTRIC PRANDTL P CONDUCTIVITY OIFFUSIVITY CONSTANT NUMBER

DEG. R L8/CU FT BTU/LB PSIA-CU FT/BTU PSIA 1/OEG. R 3TU/FT-HR-R LB/FT-SEC

X 10' SQ FT/HR

115.0 54.02 195.0 19.9 103000.0 0.00241 0.0940 19.8 0.00370 1.46541 3.56

120.0 53.35 188. 17.4 87700.0 0.0025b 0.0909 16.6 0.00354 1.45900 3.20 125.0 52.65 179.0 15.9 75000.0 0.00271 0.0878 14.6 0.00342 1.45230 2.92

130.0 51.92 171.0 14.7 64700.0 0.00287 0.0846 13.1 0.00333 1.44533 2.72

135.0 51. lb 162.0 13.8 56100.0 0.00303 0.0614 11.9 0.00324 1.43809 2.59

140.0 50.37 155.0 13.0 48900.0 0. 00319 0.0763 10.9 0.00315 1.43060 2.47

11.5.0 49.55 147.0 12.4 42700.0 0.00336 0.0752 9.86 0.00306 1.42285 2.34

150.0 48.71 141.0 11.7 37200.0 0.00355 0.0721 9. 10 0.00297 1.41483 2.26

151.100 48.51 139.0 11.6 36100.0 0.00359 0.0714 8.93 . 29 5 1.41300 2.25 151.100 0.5579 34.3 2.18 27.7 0. 0082J 0.00487 0.396 0.0309 1.00421 0.827

155.0 0.5407 35.4 2.18 27.9 0.00783 0.00498 0.405 0.0330 1.00408 0.817

160.0 0.5203 36.6 2.18 28.1 0.00746 0.00512 0.417 0.0358 1.00392 0.806

165.0 0.5017 38.2 2.18 28.3 0.00713 0.00527 0.429 0.0386 1.00378 0.798

170.0 0.4845 39.5 2.18 28.5 0.00682 0.00541 0.441 0.0414 1.00365 0.790

175.0 0.4686 40.9 2.18 28.6 0.00654 0.00555 0.453 0.0443 1.00353 0.784

160.0 0.4536 42.3 2.18 28.7 0.00623 0.00570 0.464 0.0473 1.00342 0.779

165.0 0.4401 43.6 2.18 28.8 0.00605 0.00584 0.476 0.0503 1.00332 0.774

190.0 0.4272 44.9 2.18 28.9 0.0058-. 0.00599 0.488 . 5 34 1.00322 0.770

300.0 0.4037 47.6 2.18 29.1 0.00547 0.00626 0.512 0.0598 1.00304 0.764

205.0 0.3930 48.9 2.18 29.1 0.0O530 0.00643 0.524 0.0631 1.00296 0.761 210.0 0.3829 50.2 2.18 29.2 0.00514 0.00657 0.536 0.0664 1.00289 0.759

215.0 0.3733 51.5 2.18 29.3 0.00500 0.00672 0.548 0.0698 1.00281 0.757

220.0 0.3642 52.8 2.18 29.3 0.00486 .00686 0.560 0.0733 1.00274 0.755

225.0 0.3556 54.2 2.18 29.4 0. 00473 .00700 0.572 0.0768 1.00268 0.753

230.0 0.3473 55.5 2.18 29.4 0. 00461 0.00715 0.583 0.0804 1.00262 0.752 235.0 0.3395 56.7 2.18 29.4 0.00450 0.00729 0.595 0.0641 1.00256 0.750

21(0.0 0.3321 58.0 2.18 29.5 0.00439 0.00743 0.607 0.0678 1.00250 0.749

245.0 0.3249 59.3 2.18 29.5 0.00429 0.00758 0.618 0.O916 1.00245 0.748

250.0 0.3181 60.6 2.18 29.5 0. 00419 0.00772 0.630 0.0955 1.00240 0.747 255.0 0.3116 61.9 2.18 29.6 0. 00410 0.00786 0.641 .0994 1.00235 0.746

260.0 0.3053 63.2 2.18 29.6 0. 00401 0.00800 0.65 3 0.103 1.00230 0.745

265.0 0.2993 64.5 2.18 29.6 0.00393 0.00814 0.664 0.107 1.00226 0.744 270.0 0.2936 65.

S

2.18 29.6 0. 00385 0.00828 0.676 0.112 1.00221 0.7 43 275.0 0.2880 67.0 2.18 29.7 0.00377 0.00842 0.687 0.116 1.00217 0.742

280.0 0.2827 68.3 2.18 29.7 0.00370 0.00856 0.698 0.120 1.00213 0.741

285.0 0.2776 69.6 2.18 29.7 0.00362 .00870 0.709 0.124 1.00209 0.7 41 290.0 0.2726 70 .9 2.18 29.7 0. 00356 0.00884 0.720 0.129 1.00205 0.740

295.0 0.2679 72.1 2.18 29.7 0.00349 0.00897 0.731 0.133 1.00202 0.739

300.0 0.2633 73.4 2.18 29.7 0. 00343 0.00911 0.742 0.137 1.00198 0.739

310.0 0.2546 76.0 2.18 29.8 0.00331 0.00938 0.764 0.147 1 . 19 2 0.737

320.0 0.2464 78.5 2.18 29.8 0.00320 0.00965 0.786 0.156 1.00186 0.736

330.0 0.2386 81.0 2.18 29.8 0.00310 0.00992 0.807 0.166 1.00180 0.735

340.0 0.2316 83.6 2.17 29.8 0. 00300 0.0102 0.628 0.175 1.00174 0.734

350.0 0.2249 86.1 2.17 29.9 0.00291 0.0104 0.849 0.185 1.00169 0.734

360.0 0.2185 88.6 2.17 29.9 0. 00283 .0107 0.870 0.196 1.00165 0.733

370.0 0.2125 91.1 2.17 29.9 0.00275 0.0110 0.691 0.206 1.00160 0.732

380.0 0.2068 93.7 2.17 29.9 0.00267 0.0112 0.911 0.217 1.00156 0.731

390.0 0.2015 96.2 2.17 29.9 0.00260 0.0115 0.931 0.228 1.00152 0.731 400.0 0.1964 98.7 2.17 29.9 0. 00253 0.0117 0.951 0.239 1.00148 0.730 410.0 0.1915 101.0 2.17 29.9 0.00247 0.0120 0.971 0.250 1.00144 0.729

420.0 0.1869 104.0 2.17 29.9 0. 00241 0.0122 0.990 0.262 1.00141 0.729

430.0 ".1825 106.0 2.17 29.9 0.00235 0.0125 1.01 0.273 1.00137 0.728

440.0 0.1783 109.0 2.17 29.9 0.00229 0.0127 1.03 0.285 1.00134 0.728

450.0 0.1743 111.0 2.17 30.0 0. 00224 0.0129 1.05 0.298 1.00131 0.727

460.0 0.1705 114.0 2.17 30.0 0.00219 0.0132 1. 07 0.310 1.00128 0.727

470.0 0.1668 116.0 2.17 30.0 0. 00214 0.0134 1.09 0.322 1.00126 0.726

480.0 0. 1633 119.0 2.17 30.0 0. 00210 0.0136 1. 10 0.335 1.00123 0.726

450.0 0.1600 121.0 2.17 30.0 0.00206 0.0139 1.12 0.348 1.00121 0.725

500.0 0.1568 124.0 2.17 30.0 0. 00201 0.0141 1. 14 0.361 1.00118 0.725

510.0 0.1537 126.0 2.17 30.0 0.00197 0.0143 1. 16 0.374 1.00116 0.724

520.0 0.1507 129.0 2.17 30.0 0.00193 0.0146 1. 18 0.388 1.00114 0.724

530.0 0.1478 131.0 2.17 30.0 0.00190 0.0148 1.19 0.402 1.00111 0.724

540.0 0.1451 134.0 2.17 30.0 0.00186 0.0150 1.21 0.415 t. 00109 0.723

550.0 0.1424 136.0 2.17 30.0 0.00183 0.0152 1.23 0.429 1.00107 0.723

560.0 0.1399 139.0 2.17 30.0 0.00179 0.0155 1.24 0.444 1.00105 0.722

570.0 0.1374 141.0 2.17 30.0 0.00176 0.0157 1.26 0.458 1.00103 0.722

580.0 0.1350 144.0 2.17 30.0 0.00173 0.0159 1.28 0.472 1.00102 0.722

590.0 0.1327 146.0 2.17 30.0 0. 00170 0.0161 1.30 0.48 7 1.00100 0.721 600.0 0.1305 149.0 2.16 30.0 0. 00167 0.0163 1. 31 0.502 1.00098 0.721

700.0 0.1118 174.0 2.16 30.0 0.00143 0.0184 1.47 0.659 1.00084 0.718

BOO.O . 09762 200.0 2.14 30.0 0.00125 0.0204 1.62 0.832 1.00074 0.716

900.0 0.06694 227.0 2.12 30.0 0.00111 0.0224 1.76 1.02 1.00065 0.715

1000.0 0.07825 255.0 2.09 30.0 0.00100 0.0243 1.89 1.22 1.00059 0.713

1500.0 0.05217 405.0 1.93 30.0 0.000666

2000.0 0. 03913 567.0 1.80 30.0 0.000500

2500.0 0. 03131 734.0 1.72 30.0 0. 000400 3000.0 0.02609 901.0 1.67 30.0 0.000333

3500.0 0.02237 1070.0 1.64 30.0 0. 000286

TWO-PHASE BOUNDARY
35 P5IA ISOBAR THERMODYNAMIC PROPERTIES OF NITROGEN

TEMPERATURE

DEG. R

115.0

120.0

125.0

130.0

135.0

1 1.0.0 H5.0

150.0

• 151.. 000

» 151.. 000 155.0

160.0

165.0

170.0

175.0

180.0 1S5.0

190.0 200.0

205.0 210.0

215.0

220.0

225.0

230.0

235.0

21.0.0

21.5.0 250.0

255.0

VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY DERIVATIVE DERIVATIVE ENERGY

U FT/.

8

CU FT-PSIA/LB PSIA/R BTU/L8 BTU/L8

.01351 1920.0 250.0 -61.. 09 -63.97

.01871. 161.0.0 225.0 -61.71 -61.58

.01393 11.30.0 201.. -59.29 -59.16

.01925 1250.0 186.0 -56.85 -56.72

.01951. 1100.0 170.0 -51.. 1.0 -5H.27

.01985 972.0 156.0 -51.91. -51.81

.02013 862.0 11.3.0 -1.9.1.7 -1.9.31. .02053 765.0 132.0 -1.6. 99 -1.6.86 .02083 695.0 121.. -1.5.00 -1.1.. 87 .552 1.9.7 0.265 25.51. 35.60

.565 50.2 0.263 25.75 35.99

.629 52.7 0.251 26.75 37.31

.691 55.2 0.21.0 27.71. 33.70

. 753 57.5 0.230 28.72 1.0.08 .am 60.0 0.221 29.68 1.1.1.11 .371. 62.3 0.213 30.61. 1.2.79

.931. 61..

6

0.206 31.59 1.1.. 13

.991. 66.8 0.199 32.53 1.5.1.6 .112 71.2 0.187 31.. Ill 1.3.10 .170 73.1. 0.182 35.31. 1.9.1.0

.229 75.6 0.177 36.26 50.71

.237 77.7 0.172 37.19 52.01

.31.1. 79.8 0.168 38.11 53.30

.1.02 32.0 0.163 39.02 51.. 59

.1.59 81.. 1 0.15 9 39.91. 55.88

.517 36.2 0.156 1.0.85 57.16

.571. 88.2 0.15 2 1.1.77 58.1.5 .631 90.3 0.11.3 1.2.68 59.73

260 2 301 265 2 857 270 2 911. 275 2 97 280 3 026 285 3 083 290 3 139 295 3 195 300 3 .">1 310 3 363

320 3 £.71* 330 3 586

31.0 3 697 350 3 909 360 3 920

370 ll 031 380 It III 2 390 It 252

1.00 ll 363

1.10 i. l*T>

1.20 ,, 58 it 1.30 1* 695

1.1.0 ll 805

1.50 1. 916

1.60 5 026

1.70 5 137

1.80 5 2ii7 1»90 5 357 500 5 *»? 510 5 577 520 5 688

530 5 798

51.0 5 90 8 550 6 013 560 6 128 570 6 238 580 6 !<.i 590 6 US6 600 6 568

700 7 666

800 8 763 900 9 860 1000 10 96 1500 16 li3 2000 21 91 2500 27 38 3000 32 85 3500 38 32

9it.i.

96.5

98.5 101.0 103.0 105.0°

107.0

109.0 111.0

113.0

117.0

121.0 125.0

129.0

133.0

136.0

11*0.0 U..0

160.0

161*. 166.0

172.0

176.0

180.0 163.0

187.0

191.0 195.0

199.0

203.0 207.0

211.0

214. 218.0

222.0

226.0 230.0

268.0

307.0

31.5.0

381.. 576.0

767.0 959.0

1150.0

131.0.0

.131 .126

.126

.121. .12 2 .119

.115

0.10 5 0.102

0.0987 0.0959

0.0933

0.0908

0.0885 0.0863

0.081.2 0.0822

0. 0603

0.0781. 0.0767

0.0750 0.0735

0.0719

0.0705

0.0691 0.0677

0.0661. 0.0652

0.061.0 0.0628

0.0617 0.0606

0.0596

0.0586

.0502

0.01.38 0.0390 0.0350

0.0233

0.0175

0.011.0 0.0117

0. 0100

1*5.1.0 1.6.30 1.7.21

1*8.11

1.9.01

1.9.91 50.81 51.71

52.61

51*. 1.1 56.20

57.99 59.79

61.57

63.36

65.15

66.91* 63.72

70.51 72.29

71*. 07

36.51. 88.32

90.10

95.1.1. 97.22

99.00 100.8

102.6

101..

3

106.1 123.9

11*1.8 159.9

178.1 273.6

376.6

1.85.5 598.5

711.. 1.

63.55

6 it. 32 66.09 67.36 68.63

69.89

71.16

7 2.1.2 73.68

76.20 78.72

96.23

98.79

101.3

10b.

8

111.3

113.8

116.3 113.8

121.3

123.8 126.2

128.7 131.2 133.7

136.2

138.7

11*1.2 11.3.7

11.6.2

11.8.7 173.6

193.6 223.8

21.9.1 380.1 518.6

662.9

811.1. 962.3

ENTROPY

BTU/LB-R

0.6631

0.6810

0.6983

0.7152

0.7283

1.251

1.253 1.262

1.271 1.279

1.287

1.291. 1.302

1.309

1.322 1.329

1.335

1.31*1 1.31.7 1.353

1.359

1.361. 1.370 1.375

1.380 1.385

1.390

1.395

1.1.00

1 .1.01. 1.1.09

1.1.13

1.1*18

1.1.22

1.1.26

1.4I.3

1.1.50

1.1.58 1.1*65

1.1.72 1.1.79

1.1.86

1.1.92

1.1.99 1.505

1.511 1.517

1.522

1.528 1.533

1.539

1.51.1. 1.51.9

1.551. 1.559

1.561. 1.569

1.573

1.578

1.583

1.587

1.591 1.596

1.600 1.638

1.672

1.701

1.728

1.831. 1.913

1.978

2.032 2.079

GV CP VELOCITY

OF SOUND

3TU / LB - I FT/SEC

2327 .1.703 1.236.0

21.15 .•811 3896.0

2it39 .1.867 3 631.0

2lt29 .1.896 31*13.0

,2lt0lt .1.913 3225.0 2373 .1.929 3 05 8.0

a . ?3<*3 .1.951 2905.0

2315 1.962 2762.0

.2296 .5017 2653.0 1889 .2863 590.5

1886 .2852 593.1

1871 .2807 605.1. 1858 .2769 617.3

181*8 .2737 62 8.8

a 1839 .2711 61.0.0 1831 .2688 65 0.8 1825 .2668 661.lt 1819 .2651 671.7

1810 .2621. 691.7

1807 .2612 701.li

1803 .2602 710.8

1801 .2593 720.2

1798 .2586 729.3

1796 .2578 738.1.

1791* .2572 71.7.2 1792 2566 75 6.0 1791 2561 761..

6

1789 2556 773.1

1788 2552 781.5

1787 251.8 78 9.7

1786 251.1* 797.9

1785 251.1 806.0

178ll 2538 Slit.O

1781. 2535 821.8

1783 2532 82 9.6 1782 2530 837.3

1782 2527 81.5.0 1781 2525 85 2.5 1781 2523 860.0 1780 2520 871.. 7

1779 2517 889.2 1778 251li 903.1. 1778 2512 917.1. 1777 2509 931.1

1777 2508 9 1.1.. 6 1777 2506 957.9

1776 250ll 971.0

1776 2503 98 3.9 17/6 2502 99 7.0 1776 2500 1009.0 1776 2i*99 1022.0

1775 21*98 1031.. 1775 21.98 101.6.0 1775 2H97 1058.0

1775 21.96 1070.0

a 1775 2H95 1081.0

1775 21.95 1093.0

1775 2ii9lt 1101.. 1775 21*91. 1116.0

1775 21.93 1127.0

0. 1775 21.93 1138.0 1775 21.93 111.9.0

0. 1775 21.93 116 0.0 1775 21*92 1170.0

1776 0. 2i*92 1131.0

1776 21.92 1191.0

0. 1776 21.92 120 2.0 1776 21.92 1212.0

0. 1777 21.92 1222.0

0. 1783 21.96 132 0.0

0. 1791. 0. 2507 11.10.0 1812 2521* 11.93.0

0. 1835 251*6 1571.0

0. 1987 0. 2697 190 3.0

0. 2125 2835 2178.0

0. 2225 0. 2931* 21.21.0

0. 2293 0. 3002 261.2.0

0. 231*0 0. 3050 281.6.0

THO-PHASE BOUNOARV
35 P3IA ISOBAR

THE^HOPHYSICAL PPOPFRTIES OF NITROGEN

TEMPERATURE DENSITY

OEG. R LB/CU -T

VIOH/OV) V<DP/DUI -V<0P/DVI

P V T BTU/LB PSIA-CU FT/BTU PSIA

(OV/DTI/J THERMAL VISCOSITY P CONDUCTIVITY

1/OEG. R 8TU/FT-HR-R LB/FT-SEC

54. 02 53.35 52.65

51.92 51.16

140.0 50.36

145.0 ".9.56 150. 1.8.71 154.000 1.8.02

115.

120. 125.

130.

135.

15"! 000 6444 155 6390 160 il.O 165 5913 170 5705 175 5513

180 5335 185 5169

190 5015 200 1.735 205 1.607

210 4487 215 1.373 220 1.266 225 .1.163 230 •.066 235 3971.

2".0 3885 245 3801 250 3721 255 361.1.

260 3570 265 3500 270 31.32 275 3367 280 3301. 285 321.1. 290 3186 295 3130 300 3076 310 2971.

320 2878 330 2789 340 2705 350 2626

360 2551 370 21.81 380 21.11. 390 2352

500.0 510.0

520.0

530.0

51.0.0 550.0

560.0

570.0

580.0

590.0

600.0

700.0

800.0 900.0

1000.0

1500.0

2000.0 2500.0

3000.0

3500.0

0. 2161 0.2130

0.2081

0.20 31. 0.1990

0.191.7

0. 1906 0.1867

O. 1829

0. 1793 0.1758

0.1725

0.1693

. 1662 0.1632

. 1603 0.1575

0.151.9

0. 1523

.111.1

. 1011. .09127

.06085

. 01*565 .03652

.0301.'. .02609

195. 186.

179. 171.

163.

155.

11.7.

37.7

39.1

101.. 106.0 109.0

111.0

114.0 116.0

119.0

121.0

124. 126.0

129.0

131.0 134.0

136.0

139.0

141.0 144.0

146.0 149.0

174.0 200.0 227.0

255.0

2.12 2.09

1.93

10400 0.0 87700.0

75100.0

6 4800.0 56200.0

49000.0

4 2700.0 37300.0

33400.0

34.7

34.7

34.8 34.8

34.6

34.8 34.9

34.9

34.9 34.9

34.9

35.0

35.0

35.0 35.0

35.0 35.0

35.0 35.0

35.0

35.0

00241 .0940 19 8 00256 .0909 16 s .00271 .0876 14 6 00287 .0646 13 1 .00302 .0814 11 9 .00319 .0783 10 9 00336 .0752 9 87 .00354 .0721 9 10 00370 .0697 8 53 00829 .00499 405

00819 .00502 40 8 00774 .00516 419

00735 .00530 431

.00700 .00545 443

11 00670 .00559 454

00642 .00573 466 00618 .00586 478 00595 .00602 49 00555 00631 514 00536 .00645 526

00521 .00660 538

00506 .0 06 74 549

0D492 .00689 561

1 00479 .00703 573

00466 .00717 58 5 00454 00732 D 596

.00443 .00746 608

00433 .00760 620

.00423 .00774 631 00413 .00788 643

00404 00802 654 00395 00816 665

00387 00030 677

00379 .00844 688

00372 00858 699

0036-. 00872 710 00358 00885 721 00351 .00899 733

00344 00913 744

00332 00940 765

00321 00967 787 00311 00993 808

00301 0102 829

00292 .0105 850 00283 0107 871 00275 0110 892 00268 0112 912

00261 0115 932 00254 0117 952

00247 0120 971

00241 0122 991 00235 0125 1 01 00230 0127 1 03 00225 0130 1 05 00220 0132 1 07 00215 0134 1 09 00210 0137 1 10 00206 0139 1 12 00202 0141 1 14 00197 0143 1 16 00194 0146 1 18 00190 0146 1 19 00186 0150 1 21 00183 0152 1 23 00180 0155 1 25 00176 0157 1 26 00173 0159 1 28 00170 0161 1 30 00167 0163 1 31 00143 0184 1 47 00125 0204 1 62 00111 0224 1 76 00100 0243 1 89 000666

000500

000400 000333

000266

THERMAL DIELECTRIC PRANDTL OIFFUSIVITY CONSTANT NUMBER

SQ FT/HR

0.00370 1.46543 3.57 0.00354 1.45903 3.20 0.00343 1.45234 2.92

0.00333 1.44537 2.72 0.00324 1.43814 2.59 0.00315 1.43065 2.47 0.00306 1.42290 2.34 0.00297 1.41490 2.26

0.00289 1.40832 2.21

0.0271 1.00486 0.837

. 2 75 1.00482 0.834

0.0299 1.00463 0.821

0.0324 1.00446 O.810

0.0349 1.00430 0.801 0.0374 1.00416 0.793

0.04DO 1.00402 0.787 0.0426 1.00390 0.782

0.0453 1.00378 0.777

0.0508 1.00357 0.7 69 0.0536 1.00347 0.766

0.0565 1.00338 0.763 0.0594 1 . 33 0.761

0.0624 1.00322 0.759

0.0655 1.00314 0.757

0.0666 1.00306 0.7 55 0.0717 1.00300 0.753

0.0750 1.00293 0.752

0.0782 1.00287 D.750 0.0615 1.00280 0.7 49 0.0849 1.00275 0.748

0.0883 1.00269 0.747 0.0913 1.00264 0.7 46 0.0953 1.00259 0.745 0.0989 1 .00254 0.744 0.103 1.00249 0.743

0.106 1.00244 0.742

0.110 1.00240 0.741 0.114 1.00236 0.741

0.118 1.00232 0.740 0.125 1.00224 0.739

0.133 1.00217 0.737 0.142 1.00210 0.7 36 0.150 1.00204 0.7 35 0.159 1.0O198 0.734

0.168 1.00192 0.733 0.177 1.00187 0.733

0.186 1.00182 0.732 0.195 1.00177 0.7 31 0.205 1.00173 0.730 D.214 1.00168 0.730 0.224 1.00164 0.7 29 0.234 1.00160 0.729

0.245 1.00157 0.728 0.255 1.00153 0.727

0.266 1.00150 0.727 0.276 1.00147 0.726 0.287 1.00144 0.7 26 0.296 1.00141 0.7 26 0.310 1.00138 0.725

0.321 1.00135 0.725

0.332 1.00132 0.724 0.344 1.00130 0.724 0.356 1.00128 0.723 0.366 1.00125 0.723

0.360 1.00123 0.723

0.392 1.00121 0.722 0.405 1.00119 0.722

0.418 1.00117 0.722

0.430 1.00115 0.721

0.565 1.00098 0.718 1.00086

1.00076 1.00069

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF NITROGEN

40 P5IA ISOBAR

EMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY CV CP VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/.

8

CU FT-PSIA/LB PSIA/R 8TU/LB BTU/L8 3TU/LB-R BTU / LB -R FT/SEC

115.0 0.01851 1920.0 250.0 -64.09 -63.95 0.5854 0.2328 0.4703 4236.0

120.0 0.01874 1650.0 225.0 -61.71 -61.57 0.6056 0.2417 0.4810 3895.0

125.0 0.01899 1430.0 204. -59.29 -59.15 0.6254 0.2440 0.4866 3631.0

130.0 0.0192b 1250.0 186.0 -56.65 -56.71 0.6445 0.2430 0.4695 3413.0

135.0 0.01954 110O.0 170.0 -54.40 -54.26 0.6630 0.2405 0.4912 3226.0 mo.

a

0.019S5 973.0 156.0 -51.95 -51.80 0.6809 0.2374 0.4928 3059.0

11.5.0 0.02018 863.0 143.0 -49.48 -49.33 0.6983 0.2344 0.4949 2906.0

150.0 0.02053 766.0 132.0 -47.00 -46.85 0.7151 0.2316 0.4981 2 76 3.0 155.0 0.02090 679.0 122.0 -44.50 -44.35 0.7315 0.2292 0.5025 2627.0 156.500 0. 02103 654.0 119.0 -43.72 -43.57 0.7365 0.2286 0.5043 2586.0

156.500 1.369 49.5 0.30 3 25.81 35.95 1.245 0.1899 0.2904 592.7

160.0 1.408 51.4 0.29 3 26.51 36.94 1.251 0.1887 0.2867 601.5

165.0 1.464 54.0 0.280 27.52 38.36 1.260 0.1872 0.2820 613.8 170.0 1.519 56.5 0.268 28.51 39.77 1.268 0.1860 0.2782 62 5.6 175.0 1.574 58.9 0.25 7 29.49 41.15 1.276 0.1849 0.2750 637.0

180.0 1.628 61.3 0.247 30.46 42.52 1.284 0.1840 0.2723 648.1

1S5.D 1.681 63.6 0.239 31.42 43.87 1.291 0. 1833 0.2699 658.9

190.0 1.734 65.9 0.231 32.3 7 45.22 1.299 0.1626 0.2679 669.4

200. 1.838 70.4 0.216 34.26 47.88 1.312 0.1816 0.2647 689.7

205.0 1.890 72.7 0.210 35.20 49.20 1.319 0.1812 0.2633 699.5

210.0 1.941 74.9 0.204 36.13 50.51 1.325 0.1808 0.2621 709.2

215.0 1.992 77.0 0.196 37.06 51.82 1.331 0.1805 0.2611 718.6 220.0 2.043 79.2 0.193 37.99 53.12 1.337 0. 1802 0.2602 727.9

225.0 2.094 61.3 0.188 38.91 54.42 1.343 0.1799 0.2593 73 7.0 230.0 2.145 83.5 0.183 39.83 55.72 1.349 0.1797 0.2586 746.0 235.0 2.195 85.6 0.179 40.75 57.01 1.354 0.1795 0.2579 75 4.8 240.0 2.245 67.7 0.175 41.66 53.29 1.360 0.1793 0.2573 763.5

245.0 2.295 89.8 0.171 42.58 59.58 1.365 0.1792 0.2567 772.1

250.0 2.345 91.9 0.167 43.49 60.86 1.370 0.1790 0.2562 78 0.5 255.0 2.395 94.0 0.163 44.40 62.14 1.375 0.1789 0.2558 78 8.8

260.0 2.445 96.0 0.16 45.31 63.42 1.380 0.1788 0.2553 79 7.1 265.0 2.495 98.1 0.156 46.22 64.70 1.385 0.1787 0.2549 805.2

270.0 2.544 100.0 0.153 47.12 65.97 1.390 0.1786 0.2546 813.2 275.0 2.594 102.0 0.15 48.03 67.24 1.395 0.1785 0.2543 821.2

280. a 2.643 104.0 0.14 7 48.93 68.51 1.399 0.1784 0.2540 829.0 285.0 2.693 106.0 0.145 49.84 69.78 1.404 0. 1784 0.2537 836.8

290.0 2.742 108.0 0.142 50.74 71.05 1.406 0.1783 0.2534 844.4

295.0 2.791 110.0 0.13 9 51.64 72.31 1.412 0.1762 0.2532 852.0 300.0 2.840 112.0 0.137 52.54 73.58 1.417 0.1782 0.2529 859.5 310.0 2.939 116.0 0.132 54.34 76.11 1.425 0.1781 0.2525 874.3

320.0 3.037 120.0 0.12 8 56.14 78.63 1.433 0.1780 0.2522 888.8

330.0 3.135 124.0 0.12 4 57.93 81.15 1.441 0.1779 0.2519 903.1

340.0 3.232 128.0 0.12 59.73 83.67 1.448 0.1779 0.2516 917.1

350.0 3.330 132.0 0.116 61.52 86.18 1.455 0.1778 0.2513 930.9

360.0 3.427 136.0 0.113 63.31 88.70 1.463 0.1778 0.2511 944.4 370.0 3.525 140.0 0.110 65.10 91.21 1.469 0.1777 0.2509 95 7.8 380.0 3.622 144.0 0.107 66.89 93.71 1.476 0.1777 0.2507 970.9

390.0 3.719 148.0 0.104 68.6 7 96.22 1.483 0.1777 0.2506 98 3.8 400.0 3.816 152.0 0. 101 70.46 98.73 1.489 0.1776 0.2504 99 7.0 410.0 3.913 156.0 0.0968 72.25 101.2 1.495 0.1776 0.2503 1009.0

420.0 4.010 160.0 0.0963 74.03 103.7 1.501 0.1776 0.2502 1022.0

430.0 4.107 164.0 0.0940 75.81 106.2 1.507 0. 1776 0.2501 1034.0 440.0 4.204 166.0 0.0919 77.60 103.7 1.513 0.1776 0.2500 1046.0

450.0 4.300 172.0 0.0898 79.38 111.2 1.518 0.1775 0.2499 1058.0

460.0 4.397 176.0 0.08 78 81.16 113.7 1.524 0.1775 0.2498 1070.0 470.0 4.494 179.0 0.0859 82.94 116.2 1.529 0.1775 0.2497 1081.0 480.0 4.590 163.0 0.0840 84.73 118.7 1.535 0.1775 0.2497 1093.0

490.0 4.68 7 187.0 0.0823 86.51 121.2 1.540 0.1775 0.2496 1104.0

500.0 4.783 191.0 0.0806 88.29 123.7 1.545 0.1775 0.2495 1116.0

510.0 4.880 195.0 0.0790 90.07 126.2 1.550 0.1775 0.2495 1127.0

520.0 4.976 199.0 0.0775 91.85 128.7 1.555 0.1775 0.2495 1138.0

530.0 5.073 203.0 0.0760 93.63 131.2 1.559 0.1775 0.2494 1149.0 540.0 5.169 207.0 0.0745 95.41 133.7 1.564 0.1775 0.2494 116 0.0 550.0 5.265 211.0 0.0732 97.19 136.2 1.566 0.1776 0.2494 1170.0

560.0 5.362 214.0 0.0718 98.97 138.7 1.573 0.1776 0.2493 1181.0

570.0 5.458 218.0 0.070b 100.7 141.2 1.577 0.1776 0.2493 1192.0 580.0 5.554 222.0 0.0693 102.5 143.7 1.582 0.1776 0.2493 1202.0

590.0 5.651 226.0 0.0681 104.3 146.2 1.586 0.1777 0.2493 1212.0 600.0 5.747 230.0 0.0670 106.1 143.7 1.590 0.1777 0.2493 122 3.0 700.0 6.708 269.0 0.0573 123.9 173.6 1.629 0.1783 0.2497 1320.0

600.0 7.669 307.0 0. 0501 141.8 193.6 1.662 0.1795 0.2507 1410.0

900.0 8.629 346.0 0.0445 159.9 223.8 1.692 0.1812 0.2524 1493.0

1000.0 9.588 384.0 0.0401 178.1 249.1 1.718 0. 1835 0.2547 1571.0

1500.0 14.38 576.0 0.0267 273.6 3B0.1 1.824 0.1987 0.2697 1903.0 2000.0 19.17 767.0 0.0200 376.6 518.6 1.904 0.2125 0.2835 2178.0

2500.0 2 3.96 959.0 0.0160 485.5 662.9 1.968 0.2225 0.2934 2 421.0 3000.0 28.75 1150.0 0.0133 598.5 811.5 2.022 0.2293 0.3002 2 64 2.0

35 0.0 33.54 1340.0 0.0114 714.4 962.8 2.069 0.2340 0.3050 2847.0

• THO-PHASE BOU NOARY

52
40 PSIA ISOBAR

ERHOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE OENSITY

OEG. P. L8/GU -T

K(OH/OK)p l/(DP/OU) v -\MOP/Om T BTU/LB PSIA-CU FT/BTU PSI

A

IO(/DTy* THERHAL CONDUCTIVITY

1/OEG. R BTU/FT-HR-R LB/FT-SEC

THERHAL DIELECTRIC

DIFFUSIYITY CONSTANT

SQ FT/HR

115.0

120.0

125.0

130.0

135.0

1 ".0.0 11.5.0 150.0

155.0

160.0

165.0

170.0

175.0

180.0

185.0

190.0 200.0

205.0

210.0

215.0

220.0

225.0 230.0

235.0

2 40.0 245.0

250.0

255.0

260.0

265.0

270.0 275.0

280.0

285.0

290.0 295.0

300.0 310.0

350.0

360.0

370.0 380.0

390.0

1.00.0 410.0

420.0

470.0

480.0 490.0

500.0 510.0

550.

560.

570.

700.0 800.0

900.0

1000.0 1500.0 2000.0

2500.0

3000.0

3500.0

54.02

53.35

52.66 51.93 51.17

50.38

49.57 48.72

4 7.84 47.56

0.7304

0.7101

0.6829

0.6581

0.6354 0.6144

0.5949 0.5768

0.5441

0.5292

0.5152 0.5019 0.4894

0.4776

0.4663 0.4556

. 4454 0.4357 0.4264

0.4175

0.4090

0.4008 0.3930

0.3855

0.3783

0.3714

0.3647

0.3583

0.3521

0. 3403 0.3293

0.3190 0.3094

0.3003 0.2918

0.2837

0.2761 0.2689

195.

188.

180.

171.

163.

155. 13.8 13.0

104000.

87800.

75100. 64800.

56200. 49000. 42800.

37300. 32500. 31100.

.2621 98 5 .2556 101

.2494 104 .2435 106 .2379 109 .2325 111 .2274 114 .2225 116 .2179 119 .2134 121 2091 124 .2049 126

2010 129 .1971 131 n 1935 134 1899 136 .1865 139 .1832 141

.18 144 D .1770 146 .1740 149 1491 174

.1304 200 .1159 227 .1043 255 .0695. 405 .05216 567 .04174 734 .03479 901 .02982 1070

0- =HASE SOU NOARY

2.19

2.18

2.18

2.18

2.18

2.18 2.18

2.18

38.3

38.5

39.7

39.8

0.00241

0.00256

0.00271 0.00286

0.00302

0.00313 0.00335

0.00354

0.00374

0.00381 0.00836

0.00802

0.00758 0.00720 0.00687

0.00657

0.00630 0.00606

0.00529

0.00513

0. 00493 0.00484

0.00471 0.00453

0.00447 0.00436

0.00426 0.00416

0.00407

0.00398

0.00390 0.00382 0.00374

0.00366

0.00359

0.00353 0.00346

0.00334

0.00322

0.00312

0. 00302 0.00293 0.00284

0.00276

0.00263 0.00261 0.00254

0.00248

0.00242

0.00236

0.00230 0.00225

0.00220

0.00215

0.00210

0. 00206 0.00202

0.00193

0.00194

0. 00190 0.00186

0.00183

0. 00180 0.00176

0.00173

0.00170 0.00167 0.00143

0.00125

0.00111 0.00100

0.000666

0.000500

0. 0004JO 0.000333 0.000236

.0909 16 a .0878 14 6 .0646 13 1 .0815 11 .9 .0783 10 9 .0752 9 87 .0721 9 11 .0691 8 39 .0681 8 18 .00511 414

.00520 421 .00534 433

.00548 445 .00563 456 .00577 468

D .00591 48 .00605 492 .00634 516 .00648 527 .00663 539 .00677 551 00691 563 00706 574

.00720 586 .00734 598 .00748 609 .00762 621 D0776 632 00790 644 00804 655 00818 667 00832 678 00846 689 00860 700 00874 711 00887 72 3

D 00901 734 00915 745 0942 766 00969 788 0100 809 0102 830 0105 851

D 0107 872

3 0110 892 0112 913 0115 933 0117 953 0120 972 .0122

.0125

.0127

.0130 .0132

.0134

.0137

.0139

.0141

0.0146

0.0143

0.0150 0.0153 0.0155

0.0157

0.0159

0.0 161 0.016S

0.018.. 0.0204

.0224 0.024J

.00343 .00333

.00324

.00315

.00 30 7 .00237

.0028 7 .00284

0.0256

0.0277

0.0299

0.0322

0.0345 0.0368

0.0392

0.0440

0.0465

0.0491 0.0517

0.0543

0.0570 0.0597 0.0625

0.0653

0.0682

0.0711

O.0740

0.0770

0.0801

0.08 32 0.0863

0.0695

0.0927

0.0960 0.0993 0.103

0.110 0.117

0.124

0.131 0.139

0.147 0.154

0.162

0.171 0.179

0.183

0.196

0.205 0.214

0.223 0.232

0.242

0.251

0.261

0.271

0.281 0.291

0.301 0.312

0.322

0.333

0.343 0.354

0.365 0.377

0.495

0.62 5 0.765

0.915

1.46546

1.45906

1.45237

1.44541

1.43818

1.43070

1.42296

1.41496 1.40668

1.40405

1.00551 1.00536

1.00515

1.00496 1.00479

1.00463

1.00449

1.00435

1.00410 1.00399

1.00388 1.00378

1.00369

1.00360 1.00352

1.00343

1.00336

1.00328

1.00321 1.00315

1.00308

1.00302

1.00296

1.00291 1.00285

1.00280

1.00275

1.00270 1.00265

1.00256

1.00248

1.00240 1.00233 1.00226

1.00220 1.00214

1.00208 1.00203

1.00197

1.00193

1.00188 1.00183

1.00179

1.00175

1.00171

1.00168

1.00154

1.00161 1.00157

1.00154

1.00151 1.00149

1.00146

1.00143

1.00140 1.00138

1.00136 1.00133

1.00131 1.00112

1.00098 1.00087 1.00079

0.836

0.823

0.812 0.803

0.7 96

0.7 89 0.784

0.775

0.771

0.768 0.765

0.762

0.760 0.758

0.7 56 0.754

0.753

0.751

0.750 0.749

0.748 0.747 0.746

0.745

0.744

0.743

0.7 42 0.741 0.740

0.739 0.737

0.7 36 0.735 0.734

0.733

0.733

0.732

0.731 0.730

0.730 0.729

0.728

0.728 0.727

0.727

0.726

0.726

0.725

0.725 0.725

.723 .723

.723

.722

.722

.722

.719
1.5 PSIA IS08AR

THERMODYNAMIC PROPERTIES OF NITROGEN

TEMPERATURE VOLUME

OEG. R 115.0 120.0

125.0

130.0

135.0

1 1.0.0 11.5.0 150.0 155.0 158.900

156.900

160.0

165.0

170.0 175.0

180.0

185.0

190.0 200.0

205.0

210.0 215.0

220.0

225.0 230.0 235.0

240.0

21.5.0 250.0

255.0

260.0 265.0

270.0

275.0

280.0

265.0 29D.0

295.0

300.0 310.0

320.0

330.0

3 40.0 350.0

360.0 370.0

360.0

390.0

1.00.0 410.0

490. 500.

510.

540.0 550.0

560.0 570.0

580.0

590.0 600.0

700.0

1500.

2000.

2500.

3000. 3500.

.01851 .01874

.01399

.0192b .01954

.01985

.02017 .02052

. 02090 .02121

1.237

1.268 1.338

1.387

1.435 1.483

1.531 1.625

1.671

1. 717 1.763 1.609

1.854

1.900

1.945

1.990 2.035

2.079 2.124

2.168 2.213

2.257 2.301

2.345

2. 389

.696

.78 3 .870

.95 7 .044 .131

.217

3.563 3.649

3.735 3.821

3.907

3.993 4.079

4.165

4.251 4.337

4.423

4.509 4.594

4.680 4.766

4.851

4.937

5.023 5.108

6.618

7.671 8.524

12.78 17.04

21. JO 25.56

29.81

ISOTHERM DERIVATIVE

CU FT-PSIA/LE

1920.0

1650.0

1430.0

1250.0

1100.0

9 74.0 864.0

767.0 680.0

618.0

ISOCHORE DERIVATIVE

PSIA/R

204

93.5

95.6

97.7 100.0 102.0

104.0 106.0

108. 110.0

112.0 116.0

120.0

124.0

128.0

132.0

136.0

140.0

144.0 148.0

152.0 156.0

160.0

164.0 168.0

172.0 175.0

179.0 183.0 187.0

191.0 195.0

199.0 203.0

207.0

211.0

214.0

218.0 222.0

226.0 230.0

269.0

307.0

346.0

384.0

576.0

768.0

959.0

1150.0

1340.0

186.0

170.0

156.0

143.0

132.0

122.0 114.0

.33 7 .321

.30 7 .294

.28 2 .272

.26 3

INTERNAL

ENERGY BTU/LB

-64.10 -61.72

-59.30 -56.86

-54.41

-51.95 -49.49

-47.01

-44.51 -42.55

26.03

26.26

27.29

28.30 29.29

30.28

31.25

32.21 34.12

35.0 6

.231 36,,00 .22 5 36 ,94

D .215 37,.87 .213 36 .80 .208 39 ,72

.20 3 40,,64 .198 41 ,56 ,193 42,,48 .189 43 ,39 .185 44 ,31

.18 1 45 ,22 .177 46,,13 .173 47 ,04 .170 47.,95

. 166 48.,85 .163 49,.76 .160 50,,66 .157 51.,57

, 154 52 .47

.14 9 54,,27

.144 56.,07

.14 57 ,87 .135 59,,67 .131 61 ,46 .127 63 ,26 .124 65 ,05

, 120 66,,84 .117 68,,63 .114 70 ,41

. Ill 72,,20

.109 73,,99 .106 75,,77 .103 77,,56

. 101 79. 34 .0989 81,,12 .0967 82,,91 ,0946 84.,69 .0927 86,,47 .0908 68,.25 .0890 90,.03 .0872 91,.82 .0655 93,.60 .08 39 95,.38 ,0824 97,.16

0,,0809 98,,94 ,0794 100. 7 ,0781 102.,5 ,0767 104. 3 .0754 106. 1 ,0645 123.,9

0..0564 141. 6

0,.0501 159. 8

0..0451 178. 1 ,0300 273. 6 ,0225 376. 6 ,0180 485. 5

0..0150 598. 5

0,,0129 714. 4

BTU/LB

-63.94

-61.56 -59.14

-56.70

-54.25

-51.79 -49.32

-46.84

-44.34 -42.38

36.24

40.85

42.24 43.61

44.97

47.66 48.99

50.31

51.63 52.94

54.25

55.55

56.85 58.14 59.43

60.72

62.01 63.29

64.57

65.35 67.12

68.40 69.67

70.94

72.21

81.07 83.59

86.11

83.62 91.14

93.65 96.16

96.67

101.2

103.7

10o.2

108.7

111.2 113.7

116.2

113.7

121.2

123.7

126.2

ENTROPY

3TU/LB-R

0.5653

0.6056

0.6253

0.5962

0.7150 0.7314

1.239

1.241

1.250 1.259

1.267 1.275

1.262 1.269

1.303

1.310 1.316

1.322

1.328

1.334

1.340

1.345

1.351 1.356

1.361 1.367

1.372

1.376

1.381 1.386

1.390 1.395

1.399 1.404

1.406

1.416

191 ,6 223,,8 249,.1 380.,1 518.,6 663..0 811,,5

1.493 1.499

1.504 1.510

1.515

1.521 1.526

1.531 1.536

1.541 1.546

1.551 1.556

1.560 1.565

1.569

1.573 1.576

1.582 1.620

1.654

1.663

1.710 1.816 1.896

1.960

0.2441

0.2431 0.2406

0.2375

0.2344 0.2317

0. 2293 0.2277

0. 1908 0.1904 0.1686

0.1672

0.1860

0.1650 0.1841

0.1834

0.1622

0.1817 0.1613

0. 1809 0.1606

0.1803

0. 1800 0.179 8 0.1796

0.1794

0.1793 0.1791

0.1790 0.1789

0.1788

0.1787

0.1786

0.1785 0.1764

0. 1784

0.1761

0.1760

0. 1779 0.1779

0.1778

0.1778 0.1777

0.1777

0.1777 0.1777

0.1776

0.1776

0.1776

0.1776

0.1776

0.1776 0.1775

0.1775

0.1775

0.1775

0.1775 0.1776

0.1776 0.1776

0.1776 0.1776

0.1776

0.1777

0.1777

0.1733

0.1795

0. 1812 0.1835 0.1987

0.2125

0.2225

0. ?293 2340

CP VELOCITY

OF SOUND

-R FT/SEC

.4702 4235.0

,4610 3895.0

.4865 3631.0

,4894 3413.0

.4911 3226.0

.4927 3059.0

.4948 2907.0

.4979 2764.0

.5024 2628.0

.5070 2525.0

.2945 594.5

.2931 59 7.4 .2875 610.1

3 ,2830 62 2.3

0,.2791 63 4.0 .2759 645.4

0,.2732 65 6.4

0,.2708 66 7.1 .2670 68 7.7

0,.2654 69 7.7

,2641 707.5

0..2629 717.0 ,2618 726.4

.2608 735.6

0..2600 744.7

0..2592 753.6

0..2585 762.4

.2578 771.0

0.,2573 77 9.5

0.,2567 787.9

0.,2563 796.2

a..2558 804.4

0,,2554 812.5

0.,2550 82 0.5 .2547 82 3.4

a..2544 836.2

0..2541 84 3.9

0..2538 851.5

a.,2535 859.0

,2531 873.9

a.,2527 88 3.5 .2523 90 2.8

0..2520 916.9

.2517 93 0.7

0,.2515 944.3

a..2513 957.6

0..2511 970.8

0..2509 983.8

a.,2507 99 7.0

a.,2506 1009.0

0.,2504 1022.0

0.,2503 1034.0

0..2502 1046.0

.2501 1058.0

0..2500 1070.0

0.,2499 1062.0

0.,2498 1093.0

0.,2498 1105.0

0.,2497 1116.0

0.,2497 1127.0

0,,2496 1138.0

0..2496 1149.0

0,,2495 116 0.0

0,,2495 1171.0

0,,2495 1181.0

0,,2495 1192.0

0,.2494 1202.

D

0,,2494 1213.0

0..2494 122 3.0

0,.2498 132 0.0

0,.2508 1410.0

0,,2525 1494.0

0,,2547 1571.0

0.,2697 1903.0

0, 2835 2176.0

0,.2934 2421.0

0, 3002 2 64 2.0

0, 3050 2 84 7.0

THO-PHASE 3GUM0Artr
45 PSIA ISOBAR

THERMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE OENSITY

OEG. R LB/CU FT

V(OH/OO

p

V(DP/OU>

v -V<DP/OVlT BTU/LB PSIA-CU FT/BTU PSIA

(OV/OTL/V THERMAL VISCOSITY CONDUCTIVITY

1/OEG. P. BTU/FT-HR-P L8/FT-SEC

THERMAL OIELECTRIC

OIFFUSIVITY CONSTANT

SO FT/HR

PRASDTL NUH8ER

115.0 54 02 195.0 19.8 104000.0 00241 .0941 19.8 0.00370 1.46548 3.57

120.0 53 36 168.0 17.4 87800.0 00256 .0910 16.8 0.00354 1.45909 3.21 125.0 52 66 180.0 15.8 7520 0.0 .00271 .0873 14.6 0.00343 1.45240 2.92

130.0 51 93 171.0 14.7 64900.0 00286 .0846 13.1 . 33 3 1.44545 2.72 135.0 51 17 163.0 13.8 56300.0 00302 .0815 11.9 0.00324 1.43822 2.59

140.0 50 39 155.0 13.0 49100.0 00313 .0783 10.9 0.00316 1.43074 2.47

145.0 49 57 148.0 12.3 428 0.0 00335 .0752 9.68 0.00307 1.42301 2.34

150.0 46 73 141.0 11.7 37400.0 00353 .0721 9.11 0.00297 1.41502 2.26

155.0 47 85 134.0 11.1 32500.0 00374 .0691 8.40 0.00287 1.40675 2.20

156.900 47 14 129.0 10.6 29100.0 00392 .0667 7.67 0.00279 1.40010 2.15

156.900 8162 34.9 2.19 40.3 00844 00521 0.421 0.0217 1.00616 0.856

160.0 8037 35.2 2.19 40.5 00833 .00524 0.42 4 0.0221 1.00610 0.852

165.0 7767 36.7 2.19 40.9 00784 00536 0.43 5 0.0241 1.00586 0.837

170.0 7476 38.2 2.19 41.3 00742 00552 0.447 0.0261 1.00564 0.824

175.0 7211 39.6 2.19 41.7 00705 0566 0.45 8 0.0281 1.00544 0.813

160.0 6967 41.0 2.19 42.0 00673 00580 0.470 0.0302 1.00526 0.805

165.0 6741 42.4 2.19 42.3 00644 00594 0.432 0.0323 1.00509 0.797

190.0 6532 43.8 2.19 42.5 00618 00609 0.494 0.0344 1.00493 0.791

200.0 6155 46.6 2.19 42.9 00573 00637 0.517 0.0338 1.00464 0.7 80 205.0 5984 47.9 2.19 43.0 00554 00651 0.529 0.0410 1.00451 0.776

210.0 5823 49.3 2.19 43.2 00536 00666 0.541 D.0433 1 . 43 9 0.772

215.0 5671 50.6 2.19 43.3 00519 00680 0.553 0.0456 1.00428 0.7 69 220.0 5528 52.0 2.19 43.4 00504 00694 0.564 0.0480 1.00417 0.7 66 225.0 5393 53.3 2.19 43.5 00489 00708 0.576 0.0504 1 . 40 7 0.7 63 230.0 5264 54.6 2.19 43.6 00476 00722 0.538 0.0528 1 . 39 7 0.761

235.0 5142 56.0 2.19 43.7 00463 00737 0.599 0.0553 1.00388 0.759

240.0 5026 57.3 2.19 43.6 00451 00751 0.611 0.0 5 78 1.00379 0.757

245.0 4915 58.6 2.19 43.9 00440 00765 0.622 0.0603 1.00371 0.755

250.0 4809 59.9 2.19 44.0 00429 00779 0.634 0.0629 1.00363 0.754

255.0 4709 61.2 2.19 44.0 00419 00793 0.64 5 0.0656 1.00355 0.752

260.0 4612 62.5 2.19 44.1 00410 00807 0.657 0.0683 1.00348 0.7 51 265.0 4519 63.8 2.19 44.1 00401 00821 0.668 0.0710 1.00341 0.750 270.0 4431 65.1 2.19 44.2 00392 00834 0.679 0.0737 1.00334 0.748

275.0 4346 66.4 2.19 44.2 00384 00846 0.69 0.0765 1.00328 0.7 47 260.0 4264 67.7 2.19 44.3 00376 00862 0.702 0.0794 1.00321 0.746

295.0 4185 69.0 2.19 44.3 00363 00876 0.713 0.0823 1.00315 0.7 45 290.0 4109 70.3 2.19 44.4 00361 00889 0.724 0.0652 1.00310 0.7 44 295.0 4037 71.6 2.19 44.4 00354 00903 0.735 0.0881 1.00304 0.743 300.0 3966 72.9 2.16 44.4 00343 00917 0.746 0.0911 1.0 299 0.743

310.0 3833 75.5 2.18 44.5 00335 00944 0.767 0.0973 1.00289 0.7 41

320.0 3709 76.0 2.18 44.5 00324 00970 0.789 0.104 1.00280 0.740

330.0 3593 80.6 2.18 44.6 00313 0100 0.810 0.110 1.00271 0.738

340.0 3484 83.2 2.19 44.6 00303 0102 0.831 0.117 1.00263 0.737

350.0 3381 85.7 2.19 44.7 00294 0105 0.852 0.123 1.00255 0.736

360.0 3285 88.3 2.19 44.7 00285 0103 0.873 0.130 1.00248 0.735

370.0 3194 90.8 2.18 44.7 00277 0110 0.693 0.137 1.00241 0.734

360.0 3108 93.3 2.18 44.3 00269 0113 0.913 0.144 1.00234 0.733

390.0 3027 95.9 2.18 44.8 00262 0115 0.934 0.152 1.00228 0.732

400.0 2950 98.4 2.18 44.8 00255 0118 0.953 0.159 1.00222 0.7 32 410.0 2876 101.0 2.16 44.8 00248 0120 0.973 0.167 1.00217 0.731 420.0 2807 103.0 2.18 44.8 00242 0123 0.992 0.174 1.00211 0.7 30 430.0 2740 106.0 2.18 44.9 00236 0125 1.01 0.182 1.00206 0.730 440.0 2677 109.0 2.13 44.9 00231 0127 1.03 0.190 1.00202 0.7 29 450.0 2617 111.0 2.18 44.9 00225 0130 1.05 0.198 1.00197 0.728

460.0 2559 114.0 2.18 44.9 00220 0132 1.07 0.207 1.00193 0.728

470.0 2504 116.0 2.17 44.9 00215 0134 1. 09 0.215 1.00189 0.727

480.0 2451 119.0 2.17 44.9 00211 0137 1.11 0.223 1.00135 0.727

490.0 2401 121.0 2.17 44.9 00206 0139 1.12 0.232 1.00181 0.726

500.0 2352 124.0 2.17 44.9 00202 0141 1.14 0.241 1.00177 0.726

510.0 2306 126.0 2.17 45.0 00198 0144 1. 16 0.250 1.00174 0.725

520.0 2261 129.0 2.17 45.0 00194 0146 1.18 0.259 1.00170 0.725

530.0 2218 131.0 2.17 45.0 00190 0148 1.19 0.268 1.00167 0.7 24 540.0 2177 134.0 2.17 45.0 00187 0150 1.21 0.277 1.00164 0.724

550.0 2137 136.0 2.17 45.0 00183 0153 1.23 0.286 1.00161 0.724

560.0 2098 139.0 2.17 45.0 00180 0155 1.25 0.296 1.00158 0.723

570.0 2061 141.0 2.17 45.0 00177 0157 1.26 0.305 1.00155 0.723

580.0 2025 144.0 2.17 45.0 00173 0159 1.28 0.315 1.00153 0.722

590.0 1991 146.0 2.17 45.0 00170 0161 1.30 0.325 1.00150 0.722

600.0 1958 149.0 2.17 45.0 00168 0163 1. 31 0.335 1.00147 0.722

700.0 1677 174.0 2.16 45.0 00143 0184 1.47 0.440 1.00126 0.719

600.0 1467 200.0 2.14 45.1 00125 0204 1.62 0.555 1.00110 0.716

900.0 1304 227.0 2.12 45.1 00111 0224 1.76 0.680 1.00098 0.715 1000.0 1173 255.0 2.09 45.1 00100 0243 1.89 0.814 1.00038 0.714

15 0.0 07822 405.0 1.93 45.1 000666 2000.0 0586S 567.0 1.80 45.0 000500 2500.0 04695 734.0 1.72 45.0 000400

3000.0 03913 901.0 1.67 45.0 000333

3500.0 03354 1070.0 1.64 45.0 000236

THO-PHASE 30UM0AST
50 psia isobar THERMOOYNAHIC PROPERTIES OF NITROGEN

TEMPERATURE VOLUM:

115,,0 .01851

120,,0 0,,01474 125 .0 0.,01393

130,.0 .01925

135,,0 .01954 140 ,0 .01964

11.5,,0 .02017 150 .0 . 02052

155,,0 . 02090 160 .0 .02130

161,.000 0..02139 161 ,000 1 .109

165,,0 1 .146

170,.0 1 . 192 175 .0 1 .237

ISO,,0 1 .281 165 .0 1 .325 190 .0 1 .369

200,,0 1 .454

205.,0 1,.496

210,,0 1 .538

215.,0 1,,580 220,,0 1,,621

225,,0 1,,663 230.,0 1,, 704

235.,0 1,, 745 240,,0 1,,765 245.,0 1,.826 250,,0 1,.866 255.,0 1 .907

260.,0 1,.947 265..0 1,,987 270.,0 2,,027 275..0 2,,067 260,,0 2,.107 265,,0 2,,147

290.,0 2,,167 295,,0 2,.226

300.,0 2,,266

310,,0 2,.345

320, 2,,424 330,.0 2 ,502

340.,0 2,.581 350,,0 2,,65 9 360, 1) 2,,738 370.,0 2,.816

360,,0 2..894 390.,0 2,,972

E»00

.

,0 3,,050 410. 3,,128

<>20,,0 3,,205 430. 3. 283

440.,0 3,,361 450,,0 3.,438

ISOTHERH DERIVATIVE

CU FI/.B CU FT-PSIA/L

1430.0

490.0 500.0

510.0

520.0

530.0 540.0

550.0

560.0 570.0

580.0 590.0

600.0

700.0

800.0

900.0

1000.0 1500.0

2000.0

2500.0

3000.0

3500.0

3.516

3.593 3.671

3.748 3.826

3.903

3.96 4.057

4.135

4.212

4.289

4.366 4.443

4.521

4.598

5.368 6.137

6.905

7.673 11.51

15.34 19.17

23.00 26.83

1250.0

1100.0 975.0

865.0

768.0

661.0 602.0

566.0

101.

103.

106.

106.

110. 112.

116.

128.

132.

136.

140.

152.0 156.0

160.0

164.0

168.0 171.0

175.0

179.0

183.0 167.0

191.0

195.0

199.0 203.0

207.0

211.0

214.0

218.0

222.0 226.0

230.0 269.0

307.0 346.0

384.0 576.0

768.0

959.0

1150.0

ISOCHOPE INTERNAL ENTHALPY DERIVATIVE ENERGY PSIA/R 8TU/LB BTU/L9 250.0 -64.10 -63.93 225.0 -61.72 -61.55

204.0 -59.30 -59.13

186.0 -56.87 -56.69

170.0 -54.42 -54.24

156.0 -51.96 -51.78

144. -49.50 -49.31 132.0 -47.02 -46.83

122.0 -44.52 -44.33

112.0 -42.00 -41.81

110.0 -41.47 -41.27 0.379 26.23 36.50 0.364 27.06 37.67 0.347 28. oe 39.12 0.332 29.09 40.55 0.319 30.09 41.96

0.30 6 31.07 4 3.35

0.29 5 32.05 44.72 0.276 33.57 47.44

0.26 7 34.92 48.78 0.259 35.87 50.11

0.25 2 36.81 51.44

0.24 5 37.75 52.76

0.238 38.68 54.07 0.232 39.61 55.38

0.22 6 40.53 56.69 0.221 41.46 57.99

0.216 42.38 59.29 0.211 43.30 60.58 0.206 44.21 61.87 0.202 45.13 63.16 0.197 46.04 64.44 0.193 46.95 65.72 0.169 47.66 67.00 0.186 48.77 68.28 0.182 49.68 69.56

0.175 50.59 70.83 0.175 51.49 72.11 0.172 52.40 73.38

0.16 6 54.21 75.92

0.161 56.01 78.45 0.155 57.81 80.98 0.151 59.61 83.51 0.146 61.41 86.03

0.142 63.20 88.55 0.138 64.99 91.07 0.134 66.79 93.58 0.130 68.58 95.09 0.127 70.37 98.61 0.124 72.16 101.1 0.121 73.94 103.6

0.118 75.73 106.1 0.115 77.52 106.6 0.112 79.30 111.1 0.110 81.09 113.6 0.108 82.8 7 116.1 0.105 84.65 118.6 0.103 86.44 121.1 0.101 88.22 123.6 0.0989 90.00 126.1 0.0970 91.78 123.6 0.0951 93.57 131.1 0.0933 95.35 133.6 0.0516 97.13 136.1 0.0899 98.91 138.6 0.0863 100.7 141.1 0.0866 102.5 143.6 0.0853 104.3 146.1 0.0839 106.0 148.6 0.0717 123.9 173.6 0.0627 141.8 198.6 0.0557 159.6 223.8 0.0501 178.1 249.1 0.0334 273.6 380.1 0.0250 376.6 518.6

0.0200 485.5 663.0 0.0167 598.5 811.5

ENTROPY

8TU/LB-R

0.5853

0.6055

0.6253 0.6444

0.6629

0.6808 0.6981

0.7150

0.7314 0.7474

0.7507

1.234

1.241

1.250

1.258 1.266

1.274 1.281

1.295

1.302 1.308

1.348 1.354

1.359 1.364

1.369

1.373

1.378 1.363

1.387

1.392

1.396

1.400

• 09

1.491 1.497

1.502 1.508

1.513

1.519

1.524

1.529 1.534 1.539

1.543 1.548

1.553

1.557

1.561 1.566

1.570

1.574

1.613 1.646

1.676

1.703

1.809

1.888

1.953 2.007

2.053

0.2432

0.2407

0.2376

0.2345 0.2318

0.2294

0.3274 0.2270

0. 1917 0.1901 0.1835

0.1871

0.1860

0.1850

0.1841 0.1828

0.1822

0.1817

0. 1813 0.1810

0.1806

0.1804

0.1801 0.1799

0.1797

0.1795

0.1793

0.1792

0.1791

0. 1789 0.1788 0.1787

0.1786 0.1785

0.1785 0.1784

0.1783 0.1782

0.1781

0. 1780

0. 1779 0.1779

0. 1778 0.1778 0.1778

0.1777

0.1777 0.1777 0.1776

0.1776

0.1776

0.1776

0.1776

0.1776 0.1776

0.1776 0.1776

0.1776 0.1776

0.1776

0.1776

0.1776

0.1776

0.1777

0.1777

0.1777

0.1783 0.1795

0.1812

0. 1835 0.1987

0.3125

0.2225 0.2293

0.2340

CP VELOIII rr OF SOUND

-i ? FT/SEC

.4701 4235 .0 .4809 3895 .0

a .4864 3631 .0 .4893 3413 .0 .4910 3226 .0 .4926 3060 .0 .4947 2907 ,0 .4978 2765 .0 .5022 2629 .0 .5083 2497 .0 .5098 2470 .0 .2986 596 .0

0. .2934 60 6 .3

a .2880 618 .9 .2835 630 .9 .2797 642 .5 .2765 65 3 .8

a .2738 664 ,7 .2694 695 .7 .2676 69 5 ,8 .2661 70 5 .7 .2647 715 ,4 .2635 724 .9 .2624 734 ,2 .2614 74 3 .4 ,2605 75 2 .4 .2597 761 ,3 .2590 77 ,0 .2583 776 ,6 .2578 787 ,0

.2572 79 5 , k

0,.2567 80 3 .6 .2563 811.,8

0..2558 819 ,8 .2554 82 7 ,7 .2551 835,.6 .2548 84 3 ,3 .2544 651..0 .2542 858.,6 ,2536 873.' 5

0,.2532 888.,1

0..2528 902,,5

0,,2524 916,.6

0,.2521 930,,5

0..2519 944,,1

0,.2516 95 7.,5

0,.2514 970,,7

0,.2512 983,,7

0,.2510 99 7.,0

0,,2508 1009,,0

0,,2507 1022.,0 0.,2505 1034,,0 0,,2504 1046.,0

a,.2503 1058.,0 ,2502 1070.,0

0,,2501 1082,,0 ,2500 1093.,0

0,.2499 1105.,0 0,,2499 1116.,0

0,,2498 1127.,0

0,,2498 1138.

0,.2497 1149,

0.,2497 1160,

0.,2496 1171,

a.,2496 1181.

0.,2496 1192.

0. 2496 1202,

0.,2495 1213.

a.,2495 1223.

a..2499 1321.

0.,2509 1410.

a.,2525 1494.

0..2547 1572.

0..2697 1904.

0. 2835 2178.

0. 2934 2421.

0,,3002 2642.

0. 3050 2847.

TWO-PHASE BOUNOARV
50 P3IA IS03AR

THEPMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE OENSITY

DEG. R L8/CJ FT

VIOH/DJ1 \MDP/nU) -\/(OP/OY> P V T BTU/LB PSIA-CU FT/BTU »SIJOJ/DTI/V THERMAL VISCOSITY P CONDUCTIVITY

1/DEG. R 3TU/FT-HR-R LB/FT-SEC

115 5". .03 120 53 .36 125 52 .66 130 51 93 135 51 18

11.0 50 39 145 49 58 150 48 .73 155 47 85 160 46 .94

161 000 (to 75 161 000 9018 165 8727 170 3390 175 3084

: 90 780". 185 7545

190 7306 200 6877 205 6633

210 6500 215 6329 220 a 6167

225 6014 230 5869 235 5732

21*0 5601 245 5477

250 5358 255 5245

260 5136 265 5032 270 4933 275 4338

280 4746 285 4658

290 -.573 295 4492 300 a 4413

310 4265

360.0

370.0

3eo.o

390.0 400.0

410.0

420.0 430.0

440.0

450.0

460.0

470.0

480.0 490.0

540.0

550.0

560.0

570.0

560.0 590.0

600.0 700.0

800.0

900.0

1000.0

1500.0 2000.0

.4126

.3996

.3874

.3760

.3653 .3551

.3455

0.3120

0. 3046 0.2976

0.2903

0.2844 0.2783

.2724

.2668 0.2614

0.2562

0.2419 0.2374

0.2331

0.2290 0.2251

0.2212

.2175 0.1863

.1303

.08690

. 06519 .05216

160.

171. 163. 155.

146. 141. 134.

128.

90.7

93.2

95.8

103.0

106.0

106.0 111.0

113.0 116.0 119.0

121.0

124.0

126.0

129.0

131.0

134.0 136.0 139.0

141.0

144.0

146.0 149.0

174.0 200.0

227.0

255.0

405.0

568.0

734.0 901.0 1070.0

19.8

17.4

15.8 14.7

13.3

13.0

12.3

104000.0

87900.0 75200.0

64900.0

56400.0

49100.0 42900.0

37400.0

32600.0 28300.0 27400.0

0.00241 0.00255

0.00271

0. 30286 0.00302

0.00313 0.00335

0.00353 0.00374

0.00397 0.00402

0.00853 0.00811

0.00764 0.00721

0.00689

0. 00653 0.00630 0.00583

0.00562 0.00543

0.00526

0. 00510 0.00495

0.00481

0.00463

0.00455 0.00444

0.00433

0.00423

0. 00413 0.00403

0.00395 0.00386

0.00373

0.00371 0.00363

0. 00356 0.00349

0.00337 0.00325

0.00314

0.00304 0.00295

0.00286

0.00277

0.00270

0.00262 0.00255

0.00249

0.00242 0.00237

0.00231

0.00226

0. 00220 0.00216

0.00211

0.00206

0.00202

0.00193 0.00194

0.00190

0.00187

0. 00183 0.00180

0.00177 0.00174

0. 00171 0.00163

0.00143

0.00125

0.00111

0. 00100

. 000666

0. 000500 0.000400

0. 000333

0. 000286

0.0941 0.0910 0.0878

0.0847

0.0815 0.0784

0.0753 0.0722

0.0691

0.0661 0.0655

0.00532

0.005..2 0.00556

0.00570 0.00584 0.00538

0.00612

0.00640

0. 00654 0.00669

0.00633

0.00697

0.00711

0.00725

0.00739

0.00753

0.00767

D. 00731 0.00795

0.00809

0.00823

0.00837

0.00850

0.00864

0.00878

0.00891 0.00905 0.00918

0.00945

0.00972

0.0100 0.0102

0.0105 0.0108

0.0110 0.0113

0.0115

0.0113

0.0120

0.0123 0.0125 0.0128

0.0130

0.0132

0.0135

0.0137 0.0139

0.0151

0.0153 0.0155

0.0157 0.0159

0.0161

0.0164

.0184 0.0204

0.0224

0.0243

0.472

0.48 4 0.495

0.519

0.531

0.542 0.554

0.566

0.577

0.589

0.601 0.612

0.62 4 0.635

0.658

0.669

0.68 0.691

0.703 0.714

0.72 5 0.736 0.747

0. 76 8 0.790

0.811 0.832

0.853

0.874

0.894

0.914 0.934

1.31 1.47

THERMAL DIELECTRIC PRANDTL 0IFFUSIVITY CONSTANT NUM3ER

SO. FT/HR

0.00370 1.46551 3.57

. 35 5 1.45912 3.21 0.00343 1.45244 2.92

0.00333 1.44548 2.72

. 32 4 1.43827 2.59 0.00316 1.43079 2.47

0.00307 1.42307 2.34 0.00298 1.41508 2.26

. 28 8 1.40682 2.20 0.00277 1.39825 2.14 0.00275 1.39641 2.13

0.0197 1.00681 0.866

0.0212 1.00659 0.852

0.0230 1.00633 0.837

0.0249 1.00610 0.824

0.0268 1.00589 0.314

0.0297 1.00569 0.805 0.0306 1.00551 0.7 93 0.0 3 46 1.00519 0.786

0.0 366 1.00504 0.781

0.0387 1.00490 0.777 0.0408 1.00477 0.773 0.0429 1.00465 0.770

0.0451 1.00454 0.767 0.0473 1.00443 0.764

. 4 95 1.00432 0.7 62 0.0518 1.00422 0.760 0.0541 1.00413 0.758 0.0564 1.00404 0.756

0.0588 1 . 39 5 0.754

0.0612 1.00387 0.753

0.0637 1.00379 0.751 0.0662 1.00372 0.750 0.0687 1.00365 0.7 49 0.0713 1.00358 0.748

0.0739 1.00351 0.747

0.0765 1.00345 0.7 46 0.0792 1.00339 0.745

0.0819 1.00333 0.744

0.08 74 1.00321 0.742

0.0931 1.00311 0.741 0.0988 1.00301 0.739

0.105 1.00292 0.738

0.111 1.00283 0.737

0.117 1.00275 0.7 36 0.123 1.00268 0.735

0.130 1.00260 0.734 0.136 1.00254 0.733

0.143 1.00247 0.732

0.150 1.00241 0.7 31 0.157 1.00235 0.731 D.164 1.00230 0.730 0.171 1.00224 0.729

0.178 1.00219 0.729

0.186 1.00214 0.728 0.193 1.00210 0.728 0.201 1.00205 0.727 0.209 1.00201 0.727 0.217 1.00197 0.726 0.225 1.00193 0.726 0.233 1.00189 0.725

0.241 1.00186 0.7 25 0.249 1.00182 0.724

0.258 1.00179 0.724 0.266 1.00176 0.723

0.275 1.00173 0.723

0.284 1.00170 0.723

0.292 1.00167 0.722 0.301 1.0 016

4

0.722 0.396 1.00140 0.719

0.500 1.00123 0.716 0.612 1.00109 0.715

0.732 1.00098 0.714

THO-PHA$E 30UNOflr?/
THERMODYNAMIC PROPERTIES OF NITROGEN

100 P5IA ISOBAR

EHPERATURf VOLUME ISOTHERH DERIVATIVEISOCHORE DERIVATIVE

INTERNAL

ENERGY ENTHALPY ENTROPY CV CP VELOCITY

OF SOUND

OEG. R CU FT/. 3 CU FT-PSI6/LB PSIA/R 0TU/L8 BTU/L8 3TU/LB-R 3TU 1 L8 -R FT/SEC

115.0 0.01650 1930.0 249.0 -64.15 -63.81 0.5849 0.2345 0.4695 4230.0

120.0 0.01073 1660.0 224.0 -61.78 -61.43 0.6051 0.2432 0.4801 3893.0

125.0 0.01899 1440.0 204.0 -59.36 -59.01 0.6243 0.2455 0.4356 3630.0 130.0 0.01924 1260.0 186.0 -56.53 -56.58 0.5439 0.2444 0.4684 3414.0 135.0 0.01952 1110.0 170.0 -54.49 -54.13 0.6624 0.2417 0.4900 3229.0

140.0 0.01982 984.0 156.0 -5 2.0 4 -51.68 0.6802 0.2336 0.4915 3064.0 145.0 0.02015 874.0 144.0 -49.59 -43.21 0.6975 0.2354 0.4934 2913.0

150.0 0.02043 777.0 133.0 -47.12 -46.74 0.7143 0.2326 0.4963 2772.0 155.0 0.02085 691.0 122.0 -44.64 -44.25 0.7306 0.2301 0.50O5 2638.0

160.0 0.02127 612.0 113.0 -42.13 -41.73 0.7466 0-. 2281 0.5063 2508.0

165.0 0.02170 539.0 104.0 -39.59 -39.18 0.7623 0.2264 0.5140 2381.0

170.0 0.02217 472.0 95.5 -37.00 -36.59 0.7778 0.2251 0.5240 2257.0

175.0 0.02270 410.0 87.6 -34.36 -33.94 0.7932 0.2241 0.5369 2132.0 176.900 0.02251 387.0 84. 7 -33.35 -32.92 0.7989 0.2238 0.5427 2 08 5.0 176.900 0.5667 45.3 0.76 4 27.26 37.76 1.199 0.1994 0.3405 60 1.9 160.0 .5636 48.0 0.754 28.00 38.80 1.205 0. 1975 0.3320 611.3

185.0 0.6098 51.3 0.712 29.14 40.43 1.214 0.1949 0.3209 625.7

190.0 0.6353 54.5 0.677 30.25 42.02 1.222 0.1927 0.3120 639.2

200.0 0.6842 60.4 0.617 32.40 45.07 1.238 0.1894 0.29B8 664.5

205.0 0.7079 63.2 0.553 33.44 46.55 1.245 0. 1881 0.2937 676.4

210.0 0.7312 66.0 0.570 34.46 48.00 1.252 0.1869 0.2894 68 7.8 215.0 0.7541 68.6 0.550 35.48 49.44 1.259 0. 1660 0.2857 698.9

220.0 0.7767 71.2 0.531 36.48 50.86 1.265 0.1851 0.2625 70 9.7 225.0 0. 7991 73.8 0.514 37.47 52.27 1.272 0.1844 0.2797 72 0.1 230.0 0.8213 76.3 0.498 38.45 53.66 1.278 0.1838 0.2773 730.3

235.0 0.8432 78.8 0.48 4 39.43 55.04 1.284 0.1632 0.2751 74 0.3

21.0.0 0.8649 61.2 0.47 40.40 56.41 1.289 0.1627 0.2732 75 0.0 245.0 0.8865 63.6 0.457 41.36 57.77 1.295 0. 1822 0.2715 75 9.5 250.0 .9080 85.9 0.44 5 42.31 59.13 1.300 0. 1619 0.2700 76 8.6 255.0 0.9293 88.3 0.434 43.27 60.47 1.306 0.1815 0.2666 77 6.0 260.0 0.9504 90.6 0.424 44.21 61.81 1.311 0.1812 0.2673 78 7.0 265.0 0.9715 92.9 0.414 45.16 63.15 1.316 0.1809 0.2662 79 5.8 270.0 0.9925 95.2 0.40 4 46.10 64.48 1.321 0. 1806 0.2652 80 4.5 275.0 1.013 97.4 0.395 47.03 65.80 1.326 0.1804 0.2642 813.0 2S0.0 1.034 100.0 0.367 47.97 67.12 1.331 0. 1802 0.2633 821.4 265.0 1.055 102.0 0.376 48.90 68.43 1.335 0.1600 0.2625 82 9.7 290.0 1.075 104.0 0.371 49.8 3 69.74 1.340 0.1798 0.2618 837.9

295.0 1.096 106.0 0.36 3 50.76 71.05 1.344 0.1797 0.2611 84 5.9 300.0 1. 116 108.0 0.35 6 51.66 72.36 1.349 0.1795 0.2605 853.9

310.0 1.157 113.0 0.343 53.52 74.95 1.357 0.1793 0.2594 869.5 320.0 1.19a 117.0 0.331 55.36 77.54 1.365 0.1791 0.2584 88 4.7 330.0 1.238 121.0 0.319 57.19 60.12 1.373 0.1789 0.2576 899.6

31.0.0 1.279 126.0 0.309 59.02 82.70 1.381 0.1787 0.2568 914.2

350.0 1.319 130.0 0.29 9 60.84 85.26 1.369 0.1786 0.2562 928.5

360.0 1.359 134.0 0.290 62.66 87.82 1.396 0.1785 0.2556 94 2.5 370.0 1.399 138.0 0.281 64.47 90.37 1.403 0.1784 0.2551 95 6.3 360.0 1.438 142.0 0.27 3 66.29 92.92 1.410 0.1783 0.2546 969.8 390.0 1.478 146.0 0.26 5 68.09 95.47 1.416 0.1782 0.2542 983.1

400.0 1.518 150.0 0.258 69.90 93.01 1.423 0.1782 0.2538 996.0

".10.0 1.557 154.0 0.251 71.71 100.5 1.429 0.1781 0.2535 1009.0

1(20.0 1.597 158.0 0.245 73.51 103.1 1.435 0.1780 0.2532 1022.0

430.0 1.636 163.0 0.239 75.31 105.6 1.441 0.1780 0.2529 1034.0

1.40.0 1.675 167.0 0.233 77.11 108.1 1.447 0.1780 0.2526 1047.0 450.0 1.715 171.0 0.228 78.91 110.7 1.452 0.1779 0.2524 1059.0

460.0 1.754 175.0 0.22 2 80.70 113.2 1.456 0.1779 0.2522 1071.0

470.0 1.793 179.0 0.218 82.50 115.7 1.463 0.1779 0.2520 1063.0 460.0 1.332 183.0 0.213 84.29 118.2 1.469 0.1778 0.2518 1094.0

490.0 1.871 187.0 0.208 86.09 120.7 1.474 0.1776 0.2516 1106.0 500.0 1.910 191.0 0.204 87.68 123.3 1.479 0. 1778 0.2515 1117.0 510.0 1.949 195.0 0.200 89.67 125.8 1.484 0. 1776 0.2513 1129.0 520.0 1.988 198.0 0.19 6 91.46 126.3 1.489 0.1778 0.2512 1140.0

530.0 2.027 202.0 0.192 93.25 130.8 1.494 0.1778 0.2511 1151.0 540.0 2.066 206.0 0.188 95.04 133.3 1.49B 0.1778 0.2510 1162.0

550.0 2.105 210.0 0.165 96.83 135.8 1.503 0.1778 0.2509 1173.0 560.0 2.144 214.0 0. 181 98.62 138.3 1.507 0.1778 0.2508 1184.0 570.0 2.183 218.0 0.176 100.4 140.3 1.512 0.1778 0.2508 1194.0 560.0 2.222 222.0 0.175 102.2 143.3 1.516 0.1778 0.2507 1205.0 590.0 2.261 226.0 0.172 104.0 145.8 1.520 0.1779 0.2506 1215.0

600.0 2.299 230.0 0.169 105.8 148.3 1.525 0.1779 0.2506 1225.0 700.0 2.686 269.0 0.144 123.7 173.4 1.563 0. 1784 0.2506 132 3.0 600.0 3.072 308.0 0.126 141.6 198.5 1.597 0. 1796 0.2514 1413.0

900.0 3.45 7 347.0 0.112 159.7 223.7 1.626 0.1813 0.2529 1497.0

10OD.0 3.842 385.0 0.100 178.0 249.1 1.653 0.1836 0.2550 1575.0

1500.0 5.761 578.0 0.0667 273.5 380.2 1.759 0.1938 0.2699 1906. 2000.0 7.678 769.0 0. 0500 376.5 516.7 1.839 0.2126 0.2836 2181.0

2500.0 9.594 961.0 0.0400 485.4 663.1 1.903 0.2225 0.2934 2424.0

3000.0 11 .51 1150.0 0.0333 598.5 811.6 1.957 0.2293 0.3002 2 64 5.0 3500.0 13.43 1340.0 0.0286 714.4 963.0 2.004 0.2341 0.3050 2849.0

THO-PHASE BOUNDARY
100 PSIA ISOBAR

THERMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE DENSITY

DES. R L3/CU =T

115.0 51. .05 196 .0 120.0 53 .39 189 .0 125.0 52 . 70 181 .0 130.0 51 .97 172 .0 135.0 51 .22 16* .0

1 ".0.0 50 1.1. 156 .0 11.5.0 1.9 .63 1*9 .0 150.0 1.6 80 1*2 .0 155.0 1.7 .93 136 .0 160.0 *7 .03 129 .0

165.0 1)6 08 123 170.0 1.5 10 117 .0 175.0 1.1. .06 111 176.900 1.3 65 106 176.900 1 765 35 1 180.0 1 71* 36 .2 165.0 1 61.0 37 9 190.0 1 57". 39 5 200.0 1 .62 *2 7 205.0 1 1.13 ** 3 210.0 1 366 *5 8 215.0 1 326 *7 3 220.0 1 237 *6 8 225.0 1 251 50 2 230.0 1 218 51 7 235.0 1 186 53 1 21.0.0 1 156 5* 5 21.5.0 1 128 56 250.0 1 101 57 * 255.0 1 076 58 8 260.0 1 052 60 2 265.0 1 029 61 5 270.0 1 006 62 9 275.0 9668 6* 3 260.0 9670 65 7 265.0 91.80 67 290.0 9299 66 * 295.0 912<t 69 7 300.0 8957 71 1 310.0 861.1 73 7 320.0 831.8 76 * 330.0 3075 79 1 31.0.0 a 7821 61 7 350.0 7533 6* 3 360.0 7360 87 370.0 7150 69 6 360.0 6952 92 2 390.0 6765 9* 8 1.00.0 6589 97 * 1(10.0 61(22 100 .20.0 6263 103

1.30.0 6112 105

1.1.0.0 a 5969 108

1.50.0 5832 110

1.60.0 5702 113

1.70.0 5577 115

1.60.0 51.58 116

1.90.0 53*14 121 500.0 5235 123 510.0 5130 126 o 520.0 5029 128 530.0 1.933 131

51.0.0 *8*0 133. 550.0 1.7 5 136 560.0 1.661. 136 570.0 1.581 1*1 560.0 1.501 1*3 590.0 **2* 1*6 600.0 1.31.9 1*9

7 0.0 3723 17* 800.0 3255 200 900.0 2892 227 1000.0 2603 255 a 1500.0 1736 *05 2000.0 1302 566 2500.0 101*2 735 3000.0 08688 902 3500.0 37*1.9 1070

VCDH/OKlp \MDP/OU> v

-IMDP/OV) 3TU/LB PSIA-CU FT/BTU PSIA

19.7 10*000.0

17.3 88*00.0

15.7 75600.0

1*.6 65*00.0

13.7 56900.0

13.0 *9600.0

12.3 *3*00.0

11.7 37900.0

11.1 33100.0

10.5 28600.0

9.95 2*900.0

9.*1 21300.0

8.87 18000.0

8.67 16900.0

COV/DTIL/V THERMAL VISCOSITY CONDUCTIVITY

1/OEG. R 3TU/FT-HR-R LB/FT-SEC

99.

100.

100.

100.

100.0 100.0

100.0

100.0

100.0

100.0 100.0 100.0

100.0

100.0

1O0.0

100.0

100.0

.00233 .09*2 20 . a .0025* .0911 17 .0 .00263 .0880 1* .7 .0028* a .08*6 13 .2 .00299 .0817 12 .0 .00315 .0786 11 . .00332 .0755 9 .9* .00350 .072* 9 .18 .00369 .069* 8 . *6 .00392 .066* 7 .79

.00*13 .063* 7 .17

.0 0**8 .060* 6 .58 .00*86 .0575 6 .02

a .00502 .056* 5 .82

a .00970 .00618 .*86 00917 .00625 *92 .008*7 .00637 503 00783 D .006*9 51* 00699 00675 536 .00663 .00667 5*7

00632 .00700 558 0060* .0071* 570

a 00579 00727 581 00557 007*0 592

00537 00753 603 00518 .00766 61*

00501 00779 626 00*65 .00793 637 00*71 00806 6*8 00*57 .00819 659 00*** 00832 670 00*33 a 006*6 681 00*21 00859 692

00*11 00872 703

00*01 00885 71* 00392 00898 725

383 00912 736 00375 00925 7*6

00367 00936 757

00352 0096* 778

00338 00990 800 00326 01D2 821 0031* 010* 8*1 0030* 0107 862 0029* 0109 882 D0265 0112 902 00276 011* 922

00268 0117 9*2 00261 D119 962

0025* 0122 981

002*7 012* 1 00 002*1 0126 1 02

a 00235 0129 1 0* 00229 0131 1 06 0022* 0133 1 08 00218 0136 1 09 0021J 0133 1 11 00209 01*0 1 13

a 0020* 01*3 1 15 00200 01*5 1 17 00196 01*7 1 18 00192 01*9 1 20 00183 0152 1 22

a 00165 015* 1 2* 00181 0156 1 25 00178 0153 1 27 O0175 0160 1 29 00172 0162 1 30 00169 016* 1 32 001** D185 1 *8

00125 0205 1 63 00111 022* 1 76 00100 02** 1 90 000666 000*99

000339

000333

000235

THER1AL DIELECTRIC PRANOTL OIFFUSIVITY CONSTANT NUMBER

SO FT/HR

0.00371 l.*6576 3.59 0.00355 l.*59*l 3.22

0.003** l.*5277 2.93

. 33 * l.**586 2.73 0.00325 l.*3870 2.59 0.00317 l.*3128 2.*7 0.00308 l.*2361 2.3*

0.00299 l.*1569 2.26

. 28 9 l.*0750 2.20 0.00279 1.39902 2.1* 0.00266 1.39020 2.09 0.00256 1.38100 2.05

0.002*3 1.3713* 2.03 0.00238 1.36756 2.02 0.0103 1.01335 0.96*

0.0110 1.01296 0.9*1

0.0121 1.012*0 0.912

. 1 32 1.01190 0.889

0.015* 1.01105 0.855 0.0166 1.01068 0.8*2 0.0177 1.0103* 0.831

0.0188 1.01002 0.821

0.0200 1.00973 0.813

0.0211 1 . 9* 5 0.806

0.0223 1.00920 0.300

0.0235 1.00896 0.7 9* 0.02*7 1.00873 0.789

0.0 2 59 1.00852 0.785

0.0 2 71 1.00832 0.781 0.0233 1.00613 0.778

0.0296 1.00795 0.775

0.0309 1.00777 0.772

0.0321 1.00761 0.769

0.033* 1.007*5 0.767

0.03*8 1.00730 0.7 65 0.0361 1.00716 0.763 0.037* 1.00702 0.761 0.0338 1.00689 0.759 0.0*02 1.00676 0.757

0.0*30 1.00652 0.7 5* 0.0*59 1.00630 0.751

0.0*88 1.00609 0.7*9

0.0518 1.00590 0.7*7

0.05*9 1.00572 0.7*5

0.0581 1.00555 0.7*3

0.0613 1.00539 0.7*2 0.06*5 1.0052* 0.7*0 0.0679 1.00510 0.739

0.0712 1 . *9 7 0.7 38 0.07*7 1.00*8* 0.737 0.0762 1.00*72 0.735 0.0818 1.00*61 0.73*

0.065* 1.00*50 0.73* 0.0891 1.00**0 0.733

0.0923 1.00*30 0.732 0.0966 1.00*21 0.731

0.100 1.00*12 0.730 0.10* 1.00*03 0.730 0.108 1.00395 0.729

0.112 1.00367 0.728

0.116 1.00379 0.728

0.121 1.00372 0.727

0.125 1.00365 0.727 0.129 1.00356 0.726

0.133 1.00352 0.7 26 0.138 1.003*5 0.725

0.1*2 1.00339 0.725 0.1*6 1.00333 0.72*

D.151 1 . 32 8 0.72*

0.198 1.00281 0.720

0.251 1.002*5 0.717 0.307 1.00218 0.715 0.367 1.00196 0.71*

THO-PHASE 3GU10ARY
THERMODYNAMIC PROPERTIES OF NITROGEN

150 P3IA ISOBAR

EHPERATURE VIOL 'J HE ISOTMERt DERIVATIVE ISOCHORE

DERIVATIVE

INTERNAL ENERGYENTHALPY ENTROPY CV CP VELOCITY

OF SOUND

CEG. R CU FT/.iJ CU FT-PSIA/LB PSIA/R 8TU/L8 BTU/L6 BTU/LB-R 9TU ' LB -R FT/SEC

115.0 0.01113 1910.0 219.0 -61.19 -63.68 0.5815 0.2359 0.1688 1225.0

120.0 0.01872 1670.0 221.0 -61.63 -61.31 0.6017 0.2115 0.1791 3930.0

125.0 0.01896 1150.0 203.0 -59.12 -53.90 0.6211 0.2167 0.1818 3630.0

130.0 0.01923 1270.0 186.0 -57.00 -56.16 0.6131 0.2155 0.1875 3116.0

135.0 0.01951 1120.0 170.0 -51.56 -51.02 0.6619 0.2128 0.1891 3232.0

11.0.0 0. 01980 993.0 156.0 -52.12 -51.57 0.6797 0.2395 0.1901 3069.0

11.5.0 0.02012 663.0 111.0 -19.68 -13.12 0.6969 0.2363 0.1922 2919.0

150.0 0.02017 786.0 133.0 -17.22 -16.65 0.7136 0.2331 0.1919 2730.0

155.0 0.02083 700.0 123.0 -11.71 -11.17 0.7299 0.2309 0.1989 2617.0

160.0 0.02123 621.0 113.0 -12.2 5 -11.66 0.7158 0.2288 0.5013 2519.0

165.0 0.02166 519.0 101.0 -39.72 -39.12 0.7615 0.2271 0.5116 2391.0

170.0 0.02212 182.0 96.1 -37.15 -36.51 0.7769 0.2257 0.5210 2271.0

175.0 0.02261 120.0 88.3 -31.53 -33.91 0.7921 0.2216 0.5331 2118.0

160.0 0.02320 361.0 30.9 -31.85 -31.20 0.8071 0. 2238 0.5187 2025.0

185.0 0.02385 306.0 73.7 -29.07 -23.11 0.8227 0.2233 0.5690 1900.0 187.700 0.02123 277.0 69.9 -27.55 -26.88 0.8309 0.2231 0.5825 1632.0 187.700 0.3750 11.2 1.21 27.11 37.65 1.176 0.2062 0.3696 600.6

190.0 0.3818 13.2 1.20 28.06 33.75 1.161 0.2012 0.3780 60 8.8 200.0 0.1238 51.0 1.06 30.57 1.2.31 1.199 0.1976 0.3131 610.5

205.0 0.1120 51.5 1.00 31.75 11.02 1.207 0.1952 0.3312 651.8 210.0 0.15 9 7 57.9 0.95 2 32.89 15.66 1.215 0.1931 0.3217 668.3

215.0 0.1766 61.1 0.90 9 31.00 1(7.21 1.223 0.1911 0.3138 681.2

220.0 0.1935 61.2 0.871 35.09 13.80 1.230 0.1899 0.3073 69 3.5 225.0 0.5099 67.1 0.83 7 36.16 50.32 1.237 0. 1687 0.3018 70 5.3 230.0 0.5259 70.0 0.806 37.21 51.62 1.213 0. 1876 0.2970 716.7

235.0 0.5118 72.8 0.779 38.21 53.29 1.250 0.1866 0.2929 727.7

2<.0.0 0.5573 75.6 0.75 3 39.26 51.75 1.256 0.1858 0.2691 738.5

2".5.0 0.5727 78.2 0.729 10.28 56.18 1.262 0.1851 0.2862 718.9

250.0 0.5879 SO.

9

0.708 11.28 57.61 1.267 0.1811 0.2835 759.0 255.0 0.6030 83.5 0.687 12.27 59.02 1.273 0. 1838 0.2810 76 8.9 260.0 0.6179 86.0 0.669 13.26 60.12 1.279 0.1833 0.2788 778.5

265.0 0.6326 88.5 0.651 11.21 61.81 1.281 0.1829 0.2769 788.0

270.0 0.6173 91.0 0.631 15.21 63.19 1.269 0.1825 0.2751 737.2

275.0 0.6618 93.1 0.619 16.18 6i.56 1.291 0. 1821 0.2735 806.3

280.0 0.6763 95.8 0.601 17.11 65.92 1.299 0.1818 0.2720 815.2

285.0 . 69 7 98.2 0.59 18.10 67.28 1.301 0. 1815 0.2707 821.0 290.0 0.7050 101.0 0.577 19.05 63.63 1.308 0.1812 0.2695 832.6

295.0 0.7192 103.0 0.561 50.00 63.97 1.313 0.1809 0.2681 811.0 300.0 0.7333 105.0 0.55 2 50.91 71.31 1.317 0. 1807 0.2673 819.3

310.0 . 7611 110.0 0.530 52.83 73.98 1.326 0. 1803 0.2655 665.6

320.0 0.7893 111.0 0.510 51.70 76.63 1.335 0.1800 0.2610 881.5

330.0 0.8170 119.0 0.191 56.56 79.26 1.313 0. 1797 0.2626 896.9

31.0.0 0.8115 123.0 0.171 58.12 81.88 1.351 0.1795 0.2611 912.0 350.0 0.8719 128.0 0.158 60.27 81.19 1.358 0.1793 0.2601 92 6.7 360.0 0.8992 132.0 .111 62.11 87.09 1.365 0. 1791 0.2595 911.1

370.0 0.9263 136.0 0.13 63.95 83.68 1.373 0.1789 0.2587 95 5.3 380.0 0.9533 111.0 0.117 65.78 92.26 1.379 0.1788 0.2579 96 9.1 390.0 0.9802 115.0 0.10 5 67.61 91.81 1.386 0.1787 0.2573 982.7

1.00.0 1.007 119.0 0.391 69.13 97.11 1.393 0.1786 0.2567 99 6.0

1.10.0 1.031 153.0 0.383 71.25 100.0 1.399 0.1785 0.2562 1009.0

1.20.0 1.060 157.0 0.373 73.07 102.5 1.105 0.1781 0.2557 1022.0

1.30.0 1.087 161.0 0.36 3 71.89 105.1 1.111 0.1783 0.2553 1015.0

11.0.0 1. Ill 166.0 0.351 76.70 107.6 1.117 0.1783 0.2519 1017.0

150.0 1. 110 170.0 0.316 78.51 110.2 1.123 0. 1782 0.251.5 106 0.0 160.0 1. 167 171.0 0.338 SO. 32 112.7 1.128 0.1782 0.2512 1072.0

170.0 1. 193 178.0 0.330 62.13 115.3 1.131 0.1781 0.2539 1081.0 180.0 1.219 182.0 0.32 2 83.93 117.8 1.139 0.1781 0.2536 1096.0 190.0 1.216 186.0 0.315 85.71 120.3 1.111 0.1781 0.2533 1107.0

500.0 1.272 190.0 0.309 87.51 122.9 1 .119 0.1780 0.2531 1119.0

510.0 1.293 191.0 0.302 89.31 125.1 1.151 0.1780 0.2529 1110.0

520.0 1.321 198.0 0.296 91.11 127.9 1.159 0. 1780 0.2527 1112.0 530.0 1. 151 202.0 0.290 92.91 130.5 1.161 0.1780 0.2525 1153.0 510.0 1.377 206.0 0.281 91.71 133.0 1.169 0. 1780 0.2523 1161.0 550.0 1.10 3 210.0 0.279 96.5 3 135.5 1.171 0.1780 0.2522 1175.0 560.0 1.129 211.0 0.271 98.3 3 133.0 1.178 0. 1780 0.2521 1186.0 570.0 1.155 218.0 0.26 9 100.1 110.5 1.183 0.1730 0.2519 1196.0 560.0 1.181 222.0 0.261 101.9 113.1 1.187 0.1780 0.2518 120 7.0 590.0 t.507 226.0 0.259 103.7 115.6 1.191 0.1780 0.2517 1217.0

600.0 1.533 230.0 0.255 105.5 113.1 1.195 0. 1730 0.2516 1228.0

700.0 1.793 270.0 .217 123.1 171.2 1.531 0. 1786 0.2513 132 6.0 800.0 2.051 309.0 . 189 111.1 193.1 1.568 0.1797 0.2519 1116.0 900.0 2. 303 318.0 0.168 159.5 223.6 1.598 0.1811 0.2533 1500.0 1000.0 2 . 565 386.0 0. 15 1 177.8 219.1 1.621 0. 1837 0.2551 1578.0

1500.0 3.816 579.0 0.100 273.1 380. 1 1.731 0. 1938 0.2700 1909.0

2000.0 5. 121 771.0 0. 0751 376.5 513.8 1.810 0.2126 0.2836 218 3.0 2500.0 6.102 963.0 . 0600 185.1 66 3.3 1.875 0.2225 0.2935 2126.0

3000.0 7.679 1150.0 0.0500 598.5 811.3 1.929 0.2293 0.3003 2617.0

3500.0 8.956 1350.0 0.0129 711.1 963.2 1.975 0.2311 0.3050 2851.0

TWO-PHASE BOUNDARY
THERMOPHYSICAL PROPERTIES OF NITROGEN

150 psia isobar

TEMPERATURE DENSITY \MOH/0\» V(OP/OU) - J(0P/OV)T

<Q</OTL/i THERMAL VISCOSITY THERMAL DIELECTRIC PRANOTL CONDUCTIVITY JIFFUSIVITY CONSTANT NUMBER

DEO. R LB/CU FT BTU/LB PSIA-CU FT/6TI, PSIA 1/OEG. R BTU/FT-HR-R LB/FT-.SEC

I io' SO FT/HR

115.0 54. 06 197.0 19.5 105000.0 0.00233 0.0943 20.1 0.00372 1.46601 3.60 120.0 53.1.2 190.0 17.2 69000.0 J . 0252 0.0913 17.1 0.00356 1.45969 3.23

125.0 52.73 162.0 15.6 76300.0 0.00267 .0381 14.8 0.00345 1.45310 2.94

130.0 52.01 173.0 14.5 66000.0 0.00262 0.0850 13.2 0.00335 1.44624 2.73

135.0 51.27 165.0 13.7 57400.0 0.00297 0.0819 12.1 0.00327 1.43912 2.59

11.0.0 5 0.1.9 157.0 12.9 50100.0 0.00312 0.0768 11.0 0.00318 1.43176 2.48

11.5.0 1.9.69 150.0 12.3 43900.0 0.00329 0.0757 10.0 0.00310 1.42415 2.34

150.0 1.8.36 11.3.0 11.7 36400.0 1.00346 0.0727 9.23 0.00300 1.41630 2.26

155.0 1.8. 00 137.0 11.1 33600.0 0.00365 0.0696 8.52 0.00291 1.40818 2.20 160.0 1.7. 11 130.0 10.5 29300.0 0.00387 0.0667 7.85 0.00281 1.39976 2.14

165.0 1.6.16 121.. 10.0 25400.0 0.00412 0.0637 7.23 0.00270 1.39106 2.09

170.0 1.5.20 116.0 9.42 21600.0 0. 00441 0.0608 6.6h 0.00258 1.38198 2.05

175.0 1.1.. 18 112.0 6.90 18500.0 0. 00476 0.0578 6.09 0.00246 1.37246 2.02

160.0 1.3.09 106.0 8.38 15600.0 0.00519 0. 0549 5.56 0.00232 1.36241 2.00

165.0 41.93 99.1 7.87 12800.0 0.00574 0.0520 5.06 0.00218 1.35172 1.99

• 107. 700 1.1.28 35.1. 7.59 11500.0 0.00611 0.0504 4.80 0.00209 1.34569 2.00

• 1O7.700 2.666 34. i. 2.26 110.0 0.0113 .00694 0.531 0.00668 1.02023 1.0?

190.0 2.599 35.1. 2.26 112.0 0.0107 0.00698 0.535 0.00710 1.01971 1.04 200.0 2.360 39.1 2.26 120.0 0.00877 0.00717 0.555 0.00886 1.01786 0.956

205.0 2.262 40.9 2.26 123.0 0.00811 0.00727 0.565 .00971 1.01714 0.926

210.0 2.176 42.6 2.26 126.0 0. 00756 0.00736 0.575 0.0106 1.01648 0.902

215.0 2.097 44.2 2.26 126.0 0. 00710 0.00750 0.536 0.0114 1.01563 0.883

220.0 2.026 45.9 2.26 130.0 0.00670 0.00761 0.596 0.0122 1.01534 0.867

225.0 1.961 47.5 2.26 132.0 0.00636 0.00773 0.607 0.0131 1.01485 0.853

230.0 1.901 49.0 2.26 133.0 0.00606 .00785 0.618 0.0139 1.01439 0.842

235.0 1.61.6 50.6 2.26 134.0 0. 00579 0.00797 0.629 0.0147 1.01397 0.832

21.0.0 1.791. 52.1 2.26 136.0 0.00555 0.00809 0.639 0.0156 1.01358 0.823

21.5.0 1.71.6 53.6 2.26 137.0 0.00534 0.00821 0.650 0.0164 1.01321 0.816

250.0 1. 701 55.1 2.26 138.0 0.00514 0.00833 0.661 0.0173 1.01287 0.809

255.0 1.658 56.6 2.25 138.0 0. 00497 0.00645 0.672 0.0131 1.01254 0.804

260.0 1.618 58.1 2.25 139.0 0.00430 0.00856 0.68 2 0.0190 1.01224 0.798

265.0 1.581 59.5 2.25 140.0 0. 00465 0.00870 0.693 0.0199 1.01195 0.794

270.0 1.51.5 61.0 2.25 141.0 0.00451 0.00883 0.704 0.0208 1.01168 0.790

275.0 1.511 62.4 2.25 141.0 0.00438 0.00895 0.714 0.0217 1.01142 0.786

260.0 1.1.79 63.6 2.25 142.0 0.0042c 0.00908 0.725 0.0 2 26 1.01118 0.7 82 265.0 1.1.1.8 65.2 2.25 142.0 0.00415 0.00920 0.736 0.0235 1.01095 0.7 79 290.0 1.419 66.7 2.24 143.0 0.00404 0.00933 0.746 0.0244 1.01072 0.776

295.0 1.393 68.1 2.24 143.0 0.00394 0.00945 0.757 0.0253 1.01051 0.773

300.0 1.361. 69.5 2.24 144.0 0.00335 0.00958 0.767 0.0263 1. 01031 0.7 71 310.0 1.313 72.2 2.2.. 14... 0.00368 0.00933 0.788 0.0282 1.00992 0.7 66

320.0 1.267 75.0 2.24 145.0 0.00352 0.0101 0.809 0.0302 1.00957 0.762

330.0 1.221. 77.7 2.23 145.0 0.00333 0.0103 0.830 0.0322 1.00925 0.759

31.0.0 1.18". 80.4 2.23 146.0 0.00325 0.0106 0.850 0.0342 1.00894 0.756

350.0 1.1*7 63.1 2.23 146.0 0.00313 0.0108 0.871 0.0363 1.00666 0.753

360.0 1.112 85.6 2.23 147.0 0.00302 0.0111 0.891 0.0384 1.00840 0.751

370.0 1.080 88.5 2.23 147.0 0.00292 0.0113 0.911 0.0406 1.00815 0.748

360.0 1.01.9 91.2 2.22 147.0 0.00283 0.0116 0.930 0.0428 1.00792 0.746

390.0 1.020 93.8 2.22 148.0 0.00274 0.0118 0.950 0.0450 1.00770 0.7 45

1.00.0 0. 9930 96.5 2.22 148.0 0.00266 0.0121 0.969 0.0473 1 . 75 0.743

1.10.0 0.9673 99.1 2.22 148.0 0.00258 0.0123 0.989 0.0496 1.00730 0.7 42

1.20.0 0.91.30 102.0 2.22 148.0 0.00251 0.0125 1.01 0.0520 1.00712 0.740

1.30.0 0. 9199 104.0 2.21 149.0 0.00245 0.0128 1.03 0.0544 1.00694 0.739

1.1.0.0 0.8979 107.0 2.21 149.0 0.00236 0.0130 1.05 0.0568 1.00676 0.738

1.50.0 0.8771 110.0 2.21 149.0 0.00232 0.0132 1.06 0.0593 1.00662 0.736

1.60.0 0.8572 112.0 2.21 149.0 0.00227 0.0135 1. 08 0.0618 1.00647 0.735

470.0 .8382 115.0 2.21 149.0 0.00221 0.0137 1.10 0.0644 1.00633 0.734

1.60.0 0.3201 117.0 2.21 149.0 0.00216 0.0139 1.12 0.0670 1.00619 0.7 34

1.90.0 0.8027 120.0 2.21 149.0 0.00211 0.0142 1.14 0.0695 1.00606 0.733 500.0 0. 7862 123.0 2.21 149.0 0.00206 0.0144 1. 15 0.0722 1.00593 0.732

510.0 0.7703 125.0 2.20 150.0 0.00202 0.0146 1.17 0.0749 1.00581 0.731

520.0 0.7550 126.0 2.20 150.0 0.00193 0.0148 1.19 0.07?? 1.00570 0.730 530.0 0.71.01. 130.0 2.20 150.0 0.00194 0.0150 1.21 0.0804 1.00559 0.730

51.0.0 0. 7263 133.0 2.20 150.0 0.00193 0.0153 1.22 0.0832 1.00548 0.7 29 550.0 0.7128 135.0 2.20 150.0 0.00186 0.0155 1.24 0.0861 1.00538 0.728

560.0 0.6998 138.0 2.20 150.0 0.00183 0.0157 1.26 0.0890 1.00528 0.728

570.0 0.6872 141.0 2.20 150.0 0.00179 0.0159 1.27 0.0919 1.00518 0.727

5b0.0 0.6751 143.0 2.20 150.0 0. 00176 0.0161 1.29 0.0948 1.00509 0.727

590.0 0.6635 146.0 2.19 150.0 0.00173 0.0163 1.31 0.0978 1.00500 0.726

600.0 0.6522 146.0 2.19 15 0.0 0.00170 0.0165 1.32 0.101 1.00492 0.725

700.0 0.5579 174.0 2.18 150.0 0. 30144 0.0186 1.48 0.133 1.00421 0.721

600.0 0.1.876 200.0 2.16 151.0 0.0012o 0.0206 1.63 0.167 1.00368 0.718

9 0.0 0.1.333 227.0 2.14 151.0 0.00111 0.0225 1.7? 0.205 1.00327 0.716 1000.0 0.3899 255.0 2.11 151.0 0. 00103 0.0244 1.90 0.245 1.00294 0.715

1500.0 0.2600 406.0 1.94 151 .0 0. 0006o5

2000.0 . 1951 569.0 1.81 150.0 0.000439

2500.0 0.1562 735.0 1.73 150.0 0. 000339

3000.0 0.1302 903.0 1.67 150.0 0. 000333

3500.0 0.1117 1070 .0 1.64 150.0 0. 000235

rfQ-PHASE 30UN0A-<r
THERMODYNAMIC PROPERTIES OF NITROGEN

23a psia isobar

ENPERATURE VOLUME ISOTHERM DERIVATIVEISOCMORE DERIVATIVE

INTERNAL

ENERGY

ENTHALPY ENTROPY :v CP VELOCITY

OF SOUND

OEG. * CU FT/.

a

CU FT-PSIA/LB PSIA/R 6TU/L6 BTU/L9 3TU/L8-R 3TU . ' L3 -R FT/SEC

115.0 D. 0181.8 1950.0 21.9.0 -61.. 21. -63.56 0.5811 0.2372 0.1681 1221.0

120.0 0.01871 1660.0 22".. -61.86 -61.19 0.6012 0.2158 0.1.786 3888.0

125.0 0.01395 11.60.0 203.0 -59.1.8 -58. 73 0.6239 0.2178 0.1810 3630.0

130.0 0. 01921 1280.0 186.0 -57.06 -56.35 0.6129 0.2166 0.1666 3117.0

135.0 . 019U9 1130.0 170.0 -51.. 61. -53.91 0.6613 0.2138 0.1681 3235.0

1 i.0.0 0.01973 1000.0 157.0 -52.20 -51.1.7 0.6791 0.2105 0.1891 3073.0

1".5.0 0. 02010 892.0 11.1.. -1.9.76 -1.9.02 0.6963 0.2372 0.1910 2925.0

150.0 . 0201*1. 756.0 133.0 -1.7.32 -1.6.56 0.7130 0.2312 0.1936 2787.0

155.0 0.02080 709.0 123.0 -11.85 -1.1.08 0.7292 0.2317 0.1973 2656.0

160.0 0.02119 631.0 111.0 -1.2.37 -1.1.53 0.7151 0.2295 0.5021 2529.0

165.0 0. 02161 559.0 105.0 -39.86 -39.05 0.7607 0.2277 0.5093 2106.0

170.0 0.02207 1.92.0 96.8 -37.30 -36.19 0.7760 0.2263 0.5182 2285.0

175.0 0.02258 ".30.0 39.0 -31.. 70 -33.37 0.7912 0.2252 0.5295 2161.0

180.0 0.02313 372.0 81.6 -32.01, -31.19 0.8063 0.2213 0.5110 2011.0

165.0 0.02375 317.0 71..

5

-29.30 -28.1.2 0.8211 0.2237 0.5628 1921.0

150.0 0.021.1.7 261.. 67.6 -26.1.5 -25.55 0.8367 0.2231 0.5877 1795.0 196.100 0.02550 203.0 59.3 -22.79 -21.31. 0.8559 0.2231 0.6325 1633.0 196.100 0.2751 36.1 1.77 27.15 37.31. 1.156 0.2127 0.1526 596.1 200.0 0.2891 1.0.1 1.66 28.33 39.01. 1.166 0.2065 0.1205 612.0 205.0 0.3057 1.1..

7

1.51. 29.71. 1*1. 06 1.176 0.2012 0.3912 63 0.0

210.0 0.3213 1.9.0 1 .1.1. 31.06 12.96 1.186 0.2006 0.3699 616.5

215.0 0.3361 52.9 1.35 32.32 11.77 1.191 0.1930 0.3538 661.7

220.0 0.3503 56.6 1.26 33.51. 1.6.51 1.202 0. 1956 0.3110 67 6.0 225.0 0.3639 60.1 1.22 31.. 71 18.19 1.210 0. 1936 0.3307 68 9.6 230.0 0.3772 63.1. 1.17 35.85 19.82 1.217 0. 1919 0.3222 702.1

235.0 0.3902 66.7 1.12 36.96 51.11 1.221 0. 1905 0.3151 711.8

21.0.0 0.1023 69.8 1.08 38.05 52.97 1.230 0. 1892 0.3091 726.6

21.5.0 0.1.152 72.8 1.01. 39.13 51.50 1.236 0.1881 0.3039 738.0 250.0 0.1.2 71. 75.7 1.00 1.0.18 56.01 1.213 0.1872 0.2991 719.0 255.0 0.1391 78.6 0.970 1.1.22 57.50 1.21.8 0.1863 0.2955 75 9.7

260.0 0.1.512 81.1. 0.91.0 1.2.25 53.97 1.251 0.1856 0.2920 77 0.1 265.0 0. 1.629 81..

1

0.912 1.3.27 60.12 1.260 0.1819 0.2890 730.2

270.0 0.»7i.5 86.8 0.886 1.1.. 28 61.86 1.265 0. 1811 0.2862 79 0.1 275.0 0.1.859 89.1. 0.362 1.5.28 6 3.28 1.270 0.1838 0.2838 799.7

280.0 0.1.973 92.0 0.81.0 1.6.28 61.70 1.275 0.1331 0.2816 609.2

285.0 0.5035 91..

6

0.319 1.7.27 66.10 1.280 0. 1829 0.2796 818.1

290.0 0.5196 97.1 0.799 1.3.25 67. .9 1.285 0.1826 0.2778 827.1

295.0 0.5307 100.0 0.78 1.9.22 68.38 1.290 0.1822 0.2762 836.3 300.0 0.51.17 102.0 0.762 50.19 70.25 1.295 0. 1819 0.2717 815.0 310.0 0.5635 107.0 0.72 9 52.12 72.99 1.301 0.1811 0.2720 862.0

320.0 0.5850 112.0 0.700 51.. 03 75.70 1.312 0.1809 0.2698 878.5

330.0 0.6061. 116.0 0.673 55.93 78.38 1.320 0.1805 0.2679 891.1

31.0.0 0.6275 121.0 0.61.8 57.31 81.05 1.328 0. 18 2 0.2662 910.0 350.0 O.bi.35 126.0 0.62 5 59.69 83.71 1.336 0.1799 0.2618 92 5.2 360.0 0.66J1 130.0 0.601. 61.56 86.35 1.311. 0.1797 0.2635 910.0

370.0 0.6902 135.0 0.581. 63.1.2 88.98 1.351 0.1795 0.2621 951.1

380.0 0.7108 139.0 0.566 65.27 91.60 1.358 0. 1793 0.2613 96 8.6 350.0 0.7313 11.3.0 0.51.9 67.12 91.21 1.361 0.1792 0.2605 98 2.5

1.00,0 0.7518 11.8.0 0.533 63.96 96.81 1.371 0.1790 0.2597 996.0 ma.o 0.7722 152.0 0.518 70.80 99.10 1.377 0.1789 0.2589 1009.0

1.20.0 0.7925 156.0 0.501. 72.61. 102.3 1.381 0.1788 0.2583 1023.0

1.30.0 0.8127 160.0 0.1.91 74. 1.7 101.6 1.390 0.1787 0.2577 1036.0

1.1.0.0 0.8329 165.0 0.1.78 76.29 107.1 1.396 0.1786 0.2571 1018.0

1.50.0 0.8530 169.0 0.1.6 7 78.12 109.7 1.101 0.1785 0.2566 1061.0

1.60.0 0.8731 173.0 0.1.5 5 79.9U 112.3 1.107 0.1785 0.2562 1073.0

1.70.0 0.8931 177.0 0.1.1.5 ei.76 111.6 1.113 0.1781 0.2558 1085.0

1.80.0 0.9131 181.0 0.1.31. 83.57 117.1 1.118 0.1781 0.2551 1097.0

1.50.0 0.9330 166.0 0.1.2 5 35.39 119.9 1.123 0.1783 0.2551 1109.0

500.0 0.9529 190,0 0.1.15 87.20 122.5 1.128 0.1783 0.2517 1121.0 510.0 0.9728 191.. 0.1.0 7 89.01 125.0 1.133 0.1783 0.2511 1132.0

520.0 0.9926 198.0 0.39 8 90.82 127.6 1.138 0. 1782 0.251.2 1111.0

530.0 1.012 202.0 0.39 92.62 130.1 1.11.3 0.1782 0.2539 1155.0

51.0.0 1. 032 206.0 0.382 91.. 1.3 132.7 1.118 0.1782 0.2537 1166.0

550.0 1.052 210.0 0.375 96.23 135.2 1.153 0.1782 0.2535 1177.0 560.0 1.072 211.. 0.36 8 98.01. 137.7 1.157 0.1782 0.2533 118 8.0 570.0 1.091 218.0 0.361 99.6 110.3 1.162 0.1762 0.2531 1199.0

580.0 1. Ill 222.0 0.351. 101.6 112.8 1.166 0.1782 0.2530 1209.0 590.0 1.131 226.0 0.31.8 103.1. 11.5.3 1.170 0.178 2 0.2528 1220.0 600.0 1.150 230.0 0.31,2 105.2 117.3 1.175 0.1782 0.2527 1230.0

700. l.Ji.6 270.0 0.291 123.2 173.1 1.511 0.1787 0.2520 1329.0 800.0 1.51.0 310.0 0.25 3 11.1.3 193.3 1.517 0.1798 0.2525 1119.0 900.0 1.731. 31.9.0 0.221. 159.1. 223.6 1.577 0. 1815 0.2537 1503.0

1000.0 1.927 368.0 0.201 177.7 219.1 1.601 0.1837 0.2557 1581.0

1500.0 2.833 561.0 0. 131 273.1. 380.3 1.710 0. 1988 0.2701 1912.0

2000.0 3.81.7 773.0 0.100 376.5 513.9 1.790 0.2126 0.2837 2186.0

2500.0 H. 806 965.0 .0800 1.85.1. 663.1 1.851 0.2225 0.2935 2128.0

3000.0 5.761 1160.0 0.0667 598.5 811.9 1.908 0.2293 0.3003 2 619.0 350C.O 6. 721 1350.0 0.0571 711.. U 96S.3 1.955 0.2311 0.3050 2 85 3.0

tho-phAjc: uou^oaHr
200 psia isobar

THERMOPHYSICAL PROPERTIES OF NITROGEN

TEHPERATUP.E DENSITf

OEu. R L3/CU FT

V(DH/DV>pVtOP/OU^, -V(OP/OV

BTU/LB PSIA-CU FT/BTU PSIA

IO«/DTU» THERMAL VISCOSITY CONDUCTIVITY

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

THERHAL DIELECTRIC

OIFFUSIVITY CONSTANT

SQ FT/HR

115.0 54.10 196.0 19.1 105000.0 ,00236 .0915 20.3 0.00373 1.16626 3.62

120.0 53.1.5 191.0 17.0 89500.0 .00250 .0911 17.2 . 35 7 1.15998 3.21

125.0 52.77 163.0 15.6 76600.0 .00265 .0663 11.9 . 31

6

1.15313 2.95

130.0 52.05 171.. 11.5 6650 0.0 .00279 .0852 13.3 0.0 336 1.11662 2.71

135.0 51.31 166.0 13.6 57900.0 .00291 .0621 12.1 0.00328 1.13955 2.60

1 1.0.0 50.51. 158.0 12.9 50600.0 .00310 .0790 11.1 0.00319 1.13221 2.18

115.0 1.9.75 151.0 12.2 11100.0 .00326 .0759 10.1 0.00311 1.12168 2.31

150.0 1.8.92 11.1*. 11.6 38900.0 .00313 .0729 9.29 . 30 2 1.11689 2.26

155.0 1.8.07 138.0 11.1 31100.0 .00361 .0699 6.58 0.00292 1.10885 2.20

160.0 1.7.19 131.0 10.5 2980 0.0 .00362 .0669 7.91 . 28 2 1.10053 2.11

165.0 1.6.27 125.0 10.0 25800.0 ,00106 .0610 7.29 0.00272 1.39191 2.09

170.0 1.5.31 119.0 9.11 22300.0 ,00131 .0611 6.70 . 26 1.38291 2.05

175.0 1.1.. 30 113.0 8.93 19000.0 ,00167 .0582 6. 15 0.00218 1.37355 2.01

160.0 1.3.23 107.0 8.12 16100.0 ,00508 .0553 5.62 0.00235 1.36368 1.99

185.0 1.2.10 101.0 7.91 13300.0 .00559 .0521 5.12 0.00221 1.35319 1.98

190.0 1.0.87 93.9 7.11 10800.0 ,00626 .0191 1.61 0.00206 1.31191 1.99

196.100 39.21 65.0 6.77 797 0.0 .00715 .0157 1.07 0.00181 1.32678 2.03

196.100 3.635 33.1. 2.30 131.0 ,0135 .00772 0.571 0.00169 1.02765 1.21 200.0 3.1.59 35.2 2.30 139.0 .0119 .00771 0.577 0.00532 1.02629 1.13 205.0 3.271 37 .3 2.30 116.0 ,0105 .00779 0.586 0.00609 1.02135 1.06

210.0 3.112 39.2 2.30 152.0 ,00913 .00786 0.591 0.00683 1.02361 1.01 215.0 2.975 ll.l 2.30 157.0 .00860 .00791 0.601 0.00751 1.02259 0.968

220.0 2.855 1.2.9 2.30 162.0 .0079i .00803 0.613 0.00625 1.02167 0.938

225.0 2.718 1.1*.

7

2.30 16 5.0 .00710 .00812 0.623 0.00691 1.02065 0.911

230.0 2.651 1*6.1* 2.30 168.0 ,00691 .00822 0.63 3 0.00962 1.02011 0.891

235.0 2.563 1.8.1 2.29 171.0 0.,00655 .00832 0.613 0.0103 1.01911 0.3 77

21.0.0 2.1.83 1.9.7 2.29 173.0 .00622 .00812 0.651 0.0110 1.01882 0.8 63

2".5.0 2.1.08 51.3 2.29 175.0 . 00592 .00853 0.661 0.0117 1.01825 0.852

250.0 2.31.0 52.9 2.29 177.0 0..00566 .00863 0.671 0.0123 1.01773 0.811

255.0 2.276 51.5 2.29 179.0 , 00512 .00871 0.681 . 1 30 1.01721 0.833

260.0 2.216 56.0 2.28 160.0 ,00521 .00886 0.695 0.0137 1.01679 0.825

265.0 2.160 57.6 2.28 182.0 0,,00502 .00897 0.705 0.0111 1.01636 o.eis

270.0 2.108 59.1 2.28 183.0 ,00185 .00908 0.716 0.0151 1.01596 0.612

275.0 2.056 60.6 2.28 161.0 .00169 .00920 0.726 0.0158 1.01558 0.806

260.0 2.011 62.1 2.26 185.0 .00151 .00932 0.736 0.0165 1.01523 0.801

265.0 1.967 63.5 2.28 166. C 0,,00110 .00911 0.717 0.0172 1.01189 0.7 97 290.0 1.921. 65.0 2.27 187.0 ,00127 .00955 0.757 0.0179 i. 01 15

7

0.793

295.0 1.881. 66.5 2.27 188.0 0,,0 0116 .00967 0.767 0.0166 1.01126 0.789

300.0 1.81.6 67.9 2.27 188.0 0,,00101 .00979 0.778 0.0193 1.01397 0.785

310.0 1.775 70.8 2.27 190.0 0,.00381 .0100 0.798 0.0208 1.01313 0.779

320.0 1.709 73.6 2.26 19 1.0 0,,00366 .0103 0.819 0.0223 1.01293 0.7 71 330.0 1.619 76.1 2.26 192.0 0..00350 .0105 0.839 0.0238 1.01217 0.769

3".0.0 1.591. 79.2 2.26 193.0 0,.00336 .0108 0.859 0.0251 1.01205 0.765

350.0 1.51.2 82.0 2.25 191.0 0.,00323 ,0110 0.879 0.0270 1.01166 0.761

360.0 1.491. 81.8 2.25 191.0 .00311 .0112 0.899 0.0286 1.01129 0.758

370.0 1.1.1.9 37.5 2.25 195.0 0,.00300 .0115 0.919 0.0302 1.01095 0.755

360.0 1.1.07 90.2 2.21 195.0 D.,00290 .0117 0.938 0.0319 1.01063 0.753

390.0 1.367 92.9 2.21 196.0 0,,00280 .0120 0.958 0.0336 1.01033 0.750

1.00.0 1.330 95.6 2.21 196.0 0.,00272 .0122 0.977 0.0353 1.01005 0.718

".10.0 1.295 96.3 2.21 197.0 ,00263 .0121 1.00 0.0 3 71 1.00979 0.716

it20.0 1.262 101.0 2.23 197.0 0,,00256 0,.0127 1.01 0.0389 1.0O953 0.715

1.30.0 1.230 101.0 2.23 197.0 0.,00219 .0129 1.03 0.0107 1.00930 0.713

1.1.O.O 1.201 106.0 2.23 198.0 0..00212 0..0131 1.05 0.0125 1.00907 0.712

450.0 1.172 109.0 2.23 198.0 0,,00236 .0131 1.07 0.0111 1.00866 0.710

1.60.0 1.1*5 112.0 2.23 196.0 0..00230 ,0136 1.09 0.0163 1.00865 0.739

1.70.0 1.120 111.0 2.23 199.0 0,.00221 .0138 1. 11 0.0182 1.00816 0.738

1.60.0 1.095 117.0 2.22 199.0 0. 00219 ,0110 1.12 0.0502 1.00827 0.737

1.90.0 1.072 119.0 2.22 199.0 0,.00213 .0113 1.11 0.0522 1.00809 0.736

500.0 1.01.9 122.0 2.22 199.0 0,,00209 ,0115 1.16 0.0512 1.00792 0.7 35 510.0 1.028 125.0 2.22 199.0 0,.00201 ,0117 1.18 0.0562 1.00776 0.731

520.0 1.007 127.0 2.22 199.0 0..00200 .0119 1.20 0.0583 1.00761 0.733

530.0 0.9878 130.0 2.22 200.0 0,.00195 .0151 1.21 0.0601 1.00716 0.732

51*0.0 0.9688 133.0 2.21 200.0 0,.00191 .0151 1.23 0.0625 1.00731 0.731 550.0 0.95 7 135.0 2.21 200.0 0..00163 0..0156 1.25 0.0616 1.00718 0.730

560.0 0.9332 138.0 2.21 200.0 0..00161 ,0158 1.26 0.0668 1.00701 0.730

570.0 0.9163 110 .0 2.21 200.0 0..00160 0.,0160 1.28 0.0690 1.00692 0.729

500.0 0.9001 113.0 2.21 200.0 0.,00177 .0162 1.30 0.0712 1.00679 0.728

590.0 0.881.5 116.0 2.21 200.0 0.,0017* ,0161 1.31 0.0731 1.00666 0.728

600.0 0.8691. 118.0 2.20 200.0 0. 00171 .0166 1.33 0.0757 1.00656 0.727 700.0 0.71.31 171.0 2.19 201.0 0..00115 .0187 1.19 0.100 1.00561 0.722 600.0 .61*91. 201.0 2.17 201.0 0,,00126 .0206 1.63 0.126 1.00190 0.719

900.0 0.5769 228.0 2.11 201.0 0,,00111 .0226 1.77 0.151 1.00135 0.717

1000.0 0.5190 255.0 2.11 201.0 0..00100 .0215 1.90 0.181 1 . 39 1 0.715 1500.0 0.3162 106.0 1.91 201.0 0,.000665 2000.0 0.2599 569.0 1.81 201.0 0,,000198

25 0.0 ,2081 736.0 1.73 201.0 0..000399 3000.0 0.1735 903.0 1.66 201.0 0.,000332 3500.0 0.1188 1070.0 1.61 201.0 0,.000235

TWO-PHASE 90UN0AKY
250 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF NITROGEN

:mperature voluh-: ISOTHER1 ISOCHORE INTERNAL ENTHA'-PY derivative DERIVATIVE ENERGY

OEG. R CU FT/.

3

GU FT-PSIA/LB PSIA/R BTU/LB BT'J/LB

115.0 0.0181.7 1960.0 21.5.0 -61.. 29 -65.43

120.0 0. 01670 1680.0 221.. -61.93 -61.07

125.0 0.01891. 11.70.0 203.0 -59.51. -53.66

130.0 0.01920 1290.0 186.0 -57.13 -56.24

135.0 0.0191.7 111.0.0 171.0 -51.. 71 -53.30

140.0 0. 01977 1010.0 157.0 -52.28 -51.37

11.5.0 0.02008 901.0 11.5.0 -1.9.85 -4:1.32 150.0 0.0201.1 805.0 134. -1.7.1.1 -46.47

155.0 0.02077 718.0 124.0 -44.96 -4<.00

160.0 0.02115 61.0.0 11".. -1.2.1.9 -41.51

165.0 0.02157 568.0 106.0 -39.99 -38.99

170.0 0.02202 502.0 97.1. -37.1.5 -36.43

175.0 0.02252 1.1.0.0 89.7 -31.. 87 -33.33

ieo.0 0.02306 362.0 82.1. -32.23 -31. 17 185.0 0.02367 327.0 75.1. -29.52 -28.43

190.0 0.021.35 276.0 68.6 -26.71 -25.59

200.0 0.02611 178.0 55.2 -20.66 -19.45 203.100 0. 02682 11.8.0 50.9 -18.59 -17.35

203.100 0.2128 30.6 2.1.0 26.50 36.35

205.0 0.2193 33.0 2.30 27.19 37.34 210.0 0.2351 38.7 2.09 28.85 39.73

215.0 0.2493 1.3.8 1.93 30.36 41.90 220.0 0.2625 1,8.3 1.80 31.76 43.91 225.0 0.2750 52.5 1.69 33.08 45.81

230.0 0.2869 56.5 1.60 34.31. 47.63

235.0 0.2981. 60.2 1.52 35.56 49.37

21.0.0 0.3091. 63.7 1.1.5 36.71. 51.07

2<<5.0 0. 3202 67.1 1.39 37.89 52.71

250.0 0.3307 70. 1. 1 .31. 39.01 54.32

255.0 0.31.09 73.6 1.29 40.12 55.90 260.0 0.3510 76.6 1.2". 41.20 57.45

265.0 0.3609 79.6 1.20 42.27 58.97

270.0 0.3706 82.6 1.16 43.32 60.43

275.0 0.3602 85.1. 1. 13 44.36 61.96

260.0 0.3897 86.2 1.10 45.39 63.43

265.0 0.3991 90.9 1.07 46.41 64.89

290.0 0.1.081. 93.6 1.01. 47.42 66.33

295.0 0.1.17b 96.3 1.01 48.42 67.76

300.0 0.1.267 98.9 0.986 49.42 69.17

310.0 0. 1.1.1.7 104. 0.91.1 51.39 71.98

320.0 0.1.625 109.0 0.90 53.35 74.75

330.0 0.1.800 11".. 0.863 55.28 77.50

3 tO.O 0.1.971. 119.0 0.830 57.20 80.22

350.0 0.511.6 121.. 0.799 59.10 82.93

360.0 0.5316 128.0 0.771 61.00 85.61

370.0 0.51.85 133.0 0.71.5 62.88 88.28

360.0 0.5651. 137.0 0.721 64.76 90.93

390.0 0.5821 11.2.0 0.698 66.63 93.58

1.00.0 0.5937 11.6.0 0.677 68.49 96.21

••10.0 0.6153 151.0 0.65 8 70.35 98.83

1.20.0 .6317 155.0 0.639 72.20 101.4

1.30.0 0.61.81 160.0 0.622 74.04 104.0

i.i.D.0 0.6645 161.. .60 6 75.88 106.6

1.50.0 0.6808 168.0 0.590 77.72 109.2

1.60.0 0.6970 172.0 0.575 79.55 111.3

1.70.0 0.7132 177.0 0.562 81.38 114.4

1.80.0 0.7293 181.0 0.51.8 83.21 117.0

1.90.0 0.71.51. 185.0 0.536 85.04 119.5

500.0 0.7615 169.0 0.521. 36.86 122.1

510.0 0.7775 19".. 0.513 88.66 124.7

520.0 0.7935 198.0 0.502 90.49 127.2

530.0 0.8095 202.0 0.1.91 92.31 129.8

51.0.0 0.8251. 206.0 0.1.61 94.12 132.3

550.0 0.81.13 210.0 0.1.7 2 95.94 134.9

560.0 0.8572 21".. 0.1.6 3 97.75 137.4

570.0 0.8731 218.0 0.1.51. 99.6 140.0 580.0 0.6889 222.0 .1*1.5 101.4 142.5

590.0 0.901.7 226.0 0.1.37 103.2 145.1

600.0 0.9205 231.0 0.1.30 105.0 147.6

700.

800.

900. 1000.

1500. 2000.

2500.

3000.

3500.

1. 389 1.544

2. 314 3.081

3.848

4.615

5. 381

271.

310. 350.

369. 582.

775. 966. 1160.

1350.

0.317 141. 0.261 159. 0.25 2 177.

0. 167 273. 0.125 376.

0. 100 485. 0.0833 598. 0.0714 714.

172.9

193.2

223.5

249.0 380.4

519.1

663.5

812.1 963.5

ENTROPY 9TU/L6-R

0.5837

0.6036 0.6234

0.6424 0.6608

0.6785

0.6957

0.7123

0.7285

0.7443

0.7598 0.7751

0.7902

0.8052

0.8202 0.8354

0.8668

0.8773

1.158

1.168

1.177

1.186

1.194

1.201 1.209 1.215

1.222 1.228

1.234

1.240 1.246

1.251 1.256

1.261 1.267

1.271 1.276

1.285

1.294 1.303

1.311

1.319

1.326

1.333

1.341

1.347 1.354

1.361 1.367 1.373

1.379

1.385

1.390 1.396

1.401

1.407

1.432 1.436

1.441

1.445

1.450 1.454

1.458

1.497

1.531 1.561

1.588 1.694 1.774

1.838

1.892

1.939

0.2385

0.2470

0.2490 0.2477

0.2448 0.2414

0.2381

0.2350 0.2324

0.2302 0.2283

0.2269

0.2257

0.2248

0.2241

0.2237 0.2239

0.2243

0.2192

0.2165

0.2106

0.2060

0.2024 0.1994

0.1969

0.1948

0.1931 0.1915

0. 1902 0.1891

0.1881 0.1872

0.1664

0.1857

0. 1851 0.1845

0.1840

0.1836

0. 1831 0.1824

0.1819

0.1814

0.1810 0.1806

0.1803

0. 1800 0.1798 0.1796

0.1794

0.1793

0.1792

0.1790 0.1769

0.1788

0.1738

0.1787 0.1786

0.1786

0.1785 0.1785 0.1784

0.1784 0.1784

0.1784

0.1784

0. 1783 0.1783

0.1784 0.1784

0.1786 0.1799

0.1816

0.1838

0.1989 0.2126

0.2225 0.2293

0.2341

CP VELOCITY

OF SOUND

-1l FT/SEC

.4675 4216.0

.4779 3886.0

.4832 3630.0

.4858 3419.0

.4872 3238.0 .4883 3077.0

.4899 2931.0

.4922 2 79 4 . ,4957 2665.0

.5006 2 54 0.0

.5071 2418.0

.0 .5155 2299.0

.5262 2180.0

.5397 2062.0

.5570 1942.0

.5798 1819.0 .6572 1554.0

.6999 1 46 1 . .5395 59 0.9 ,5090 599.8

.4525 621.1

0..4160 639.9

.3901 65 7.0

0.,3707 672.7

0..3556 687.4

.3435 701.3

0,.3336 714.4

0..3254 72 7.0

0..3184 739.0 .3125 750.6

.3073 761.8

.3028 772.6

a .2988 78 3.1 .2953 793.3

.2922 803.3

0..2894 813.0

.2869 822.5

0..2846 831.8

.2826 84 0.9

,2790 85 8.6

0,.2760 875.7

0,.2734 892.2

0..2712 908.2

0,.2693 92 3.8

0,.2676 93 9.0

0..2661 953.8

0.,2648 96 8.2

0,.2637 98 2.4

a.,2626 996.0

a,,2617 1010.0

0,,2609 1023.0

0.,2601 1036.0

0.,2594 1049.0

0.,2588 106 2.0

0.,2582 1074.0

0..2577 1087.0

0..2572 1099.0

0,.2568 1111.0

0..2564 1122.0

0,.2560 1134.0

0..2556 1146.0

0..2553 115 7.0

0..2550 1168.0

0..2548 1179.0

0.,2545 119 0.0

0..2543 1201.0

0. 2541 1212.0

0. 2539 1222.0

0,,2537 1233.0

0..2528 1332.0

0..2530 1422.0

0. 2541 1506.0

0..2560 1584.0

0..2702 1915.0

0. 2638 218 8.0

0. 2935 2430.0

0. 3003 2651.0

0. 3050 2855.0

THO-PHASE BOUNDARY
THFRMOPHYSICAL PROPERTIES OF NITROSEN

250 P3IA isobar

TEMPERATURE DENSITf i/(OH/Ov> VIDP/OU) - VOP/DVI {0>J/0T1J\ THERMAL VISCOSITY THERMAL OltLECTRIC PRANDTL CONDUCTIVITY 3IFFUSIVITY CONSTANT NUMBER

DEC. R L9/CJ FT BTU/LB psia-cu ft/bh PSIA 1/OEG. R 3TU/FT-HR-R L6/FT-SEC

I if

SO FT/HR

115.0 51.. 13 199.0 19.2 106000.0 0.00234 0.0946 20.4 0.00374 1 4665 3.63 120.0 53.1(8 192.0 16.9 90100.0 0.00248 0.0915 17.3 0.00358 1 46027 3.26

125.0 52.80 161.. 15.5 77400.0 0. 00263 0.0885 15. 0.00347 1 45376 2.95 130.0 52.09 175.0 li.. i. 67000.0 0.00277 0.0854 13.4 0.00337 1 44699 2.74

135.0 51.36 167.0 13.6 58400.0 0.00292 0.0823 12.2 0.00329 1 43997 2.60 140.0 5 0.59 159.0 12.9 51100.0 0.00307 0.0792 11.2 0.00321 1 43271 2.48

1 1(5.0 1.9.80 152.0 12.2 44900.0 0.00323 0.0761 10.1 0.00312 1 42521 2.34

150.0 1.6.99 11.5.0 11.6 39400.0 0.00339 0.0731 9.35 0.00303 1 41746 2.26

155.0 1.8.11. 139.0 11.0 34600.0 0.00357 .0701 8.63 0.00294 1 40951 2.20 160.0 1.7.26 133.0 10.5 30300.0 0.00378 .0672 7.97 0.00284 1 40127 2.14 165.0 1.6.35 127.0 10.0 26300.0 0. 00401 0.0643 7.35 0.00273 1 39274 2.09

170.0 1.5.1.1 121.0 9.1.6 22600.0 0.00427 0.0614 6. 76 0.00262 1 36387 2.04 175.0 44.41 115.0 8.95 19500.0 0.00453 8.0585 6.21 0.00250 1 37462 2.0 1 leo.o 1(3.36 105.0 6.1.5 16600 .0 0.00497 0.0557 5.69 0.00238 1 36430 1.39 165.0 1(2.25 102.0 7.96 13800.0 0.00545 0.0528 5.19 0.00224 1 35462 1.97 190.0 1.1.06 95.7 7.1.7 11300.0 .00606 0.0499 4. 71 0.00210 1 34364 1.97 200.0 38.30 31.0 6.1.1. 6800.0 0. 00812 0.0439 3.60 0.00174 1 31847 2.05 203.100 37.28 75.6 6.09 5510.0 0.00925 0.0419 3.51 0.00161 1 30927 2.1 1 203.100 4.699 32.1. 2.33 144.0 0.0167 0.00862 0.610 . 34 1 03584 1.37 205.0 4.560 33.3 2.33 151.0 0.0153 0.00856 0.611 0.00370 1 03477 1.31 210.0 4.254 35.7 2.33 165.0 0.0127 0.00854 0.617 0.00443 1 03241 1.18 215.0 4.011 37.9 2.33 176.0 0.0110 0.00654 0.625 0.00512 1 03054 1.10 220.0 3. 80 9 1.0.0 2.33 184.0 0.00976 0.00856 0.633 0.00576 1 02898 1.04 225.0 3.636 1(1.9 2.33 191.0 0.00885 .00661 0.641 0.00639 1 02765 0.9 94 230.0 3.1(8 5 >.3.6 2.33 197.0 0. 00812 0.OOB67 0.650 0.00699 1 02650 0.960 235.0 3.352 1.5.6 2.33 202.0 0. 00753 0.00874 0. 659 0.00759 1 02547 0.933

2<40.0 3.232 1.7.1. 2.33 206.0 0.00704 0.00881 0.669 0.00817 1 02455 0.912

21.5.0 3.123 1.9.1 2.32 210.0 0. 00663 0.00839 0.678 0.00875 1 02372 0.8 94 250.0 3.02i( 50.6 2.32 213.0 0.00627 0.00836 0.638 0.00932 1 02296 0.878

255.0 2.933 52.1. 2.32 216.0 0.00596 0.00907 0.698 0.00990 1 02227 0.865

260.0 2.61(9 54. 1 2.32 216.0 0.00568 0.00917 0.708 0.0105 1 02162 0.854

265.0 2.771 55.7 2.31 221.0 0.00544 0.00926 0.718 0.0110 1 02102 0.845 270.0 2.698 57.3 2.31 223.0 0.00522 0.00936 0.72 8 0.0116 1 02047 0.336

275.0 2.630 58.8 2.31 225.0 0.00502 0.00947 0.736 0.0122 1 01995 0.323 260.0 2.566 60.1. 2.31 226.0 0. 30484 0.00957 0.748 . 1 28 1 01946 0.822 265.0 2.506 61.9 2.30 223.0 0. 00463 0.00968 0.756 0.0134 1 01900 0.316

290.0 2.1.1(9 63.1. 2.30 229.0 0. 00452 0.00979 0.768 . 1 39 1 01856 0.810 295.0 2.395 61.. 9 2.30 231.0 0.0043!! 0.00990 0.778 0.0145 1 01815 0.805

300.0 2.3i(i( 66.1. 2.30 232.0 0.00425 0.0100 0.788 0.0151 1 01776 0.800 310.0 2.21(9 69.1. 2.29 234.0 0.00402 0.0102 0. 808 0.0163 1 01704 0.7 92 320.0 2.162 72.3 2.29 236.0 0.00382 0.0105 0. 828 0.0176 1 01638 0.7 85 330.0 2.083 75.2 2.28 237.0 0.00363 0.0107 0.846 0.0168 1 01578 0.779

340.0 2.011 76.1 2.28 239.0 O.0D347 .0109 0.868 0.0201 1 01522 0.774 350.0 1.91.3 80.9 2.28 240.0 0.00333 0.0112 0.888 0.0214 1 01471 0.769

360. 1.681 83.7 2.27 241.0 0.00320 0.0114 0. 907 0.0227 1 1424 0.765 370.0 1.823 86.5 2.27 242.0 0.00303 0.0117 0.927 0.0 2 40 1 01380 0.762

300.0 1 . 769 89.3 2.27 243.0 0.00297 0.0119 0.94 6 0.0254 1 01338 0.759

390.0 1.718 92.1 2.26 244.0 0.00286 0.0121 0.965 0.0268 1 01300 0.756

1.00.0 1.670 91.. 8 2.26 24 4.0 0.00277 0.0124 0.984 0.0 2 82 1 01263 0.753

1.10.0 1.625 97.5 2.26 245.0 0. 00268 0.0126 1. 00 0.0296 1 1229 0.751

1(20.0 1.583 100.0 2.25 246.0 0. 00260 0.0128 1.02 0.0310 1 01197 0.743

1.30.0 1.51.3 103.0 2.25 246.0 0.0025J 0.0130 1. 04 0.0325 1 01167 0.747

1(1(0.0 1.505 106.0 2.25 247.0 0.00246 0.0133 1. 06 0.0340 1 01138 0.745

1.50.0 1.1.69 108.0 2.25 247.0 0.00233 0.0135 1. 08 0.0355 1 01111 0.744

1(60.0 1.1(35 111.0 2.21. 247.0 0.00233 0.0137 1. 10 0.0370 1 01085 0.742

1(70.0 l.i(02 114.0 2.21. 24 8.0 0.00227 0.0139 1.11 . 3 86 1 01060 0.741

1(80.0 1.371 116.0 2.21. 248.0 0.00221 0.0142 1. 13 0.0402 1 01036 0.740

1(90.0 1.3*2 119.0 2.24 248.0 0.0021O .0144 1. 15 0.0418 1 01014 0.7 33 500.0 1.313 122.0 2.21. 24 9.0 0. 00211 0.0146 1.17 0.0434 1 00992 0.737

510.0 1.286 121.. 2.23 249.0 0.00206 0.0148 1. 18 0.0450 1 00972 0.7 36

520.0 1.260 127.0 2.23 249.0 0. 00201 .0150 1.20 0.0467 1 00952 0.7 35 530.0 1.235 130.0 2.23 249.0 0. 00197 0.0153 1.22 0.0483 1 00933 0.734

51(0.0 1.212 132.0 2.23 250.0 0. 00193 .0155 1.24 0.0501 1 915 0.733 550.0 1.189 135.0 2.23 250.0 0.00189 0.0157 1.25 0.0518 1 898 0.732 560.0 1.167 137.0 2.22 250.0 0.00185 0.0159 1.27 0.0535 1 881 0.732 570.0 1.11.5 11.0.0 2.22 250.0 0.00162 0.0161 1.2) 0.0553 1 665 0.731 580.0 1.125 11.3.0 2.22 250.0 0.00174 0.0163 1. 30 0.0571 1 850 0.730 590.0 1.105 11(5.0 2.22 250.0 0.00175 0.0165 1.32 0.0 5 09 1 00835 0.729

600.0 1.086 11.8.0 2.22 250.0 0. 00172 0. 0167 1. 33 0.0607 1 00820 0.729

700.0 0.9280 174 . 2.20 251.0 0. 00145 0.0187 1.49 0.0793 1 00700 0.723

800.0 0.3106 201.0 2.18 252.0 0. 0012o 0.0207 1.64 0.101 1 00612 0.720 900.0 0.7200 228.0 2.15 252.0 0.00112 0.0226 1.77 0.124 1 543 0.717 1000.0 0.61(78 256.0 2.12 252.0 0.00100 0.0245 1.90 0.148 1 00489 0.715 1500.0 0.1(322 1.07.0 1.91. 252.0 0. 0006o4

2000.0 0.321.5 570.0 1.81 251.0 0.0004)8

2500.0 0.2599 737.0 1.73 25 1.0 0. 0003)8

3000.0 0.2167 901.. 1.66 251.0 0.0003)2

3500.0 0.1658 1070.0 1.64 251.0 0.000245

TH0-PHA3E 30UNOARY
joo p;ia isoaAs THERMODYNAMIC PROPERTIES OF NITROGEN

TEMPERATURE VOLUME

DEG. R

115.0

120.0 125.0

130.0 135.0

11.0.0

li»5.0 150.0

155.0

160.0

165.0 170.0

175.0

180.0

1U5.0

190.0

200.0

205.0 209.200 209.200

210.0

215.0 220.0

225.0

230.0 235.0

21.0.0

21.5.0 250.0

255.0 260.0

265.0 270.0

275.0

2S0.O 285.0 290.0

295.0

300.0

310.0 320.0

330.0

31.0.0 350.0

360.0

370.0

380.0

390.0

t.00.0

•.10.0

1.70.0 1.80.0

1.90.0 500.0 510.0

520.0 530.0

51.0.0 550.0

560.0

570.0

580.0

590.0 600.0

700.0

800.0 900.0

1000.0

1500.0 2000.0

2500.0

3000.0

3500.0

0.0131.7 0.01869

0.01893

0.01919

0.019*6

0.01975

0. 02005 0.02039

0.020 74 0.02112

0.02153 0.02198

0.0221.6 0.02299

0.02358

0.021.25 0.02593 0.02705

0.02827 0.1695

0.1721. 0.1832

0.2019

0.211.2 0.2255

0.2363

0.21.65 0.2563 0.2657

0.271.9 0.2839

D.2926

0.3012

0.3096

.3179 0.3261

0.33*2

0.31.21 0.3500

0.3655

0.3808

.3958

0.1,106 0.1.253 0.4398

0. i.5<2

0.1.68<. 0.1.826 0.1.967 0.5107

0.521.6 0.5381. 0.5522

0.5660

0.5796

0.5933 0.6069

0.6201. .6339

0.61.71. 0.6608

0.671.2 0.6876

0.7010

0.711.3 0.72 76 0.7*09

0.75*1

0.7671. 0.8939

1.029 1.159

1.288

1.931 2.571

3.210

3.31.(1 *.*87

ISOTHERM OERIVATIVE

CU FT-PSIA/LB

1970.0

1690.0

11.70.0 1300.0 1150.0 1020.0

910.0 728.0

61.9.0

578.0 512.0

1.50.0 392.0 338.0

267.0

190.0

11.3.0 10*.

ISOCHOPE DERIVATIVE

PSIA/R

203.

186.

171.

157.

13*.

121.. 115.

93.0

95.3 101.0

112.0 117.0 122.0

126.0

131.0 136.0

11.1.0

15".. 159.0

163.0

167.0

172.0

176.0

180.0

185.0

158.0 202.0

206.0

210.0

21".. 218.0

223.0

227.0

231.0

271.0

311.0

351.0

390.0

58".. 776.0 968.0

1160.0

1350.0

0.911

0.680

0.85 2 0.826

0.801

0.778

0.75 6 0.736

0.716

0.69 8 0.681 0.665

0.61.9 0.63 5 0.621

0.607

0.59". 0.582

0.57 0.559

0.51.8 0.538

0.52 8 0.518

0.1.39 0.362

0.338

0.303

0.201 0.150

0.12 0.100 0.0857

INTERNAL

ENERGY BTU/LB

-61.98

-59.59 -57.19

-5".. 78 -52.36

-1.9.91. -1.7.51

-".5.06

-1.2.60

-1.0.12 -37.60

-35.03

-32.1.2

-29.7". -26.96 -21.03 -17.75

-1*.70

25.51 25.89

27.91

29.6". 31.20 32.65

3".. 01 35.31 36.56

37.77

38.9".

".0.09

"tl.21 "•2.31

".3.1.0 **.*7

52.65

5".. 62 56.58

58.51

60.1.1. 62.35

6*. 2* 66.13

68.02 69.89

71.76 73.62

90.17

92.00 93.82

95.6". 97.1.6 99.28

101.1

102.9

10"..

7

122.8

11.0.9 159.1

177.1, 273.2

376.1.

".85.". 598.5

71".. *

-63.31

-60. 9". -53.51. -55.12

-53.70 -51.26

-1.8.82 -".6.37

-".3.91

-1.1. ".3

-33.79

-31.1".

-28.1.3 -25.62

-13.59

-16.21. -13.13

31.. 92

38.37

1.0.36

1.3.10 1.5.18

"(7.11. 1.9.00

5 0.79 52.53

5 it. 21 55.86

57.1.7 59.05

60.60 62.13

63.61. 65.13

66.61

68.07 70.96

73.80 76.61

79.39

82. lit 8"t.37 87.58

90.27 92.95

95.61 93.26

100.9

103.5

106.2 103.8

111.". 11*. 116.6

119.2

121.7

12*.

3

126.9

129.5

132.0

13*.

6

137.1 139.7

1*2.2

1**.8

1*7.3 172.7

198.1

223.5

2*9.0

380.5 519.2

663.7

812.3

963.7

3TU/L6-R 0.5e33

0.603*

0.6230 0.6*19

0.6603

0.6780

0.6951 0.7117

0.7279

0.7*36

0.7590

0.77*2

0.7892

0.881*

0.8965 1.126

1.129

1.1*2 1.15*

1.16*

1.173

1.182

1.189

1.197

1.20*

1.210 1.217

1.223

1.229 1.235

1.2*0 1.2*5

1.251 1.256

1.261 1.270

1.279

1.288 1.296 1.30*

1.312

1.319

1.326

1.333

1.3*0 1.3*7

1.353

1.359

1.365 1.371 1.377

1.382

1.386 1.393

1.398

l.*03

l.*08 l.*13

l.*18

l.*23

l.*27 l.*32

l.*36

l.**l

l.**5

l.*8*

1.518 1.5*6 1.575

1.681

1.761 1.825

1.680 1.926

cv CP VELOCITY

OF SOUND

9TU / LB - * FT/SEC

2399 .*668 *212.0

2*82 .*772 388*. 2502 ,*82* 3630.0

2*87 .*8*9 3*20.0 2*58 .*863 32*1.0

2*23 .*873 3082.0

2389 *888 2937.0

2358 .*910 2802.0 2331 *9*2 2673.0

2308 *988 2550.0

2289 .5050 2*30.0

227* 5129 2312.0

2262 5230 219 5.0 2252 .5356 2079.0 22*5 5517 1962.0

22*0 5725 18*2.0 2239 6*06 1587.0 22*6 .70*3 1**2.0 2259 7993 130*. 2261 6701 58*.

6

22*5 6*20 589.3 2167 5312 61*.*

D 2109 *700 635.6

206* *30* 65*.*

2028 *02* 671.*

1999 3815 68 7.2 197* 3652 701.9

1953 3522 715.8

1935 3*16 728.9

1920 3327 7*1.5

1907 3252 753.5

1895 3167 765.1 1885 3132 776.3 1876 3083 787.2

1868 30*0 797.7

1861 3002 807.9

1855 2969 817.9

18*9 2938 827.6

18** 2911 83 7.1 1835 286* 855.5

1828 2825 873.2

1822 2792 890.2 1817 276* 906.7

1813 27*0 922.7

1809 2719 93 6.2 1806 2700 95 3.3 1803 268* 96 8.1 1301 2670 98 2.5 1799 2657 997.0

1797 26*5 1010.0

1795 2635 102*. 179* 2626 1037.0

1793 2617 1050.0

1791 2610 106 3.0 1790 2603 1076.0

1790 2596 1088.0

c 1789 2590 1100.0 1768 2585 1112.0

1787 2580 112*. 1787 2575 1136.0 1786 2571 11*8.0

1786 2567 1159.0 1786 256* 1170.0

c 1786 2560 118 1.0 1785 2557 1192.0

1785 2555 1203.0

0. 1785 2552 121*. 1785 2550 1225.0 1785 25*7 1235.0

1789 2535 133 5.0

0, 1799 2535 1*25.0

1816 25*5 1509.0

0. 1839 2563 1587.0

' 198 9 2703 1917.0

c 2127 2836 2191.0

0, 2225 2936 2*33.0

n 229* 3003 2653.0

0. 23*1 3050 2856.0

TWO-PHASE BOUNDARY
THERHOPHYSICAL PROPFRTIES OF NITROGEN

300 P3IA IS03A«

TEMPERATURE DEN3ITT

OEG. R La/cu r T

l/(JH/Dl/) p

V(DP/OU) -Y(OP/OV> 9TU/L3 PSIA-CU FT/BIU PSI

4

(OV/DTI/V THERMAL VISCOSITY P CONOUCTII/ITT 1/0EC. R 3TU/FT-HR-R LB/FT-SEC

THERMAL OIELECTRIC

OIFFUSIVITT CONSTANT

SC FI/HR

115. 54 15 201.0 19.1 107000.0 00233 .0947 20.6 0.00375 1.46575

120.0 53 51 193.0 16.6 90600.0 00247 .0917 17.4 0.00359 1.46055

125.0 52 83 165.0 15.4 77900.0 00261 .0886 15. 1 0.00348 1.45409

130.0 52 13 176.0 14.3 67500.0 00275 .0855 13.5 0.00338 1.44736

135.0 51 40 168.0 13.5 5 890 0.0 00290 0825 12.3 0.00330 1.44039

140.0 50 64 160.0 12.8 516 0.0 00304 .0794 11.2 0.00322 1.43318

145.0 49 86 153.0 12.2 4540 0.0 00320 .0764 10.2 0.00313 1.42574

150.0 49 05 146.0 11.6 39900.0 00336 .0734 9.40 0.00305 1.41807

155.0 43 21 140.0 11.0 35100.0 00354 .0704 8.69 0.00295 1.41016

160.0 47 34 134.0 10.5 30700.0 00373 .0673 3.03 . 28 6 1.40200

165.0 46 44 128.0 1D.0 26B00.O 00395 .0646 7.40 0.00275 1.39356

170.0 45 50 122.0 9.47 23300.0 00421 .0617 6.82 0.00264 1.38479

175.0 44 52 116.0 8.97 20000.0 00451 .0589 6.27 0.00253 1.37566

160.0 43 49 110.0 8.49 17100.0 00487 0560 5.75 0.00240 1.36610

185.0 42 40 104.0 8.00 14300.0 00532 .0532 5.26 . 22 7 1.35601

190.0 41 23 97.4 7.52 11800.0 00583 a .0503 4.78 0.00213 1.34527

200.0 38 57 83.2 6.53 7330.0 00770 .0444 3.88 0.00130 1.32094

205.0 36 37 75.0 5.99 5290.0 00939 .041* 3.43 0.00159 1.30647

209.200 35 38 66.9 5.48 3670.0 0119 .0387 3.04 0.00137 1.29216

209.200 5 300 31.2 2.36 147.0 0215 .00977 0.649 0.00247 1.04515

210.0 5 800 31.7 2.36 152.0 0202 .00970 0.649 0.00261 1.04437

215.0 5 313 34.5 2.36 177.0 0154 .00944 0.651 . 33 5 1.04059

220.0 4 954 36.9 2.37 194.0 0127 .00932 0.656 0.00400 1.03782

225.0 4 670 39.1 2.37 207.0 0110 00926 0.662 0.00461 1.03562

230.0 4 434 41.2 2.36 217.0 00978 .00925 0.669 . 51

8

1.03380

235.0 4 233 43.1 2.36 226.0 00884 .00926 0.677 0.00573 1.03224

2 1.0.0 4 057 45.1 2.36 233.0 00311 .00928 0.68 5 0.00627 1.03089

2 45.0 3 902 46.9 2.36 239.0 00751 00933 0.694 0.00679 1.02970

250.0 3 76 3 48.7 2.36 245.0 00701 .00938 0.703 0.00730 1.02363

255.0 3 637 50.4 2.35 249.0 00659 .00944 0.712 0.00780 1.02766

260.0 3 523 52.2 2.35 253.0 00623 .00951 0.721 0.00830 1.02678

265.0 3 417 53.8 2.35 257.0 00592 .00959 0.731 0.00880 1.02597

270. 3 320 55.5 2.34 260.0 00564 00967 0.740 0.00930 1.02523

275.0 3 230 57.1 2.34 263.0 00540 .00976 0.750 . 98 1.02454

260.0 3 145 58.7 2.34 265.0 00513 00985 0.760 0.0103 1.02389

285.0 3 167 60.3 2.33 268.0 00493 00995 0.769 0.0108 1 . 2 32 9 290.0 2 99 3 61.9 2.33 27 0.0 00473 .0100 0.779 0.0113 1.02272

255.0 2 923 63.5 2.33 272.0 00463 .0101 0.739 0.0118 1.02219

300.0 2 857 65.0 2.33 274.0 00448 .0103 0.799 0.0123 1.02168

310.0 2 736 68.1 2.32 277.0 00421 0105 0.618 . 1 34 1.02076

320.0 2 626 71.1 2.32 23 0.0 00397 .0107 0.833 . 1 44 1.01992

330.0 2 527 74.0 2.31 282.0 00377 .0109 0.657 0.0155 1.01916

340.0 2 435 77.0 2.30 284.0 00353 0111 0.677 0.0165 1.01846

350.0 2 351 79.9 2.30 286.0 00343 D114 0.896 . 1 76 1.01782

360.0 2 274 82.6 2.30 287.0 323 .0116 0.915 0.0183 1.01723

370.0 2 202 65.6 2.29 289.0 00315 0118 0.935 0.0199 1.01668

380.0 2 135 68.4 2.29 290.0 00303 0120 0.954 0.0210 1.01617

390.0 2 072 31.2 2.28 291.0 00293 0123 0.973 0.0222 1.01569

400.0 2 013 94.0 2.28 29 2.0 00283 0125 0.991 0.0234 1.01524

410.0 1 953 96.8 2.28 293.0 00273 0127 1.01 0.0246 1.01432

420.0 1 906 100.0 2.27 29 4.0 00265 0130 1.03 0.0258 1.01443

430.0 1 857 102.0 2.27 295.0 00257 0132 1. 05 0.0270 1.01406

440.0 1 811 105.0 2.27 29 5.0 00243 .0134 1. 07 0.0283 1.01370

450.0 1 767 108.0 2.26 296.0 00242 0136 1. 08 0.0295 1.01337

460.0 1 72 5 110.0 2.26 296.0 00236 0138 1.10 0.0308 1.01305

470.0 1 686 113.0 2.26 297.0 a 00223 g 0141 1.12 0.0321 1.01275

480.0 1 648 116.0 2.26 29 7.0 00224 0143 1. 14 0.0335 1.01246

490.0 1 612 119.0 2.25 298.0 00218 0145 1.15 0.0348 1.01219

500.0 1 578 121.0 2.25 298.0 00213 0147 1.17 0.0362 1.01193

510.0 1 545 124.0 2.25 299.0 00203 0149 1. 19 0.0 3 75 1.01163

520.0 1 513 127.0 2.25 299.0 0O203 0151 1.21 0.0389 1.01144

530.0 1 483 129.0 2.24 299.0 00199 0154 1.22 0.0403 1.01121

540.0 1 454 132.0 2.24 299.0 00134 .0156 1.24 0.0418 1.01099

550.0 1 -.27 135.0 2.24 300.0 00190 0158 1.26 0.0432 1.01073

560.0 1 400 137.0 2.24 300.0 0013a 0160 1.27 0.0447 1.01053

570.0 1 374 140.0 2.23 300.0 00183 0162 1.23 0.0461 1.01039

560.0 1 350 142.0 2.23 300.0 00173 0164 1.31 0.0476 1.01020

590.0 1 326 145.0 2.23 301.0 00176 0166 1.32 0.0491 1.01002

600.0 1 30 3 148.0 2.23 301.0 00172 0163 1.34 0.0507 1.00985

700.0 1 112 174.0 2.21 302.0 00146 .0183 1.43 0.0668 1.00640

800.0 3715 201.0 2.13 302.0 00126 0208 1.64 0.0844 1.00733

900.0 6628 228.0 2.16 303.0 00112 0227 1.78 0.103 1.00651

1000.0 7763 256.0 2.12 303.0 00100 0246 1.91 0.124 1.00586

1500.0 5180 407.0 1.95 302.0 000664

2000.0 3890 571.0 1.82 302.0 000497

2500.0 3116 737.0 1.73 302. 000398 3000.0 2598 905.0 1.68 301.0 000332

3500.0 2229 1070.0 1.64 301.0 000235

THO-PHASE 30UN06PY
350 P5IA ISOBAR THERMODYNAMIC PROPERTIES OF NITROGEN

TEMPERATURE VOLJ

115 ,0 .0181b 120 ,0 .01863 125 .0 , 01891 130 .0 .01917

1 ) = ,0 .019".

1 WO .0 . 01973 U!..0 . 02003 150 .0 .02036 155 .0 .02071 160 .0 . 02109

165..0 ,0211.9 170..0 .02193

175,.0 .02210 180 .0 .02293 185 .0 .02350

190,.0 ,021.15 200 ,0 .02576

2 5 ,0 0,,02661 210 .0 .02815

21*..500 ,02991

21".,.500 .1369

215,.0 ,13o7

220..0 0,,1553

225,.0 0,,1686

,>3 .0 0,.18 3 235,.0 .1909

;»o ,0 0,.2008

215,.0 ,2101

250..0 0,.2189

255,.0 ,2275

260,.0 ,2357

265,.0 ,2137

270,.0 ,2515

275,.0 0,.2591

280,.0 .2666

285,.0 .2739

290,.0 0,, 2811

295,.0 ,2882

10 0..0 0,.2952

310,.0 ,3090

320,,0 ,3221

330,.0 0,,3357

3 40,,0 0,.3187

J 5 .0 0,,3615

360,.0 .3712

370,.0 0,,3868

380,,0 .3993

3 9 D

.

.0 0,,1116

WOO,.0 0,.1239

110. 0,,1360

".20 .0 ,1181

1 ;:: .0 D,,1602 no,.0 0,.1721

150,.0 0,,1810

1)60.,0 0,,1959

170,.0 0,,5077

180,.0 0.,5191

W90,.0 0,,5311

5 j . 0.,5128

5 10 .0 0,,5515

520,.0 0,,5661

530..0 0,,5777

510..0 0.,5892

550.,0 0.,6007

5 60. 0.,6122

5 70.,0 0.,6237

580, D. 6352

5 9 0, 0, 6166

ISOTHERM DERIVATIVE

CU FT/. 3 iU FT-PSIA/.

1300.0

1150.0

1030.

919.0

623.0 737.0

659.0 587.0

521.0

160.0

102.0 318.0

297.0

202.0 156.0

111.0

67.7

19.6 28.1

80D.0 90D.0

1000.0

1500.0 2000.0

2500.0

3000.0

3500.0

.8835 .9919

.106 .657

.206

. 751 .301

83.8

86.8

89.8

92.7 98.5 101.0

109.0

115.0 120.0

125.0

130.0

131.0 139.0

111.0

119.0

153.0 158.0

162.0

167.0 171.0

176.0

180.0 181.0

189.0

193.0 197.0

202.0

206.0

210.0 211.0

218.0 223.0

227.0

231.0

272.0

312.0

352.0 391.0

565.0

778.0

970.0

1160.0

1350.0

ISOCHORE DERIVATIVE

PSIA/R

218.0

223.0 203.0

186.0

171.0

157.0

115.0 131.0

121.0

115.0

107.0

INTERNAL

ENERGY 8TU/LB

.97 .918

0.80 3 0.78 3 0.76 5 0.717

0.73 0.711 0.699

0.661

0.670

0.65 7 0.611

0.63 2 0.620 0.608

0.515

0.117

0.39 5 0.351

0.231

0.175

-15.,17 -12 .72

-10,.21 -37,,71 -35,.19 -32.,60 -29,.91 -27..20

21.11 21.39

26.93

28.91

30.68 32.26

33.72

35.10 36.12

37.66 38.91

10.10

11.26

12.39

13.51

11.61 15.69

19.90

51.91 53.96

55.95

57.92

59.87

61.80 63.73

65.61

67.51

69.13

71.31 73.19

75.06

76.93

78.79

69 .85 91 .69

93,,52

95,, 31

97 ,17 98 ,99 100 ,8 102,,6

.117

. 100

158.9

177.3 273.2

376.3 185.1

598.5

711.1

BT'J/LB -63.18

-60.82 -58.12

-56.01

-53.59 -51.16

-18.72

-16.28

-38.35 -36.32

-33.71

-31.11 -23.12

-25.61

-19.71

-3.981

32.98

33.38 37.00 39.87

12.37

11.63

18.72

50.61 52.12

51.18 55.89

57.56 59.19

60.79 62.36

63.91

65.11

66.95

69.92 72.81

75.71 78.55

81.35

81.12

86.87

100.1 103.0

105.7

103.3

110.9 113.5

116.2

113.8

121.1

121.

D

126.5

129.1 131.7

139.1

112.0 111.5

117.1 172.6

198.0 223.1

219.0

360.6

519.3 663.8

812.1

963.8

0.5829 0.6029

0.6225 0.6115

0.6598 0.6771

0.6915

0.7111 0.7272

0.7129

0.7583

0.7731

0.7883

0.8031 0.8179

0.8327

0.8631

0.6792 0.8965

0.9118

1.110 1.112

1.129

1.112

1.153

1.162

1.171

1.180 1.187 1.191

1.201

1.208 1.211

1.220 1.226

1.231

1.237

1.212 1.217

1.257 1.266

1.275

1.283

1.291 1.299

1.307

1.311

1.321

1.328

1.331

1.311 1.317

1.353

1.359

1.365

1.371 1.376

1.381

1.387

1.392 1.397

1.102

1.107

1.111 1.116

1.120 1.125

129

1.507

1.537 1.561

1.670

1.750

111

0.2112 0.2195

0.2513

0.2198

0.2168

0.2132

0.2398 0.2366

0.2338

0.2315 0.2296

0.2280 0.2267

0.2257

0.2337

0.2321

0.2221 0.2151

0.2098

0.2057

0.2023 0.1996

0.1972

0. 1952 0.1935

0.1921

0.1908 0.1897

0.1887

0.1878 0.1870

0.1863 0.1857

0.1817

0.1825

0.1819

0.1815

0.1811

0.1808 0.1805

0. 1803 0.1801

D.1799 0.1797

0.1796

0.1791

0.1793

0.1792

0.1791

0.1790

0.1790

0. 1789 0.1789

0.1788

0.1788 0.1787

0.1737

0.1787

0.1787

0.1787

0.1787

0.1790

0.1800 0.1817

0.1839 0.1989

0.2127

0.2226 0.2291

0.2311

CP VELOCITY

OF SOUNO

-1? FT/SEC

.1662 1208.0

.1765 3 88 2.0 .1816 3630.0 .1811 3122.0 .1851 3211.0 .1863 3086.0 .1877 2913.0

.1897 2 80 9.0 .1928 2682.0

.1971 2560.0 .5029 2112.0 .5101 2325.0 .5199 2211.0

.5318 2096.0 .5167 1981.0

.5658 1861.0 .6263 1618.0

.6796 1181.0

a .7731 1325.0

.9659 1152.0 .8911 578.1

.8513 581.3

.6295 610.5

.5307 631.0

.1731 651.3

,1318 672.1

,1073 68 9.0 .3865 701.1

.3702 718.9

.3571 73 2.5

0,.3163 715.5

.3372 757.9

.3295 769.8

0,.3229 781.3

.3172 792.1

.3122 803.1

.3076 813.5

0, .3038 82 3.7 ,3003 833.6

.2913 85 2.7

0,.2891 870.9

0,,2853 888.5

0.,2818 905.1

0..2788 921.8

0.,2762 93 7.7

0.,2710 95 3.1

0.,2720 968.2

0.,2703 982.8

0.,2688 997.0

0.,2671 1011.0

0.,2662 1025.0

0,,2651 1038.0

0..2611 1052.0

0.,2631 1065.0

0.,2623 1077.0

0.,2616 1090.0

0.,2609 1102.0

0.,2602 1111.0

0.,2596 1126.0

0. 2591 1138.0

0.,2585 1150.0

0. 2581 1161.0

0. 2577 1173.0

0. 2573 1181.0

0. 2570 1195.0

0. 2566 1206.0

0. 2563 1217.0

0. 2560 1227.0

0. 2558 1238.0

0. 2512 133 7.0

0. 2510 1128.0

0. 2519 1512.0

0. 2566 1590.0

0. 2705 1920.0

0. 2839 2193.0

0. 2936 2135.0

0. 3003 2655.0

0. 3050 2858.0

THO-PHASE BOUNDARY
THERMOPHYSIC«l_ PROFFRTIES OF NITROGEN

350 PSI4 IS08HR

TEHPERSTJRE OENSITY

DEC. R LB/CU r T

V(OH/0V)p

Y(DP/DU> -;(OP/DV). BTU/LB PSI4-CU FT/BTU PSI

S

IOV/OTWJ THERMAL VISCOSITY CONDUCTIVITY

1/OEG. R 3TU/FT-HR-P LB/FT-.SEC

THERMAL DIELECTRIC

OIFFUSIi/ITY CONSTANT

SO FT/HR

115.0 51.. 18 202.0 19.0 107000.0 0.00231 .0949 20.7 0.00376 1.4 669 9 3.66

120.0 5 3.51. 195.0 16.7 91200.0 0.00243 .0918 17.6 0.00360 1.46083 3.28 125.0 52.37 186.0 15.3 78400.0 0.0025} .0883 15.2 0.00349 1.45441 2.97 130.0 52.17 177.0 14.3 68000.0 0.00273 .0857 13.5 0.00339 1.44773 2.75

135.0 51.1.1. 169.0 13.5 5 9400.0 0.00287 .0827 12.3 0.00331 1.44080 2.60

11.0.0 5 0.69 161. D 12.8 52100.0 0.00302 .0796 11. 3 0.00323 1.43364 2.49

1145.0 1.9.91 151.. 12.1 45900.0 0.00317 .0766 10.2 0.00315 1.42625 2.34

150.0 1.9.11 11.7.0 11.6 40400.0 0.00333 .0736 9.46 0.00306 1.41864 2.27

155.0 1.8.28 141.0 11.0 35600.0 0.00350 .0706 8.75 . 29 7 1.41030 2.20 160.0 1.7.1.2 135.0 10.5 31200.0 0.00369 .0677 8.06 0.00287 1.40272 2.14

165.0 1.6.53 129.0 10 .0 27300.0 0. 00390 .0649 7.46 0.00277 1.39436 2.03

170.0 1.5.60 123.0 9.49 23800.0 0.00415 .0620 6.88 0.00266 1.38570 2.04 175.0 1.1.. 63 117.0 9.00 20500.0 0.0044* .0592 6.33 0.00255 1.37669 2.00

iao.0 1.3.62 111.0 8.52 17600.0 0.00473 .0564 5. 81 . 24 3 1.36726 1.97 165.0 1.2.55 105.0 8.05 14800.0 0.00519 .0536 5.32 0.00230 1.35735 1.96

190.0 1.1.1.0 99.0 7.57 12300.0 0.00571 .0507 4. 85 0.00217 1.34684 1.95 200.0 38.82 85.1. 6.61 7840.0 0.00733 .0450 3.96 0.00185 1.32326 1.98 205.0 37.30 77.6 6.10 5830.0 0.00876 .0420 3.52 0.00166 1.30949 2.05 210.0 35.51 68.6 5.53 3930.0 0.0113 .0390 3. 07 0.00142 1.29331 2.19

21".. 500 33.1.0 58.3 4.91 2260.0 0.0166 .0362 2.62 0.00112 1.27447 2.52 214.500 7. 307 30.1 2.39 138.0 0.0296 .0114 0.692 0.00175 1.05614 1.95

215.0 7.212 30.4 2.40 143.0 0.0261 .0113 0.691 0.00183 1.05539 1.S8

220. 6.1.1.0 33.5 2.40 183.0 0.0188 .0106 0.686 0.00261 1.04936 1.47

225.0 5.930 36.2 2.40 209.0 0.0147 .0102 0.68 8 0.00325 1.04539 1.28 230.0 5.51.6 38.5 2.40 227.0 0.0123 .0100 0.692 0.00383 1.04240 1.17 235.0 5.238 40 . 7 2.40 242.0 0.0107 .00994 0.69 7 0.00436 1.04001 1.10

2<.0.0 4.981 42.8 2.39 254.0 0.00952 .00938 0.704 0. 00487 1.03802 1.04 245.0 It. 760 44.6 2.39 263.0 0.00863 .00936 0. 711 0.00536 1.03632 1.00 250.0 4.567 46.7 2.39 271.0 0. 00793 .00936 0.719 0.00583 1.03483 0.972

255.0 4.396 48.5 2.39 278.0 D.0073o .00988 0. 727 0.00629 1.03351 0.947

260.0 4.243 50.3 2.38 284.0 0. 0068 4 .00991 .736 0.00675 1.03232 0.926 265.0 4.104 52.1 2.38 290.0 0.00647 .0100 0.745 0.00720 1.03125 0.908 270.0 3.976 53.8 2.38 29 4.0 0. 00612 .0100 0.753 0.00764 1.03027 0.893

275.0 3.36 55.5 2.37 299.0 0.00582 0101 0. 763 0.00809 1.0 293 7 0.879

280. 3.752 57.2 2.37 302.0 0. 00555 .0102 0.772 0.00853 1.02854 0.S6S

285.0 3.651 58.9 2.37 306.0 0.00530 a .0102 0.781 0.00898 1.02777 0.858

290.0 3.553 60.5 2.36 309.0 0. 050 9 .0103 0.790 0.00942 1.02705 0.849

295.0 3.1.70 62.1 2.36 312.0 0. 00489 .0104 0.800 0.00987 1.02638 0.8 40 300.0 3.388 63.7 2.36 314.0 0.00472 .0105 0.809 0.0103 1.02575 0.833

310.0 3.237 66.8 2.35 319.0 0.00440 0107 0.828 0.0112 1.02459 0.820

320.0 3.101 69.9 2.34 32 2.0 0.00414 .0109 0.847 D . 1 22 1.02355 0.809

330.0 2.979 72.9 2.34 326.0 0. 00391 0111 0.866 0.0131 1.02262 0.800

31.0.0 2.863 75.9 2.33 329.0 0.00371 .0113 0.886 0.0140 1.02177 0.793

350.0 2.766 78.9 2.32 331.0 0.00353 0116 0.905 0.0150 1.02099 0.7 86 360.0 2.672 31 .8 2.32 333.0 0.00338 0118 0.924 0,0159 1.02027 0.780 370.0 2.585 84.7 2.31 335.0 0. 00323 .0120 0.942 . 1 69 1.01960 0.775

380.0 2.505 87.6 2.31 337.0 0.00310 0122 0.961 0.0179 1.01899 0.771

390.0 2.1.29 90.5 2.30 338.0 0.0029) .0124 0.980 0.0139 1.01842 0.767 400.0 2.359 93.3 2.30 340.0 0.00288 0127 1.00 0.0200 1.01788 0.763

1.10.0 2.293 96.1 2.30 341.0 0.00273 0129 1.02 0.0210 1.01738 0.760

•20.0 2.232 98.9 2.29 342.0 0.00269 0131 1.04 0.0221 1.01691 0.757

1.30.0 2.17 3 102.0 2.29 34 3.0 0.00261 0133 1.05 0.0231 1.01646 0.755

1.1.0.0 2.118 104.0 2.28 344.0 0.00253 0135 1.07 0.0242 1.01604 0.753

1.50.0 2.066 107.0 2.28 34 5.0 0. 00245 0133 1.09 0.0253 1.01565 0.750

1.60.0 2.017 110.0 2.28 345.0 0. 00239 0140 1.11 0.0264 1.01527 0.749

1.70.0 1.970 113.0 2.27 34 6.0 0.00232 0142 1. 13 0.0275 1.01491 0.747

1.80.0 1.925 115.0 2.27 34 7.0 0.00226 0144 1. 14 0.0287 1.0145 7 0.745

1.90.0 1.883 118.0 2.27 347.0 0.00220 0146 1. 16 0.0298 1.01425 0.744

500.0 1.81.2 121.0 2.27 348.0 0.00215 a 0148 1.13 0.0310 1.01394 0.742

510.0 1.801. 124.0 2.26 348.0 0.00210 0150 1.19 0.0322 1.01365 0.741

520.0 1.767 126.0 2.26 349.0 0.00205 0153 1.21 . 3 34 1.01337 0.739

530.0 1. 731 129.0 2.26 349.0 0. 0020 0155 1.23 0.0346 1.01310 0.738

51.0.0 1.697 132.0 2.26 349.0 0.00196 0157 1.25 0.0358 1.01284 0.737 550.0 1.665 134.0 2.25 350.0 0. 00192 0159 1.26 0.0 3 71 1.01259 0.736

560.0 1.633 137.0 2.25 350.0 . 00188 0161 1.23 0.0 3 83 1.01235 0.735

570.0 1.603 140.0 2.25 350.0 0. 0018-. 0163 1.30 0.0396 1.01213 0.734

580.0 1.571. 142.0 2.25 351.0 0.00180 0165 1. 31 .0409 1.01191 0.733

590.0 1.51.7 145.0 2.24 351.0 0.00177 0167 1.33 0.0422 1.01169 0.732

600.0 1.520 146.0 2.24 351.0 0. 00173 16 9 1. 34 0.04 35 1.01149 0.732

700.0 1.297 174.0 2.22 353.0 0. 00146 0183 1.50 0.0 5 74 1.00980 0.725

800.0 1. 132 201.0 2.19 353.0 0.00126 0208 1.64 0.0725 1.00855 0.721 900.0 1.005 228.0 2.16 354.0 0.00112 0227 1. 73 .0688 1.00759 0.718 1000.0 0.901.3 256.0 2.13 354.0 . 1 J 0246 1.9L 0.106 1.00683 0.716

1500.0 0.6035 408.0 1.95 353.0 0.000663

2D00.O 0.»53i. 571.0 1.32 353.0 . 000497

2500.0 0.3632 738.0 1.73 352.0 0. 000338

3000.0 0.3029 906.0 1.68 352.0 0.000332

3500.0 0.2598 1070.0 1.64 35 2.0 0.000234

THO-PHJSE BOUNDARY
THERMODYNAMIC PROPERTIES OF NITROGEN

TEMPERATURE

115.0

120.0 125.0

130.0 135.0

11.0.0 11.5.0 150.0 155.0

160.0

165.0

170.0

175.0

ieo.0

195.0

150.0 200.0

205.0

210.0

215.0

219.

220. 225.

230.

235.

275.0

260.0

265.0

290.0

295.0 300.0

310.0 320.0

330.0

3 40.0 350.0

360.0

370.0

360.0 390.0

1.00.0 "•10.0

".30.0

1. 1.0.0 1.50.0

1.60.0

1.70.0 460.0

1.90.0 500.0

510.0

51.0.0 550.0 560.0

570.0

560.0 590.0

600.0

700.0

1.00 psu ISOBAR

volume ISOTHERM ISOCHORE INTERNAL ENTHALPY DERIVATIVE DERIVATIVE ENERGY

cu ft/. a CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB

0.0181.5 1990.0 247.0 -64.42 -63.06

0. 01867 1710.0 223.0 -62.08 -60.70

0.01390 11.90.0 203.0 -59.71 -58.31

.01915 1310.0 166.0 -57.31 -55.89

0.0191.2 1160.0 171.0 -54.91 -53.48

0.01971 101.0.0 158.0 -52.51 -51.05

0.02001 928.0 146.0 -50.10 -49.62

0.02034 832.0 135.0 -47.69 -46.18

0. 02068 71.6.0 125.0 -45.27 -43.73 0.0210b 668.0 116.0 -42.83 -41.27

0. 0211.5 597.0 107.0 -40.37 -38.78

0.02189 531.0 99.2 -37.88 -36.26

0.02235 1.70.0 91.7 -35.35 -33.69

0.02266 1.12.0 84.6 -32.78 -31.08

0.0231.3 359.0 77.8 -30.14 -29.41

0.021(05 308.0 71.2 -27.44 -25.66

0.02560 214.0 59.6 -21.71 -19.92

0.02653 169.0 52.3 -18.61 -16.64

0.02783 125.0 45.9 -15.24 -13.13 0.02955 79.9 38.

9

-11.38 -9.196

0.03210 37.9 31.3 -7.002 -4.624

0. no* 12.6 5.33 22.14 30.31

0.1131. 14.3 5.13 22.71 31.11 0.1313 24.

5

4.20 25.97 35.70

0.14I.5 32.1 3.68 28.29 39.00 0.1557 38.4 3.32 30.22 41.75 0.1657 44.0 3.05 31.93 44.20

0.171.8 49.0 2.84 33.49 46.44

0.1831. 53.7 2.66 34.95 49.53 0.1915 58.1 2.51 36.33 50.52 0.1993 62.2 2.38 37.65 52.41 0.2068 66.1 2.27 38.92 54.24

0.211.0 69.8 2.17 40.15 56.00 0.2211 73.4 2.09 41.35 57.72

0.2280 76.8 2.01 42.52 59.40

0.231.7 80.2 1.94 43.66 61.04

0.21.13 63.5 1.67 44.79 62.66

0.21.77 66.6 1.81 45.89 64.24

900.0 900. 1000.

1500.

2000.

2500.

3000.

3500.

2797 102 2906 107

3023 113

3139 118

3251 123 3363 128 3474 133 3584 138

3693 143 3801 149 3909 152 4015 157 4121 162 4226 166

4331 171 4435 175 4539 190 4642 194 4745 189 4849 193 4951 197 5053 202 5154 206

5256 210 5357 214

5458 219

5559 223

5660 227

5760 231 6756 273

7741 313

6718 353

9631 392

452 597

932 760

412 972

891 1160

370 1350

HASE BOU IDARY

1.22

1.17

1.07

1.03

1.01 0.978

0.952 0.927

0.904

0.892

0.799

0.771

0.75 6 0.741 0.726

0.713 0.699

0.591

.512

.45 3

0.2OO

0. 160 0.133

49.12

51.22

53.28

55.31

57.31 59.29 61.26

63.20 65.14

67.06

69.97

70.87

72.77 74.65 76.53

78.40 80.27

62.13

83.99 95.84

87.69

89.53 91.37

93.21

95.05

96.88

98.71

100.5

102.4

104.2

122.4

140.6

158.9

177.2

273.1 376.3

495.3

599.5

714.4

99.94 91.69

113 1 115 7 113 4 121

123 6

125 2 123 8 131 4 134 136 6 13J 1 141 7

197. 223.

249.

390.

519.

0.6221

0.6410 0.6592 0.6769

0.6939

0.7104

0.7 2 65 0.7422 0.7575

0.7726

0.7974

0.9021

0.8166

0.8315

0.3614

0.9771

0.8938 0.9125

0.9336

1.093

1.096 1.117

1.132 1.143

1.154

1.163

1.171

1.179

1.213 1.218 1.224

1.229

1.235

1.245

1.254

1.263 1.272

1.260 1.289

1.296 1.303

1.310 1.317

1.324

1.330

1.337 1.343

1.349

1.355

1.360 1.366

1.371

1.377 1.362

1.337 1.392

1.397

1.401 1.406

1.411

1.415 1.419

1.424

1.463

1.497

1.527

1.554

1.661

1.740 1.905

1.859

1.906

0.2524

0.2508 0.2477

0.2441 0.2406

0.2373

0.2345

0.2321 0.2301

0.2285 0.2272

0.2261

0.2253 0.2246

0.2241 0.2244

0.2253 0.2274

0.2320

0.2421 0.2397 0.2267

0.2185

0.2126

0.2080

0.2043

0.1966

0.1948

0.1932

0.1916

0.1906

0.1896

0.1886

0.1878

0.1871 0.1959

0.1848

0.1839

0.1832

0.1326

0.1921

0.1917

0.1913

0.1910 0.1907

0.1905 0.1802

0.1901

0.1799

0.1797 0.1796

0.1795

0.1794

0.1793

0.1792 0.1791

0.1791

0. 1790

0. 1790 0.1799

0.1799

0.1739

0.1799 0.1798

0.1786

0.1791 0.1801

0.1818

0.1840 0.1990 0.2127

0.2226

0.2294

0.2341

CP VELOCITY

OF SOUND

- I FT/SEC

.4656 4204.0

4758 3881.0

.4809 3630.0

.4933 3424.0

.4845 3247.0

.4954 3091.0

.4966 2949.0

11 .4995 2816.0

.4914 2691.0

.4955 2570.0

.5010 2453.0

a .5081 2338.0

.5170 2225.0

.5282 2113.0

.5421 2000.0

.5597 1886.0

.6138 1647.0

.6592 1516.0

a .7334 1372.0

.8843 1200.0

1 .313 997.0

1 .353 571.9

1 204 577.3

.7442 610.4

.5942 63 5.6 5156 65 7.0 4662 675.9

4319 69 3.0 4066 708.9

.3671 72 3.7 3715 737.7

3589 75 0.9

a 3464 763.6

3395 775.7

3320 78 7.4

3254 79 8.7 3197 809.5

3147 82 0.1 .3102 930.4

3027 85 0.1 2966 869.0 2916 88 7.0 2874 904.4

2839 921.2

2807 93 7.4 2781 95 3.1 2758 96 8.5 2737 98 3.4 2719 998.0 2703 1012.0 2689 1026.0 2676 1040.0 2664 1053.0 2653 1066.0 2644 107 9.0

a 2635 1092.0 2627 1104.0 2619 1116.0 2613 1128.0 2606 1140.0 2601 1152.0

2595 1164.0 2590 1175.0 2586 1186.0

2582 1 19 7". 2578 1206.0 2574 1219.0

2571 1230.0

2568 1240.0

0. 2549 1 34 .

0. 2545 1431.0

0. 2553 1515.0

0. 2569 159 3.0

0. 2706 1923.0

0. 2639 2196.0

0. 2936 2437.0

0. 3004 2 65 7.0

1!. 3051 2 86 .
400 PSI6 ISOBAR

THERMOPHYSICAL PROFE-UIES OF NITROGEN

EMPERATURE DENSITY 1/ (OH/D

DEG. R L8/CU r T BTU/L

115.0 54.20 203.0

120.0 53.57 196.0

125.0 52.30 187.0

130.0 52.21 178.0 135.0 51.1.9 170.0

1".0.0 50.71, 162.0

11.5.0 1.9.97 155.0 150.0 1.9.17 148. 155.0 1.8.35 11.2.0 160.0 1.7.1.9 136.0 165.0

170.0 175.0

180.0

165.0

190.0 200.0

205.0

210.0 215.0

' 219.1.00

' 219.1.00 220.0

225.0

230.0 235.0

21.0.0 21.5.0 250.0

255.0 260.0

265.0

270.0

275.0

260.0

265.0 290.0

295.0 300.0

310.0 320.0

330.0

31.0.0 350.0

360.0 370.0

360.0 390.0

1.00.0 1.10.0 •20.0

i. 3 . 1.1.0.0 1.50.0

1.60.0

1.70.0

1.60.0

1.90.0 500.0 510.0

520.0

530.0

51.0.0 550.0

560.0 570.0

560.0 590.0

600.0

700.0 600.0

900.0 1000.0

1500.0

2000.0

2500.0 3000.0

3500.0

1.2.69 1.1.57 39.06

37.61

3 5. 93 33.81. 31.16

9.062

8.813

7.615 6.919

6.1.22 6.036

5.017

4.836

4.672 4.523

4.387

i.. 261 4.145 4.037

3.936

3.752

3.588

3.1.1.1 3.308

3.187 3.076

2.973

2.878

2.790

2.708

2.631 2.559

2.1.91

2.1.27 2.366

2.309 2.255 2.203

2.151. 2.107

2.063 2.020

1.979

1.91.0 1.903 1.867

1.832 1.799

1.767

1.736

1.1.60

130.0

121.. 116.0

113.0 107.0

101.0 87.5 80.1

!L IMCP/Dm -VIDP/OVL.

I PSIA-CU FT/BTU PSIA

18.8 138001.

16.6 91700.0

15.2 79000.0

11..

2

68600.0

13.1. 59900.0

12.7 52600.0

12.1 46400.0

11.6 1.0900.0 11.0 36100.0

10.5 31700.0

10.0 27800.0

9.50 21.300.0 9.02 21000.0

6.55 18000.0

8.09 15300.0

7.62 12800.0

6.69 8350.0

6.20 6350.0

OJ/OTI/7 THERMAL VISCOS P CONDUCTIVITY

1/DES. R 9TU/FT-HR-R LB/FT0.10230

0.0 21.3 0.00257

0.00271 0.00285

95.5 98.3

101.0

101.. 107.0

110.0

112.0

115.0

118.0

120.0

123.0

126.0 129.0

131.0

131.. 137.0

139.0

11.2.0 1H5.0

1.292 201

1.11.7 228 1.032 256 0.6888 1.08 0.5176 572

0.1.11.7 739

0.31.59 906 0.2968 1070

1.1.60. 2700.0

1180.0 115.0

126.0 187.0

222.0

21.7.0 26 6.0

312.0

319.0

326.0 332.0

337.0

31.2.0

31.6.0 350.0

353.0 359.0

361.. 369.0 372.0

376.0

378.0

381.0

383.0

385.0

387.0

386.0 390.0

391.0

392.0

393.0

391.. 395.0 396.0

397.0

397.0 398.0

398.0 399.0

399.0

1.00.0

1.00.0 1.01.0

1.01.0

1.01.0

1.02.0 1.03.0

1.01..

00300 .0798 Mil. .0763

G 30330 .0733

0031.6 .0709

.00365 .0680 00385 .0651

001.09 .0623

00436 .0595

001.69 0567

00508 .0539

00556 .0512

00702 .01.55 00823 .01.26 0102 .0397

0144 .0367

0265 .031.2

01.65 .011.0

01.07 .0136

0225 .0119

0166 .0113

0135 .0109

0115 0107

0101 .0105

00909 .0101* 00829 .0101.

00765 .0101. 00711 .0101. 00667 .0101. 00629 0101. 00596 .0105

00566 0105

00541 0106

00518 0107

001.97 0108

001.61 .0109

00431 0111

00406 0113

00383 0115

00361. .0117

00347 0120

00331 0122

00318 0121. 00305 0126

0029% 0126

00263 0130

00273 0132

00265 0135

00256 0137

0021.9 0139

0021.1 011.1 00235 011.3 00228 011.5 00222 011.7 00217 011.9 00212 0152

00207 0151. 00202 0156

00197 0158

00193 0160

00189 0162

00165 0161. 00181 0166

O0173 0168

00171. 0170

0011.6 0190

00127 0209

00112 0228

00100 021.7 000663

00 0497 000397

000331

000261.

7.52

6.91. 6.33

0.738

0.72 4 0.72 0.722 0.726

0.731 0.737

0.741+

0.751 0.759 0.767

0.776

0.764

0.793

0.602

0.811

0.857

0.876 0.694

0.913

0.932

0.950 0.969

0.987

1.01

1. 02

T HERMAL OIELECTRIC PRANOTL

OIFFUSII/ITY CONSTANT NUMBER

SQ FT/HR

.00376 1.46723 3.68

.00361 1.46111 3.29

350 1.45473 2.98

.00340 1.44609 2.76

.00332 1.44121 2.61

.00 324 1.43410 2.49

. 31

6

1.42677 2.35

.00 30 7 1.41922 2.27

.00298 1.41144 2.20

.00289 1.40342 2.14

.00279 1.39515 2.08

.00268 1.38658 2.04

.0025 7 1.37769 2.00 00246 1.36840 1.97

.00233 1.35666 1.95

.00 220 1.34836 1.94

.00190 1.32545 1.96

.00172 1.31227 2.01

.00151 1.29712 2.11

.00123 1.27641 2.35

.000837 1.25467 3.07

.00114 1.06995 2.58

012 8 1.06603 2.35

.00211 1.05855 1.62

00274 1.05310 1.37

.00329 1.04922 1.23

00379 1.0 4621 1.14

.00426 1.04375 1.08

.00471 1.04167 1.03

.00514 1.0 398 6 1.00 00556 1.03830 0.969

.00598 1.0 369 0.9 45 00639 1.03563 0.926 00679 1.03448 0.909

720 1.03343 0.694

11 760 1.03247 0.861

00601 1.03157 0.670

00841 1.03074 0.860 00882 1.02996 0.851

00963 1.02854 0.835

0105 1.02729 0.622

a 0113 1.02616 0.811

0121 1.02514 0.802

0130 1.02421 0.7 94 0138 1.02336 0.788

0147 1.02257 0.782

0156 1.02165 0.7 77 0165 1.02117 0.7 72

II 0174 1.02054 0.768

0183 1.01995 0.765

0193 1.01940 0.762

0202 1.01866 0.759

0212 1.01640 0.756

0221 1 . 1 79 3 0.754

0231 1.01750 0.752

0241 1.01708 0.750

0251 1.01669 0.748

0261 1.01632 0.7 46 0272 1.01596 0.744

0282 1.01562 0.743

0293 1.01529 0.742

0303 1.01498 0.740

0314 1.01469 0.739

0325 1.01440 0.738

3 36 1.01413 0.737

0347 1.01386 0.736

0359 1.01361 0.735

0370 1.01337 0.734

0381 1.01313 0.733

0503 1.01119 0.726

0636 1.00976 0.722

0779 1.00866 0.719

0931 1.00779 0.717

THO-PHASE 90UH0ARY
i50 P5IA ISOBAR THERMODYNAMIC PROPERTIES OF NITROGEN

EHPERATURE VOLUME ISOTHERM DERIVATIVE

ISOCHORE DERIVATIVE

INTERNAL

ENERGY ENTHALPY ENTROPY CV CP VELOCITYOF SOUND

OEG. R CU FT/.

8

CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB BTU/LB-R BTU / LB -R FT/SEC

115.0 0.0181.1. 2000.0 21.7.0 -61.. 47 -62.93 0.5821 0.2436 0.4650 4200.0

120. a 0. 01866 1720.0 223.0 -62.13 -60.58 0.6021 0.2519 0.4751 3879.0

125.0 0.01889 1500.0 203.0 -59.76 -58.19 0.6216 0.2535 0.4801 3630.0

130.0 0. 0191<> 1320.0 186.0 -57.37 -55.78 0.6405 0.2519 0.4825 3425.0

135.0 0.0191.1 1170.0 171.0 -54. 98 -53.36 0.6587 0.2487 0.4636 3250.0

1-0.0 0. 01969 1050.0 158.0 -52.59 -50.94 0.6763 0.2450 0.4644 3096.0

11.5.0 0.01999 937.0 11)6.0 -50.19 -43.52 0.6933 0.2414 0.4855 2955.0

150.0 0.02031 61.1.0 135.0 -47.78 -46.09 0.7098 0.2381 0.4873 2823.0

155.0 0.0206b 755.0 125.0 -45.37 -43.65 0.7258 0.2352 0.4900 2699.0

160.0 0.02102 677.0 116.0 -42.94 -41.19 0.7415 0.2328 0.4939 2580.0

165.0 0.0211.2 606.0 108.0 -40.49 -33.70 0.7567 0.2307 0.4991 2464.0

170.0 0.0216. 51.0.0 100.0 -38.01 -36.19 0.7717 0.2290 0.5058 2 351.0 175.0 0.02230 1.79.0 92.3 -35.50 -33.64 0.7865 0.2276 0.5142 2240.0

160.0 0.02280 1.22.0 85.3 -32.95 -31.05 0.8011 0.2255 0.5247 2129.0

185.0 0.02335 369.0 78.5 -30.34 -23.39 0.8157 0.2256 0.5377 2019.0

190.0 0.02396 319.0 72.0 -27.66 -25.66 0.8302 0.2249 0.5540 1907.0

200.0 .0251.5 225.0 59.6 -22.02 -19.90 0.8598 0.2243 0.6028 1674.0 205.0 0.02639 181.0 53.5 -19.00 -16.80 0.8751 0.2244 0.6420 1549.0

210.0 0.0275i 138.0 1.7.3 -15.74 -13.45 0.8912 0.2250 0.7026 1413.0 215.0 0.02906 95.2 1.0.7 -12.11 -9.702 0.9089 0.2265 0.8124 1258.0

220.0 0.03142 51.1 33.1 -7.692 -5.074 0.9302 0.2301 1.095 1061.0 223.800 0.0351.3 14.0 21. .7 -2.382 0.5732 0.9556 0.2390 2.516 82 7.0 223.300 0.08621. 6.01 7.21 19.00 26.18 1.070 0.2524 2.917 567.1

225.0 0.091.72 10.5 6.38 20.99 28.88 1.082 0.2453 1.698 579.9

230.0 0.1138 21.9 4.99 25.11 34.60 1.107 0.2300 0.8583 614.8

235.0 0.1266 30.0 4.31 27.74 38.30 1.123 0.2210 0.6534 64 0.7 240.0 0.1371. 36.7 3.85 29.85 41.30 1.136 0.2146 0.5543 662.5

245.0 0.11.68 1.2.6 3.52 31.68 43.91 1.147 0.2097 0.4944 681.7

250.0 0.1553 1.7.8 3.26 33.33 46.27 1.156 0.2058 0.4539 699.2

255.0 0.1633 52.7 3.05 34.86 48.47 1.165 0.2026 0.4245 715.3

260.0 0.1708 57.2 2.87 36.3 50.53 1.173 0.2000 0.4021 730.3 265.0 0.1779 61.5 2. 72 37.67 52.50 1.180 0.1977 0.3845 744.4

270.0 0.161.8 65.5 2.59 38.98 54.38 1.187 0.1958 0.3702 75 7.8 275.0 0.1911. 69.1. 2.1.7 40.25 56.20 1.194 0.1941 0.3564 770.6

200. 0.1979 73.1 2.37 41.48 57.97 1.200 0.1927 0.3485 782.8

285.0 0.201.1 76.7 2.28 42.6 8 59.69 1.207 0.1914 0.3401 794.6

290.0 0.2102 60.2 2.19 43.85 61.37 1.212 0.1903 0.3328 806.0 295.0 0.2162 83.5 2.12 45.00 63.02 1.218 0.1893 0.3265 817.0

300.0 0.2221 B6.8 2.05 46.13 64.64 1.223 0.1884 0.3210 82 7.6 310.0 0.2336 93.1 1.93 48.34 67.80 1.234 0.1670 0.3117 848.0

320.0 0.21.1.7 99.1 1.82 50.49 70.88 1.244 0.1858 0.3043 867.4

330.0 0.2556 105.0 1.73 52.59 73.89 1.253 0.1848 0.2982 88 5.9

3*0.0 0.2662 111.0 1.65 54.66 76.85 1.262 0.1840 0.2932 903.7

350.0 0.27o7 116.0 1.57 56.70 79.76 1.270 0.1833 0.2890 920.8

360.0 0.2870 121.0 1.51 58.72 82.63 1.278 0.1827 0.2854 937.4

370.0 0.29 71 127.0 1.1.5 60.71 85.47 1.286 0.1822 0.2823 953.4

360.0 0.3071 132.0 1.39 62.68 88.27 1.293 0.1818 0.2795 96 9.0 390.0 0.3171 137.0 1.31i 64.64 91.06 1.301 0.1814 0.2772 98 4.1

1.00.0 0.3269 11.2.0 1.30 66.58 93.82 1.308 0.1811 0.2751 999.0

".10.0 0.3366 11.7.0 1.26 68.51 96.56 1.314 0.1808 0.2732 1013.0

1.20.0 0.3U63 151.0 1.22 70.43 99.28 1.321 0.1806 0.2716 102 7.0

1.30.0 0.3559 156.0 1.16 72.34 102.0 1.327 0.1604 0.2701 1041.0

41.0.0 0.3651. 161.0 1.14 74.24 104.7 1.334 0. 18 2 0.2687 1055.0

1.50.0 0.371.8 166.0 1.11 76.13 107.4 1.340 0.1800 0.2675 106 8.0

1.60.0 0.381.3 170.0 1.06 78.02 110.0 1.345 0.1799 0.2664 1081.0

1.70.0 0.3936 175.0 1.05 79.90 112.7 1.351 0.1797 0.2654 1094.0

1.60.0 0.1.029 179.0 1.03 81.77 115.3 1.357 0.1796 0.2645 1106.0

1.90.0 0.1.122 181.. 1.00 83.64 113.0 1.362 0.1795 0.2637 1118.0 500.0 0.1.215 168.0 0.978 85.50 120.6 1.366 0.1794 0.2629 1131.0 510.0 0.1.307 193.0 0.955 87.36 123.2 1.373 0.1793 0.2622 1143.0

520.0 D.i.398 197.0 0.933 89.21 125.9 1.376 0.1793 0.2615 1154.0

530.0 D. 1.1.90 202.0 0.912 91.06 128.5 1.383 0. 1792 0.2609 1166.0

51.0.0 0.1.581 206.0 0.893 92.91 131.1 1.388 0.1791 0.2604 1177.0

550.0 0.1.672 210.0 0.871. 94.75 133.7 1.392 0.1791 0.2599 1139.0

560.0 0.1.752 215.0 0.85 6 96.59 136.3 1.397 0.1791 0.2594 1200.0

570.0 0.1.653 219.0 0.635 98.43 133.9 1.402 0.1790 0.2589 1211.0

580.0 0.1.91.3 223.0 0.622 100.3 141.5 1.406 0. 1790 0.2585 122 2.0 590.0 0.5033 227.0 0.806 102.1 144.0 1.411 0.1790 0.2582 1233.0

600.0 0.5123 232.0 0.791 103.9 146.6 1.415 0.1790 0.2578 1243.0

700.0 0.6012 273.0 0.667 122.2 172.3 1.455 0.1793 0.2556 1343.0

800.0 0.6890 31-. 0.578 140.4 197.8 1.465 0.1802 0.2550 1435.0

900.0 0.7761 351.. 0.510 158.7 223.3 1.519 0. 1819 0.2557 1518.0 1000.0 0.8627 3*1.. .1.5 7 177.1 240.0 1.546 0. 1841 0.2572 1596.0

1500.0 1.292 569.0 0.302 273.1 380.7 1.652 0. 1990 0.2707 192 6.0 2000.0 1. 719 781.0 0.22 5 376.3 519.6 1.732 0.2127 0.2840 2198.0

2500.0 2.11.6 973.0 . 160 485.3 664.1 1.797 0.2226 0.2937 2439.0

3000.0 2.571 1170.0 0.150 598.4 812.7 1.851 0.2294 0.3004 2659.0

35 0.0 2. 097 1360.0 0.129 714.4 964.2 1.897 0. 2341 0.3051 2 86 2.0

» THI0-PHASE BOUNDARY

72
". 50 P3IA ISOBAR

THERMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE OENSITf DEC R LB/CU FT

VCOH/OV) VIOP/DU) -V<DP/OV> 8TU/LB PSIA-CU FT/BTU PSIA(OV/DTL/V THERMAL VISCOSITY P CONDUCTIVITY

1/OEG. R 8TU/FT-HR-R LB/FT-SEC

115.0 120.0

125.0 130.0

135.0

1".0.0

1".5. 150.0

155.0 160.0

165.0

170.0

175.0

180.0

185.0

190.0 200.0

205.0

210.0

215.0

220.0

• 223.800

• 223.800

225.0

230.0

235.0

2<.0.0

21.5.0 250.0

255.0

260.0 265.0

270.0

275.0

280.0

285.0

290.0 295.0

300.0

310.0 320.0

330.0

31.0.0 350.0

360.0

370.0

380.0

390.0

1.00.0 1(10.0

1.20.0

1.30.0

1.1.0.0 •50.0

1.60.0

1.70.0

1.80.0

1.90.0 500.0 510.0

520.0 530.0

51.0.0 550.0 560.0

570.0

580.0

590.0 600.0

700.0

800.0

900.0 1000.0

1500.0 2000.0

2500.0

3000.0

3500.0

51.. 23 53.60

52.91. 52.25

51.53

5 0.79 50.02

1.9.23

1.8 .-1 1.7.57

1.6.70 1.5.79 44.85

1.3.86 1.2.83

1.1.73 39.29

37.90

36.31

31.83 28.16

11.60 10.56

6.786

7.889 7.278

6.813

6.1.38 6.121. 5.855

5.620

5.1.11 5.221.

5.051. 4.899

4.756

4.625 4.502

4.281 4.087

3.913 3.756

3.614

3.1.85 3.366

3.256

3.15i( 3.059 2.971

2.888

2.810 2.737 2.668

2.602

2.51(0 2.1(82 2.1.26 2.373

2.322

2.27l( 2.227

2.183

2.11.0 2.100 2.061

2.023

1.987

1.952

1.663

1.1.51 1.269

1.159

0.7739 0.5816

0.1.661 .3889 0.3336

201.. 197.0

188.0

179.0 171.0

163.0 156.0

11.9.0

11.3.0 137.0

131.0

125.0

120.0 114.0

108.0 102.0 89.5

82.1.

29.1. 33.0

35.9

1.2.9

1.5.0

52.6

Slt.it

91.. 9 97.7

101.0 103.0

106.0

109.0

112.0

115.0 117.0

120.0

123.0

126.0

128.0 131.0

134.0 137.0

139.0

11(2.0

11.5.0

11.7.0

171.. 201.0

229.0 257.0

1(09.0 572.0

739.0

907.0 1070.0

108000.0 92300.0

79500.0 69100.0

601.00.0 53100.0

(6900.0

1.11(00.0 36500.0

32200.0 28300.0

21.700.0 21500.0

18500.0

15800.0

13300.0

8850.0 6860.0

5010.0

327 0.0

163 0.0 395.0 69.6

111.0

192.0

236.0 267.0

29 0.0 308.0

323.0 335.0

31.6.0 355.0

36 3.0

37 0.0 376.0

381.0

38 6.0 391.0

399.0

1(05.0

1(11.0

1.15.0

1(2 0.0

1(23.0

1(26.0 429.0

1.32.0 434.0

1(36.0

1(3 8.0

1(39.0

1(1(1.0

1(1(2.0 t 1(3.0

iti.it.

it it 5.0

1(1(6.0 1.1(7.0

it It 8.0

1.1.9.0

1.5 0.0

1.50.0

1.51.0

1.51.0

1.5 2.0

1.5 2.0

1.51..

1(56.0

1.56.0

1.56.0

1.5 5.0

1.51..

1.51..

1.5 3.0

1.53.0

0.00228

0.0021.2 0.00255

0.00269

0.00283

0.00297

0.00312

0.00327

0.0031.3 0.00361

0.00361

0. 00403

0.001.30

0.001.60 0.001.97

0.0051.2 0.00671. 0.00779

0. 00943

0.0121. 0.0204

0.0626 0.103 0.0577

0.0260

0.0182

0. Oil. It 0.0121

0.0106

!.']?')».

0.00857

0.00787

0.00730 0.00682

0.0061.1 0.00606

0.00575

0.0051.8 0.00521.

0.001.83

0.001.1.9 0.00421

0.00396 0.00375

0.00356

0.00339

0.00325

0. 00311 0.00299

0.00288 0.00273

0.00263

0.00260

0.00252

0.0021(1. 0.00237

0. 00231 0.00225

0.00219 0.0021!

0.00208 0.00203

0. 00199

0. 00194 0.00190 0.00186

0.00182 0.00179

0.00175

0.00147

0.00127

0.00112

0. 00100

0. 000662 0.000496

0. 000 397 0.000331 0.000234

0.0951

0.0921 0.0891

0.0861

0.0830

0.0800

0.0770 0.0741

0.0711 0.0683

0.0654

0.0626

0.0598

0.0571

0.0543

0.0516

0.0460

0.0432 0.0403

0.0375

0.0 34 7 0.0335

0.0193

0.0165 0.0134

0.0123

0.0118

0.0114 0.0112

0.0110 0.0109

0.0109

0.0103 0.0108 0.0108

0.0109 0.0109

0.0110 0.0110

0.0112 0.0114

0.0116

0.0117

0.0119

0.0121 0.0123

0.0126 0.0128

0.0130 0.0132

0.0134 0.0136

0.O138

.0147

.0149

.0151

.0153 .0155

.0157

.0159

.0161

.0163 .0165

.0167 .0169

.0171

.0191

.815

.792

.762

0.769 0.775

0.782

0.790 0.798

0.806

0.814

0.82 3 0.832 0.849

0.867

0.885

0.903

0.92 2 0.940

0.95 8 0.976

0.995

1. 01 1.03

1. 05

THERMAL DIELECTRIC PRANOTL OIFFUSIVITY CONSTANT NUMBER

SQ FT/HR

0.00377 1.46747 3.69

. 36 2 1.46139 3.31 0.00351 1.45505 2.99

. 34

1

1.44846 2.76 0.00333 1.44162 2.61 0.00325 1.43456 2.49 0.00317 1.42728 2.35 0.00309 1.41978 2.27 0.00300 1.41207 2.20

0.00291 1.40412 2.13

0.00281 1.39593 2.08 0.00270 1.33746 2.03

. 25 9 1.37667 2.00

. 24 8 1.36951 1.96 0.00236 1.35993 1.94 0.00223 1.34983 1.93 0.00194 1.32752 1.94 0.00178 1.31485 1.97 0.00158 1.30054 2.05 0.00134 1.28351 2.21 0.00100 1.26059 2.66

0. 000473 1.22868 4.89

0.000572 1.09012 4.42 0.000921 1.08183 2.93 0.00178 1.06777 1.76 0.00239 1.06071 1.44 0.00291 1.05591 1.28 0.00339 1.05227 1.18 0.00382 1.04934 1.11 0.00424 1.04690 1.06 0.00464 1.04480 1.02 0.00503 1.04298 0.988 0.00541 1.0 413 6 0.963 0.00578 1.03990 0.941 0.00616 1.03859 0.923 0.00653 1.03739 0.907 0.00690 1.03629 0.893 0.00727 1.03527 0.881 0.00764 1.03432 0.870 0.00839 1.03262 0.851 0.00914 1.03112 0.836

. 99 1.0 297 8 0.823

0.0107 1.02858 0.812 0.0114 1.02749 0.803 0.0122 1.02649 0.7 95 0.0130 1.02558 0.7 88 0.0138 1.02474 0.783 0.0146 1.02396 0.778 0.0154 1.02323 0.773 0.0162 1.02255 0.769 0.0171 1.02192 0.766

0.0179 1.02132 0.7 62 0.0188 1.02076 0.759

0.0197 1.02024 0.757

0.0205 1.01974 0.754

0.0214 1.01926 0.752

0.0223 1.01881 0.750 0.0232 1.01839 0.7 48 0.0242 1.01798 0.747

0.0251 1.01760 0.745

0.0260 1.01723 0.743

0.0270 1.01687 0.742

0.0280 1.01654 0.741 0.0289 1.01621 0.739

0.0299 1.01590 0.7 38 0.0309 1.01560 0.7 37 0.0319 1.01532 0.736

0.0330 1.01504 0.735

0.0340 1.01478 0.734

0.0448 1.01258 0.727 0.0567 1.01097 0.722

0.0694 1.00974 0.7 19 0.0 8 30 1.00876 0.717

THO-PHASE BOUNOARY
130YNAMIC PROPERTIES OF NITROGEN

493.000 PSIA ISOBAR

EHPERATUKE J3LJME ISOTHERH DERIVATIVE ISOCHOPE DERIVATIVE

INTERNAL

ENERGY

ENTHALPY ENTROPY CV CP VELOCITY

OF SOUND

DEG. R CU FT/.9 CU FT-PSIA/LB FSIA/F BTU/LB 3TU/L9 6TU/LB-R 8TU . ' LB -R FT/SEC

120.0 0.01665 1730.0 223.0 -62.17 -60.47 0.6017 0.2529 0.4745 3678.0

125.0 0.01666 1510.0 203.0 -59.81 -5}. 03 0.6212 0.2545 0.4795 3630.0

130.0 0.01913 1330.0 166.0 -57.43 -55.66 0.6401 0.2527 0.4816 3427.0

135.0 0.01933 1160.0 171.0 -55.04 -53.27 0.6563 0.2495 0.4826 3253.0 HO.O 0.3U67 1050.0 158.0 -52.65 -50.85 0.6759 0.2456 0.4336 3099.0

11.5.0 0.01997 944.0 146.0 -50.26 -43.43 0.6928 0.2421 0.4846 2960.0

150.0 0.02029 646.0 136.0 -47.66 -46.01 0.7093 0.2387 0.4863 2830.0

155.0 0. 02063 763.0 126.0 -45.45 -43.57 0.7253 0.2358 0.4888 2707.0

160.0 0.02099 665.0 117.0 -43.03 -41.12 0.7409 0.2333 0.4925 2588.0

165.0 0.02138 614.0 108.0 -40.59 -36.64 0.7561 0.2312 0.4975 2474.0

170.0 0.02160 548.0 100.0 -38.13 -35.14 0.7710 0.2295 0.5039 2362.0

175.0 0.02225 486.0 92.9 -35.63 -33.60 0.7658 0.2280 0.5119 2252.0

160.0 0. 02275 431.0 85.6 -33.09 -31.02 0.8003 0.2269 0.5219 2143.0

165.0 0.02329 376.0 79.1 -30.50 -26.38 0.6148 0.2259 0.5342 2034.0

190.0 0.02389 327.0 72.7 -27.65 -25.67 0.6292 0.2252 0.5495 1924.0

200.0 0. 02533 235.0 60.4 -22.28 -13.97 0.8584 0.2244 0.5942 1697.0 205.0 0.02623 191.0 54.5 -19.31 -16.92 0.8735 0.2244 0.6292 1576.0 210.0 0.02731 149.0 48.4 -16.14 -13.65 0.8892 0.2246 0.6811 1447.0 215.0 0.02371 107.0 42.2 -12.67 -10.05 0.9062 0.2259 0.7685 1301.0 220.0 0.03071 65.6 35.2 -8.623 -5.820 0.9257 0.2285 0.9550 1127.0

225.0 0.031.71 22.0 26.1 -2.634 0.3338 0.9533 0.2361 1.792 679.4 227.200 0.01.91.5 0.0160 14.1 7.822 12.34 1.006 0.2608 1277.0 601.8 227.200 0.01.91.2 0.01E7 14.1 7.810 12.32 1.006 0.2608 1219.0 601.9

230.0 0.0871.2 11.3 6.99 20.80 23.78 1.078 0.2442 1.647 595.1 235.0 0.1047 22.0 5.50 25.00 34.56 1.103 0.2300 0.8836 626.4

2".0.0 0.1167 30.1 4.74 27.73 33.38 1.119 0.2213 0.6736 651.2

2<.5.0 0.1266 36.8 4.24 29.90 41.46 1.132 0.2150 0.5702 67 2.4 250.0 0.1353 42.7 3.87 31.79 44.15 1.143 0.2101 0.5074 691.3

255.0 0.1433 48.1 3.58 33.49 46.57 1.153 0.2062 0.4646 708.5

260.0 0.1507 53.0 3.34 35.06 48.81 1.161 0.2030 0.4339 724.4

265.0 0. 1577 57.6 3.15 36.53 50.92 1.169 0.2004 0.4103 739.3

270.0 0.1643 61.9 2.96 37.92 52.93 1.177 0.1981 0.3918 75 3.3 275.0 0. 1707 66.0 2.84 39.26 54.85 1.184 0.1962 0.3766 766.6

260.0 0.1768 70.0 2.71 40.55 56.70 1.191 0.1945 0.3644 779.3

265.0 0.1828 73.7 2.59 41.80 58.49 1.197 0.1930 0.3540 791.5 290.0 0.1886 77.4 2.45 43.02 60.24 1.203 0.1918 0.3451 803.3

295.0 0.1943 80.9 2.40 44.21 61.95 1.209 0.1907 0.3375 814.6

300.0 0.1996 64.3 2.32 45.38 63.62 1.214 0.1897 0.3309 82 5.6 310.0 0.2106 50.9 2.17 47.64 66.87 1.225 0.1880 0.3199 646.5

320.0 0.2210 97.1 2.04 49.65 70.02 1.235 0.1866 0.3112 666.3

330.0 0.2312 103.0 1 .94 51.99 73.10 1.245 0. 1855 0.3042 885.3

3"«0.0 0.21.11 109.0 1.64 54.10 76.11 1.254 0.1846 0.2984 903.4

350.0 0.2508 115.0 1.76 56.17 79.07 1.262 0.1639 0.2936 920.8

360.0 0.2604 120.0 1.68 58.21 81.98 1.270 0.1832 0.2894 937.6

370.0 0.2696 125.0 1.61 60.23 84.86 1.278 0.1827 0.2859 953.8

360.0 0.2791 131.0 1.55 62.23 87.70 1.286 0.1822 0.2829 96 9.6 390.0 0.2882 136.0 1.49 64.20 90.52 1.293 0.1816 0.2802 984.9

1.OO.0 0.2973 141.0 1.44 66.17 93.31 1.300 0.1815 0.2778 1000.0

1.10.0 0.3063 146.0 1.39 68.11 96.0 8 1.307 0.1812 0.2758 1014.0

1.20.0 0.3152 151.0 1.35 70.05 9a. 82 1.314 0. 1609 0.2 7 39 1029.0

1.30.0 0.321.1 156.0 1.31 71.97 101.6 1.320 0.1607 0.2723 1043.0

41.0.0 0.3328 160.0 1.27 73.88 104.3 1.326 0.1805 0.2708 1056.0

1.50.0 0.31.16 165.0 1.23 75.79 107.0 1.332 0.1803 0.2694 1069.0

1.60.0 0.3502 170.0 1.20 77.69 109.7 1.338 0.1801 0.2682 1063.0

1.70.0 0.3538 174.0 1.1b 79.58 112.3 1.344 0.1800 0.2671 1095.0

1.60.0 0.3671. 179.0 1.13 81.46 115.0 1.350 0.1796 0.2661 1106.0

1.90.0 0.3760 184.0 1.11 63.34 117.7 1.355 0.1797 0.2652 1120.0

500.0 0.361.1. 186.0 1.08 85.21 120.3 1.361 0.1796 0.2643 1133.0

510.0 0.3929 193.0 1.05 87.07 122.9 1.366 0.1795 0.2635 1145.0

520.0 0.4013 197.0 1.03 86.94 125.6 1.371 0.1794 0.2628 1156.0

530.0 0.1.097 202.0 1.01 90.79 126.2 1.376 0. 1794 0.2621 1168.0

51.0.0 0.1.181 206.0 0.96 4 92.65 130.3 1.381 0.1793 0.2615 1180.0

550.0 0.1.261. 210.0 0.963 94.50 133.4 1.386 0.1793 0.2610 1191.0

560.0 0. 43I.8 215.0 0.94 3 96.35 136.0 1.390 0.1792 0.2604 1202.0 570.0 0.1.1.31 219.0 0.92 4 98.19 133.6 1.395 0.1792 0.2599 1213.0

560.0 0.1.513 223.0 0.906 100.0 141.2 1.399 0.1791 0.2595 1224.0 590.0 0.4596 228.0 0.888 101.9 143.8 1.404 0.1791 0.2591 1235.0

600.0 0.4678 232.0 0.871 103.7 146.4 1.408 0.1791 0.2587 1246.0

700.0 0.5493 274.0 0.733 122.0 172.1 1.446 0.1794 0.2562 1346.0 600.0 0.6296 315.0 0.63 5 140.2 197.7 1.482 0.1603 0.2555 1437.0 900.0 0. 7033 355.0 0.560 158.5 223.3 1.512 0.1819 0.2560 1521.0

1000.0 0.7885 395.0 0.501 177.0 249.0 1.539 0.1841 0.2575 1599.0

1500.0 1. 161 590.0 .331 273.0 380.8 1.646 0.1990 0.2708 1928.0

2000.0 1.571 783.0 0.247 3 76.2 519.7 1.726 0.2128 0.2640 2200.0

25 0.0 1.960 975.0 0.19 7 485.3 664.2 1.790 0.2226 0.2937 2441.0

3000.0 2.349 1170.0 0.164 596.4 612.9 1.844 0.2294 0.3004 2661.0

3500.0 2.737 1360.0 0.141 714.4 964.3 1.891 0.2341 0.3051 2864.0

THO-PHASE SOUNOARY
493.000 PSIA ISOBAR

THERHOPHYSICAL PROPERTIES OF NITROGEN

TEHPERATURE OENSITY PSIA-CU FT/8TU PSIA

(OI//OTL/U THERMAL VISCOSITY THERHAL DIELECTRIC

CONDUCTIVITY OIFFUSIVITY CONSTANT

1/OEG. R 8TU/FT-HR-R LB/FT-SEC SQ FT/HR

120 53 62 125 52 96 130 52 28 135 51 57 1*0 5 83 1*5 50 07 150 *9 28 155 *fl *7 160 a *7 63 165 *6 77

170 *5 87 175 ** 9*

160 *3 96 1B5 *2 9* 190 *1 86 200 39 *8 205 38 13 210 36 61 215 3* 8* 220 32 57 225 28 81 227 200 20 22 227 200 20 23 230 11 ** 235 9 552 2*0 6 569

2*5 7 896 250 7 388 255 6 978 260 6 636 265 6 3*2 ?70 6 086 275 5 859 260 5 655 265 5 *70 290 5 302 295 5 1*8 300 5 005 310 * 7*9 320 * 525

330 * 326

3*0 * 1*8 350 3 98 7 360 3 3*1 370 3 707 380 3 583

390 3 *69

*00 3 363 *10 3 265

*20 3 172

198.0

189.0 180.0

172.0

16*. 157.0

150.0

1**.0

138.0 132.0

126.0

121.0 115.0 109.0

10*. 91.1

8*. 3

6.61 8.16

92800.0 80000.0

69500 .0 60900.0

53600.0

*7300.0

*1600.0

37000.0

32600.0

28700.0 25200.0

219 0.0 18900.0

16200.0

13700.0 9270.0

7290.0

5*60.0

37*0.0 21*0.0

63*.0.323

0.339

130.0 211.0

258.0

291.0

316.0 335.0

352.0

365.0

377.0

387.0

396.0 *03.0

*io.a

*16.0

*22.0 *32.0

**0.0

**6.0

*52.0

*57.0

*61 .0 *65.0

*68.0

*71.0 *7*.0

*76.0

*78.0

0.002*0 0.0025*

0.00267 0.00281

0.00295 0.00309

0.0032*

0.003*0 0.00357

0.00377

0.00399

0.00*2*

0.00*53 0.00*88

0.00531 0.00652

0.007*7

0.00887

0.0113

0.0165

0.0*12 *3.6

*1.6

0.0539

0.0261 0.018*

0.01*6

0.0123

0.0107

0.00951

0.00862

0.00791 0.00733

0.0068*

0.006*3

0.00607 0.00576

0.005*9

0.00503

0.00*65 0.00*3*

0.00*07 0.0038*

0.0036* 0.003*7

0.00331

0.00317 0.0030*

0.00292

0.00282

0.0922

0.0892

0.0862

0.0932

0.0802

0.0772

0.07*3

0.0713

.0685 0.0656

0.0629

0.0601 0.057* 0.05*6

0.0519

0.0*6*

0.0*37 0.0*09

0.0381

0.035*

0.0331 0.199

0.195 0.0176

0.01*3

0.0131 0.012*

0.0120 0.0117

0.0115

0.O113

0.0113

0.0112 0.0112

0.0112

0.0112

0.0113

0.0113 0.011*

0.0116

0.0117

0.0119

0.0121 0.0123

0.0125

0.0127 0.0129

0.0131

0.0133

0.0135

9.62

8.91

.79 .796

.803

.810 .818

.826

.859

.876 .89*

.911

.92 9

0.00363

0.00351

. 3* 2 0.0033*

. 32 6 0.00318

0.00310 0.00301

. 29 2 0.00282

0.00272

0.00261

. 25 0.00238 0.00226

0.00198 0.00192 0.0016*

0.001*2

0.0011* 0.0006*2

0.00000769

0.00000739 0.00093*

0.00170 0.00227

0.00275 0.00319

0.00360 0.00399 0.00*36

0.00*72

0.00508 0.005*3

0.00578 0.00613

0.006*8 0.00693

0.00752

0.00922

. 89 3 0.0096*

0.010*

0.0111

0.0118

0.0125

0.0133

0.01*0

l.*6163

l.*5532 l.**877

l.**197

l.*3*95 l.*2771

l.*2026

l.*1260

l.*0*72 1.39659

1.38819 1.379*9

1.370*5 1.36099

1.35105

1.32923

1.3169*

1.3032*

1.29730 1.26713 1.23*1*

1.16080

1.16088

1.08987 1.07383

1.06606

1.06077

1.05677 1.05356

1.05089

1.0*860

1.0*66 1.0**83

1.0*325

1.0*182

1.0*051

1.03931

1.03921

1.03623

1.03*50 1.03296

1.03159

1.03035

1.02923

1.02820 1.02725

1.02637 1.02556

1.02*80

1.02*10

2.03

1.99

1.95 2.01

2.13

3.68

263.0 257.0

1.03

1.00 0.972

0.950 0.931

0.91*

0.900 0.987

0.865

0.8*7 0.833

0.821

0.810 0.802

0.79*

0.788

0.7 82 0.777

0.773

0.769

*80.0 *90.0

500.0

510.0 520.0

530.0

5*0.0

550.0 560.0

570.0

580.0

590.0

600.0

700.0

800.0

900.0

1000.0 1500.0 2000.0 2500.0

3000.0

3500.0

3 086 100

3 00* 103

2 928 106

2 855 109

2 78 7 112

2 722 11*

2 660 117

2 601 120

2 5*5 123

2 *92 125

2 **1 126

2 392 131

2 3*5 13*

2 300 136

2 257 139

2 216 1*2

2 176 1**

2 138 1*7

1 821 17*

1 588 201

1 *10 229

1 268 257 8*68 *09 6366 573 5102 7*0 *258 908 3653 1070

*80 .0

*92.

*93. *93.

*9*. *9*.

*95.

*95.

500.

500. 500.

*98. *97.

*97.

*96.

0.00272

0.00263 0.00255

0.002*7

0.002*0 0.00233 0.00226

0.0022C 0.00215

0.00210

0.00205

0.00200 0.00195

0.00191 0.00187

0.00183

0.00179

0.00176

0.001*7 0.00127

0.00112

0.00100 0.000662

0. 000*96

0.00 0397 0.000331

0. 00023*

0.0137 0.0139

0.01*1 0.01*3

0.01*6

0.01*8 0.0150

0.0152

0.015*

0.0156 0.0159

0.0160 0.0162

0.016*

0.0166

0.0168

0.0170

0.0172

0.0191

0.0210 0.0229

0.0163

0.0171 0.0179

0.0167 0.0196

0.020*

0.0 212 O.0221 0.0229

0.0 2 38

0.02*7 0.0256

0.026*

0.02 7* 0.0283

0.0292

0.0301

0.0311

0.0*10 0.0519

0.0 6 35 0.0759

1.023*3

1.02281

1.02222 1.02167

1.0211*

1.02065

1.02018

1.01973

1.01930 1.01889

1 . 1 85 1.01813

1.01777 1.017*3

1.01710

1.01679

1.016*8 1.01619

1.01378

1.01201 1.01066

1.00958

0.765

0.762

0.7 59 0.757 0.75*

0.752

0.750 0.7*8

0.7*7

0.7*5

0.7*2

0.7*1

0.7*0 0.738 0.737

0.736

0.735 0.728

0.723

THO-PHASE BOUNDARY
5J0 P3IA ISOBA

1IC PROPERTIES OF NITROGEN

120.0 125.0

130.0

135.0

1". 0.0

11.5.0 150.0 155.0

160.0

165.0

i?o.o 175.0

190. 200.

205.

210.

215. 220.

245.0

250.0

255.0

260.0

265.0

270.0

275.0 260.0

285.0

290.0

255.0 300.0

310.0

320.0

330.0 340.0

350.0

360. D 370.0

360.0

350.0

400.

1.10.0 420.0

1.30.0 440.0

".50. D 460.0

".70.0 >>60.0 490.0

500.0

510.0 520.0

530.0

540.0

550.0

560.0

570.0

580.0 590.0 600.0

700.0

800.0 900.0

1000.0

1500.0 2000.0

2500.0

3000.0 35D0.0

VOLUME ISOTHERM

OEiill/ATIXt CU FT/.

6

CU FT-PSIA/L

. 01865 1730.0

0. 01686 1510.0 0.01913 13 30.0 0.01939 1180.0 0.01967 1050.0 0.01397 946.0 0.02029 850.0 0.02063 764.0

0. 02093 686.0 0.02138 615.0 0.02180 550.0 0.02225 489.0 0.02274 432.0 0.02328 379.0 0.02368 329.0 0.02531 236.0

0. 02o20 193.0 0.02723 151.0 0.02665 109.0 0.03061 67.9

0. 03435 25.0 0.08253 9.39 0.1012 20.7 0.1136 29.0 0.1236 35.8 0.1324 41.9 0.1404 47.3

.1477 52.3 0.1547 57.0 0.1613 61.3 0.1676 65.5 0.1736 69.5 0.1797 73.3 0.1854 76.9 0.1310 80.5 0.1965 83.9 0.2072 90.5 0.2175 96. B 0.2276 103.0 0.2374 109.0 0.2470 114.0 0.2565 120.0 0.2658 125.0 0.2749 131.0 0.2640 136.0 0.2930 141.0 0.3019 146.0 0.3107 151.0 0.3194 156.0 0.3281 160.0 0.3367

0.3452

0.3538

0. 3622 0.3706

0.3730 0.3674

0.3957

0.4040

0.4122

0.4450

0.4532 0.4613

0.5417 0.6209

0.6995

0. 7776 1.165 1.549

1.333 2.316

2.699

165.0 170.0

174.0

179.0

164.0 168.0

193.0

197.0

202.0

206.0

210.0 215.0

219.0

223.0 228.0

232.0

274.0

590. 783.

975.

1170. 1360.

ISOCHOPE INTERNAL ENTHALPY

ItRIl/ATItfE ENERGY PSia/R OTU/LB 3TU/L3

223.0 -62.18 -60.45 203.0 -59.82 -58.07

166.0 -57.44 -55.66

171.0 -55.05 -53.25

153.0 -52.66 -50.84

146.0 -50.27 -43.42 136.0 -47.87 -45.99

126.0 -45.47 -43.56

117.0 -43.05 -41.10

108.0 -40.61 -33.63

100.0 -38.15 -36.13

93.0 -35.65 -33.59

65.9 -33.12 -31.01

79.3 -30.53 -28.37

72.8 -27.88 -25.57 60.6 -22.32 -19.98 54.6 -19.36 -16.93 48.6 -16.21 -13.63

19.74

24.47

27.34 29.59

31.52 33.25

34.85

37.75

39.10

40.40 41.66

42.88

44.06 45.25

47.53 49.74

51.90

54.01 56.09 58.13

60.15

62.15

64.13

66.10 68.05

69. 9B 71.91 73.83

75.73 77.63 79.52

81.41 83.29 85.16

87.03

88.89 90.75

92.61 94.46

96.31 98.15

100.0

101.8 103.7

122.0

0.509

0.33 5 0.251

0.20 0.167

0.143

158.

177. 273.0

3 76.2

27.38

33.94

37.35

41.04 43.78

46.25

43.52

50.66 52.68

54.62 56.49

53.29 60.05

61.77 63.45

65.72 69.53

72.97 75.93

76.36

81.68

84.76 87.61 90.43

93.23

109.6

112.3 114.9

117.6

120.3

122.9

125.5

126.2

130.8

133.4

136.0 136.6

141.2 143.3 146.4

172.1 197.7 223.3

246.9

380.3 519.7

0.6017

0.6212

0.5400 0.6582

0.6758

0.6923 0.7092

0.7252

0.7409

0.7560 0.7709

0.7856

0.8002 0.8146

0.6250 0.8562

0.8733

0.8669

0.9058

0.9250

0.9516

1.072

1.100

1.117

1.130

1.141 1.151

1.155 1.168

1.175

1.182

1.189 1.195

1.202

1.207 1.213

1.224

1.234 1.243

1.252

1.261 1.269

1.277 1.285

1.292 1.299

1.306

1.313 1.319 1.325

1.331 1.337

1.343

1.349

1.370 1.375

1.380

1.389 1.394

1.396

1.511

1.536 1.645

1.725

1.789

.2531 .2546

.2529

.2496

.2459

.2422

.'388

.2359

.2334 .2313

.2235

.2231 .2269

.2260

.2253 .2244

.2244

.2248 .2256

.2283

.2352

.2472

.2317

.2225

.2159

.2108

.2068 .2035

.2008 .1985

.1965

0..1948

0. .1933

0,,1920

0,. 1909

0,,1899

,1882

0.,1668

0.,1857

0.,1847

0.,1840

0,,1833

0. 1828

0. 1823

0. 1619

0. 1815

0. 1612

0. 1810

0. 1805 0.1803

0.1801

0.1800

0.1799 0.1797

0.1796 0.1795

0.1795

0. 1794 0.1793

0.1793

0.1792

0.1792 0.1792

0.1791

0.1791 0.1794

0.1803

0.1819

0.1841

0.1990 0.2126 0.2226

0.2294

0.2341

CP l/ELOCITY OF SOUND

- * FT/SEC .4744 3878.0 .4794 3630.0 .4817 3427.0 .4827 3254.0 .4635 3100.0

.4845 2960.0

.4661 2831.0 .4667 2708.0 .4923 2590.0

.4972 2476.0

.5036 2364.0

.5116 2254.0 .5215 2145.0

a .5336 2036.0 .5488 1927.0

a .5929 1701.0 .6273 1581.0 .6780 1452.0 .7624 1308.0 .9384 1137.0

l .645 899.3

l .993 592.0 .9416 624.2

.6992 64 9.4 .5852 670.9

a .5175 69 0.0 .4722 707.4

.4396 72 3.5 .4149 738.5 .3956 75 2.6

.3800 766.0 .3671 77 8.8 .3564 791.1

.3472 802.9

.3394 814.3

.3325 825.3

.3213 64 6.3

a .3124 666.2 .3052 885.2

.2993 90 3.3

,2943 92 0.8

0,,2901 937.6

0.,2865 95 3.9

0,,2634 969.7

0,,2807 98 5.1

0,.2783 1000.0

0,.2762 1015.0

0,.2743 1029.0

0..2726 1043.0

0..2711 105 6.0

0..2697 1070.0

0.,2685 1083.0

0.,2674 1096.0

0,,2663 1108.0

0,,2654 1121.0

0,,2645 1133.0

o,,2637 1145.0

0,,2630 1157.0

a,.2623 1169.0

0..2617 1180.0

a. 2611 1191.0

0..2606 1203.0

0. 2601 1214.0

a. 2596 122 5.0

0. 2592 1235.0

a. 2588 124 6.0

0. 2563 134 7.0

0. 2556 143 8.0

0. 2561 1522.0

0. 2575 1599.0

0. 2708 1929.0

0. 2840 2201.0

0. 2937 2442.0

0. 3004 2661.0

0, 3051 2864.0

THO-PHAiE JOUNDARY
500 P5IA ISOBAR

THERMOPHYSICAL PROPERTIES OF NITR03EN

TEMPERATURE DENSITr

OEG. R ua/CJ FT

tf(0H/DVIp V(DP/DUI V

-IMDP/OV) BTJ/LB PSIA-CU FT/BTU PSIA

(OY/OTL/V THERMAL VISCOSITY CONDUCTIVITY

1/OEG. R BTU/FT-HR-R LB/FT-JEC

THERHAL DIELECTRIC

OIFFUSIVITY CONSTANT

SQ FT/MR

120.0 53.63 198.0 16.4 92800 0.00240 .0923 17.9 . 36 3 1.46167 3.32

125.0 52.97 169.0 15.0 90000 0.00253 .0893 15.5 . 35 2 1.45537 3.00 130.0 5 2.28 190.0 14.1 69600 0.00267 .0862 13.8 0.0 342 1.44882 2.77

135.0 51.57 172.0 13.3 60900 0.00291 .0632 12.5 0.0 334 1.44202 2.61

11.0.0 50.61. 16k. 12.6 53600 0.00295 .0802 11.5 0.00326 1.43501 2.50

11.5.0 50.07 157.0 12.1 47400 0.00309 .0772 10.5 0.00318 1.42778 2.36

150.0 1.9.29 150.0 11.5 41900 0.00324 a .0743 9.62 . 31 1.42034 2.27

155.0 1(9.1.6 M.l 11.0 37000 0. 00340 .0714 9.91 0.00301 1.41269 2.20 160.0 1(7.61. 139.0 10.5 32700 0.00357 .0685 9.25 0.0 292 1.40481 2.13

165.0 1.6.76 132.0 10.0 28300 0.0 376 .0657 7.63 0.00292 1.39670 2.08

170.0 1.5.89 127.0 9.53 25200 0.00393 .0629 7. 05 0.00272 1.38831 2.03

175.0 1.1.. 95 121.0 9.07 22000 0.00423 .0601 6.51 0.0 262 1.37963 1.99

160. 1(3.99 115.0 B.61 19000 0.00452 .0574 5.99 . 25 1.37060 1.96

165.0 1.2.96 110.0 8.16 16300 0.00487 .0547 5.51 0.00239 1.36116 1.94

190.0 1.1.39 101.. 7.72 13800 0.00529 .0520 5.05 0.00226 1.35125 1.92 200.0 39.51 91.1. 6.03 9340 0.00649 .0465 4.13 0.00199 1.32950 1.92 205.0 39.16 61.. 6 6.38 7360 0.00742 .0437 3.77 0.00183 1.31727 1.95

210.0 36.66 77.1 5.90 5530 0.00879 a .0410 3.36 0.00165 1.30366 2.00

215.0 31.. 90 68.7 5.38 3820 0.0111 .0382 2.94 0.00143 1.28799 2.11

220.0 32.67 58.6 4.77 2220 0.0160 .0355 2.49 0.00116 1.26906 2.37

225.0 29.11 44.7 3.91 727 0.0368 .0332 1.93 0.000693 1.23674 3.45 230.0 12.12 30.2 2.51 114 0.0661 .0199 0.943 0.000783 1.09431 3.20 235.0 9.880 33.5 2.51 204 0.0291 .0149 0.799 0.00159 1.07643 1.83

21.0.0 8.606 36.3 2.51 255 0.0192 .0134 0.796 . 21 7 1.06793 1.48

21.5.0 6.091 38.8 2.50 290 0.0151 a .0126 0.791 0.00266 1.06229 1.31 250.0 7.551. 1.1.1 2.50 316 0.0126 0121 0.761 0.0 310 1.05807 1.20 255.0 7.125 1.3.3 2.49 337 0.0109 .0113 0.784 0.00350 1.05471 1.13 260.0 6.769 1.5.1. 2.49 354 0.00963 .0116 0.78 a 0.00389 1.05192 1.08 265.0 6.1.6* 1.7.1. 2.46 368 0.00875 .0114 0.793 . 42 6 1.04955 1.04 270.0 6.199 1.9.3 2.49 380 11 0.00802 .0113 0.799 0.00462 1.04748 1.00 275.0 5.965 51.2 2.47 391 0.00742 .0113 0.805 0.00437 1.04566 0.977

260.0 5.755 53.1 2.47 400 0.00692 .0112 0.812 0.00S32 1.04403 0.954

265.0 5.566 5i(.9 2.46 408 0.00649 a .0112 0.620 0.00567 1.04256 0.935

290.0 5.393 56.7 2.46 415 0.00613 0113 0.827 0.00602 1.04122 0.918

295.0 5.231. 58. * 2.45 421 0. 00581 .0113 0.835 0.00636 1.03999 0.903

300.0 5.089 60.1 2.45 427 0.00553 0113 0.843 0.00671 1.03885 0.890

310.0 4.826 63.5 2.44 437 0.00506 0115 0.860 0.00740 1.03683 0.668

320.0 4.597 66.8 2.43 445 0.00468 0116 0.877 0.00809 1.03506 0.349

330.0 4.394 70.0 2.42 452 a 0.00436 a 0118 0.89 5 0.00879 1.03349 0.9 34

3 40.0 It. 212 73.2 2.41 458 a 0.00409 0120 0.913 0.00949 1.03209 0.822

350.0 4.048 76.3 2.40 463 0.00386 0121 0.930 0.0102 1.03083 0.812

360.0 3.899 79.1. 2.39 468 0.00366 0123 0.948 0.0103 1.02968 0.903

370.0 3.763 82.1. 2.39 471 0.00348 0125 0.966 0.0116 1.02863 0.795

390.0 3.637 85.1. 2.39 475 0.00332 0127 0.984 . 1 24 1.02766 0.789

390.0 3.521 89.1. 2.37 478 0.00317 0129 1. 00 0.0131 1.02677 0.783 400.0 3.1(13 91.1. 2.36 481 0.00305 0131 1.02 0.0138 1.02594 0.7 78 1(10.0 3.313 94.3 2.36 483 0.00293 a 0133 1.04 0.0146 1.02517 0.773

1.20.0 3.219 97.2 2.35 465 0.00282 0135 1.06 0.O153 1.02445 0.769

430.0 3.131 100.0 2.34 487 0.00272 0139 1.07 0.0161 1.02378 0.7 66

1.1.0.0 3.01(8 103.0 2.34 489 0.00263 0140 1. 09 0.0169 1.02314 0.763

1.50.0 2.970 106.0 2.33 490 0.00255 0142 1.11 0.0177 1.02255 0.760

1.60.0 2.696 109.0 2.33 492 0.00247 0144 1.13 0.0185 1.02198 0.757

1.70.0 2.827 111.0 2.32 493 0.00240 0146 1.14 0.0193 1.02145 0.755

(80.0 2.761 114.0 2.32 494 0.00233 0148 1.16 0.0201 1.02095 0.753

1(90.0 2.698 117.0 2.32 495 0.00227 0150 1.18 0.0209 1.02047 0.751 500.0 2.638 120.0 2.31 496 O.D0221 0152 1.19 0.0218 1.02001 0.7 49 510.0 2.561 123.0 2.31 497 0.00215 a 0154 1.21 0.0226 1.01958 0.747 520.0 2.52 7 125.0 2.30 498 0.00210 0156 1.23 0.0 2 35 1.01916 0.745

530.0 2.1.75 129.0 2.30 499 0.00205 0158 1.24 0.0243 1.01877 0.744

51(0.0 2.1(26 131.0 2.30 500 0.00200 0160 1.26 0.0 2 52 1.01839 0.742

550.0 2.379 134.0 2.29 500 0.00195 0162 1.28 0.0261 1.01803 0.741

560.0 2.333 136.0 2.29 501 0. 00191 0164 1.23 0.0 2 70 1.01768 0.740 570.0 2.299 139.0 2.29 501 0.00187 0166 1.31 0.0279 1.01734 0.739

560.0 2.21(7 11.2.0 2.29 502 0. 00183 0168 1.33 0.O268 1.01702 0.738

590.0 2.207 144.0 2.29 502 0.00179 0170 1.34 0.0297 1.01672 0.736

600.0 2.169 147.0 2.29 503 0.00176 0172 1.36 0.0306 1.01642 0.735 700.0 1.91.6 174.0 2.25 506 0.00147 0191 1. 51 0.0405 1.01397 0.728

600.0 1.610 201.0 2.22 507 0.00127 0211 1.65 0.0511 1.01218 0.723

900.0 1.1(30 229.0 2.18 506 0.00112 0229 1.79 0.0626 1.01081 0.719

1000.0 1.296 257.0 2.15 508 0.00100 0246 1.92 0.0749 1.00972 0.717 1500.0 0.8587 409.0 1.96 507 0.000662

2000.0 0.61.55 573.0 1.62 506 0.000496

25 0.0 0.5171. 740.0 1.74 505 a 0.000397

3000.0 0.4318 909.0 1 .68 504 0. 000331 3500.0 0.3705 1070.0 1.65 503 0.000284

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF NITROGEN

510 P5IA IS3BAR

EMPERATURE VOLUME ISOTHERM DERIVATIVE ISOCHGRE

DERIVATIVE

INTERNAL ENERGYENTHALPY ENTROPY CV CP VELOCITY

OF SOUND

DEC. « CU FT/li3 CU FT-PSIA/LB PSIA/P 8TU/LB 9TU/LB BTU/LB-R BTU 1 LB -R FT/SEC

120.0 0.01665 1730.0 223.0 -62.19 -60.43 0.6016 0. 2533 0.4743 3878.0 125.0 . 01688 1510.0 203.0 -59.83 -53.04 0.6211 0.2549 0.4792 3630.0

130.0 0. 01912 1330.0 186.0 -57.45 -55.64 0.6399 0.2531 0.4815 3428.0

135.0 0.01939 1180.0 171.0 -55.06 -53.23 0.6581 0.2498 0.4825 3254.0

11.0.0 0.01967 1060.0 155.0 -52.67 -50.32 0.6757 0.2460 0.4833 3101.0

145.0 0.01997 947.0 146.0 -50.28 -43.40 0.6927 0.2424 0.4843 2962.0

150.0 0.02028 851.0 13o.O -47.89 -45.97 0.7091 0.2390 0.4659 2832.0

155.0 D. 02362 766.0 126.0 -45.49 -43.54 0.7251 0.2360 0.4884 2709.0

16C.0 0.02093 686.0 117.0 -43.07 -41.09 0.7406 0.2335 0.4920 2 59 2.0 165.0 0.02137 617.0 108.0 -40.63 -36.62 0.7558 0.2314 0.4969 2478.0

170.0 0.02173 552.0 100.0 -38.17 -36.12 0.7708 0.2296 0.5032 2366.0

175.0 0.02224 491.0 93.1 -35.68 -33.58 0.7655 0.2282 0.5111 2257.0

160.0 0.02273 434.0 86.1 -33.15 -31.00 0.8000 0.2270 0.5208 2148.0

165.0 0.02325 381.0 79.4 -30.57 -28.37 0.B144 0.2261 0.5329 2040.0

190.0 0.02386 331.0 73.0 -27.92 -25.67 0.8288 0.2253 0.5478 1931.0 200.0 0.02528 239.0 60.6 -22.38 -U.99 0.8579 0.2244 0.5911 1706.0 205.0 0.02617 195.0 54.6 -19.43 -16.96 0.8729 0.2244 0.6246 1587.0 210.0 0.02723 153.0 48.9 -16.29 -13.72 0.3685 0.2247 0.6736 1 45 9 . 215.0 0.02853 112.0 42.7 -12.87 -10.17 0.9052 0.2257 0.7541 1317.0 220.0 0.03047 71.0 36.0 -8.939 -6.061 0.9241 0.2280 0.9168 1150.0 225.0 0.03392 29.0 27.6 -3.642 -0.4391 0.9494 0.2341 1.491 925.1 230.0 0.0 7463 6.50 8.51 17.80 24.35 1.060 0.2520 2.697 588.5

235.0 0.09627 18.7 6. 12 23.66 32.75 1.094 0.2342 1.041 621.0

21.0.0 0.1092 27.4 5.16 26.77 37.08 1.113 0.2242 0.7399 64 6.9

2 45.0 0.1134 34.5 4.57 29.13 40.41 1.126 0.2172 0.6083 668.8 250.0 0.1233 40.7 4.14 31.14 43.25 1.136 0.2119 0.5329 688.3 255.0 0.1363 46.2 3.81 32.91 45.78 1.146 0.2077 0.4333 705.9 260.0 0.1436 51.3 3.55 34.54 43.11 1.157 0.2043 0.4481 72 2.2 265.0 0.1506 56.1 3.33 36.0 6 50.28 1.165 0.2014 0.4217 737.4

270.0 0.1571 60.5 3.15 37.49 52.33 1.173 0.1990 0.4011 751.6

275.0 0.1634 64.7 2.99 38.86 54.30 1.180 0.1970 0.3846 765.2

21)0.0 0.1695 68.7 2.85 40.18 56.18 1.187 0.1952 0.3711 77 8.1 285.0 0.1754 72.6 2.73 41.45 53.01 1.193 0.1937 0.3598 790.4

290.0 0.1810 76.3 2.62 42.69 59.79 1.199 0.1924 0.3503 802.3

295.0 0.1666 79.9 2.52 43.89 61.52 1.205 0.1912 0.3421 813.8 300.0 0.1920 63.4 2.43 45.07 63.21 1.211 0.1901 0.3350 824.8

310.0 0.2026 90.0 2.27 47.37 66.50 1.222 0.1884 0.3233 846.0

320.0 0.2127 96.4 2.14 49.59 63.68 1.232 0. 1870 0.3140 866.0 330.0 0.2226 102.0 2.02 51.76 72.78 1.241 0.1856 0.3066 685.1

3 ".0.0 0.2323 108.0 1.92 53.86 75.82 1.251 0.1849 0.3005 903.3

350.0 0.2418 114.0 1.63 55.96 78.80 1.259 0.1841 0.2954 92 0.8 360.0 0.2511 120.0 1.75 58.02 81.73 1.267 0.1834 0.2911 937.7

370.0 0.2602 125.0 1.66 60.04 84.62 1.275 0.1829 D.2874 954.1

3S0.0 0.2693 130.0 1.61 62.05 67.48 1.283 0.1824 0.2842 969.9

390.0 0.2782 136.0 1.55 64.0 3 90.31 1.290 0.1820 0.2814 98 5.3 400.0 0.2870 141.0 1.50 66.00 93.11 1.297 0.1816 0.2790 100O.0

410. 0.2957 146.0 1.45 67.96 95.89 1.304 0.1813 0.2768 1015.0

420.0 0.3044 151.0 1.40 69.90 96.64 1.311 0.1810 0.2749 1029.0 430.0 0.3130 155.0 1.36 71.83 101.4 1.317 0.1808 0.2 7 31 1043.0

440.0 0.3215 160.0 1.32 73.74 104.1 1.324 0.1806 0.2716 1057.0

450.0 0.3300 165.0 1.26 75.65 106.3 1.330 0.1804 0.2702 1070.0

460.0 0.3384 170.0 1.24 77.56 109.5 1.336 0.1802 0.2689 1083.0

470.0 0.3467 174.0 1.21 79.45 112.2 1.341 0.1801 0.2678 1096.0

460.0 0.3550 179.0 1.18 61.34 114.9 1.347 0.1799 0.2667 1109.0 490.0 0.3633 164.0 1.15 83.22 117.5 1.353 0.1798 0.2657 1121.0

500.0 0.3715 188.0 1.12 65.0 9 123.2 1.356 0.1797 0.2649 1133.0 510.0 0.3797 193.0 1.09 86.96 122.8 1.363 0.1796 0.2640 1145.0

520.0 0.3879 197.0 1.07 88.83 125.5 1.368 0.1795 0.2633 1157.0 530.0 0.3960 202.0 1.04 90.69 128.1 1.373 0. 1794 0.2626 1169.0

540.0 0.4042 206.0 1.02 92.55 130.7 1.378 0.1794 0.2620 1181.0

550.0 0.4122 210.0 1.00 94.40 133.3 1.363 0.1793 0.2614 119 2.0 560.0 0.4203 215.0 0.978 96.25 135.9 1.368 0. 1793 0.2608 1203.0 570.0 0.4283 219.0 0.95 8 98.10 138.5 1.392 0.1792 0.2603 1214.0

560.0 0.4363 223.0 0.93 9 99.9 141.1 1.397 0.1792 0.2599 122 5.0 590.0 0.4443 228.0 0.92 101.6 143.? 1.401 0.1792 0.2594 1236.0

600.0 0.4523 232.0 0.903 103.6 146.3 1.406 0. 1792 0.2590 1247.0

700.0 0.5312 274.0 0.760 121.9 172.1 1.445 0.1794 0.2564 1347.0 600.0 0.6089 315.0 0.65 7 140.2 197.7 1.479 0.1603 0.2557 1436.0 900.0 0.6860 355.0 0.58 156.5 223.3 1.510 0.1820 0.2562 1522.0 1000.0 0.7626 395.0 0.519 176.9 243.9 1.537 0. 1841 0.2576 1600.0

1500.0 1.142 590.0 0.342 273.0 380.8 1.643 0. 1991 0.2708 192 9.0 2000.0 1.519 783.0 0.256 376.2 519.7 1.723 0.2128 0.2841 2201.0

2500.0 1.395 976.0 0.204 485.3 664.3 1.788 0.2226 0.2937 2442.0

30 00.0 2.271 1170.0 0.170 598.4 812.9 1.842 0.2294 0.3004 2661.0

3500.0 2.64 7 1360.0 0. 146 714.4 964.4 1.889 0.2341 0.3051 2864.0

THO-PHASE BOUNDARY
510 P3IA ISOBAR

THERHOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE DENSITT

OEG. R LB/CU FT

1/CDH/Ol/) V(OP/DU> r -V(OP/OV>

BTU/Lfl PSIA-CU FT/BTU PSIA

[M/ari/f THERMAL VISCOSITY P CONDUCTIVITY

1/OEG. R 3TU/FT-HR-R L8/FT-SEC

THERMAL DIELECTRIC

OIFFUSIVITY CONSTANT

SQ FT/HR

130.0 53.63 198.0 16.4 93900.0 .00240 .0923 18.0 .00363 1.46173 3.32

125.0 52.98 169.0 15.0 60100.0 .00353 .0893 15.5 .00352 1.45543 3.00 130.0 52.29 160.0 14.1 69700.0 00367 .0863 13.6 .00343 1.44889 2.77 135.0 51.58 173.0 13.3 61000 .0 00280 .0632 13.5 .00334 1.44210 2.61 140.0 5 0.81. 164.0 12.6 53700.0 00294 .0802 11.5 .00327 1.43510 2.50

11.5.0 50.08 157.0 13.1 47400.0 00306 .0773 10.5 a .00319 1.42788 2.36

150.0 1.9.30 150.0 11.5 42000.0 00323 .0743 9.63 .00310 1.43045 2.27

155.0 1(8.<(9 144.0 11.0 37100.0 00339 .0714 8.93 a .00302 1.41281 2.20 160.0 1(7.66 138.0 10.5 33800.0 00356 .0686 8.26 .0 0292 1.40495 2.13

165.0 1.6.79 133.0 10.0 28900.0 00375 .0657 7.64 .00283 1.39685 2.08

170.0 1.5.90 137.0 9.53 25300 .0 00397 .0630 7.06 .00373 1.33848 2.0 3 175.0 1(1(.97 121.0 9.07 22100.0 00422 .0602 6.52 .00262 1.37983 1.99

180.0 1.1. . 00 116.0 8.62 19100.0 00451 .0575 6.01 .00251 1.37081 1.96

165.0 1(2.99 11O.0 8.17 16400.0 00485 .0548 5.52 .00239 1.36140 1.93

190.0 1(1.91 104.0 7.73 13900 .0 00526 .0520 5.06 .00227 1.35153 1.92

300.0 39.55 91.7 6.65 9430.0 00644 .0466 4.20 .00199 1.33988 1.92

305.0 36.22 85.0 6.39 7460.0 00735 .0439 3.78 .00184 1.31774 1.94 310.0 36. 72 77.6 5.92 5630.0 00863 .0411 3.38 .0016 6 1.30435 1.99

215.0 31.. 99 69.3 5.40 3920.0 0109 .0383 3.96 .00145 1.28869 2.10 320.0 32.82 59.4 4.61 2330.0 0154 .0357 3.52 .00118 1.26933 2.33 335.0 39.1(8 46.2 4.00 855.0 0322 .0333 1.98 .000757 1.33998 3.30 230.0 13.39 29.6 2.52 87.1 0977 .0216 0.878 .000553 1.10 456 4.33

235.0 10.39 33.1 2.52 195.0 0315 .0155 0.811 .00143 1.08047 1.96

240.0 9.162 35.9 2.51 351.0 0306 0136 0.794 .00203 1.07074 1.54 245.0 8.375 38.5 2.51 289.0 0158 .0129 0.788 .00253 1.06453 1.34 250.0 7.796 40.8 2.51 317.0 0131 .0123 0.787 . 29 7 1.05997 1.22 255.0 7.339 43.0 2.50 339.0 0112 .0120 0.786 .00 337 1.05639 1.15 260.0 6.962 45.1 2.50 357.0 00993 0117 0.792 .00376 1.05343 1.09 365.0 6.61.1 47.1 2.49 372.0 00895 .0116 0.797 .00413 1.05093 1.05 270.0 6.361. 49.1 2.48 385.0 00817 0114 0.802 .00448 1.04876 1.01

275.0 6.119 51.0 2.48 396.0 00755 .0114 0.809 .00483 1.04685 0.985

380.0 5.90 53.8 3.47 406.0 00702 0113 0.815 518 1.04515 0.961

335.0 5. 703 54.6 3.47 414.0 00659 .0113 0.83 3 00552 1.04362 0.941

390.0 5.523 56.4 3.46 421.0 00621 0113 0.830 586 1.04223 0.923

395.0 5.359 58.3 2.46 428.0 00588 0114 0.838 00620 1.04095 0.908

300.0 5.208 59.9 2.45 434.0 00559 0114 0.846 00654 1.03978 0.894

310.0 4.937 63.3 2.44 444.0 00511 .0115 0.862 00722 1.03766 0.871

330.0 it. 700 66.6 2.43 453.0 00472 0117 0.879 790 1.03585 0.852

330.0 Aj.<|91 69.8 2.42 460.0 00439 0118 0.89 7 00859 1.0 342 4 0.837

340.0 K.305 73.0 2.41 466.0 00412 0120 0.914 00938 1.03260 0.824

350.0 4.136 76.1 2.40 472.0 00388 .0122 0.932 0100 1.03150 0.313

360.0 3.983 79.3 2.40 476.0 00367 0124 0.95 0107 1.03032 0.804

370.0 3.81.3 83.3 3.39 46 0.0 00343 .0126 0.968 0114 1.03934 0.796

360.0 3.7H 85.3 3.36 4S4.0 00333 II 0128 0.986 0131 1.0 282 5 0.790 390.0 3.595 88.3 3.37 487.0 00313 0130 l.OO 0128 1.02734 0.784

1.00.0 3.484 91.2 3.37 490.0 00306 0132 1.02 0135 1.02649 0.779

1.10.0 3.381 94.2 3.36 492.0 00294 0134 1.04 .0143 1.02570 0.774

1.20.0 3.285 97.1 3.35 495.0 00283 0136 1. 06 0150 1.02496 0.770

1(30.0 3.195 100.0 2.35 497.0 00273 0138 1.07 0158 1.02427 0.767

1.1.O.O 3.110 103.0 2.34 496.0 00264 0140 1.09 0166 1.02362 0.763

1*50.0 3.031 106.0 2.34 500 .0 00256 0143 1.11 0173 1.02301 0.760

1.60.0 2.955 109.0 2.33 502.0 00246 0144 1.13 0181 1.02244 0.758

1.70.0 3.884 111.0 2.33 503.0 00240 a 0146 1.14 0189 1.02189 0.7 55

1(80.0 3.617 114.0 2.32 504.0 00234 0143 1. 16 0197 1.02137 0.753

1(90.0 3.752 117.0 2.32 505.0 00227 0150 1.18 0305 1.02088 0.751

500.0 2.691 120.0 2.32 506.0 00221 0152 1.20 0313 1.02042 0.749

510.0 2.633 123.0 2.31 507.0 00215 0154 1.21 0223 1.01997 0.7 47 520.0 2.578 125.0 2.31 508.0 00210 0156 1.23 0230 1.0 195 5 0.746

530.0 2.535 128.0 2.30 509.0 00205 0153 1.25 0239 1.01914 0.744

51.0.0 2. 474 131.0 3.30 510.0 00200 016 1.36 0247 1.01876 0.743

550.0 2.426 134.0 2.30 510.0 00196 0162 1.28 0256 1.01839 0.?41 560.0 3.373 136.0 2.29 511.0 00191 0164 1.29 0365 1.01303 0.740

570.0 2.335 139.0 2.29 511.0 00187 0166 1.31 0273 1.01769 0.739

580.0 2.292 143.0 2.29 512.0 00183 0168 1.33 0283 1.01737 0.738

590.0 3.251 144.0 3.38 512.0 00180 0170 1.34 0291 1.01705 0.737

600.0 2.211 147.0 2.28 513.0 00176 0172 1.36 0301 1.01675 0.7 36 700.0 1.883 174.0 2.25 516.0 00147 0192 1.51 0397 1.01425 0.728

800.0 1.642 301.0 2.22 517.0 00127 0211 1.65 0503 1.01242 0.723 900.0 1.45 8 229.0 2.19 518.0 00112 0339 1.79 0614 1.01102 0.720 1000.0 1. 311 257.0 2.15 516.0 00100 0343 1.92 0735 1.0 0991 0.717

1500.0 0.3756 409.0 1.96 517.0 000662

2000.0 0.6583 573.0 1.83 516.0 00 0436 2500.0 0.5376 740.0 1.74 515.0 000337

3000.0 0.4403 908.0 1.68 514.0 000331 3500.0 0.3778 1070.0 1.65 513.0 000234

TUO-PHASE 30UNDARY
THERMODYNAMIC PROPERTIES OF NITROGEN

520 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM DERIVATIVEISOCHORE DERIVATIVE

INTERNAL

ENERGY ENTHALPY ENTROPY CV CP VELOCITY

OF SOUND DEC R CU FT/.B CU FT-PSIA/LB PSIA/R BTU/LB BTU/L9 BTU/L8-R BTU / LB -R FT/SEC

120.0 0.01364 1730.0 223.0 -62.20 -60.40 0.6015 0.2535 0.4742 3 87 7.0 125.0 0.01887 1510.0 203.0 -59.84 -58.02 0.6210 0.2551 0.4791 3630.0

130.0 0.01912 1330.0 188.0 -57.46 -55.62 0.6398 0. 2533 0.4813 3428.0

135.0 0.01933 1190.0 171.0 -55.08 -53.21 0.6580 0.2500 0.4824 3255.0

11.0.0 0.01966 1060.0 158.0 -52.69 -50.79 0.6756 0.2462 0.4831 3102.0 its.o 0.01995 919.0 146.0 -50.30 -48.38 0.6925 0.2425 0.4841 2963.0

150.0 0.02029 853.0 136.0 -47.91 -45.95 0.7090 0.2391 0.4856 2833.0

155.0 0.02062 767.0 126.0 -45.50 -43.52 0.7249 0.2362 0.4881 2711.0

160.0 0.02098 690.0 117.0 -43.09 -41.07 0.7405 0.2336 0.4917 2594.0

165.0 0.02136 619.0 108.0 -40.66 -39.60 0.7557 0.2315 0.4965 2480.0

170.0 0.02173 551.. 101.0 -38.20 -36.10 0.7706 0.2298 0.5027 2369.0

175.0 0.02223 493.0 93.2 -35.71 -33.57 0.7653 0.2283 0.5106 2260.0

180.0 0.02271 1.36.0 86.2 -33.18 -30.99 0.7993 0.2271 0.5202 2151.0

185.0 0.02325 383.0 79.5 -30.60 -28.36 0.8142 0.2261 0.5321 2043.0

190.0 0.0238". 333.0 73.2 -27.96 -25.67 0.8286 0.2254 0.5468 193 5.0 200. 0.02526 241.0 61.0 -22.44 -20.01 0.8576 0.2245 0.5893 1711.0 205.0 0.02613 198.0 55.0 -19.50 -16.98 0.8725 0.2244 0.6219 1593.0 210.0 0.02718 156.0 49.1 -16.38 -13.76 0.8881 0.2247 0.6694 1466.0 215.0 0.02851 115.0 43.0 -12.99 -10.24 0.3046 0.2256 0.7462 1327.0 220.0 0.03031. 74.1 36.4 -9.114 -5.192 0.9233 0.2277 0.8973 116 3.0 225.0 0.03355 32.9 28.3 -4.035 -0.8053 0.9475 0.2332 1.377 948.4

230.0 0.061.90 3.73 10.1 14.87 21.12 1.043 0.2573 5.161 58 8.8 235.0 0.09131 16.7 6.55 22.77 31.56 1.086 0.2366 1.166 618.0

2 ".0.0 0.101.8 25.8 5.44 26.16 36.26 1.108 0.2260 0.7862 644.4

245.0 0.1153 33.1 4.77 26.66 39.77 1.123 0.2186 0.6337 666.3

250.0 0.121.3 39.5 4.31 30.74 42.71 1.135 0.2130 0.5493 686.6

255.0 0.1323 45.1 3.95 32.57 45.31 1.145 0.2086 0.4950 704.5

260.0 0.1397 50.3 3.67 34.23 47.68 1.154 0.2051 0.4570 72 0.9 265.0 0.11.66 55.2 3.44 35.78 49.89 1.163 0.2021 0.4287 73 6.3 270.0 0.1531 59.7 3.25 37.23 51.98 1.170 0.1996 0.4069 750.7

275.0 0.1594 63.9 3.08 38.62 53.97 1.178 0.1975 0.3894 764.4 280.0 0.1651. 68.0 2.93 39.95 55.88 1.185 0. 1957 0.3752 777.4

285.0 0.1712 71.9 2.81 41.24 57.73 1.191 0.1941 0.3634 789.8

290.0 0.1768 75.7 2.69 42.49 53.52 1.197 0.1927 0.3534 801.8 295.0 0.1823 79.3 2.59 43.71 61.26 1.203 0.1915 0.3448 813.3

300.0 0.1877 82.8 2.49 44.89 62.97 1.209 0. 1904 0.3374 82 4.5 310.0 0.1981 89.5 2.33 47.20 66.28 1.220 0.1886 0.3253 845.7

320.0 0.2081 95.9 2.19 49.44 69.48 1.230 0. 1872 0.3157 86 5.8 330.0 0.2179 102.0 2.07 51.62 72.60 1.240 0.1660 0.3080 885.0

3">0.0 0.2271. 108.0 1.97 53.75 75.65 1.249 0.1850 0.3017 90 3.3 350.0 0.2368 114.0 1.87 55.84 78.64 1.257 0.1842 0.2965 92 0.9 360.0 0.21.59 119.0 1.79 57.90 81.53 1.266 0.1836 0.2920 93 7.8 370.0 0.251.9 125.0 1.72 59.93 84.48 1.274 0.1830 0.2882 954.2

380.0 0.2636 130.0 1.65 61.94 8 7.35 1.281 0.1825 0.2850 97 0.1 390.0 0.2726 135.0 1.59 63.93 90.18 1.289 0.1821 0.2821 98 5.5

1.00.0 0.2813 140.0 1.53 65.90 92.99 1.296 0.1817 0.2796 1001.0

1.10.0 0.2899 145.0 1.48 67.86 95.77 1.303 0.1314 0.2774 1015.0

1.20.0 0.2981. 150.0 1.43 69.81 93.54 1.309 0.1811 0.2754 1029.0

1.30.0 0.3068 155.0 1.39 71.74 101.3 1.316 0.1808 0.2736 1043.0

1*1.0.0 0.3152 160.0 1.34 73.66 104.0 1.322 0.1806 0.2721 105 7.0

1.50.0 0.3235 165.0 1.31 75.57 106.7 1.328 0.1804 0.2706 1070.0

1.60.0 0.3317 170.0 1.27 77.48 109.4 1.334 0.1803 0.2693 1084.0

1.70.0 0.3400 174.0 1.24 79.37 112.1 1.340 0. 1601 0.2681 1097.0

1.80.0 0.31.81 179.0 1.20 81.26 114.8 1.346 0.1800 0.2671 1109.0

1.90.0 0.3563 184.0 1.17 83.15 117.5 1.351 0.1798 0.2661 1122.0

500.0 0.361.3 188.0 1.14 85.02 120.1 1.356 0.1797 0.2652 1134.0

510.0 0.3724 193.0 1.12 86.90 122.8 1.362 0.1796 0.2644 1146.0

520.0 0.3801. 197.0 1.09 88.76 125.4 1.367 0.1795 0.2636 1158.0

530.0 0.388". 202.0 1.07 90.63 123.0 1.372 0.1795 0.2629 1170.0

540.0 0.3961. 206.0 1.04 92.49 130.7 1.377 0.1794 0.2622 1181.0 550.0 0.401.3 210.0 1.02 94.34 133.3 1.331 0.1793 0.2616 1192.0 560.0 0.1.122 215.0 1.00 96.19 135.9 1.386 0.1793 0.2611 1204.0

570.0 0.1.201 219.0 0.976 98.04 138.5 1.391 0.1793 0.2606 1215.0 580.0 0.1.230 223.0 0.95 8 99.9 141.1 1.395 0.1792 0. 2601 1226.0 590.0 0.1.358 228.0 0.94 101.7 143.7 1.400 0.1792 0.2596 1237.0 600.0 0.11.36 232.0 0.92 2 103.6 146.3 1.404 0.1792 0.2592 124 7.0 700.0 0.5211 274.0 0.775 121.9 172.1 1.444 0.1794 0.2566 134 8.0 800.0 0.5971. 315.0 0.67 140.1 197.7 1.478 0.1804 0.2558 1439.0 900.0 0.6730 355.0 0.591 158.5 223.3 1.508 0.1820 0.2562 1523.0

1000.0 0.71.31 395.0 0.529 176.9 243.9 1.535 0. 1842 0.2576 1601.0

1500.0 1.120 591.0 0.349 273.0 380.9 1.642 0.1991 0.2709 1930.0 2000.0 1.190 784.0 0.261 376.2 519.7 1.722 0.2128 0.2841 2202.0

25 0.0 1.859 976.0 0.208 485.3 664.3 1.786 0.2226 0.2937 2442.0

3000.0 2.228 1170.0 0.173 593.4 312.9 1.841 0.2294 0.3004 2662.0

3500.0 2.596 1360.0 0.149 714.4 964.4 1.887 0.2341 0.3051 2865.0

THO-PHASE BOUNDARY
520 PSIA isobar

THESMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE OENSITf

DEG. R L3/CU rT

V1DH/OK) «(0?/OUI -VCOP/OV) BTU/LB PSIA-CU FT/6TU PSIA

<dv/oti/i/ thermal viscosity p conductivity

1/deg. r btu/ft-hr-r l6/ft-sec

X 10

120 53 61. 125 .0 52 .98 130 52 30 135 51 59 ltl 50 85

1<»5 50 10 150 .0 ".9 31 155 1.8 50 160 U7 67 165 1.6 81 170 •5 92 175 Ut* 99 ISO .0 »* 02 165 1.3 01 190 1.1 91. 200 39 59 205 38 27 210 36 79 215 a 35 08 ?ec 32 95 225 29 80 230 15 ••1 235 10 95

2<>0 a 9 538

21.5 8 671 250 8 01.6 255 7 558 260 7 158 265 6 821 270 6 530 275 6 271. 280 6 01.6 28S 5 81.1 290 5 655 295 5 1.85 300 5 328 310 5 01.8 320 <> 801. 330 1. -,i j 31.0 A 397

350 k 221. 360 t» Jbo 370 3 923

380 3 791 390 3 669

1.00 3 555

CIO 3 1.50 420 3 352

<>30 3 259

1.1.0 3 173

".50 3 091

1.60 3 Oil. 1.70 2 91.2 ".80 2 872

1.90 2 807 500 2 71.5 510 2 685

520 2 629 530 2 575

51.0 2 523

550 2 1.73 560 2 1.26 570 2 380 580 2 337 590 2 295

198.

190. 181.

172.

161.. 157. 151.

127.0

121.0

116.0

110.0

101.. 92.1

85.1.

97.0 100.0

103.0

106.0

106.0 111.0

114.0 117.0

120.0

122.0 125.0

128.0

131.0

171.. 201.

229. 257.

2.33

2.33

2.32

1500.0

2000.0 2500.0

3000.0

35 0.0

.3926

.6711

.5379

908. 1080.

93100.0

80200.0

69600.0

61100.0

53800 .0 1.7500.0 1.2100.0 37200.0

32900 .0 29000 .0

251.00.0 22200.0

19200.0

16500.0

14000.0

9530.0

7560.0 5730.0

1.030.0

21.1.0 .0 980.0

57.5 183.0

21.6.0 287.0

317.0 3H.0

360.0

376.0

390.0

1.52.0

1.61.0

1.68.0 1.75.0

1.80.0

1.85.0 1.89.0

1.93.0 1.96.0

1.99.0 502.0

501..

510.0

511.0

513.0 5H.

515.0 516.0

517.0

518.0

519.0

520.0

520.0

521.0

522.0

522.0

523.0 523.0

526.0

528.0

528.0 528.0

527.0

526.0

525.0

521..

521..

0.00233

0.00253

0.00266

0. 00280

0.00291. 0.00303

0.00323 0.00335

0.00355

0.00371. 0.00396

0.001.20

0. 001. t.3 0.001.83

0.00521.

0.0061.0 0.00728

0.00857

0.0107 0.0149

0. 0357 0.0221 0.0166

0.0136

0.0116 0.0102

0.00915 0.00833

0.00768 0.00713

0.00668 0.00629

0. 00595 0.00565

0.00516

0.001.76

0.0041.2

0. 00390 0.00369 0.00351

0. 00335 0.0032D

0.00307 0.00295

0.00281.

0.00271. 0.00265

0.00256

0.0021.8

0.0021.1 0.00231. 0.00223

0.00222

0.00216

0.00210 0.00205

0. 00201 0.00196

0.00192

0.00187

0. 00181.

0. 00180 0.00176

0.0011.7 0.00127

0.00112

0.00100 0.000661

0.0001.96

0. 000337 0.000331

0.000281.

0.0923

0.0893 0.0863

0.0833

0.0803

0.0773

0.071.1. 0.0715 0.0686

0.0658

0.0630 0.0603

0.0575

0.051.8 0.0521

0.01.67

.01.1.0 0.01.12

0.0381. 0.0358

0.0331. 0.0265

0.0163

0.011.2 0.0132 0.0126

0.0121

0.0119

0.0117

0.0115

0.0115

0.0111.

0.0111.

0.0111.

0.0111. 0.0115

0.0116

0.0117

0.0119

0.0120 0.0122

0.0121. 0.0126 0.0128

0.0130 0.0132

0.0131. 0.0136

0.0138

0.011.0

.011.8 .0150 .0152

.0151. .0156

.0158

.0160 .0162

.0161. .0166

.0168

.0170 .0172

.0192

.0211 .0230

.021.8

18.0

2.03

0.91.1 0.82 5 0.803

0.795 0.792

0.793

0.79 6 0.800 0.806

0.812

833

81.0 81.8 865

882 899

.916

931. 952

969

987

1.79

1.92

THERMAL DIELECTRIC PRANOTL OIFFUSIKITY CONSTANT NUMBER

SQ FT/HR

. 36 3 1.1.6178 3.33 0.00352 1.1.5550 3.00

0.0031.3 1.1.1.396 2.77

. 33 5 1.1.1.219 2.61

. 32 7 1.1.3519 2.50 0.00319 1.1.2798 2.36 0.00311 1.1.2056 2.27 0.00302 1.1.1293 2.20 0.00293 1.40509 2.13

. 28 3 1.39700 2.08 0.00273 1.38865 2.03 0.00262 1.38001 1.99

0.00251 1.37102 1.96

0.0 21.0 1.36165 1.93 0.00227 1.35180 1.92 0.00200 1.33026 1.91 0.00185 1.31820 .1.93 0.00167 1. 301.81. 1.98

0.0 011.7 1.2891.8 2.08

0.00121 1.27055 2.30

0.000811. 1.21.281 3.01 0.000333 1.12098 6.60 0.00128 1.0 81.9 7 2.12 0.00190 1.07372 1.60

0.0 21+0 1.06686 1.38

0.0 281. 1.06191. 1.25

0.00325 1.05810 1.16 0.00363 1.0 51.9 7 1.1

. 39 9 1.05233 1.06

0.0 01.3 5 1.05006 1.02

0.001.69 1.01.807 0.992

0.00501. 1.01.629 0.968 0.00537 1.01.1.70 0.91.7 0.00571 1.01.325 0.929

0.00605 1.01.193 0.313 0.00638 1.01.071 0.898 0.00705 1.03851. 0.871. 0.00772 1.03666 0.855

0.0081.0 1.03500 0.839 0.00908 1.03351 0.8 26 0.00977 1.03218 0.815

0.0105 1.03096 0.806

0.0112 1.02986 0.798

0.0119 1.02881. 0.791 0.0126 1.02790 0.785

0.0133 1.02703 0.780

0.011.0 1.02623 0.775

0.011.7 1.0251.7 0.771

0.0155 1.021.76 0.767

0.0162 1.021.10 0.7 61.

0.0170 1.0231.8 0.761

0.0178 1.02289 0.758

0.0185 1.02233 0.756

0.0193 1.02180 0.751. 0.0201 1.02130 0.751 0.0209 1.02082 0.750 0.0217 1.02037 0.71.8 0.0226 1.01991. 0.71.6 0.0 2 31. 1.01952 0.71.5 0.021.2 1.01913 0.71.3

0.0251 1.01875 0.71.2 0.0260 1.01839 0.71.0 0.0268 1.0180 1. 0.739

0.0277 1.01771 0.738 0.0286 1.01739 0.737

0.0235 1.01708 0.7 36 0.0390 1.011.53 0.728

0.01.92 1.01266 0.723

0.0603 1.01123 0.720

0.0 7 21 1.01010 0.717

THO-PHASE 30UNDARV
i30 P3IA IS03AK

rHrRMOOYNAHIC PROPERTIES OF NITROGEN

DEG.

120.0 125.0

130.0 135.0

1 <.o.o 1»5.0

150.0

155.0 160.0 165.0

170.0 175.0

160.0

165.0

190.0 200.0

205.0

210.0 215.0

220.0 225.0

230.0

235.0 2k0.0

21.5.0 250.0

255.0

260.0

265.0 270.0

275.0

260.0

285.0

290.0

295.0

300.0

310.0 320.0 330.0

3 40.0

360. 370.

360.

390.

kOO.

1.50.0 1.60.0

1.70.0

1.80.0 1.90.0 500.0

510.0

520.0

530.0

550.0 560.0

570.0 560.0

590.0 600.0

700.0

800.0 500.0

1000.0

1500.0 2000.0 2500.0

3000.0

3500.0

JOLJHE ISOTHERM ISOCHORE INTERNAL ENT3AL°Y DERIVATIVE DERIVATIVE ENERGY

CU FT/.d CU FT-PSIA/LE PSIA/K 3TU/L6 6T J/L3

0. 01361. 171.0.0 223.0 -62.21 -61. 36 0.01387 1520.0 201.0 -59. t>5 -58.00 0.01912 131.0.0 166.0 -57.-7 -55.60

0.01 333 1190.0 171.0 -55.03 -53.13 0.01363 1060.0 153.0 -52.70 -51.77 0.01393 951.0 11.6.0 -50.32 -1.3.36 0.02027 855.0 136.0 -1.7.92 -1.5.93

D .021ol 769.0 126.0 -1.5.52 -1.3.50 0.02097 652.0 117.0 -1.3.11 -1.1.15 0.02133 621.0 109.0 -1.0.65 -33.59 0.02177 555.0 101.0 -38.23 -36.13

0.02222 1.95.0 93.3 -35.71. -33.55

0.02270 1.38.0 86.3 -33.21 -30.39

0.02321. 365.0 79.7 -30.61. -23.36

0.02382 335.0 73.3 -28.01 -25.5? 0.02523 21.3.0 61.2 -22.50 -20.02

0.02610 200.0 55.3 -19.57 -1/.11

0.02711, 158.0 1.3.3 -16.1.7 -13.81 0.03022

0.03323

0.0527k

0. 08o30 0.1006

0.1111.

0. 1201.

0.1555

0.1611. 0.1672 0.1726

0.17d2

0.1835

0.1933

0.2037 0.2133

0.2227

0.2319

0.21.09

.21.98 0.2536

0.2672

0.2757

0.261.2 0.2926

0.3009

0.3031 0.3173

0.325k

.3335 0.3A15

0.31.35

0. 3571. 0.3653

0.3732

0.3811 0.3B89

0.3967

O.k0k5

0.1.122

.1.199 0.1.276

0.1.353 0.5113

0.5663 0.6605

0.73-.2

1C3.0 168.0

193.0 197.0

202.0 206.0 210.0

215.0 219.0

315.

356.

356.

976.0

1170.0

1360.0

.959

.91.0 .791

1.51.0 0.356

0.266

0.212

0. 177 0.151

-13.10

-9.283

-k.338

10.1k 21.77

25.53 28.17

30.33

32.21 33.92

35. k5 36.97

38.38

51 .k7 53 .61

55..71 57 ,78 59 ,82 61 ,8k

81.15

83.08

ak. 96 86.83 36.70 90.56

101. 103.

121.

IkO.

5i.6k

55.57

57. kk 59.25

61.01 62.72

66.06 63.25

72. kl

73. k3 81.k3

8k. 3k 87.21

91.05

92.37

.66

93.

117,,k 120,,0 122,,7 125, 3 123,,0 130.,6

133.2

133.3

133. k lkl.l lkS.6

lk6.2

172.0 197.=

223.2

2k3. 3 383.9

ENTROPY

TTU/LB-R

0.601-. 0.62G9

0.6397 0.6579

0.6755

0.692k 0.7069

0.72k0 0.7k0k

0.7555

0.770k

0.7851

0.7996

O.BlkO

0.826k 0.8573

0.3722

0.3876

0.90kl 0.9225

0.9k53

1.175

1.182 1.189

1.195

1.201 1.207

1.218

1.228 1.236

1.2k?

1.256

1.26k

1.272 1.260

1.287 1.29k

1.301 1.308 1.31k

1.321 1.327

1.333 1.338

I.3kk

1.350

1.355

1.360 1.365

1.370 1.375

1.360

1.365 1.365

1.39k 1.396

l.k03

l.kk2

l.k77

1.507

1.53k

1.6kl

1.720 1.785

1.835

cv CP VELOCITY

OF SOUND

3TU / L3 -1 { FT/SEC

.2538 .k?i.O 3677.0

.2553 .k789 3630.0

.2535 .k612 3k28.0

.2502 .k822 3256.1

.2k6k ,ko29 3103.0

. ?k27 . k639 296k.

.2393 .k85k 2635.0

.2363 .k879 2713.0

.2338 ,k91k 2596.0

n .2316 k962 2k32.0

0,.2299 .5023 2371.0

,226k .5100 2262.1

a, ,2272 .5196 215k.

0,.2262 .5313 20k?.

. ?25k .5k58 1939.0

0,.22k5 .5875 1716.0

a,. 22kk .619k 1599.0

0,.22k7 .6653 lk?3.0

0,.2255 .7388 1336.0

0,.2275 .e795 1176.0

0,,232k 1 .290 969.7

0,,2588 6 ,k27 608.0

0,,2396 1 .328 615.2

0,,2279 ,8333 61.2.1

0.,2200 .661k 66k.

3

0,, 21kl .5668 635.0

0,, 3035 ,507k 703.1

0,,2058 0.,k663 719.7

0,,2028 0.,k360 735.2

0,,2002 0..kl28 7k9.3

0,,1980 0.,39kk 763.6

0.,1961 0,,379k 776.7

0.,19k5 0.,3670 789.2

0.,1931 0,,3565 801.3

0,,1918 0,,3k76 812.9

0.,1907 0,,3399 82k.

t

0. 1689 0,,3273 8k5.5

0,,187k 0.,317k 86 5.7

0, 1862 0,,3095 88k.

9

0,.1852 0,,3030 903.3 0.18kk

0.1637

0.1831

0. 1826 0.1822

0.1618

0.1315

0.1812 0.1609

0. 1807 0.1805

0. 1803

0. 1302

0. 1800 0.1799

0.1798 0.1737

0.1796

0.1795

0.179k

0.173k

0. 1793 0.1793

0. 1793 0.1732

0. 1732

0. 179k

0. 180k

0. 1820

0. I8k2 0.1991 0.2128 0.2226

0.223k

C.23kl

1.2976 92 .9 0.2330 937 .9 0.2891 95 k ,k 0.2858 97 ,3 0.2823 98 5,.8 0.2303 1001 .0 0.2780 1015,,0 0.2760 1030 .0 0.27k2 lOkk .0 0.2725 1057 ,0 0.2711 1071,.0 0.2697 108k .0 0.2685 1097,.0 0.267k 1110,.0 0.266k 1122..0 0.2655 113k,.0 0.26k7 llk6 ,0 0.2639 115 3..0 0.2o32 1170.,0 0.2625 1132,,0 0.2619 119 3,,0 0.2613 120k,,0 0.2608 1215,,0 0.2603 1226,,0 0.2599 1237,,0 0.259k 12k8.,0 0.2567 13k8..0 0.2559 lkkO,.0 0.2563 1523,.0 0.2577 1601,.0 0.2709 1930, a 0.2dkl 2202. 0.2937 2kk3, a 0.300k 2662, 0.3051 2 865.

TrfO-PHA3E JOUNOA-iY
530 PSI« ISOBAR

THERMOPHYSICAL PROPERTIES OF NIT*OSEN

TEMPERATURE DENSITY \l lOH/<H)gVIOP/OUly -V<OP/DV>T

DEC. R L8/CU FT BTU/LB PSIA-CU FT/BTU PSIA

(CW/OTL/V THERMAL VISCOSITY CONDUCTIVITY

1/OEG. R 8TU/FT-HR-R LB/FT-SEC

X 10'

THERMAL DIELECTRIC

OIFFUSII/ITY CONSTANT

SQ FT/HR

PRANOTL NUMBER

120.0 5 3.64 198.0 16.4 93200.0 00239 0.0923 18.0 0.00363 1.46164 3.33

125.0 52.99 190.0 15.0 80400 .0 00252 0.0893 15.6 0.00352 1.45556 3.01 130.0 52.31 181.0 14.0 69900.0 00266 0.0863 13.8 0.00343 1.44903 2.77

135.0 51.60 172.0 13.3 61200.0 00280 0.0833 12.5 0. 00335 1.44227 2.61 140.0 5 0.86 165.0 12.6 53900.0 00293 0.0803 11.5 0.00327 1.43528 2.50

145.0 50.11 157.0 12.0 47600.0 00307 0.0774 10.5 0.00319 1.42808 2.37

150.0 49.32 151.0 11.5 42200.0 00322 0.0744 9.66 0.00311 1.42067 2.27

155.0 48.52 145.0 11.0 37300.0 00338 0.0715 8.95 0.00302 1.41306 2.20 160.0 47.69 139.0 10.5 33000.0 D 00355 0.0687 8.29 0.00293 1.40522 2.13

165.0 46.83 133.0 10.0 29100.0 00373 0.0659 7.67 0.00283 1.39715 2.08 170.0 45.94 127.0 9.54 25500.0 00395 0.0631 7.0.9 0.00273 1.33882 2.03 175.0 45.01 122.0 9.03 22300.0 00419 0.0603 6.54 0.00263 1.38020 1.99

180.0 44.05 116.0 8.63 19300.0 00443 0.0576 6.03 0.00252 1.37124 1.96

185.0 43.04 110.0 B.19 16600.0 00481 0.0549 5.54 . 24 1.36189 1.93

190.0 41.97 105.0 7.75 14100.0 00521 0.0522 5.09 0.00228 1.35208 1.91 200.0 39.63 92.5 6.67 9630.0 00635 0.0468 4.22 0.00201 1.33064 1.91 205.0 3 8.32 85.6 6.43 7660.0 00721 0.0 441 3.81 0.00186 1.31866 1.93

210.0 36.85 78.6 5.96 5830.0 00846 0.0413 3.41 0.00169 1.30541 1.98 215.0 35.16 70.5 5.46 4130.0 0105 0.0386 3.00 0.00149 1.29025 2.07

220.0 33.09 61.1 4.38 2 55 0.0 0144 0.0359 2.57 0.00124 1.27173 2.27 225.0 3 0.09 49.0 4.15 1100.0 0263 0.0335 2.07 0.000864 1.24533 2.87

230.0 18.96 30.1 2.65 46.5 280 0.0328 1.08 0.000205 1.15026 10.0 235.0 11.59 32.2 2.53 1U.0 0412 0.0173 0.841 0.00112 1.09006 2.33 240.0 9.939 35.2 2.53 240.0 0239 0.0147 0.812 0.00176 1.07690 1.67 245.0 8.980 37.8 2.53 285.0 0175 0.0135 0.802 0.00227 1.06930 1.41 250.0 8.303 40.2 2.52 318.0 0141 0.0128 0.798 . 27 2 1.06396 1.27

255.0 7.782 42.4 2.52 343.0 0120 0.0123 0.79 8 0.00313 1.05986 1.18

260.0 7.359 44.5 2.51 363.0 0105 0.0120 0.800 0.00350 1.05654 1.12 265.0 7.004 46.6 2.58 380.0 00936 0.0118 0.804 0.00387 1.05376 1.07 270.0 6.699 48.6 2.50 394.0 00850 0.0117 0.809 0.00422 1.05138 1.03 275.0 6.431 50.5 2.49 406.0 00781 0.0116 0.815 0.00456 1.04929 1.00 280.0 6.194 52.4 2.49 417.0 00725 0.0115 0.821 0.00490 1.04744 0.975

285.0 5.981 54.2 2.48 426.0 00677 0.0115 0.82 8 0.00523 1.04578 0.953

290.0 5.788 56.0 2.48 434.0 00637 0.0115 0.836 0.00557 1.04428 0.934

295.0 5.611 57.7 2.47 442.0 00602 0.0115 0.843 0.00590 1.04291 0.917

300.0 5.449 59.5 2.46 448.0 00571 0.0115 0.651 0.00623 1.04165 0.903

310.0 5.160 62.9 2.45 459.0 00520 0.0116 0.867 0.00689 1.0 3941 0.878

320.0 4.909 66.2 2.44 469.0 00479 0.0118 0.864 0.00755 1.03747 0.858

330.0 4.687 69.5 2.43 477.0 00445 0.0119 0.901 0.00822 1.03575 0.842

340.0 4.. 49 72.7 2.42 483.0 00417 0.0121 0.918 0.00889 1.03423 0.828

350.0 4.312 75.8 2.41 489.0 00392 0.0123 0.936 0.00956 1.03285 0.817 360.0 4.150 78.9 2.41 494.0 00371 0.0125 0.953 0.01D2 1.03161 0.807

370.0 4.003 82.0 2.40 498.0 00353 0.0126 0.971 0.0109 1.03048 0.799

380.0 3.867 65.0 2.39 502.0 00336 0.0128 0.989 0.0116 1.02943 0.7 92 390.0 3.743 88.0 2.38 506.0 00321 0.0130 1.01 0.0123 1.02847 0.786

400.0 3.627 91.0 2.38 509.0 00303 0.0132 1.02 0.0130 1.02758 0.781 410.0 3.519 94.0 2.37 511.0 00296 0.0134 1.04 0.0137 1.02675 0.776

420.0 3.418 96.9 2.36 514.0 00285 0.0136 1.06 . 1 45 1.02598 0.772 430.0 3.324 100.0 2.36 516.0 00275 0.0133 1. 08 0.0152 1.02526 0.768

440.0 3.235 103.0 2.35 516.0 00265 0.0140 1.09 0.0159 1.02458 0.765

450.0 3.152 106.0 2.35 519.0 00257 0.0142 1.11 0.0167 1.02394 0.762 460.0 3.073 108. 2.34 521.0 00249 0.0144 1.13 0.0174 1.02334 0.759

470.0 2.999 111.0 2.33 523.0 00241 0.0147 1.15 0.0182 1.02277 0.7 56 480.0 2.928 114.0 2.33 524.0 00234 0.0149 1.16 0.0190 1.02223 0.7 54 490.0 2.861 117.0 2.33 525.0 00228 0.0151 1. 18 0.0197 1.02172 0.752 500.0 2.798 120.0 2.32 526.0 00222 0.0153 1.20 0.0205 1.02123 0.750 510.0 2.73 7 122.0 2.32 527.0 00216 0.0155 1.21 0.0213 1.02077 0.748

520.0 2.679 125.0 2.31 528.0 00211 0.0157 1.23 0.0222 1.02032 0.7 46 530.0 2.624 128.0 2.31 529.0 00206 0.0159 1.25 0.0 2 30 1.01990 0.745

540.0 2.571 131.0 2.31 530.0 00201 0.0161 1.26 0.0 2 38 1.01950 0.743

550.0 2.521 133.0 2.30 530.0 00196 0.0163 1.28 0.0246 1.01911 - 0.742

560.0 2.472 136.0 2.30 531.0 00192 0.0165 1.30 0.0255 1.01874 0.741 570.0 2.426 139.0 2.29 532.0 00188 0.0167 1.31 0.0263 1.01839 0.739

580.0 2.381 142.0 2.29 532.0 00184 0.0169 1.33 0.0272 1.01805 0.738

590.0 2.338 144.0 2.29 533.0 00180 0.0171 1.34 0.0281 1.01772 0.737 600.0 2.297 147.0 2.28 533.0 00176 0.0173 1.36 0.0290 1.01741 0.736 700.0 1.956 174.0 2.25 536.0 00147 0.0192 1.51 0.0 36? 1.01480 0.728 800.0 1.70 6 201.0 2.22 538.0 00127 0.0211 1.66 0.0483 1.01290 0.723 900.0 1.514 229.0 2.19 538.0 00112 0.0230 1.79 0.0592 1.01145 0.720 1000.0 1.362 257.0 2.15 539.0 00100 0.0248 1.92 0.0708 1.01029 0.717

1500.0 0.9095 410.0 1.96 538.0 000661

2000.0 0.6838 573.0 1.83 536.0 000436

2500.0 0.5481 741.0 1.74 535.0 000397

3000.0 0.45 75 908.0 1.68 534.0 000331

3500.0 0. 3925 1080.0 1.65 534.0 000284

TWO-PHASE 3QUN3ARY
THERMODYNAMIC PROPERTIES OF NITROGEN

540 PSIA ISOBAR

EMPERATURE VOLUME ISOTHERM DERIVATIVEISOCHOPE DERIVATIVE

INTERNAL

ENERGY

ENTHALPY ENTROPY CV CP VELOCITY

OF SOUND

DEG. R CU FT/.CU FT-PSIA/LB PSIA/R BTU/LB BTU/LB 9TU/L6-R BTU / LB -R FT/SEC

120. 0.01664 1740.0 223.0 -62.22 -60.36 0.6014 0.2540 0.4739 3877.0

125.0 0.01887 1520.0 203.0 -59.66 -57.97 0.6208 0.2555 0.4788 3631.0

130.0 0.01912 1340.0 186. -57.48 -55.57 0.6396 0.2537 0.4810 3429.0

135.0 0.01333 1190.0 171.0 -55.10 -53.16 0.6578 0.2504 0.4820 3256.0

1 1.0.0 0.0196s 1060.0 153.0 -52.72 -50.75 0.6754 0.2466 0.4627 3104.0

1".5.0 0.01995 953.0 146.0 -50.33 -48.34 0.6923 0.2428 0.4836 2 96 5.0 150.0 0.02027 857.0 136.0 -47.94 -45.91 0.7067 0.2394 0.4852 2 83 6.0 155.0 0. 02061 771.0 126.0 -45.54 -43.48 0.7247 0.2364 0.4876 2714.0

160.0 0.02095 694.0 117.0 -43.13 -41.04 0.7402 0.2339 0.4911 2598.0

165.0 0.02135 623.0 109.0 -40.70 -33.57 0.7554 0.2317 0.4958 2484.0

170.0 0.02175 557.0 101.0 -38.25 -36.08 0.7703 0.2300 0.5O19 2374.0

175.0 0.02221 497.0 93.5 -35.77 -33.55 0.7849 0.2285 0.5095 2265.0

180.0 0.02269 440.0 86.5 -33.25 -30.98 0.7994 0.2273 0.5190 2158.0

185.0 0.02322 387.0 79.8 -30.63 -26.35 0.8138 0.2263 0.5305 2050.0

190.0 0.02381 337.0 73.5 -28.05 -25.67 0.8261 0.2255 0.5448 1942.0

200.0 0.02520 245.0 61.3 -22.55 -20.03 0.8570 0.2245 0.5658 1721.0 205.0 0.02606 202.0 55.5 -19.64 -17.03 0.8718 0.2244 0.6169 1605.0

210.0 0.02709 161.0 49.6 -16.55 -13.34 0.8872 0.2246 0.6614 1480.0 215.0 0. 02837 120.0 43.6 -13.21 -10.37 0.9035 0.2254 0.7317 1344.0

220.0 0.03011 80.1 37.2 -9.446 -6.435 0.9217 0.2273 0.8632 1188.0

225.0 0.0329* 40.1 29.6 -4.708 -1.414 0.9442 0.2317 1.220 989.5

230.0 0.01.1.61 3.83 16.3 5.918 10.38 0.996 0.2524 6.166 658.5 235.0 .08113 12.8 7.60 20.65 23.77 1.075 0.2425 1.541 613.0

2".0.0 0.09645 22.6 6.05 24.85 34.50 1.099 0.2298 0.9006 639.9

2<.5.0 0.1075 30.4 5.22 27.66 33.41 1.116 0.2214 0.6919 66 3.0 250.0 0.1167 37.1 4.67 29.91 41.58 1.128 0.2153 0.5856 68 3.4 255.0 0.1248 43.0 4.26 31.85 44.33 1.139 0.2105 0.5204 701.7

260.0 0.1322 48.4 1.93 33.59 46.82 1.149 0.2066 0.4759 716.6

265.0 0.1391 53.4 3.67 35.20 43.11 1.156 0.2034 0.4436 73 4.2 270.0 0.1456 58.0 3.46 36.71 51.26 1.166 0.2006 0.4189 74 8.9 275.0 0.1517 62.4 3.27 38.14 53.31 1.173 0.1985 0.3994 762.8

280.0 0.15 76 66.6 3.11 39.50 55.26 1.180 0.1966 0.3837 776.1 285.0 0.1633 70.6 2.97 40.82 57.15 1.187 0.1949 0.3707 783.7 290.0 0.1689 74.4 2.84 42.0 9 58.97 1.193 0.1934 0.3597 800.8

295.0 0.1742 78.1 2.73 43.33 60.75 1.199 0.1921 0.3504 812.5

300.0 0.1795 61.7 2.63 44.53 62.48 1.205 0.1910 0.3424 82 3.7 310.0 0.1897 88.5 2.45 46.87 65.84 1.216 0.1891 0.3293 845.2

320.0 0.1994 95.0 2.30 49.13 69.08 1.226 0.1876 0.3191 86 5.5 330.0 0.2089 101.0 2.17 51.33 72.23 1.236 0. 1864 0.3109 364.8

31.0.0 0.2182 107.0 2.06 53.48 75.30 1.245 0. 1854 0.3043 903.3

350.0 0.2273 113.0 1.96 55.59 78.32 1.254 0.1845 0.2987 921.0 360.0 0.2362 119.0 1.38 57.66 81.28 1.262 0. 1838 0.2940 938.0

370.0 0.2449 124.0 1.80 59.71 64.20 1.270 0.1832 0.2900 954.5

380.0 0.2535 130.0 1.73 61.73 87.03 1.276 0. 1827 0.2865 970.5

390.0 0.2620 135.0 1.66 63.73 89.93 1.286 0.1822 0.2835 986.0

1.00.0 0.2704 140.0 1.60 65.71 92.75 1.293 0.1819 0.2609 1001.0

410.0 .2787 145.0 1.55 67.68 95.55 1.300 0. 1815 0.2 7 86 1016.0

•.20.0 0.2870 150.0 1.49 69.63 98.32 1.306 0.1812 0.2765 1030.0

1.30.0 0.2951 155.0 1.45 71.57 101.1 1.313 0.1810 0.2747 1044.0 440.0 0.3032 160.0 1.40 73.50 103.3 1.319 0.1807 0.2730 1058.0

1.50.0 0.3113 165.0 1.36 75.42 106.5 1.325 0. 1805 0.2715 1071.0

1.60.0 0.3193 169.0 1.32 77.32 109.2 1.331 0.1804 0.2702 1084.0

1.70.0 0.3272 174.0 1.29 79.23 111.9 1.337 0.1802 0.2689 1037.0

1.60.0 0.3351 179.0 1.25 81.12 114.6 1.343 0. 1801 0.2678 1110.0

1.90.0 0.3429 133.0 1.22 83.01 117.3 1.346 0.1799 0.2668 1123.0

500.0 0.3508 188.0 1.19 84.69 120.0 1.353 0.1798 0.2653 1135.0

510.0 0.3585 193.0 1.16 86.77 122.6 1.359 0.1797 0.2650 1147.0 520.0 0.3663 197.0 1.14 8S.64 125.3 1.364 0. 1796 0.2642 1 15 9 . 530.0 0.374 202.0 1.11 90.50 127.9 1.369 0.1795 0.2634 1171.0

51.0.0 0.3817 206.0 1.09 92.37 130.5 1.374 0.1795 0.2628 1182.0

550.0 0.3893 210.0 1.06 94.22 133.2 1.379 0.1794 0.2621 1194.0

560.0 0.3970 215.0 1.04 96.08 135.3 1.383 0. 1794 0.2616 1205.0 570.0 0.4046 219.0 1.02 97.93 133.4 1.386 0.1793 0.2610 1216.0 580.0 0.4122 224.0 1.00 99.8 141.0 1.392 0.1793 0.2605 1227.0 590.0 0.4198 228.0 0.978 101.6 143.6 1.397 0.1793 0.2601 1236.0 600.0 0.4273 232.0 0.95 9 103.5 146.2 1.401 0.1732 0.2596 1248.0

700.0 0.5020 274.0 0.306 121.8 172.0 1.441 0. 1795 0.2568 134 9.0 800.0 0.5756 316.0 0.697 140.1 197.6 1.475 0. 1804 0.2560 144 0.0 900.0 0.6485 356.0 0.bl5 158.4 223.2 1.505 0. 1820 0.2564 1524.0

1000.0 0.7209 396.0 0.550 176.9 243.9 1.533 0. 1342 0.2578 1602.0 1500.0 1.079 591.0 0.362 272.9 380.9 1.639 0. 1991 0.2709 1931.0 2000.0 1.436 784.0 0.271 376.2 519.8 1.719 0.2126 0.2841 2203.0

2500.0 1.791 977.0 0.216 485.3 664.4 1.784 0.2226 0.2937 2443.0

3000.0 2.146 1170.0 0.180 598.4 813.0 1.338 0.2294 0.3OO4 2662.0

3500.0 2.501 1360.0 0.154 714.4 964.4 1.865 0.2341 0.3051 2865.0

THO-PHASE 90UN0ARY
THEPM0PHVS1CAL PROPERTIES Or NITROGEN

5.0 P5IA ISOP-Ai

TEHPERATUPE DENSITt

OEo. R Ld/CU -

VCOH7DV) VCCP/OUly -J10P/OVI eru/La psia-cu ft/btu psia

(OV/OTL/V THERMAL VISCOSITY P CONDUCTIVITY

17DEG. R 9TU7FT-HR-R LP/FT-3EC

THERMAL DIELECTRIC

OIFFUSIVITY CONSTANT

SQ FT/HR

120.0 53 65 199 125.0 53 00 190 130.0 52 31 lol 135.0 51 61 173 HO.O 50 17 165

11.5.0 50 12 158 150.0 <.9 34 151 155.0 .6 53 1-5 160.0 4? 70 139 165.0 1.6 84 133 170.0 .5 95 127 175.0 1.5 03 122 180.0 44 07 116 165.0 1.3 06 111 190.0 .2 00 105 200.0 39 66 92 9 305.0 38 37 86 3 210.0 36 91 79 1 215.0 35 25 71 1 220.0 33 21 61 9 225.0 30 35 50 2 230.0 22 41 32 4 235.0 12 32 31 9

2<>0.0 10 37 3<> a 21.5.0 9 302 37 4 250.0 6 5b9 39 9 255.0 8 012 42 1 260.0 7 564 44 3 265.0 7 19 46 3 270.0 6 870 48 3 275.0 6 591 50 2 260.0 6 31.3 52 1 265.0 6 122 54 290.0 5 922 55 6 295.0 5 739 57 5 300.0 5 571 59 3 310.0 5 273 62 7 320.0 5 014 66 330.0 1* 786 69 3 31.0.0 4 583 72 5

370.0

360.0

390.0

510.0

520.0 530.0

540.0

550.0

560.0 570.0

580.0 590.0

600.0

700.0

800.0 900.0

1000. 1500.0 2000.0

2500.0

30DC.0

3500.0

.817

.698

.588

.485

.388

.293

.916 .351

.78 9

. 730

2.426

2.382

2.340 1.992

1 .737 1.542

1.387

0.92o4 0.6966

0.5584

0.4660

0. 3995

100.0 103.0

105.0

108.0

111.0 114.0

117.0 120.0

122.0

125.0

128.0

131.0

133.0 136.0

139.0

174.0 201.0

229.0

257.0

410.0

573.0

741.0

908.0 1030.0

3 93300.

5 80500.

4 70000.

3 3 61300.

2 6 34000.

2 47700.

11 42300.

37400.

5 33100. 29200.

9 54 25600.

9 06 22400.

e 63 19400.

e 19 16700.

7 76 14200.

6 89 9720.

6 44 7760.

5 98 5930.

2.34

2.34

282.

317.

411.0

422.0

432.0

477.0

485.0

•92.0

507.0

511.0

515.0

518.0

521.0

523.0 525.0

527.0

529.0 531.0

532.0

534.0 535.0

536.0 537.0

538.0 539.0

548

549

549.

548

546 5 545

544.

.00231 .0924

.00252 .0894

.00266 .0864

.00279 .0834

.00293 .0804

.00307 .0774

c . 00321 .0745

.00337 .0716

.0035. .0687

.00373 .0659

.0 0394 .0631

.00418 .0604

.00446 .0577

.00479 .0550

.005111 .0523

. 00631 .0469

.00715 .0442

00836 .0414

.0103 .0387

0140 .0361

0243 .0337

190 .0334

0484 .0184 0259 .0152

0185 .0139

0147 .0131

0124 .0125

0108 0122

00953 .0119

00867 0113

00795 .0117 00736 .0116 00687 .0116 00645 0116

00609 .0116

00573 0116

525 0117

00483 0118

00449 0120

42) .0121

00395 0123

00371 0125

00354 0127

00337 0129

00322 0131

0030 9 0133

00297 0135

00286 0137

00275 0139

00266 0141

00257 0143

0249 0145

00242 0147

00235 0149

00223 0151

00222 0153

00217 0155

00211 0157

00206 0159

00201 0161

00196 0163

00192 0165

018 3 0167

00184 0169

r 00180 0171

00177 0173

00147 0192

00127 0211

00112 0230

00100 0243

000661

000495

000397

000331 000234

838 846

853

869

686

903

920

937 955

973

1.13

1.15 1.16

0.00363

0.00352

0.00343

0.00335

0.00327

0.00319

0.00311 0.00302

. 29 3 0. 23

4

0.0 0274 0.00263

0.00252

0.00241

0.00223

0.00202

0.00187

0.00170

0.00150 0.00126

0.000310 0.000242

0.000970

0.00163

0.00215

0.00260 0.00301

0.00339 0.00375 0.00409

0.00443 0.00477

0.00510 0.00543

0.00575

0.00608 0.00673

0.00739 0.00804

0.00870

. 93 7 0.0100 0.0107

0.0114 0.0121

0.0123

0.0135

. 1 42 0.0149 0.0156

0.0164

0.0171

. 1 79 0.0186

0.0194

0.0202

0.0210 0.0217

0.0226

0.0234

0.0242

0.0260 0.0259

0.0267

0.0276

0.0284

0.03 75 0.0475

1.46189

1.45562

1.44910 1.44235

1.43537

1.42616

1.42078 1.41318

1.40536

1.39730 1.33899

1.38038

1.37145

1.36213

1.35235

1.33101

1.31911

1.30598

1.29100 1.27286

1.24761

1.17923

1.09591 1.08031 1.07185

1.06606 1.06167

1.05815

1.05522

1.05272 1.05053

1.04861

1.04688

1.04532

1.04390 1.04260

1.04028 1.03828

1.0 3651 1.03495 1.03354

1.03226

1.03109 1.03003

1.02904

1.02813 1.02728

1.02649

1.02575

1.02506

1 . 2 44 1 1.02379

1.02321

1.02266

1.02213

1.02164

1.02116

1.02071

1.02023 1.01987

1.01874 1.01839

1.01306

1.01773

1.01508 1.01314

1.01166

1.01048

1.97 2.06

2.24

8.49

2.59

1.75

1.01 0.982

0.959 0.939

0.922 0.907

0.882

0.861 0.344

0.330 0.819

0.309

0.801 0.793

0.787

0.782 0.777

0.773

0.7 69 0.765

0.762 0.759

0.757

0.755

0.752

0.750

0.7 49 0.747

0.745

0.744

0.7 42 0.741

0.740

0.7 39 0.737

0.736

0.728

0.723

0.720

0.717

TKO-PHASE BOUNDARY
550 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF NITROGEN

TEMPERATURE

OEG. R 120.0

125.0

130.0

135.0

11.0.0 US.O

150.0 155.0

160.0 165.0

170.0

175.0

160.0

165.0

190.0 200.0

205.0

210.0 215.0

220.0

225.0

230.0 235.0

2<.0.0 21.5.0 250.0

255.0

260.0

265.0 270.0

275.0

260.0

265.0

290.0 295.0

300.0

310.0

320.0

330.0

34.0.0

350.0

480.0

1.90.0 500.0

510.0

520.0

530.0

51.0.0

550.0 560.0

570.0

560.0

590.0

600.0

700.0

1500.0

2000.0 2500.0

3000.0

3500.0

VOLUME ISDTHERN ISOCHORE DERIVATIVE DERIVATIVE

CJ FT/.

a

CU FT-PSIA/LB PSIA/R

0.01861. 171.0.0 222.0

0.01887 1520.0 203.0

0.01911 131.0.0 186.0 0.01337 1190.0 171.0

0.01965 1060.0 158.0 0.01995 951.. 11.7.0 0.02026 858.0 136.0 0.02060 773.0 126.0

0.02095 695.0 117.0

0.02131. 625.0 109.0

0.02175 559.0 101.0

0.02220 1.99.0 93.6

0.02268 •.1.2.0 86.6

0. 02321 389.0 80.0

0.02379 339.0 73.6

0. 02518 21.7.0 61.5

0.02603 20i>. 55.7

0. 02701. . 163.0 1.9.8

0. 02830 123.0 1.3.9 0.03000 63.1 37.5

0.03263 1.3.6 30.2

. 01.101. 6.87 18.6

0.07595 10.9 8.27

0.09235 21.0 6.39

0.1037 29.0 5.1.6 0.1131 35.8 it. 86 0.1213 1.1.9 4.41 0.1287 1.7.1. 4. 07 0.1355 52.5 3.79

0.11.20 57.2 3.56

0.11.81 61.7 3.37

.151.0 65.9 3.20 0.1596 69.9 3.05 0.1651 73.8 2.92

0.1701. 77.5 2.80 0.1756 81.1 2.70 0.1857 88.0 2.51 0.1953 91..

6

2.36

0.201.7 101.

D

2.23

0.2139 107.0 2.11 0.2228 113.0 2.01 0.2315 118.0 1.92

.21.02 121.. 1.81. 0.21.86 129.0 1.76 0.2570 135.0 1.70 0.2653 11.0.0 1.63 0.2735 11.5.0 1.58 0.2816 150.0 1.53 0.2896 155.0 1.1.8 0.2976 160.0 1.1.3 0.3055 165.0 1.39 0.3133 169.0 1.35 0.3212 171.. 1.31

0. 3289 179.0 1.28 0.3366 183.0 1.25

0.31.1.3 188.0 1.22 0.3520 193.0 1.19 0.3596 197.0 1. 16 D.3672 202.0 1.13

0. 371.7 206.0 1. 11 0.3823 210.0 1 .08 0.3898 215.0 1.06 0.3973 219.0 1.01. O.iOi.7 221.. 1.02

0.1.122 228.0 1.00

0.1.196 232.0 0.978

0.1.930 275.0 0.822 0.5653 316.0 0.710 0.6369 356.0 0.62b

0.7080 336.0 0.56

1. 060 592.0 0.369

1.1.10 785.0 0.276

1.759 977.0 0.22 2.107 1170.0 0.183

2.1.55 1360.0 0.157

INTERNAL ENTHALPY

ENERGY BTU/LB BTU/LB 62.23 -60.33

•59.87 -57.95

•57.50 -55.55

•55.11 -53.11. 52.73 -50.73 50.35 -1.8.32 1.7.96 -1.5.90 1.5.56 -1.3. 1.6 43.15 -1.1.02 1.0.73 -38.55

•38.28 -36.06

•35.60 -33.51. •33.28 -30.97

•30.71 -28.35

•28.09 -25.67

•22.61 -20.01. 19.70 -17.05 16.63 -13.88 13.32 -10.1.1. -9.603 -6.51(8 -5.002 -1.673 3.617 7.797 19.38 27.11

21.. 13 33.51. 27.13 37.69

29.1.8 1.0.99

31.1.8 1.3.83 33.27 1.6.37

31.. 91 1.8.71

36.1.1. 50.90 37.89 52.97

39.27 51.. 95

1.0.60 56.86

1.1.89 53.70

1.3.13 60.1.9

1.1.. 35 62.21.

1.6.71 65.62

1.8.98 63.88 51.19 72.01. 53.35 75.13

55.1.6 78.15 57.55 81.13

59.60 8K.06 61.62 86.95 63.63 89.30 65.61 92.63

67.56 95.1.1. 69.51. 93.22

71.1.6 101.0

73.1.1 10 3.7

75.31. 106.1. 77.25 109.2 79.15 111.9

81.05 111.5

82.91. 117.2

61.. 62 119.9

86.70 122.5 88.57 125.2

91.. 16 96.02

97.87

99.7

101.6

103.1. 121.8

272.9

376.2

11.3.5 11.6.3 172.0

197.6

223.2

21.3.9 380.9

513.8

0.6013

0.6207

0.6395

0.6577

0.6753

0.6922

0.7086

0.721.6

0.71.01 0.7552

0.7701

0.781.8 0.7992

0.8136 0.8279

0.6567

0.8715

0.8868

0.9030

0.9209

0.91.28

0.981.3 1.068 1.D95

1.112

1.125

1.136

1.11.6 1.155

1.163

1.171 1.178

1.185

1.191

1.197 1.203

1.211. 1.225

1.231.

1.21.1.

1.252 1.261

1.269

1.277

1.281. 1.291

1.298 1.305

1.311

1.316

1.321. 1.330 1.335

1.31.1 1.31.7 1.352 1.357

1.362 1.367

1.372 1.377

1.382 1.387

1.391 1.396

1.1.00

1.504

1.531 1.638

1.718 1.782 1.837

1.683

0.2557

0.2539 0.2506

0.2467

0.21.30 0.2396 0.2366

0.231.0 0.2318

0.2301

0.22 8 6 0.2271.

0.2261. 0.2256

0.2246

0.221.1. 0.221.6 0.2253

0.2271

0.2311

0.21.66

0.21.55 0.2318

0.2229 0.2164

0. '111. 0.2074

0.201.1

0. 2013 0.1990

0.1970 0.1953

0.1938 0.1925

0.1913

0.1891. 0.1878 0.1865

0. 1855

0.181.6 0.1339

0. 1833 0.1826

0.1823

0.1819 0.1816

0.1813

0.1810 0.1808 0.1806

0. 1800 0.1799

0.1798 0.1797

0.1796

0.1795

0.1795

0.179".

0.1791. 0.1793

0.1793

0.1793

0.1795

0.1801. 0.1820

0. 181.2 0.1991

0.2128 0.2226

0.2291.

0.231.1

CP VELOCITY

OF SOUNO

-R FT/SEC

0,.1.737 3876.0

.1.786 3631.0

0..1.809 31.29.0

0,.1.819 3257.0

.1.825 3105.0

.1.831. 2966.0

.1.850 2638.0

.1.871. 2716.0

.1.908 2600.0

.1.955 21.87.0 .5015 2376.0

.5090 2268.0

.5181. 2161.0

.5298 2051.. .51.39 191.6.0

.581.1 1726.0

.611.1. 1610.0

.6576 11.8 7.0 .7250 135 3.0

.81.83 1199.0

1 .162 1008.0

3 .919 710.9

1 .821. 611.6

.9716 637.9

.7251. 661.3

.6058 681.9

.531.2 700.1.

.1.861 717.5

. 1.511. 73 3.3

.1.252 748.1

,1.01.6 762.1

.3881 775.1.

0,.371.1. 788.1

0,,3630 800.3

0..3533 812.1

0,.31.50 823.1.

0.,3311. 81.5.0

0.,3209 865.1.

0,,3121. 881.. 8

0.,3055 90 3.3

0,,2998 921.1

0,.2950 938.2

0..2909 951..

7

0.,2873 97 0.7

0.,281.3 986.3

0,.2816 1001.0

,2792 1016.0

0,,2771 1030.0

,2752 1045.0

0.,2735 1058.0

0,,2720 1072.0

0.,2706 1085.0

,2693 1098.0

0,.2682 1111.0

0.,2671 1123.0

0.,2662 1135.0

0.,2653 111.7.0

,261.5 1159.0

0,.2637 1171.0

0,,2630 1183.0

0.,2621. 1191..

0,,2618 1205.0

0,,2613 1216.0

0.,2607 122 7.0

0..2603 1238.0

0..2598 121.9.0

0,,2570 135 0.0

0.,2561 141.1.0

0..2565 1525.0

0.,2578 160 3.0

0.,2709 1932.0

0.,261.1 2203.0

0,,2937 2444.0

0,,3001. 2663.0

0. 3051 2866.0

TUO-PHASE 80UNOAKY
THtHD = HYSIC»L PRC1-FRTIFS OF NITROGEN

550 P3I* IS03«=

TEMPERATURE OENSITY

OEG. R L9/CU -T

IMOH/OV) VlDP/DUly -1M0P/D«>T 3TU/L0 PSU-CU FT/PTU °5IA

(JV/OTI/J THERMAL VISCOfITT CONDUCTIVITY

1/OtG. F. 3TU/FT-HR-R Ltr/FT-SEC

I It5

THERMAL DIELECTRIC

OIFFUSIJITY CONSTANT

SO FT/HR

PRA'IOTL NUM3ER

120.0 5 3.65 199.0 16.3 93400 0.00233 .0924 16.1 0.00364 1.46195 3.33

125.0 53.00 190.0 15.0 80600 0.00252 11 0894 15.6 0.00352 1.45568 3.0 1 130.0 52.32 181.0 14.0 70100 0.00265 .0664 13.8 0.00343 1.44917 2.77

135.0 51.61 173.0 13.2 61400 0.00273 .0634 12.6 0.00335 1.44243 2.61

1 1.0.0 50.88 165.0 12. a 54100 0. 00292 0604 11.6 0.0 32 7 1.43546 2.50

11.5.0 50.13 158.0 12.0 47800 n 0.00306 .0774 10.5 0.00320 1.42828 2.37

150.0 49.35 151.0 11.5 42400 0.00321 .0745 9.63 0.00311 1.42039 2.27 155.0 48.54 145.0 11.0 37500 0.0033o 0716 8.57 0.00303 1.41330 2.20 160.0 47.71 139.0 10.5 33200 i 0. 0035! .0683 8.31 0.00294 1.40549 2.13

165.0 46.8b 133.0 10.0 29300 0. 00372 .0660 7.63 0.00284 1.39745 2.08

170.0 45.97 128.0 5.54 25700 0. 00393 0632 7.11 0.00274 1.38916 2.0 3 175.0 45.05 122.0 5.03 22500 0.00417 0604 6.56 0.00264 1.38057 1.39 180.0 44. 09 117.0 8.84 19500 0. 00444 0577 6. 05 0.00253 1.37166 1.96 185.0 43.09 111.0 8.20 16800 0.00477 0553 5.57 0.00241 1.36237 1.93

190.0 42.03 105.0 7.76 14300 0.00517 .0524 5. 11 . 22 9 1.35262 1.91 200.0 39.72 93.2 6.50 9820 0.00627 0470 4.25 0.0C203 1.33139 1.90 205.0 36.42 86.7 6.46 7850 0.00703 0443 3.84 0.00168 1.31956 1.92

210.0 36. 38 79.6 6.00 6D30 0.00826 41-3 3.44 0.00171 1.30653 1.96 215.0 35.33 71.7 5.51 4340 0.0101 .0388 3. 04 0.00152 1.29174 2.04

220.0 33.34 62.6 4.96 2770 0.0135 0362 2.62 0.00128 1.27394 2.21

225.0 30.59 51.3 4.27 1330 0.0226 0333 2. 15 0.000951 1.24971 2.66

230.0 24.37 35.0 3.12 167 0.112 0326 1.43 0.000341 1.19581 6.18

235.0 13. 17 31.6 2.56 143 0.0578 .0198 0.834 0. 000824 1.10276 2.93

2 40.0 10.83 34.5 2.55 227 0.0282 0158 0. 834 0.00151 1.08398 1.84

21.5.0 9.639 37.1 2.54 280 0.3195 0142 0.817 0.00204 1.07452 1.50 250.0 8.843 39.6 2.54 317 0.0153 0133 0.810 0.00249 1.06822 1.33 255.0 8.24 7 41.8 2.53 346 0.0128 0127 0.803 0.00289 1.06352 1.22 260.0 7.773 44.0 2.5 3 368 0.0110 0124 0.809 0.00327 1.05979 1.15

265.0 7.379 46.1 2.52 367 0. 00980 0121 0.812 0.00363 1.05670 1.09 270.0 7.043 48.1 2.51 403 0. 00385 0119 0.617 0.00397 1.05407 1.05

275.0 6. 752 50.0 2.51 416 0.00803 0116 0.622 0.00431 1.05179 1.02 280.0 6.49-. 51.9 2.50 428 0.00741 0117 0.823 0.00464 1.04976 0.989

205.0 6.264 63.7 2.49 438 0.00697 0117 0.B34 0.00497 1.04799 0.965

290.0 6. 057 55.6 2.49 447 0.0065! 0116 0.841 .00529 1.04637 0.945 295.0 5.867 57.3 2.48 455 0. 00616 0115 0. 84 8 1.00562 1.04h90 0.927 300.0 5.694 59.1 2.48 462 0.00584 D 0117 0.856 0.00694 1.04355 0.911

310.0 5.386 62.5 2.47 474 0.00530 0113 0.872 0.00658 1.04116 0.885

320.0 5.119 65.9 2.45 484 0. 00487 0119 0. 836 0.0 72 3 1.03910 0.364

330.0 4.885 69.1 2.44 493 0.00452 0120 0.905 0.00788 1.03728 0.847

3 1.0.0 4.676 72.4 2.43 500 0.00422 0122 0.922 0.00353 1.03567 0.832

350.0 4.489 75.5 2.42 506 0.0D397 0124 0.939 0.00318 1.03422 0.820

360.0 4.319 78.7 2.42 512 0.00375 0125 0.95 7 0.00984 1.03291 0.810 370.0 4. 164 81.7 2.41 516 0. 00356 0127 0.974 0.0105 1.03171 0.802

380.0 4.022 84.6 2.40 520 0.00333 0129 0.992 0.0112 1.03062 0.795

390.0 3.891 67.8 2.39 524 0.00124 0131 1. 01 0.0119 1.02961 0.783

-.00.0 3.769 90.8 2.38 527 0.00310 0133 1.03 0.0125 1.02868 0.783

(.10.0 3.657 93.8 2.33 530 0.00296 0135 1.04 0.0132 1.02781 0.778

1.20.0 3.551 96.7 2.37 533 0. 0028? 0137 1. 06 0.0139 1.02700 0.773 430.0 3.453 100.0 2.36 535 0.0O276 0139 1. 06 0.0146 1.02625 0.769

4 40.0 3.360 103.0 2.36 537 0.00267 0141 1. 10 0.0153 1.02554 0.7 68 450.0 3.273 105.0 2.35 539 0.00253 014! 1. 11 0.0161 1.02487 0.763 460.0 3. 191 108. 2.35 541 0. 0025:] a 0145 1. 13 0.D168 1.02424 0.760 470.0 3.114 111.0 2.34 542 0.00242 0147 I. 15 0.0175 1.02365 0.757 480.0 3.040 114.0 2.34 544 0.00235 0149 1. 17 0.0163 1.02306 0.755

490.0 2.970 117.0 2.33 545 0.00229 0151 1.13 0.0190 1.02255 0.753

500. 2.904 120.0 2.33 546 0.0022 3 0153 1.20 0.0198 1.02204 0.751 510.0 2.641 122.0 2.32 547 0. 00217 0155 1.22 0.0206 1.02156 0.749 520.0 2.781 125.0 2.32 548 0. 00211 0157 1.2! 0.0214 1.02110 0.747

530.0 2.72J 128.0 2.31 549 0. 00205 0159 1.25 0.0221 1.02066 0.746 540.0 2.668 131.0 2.31 550 0.00201 0161 1.27 0.0229 1.02024 0.744

550.0 2.61b 133.0 2.31 551 0. 3019? 0163 1.23 . 2 38 1.0 198 4 0.7 43 560.0 2.566 136.0 2.30 551 0.00192 0165 1.30 0.0246 1.01945 0.741 570.0 2.517 139.0 2.30 552 0.00133 0167 1.31 0.0 2 54 1.01909 0.740

580.0 2.471 142.0 2.30 553 . 1 3 . 0169 1. 33 0.0262 1.01873 0.739

590.0 2.426 144.0 2.29 553 0. 00180 0171 1. 35 0.0271 1.01839 0.738

600.0 2.38 3 147.0 2.29 554 0.00177 017! 1. 36 0.0279 1.01806 0.737

700.0 2.023 174.0 2.26 557 0.00143 0192 1.51 0.0369 1.01536 0.728 800.0 1. 769 201.0 2.23 559 0.00127 0211 1 . 66 0.0466 1.01339 0.723

900.0 1.570 229.0 2.19 559 0.00112 0230 1. 73 0.0571 1.01137 0.720 1000.0 1 .412 257.0 2.15 559 0.00103 0249 1.92 0.06C! 1.01066 0.717

1500.0 0. 3433 410.0 1.97 558 0. 000651 2000.0 0.70 9 3 574.0 1.33 557 0. 000496

2500.0 0.5o36 741.0 1.74 556 0. 000336

3000.0 0.4746 908.0 1.63 555 0.000331

3500.0 0.4073 1080.0 1.65 554 0. 000234

TWO-PHASE tJOUNDAKY
THERMODYNAMIC PROFERTIcS OF NITROGEN

560 PSIA IS09AR

rEMPERATURE VOLUME ISOTHtRM DERIVATIVE ISOCHOPE DERIVATIVE

INTERNAL

ENERGY

ENTHALPY ENTROPY JV CP VELOCITY

OF SOUNO DEC R CU FT/.B CU FT-PSIA/L6 PSIA/P 8TU7L8 BTU/LS BTU/LR-R BTU ' LB -R FT/SEC

120.0 0.01364 1740.0 222.0 -62.24 -60.31 0.6012 0.2545 0.4736 3376.0

125.0 0.0186b 1520.0 203.0 -59.68 -57.92 0.6206 0.2559 0.4785 3631.0

130.0 0.01911 1340.0 186.0 -57.51 -55.53 0.6395 0.2541 0.480? 3429.0

135.0 .01937 1190.0 171.0 -55.13 -53.12 0.6576 0.25 7 0.4617 323,7.0

1 4 . 0.01965 1070.0 158.0 -52.75 -50.71 0.6751 0.2469 0.4824 3105.0

145.0 0.01995 956.0 147.0 -50.36 -48.30 0.6921 0.2431 0.4832 2967.0

150.0 0.02025 660.0 136.0 -47.98 -45.88 0.7065 0.2397 0.4847 2839.0

155.0 0. 02059 775.0 126.0 -45.53 -43.45 0.7244 0.2367 0.4871 2718.0

160.0 0.02095 697.0 117.0 -43.16 -41.00 0.7399 0.2341 0.4905 2602.0

165.0 0.02133 626.0 109.0 -40.75 -33.54 0.7551 0. 2320 0.4951 2489.0

170.0 0.02174 561.0 101.0 -38.30 -36.05 0.7700 0.2302 0.5011 2379.0 175.0 0. 02219 500.0 93.7 -35.83 -33.53 0.7846 0. 2287 0.5086 2271.0

160. 0.02267 444.0 66.? -33.31 -30.96 0.?950 0.2274 0.5178 2164.0

185.0 0. 02319 391.0 80.1 -30.75 -28.34 0.8134 0. 2264 0.5290 2057.0

190.0 0.02377 341.0 73.8 -26.13 -25.67 0.8277 0.2256 0.5429 195 0.0 200.0 .02515 249.0 61.7 -22.66 -20.06 0.3564 0.2246 0.5524 1731.0 205.0 0.02600 207.0 55.9 -19.77 -17.07 0.8712 0.2244 0.6121 1616.0

210.0 0.02700 166.0 50.1 -16.71 -13.91 0.8864 0.2246 0.6539 1494.0

215.0 . 02824 125.0 44.1 -13.43 -10.50 0.9025 0. 2253 0.7186 1361.0 220.0 0.02989 86.0 37.9 -9.755 -5.656 0.9202 0.2269 0.8345 1211.0

225.0 0.03245 47.0 30.8 -5.276 -1.910 0.9415 0.2306 1.114 1026.0

230.0 0.03915 10.4 20.5 2.236 6.296 0.9775 0.2431 2.865 754.1 235.0 0.07057 9.14 9.06 17.90 25.22 1.059 0.2484 2.194 611.7

21.0.0 0.08831 19.4 6.77 23.36 32.52 1.090 0.2338 1.054 636.2

21.5.0 0.1001 27.5 5.72 26.57 36.95 1.106 0.2244 0.7625 659.6

250.0 0.1096 34.7 5.06 29.03 40.39 1 .J.22 0.2176 0.6275 68 0.5 255.0 0.1176 40.3 4.56 31.10 43.32 1.134 0.2124 0.5487 69 9.2 260.0 0.1252 46.4 4.21 32.94 45.92 1.144 0.2032 0.4967 716.4

265.0 0.1321 51.6 3.92 34.61 43. 31 1.153 0.2046 0.4595 732.4

270.0 0.1385 56.4 3.67 36.17 50.53 1.161 0.2019 0.4317 747.3 275.0 0.1446 60.9 3.4? 37.64 52. 6» 1.169 0.1995 0.4100 761.4

260.0 0.1504 65.2 3.29 39.04 54.64 1.176 0.1975 0.3926 774.8

265.0 0.1561 69.3 3.14 40.33 5o.57 1.163 0.1957 0.3783 78 7.6 290.0 0.1615 73.2 3. 00 41.68 53.43 1.189 0.1941 0.3664 799.9 295.0 0.1668 77.0 2.86 42.54 60.23 1.195 0.1928 0.3563 611.7

300.0 0.1719 80.6 2.77 44. 17 61.99 1.201 0. 1916 0.3476 82 3.1 310.0 0.1816 87.6 2.56 46.54 65.39 1.213 0.1896 0.3335 844.6

320.0 0.1914 94.2 2.42 46.83 63.67 1.223 0. 1880 0.3226 865.3

330.0 0.2006 100.0 2.28 51.05 71.35 1.233 0.1867 0.3139 884.7

3<.0.0 0.20 97 107.0 2.16 53.22 74.96 1.242 0.1857 0.3068 90 3.3 350.0 .2165 112.0 2.05 55.34 77.99 1.251 0. 1848 0.3009 921.1

360.0 0.2271 116.0 1.96 57.43 80.93 1.259 0. 1840 0.2960 93 8.3 370.0 0.2356 124.0 1 .86 59.49 83.92 1.267 0.1834 0.2918 954.9

360.0 0.2440 129.0 1.60 61.52 66.81 1.275 0.1629 0.2681 97 0.9 390.0 0.2522 134.0 1.73 63.53 39.63 1.282 0. 1824 0.2650 986.5

1.00.0 0.2603 140.0 1.67 65.52 92.52 1.290 0. 1820 0.2822 1002.0

410.0 0.2684 145.0 1.61 67.49 95.33 1.297 0.1817 0.2798 1016.0 420.0 0.27b4 150.0 1.5b 69.45 98.11 1.303 0.1314 0.2776 1031.0

430.0 0.2843 155.0 1.51 71.40 100.9 1.310 0.1811 0.2757 1045.

440 .0 0.2921 160.0 1.46 73.33 103.5 1.316 0. 1809 0.2740 1059.0 450.0 0.2999 165.0 1.42 75.26 105.4 1.322 0. 1607 D.2724 1072.0

460.0 0.3077 169.0 1.38 77.17 109.1 1.328 0.1805 0.2710 108 5.0 470.0 0.3153 174.0 1 .34 79.08 111.8 1.334 0. 1603 0.2697 1096.0 460.0 0. 3230 179.0 1.31 30.98 114.5 1.340 0.1802 0.2685 1111.0

490.0 0.3306 163.0 1.27 82.87 117.1 1.345 0.1800 0.2675 1124.0

500.0 0.3361 168.0 1.24 64.75 119.3 1.351 0.1799 0.2665 1136.0

510.0 0.3457 193.0 1.21 36.63 122.5 1.356 0.1796 0.2656 1148.0 520.0 0.3532 197.0 1. 18 38.51 125.1 1.361 0.1797 0.2648 1160.0 530.0 0.3606 202.0 1. 15 90.36 127.3 1.366 0. 1796 0.2640 1172.0

540.0 0.3680 206.0 1.13 92.24 130.4 1.371 0.1795 0.2633 1183.0

550.0 0.3755 211.0 1. 10 94.11 133.0 1.376 0.1795 0.2626 1195.0

560.0 0.3828 215.0 1.08 95.96 135.7 1.381 0.1794 0.2620 1206.0

570.0 0.3902 219.0 1.06 97.62 133.3 1.365 0.1794 0.2615 1217.0

560.0 0.3975 224.0 1.04 99.7 140.9 1.390 0. 1794 0.2610 122 8.0 590.0 0.4049 228.0 1.02 101.5 14 J.

5

1.394 0. 1793 0.2605 1239.0

60C.0 0.4121 232.0 1.00 103.4 14o.l 1.399 0.1793 0.2600 1250.0

700.0 0.4343 275.0 0.837 121.7 171.9 1.438 0.1795 0.2571 1350.0 800.0 0.5553 316.0 0.724 140.0 197.6 1.473 0.1804 0.2562 1442.0

900.0 0.6257 356.0 0.638 158.3 223.2 1.503 0.1820 0.2565 1525.0

1000.0 0.6955 396.0 0.571 176.6 243.9 1.530 0.1842 0.2579 1603.0

1500.0 1.041 592.0 0.376 272.9 380.9 1.637 0.1991 0.2710 193 2.0 2000.0 1 .385 785.0 0.261 376.2 519.3 1.71? 0.2126 0.2641 2204.0

2500.0 1.726 977.0 0.22 4 495.3 664.4 1.761 0.2226 0.2937 2444.0

3000.0 2.070 1170.0 0.167 596.4 815.1 1.835 0.2294 0.3004 2 66 3.0 3500.0 2.412 1360.0 0.16 714.4 364.5 1.362 0.2342 0.3051 2866.0

THO-PHASE 30UNOAKY
•jO P3I4 IS09«k

THERM0»HTSIC4L FROF ERTIES OF

TEMPER4TURE OENSIT

OE3. .< L3/CU

120.0 53.66

125.0 53.01

130.0 52.33

135.0 51.62

1*0.0 50.39

11.5.0 50.1i> 150.0 ".9.36 155.0 1.0.56 160.0 1.7.73 165.0 1.6.67 170.0 1.5.39 175.0 1.5.07 100.0 1.1.. 12 165.0 1.3. 11 190.0 .2.06

200.0 39.76

205.0 38.46

210.0 37.01. 215.0 35.1.1 220.0 33.-5

225.0 30.61

230.0 25.51. 235.0 1"..17

21.0.0 11.32

245.0 9.99

250.0 9.127

255.0 6.1.89 260.0 7.986

265.0 7.571

270.0 7.220

275.0 6. 315 260.0 6.61.7 265.0 6.1.03 290.0 6.193

295.0 5.997

300.0 5.813

310.0 5.500

320.0 5.225

330.0 1..98H

31.0.0 ..770

350.0 1..577 360.0 1..1.03 370.0 1..21.5 360.0 1..093 390.0 3.965

1.00.0 3.81.1

520.

530.

51.0.

590.

600.

700.

1500.0 2000.0

2500.0

3000.0

3500.0

3.331. 3.250

3.171 3.096

3.025

2.95 7 2. i9 3 2.332

2.773

2.717

2.663

1.301 1.593

1.1.33

. 9602

0. 7221 0.5738

.1.331

IMDH/CWIp IMOP/OUly -1/nP/Dl/l. 3TU/L3 P5I4-CU FT/6TU P5Ifl

16.3 93500.

11..

9

60700.

li.. 70200.

13.2 61500.

12.6 Si.200. 12.0 1.7900. 11.5 1.2500. 11.0 37600.

10.5 33300.

10.0 29<.00.

156. 151.

128.

122. 117.

111.

111.0

llit.O 117.0 119.0

122.0 125.0

128.0

131.0

25300.0

22t>00.0 13600 .0 16900.0

11.300.0 9920.0

7950.0 6130.0

1.1.1.0.0 2880.0

266.

130. 219.

276.

316.

347.

371.

391.

1.07.

1.53.

1.61. 1.69.

1.82.

1.92. 501.

508.

515.

520 . 525.

529. 533.

536.

539.

51.9.0 550.0 552.0

553.0

555.0

556.0 557.0

558.0

559.0

56D.0 561.0

561 .0 562.0

563.0

563.0

561.. 567.0 569.0

(TJ/OIUJ THERHAu CONDUCTIVITY

1/OEC. R 3TU/FT-HR-R

0.0921. 0.089-

0.0861.

0.0831.

0.0801. 0.0775

0.071.6 0.0717

0.0688

0.0660

VISCOSITY LO/FT-SEC

0. .1-6

.0027)

.00292 .00306

.00320 .00336

.00352

.00371

0.001.15

0.001. 1.3 0. 001.75 0.00511. 0.00622

0.00703

0. 00817 0.0099-

0.0132 0.0212

0.0769 0.0699

0.0309

0.0207

0.0160 0.0132

0.0111. 0.0100

0. 00903 0.0032-

0.00760

0.00707

0.00662

0.00621.

0. 00590 0.00535

0. 001.91

0.00399

0.00377

0.00357

0. 0031.0 0.00325

0.00311

0.00299 0.00287

0.00277

0.00267 0.00253

0.00251

0.0021.3

0. 00236 0.00229

0.00223

0.0021?

0.00212

0.00207

0. 00202 0.0019?

0.00193

0.00188

0. 00181+ 0.00130 0.00177

0.0 011.3 0.00127

0. 00112 0.00100 0.0006ol

0.0001.95

0. 000396

0. 000331

0. 0002)1.

0.0632 0.0605

0.0573 0.0551

0.0521.

0.01.71

.01.1.1.

0.031.0 0.0322

0.0211. .0165 .0H6

0.0136

. 0130 0.0125

0.0122

0.0120 0.0119

0.0113

0.0117

0.0117

0.0117

0.0117

0.0118

.0119 0.0121 0.0122

0.0121. 0.0126

0.0128

0.0129

0.0131 0.0133 0.0135

0.0137 0.0139

0.011.1

. 1 1.

3

.0151 .0153

.0155

.0157

.0159

.0161

.0163 .0165

.0167 .0169

.0171

.0173 .0192

.0211

.0230

913

81.6 625

817

611.

Oil. 617

620

625

631

0.958 0.976

0.993

1.33

1.35

1. 36

THERH4L DIFFUSIVITY

SO FT/HR

0.00361. 0.00353

0.0 31.1. 0.00336

. 32 8 0.00320

0.00312

0.0 30

3

. 29 > 0.0 281.

0.00271. 0.0 261. 0.00253

0.0021.2 0.00230 0.00203

0.00188

0. 00172 0.00153

0.00130

0. 000990

0.0001. 1.0 0.000638

0.00133

0.00192

0.00238

0.00278 0.00316

0.00352

0.00386

0.0 01.19 0.0 01.5 2 0.0 431. 0.00516

0.0051.8 O.O 58 0.0 61.1. 0.00707

0.00771 0.00836

0.00900 0.00965

0.0103

0.0110 0.0116

0.0123

0.0130 0.0137

0.011.1. 0.0151 0.0158

0.0165 0.0172

0.0180 0.0187

0.0195

0.0202

0.0210

0.0213 0.0225

0.0233

0.021.1 0.0250

0.0258 0.0266

0.0271.

1.1.6200 1.1.5575

1.1* 1.921. 1.1.1.251 1.1.3555

1.1.2838

1.1.2100

1 . 1. 1 31.

2

1.1.0 56 3 1.39760

1.36332 1.38076

1.37187

1.36260

1.35289 1.33175

1.32000

1.30706

1.2921.6 1.271.99 1.25165

1.20588

1.11089

1.0 8 791. 1.07732

1.0701.7

1.0651.3 1.0611.6 1.05821

1.0551.5 1.05307

1.05097

1.01.911

1.01.71.3 1.01.591

1.01.1.5 1 1.01.205 1.03992

1.03805 1.03639

1.031.90 1.03356

1.03231. 1.03122

1.03018

1.0 292 3 1.02331. 1.02752

1.02671. 1.02602

1.02531.

1.021.69

1.021.09 1.02351 1.02297 1.02245

1.02196

1.0211.9

1.02101. 1.02061 1.02020

1.01981

1 . 1 91. 3 1.01907 1.01873

1.01839

1.01561. 1.01363 1.01209

1.01087

1.03

1.00 0.971

0.950 0.932 0.916

0.889

0.867

0.81.9

0.631.

0.8 22 0.812

0.803

0.796

0.7 89

0.781. 0.779

0.771. 0.770 0.76?

0.763

0.761 0.758

0.755

0.753 0.751

0.71.9

0.71.2

0.71.0 0.739

0.7 38 0.737 0.729

0.723

0.720

0.717

tjo-phose iouinani
THERMODYNAMIC PROPERTIES OF NITROGEN

570 PSIA ISOBAR

EMPERATURE VOLUME ISOTHERM

OERIVATIVfc ISOCMORE DERIVATIVE

INTERNAL

ENERGY ENTHALPY ENTROPY :v CP VELOCITY

OF SOUND

DEO. R CU FT/.3 CU FT-PSIA/LB PSIA/P BTU/L9 9TU/L9 BTU/LB-R 6TU / LB -R FT/SEC

120. a 0.01S63 171.0.0 222.0 -62.25 -60.28 0.6011 0.251.7 0.".735 3876.0

125.0 0.01386 1520.0 203.0 -59.89 -57.90 0.6205 0.2562 0.A783 3631.0

130.0 .01911 131.0.0 186.0 -57.52 -55.50 0.6391. 0.251.3 O.A806 31.30.0 135.0 0.01937 1190.0 171.0 -55.11. -53.10 0.6575 0.2509 0.A815 3258.0

1 ".0.0 0.01965 1070.0 158.0 -52.76 -50.69 0.6750 0.21.71 0.1.822 3106.0

11.5.0 0.01991. 958.0 11.7.0 -50.38 -i.j.27 O.6520 0.21.33 O.U830 2969.0

150.0 0.02025 862.0 136.0 -H7.99 -1.5.86 0.7081. 0.2398 0."»6".5 2 81.1.0 155.0 0. 02059 776.0 126.0 -1.5.60 -1.3.1.3 0.721.3 0.2368 0.1.868 2719.0

160.0 0.02095 699.0 117.0 -H3.20 -1.0.99 0.7398 0.231.2 0.".902 2603.0

165.0 0.02133 628.0 109.0 -1.0.77 -38.52 D.7550 0.2321 0.U91.8 21.91.0

170.0 0.02171. 563.0 101.0 -38.33 -36.01. 0.7698 0.2303 0.5007 2381.0

175.0 0.02218 502.0 93.8 -35.86 -33.51 0.781.1. 0.2288 0.5081 227".. 180.0 0.02265 1.1.6.0 86.9 -33.31. -30.95 0.7989 0.2275 0.5172 2167.0

185.0 0.0231S 393.0 80.3 -30.79 -23.31. 0.6132 0.2265 0.5283 2061.0

190.0 0.02376 31.3.0 73.9 -28.17 -25.67 0.8271. 0. 2257 0. 51.20 1951..0 200.0 0.02513 252.0 61.9 -22.72 -20.07 0.8561 0.221.6 0.5808 1736.0 205.0 0.02597 209.0 56.1 -19.83 -17.09 0.8708 0. 221.". 0.6097 162 2.0 210.0 0.02695 168.0 50.3 -16.80 -13.95 0.8860 0. 221.6 0.6501. 1501.0 215.0 0.02819 128.0 !.<.. 1. -13.53 -10.56 0.9020 0.2252 0.7125 1370.0 220.0 0.02979 88.9 38.2 -9.903 -0.758 0.9191. 0.2267 0.8217 1222.0

225.0 0.03221. 50.3 31.3 -5.531 -2.128 0.91.02 0.2301 1.072 101.2.0 230.0 0.03793 11.. 21.8 1.265 5.268 0.9727 0.21.05 2.310 790.3 235.0 0. 06513 7.76 10.0 16.21 23.08 1.01.9 0.2510 2.632 611..

2

2<>0.0 0.08A31 17.8 7.19 22.51. 31.1.1. 1.085 0.2359 1.151 631..

8

21.5.0 0. 09650 26.3 5.99 26.00 35.18 1.101. 0.2259 0.8031. 65 8.1 250.0 .1062 33.5 5.26 28.57 39.78 1.119 0. 2188 0.6508 679.1

255.0 0.111.5 39.8 "1.75 30.72 1.2.80 1.131 0.2133 0.561.1 69 8.1 260.0 0.1219 1.5.5 1..36 32.60 1.5.1.7 1.11.1 0.2090 0.5077 715.1. 265.0 0.1268 50.7 4. 04 31.. 31 1.7.90 1.150 0.2055 0.1.680 731.5 270.0 0.1352 55.6 3.75 35.90 50.16 1.159 0.2025 0.1.381. 71.6.6

275.0 0.11.12 60.1 3.57 37.39 52.30 1.167 0.2000 0.1.155 760.8

260. 0.11.70 61..

5

3. 35 38.81 5i.. 33 1.171. 0.1979 0.3971 77 A. 3 285.0 0.1526 66.6 3.22 1.0.17 56.27 1.181 0. 1961 0.3822 78 7.2 290.0 0.1580 72.5 3.08 41.1.8 58.15 1.187 0.191.5 0.3638 739.5 295.0 0. 1632 76.1. 2.95 1.2.75 59. 37 1.19". 0.1931 0.3592 811.

A

300.0 0.1683 80.1 2.81. 1.3.98 61.75 1.199 0.1919 0.3502 822.3 310.0 0.1781 67.1 2.61. 1.6.37 65.17 1.211 0. 1898 0.3357 8AA.6

320.0 0.1876 93.7 2.1.7 1.6.67 63.1.7 1.221 0.1882 0.321.1. 865.2

330.0 0.1967 100.0 2. 33 50.91 71.67 1.231 0.1869 0.3151. 881..

7

31.0.0 0.2056 106.0 2.21 53.08 7. .78 1.21.0 0.1858 0.3081 903.1.

350.0 0.211.3 112.0 2.10 55.21 77.83 1.2A9 0.181.9 0.3020 921.3

360.0 0.2228 118.0 2.00 57.31 80.63 1.258 0.181.2 0.2970 93 8.5 370.0 0.2312 123.0 1.92 59.37 63.78 1.266 0.1835 0.2926 955.1 380.0 0.2391. 129.0 1.81. 61.1.1 86.68 1.273 0. 1830 0.2689 971.2

390.0 .21.76 131.. 1.77 63.1.3 89.56 1.281 0.1825 0.2857 98 6.8

1.00.0 0.2556 139.0 1.70 65.1.2 92.1.0 1.288 0.1821 0.2829 1002.0

1.10.0 0.2635 11.5.0 1.61. 67."t0 95.21 1.295 0.1817 0.280H 1017.0

1.20.0 0.2711. 150.0 1.59 69.36 93.01 1.302 0.1611. 0.2782 1031.0

1.30.0 0.2792 155.0 1.5". 71.31 100.8 1.308 0.1812 0.2762 10A5.0

1.1.0.0 0.2869 160.0 1 .1.9 73.25 103.5 1.315 0.1809 0.271.1. 1059.0

1.50.0 0.2946 161.. 1.1.5 75.18 106.3 1.321 0. 1807 0.2728 1073.0

1.60.0 0.3022 169.0 1.1.1 77.09 10 3.0 1.327 0. 1805 0.271". 1086.0

1.70.0 0.3097 171.. 1.37 79.00 111.7 1.333 0. 180A 0.2701 1099.0

1.80.0 0.3172 179.0 1. 33 80.90 Hi..". 1.338 0.1602 0.2689 1112.0

1.90.0 0.321.7 183.0 1.30 82.60 117.1 1.31.1. 0.1801 0.2678 112A.0

500.0 0.3322 188.0 1.26 81.. 69 119.7 1.31.9 0. 1799 0.2668 1136.0 510.0 0.3396 193.0 1.23 86.57 122.1. 1.35". 0.1798 0.2659 11A8.0

520.0 0.31.59 197.0 1.20 88.1.5 125.1 1.360 0.1797 0.2651 1160.0 530.0 0.351.3 202.0 1.18 90.32 127.7 1.365 0.1797 0.261.3 1172.0 540.0 .3616 206.0 1. 15 92.18 130.1. 1.370 0.1796 0.2636 118A.0

550.0 0.3689 211.0 1. 13 9i.. 05 133.0 1.37". 0.1795 0.2629 1135.0

560.0 0.3761 215.0 1.10 95.91 135.6 1.379 0.1735 0.2623 1206.0

570.0 0.3831. 219.0 1.08 97.76 136.2 1.38". 0.1791. 0.2617 1218.0

580.0 0.3906 221.. 1.06 99.6 11.0.3 1.388 0.1791. 0.2612 122 9.0 590.0 0.3978 226.0 l.Oi. '101.5 11.3.5 1.393 0.1791. 0.2607 1239.0

600.0 0.1.050 232.0 1.02 103.3 11.6.1 1.397 0. 1793 0.2602 125 0.0 700.0 0.1.759 275.0 0.653 121.7 171.9 1.1.37 0.1795 0.2573 1351.0

800.0 0.51.57 316.0 0.737 11.0.0 197.6 1.1.71 0.1801. 0.2563 1 1.1.2.0 900.0 0.61-.9 357.0 0.65 156.3 223.2 1.502 0. 1820 0.2566 152 6.0 1000.0 0.6836 356.0 0.581 176.8 21.8.9 1.529 0.181.2 0.2579 160A.O

1500.0 1.023 592.0 0.383 272.9 380.9 1.635 0.1991 0.2710 1933.0

2000.0 1.361 7o5.0 0.266 3 76.2 519.3 1.715 0.2128 0.261.1 220A.O

25 0.0 1.698 978.0 0.228 1.85.3 66-..

5

1.780 0.2226 0.2937 2AI.5.0 3000.0 2.031. 1170.0 0.190 598.1. 813.1 1.831. 0.2291. 0.300". 266A.0

3500.0 2.370 1360.0 0.163 71".. "t 96*.

5

1.881 0.231.2 0.3051 2 86 7.0

TXO-PHASE BOUNDARY
570 PSIA ISOBAR

THERMOPHYSICAL PROPERTIES OP

TEMPERATURE OENSITt

OEG. R LB/CU -T

VIDH/OVL V(DP/OUL, -VIOP/DVL. BTU/LB PSIA-CU FT/BTU PSIA

C1V/DTL/V THERMAL VISCOSITY CONDUCTIVITY

1/OES. R 3TU/FT-MR-R L6/FT-SEC

120 53 67 125 a 53 01 130 52 34 135 51 63 HO 50 90 145 50 15

is o 1.9 37 155 46 57 160 47 74 165 46 69 170 46 01 175 45 09 160 44 14 1S5 43 14 190 42 09 200 39 SO 205 36 51 210 37 10 215 35 49 220 33 57 225 31 02 230 26 37 235 15 36

2 40 11 66 245 a 10 36 250 9 421 255 6 737 260 6 203

265 7 767 270 7 398 275 7 080 260 6 801 265 6 553

290 6 330 295 6 127 300 5 942 310 5 615 320 5 332 330 5 084 340 » 864 350 h 666

360 4 488 370 4 326

360 4 177 390 4 040 400 3 913

199.0

191.0

162.0

173.0 165.0

156.0

152.0 145.0

139.0 134.0

126.0 123.0

117.0 112.0

106.0 93.9

87.5

53.5

39.3 31.4

450.0 3 395 105 a 460.0 3 30} 106 a 470.0 3 223 111 460.0 3 15 2 114 490.0 3 080 117 50D.O 3 Oil 119 510.0 2 945 122 520.0 2 382 125 530.0 2 623 128 540.0 2 766 131

550.0 2 711 133 560.0 2 o53 136 570.0 2 608 139 560.0 2 560 142 590.0 2 51-. 144 600.0 2 469 147 700.0 2 101 174 800.0 1 632 201 900.0 1 62b 229 1000.0 1 463 257 1500.0 9771 410 2000.0 7348 574 2500.0 5691 741 3000.0 4917 909 3500.0 4219 1080

1.74 1.69

70300.

61600.

37700.0

33400 .0 29500.0

25900 .0 22600.0

19700.0

16900 .0 14400 .0 10000.0

8050.0 6230.0

4540.0

2980.0

1560.0

370.0

119.0

211.0

272.0 315.0

348.0

373.0 394.0

411.0

426.0 439.0

450.0

459.0

468.0

476.0

489.0

500.0

509.0

517.0

523.0 529.0

534.0 538.0

542.0

546.0

549.0

552.0

554.0

556.0

558.0

560.0 562.0

563.0

565.0

566.0

567.0

566.0

569.0

570 .0 571.0 572.0

572.0

573.0 573.0

574.0

578.0

579.0

580 .0 580.0

579.0

577.0

576.0

575.0

.00233

.00251 .00264

.00273

.00292

.00305

.00320 .00335

.00352

.00370

.0925

.0895 .0865

.0835

.0805 .0775

.0633

.0606 .0579

.0552

.00512 .0525

.00613 a .0472

00697 .0445

. 00806 .0418

00973 .0391

.0128 .0365

.0200 .0341

.0588 .0321

.0840 .0232

0340 .0172

0220 .0151

.0167 .0139

0137 .0132

0117 0127

.0103 .0124

00921 .0122

00833 a .0120

00772 .0119

00717 .0113

00671 .0118

00631 .0118

00597 .0113

00540 .0113

00495 .0120

00453 0121

00428 0123

00401 .0124

00379 .0126 00359 .0128

00342 .0130 00326 .0132

00312 0134

00300 0136

00283 .0138

00273 0140

.00268 0142

253 0144

a 00251 0146

00243 0148

00236 0150

00230 0152

00223 0154

00218 0156

00212 0158

00207 0160

00202 0162

00197 0163

00193 0165

00169 0167

001B-. 0169

00181 0171

00177 0173

0" 00143 0193

00127 0211

00112 0230

00100 000661

000435

000396

000331

0249

0.640 0.847

0.854

0.861 0.876

0.692

0.909

0.926

0.960

0.978

0.995

1. 17 1.18

THERMAL DIELECTRIC PRANOTL OIFFUSIVITY CONSTANT NUMBER

SO. FT/HR

0.00364 1.46206 3.34 0.00353 1.45581 3.01 0.00344 1.44932 2.78 0.00336 1.44259 2.62

0.00326 1.43564 2.50 0.00320 1.42846 2.37 0.00312 1.42111 2.27

0.0 30 3 1.41355 2.20 0.00294 1.40576 2.13

0.00235 1.33775 2.08 0.00275 1.38949 2.03 0.00264 1.38094 1.39 0.00253 1.37208 1.96 0.00242 1.36284 1.93 0.00230 1.35316 1.91 0.00204 1.33212 1.90 0.00139 1.32044 1.91 0.00173 1.30763 1.95 0.D0155 1.23317 2.02

0.00132 1.27601 2.16 0.00103 1.25346 2.51 0.000523 1.21296 4.18 0.000574 1.12059 3.88 0.00126 1.09226 2.07 0.00181 1.08028 1.60

. 22 7 1.07279 1.39 0.00268 1.06739 1.26 0.00305 1.06318 1.18 0.00341 1.05974 1.12 0.00375 1.05685 1.07 0.00408 1.05436 1.03 0.00440 1.05218 1.00 0.00472 1.05024 0.978 0.00504 1.04850 0.956 0.00535 1.04692 0.937

.00567 1.04548 0.920

0. 00630 1.04293 0.892 0.00693 1.04074 0.870 0.00756 1.03882 0.852 0.00819 1.03712 0.337 0.00883 1.03559 0.3 24 0.00947 1.03421 0.813

0.0101 1.03296 0.805

0.0108 1.03181 0.797 0.0114 1.03076 0.790

0.0121 1.02976 0.784

0.0127 1.02887 0.7 79 0.0134 1.02603 0.775

0.0141 1.02724 0.771 0.0148 1.02650 0.767

0.0155 1.02580 0.764

. 1 62 1.02515 0.761

0.0169 1.02453 0.758

. 1 76 1.02394 0.756 0.0184 1.02339 0.754

0.0191 1.02286 0.752

0.0199 1.02236 0.750 0.0206 1.02188 0.748 0.0214 1.02142 0.746

0.0222 1.02098 0.745

0.0229 1.02057 0.743 0.0237 1.02017 0.7 42 0.0245 1.01378 0.741 0.0253 1.01941 0.7 39 0.0261 1.01906 0.738

0.0270 1.01672 0.737 0.0356 1.01591 0.7 29 0.0450 1.01387 0.723

0.0552 1.01230 0.720 0.0659 1.01106 0.713

TWO-PHA3E 30UN0ART
THERMODYNAMIC PROPERTIES OP NITROGEN

580 PSIA ISOBAR

EMPERATURE VOLUME ISOTHERM

OERIV/ITIVF ISOCHOPE DERIVATIVE

INTERNAL

ENERGY ENTHALPY ENTROPY :v CP VELOCITY

OF SOUNO

DEG. R CU PT/.3 CU FT-PSIA/LB PSIA/R BTU/LB BTU/L3 BTU/LE-R 9TU / LB -R FT/SEC

120.0 0.01863 1750.0 222.0 -62.26 -60.26 0.6010 0.2549 0.4733 3876.0

125.0 . 01686 1530.0 203.0 -59.90 -57.68 0.6205 0.2564 0.4762 3631.0

130.0 0.01910 1350.0 186.0 -57.53 -55.43 0.6393 0.2545 0.4804 3430.0 135.0 0.01937 1200.0 171.0 -55.15 -53.07 0.6574 0.2511 0.4814 3259.0

140.0 0.01964 1070.0 156.0 -52.76 -50.67 0.6749 0.2472 0.4820 3107.0 145.0 0.01994 960.0 147.0 -50.40 -48.25 0.6919 0.2434 0.4628 2970.0

150.0 0.02025 664.0 136.0 -48.01 -45.84 0.7083 0.2400 0.4643 2842.0 155.0 0.02053 778.0 126.0 -45.62 -43.41 0.7242 0.2369 0.4666 2721.0

160.0 0. 02094 701.0 117.0 -43.22 -40.97 0.7397 0.2344 0.4899 2605.0 165.0 0.02132 630.0 109.0 -40.80 -38.51 0.7548 0.2322 0.4944 2493.0

i?o.o 0.02173 565.0 101.0 -38.36 -36.02 0.7697 0.2304 0.5003 2 38 4.0 175.0 0.02217 504.0 93.9 -35.68 -33.50 0.7843 0.2266 0.5076 2276.0

180.0 0.02264 448.0 67.0 -33.38 -30.94 0.7967 0.2276 0.5166 217 0.0 165.0 0.02317 395.0 60.

4

-30.62 -23.33 0.8130 0.2266 0.5276 2064.0

190.0 0.02374 345.0 74.1 -26.21 -25.66 0.3272 0.2257 0.5411 1958.0

200.0 0.02510 254.0 62.1 -22.77 -20.06 0.8559 0.2247 0.5792 1741.0

205.0 0.02593 211.0 56.3 -19.90 -17.11 0.8705 0.2245 0.6075 1627.0 210.0 0.02691 170.0 50.5 -16.83 -13.98 0.3856 0.2246 0.6469 1508.0

215.0 0.02812 131.0 44.7 -13.63 -10.61 0.9014 0.2251 0.7067 137B.0

220.0 0.02969 91.7 38.6 -10.04 -6.656 0.9163 0.2265 0.8097 123 2.0 225.0 0. 03204 53.5 31.8 -5.772 -2.330 0.9391 0.2297 1.036 1058.0 230.0 0.03704 17.6 22.9 0.5132 4.491 0.9690 0.2335 1.973 821.7

235.0 0.05975 6.92 11.1 14.32 20.74 1.039 0.2527 3.032 62 0.5 240.0 .08034 16.3 7.64 21.66 30.23 1.079 0.2380 1.262 63 3.8 245.0 0.09300 25.0 6.29 25.39 35.33 1.100 0.2275 0.8465 65 6.3 250.0 0.1028 32.3 5.46 28.10 39.14 1.115 0.2200 0.6758 677.9

255.0 0.1112 38.7 4.93 30.32 42.26 1.128 0.2143 0.5603 697.0 260.0 0.1187 44.5 4.51 32.26 45.00 1.138 0.2098 0.5193 714.5

265.0 0.1255 49.6 4.18 34.00 47.49 1.146 0.2062 0.4767 73 0.7 270.0 0.1319 54.8 3.90 35.62 43.79 1.156 0.2031 0.4453 745.9

275.0 0.1380 59.4 3.68 37.13 51.95 1.164 0.2005 0.4211 760.2 260.0 0.1437 63.6 3.46 38.57 54.01 1.172 0. 1964 0.4013 773.8 265.0 0.1493 68.0 3.31 39.95 55.93 1.179 0.1965 0.3862 786.7

290.0 0.1546 72.0 3.16 41.27 57.87 1.185 0.1949 0.3 7 32 799.1

295.0 0.1598 75.8 3.03 42.55 59.71 1.192 0. 1934 0.3623 811.1

300.0 0.1648 79.5 2.91 43.80 61.50 1.198 0.1922 0.3529 82 2.6 310.0 0.1745 66.6 2.70 46.20 64.95 1.209 0.1901 0.3378 844.5

320.0 0.1839 93.3 2.53 48.52 63.27 1.219 0.1884 0.3262 665.1

330.0 0.1929 100.0 2.39 50.76 71.48 1.229 0.1871 0.3169 684.7

340.0 0.201? 106.0 2.26 52.95 74.61 1.239 0.1660 0.3094 903.4

350.0 0.2103 112.0 2.15 55.09 77.67 1.248 0. 1850 0.3032 921.4

360.0 0.2187 118.0 2.05 57.19 80.68 1.256 0. 1843 0.2980 938.6

370.0 0.2269 123.0 1.96 59.26 83.63 1.264 0.1836 0.2935 95 5.3 360.0 0.2351 129.0 1.88 61.30 86.55 1.272 0.1831 0.2897 971.4

390.0 0.2431 134.0 1.81 63.32 69.43 1.279 0.1826 0.2864 987.1

400.0 0.2510 139.0 1.74 65.32 92.23 1.287 0.1822 0.2835 1002.0 410.0 0.2588 144.0 1.68 67.31 95.10 1.294 0.1816 0.2810 1017.0

420.0 0.2665 150.0 1.62 69.27 97.90 1.300 0.1815 0.2787 1032.0

430.0 0.2742 155.0 1.57 71.23 100.7 1.307 0.1812 0.2767 1046.0

440.0 0.2818 159.0 1.52 73.17 103.4 1.313 0.1810 0.2749 1059.0

450.0 0.2894 164.0 1.48 75.10 lOo.Z 1.319 0.1808 0.2733 1073.0

460.0 0.2969 169.0 1.43 77.02 103.9 1.325 0.1806 0.2718 1086.0

470.

D

0.3043 174.0 1.39 78.93 111.6 1.331 0. 1804 0.2705 1099.0

460.0 0.3117 179.0 1.36 80.63 114.3 1.337 0. 1802 0.2693 1112.0 490.0 0.3191 183.0 1.32 82.73 117.0 1.342 0.18 01 0.2682 1125.0

500.0 0.3264 188.0 1.29 84.62 119.7 1.348 0.1800 0.2671 1137.0 510.0 0.3337 193.0 1.26 86.50 122.3 1.353 0.1799 0.2662 1149.0

520.0 0.3409 197.0 1.23 88.38 125.0 1.358 0.1798 0.2653 1161.0

530.0 0.3462 202.0 1.20 90.26 127.6 1.363 0.1797 0.2646 1173.0 540.0 0.3554 206.0 1.17 92.12 130.3 1.368 0.1796 0.2638 1134.0

550.0 0.3625 211.0 1.15 93.99 132.9 1.373 0.1796 0.2631 1196.0

560.0 0.3697 215.0 1.12 95.85 135.6 1.378 0.1795 0.2625 1207.0 570.0 0.3768 219.0 1.10 97.71 138.2 1.382 0.1795 0.2619 1218.0 560.0 0.3839 224.0 I. 06 99.6 140.8 1.367 0.1794 0.2614 1229.0

590.0 0.3910 228.0 1.06 101.4 143.4 1.391 0.1794 0.2609 124 0.0 600.0 0.3980 233.0 1.03 103.3 146.0 1.396 0.1794 D.26D4 1251.0

700.0 0.4678 275.0 0.869 121.6 171.9 1.436 0.1795 0.2574 1351.0 600.0 0.5365 316.0 0.75 139.9 197.6 1.470 0.1805 0.2564 144 3.0 900.0 0.6045 357.0 0.661 158.3 223.2 1.500 0.1821 0.2567 1527.0

1000.0 0.6720 397.0 0.592 176.8 248.9 1.527 0.1842 0.2580 1604.0

1500.0 1.006 593.0 0.36 9 272.9 381.0 1.634 0.1991 0.2710 1933.0

2000.0 1.338 766.0 0.291 3 76.2 519.9 1.714 0.2128 0.2841 2205.0

2500.0 1.669 978.0 0.23 2 4 85.3 664.5 1.779 0.2226 0.2937 2445.0

3000.0 1.999 1170.0 0.193 598.4 813.1 1.833 0.2294 0.3004 2664.0

3500.0 2.323 1360.0 0.166 714.4 964.6 1.879 0.2342 0.3051 2 86 7 .

TWO-PHASE BOUNDARY
530 PilA ISOBAR

THERMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE OENSITr

DEG. R LB/CU FT

V(OH/OV> tMOP/OUt -\MDP/DV>

BTU/LB PSIA-CU FT/BTU PSIA

COV/DTLfV THERMAL VISCOSITY P CONOUCTIVIn

1/DEG. R iTU/FT-HR-R L6/FT-SEC

THERMAL DIELECTRIC

9IFFUSIVITY CONSTANT

SQ FT/HR

PRANOTL NUMBER

120.0 53.67 200.0 16.3 93700 .00237 .0925 18.1 0.0036* l.*6211 3.3* 125.0 53.02 191.0 1*.9 30900 00251 .0895 15.7 0.00353 l.*5587 3.02

130.0 52.31. 182.0 H. 701.00 .0026* .0865 13.9 0.003** l.**939 2.78

135.0 51.61. 173.0 13.2 61700 .00273 .0835 12.6 0.00336 l.**267 2.62

1*0.0 50.91 166.0 12.6 5**00 .00291 .0805 11.6 0.00323 l.*3573 2.50 1*5.0 50.16 153.0 12.0 *8100 .00305 .0776 10.6 0.00320 l.*2658 2.37 150.0 .9.38 152.0 11.5 *2700 .003U .07*6 9.71 0.00312 l.*2122 2.27

155.0 1.6.58 11.6.0 11.0 37800 .00331. .0713 9.00 0.0030* 1 . * 1 36 7 2.20

160.0 1.7.76 140.0 10.5 33500 .00351 .0689 8.31. 0.00295 l.*0590 2.13

165.0 1.6.91 131.. 10.0 29600 .00369 .0661 7. 72 0.00235 1.39790 2.08

170.0 1.6.02 128.0 9.55 26000 00390 .063* 7. m 0.00275 1.38965 2.03

175.0 1.5.11 123.0 9.10 22700 .00*13 .0606 6.60 .00 265 1.38113 1.99

180.0 41.. 16 117.0 8.66 19800 .00**0 .0579 6. 09 0.0025* 1.37228 1.95 185.0 1.3.17 112.0 8.22 17000 .00*72 .0553 5.61 0.002*3 1.36307 1.93

150.0 1.2.12 106.0 7.79 1*500 .00510 .0526 5. 15 0.00231 1.353*3 1.31 200.0 39.81. 91.. 3 6.91. 10100 .0061* .0*73 *.29 0.00205 1.332*8 1.89 205.0 38.56 87.9 6.50 81*0 00691 .0**6 3.39 O.O0190 1.32087 1.91 210.0 3 7.16 31.0 6.06 6330 00799 .0*19 3.*9 0.0017* 1.30816 1.9* 215.0 35.57 73.1. 5.58 *6*0 00963 .0392 3.10 0.00156 1.29386 2.01 220.0 33.68 6*.

8

5.06 3090 0125 .0367 2.69 0.0013* 1.27700 2.1* 225.0 31.21 51..

5

*.*3 1670 0190 .03*3 2.25 0.00106 1.25515 2.*5

230.0 27.00 1.1.0 3.55 *76 0*81 .0322 1.68 0.00060* 1 . 2 1 8* 3 3.72 235.0 16.73 31.6 2.63 116 0961 .0250 1. 00 0.000*93 1.13185 4.36

21.0.0 12.1.5 33.6 2.58 203 0376 .0180 0.876 O.O0115 1.09696 2.21

21.5.0 10.75 36.2 2.57 268 0231. 0155 0.8** 0.00170 1.06339 1.66 250.0 9.725 38.7 2.56 31* 0175 .01*2 0.831 0.00217 1.07520 l.*2

255.0 8.992 1.1.0 2.56 3*8 01*1 013* 0.825 0.00257 1.0 69*0 1.28 260.0 8.1.26 1.3.2 2.55 375 D 0120 .0129 0.82* 0.00295 1.06*93 1.19 265.0 7.966 1.5.3 2.51. 397 0105 .0125 0.625 0.00330 1.06131 1.13 270.0 7.579 1.7.3 2.5i. *15 009*0 0123 0.828 0.0036* 1.05827 1.03

275.0 7.21.8 1.9.3 2.53 *31 0035.. 0121 0.832 0.00397 1.05567 1.0* 280.0 6.957 51.2 2.52 *** 0078k 0120 0.638 0.00*29 1.053*0 1.01 285.0 6.699 53.1 2.52 *55 00727 0119 0.8*3 0.00*60 1.05138 0.98*

290.0 6.1.68 51.. 9 2.51 *65 00679 0119 0.850 0.00*92 1.0*95 8 0.962

295.0 6.259 56.7 2.50 *7i» 00638 0119 0.857 0.00523 1.0*795 0.9*2

300.0 6.068 58.5 2.50 *83 00603 0119 0.86* 0.0055* 1.0*6*6 0.925

310.0 5.730 62.0 2.1.8 *96 005*5 0119 0.879 0.00616 1.0*333 0.8 96 320.0 5.1.39 65.1. 2.1.7 508 00*99 0120 0.895 0.00678 1.0*157 0.873

330.0 5.181. 63.7 2.1.6 517 00*62 0122 0.911 0.007*1 1.03960 0.85*

31.0.0 *.953 71.9 2.1.5 525 00*30 0123 0.928 0.0080 3 1.03785 0.839 350.0 *.756 75.1 2.1.1. 532 00*0* 0125 0.9*5 0.00866 1 . 3 62 8 0.826

360.0 *.573 78.3 2.1.3 538 00381 0127 0.962 . 92 9 1.03*87 0.815

370.0 i.. 1.0 7 Sl.i. 2.1.2 5*3 00361 0128 0.979 0.00593 1.03359 0.806

380.0 *.25* 8i». i. 2.1.1 5*8 3*3 0130 1.00 0.0106 1.032*1 0.798

390.0 t.lli 87.5 2.1.0 552 00327 0132 1.01 0.0112 1.03133 0.791

1.00.0 3.981. 90.5 2.1.0 555 00313 a 013* 1. 03 0.0119 1.03033 0.785

1.10.0 3.86<> 93.5 2.39 558 00301 0136 1.05 0.0125 1.029*1 0.780

1.20.0 3.752 96.1. 2.38 561 00289 .0138 1. 07 0.0132 1 .0285* 0.7 76

1.30.0 3.61.7 99.3 2.38 56* 00279 01*0 1.08 . 1 39 1.0277* 0.772

1.1.0.0 3.51.8 102.0 2.37 566 00269 01*2 1.10 0.011.5 1 . 2 69 6 0.768

1.50.0 3.1.56 105.0 2.36 568 00260 01** 1.12 0.0152 1.02627 0.765

1.60.0 3.369 108.0 2.36 570 00252 01*6 1.1* 0.0159 1.02560 0.7 62

1.70.0 3.286 111.0 2.35 572 002** 01*3 1. 15 0.0166 1.02*97 0.7 59

1.80.0 3.208 114.0 2.35 573 00237 0150 1. 17 0.0173 1.02*37 0.756

1.50.0 3.131. 117.0 2.31. 575 00230 0152 1.19 0.0181 1.02380 0.75*

500.0 3.061. 119.0 2.31. 576 0022* 015* 1.20 0.0188 1.02326 0.752 510.0 2.997 122.0 2.33 577 00218 0156 1. 22 0.0195 1.02275 0.750

520.0 2.933 125.0 2.33 578 00212 0158 1.2* 0.0203 1.02226 0.7*6

530.0 2.872 128.0 2.32 579 00207 0160 1.25 0.0210 1.02180 0.7*7

51.0.0 2.811. 131.0 2.32 580 00202 0162 1.27 0.0218 1.02135 0.7*5 550.0 2.758 133.0 2.32 581 00197 016* 1.28 0.0226 1.02093 0.7*3

560.0 2.705 136.0 2.31 582 00193 0166 1.30 0.0 2 33 1.02052 0.7*2 570.0 2.65i. 139.0 2.31 582 D0189 0163 1. 32 0.02-.1 1.02013 0.7*1

560.0 2.605 11.2.0 2.30 583 00185 0170 1.33 0.02-9 1.01976 0.7 *0 590.0 2.558 1W.0 2.30 58* 00181 0172 1.35 0.0257 1.01939 0.738 600.0 2.512 11.7.0 2.30 58* 00177 017,. 1. 36 0.0265 1.01905 0.7 37 700.0 2.138 171.. 2.26 588 001*3 0193 1.52 0.0350 1.01619 0.729

800.0 1.861. 201.0 2.23 590 00127 0212 1.66 0.0**3 1.01*11 0.72*

900.0 1.651. 229.0 2.20 590 ooii,; 0230 1.79 0.05*2 1.01251 0.720 1000.0 1.1.88 257.0 2.16 590 00100 02*9 1.92 0.06*8 1.01125 0,716 1500.0 0.991.0 1.10.0 1.97 569 000661

2000.0 0.71,75 571.. 1.83 587 000*95

2500.0 0.5993 71.1.0 1.7* 586 000396

3000.0 0.5002 909.0 1.69 585 000331

3500.0 0.1.293 1060.0 1.65 58* 00028*

THO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF NITROGEN

TEMPERATUFE

125.0 130.0

135.0

150.0 155.0

160.0 165.0

170.0 175.0

IdO.O 165.0

190.0

200.0

205.0

210.0

215.0 220.0

225.0

230.0

235.0

250.0 255.0

260.0

265.0 270.0

275.0

260.0

265.0

290.0 295.0

300.0

310.0

320.0

330.0

31.0.0

350.0

360.0

370.0

360.0

440.0

1.50.0

1.60.0 470.0

1.60.0 i>90.0 500.0

510.0

520.0 530.0

51.0.0

550.0 560.0

570.0

560.0

590.0 600.0 700.0

600.0

1500.0 2000.0

2500.0

3000.0

3500.0

590 P5IA IS09AR

VOLUME ISOTHERM ISOCHORE INTERNAL ENTMALPY derivative C£RIVATIVE ENERGY

CU FT/. B CU FT-PSIA/L6 PSIA/R BTU/L8 BTU/L3

0.01863 1750.0 222.0 -62.27 -60.23

0. 01685 1530.0 203.0 -59.91 -57.35

. 01910 1350.0 166.

C

-57.54 -55.46

0.01935 1200.0 171.0 -55.17 -53.05

.01961. 1070. 156.0 -52.79 -50.64

0.01993 961.0 11.7.0 -50.41 -46.23

0.02025 866.0 136.0 -48.03 -45.82

0.02058 780.0 126.0 -45.64 -43.39

0.02093 703.0 118.0 -43.24 -40.95

0.02131 632.0 109.0 -40.82 -33.49

0.02172 567.0 101.0 -38.38 -36.01 0.02216 506.0 94. 1 -35.91 -33.49

0.02263 1.50.0 67.1 -33.41 -30.93

0.02315 397.0 6U.5 -30.66 -23.33

0. 02372 31.7.0 74.2 -28.25 -25.66

0.02503 256.0 62.3 -22.83 -20.09

0.02590 213.0 56.5 -19.96 -17.13

.02667 173.0 50. -16.55 -14.02

0.02805 133.0 45.0 -13.73 -10.67

0.02960 94.5 38.9 -10.18 -o.951 0.03185 56.7 32.2 -5.999 -2.518

0.03631. 21.1 23.8 -0.1035 3.567

0.051.91 6.72 12.4 12.37 13.37

0. 0761.1 15.0 3. 14 20.71 29.05 0.06957 23.7 6.60 24.76 34.55 0.0996 31.1 5.71 27.61 33.49 0.1081 37.7 5.11 29.92 41.72 0.1156 1.3.6 4.66 31.91 44.53

0.1221. 1.9.0 4.31 33.69 47.07 0.1288 51.. 4. 02 35.34 49.41

0. 1406 0.1460 0.1513 0.1565

0.1615

0.1711 0.1603

0.1892 0.1979

0. 2064 0.2147

0.2228

0.2308 0.2337

0.2465 0.2542

0.2619

0.2694 0.2769

0.2844

0.2917

0.2991

. 3064

0. 3136

0. 3208 0.3280 0.3351

0. 3423 0.3493 0.3564

0.3634

0. 3704 0.3774 0.3844

0.3913

0.4600

0.5275

. 5944 0.6608

0.9893

1. 315 1.641 1.966

2.290

106.0

112.0

117.0

123.0

126.0

134.0

139.0

164.

169. 174. 179.

163.

188.

193.

197. 202.

206.

219.0 224.0

226.0 233.0

275.0 316.0

357.0 397.0

593.0

736.0 978.0 1170.0

1360.0

3.25

3.11 2.96

1.65

1 .60 1.55

36.88

38.33

39.72 41.06

42.3 6 43.61

46.04

61.20 63.22 65.23

0.673

0.60 2 0.39o 0.296

0.236

.157 0.169

97.65

99.5 101.4

103.2 121.6

139.9

151.3

176.7 272.9

57.60

53.45 61.25 64.73

61.06

71.29

83,.49

65,.42

83,,31 92 ,16

9t,.99 97,,79 100,,6 103,,3

106,,1 101.,8 Ill,.5

171,,9 197,,5 22J,,2 241,, 3

3S1,,0 513,,9

ENTROPY

c3TU/LB-R 0.6009

0.6204 0.6352

0.6573

0.6748 0.6917

0.7081

0.7695

0.7641 0.7965

0.6128

0.8270

0.8556

0.8702 0.8852

0.9005 0.9181

0.9380

0.9660

1.028 1.073 1.096

1.112

1.125

1.136

1.145

1.154

1.162 1.170

1.177 1.183

1.190

1.196 1.207

1.216

1.226

1.237 1.246

1.255

1.263

1.270

1.276 1.285

1.292 1.299

1.305

1.312 1.316

1.324

1.330 1.336

1.341 1.346

1.352

1.357

1.362 1.367

1.372 1.377

1.381 1.366

1.390 1.395 1.434

1.469

1.495

1.526

1.633 1.713

0.2552 0.2566

0.2547

0.2513

0.2474

0.2436

0.2401

0. 2371 0.2345

0.2323 0.2305

0.2269

0.22 7 7 0.2266

0.2258

0.2247

0.2245

0.2245

0.2251 0.2263

0.2292

0.2370

0.2530

0.2400 0.2291

0.2212

0.2153

0.2106

0.2068

0.2037

0.2011

0.1988

0. 1959 0.1952

0. 1938 0.1925

0.1903

0. 1886

0. 1872

0. 1661 0.1652 0.1644

0.1637

0. 1832 0.1827 0.1823

0. 1819

0. 1816

0. 1813 0.1810

0. 1808 0.1806

0. 1805 0.1803

0. 1602

0. 1600 0.1799

0. 1798 0.1797

0.1737

0. 1796 0.17*5

0.1795 0.1794

0.17*4 0.1794

0.1796 0.1805

0.1821

0.1642

.1931 .2128 .2226

.2294

CP VELOCITY

OF SOUNO

-1I FT/SEC

.4732 3875.0

.4761 3631.0 .4802 3431.0

.4812 3259.0

.4618 3108.0

.4626 2971.0

.4841 2 84 3.0 .4863 2723.0

.4896 2607.0

.4941 2495.0

,4999 2366.0

.5071 2279.0

.5160 2173.0

.5269 2067.0 .5402 1962.0 .5776 174 6.0 .6053 1633.0 .6436 1514.0

.7011 138 6.0 .7986 124 3.0

1 .005 1073.0

1 .747 84 9.5

3 .242 631.6

1 .390 63 3.5 ,6984 65 5.7 .7027 676.8

.5975 69 6.0 .5314 713.6

0,.4858 729.9

,4524 74 5.2

0,,4269 759.6

,4067 773.3

0,,3903 786.3

0,.3767 798.8

0,,3653 810.8

0,.3556 82 2.3

.3400 84 4.3

0,,32 79 86 5.1 ,3184 884.7

.3107 903.5

a,,3043 921.5

,2989 93 8.8 ,2944 955.5

0,,2905 971.7

a,,2871 98 7.4

a,,2842 1003.0

a,,2816 1017.0

0,,2793 1032.0

0.,2772 1046.0

0,.2754 1060.0

a,,2737 1073.0

0.,2722 1087.0

0.,2709 1100.0

0.,2696 1112.0

a.,2685 112 5.0

0.,2675 1137.0

0.,2665 1150.0

a. 2656 1161.0

a.,2648 1173.0

0,,2641 1185.0

0,,2634 119 6.0

0. 2628 1208.0

a. 2622 1219.0

0.,2616 1230.0

0. 2611 1241.0

0. 2606 1251.0

0. 2575 135 2.0

0.,2565 144 3.0

0..2568 1527.0

0. 2581 1605.0

0. 2710 193 4.0

0. 2641 2205.0

0. 2538 2446.0

0. 3004 2665.0

0. 3051 2 86 7.0

THO-PHASE 30UN0AKY
THERMOPHYSICAL PROPERTIES OF NITROGEN

590 PSIA IS06AR

TEMPERATURE DENSITY IMOH/Dl/Ij.

OEG. R L3/CU -T BTU/LB

IMDP/DUI, -\MDP/Ol/L 'SIA-CU FT/BTU PSIA

IDJ/DTyW THERHAL VISCOSITY F CONDUCTIVITY

1/OEO. R 3TU/FT-HR-R LB/FT-SEC

THERMAL DIELECTRIC

OIFFUSIVITY CONSTANT

SO FT/HR

120.0 53 68 200 : 125.0 53 03 191 130.0 52 35 182 135.0 51 65 171. 11.0.0 50 92 166 145.0 50 17 159 150.0 1.9 39 152 155.0 1.8 59 146 160.0 1.7 77 11.0 165.0 1.6 92 131.

170.0 1.6 01. 129 175.0 1.5 13 123 180.0 1.1* 18 118 165.0 1.3 19 112 190.0 1.2 15 106 200.0 39 67 91. 7 205.0 38 61 68 3 210.0 37 21 81 5 215.0 35 61. 71. 220.0 33 79 65 5 225.0 31 39 55 (. 230.0 27 52 1.2 6 235.0 18 21 32 1 21.0.0 13 09 33 4 21.5.0 11 16 36 O 250.0 10 01. 36 1. 255.0 9 251. 1.0 6 260.0 8 653 1.3 265.0 8 166 1.5 1 270.0 7 763 1.7 1 275.0 7 1.17 1.9 1 260.0 7 115 51 265.0 6 81.7 52 9 290.0 6 606 51. 7 295.0 6 391 56 5 300.0 6 194 58 3 310.0 5 81.5 61 a 320.0 5 51.6 65 2 330.0 5 261. 66 5 31.0.0 5 053 71 S 350.0 1, 81.5 75 360.0 i. 653 78 1 370.0 4 1.83 81 2 360.0 it 332 61. 3 390.0 i. 169 87 4 1.00.0 4 056 90 4 1.10.0 3 933 93 it 1.20.0 3 813 96 3

1.30.0 3 711 99 3

1.1.0.0 3 611 102

1.50.0 3 517 105

1.60.0 3 1.28 108

1.70.0 3 344 111

1.60.0 3 261. 111. 1.90.0 3 189 117 500.0 3 117 119 510.0 3 01.9 122 520.0 2 981. 125 530.0 2 922 128

51.0.0 2 863 130 550.0 2 806 133 560.0 2 75 2 136 570.0 2 700 139 560.0 2 650 11.2 590.0 2 602 11.1. 600.0 2 555 11.7 700.0 2 171. 171. 600.0 1 896 201 900.0 1 662 229 1000.0 1 513 258 1500.0 1 011 1*10 2000.0 7602 571. 2500.0 6095 71.1 3000.0 5068 909 3500.0 1.366 1080

. TKO-PHASE BOUNOARY

93100 00237 .0925 16.2 3 . 36 4 1 .46217 3.34

31000 00250 .0895 15.7 .00353 1 .45594 3.02

70500 .0026<. .0865 13.9 .0034 4 1 .4494 6 2.78 61800 00277 .0835 12.6 .00336 1 .44275 2.62

51.500 00291 .0806 11.6 . 32 8 1 .43581 2.50

1.8200 0030. .0776 10.6 .00321 1 .42867 2.37

H2800 .00313 .0747 9.72 .00312 1 .42133 2.27 37900 00331. .0718 9. 01 .00 30 4 1 .41379 2.20

33600 00350 .0690 8.35 . 29 5 1 .40603 2.13

29600 0036S .0662 7.73 . 28 5 1 .39805 2.08 26100 00383 .0634 7.15 .00276 1 .38982 2.0 3 22300 001.12 .0607 6.61 .00265 1 .38131 1.99

19900 001.39 0580 6. 10 .00254 1 .37249 1.35

17100 001.70 .0553 5.62 . 24 3 1 .36331 1.93

11.600 00507 0527 5.16 .00 231 1 .35370 1.91 10200 00610 0474 4.31 .00 206 1 .33264 1.89

321.0 00686 0447 3.90 .00131 1 .32130 1.90

61.30 00790 .0420 3.51 .00175 1 .30869 1.94

1.71.0 00948 0393 3. 12 .00157 1 .29454 2.00

3190 0122 0368 2.71 .00136 1 .27795 2.12

1780 0181 .0344 2.28 .00109 1 25675 2.40

581 0410 0322 1.74 .00 06 71 1 22291 3.40

122 101 0266 1. 06 .000450 1 14404 4.65

196 c 0416 0189 0.694 .00104 1 10212 2.37

261. 0250 0160 0.854 .00160 1 08667 1.73

312 0183 .0146 0.838 .00206 1 07771 1.46

31.9 0147 .0137 0.831 .00247 1 07147 1.31

377 D 0124 0131 0.829 .00285 1 06672 1.21

1.00 0103 0127 0.830 320 1 629 1.14

1.19 00960 0124 0.832 .00354 1 .05972 1.09

1.35 00363 0122 0.836 00366 1 05700 1.05

1.1.9 00797 0121 0.841 00418 1 05463 1.02

1.61 00738 0120 0.647 00449 1 05254 0.991

1.72 00683 0120 0.853 00430 1 05067 0.968

1.81 0064O 0119 0.859 00511 1 04898 0.947

1.89 00610 011 3 0.866 00542 1 04744 0.9 29

501. 00550 0120 0.861 00603 1 04473 0.300

515 00503 0121 0.837 00665 1 04240 0.876

525 00465 0122 0.913 .00726 1 04037 0.857

533 00433 0124 0.930 786 1 03858 0.841

51.0 00405 0125 0.946 00850 1 03697 0.328

51.7 00383 0127 0.964 a 00912 1 03553 0.617

552 00362 0129 0.931 975 1 03421 0.807

557 00345 0131 1.00 0104 1 03301 0.793

561 00323 0132 1.02 0110 1 03191 0.792

561. 00314 0134 1. 03 0117 1 03069 0.786

566 00302 0136 1.05 0123 1 02994 0.781

571 00290 0138 1.07 0130 1 02906 0.776

573 00279 0140 1.03 0136 1 02823 0.772

576 00270 0142 1. 10 0143 1 02746 0.769

578 00261 0144 1.12 0150 1 02674 0.765

560 00252 0146 1.14 0157 1 02605 0.762

581 00244 0148 1.15 0164 1 02541 0.759

583 00237 0150 1.17 0171 1 02480 0.757

581. 00230 0152 1.19 0178 1 2 422 0.755

586 00224 D 0154 1.20 0165 1 02367 0.752

567 00218 0156 1.22 0192 1 02315 0.750

588 00213 0158 1.24 0199 1 02265 0.749

589 00207 0160 1.25 0207 1 02218 0.7 47 590 00202 0162 1.27 0214 1 02173 0.745

591 00196 0164 1.29 0222 1 02129 0.744

592 00193 0166 1.30 0229 1 02088 0.742

592 00183 0166 1.32 0237 1 02048 0.741

593 00185 0170 1.33 0245 1 02010 0.740

591. 00161 0172 1.35 0253 1 01973 0.739

591. 00177 017» 1. 37 0261 1 01936 0.738

598 00148 0193 1.52 0345 1 01647 0.729

600 00127 0212 1.66 0436 1 01435 0.724

601 00112 0230 1.80 5 33 1 01273 0.720

601 D 00100 0243 1.92 638 1 01144 0.716

599 000661

598 000435

596 000336

595 000330

595 000234
THERMODYNAMIC PROPERTIES OF NITROGEN

TEMPERATURE

120. G 125.

a

130.0

135.0

140.0 145.0

150.0

155.0

160.0

165.0 170.0

175.0

160.0

165.0 190.0

200.0 205.0

210.0

215.0 220.0

225.0 230.0

235.0

240.0

245.0

250.0

255.0

260.0 265.0

270.0

275.0

260.0 285.0

290.0 295.0

300.0

310.0 320.0

330.0

340.0

350.0 360.0

370.0

380.0

390.0 400.0

410.0

420.0

460.0 470.0

480.0

490.0

500.0

510.0 520.0

530.0 540.0

580.

590. 600.

700.

1500.

2000.

2500. 3000.

3500.

600 P3IA ISOBAR

VOLUME ISOTHERM ISOCHOPE INTERNAL OERIVAUVE DERIVATIVE ENERGr

CU FT/.

a

CU FT-PSIA/LB PSIA/R 8TU/LB

0.01863 1750.0 222.0 -62.26

0.01886 1530.0 203.0 -59.92

0. 01910 1350.0 186.0 -57.55

0.01936 1200.0 171.0 -55.18

0.01964 1070.0 156.0 -52.80

0.01993 963.0 147.0 -50.43

0.02024 867.0 136.0 -48.05

0.02057 782.0 127.0 -45.66

0. 02393 704.0 118.0 -43.26

0.02130 634.0 109.0 -40.84

0.02171 568.0 102.0 -38.41

0.02215 508.0 94.2 -35.94

0.02262 452.0 87.3 -33.44

0. 02314 399.0 80.7 -30.89

0.02371 349.0 74.4 -28.29

0. 02505 258.0 62.4 -22.66

0.02587 216.0 56.7 -20.03

0.02683 175.0 51.0 -17.03

0. 02800 136.0 45.2 -13.83

0. 02951 97.2 39.3 -10.31

0.03168 59.8 32.7 -6.214 0.03577 24.6 24.7 -0.6289

0.05084 7.09 13.7 10.52

0.07254 13.7 6.70 19.68 0.08621 22.4 6.93 24.11

0.09645 30.0 5.95 27.11

0.1050 36.6 5.30 29.50 0.1126 42.6 4.82 31.55 0.1194 48.1 4.45 33.38 0.1258 53.2 4.14 35.05 0.1318 57.9 3.89 36.62

0.1375 62.4 3.68 38.09

0.1429 66.7 3.49 39.50 0.1482 70.6 3.33 40.85 0.1533 74.7 3.15 42.16

0.1582 78.5 3.06 43.43 0.1677 65.7 2.84 45.87

0.1769 52.5 2.65 48.21 0.1857 99.0 2.49 50.48 0.1943 105.0 2.36 52.68 0.2026 111.0 2.24 54.84 0.2108 117.0 2.14 56.95 0.2139 123.0 2.04 59.04

0.2268 128.0 1.96 61.09 0.2346 134.0 1.88 63.12

0.2422 139.0 1.81 65.13

0.2498 144.0 1.75 67.12 0.2574 149.0 1.69 69.09

0.2648 154.0 1.63 71.05 0.2722 159.0 1.58 73.00 0.2795 164.0 1.53 74.94 0.2868 169.0 1.49 76.66

0.2940 174.0 1.45 78.78

0.3012 179.0 1.41 80.69

0.3083 183.0 1.37 82.59 0.3154 188.0 1.34 84,48

0.3225 193.0 1.30 86.37 0.3295 197.0 1.27 88.25 0.3365 202.0 1.24 90.13

0.3435 206.0 1.22 92.00 0.3505 211.0 1.19 93.67 0.3574 215.0 1.16 95.74

0. 3643 220.0 1.14 97.60 0.3712 224.0 1.12 99.45

0.3780 228.0 1.05 101.3 0.3849 233.0 1.07 103.2 0.4524 275.0 0.900 121.6 0.5189 317.0 0.777 139.9 0.5847 357.0 0.685 158.2 0.6500 397.0 0.612 176.7 0.9730 593.0 0.40 3 272.9 1.294 767.0 0.301 376.2

1.614 979.0 0.240 485.3

1.933 1170.0 0.200 598.4 2.252 1360.0 0.171 714.4

8TU/LB

-60 .21 -57.,33 -55,.43 -53 .03 -50,.62 -48 ,21 -45,,80 -43,,37

-35.00 -33.48

-30.93

-28.32 -25.66

-20.10

-17.15 -14.05

-2.694

3.345

16.17 27.74

33.63

37.83 41.17

44.06

46.65

49.03

51.26 53.37

55.38

57.32

53.19

61.00 64.50

67.86

71.11

.27

86.29

89.18 92.04

94.88

97.69

100.5

103.2

108.

111.

114. 116.

119.

122.

132.8 135.4

133.1

171.

197. 223.

381. 519.

0.6203

0.6391 0.6572

0.6747

0.6916

0.7080 0.7239

0.7394

0.7545

0.7693 0.7839

0.7983

0.8126

0.8266

0.8553 0.8698

0.8643

0.9369

0.9635

1.019

1.067

1.092

1.109 1.122

1.133

1.143

1.152

1.160 1.166

1.175

1.181

1.188

1.194 1.205 1.216

1.226 1.236

1.245

1.253

1.261 1.269

1.277 1.284

1.291

1.298

1.304

1.310

1.317 1.323

1.329

1.345

1.350 1.356

1.361 1.366

1.370 1.375

1.380 1.364 1.389

1.393

1.433

1.632 1.712 1.776

1.830 1.877

0.2554

0.2568 0.2549

0.2515

o.; *76 0.2438

0.2403

0.2372

.2306

.2290 .2278

.2267

.2259

.2247

0.2289

0.2357

0.2520

0.2420 0.2306

0.2225

0.2163

0.2115

0.2076

0.2043 0.2016

0. 1993

0. 1973

0. 1956

0. 1941 0.1928 0.1906

0. 1888 0.1674

0.1863

0.1853

0. 1845 0.1836 0.1833

0.1328 0.1823

0.1820

0. 1816

0. 1814 0.1811 0.1809

0.1807

0. 1805 D.1803 0.1802

0.1801

0.1800

0. 1799

0. 1798 0.1797

0.1796

0.1796 0.1795

0.1795

0.1794 0.1794

0.1796

0. 1805 0.1821

0.1843

0.1991 0.2128

0.2227 0.2294

0.23»2

CP VELOCITY

OF SOUNO

R FT/SEC

.4731 3675.0

.4779 3631.0 .4801 3431.0

.4310 3260.0 .4816 3109.0 .4824 2 97 2.0 .4838 2845.0

.4861 2724.0 .4893 2609.0

.4938 2498.0

.4995 2389.0 .5066 2282.0 .5154 2176.0 .5261 2071.0 .5393 1965.0

.5761 1751.0 .6031 1638.0 .6404 1521.0 .6958 1394.0 .7882 1253.0 .9772 1087.0

1 .585 874.7

3 .221 647.7

1 .532 634.1

.9532 654.9

.7316 675.8 .6156 695.0

.5440 712.7

.4952 729.2 .4598 744.6

.4328 759.1

.4116 772.8

.3944 785.9

.3803 798.5

.3685 810.5 .3584 822.1

.3422 844.2

.3298 865.0 .3199 884.8

.3120 903.6

.3054 921.6

.3000 939.0

0,.2953 955.7

.2913 972.0

0,.2879 987.7

.2648 1003.0

0,.2822 1018.0

0,,2798 1032.0

0,.2777 1046.0

0..2759 1060.0

0,.2742 1074.0

0,,2726 1087.0

0,,2713 1100.0

0,,2700 1113.0

0.,2688 1126.0

0,,2678 1138.0

0. 2668 1150.0

0,,2659 1162.0

0. 2651 1174.0

0.,2643 1185.0

0, 2636 1197.0

0.,2630 1208.0

0. 2624 1219.0

0. 2618 123 0.0

0. 2613 1241.0

0. 2608 1252.0

0. 2577 1353.0

0. 2566 1444.0

0. 2568 1528.0

0. 2581 1606.0

0. 2711 1934.0

0. 2842 2 20 6.0

0. 2938 2446.0

0. 3004 2665.0

0. 3051 2868.0

TWO-PHASE 90U
600 P5IA ISOBAR

THERMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE OENSITr

DEG. R LB/CU r T

VCOH/OV) V(DP/OUL, -V1DP/OVL.

BTU/LB PSIA-CU FT/BTU PSIA

<DV/OTL/,V THERMAL VISCOSITY CONDUCTIVITY

1/OEG. R 3TU/FT-HR-R LB/FT-SEC

120 53 68 125 53 03 130 52 36 135 51 66 140 50 93 1« 50 IS 150 1.9 <t0 155 ".8 61

170 1.6 06 175 1.5 15 LSD 1.1. 20 165 1.3 22 190 1.2 18 200 39 91 205 38 65 210 37 27 215 35 72 220 33 89 225 31 56 230 27 96 235 19 67

2<>0 13 79

21.5 11 60

I '. 10 37 255 9 523 260 8 885 265 6 371. 270 7 950 275 7 589

260 7 27lt 295 6 997 250 6 748 295 6 525 300 6 321 310 5 962 320 5 65i> 330 5 385

31.0 5 11.8

350 i, 935 360 1. 743 370 1* 569 360 It 410 390 i* 263

1.00 4 128 410 4 003

1.20 3 866

1.30 3 776

500.

510.

520.

530.

590. 600.

700.

loao.o

1500.0 2000.0

2500.0

3000.0

3500.0

3.674

3.574 3.487

3.401

3.32 3.243

3.170

3.101 3.035

2.971

2. 411 2.853

2.79 8 2.745

2.694 2.645

2.593 2.210

1.927

1 . 710 1.539

1.028

. 7730 0.6197

D.5173

192.0 174.0

166.0

159.0

152.0 146.0

140.0

129.

123. 118. 112.

107.

105.0 108.0

111.0

114.0 116.0

119.0

122.0

125.0 128.0 130.0

133.0 136.0

139.0

141.0

144.0 147.0

174.0 201.0

229.0 258.0

410.0

574.0

742.0

909.0

9.56

9.11 6.67

8.23

7.81 6.96

6.53

2.38

2. 38

2.27

2.23

1.74 1.69

1.65

93900 .0 61100 .0 70600 .0 61900.0

54600.0

48300.0

42900.0

38000.0

33700.0 29700.0

26200.0

22900 .0 20000 .0 17200.0

14700.0

10300.0

8340.0 6520.0

4840.0

3300.0 1890.0

667.0

139.0 189.0 260.0

311 .0 349.0

379.0 403.0

423.0

467.0 476.0

48 7.0 496.0

511.0 523.0

533.0 542.0

549.0

555.0

561.0

566.0

570.0

574.0

577.0

580.0

583.0

585.0

587.0

589.0

591.0

593.0

607.0 606.0

605.0

0.00237

0.00250

0. 00263 0.00277 0.00290

0.00304

0.00318

0.00333 0.00349

0.00367 0.00388

0. 00411 0.00437

0.00468 0.00505 0.00606

0.00680

0.00782 0.00934

0.0119

0.0173

0.0359

0.0981

0.0460 0.0267

0.0192

0.0152

0.0127 0.0110

0. 00980

. 00885

0. 00810 0.00743

0.00697 0.00654

0. 00616

0. 00555 0.00507

0.00468 0.00436

0.0O408

0.00385

0.00364 0.0034b

0. 00330 0.00316

0. 00303

0. 00291 0.00280 0.00270

0. 00261

0. 0O253 0.00245

0.0 02 38 0.00231 0.00225

0.0021-)

0. 00213

0. 3O208 0.00203

0.00198 0.00193

0.0018

4

0.00185

0.00181 0.00177

0.00148 0.00127

0.00112

0.00100 0.000661 0.000445

0.000396

0. 000330 0.000283

.0925

.0896 .0666 .0636

.0806 .0777 .0747

.0719

.0690

.0662 .0635

.0608

.0581 .0554

.0527

.0345 .0324

.0278

.0198

.0165 0.0144

0.0139 0.0133

0.0129

0.0126

0.0123

0.0122

0.0121

0.0120

0.0120 0.0120

0.0120

.0121 0.0123

0.0124

0.012b

0.0127 0.0129

0.0131

0.0133 0.0135

0.0137

0.0139

0.0146

0.0148

0.0150 0.0152

0.0154 0.0156

0.0156

0.0160

.0162 0.0164

0.0166

0.0163

0.0170

0.0172

0.0174 0.0193

0.0212

0.0231 0.0249

1.80

1.13 0.914

0.86 5 0.846

0.838

0.834

0.834

0.836

0.844

0.850 0.856 0.862

0.869 0.883

0.699 0.915

0.931 0.948

0.965

0.982

THERMAL DIELECTRIC PRANDTL IFFUSIVITY CONSTANT NUMBER

SO FT/HR

0.00364 1.46222 3.35 0.00353 1.45600 3.02

0. 00344 1.44953 2.78 0.00336 1.44283 2.62

. 32 9 1.43590 2.50 0.00321 1.42877 2.37 0.00313 1.42144 2.27

0.00304 1.41391 2.20 0.00295 1.40617 2.13

. 28 6 1.39820 2.08

0.00276 1.38998 2.03

0.00266 1.38150 1.99 0.00255 1.37270 1.95 0.00244 1.36354 1.92 0.00232 1.35396 1.90 0.00206 1.33319 1.89 0.00192 1.32172 1.90 0.00176 1 . 3 92 1 1.93 0.00159 1.29521 1.99 0.00138 1.27888 2.10 0.00112 1.25826 2.35 0.000730 1.22671 3.17 0.000438 1.15617 4.71

0.0009 39 1.10778 2.54 0.00150 1.09015 1.80 0.00197 1.08031 1.49 0.00238 1.07360 1.33 0.00275 1.06855 1.23 0.00310 1.06452 1.16 0.00344 1.06118 1.10 0.00376 1.05834 1.06 0.00407 1.05588 1.03 0.00438 1.05371 1.00 0.00469 1.05177 0.973 0.00499 1.05002 0.952 0.00530 1.04843 0.934 0.00591 1.04563 0.903 0.00651 1.04324 0.879 0.00712 1.04116 0.8 59 0.00773 1.03931 0.843 0.00834 1.03767 0.829 0.00895 1.03619 0.818 0.00957 1.03484 0.809

0.0102 1 . 3 3b 1 0.800 0.0108 1.03248 0.793 0.0115 1.03144 0.787

0.0121 1.03047 0.782

0.0127 1.02457 0.777 0.0134 1.02873 0.773 0.0141 1.02794 0.7 69 0.0147 1.02720 0.766

0.0154 1.02651 0.763 0.0161 1.02585 0.760 0.0168 1.02523 0.757 0.0175 1.02464 0.755

0.0182 1.02408 0.753

0.0189 1.02355 0.7S1 0.0196 1.02304 0.749 0.0203 1.02256 0.7 47 0.0211 1.02210 0.746

0.0218 1.02165 0.744

0.0226 1.02123 0.743 0.0233 1.02083 0.741 0.0241 1.02044 0.740 0.0249 1.02006 0.7 39 0.0257 1.01971 0.738

0.0 3 39 1.01674 0.729

0.0429 1 .0145 9 0.724

0.0525 1.01294 0.720 0.0627 1.01163 0.718

THO-PHASE 30UNOARY
THERMODYNAMIC PROPERTIES OF NITROGEN

620 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM DERIVATIVE

ISOCHORE DERIVATIVE

INTERNAL

ENERGY ENTHALPY ENTROPY 3V CP VELOCITY

OF SOUND

DEG. R CU FT/LB CU FT-PSIA/LB PSIA/R BTU/LB 3TJ/L9 BTU/LB-R BTU / L8 -R FT/SEC

120.0 0.01862 1750.0 222.0 -62.30 -60.16 0.6007 0.2559 0.1.728 3875.0

125.0 0.01365 1530.0 203.0 -59.91. -57.76 0.6201 0.2572 0.1.776 3631.0

130.0 0.01909 1350.0 186.0 -57.58 -55.39 0.6389 0.2553 0.4798 3432.0

135.0 0.01935 1200.0 171.0 -55.21 -52.98 0.6570 0.2518 0.4807 3261.0

1<.0.0 0.01963 1080.0 159.0 -52.83 -50.58 0.671.5 0.21.79 0.»813 3111.0 U5.1 0.01992 967.0 117.0 -SO .1*6 -1.3.17 0.6911. 0.21*1*1 0.4821 2974.0

150.0 0.02023 871.0 136.0 -1*8.08 -1.5.76 0.7078 0.2406 0.1*334 2848.0

155.0 0. 02056 785.0 127.0 -1.5.70 -1.3.31* 0.7237 0.2375 0.4856 2728.0

160.0 0.02091 708.0 118.0 -1.3.30 -1.0.90 0.7391 0.2348 0.1.683 2613.0

165.0 0.02129 637.0 109.0 -1.0.69 -33.1.5 0.751.2 0.2326 0.4931 2502.0

170.0 0.02169 572.0 102.0 -36.1.6 -35.97 0.7690 0.2308 0.4987 2394.0

175.0 0.02213 512.0 91.. 1* -36.00 -33.1.6 0.7836 0.2292 0.5057 2287.0

leo.o 0.02260 1.55.0 87.5 -33.50 -30.91 0.7979 0.2279 0.5143 2132.0

185.0 0.02311 1*03.0 81.0 -30.96 -28.31 0.8122 0.2269 0.5247 2077.0 190.0 0.02368 353.0 71*.

7

-28.38 -25.66 0.8263 0.2260 0.5375 1 97 3 . 200.0 0.02501 262.0 62.8 -22.99 -20.12 0.651.7 0.2248 0.5731 1 76 . 205.0 .02581 220.0 57.1 -20.15 -17.19 0.8692 0.2245 0.5990 1649.0

210.0 0.02675 180. D 51.1* -17.16 -li*.ll 0.881.0 0.2245 0.6342 1533.0 215.0 0.02783 11.1.0 1*5.8 -11*. 02 -10.32 0.8995 0.2249 0.6858 1409. 220.0 0.02933 103.0 39.9 -10.57 -7.211 0.9161 0.2259 0.7692 1272.0

225.0 0.03136 65.8 33.6 -6.615 -3.011. 0.9350 0.2282 0.9299 1115.0 230.0 0.031.87 31.2 26.1 -1.1.97 2.505 0.9593 0.2337 1.365 919.2 235.0 0.01.507 9.17 16.2 7.1.39 12.61 1.003 0.21.77 2.789 691.6

21.0.0 0.06503 11.8 10.0 17.1*1. 21*. 91 1.055 0.2454 1.629 638.3

21.5.0 0.07972 20.0 7.66 22.69 31.65 1.083 0.2336 1.078 654.3

250.0 0.0901.1 27.8 6.1.7 26.06 36.1*1* 1.102 0.2250 0.7956 674.3

255.0 0.0991b 3...

6

5.70 26.61. 1*0.03 1.116 0.2183 0.6549 69 3.5 260.0 0.1068 i*o.

a

5.15 30.82 1*3.08 1.128 0.2132 0.5710 711.3

265.0 0.1137 1*6.1. 4.73 32.73 1.5.78 1.138 0.2090 0.5151 727.9

270.0 0.12 51.6 i*.i*0 31.1.7 i*d.25 1.11.7 0.2055 0.1.752 74 3.5

275.0 0.1260 56.5 4.12 36.09 50.55 1.156 0.2027 0.1.1.51 758.1 260.0 0.1316 61.1 3.88 37.61 52.72 1.164 0.2002 0.4218 772.0 2e5.0 D.1370 65.1* 3.66 39.05 5i*. 78 1.171 0.1931 0.4030 785.2 290.0 0.11.22 69.6 3.50 1*0.1*3 56.75 1.178 0.1963 0.3877 797.9

295.0 0.11*72 73.6 3.35 1*1.76 58.66 1.184 0.1947 0.3749 810.1 300.0 0.1520 77.1* 3.21 1.3.05 60.50 1.190 0. 1934 0.3640 621.8 310.0 0.1611* 61..

7

2.97 1.5.53 6**. 05 1.202 0.1911 0.3467 81*4.1 320.0 0.1703 91.7 2.77 %7.90 67.1.5 1.213 0. 1892 0.3334 965.0

330.0 0.1790 98.2 2.61 50.19 70.73 1.223 0.1878 0.3230 984.9

31*0.0 0.1873 105.0 2.1*6 52.1.1 73.92 1.232 0.1866 0.3146 90 3.8

350.0 0.1955 111.0 2.31. 51.. 59 77.03 1.21.1 0.1856 0.3077 922.0

360.0 0.2035 117.0 2.22 56.72 30.08 1.250 0.1648 0.3020 93 9.1. 370.0 0.2113 122.0 2.13 58.61 83.07 1.258 0. 1841 0.2971 95 6.2 360.0 0.2190 128.0 2.01. 60.88 8o.02 1.266 0.1835 0.2929 97 2.5 390.0 0.2266 133.0 1.96 62.92 83.93 1.271* 0. 1829 0.2893 98 8.3

<*00.0 0.231*1 139.6 1.88 61. 91. 91.81 1.281 0.1825 0.2862 1004.0

1*10.0 0.21.15 11.1.. 1.61 66.93 94.66 1.286 0.1821 0.2631* 1019.0 420.0 0.21*88 11.9.0 1.75 68.92 97.1.8 1.295 0. 1818 0.2810 1033.0

1*30.0 0.2560 151.. 1.69 70.68 100.3 1.301 0.1815 0.2788 1047.0

1*1*0.0 0.2632 159.0 1.61* 72.81. 103.1 1.308 0.1612 0.2768 1061.0

1.50.0 0.2703 161*. 1.59 71*. 78 105.3 1.314 0.1810 0.2751 1075.0

1*60.0 0.2771* 169.0 1.55 76.71 10d.6 1.320 0.1808 0.2735 1088.0

1.70.0 0.281*1. 171.. 1.50 78.63 111.3 1.326 0.1806 0.2720 1101.0

1*60.0 .2911* 179.0 1.1*6 80.55 114.0 1.332 0. 1804 0.2707 1114.0

1*90.0 0.2963 183.0 1.1*2 82.1.5 116.7 1.337 0.1803 0.2695 1127.0

500.0 0.3052 188.0 1.39 81*. 35 119.1* 1.31.3 0. 1802 0.2664 1139.0

510.0 0.3121 193.0 1.35 66.21. 122.1 1.31.8 0.1800 0.2674 1151.0

520.0 0.3169 197.0 1.32 88.13 121.. 7 1.353 0.1799 0.2665 1163.0 530.0 0.3257 202.0 1.29 90.01 127.1. 1.358 0.1798 0.2657 1175.0

51.0.0 0.3321* 206.0 1.26 91.88 130.1 1.363 0.1798 0.2649 1187.0

550.0 0.3392 211.0 1.23 93.75 132.7 1.368 0.1797 0.2641 1198.0 560.0 0.31*59 215.0 1.21 95.62 135.3 1.373 0.1796 0.2635 1209.0 570.0 0.3526 220.0 1.18 97.1.6 133.0 1.377 0.1796 0.2623 122 0.0 580.0 0.3593 221.. 1.16 99.31. 11.0.6 1.382 0.1795 0.2623 1231.0

590.0 0.3659 228.0 1.13 101.2 11.3.2 1.386 0.1795 0.2617 1242.0

600.0 0.3725 233.0 1.11 103.1 11*5.3 1.391 0.1795 0.2612 125 3.0 700.0 0.4380 276.0 0.931 121.5 171.3 1.431 0.1796 0.2579 135 4.0 600.0 0.502"* 317.0 0.801* 139.8 197.5 1.465 0. 1805 0.2568 1445.0

900.0 0.5661 358.0 0.708 156.2 223.2 1.1*95 0.1821 0.2570 1529.0

1000.0 0.6291* 398.0 0.63 3 176.7 21.8.9 1.523 0.181.3 0.2582 1607.0

1500.0 0.91*22 594. 0.1*16 272.8 361.0 1.629 0. 1991 0.2711 193 5.0 2000.0 1.253 7o7.0 0.311 376.2 520.0 1.709 0.2128 0.2842 2207.0

2500.0 1.562 979.0 0.21*8 1.85.3 664.6 1.774 0.2227 0.2938 21.47.0 3000.0 1.871 1170.0 0.20 7 598.1. 813.3 1.328 0.2294 0.3004 2666.0

3500.0 2.180 1360.0 0.177 71i.. i* 961..

7

1.875 0.2342 0.3051 2866.0

THO-PHASE BOUNDARY
b20 P5IA ISOBAR

THtFMOPHYSICAL PROFERTIES OF NITROGEN

TEMPERATURE OENSITf V(OM/DV> \MDP70U) -iMDP/OVJ

OEG. R L3/C0 -T BTLVL3 PSIA-CU FT/BTU PSIA

OV/OTI/V THERMAL VISCOSITY P CONOJDTII/ITY 1/DEG. P 3TU/FT-HR-R L6/FT-3EC

THERMAL DIELECTRIC

DIFFUSI.JITY CONSTANT

SO FT/HR

130.0 53.69 200.0 16.2 94200, .00236 .0926 16.2 0.00365 1.46233 3.35

125.0 53.05 192.0 H.

9

81300,.0 .00249 .0896 15.8 0.00354 1.45612 3.02

130.0 52.37 183.0 13.9 70S00,.0 ,00263 .0666 14.0 0.00345 1.44967 2.73 135.0 51.67 171.. 13.2 62100,,0 .00276 .0837 12.7 0.00337 1.44298 2.62

11.0.0 5 0.95 166.0 12.6 54800 , .0 ,00289 .0807 11.6 0.0 329 1.43608 2.50

1".5.0 50.20 159.0 12.0 48500,,0 .00305 .0777 10.6 0.00321 1.42897 2.38

150.0 1.9.1.3 153.0 11.5 43000,,0 ,00317 .0746 9.75 0.00313 1.42166 2.27 155.0 1.8.63 11.6.0 11.0 36200,.0 .00332 .0720 9.05 0.00305 1.41415 2.20 160.0 1.7.81 11.0.0 10.5 33900,,0 .00349 .0691 8.39 0.00236 1.40643 2.13

165.0 46.97 135.0 10.0 29900.,0 .00366 .0663 7. 77 0.00236 1.39849 2.09

170.0 1.6.10 129.0 9.56 26400,.0 0.,00386 .0636 7. 19 0.00277 1.39031 2.0 3 175.0 1.5.19 121.. 9.12 23100,,0 .00403 .0609 6.64 0.00266 1.38186 1.99

1O0.O 1.1.. 25 118.0 6.68 20200 ,0 .00434 .0562 6.13 0.00256 1.37311 1.95

185.0 1.3.27 113.0 8.25 17400. ,00465 .0555 5.65 . 24 5 1.36400 1.92

190.0 1.2.21. 107.0 7.63 14900 ,0 .00501 .0529 5.20 0.00233 1.35449 1.90 200.0 39.99 95.7 6.99 10500, ,00599 .0476 4.35 0.00209 1.33389 1.38 205.0 38.75 89.5 6.56 8530,,0 .00669 .0450 3.95 0. 0191. 1.32255 1.89

210.0 37.39 82.8 6.13 6720,.0 ,0076b .0423 3.56 0.00179 1.31022 1.92 215.0 35.36 75.6 5.67 5040,,0 ,00907 .0397 3. 17 0.00161 1.29651 1.97 220.0 3i>.09 67.5 5.18 3500, 0,.0114 .0372 2.78 0.00142 1.26067 2.07

225.0 31.88 58.1 4.61 2100. .0160 .0348 2.36 0.00117 1.26108 2.27

230.0 28.68 •.6.8 3.90 395,,0 0,.0292 .0326 1.89 0.000833 1.23297 2.84 235.0 22.19 3 It. 9 2.95 203,,0 ,0798 .0293 1. 27 0.000473 1.17731 4.37

21.0.0 15.37 33.3 2.61. 162,,0 0,,0549 .0218 0.963 0.000776 1.12063 2.91

21.5.0 12.51. 35.1. 2.61 251,.0 ,0305 .0177 0. 890 0.00131 1.09774 1.95 250.0 11.06 37.8 2.60 307,,0 ,0211 .0157 0.663 0.00176 1.08585 1.56 255.0 10.08 1.0.1 2.59 349,.0 ,0163 .0145 0.651 0.00219 1.07806 1.38 260.0 9.361. 1.2.3 2.58 382,,0 .0135 .0137 0.845 0.00257 1.07235 1.27 265.0 8.797 ll4.lt 2.57 406,,0 .0116 .0132 0.844 . 29 2 1.06786 1.18 270.0 8.332 1.6.5 2.57 430,,0 , 0102 .0128 0.845 0.00324 1.06419 1.13

275.0 7.938 1.8.5 2.56 448. ,00916 .0126 0. 846 . 55 6 1.06109 1.08 260.0 7.598 50.1. 2.55 464, ,00836 .012* 0.851 0.00387 1.05842 1.04 285.0 7.299 52.3 2.51. 478, .00770 .0125 0.856 0.00418 1.05608 1.0 1 290.0 7.033 51..

2

2.51. 489,.0 .00716 .0122 0.862 0.00448 1.05599 0.985

295.0 6.791. 56.0 2.53 500,,0 .00669 .0122 0.668 0.00477 1.05212 0.963

300.0 6.577 57.8 2.52 505..0 ,00630 .0121 0.874 0.00507 1.05043 0.943

310.0 6.197 61.3 2.51 525. 0,,00566 .0122 0.868 0.00567 1.04746 0.311

320.0 5.871 6 It. 7 2.50 536,.0 ,00515 .0123 0.903 0.00626 1.04493 0.685

330.0 5.58 3 68.1 2.1.8 549. 0,,00475 .0124 0.919 0. 00685 1.04273 0.864

31.0.0 5.338 71.3 2.1.7 558, 0,. 00441 .0125 0.935 0.00745 1.04079 0.847

350.0 5.115 7 It. 6 2.1.6 566,,0 0..0041 i .0127 0.952 0.00304 1.03906 0.833

360.0 4.915 77.7 2.1.5 573. ,00386 .0128 0.96 9 0.00864 1.03751 0.821

370.0 4.733 60.9 2.1.1. 579,,0 0,.00367 .0130 0.966 0.00924 1.03610 0.811 380.0 I.. 566 81.. 2.1.3 584,,0 .00349 .0132 1.00 0.00585 1.03482 0.803

390.0 4.413 87.0 2.1.2 588, ,00332 .0134 1.02 0.0105 1.03364 0.796

1.00.0 4.272 90.1 2.1.1 592.,0 0..00313 .0 135 1.04 0.0111 1.03255 0.789

1.10.0 4.141 93.1 2.1.1 596.,0 0,,00304 .0137 1. 05 0.0117 1.03154 0.7 84

1.20.0 It. 020 96.1 2.1.0 599..0 0,,00292 .0139 1. 07 0.0123 1.03060 0.779

1.30.0 3.906 99.0 2.39 602, ,00282 .0141 1. 09 0.0130 1.02973 0.774

1.1.0.0 3.799 102.0 2.38 605,,0 0,,00272 .0145 1. 11 . 1 36 1.02891 0.770

1.50.0 3.699 105.0 2.33 607. ,00262 .0145 1.12 0.0142 1.02814 0.767

1.60.0 3.605 108.0 2.37 609.,0 0,,00254 .0147 1.14 . 1 49 1.02742 0.764

1.70.0 3.516 111.0 2.37 611. ,00246 .0149 1. 16 0.0156 1.02673 0.761 •80.0 3.1.32 113.0 2.36 613. 0,,00239 .0151 1. 17 0.0162 1.02609 0.758

1.50.0 3.352 116.0 2.35 614. 0,,00232 .0153 1. 19 0.0169 1.02548 0.756

500.0 3.277 119.0 2.35 616. 0.,00225 .0155 1.21 0.0176 1.02490 0.754

510.0 3.205 122.0 2.34 617. 0,,00219 .0157 1.22 0.0183 1.02434 0.751

520.0 3.136 125.0 2.34 618, 0,,0021. .0159 1.24 0.0190 1.02382 0.750 530.0 3. 071 128.0 2.34 619. 0,,00200 .0161 1.26 0.0197 1.02332 0.748

51.0.0 3.006 130.0 2.}3 620 , , 002O 3 .0163 1.27 0.0204 1.02284 0.746

550.0 2.31.8 133.0 2.33 621. 0,,00198 .0165 1.29 0.0211 1.02238 0.745

560.0 2.891 136.0 2.32 622. 0,,00194 ,0167 1.30 0.0219 1.02194 0.745 570.0 2.836 139.0 2.32 623. 0,,00190 .0163 1.32 0.0226 1.02152 0.742

580.0 2.7B<< 11.1.0 2.31 624.,0 ,00185 .0170 1.34 0.0233 1.02112 0.741 590.0 2.733 144. 2.31 624. 0,,00182 .0172 1.35 0.0241 1.02073 0.739

600.0 2.681. H7.0 2.31 625. 0,, 90173 .017, 1. 37 0.0249 1.02036 0.738

700.0 2.283 174.0 2.27 629. c,,00143 ,0193 1.52 0.0328 1.01730 0.729

80O.0 1. 990 202.0 2.24 631. 0,,00127 .0212 1.66 0.0415 1.01507 0.724 900.0 1.766 229.0 2.20 632. 0,, 00112 .0231 1.80 0.0508 1.01336 0.720 1000.0 1.583 256.0 2.16 632. 0.,00100 .0249 1.95 0.0606 1.01202 0.718

1500.0 1.061 1*10.0 1.97 630. 0,.000660 2000.0 0. 7931. 571.. 1.6 3 626. 0..000495

25 0.0 0.61.32 71.2.0 1.71. 627. 0,, 0003)6 3000.0 0.531.1. 910.0 1.69 626. 0.,000330 3500.0 0.1.587 1080.0 1.65 625. 0.,000233

TWO-PHASE 30UNQAKY
bi.0 P5IA ISOBAR THERMODYNAMIC PROPERTIES OF NITROGEN

120.0

125.0

130.0 135.0

11.0.0 145.0 150.0

155.0 160.0

165.0

170.0

175.0 180.0 185.0

190.0 200.0 205.0

210.0

215.0 220.0

225.0

230.0 235.0

2<>0.0

275.0

260.0

285.0

290.0

295.0

300.0

310.0

320.0

330.0

350.

360.

370.

380.

390. 400.

1.70.0 1.80.0

1.90.0 500.0 510.0

520.0

530.0

51.0.0

550.0

560.0

570.0 560.0

590.0 600.0

700.0 800.0

1000.0

1500.0 2000.0

2500.0

3000.0

3500.0

VOLUME ISOTHERM ISOCHORE INTERNAI DERIVATIVE DERIVATIVE ENERGY

CU FT/.

3

CU FT-PSIA/LB PSIA/R BTU/LB

0. 01862 1760.0 222.0 -62.32

0.01885 1540.0 203.0 -59.97

. 01909 1360.0 186.0 -57.60

0.01935 1210.0 172.0 -55.23

0.01962 1080.0 159.0 -52.86

0. 01991 970.0 147.0 -50.49

0.02022 674.0 137.0 -48.12

0.0 20 55 789.0 127.0 -45.73

0. 02090 712.0 118.0 -1.3. 34

. 02128 641.0 110.0 -40.94

0.02163 576.0 102.0 -38.51

0.02211 516.0 94.7 -36.05

0. 0225B 459.0 87.8 -33.57

0.02309 407.0 81.2 -31.01. 0.02365 357.0 75.0 -28.45

0.02i.9b 266.0 63.2 -23.09

0.02575 224.0 57.5 -20.28

0. 02667 184.0 51.9 -17.33

0.02778 145.0 46.3 -14.21

0. 02917 108. D 40.5 -10.82

0. 03109 71.6 34.4 -6.984

0. 03418 37.6 27.4 -2.207

0.01.159 12.8 18.5 5.223

0.05836 11.0 11.4 15.04

0.07354 18.0 8.49 21.15

0.081.67 25.7 7.04 24.93

0.09364 32.7 6.14 27.74

0.1011. 39.0 5.51 30.06 0.1083 44.7 5.04 32.07

.1146 50.1 4.66 33.88 0.1205 55.1 4.35 35.55 0.1261 59.7 4.09 37.11

0.1311. 64.2 3.87 38.59 0.1366 68.4 3.68 40.00

0.11(15 72.5 3.51 41.36

0.11.63 76.4 3.36 42.67

0.1551. 83.8 3.11 45.18

0.161.2 90.9 2.90 47.58

0.1726 97.5 2.72 49.90 0.1808 104.0 2.57 52.14

0.1888 110.0 2.43 54.33 0.1966 116.0 2.32 56.48 0.2042 122.0 2.21 58.59

0.2117 127.0 2.12 60.66 0.2191 133.0 2.03 62.71

0.2261. 138.0 1.95 64.74 0.2336 144.0 1.88 66.75

0.21.07 1<«9.0 1.82 68.74

.21.78 154.0 1.76 70.71 0.2548 159.0 1.70 72.67

0.2617 161.. 1.65 74.62 0.2686 169.0 1.60 76.56 0.2754 174.0 1.56 78.43 0.2822 176.0 1.51 80.40 0.2889 183.0 1.47 82.31 0.2956 188.0 1.41. 84.21 0.3023 193.0 1.40 66.11 0.3089 197.0 1.37 88.00 0.3155 202.0 1.33 89.86 0.3221 206.0 1.30 91.76 0.3286 211.0 1.28 93.64

0.3351 215.0 1.25 95.51 0.341b 220.0 1.22 97.37

0.3481 224.0 1.20 99.24 0.3546 229.0 1.17 101.1 0.3610 233.0 1.15 103.0 0.4245 276.0 0.96 3 121.4

0.4870 317.

D

0.831 139.7 0.5488 358.0 0.73 2 158.1

0.6101 398.0 0.654 176.6

ENTHALPY BTU/LB

-60.11 -57.73 -55.34

-52.94

-50.54

-4d.l3 -45.72

-43.30 -40.87

-36.42

-30.89

-28.30 -25.65

-20.13

-17.22

-14.17

-10.92 -7.369

-3.300

1.842 10.15 21.96 29.87

34.97

39.84

42.07

.90

56.18

58.12

60.00

63.60 67.04

70.36

73.57

76.71 79.78 82.79

85.76

88.68 91.57

94.44

97.27

100.1

102.9

105.

o

108.4

111.1 113.8 116.5

119.2

121.9 124.6

127.3

129.9

132.6

135.2

137.9

140.5

143.1

145.7

171.7 197.4 223.1

248.9

1.51-. 1.813

2.113

.321 .256

.213

.183

272.8

376.1

ENTROPY 3TU/L8-R

0.6005 0.6199

0.6387

0.6566 0.6743

0.6912 0.7075

0.7234

0.7389

0.7539

0.7687

0.7832 0.7976

0.8118

0.8259

0.8542 0.8686

0.8833 0.8986

0.9149

0.9332

0.9558 0.9915

1.041

1.074

1.095

1.110 1.122

1.133 1.143

1.151 1.159 1.167

1.174 1.181

1.187

1.199

1.210

1.220 1.229

1.239 1.247

1.255

1.263 1.271

1.278 1.285

1.292 1.299

1.305

1.311

1.317 1.323

1.329

1.335

1.340

1.345 1.351

1.356

1.361

1.366

1.370 1.375

1.380 1.384

1.388

1.428

1.463

1.493

1.520 1.627

1.707

1.772

1.826 1.872

0.2563

0.2577

0.2557 0.2522

0.2482

0.2444

0.2408 0.2377

0.2351 0.2328

0.2309

0.2294

0.2281 0.2270

0.2261

0.2248

0.2257

0.2277

0.2321

0.2432

0.2472

0.2367 0.2275

0.2204

0.2149

.2037 .2012

.1990 .1971

.1954

0.1869

0.1859

0.1650 0.1843

0.1837

0.1831

0. 1827 0.1823

0. 1819 0.1816

0.1813

0.1811 0.1609

0. 1807 0.1805

0.1804

0. 1802

0. 1801 0.1800 0.1799

0.1798

0.1798

0.1797 0.1796

0. 1796 0.1796

0.1795 0.1797

0. 1806 0.1821

0.1843 0.1992

0.2128 0.2227

0.2294

0.2342

CP VELOCITY

OF SOUND

-1* FT/SEC

.4726 3874.0 .4773 3631.0

.4795 3433.0 .4804 3263.0

a .4809 3113.0

.4817 2977.0

.4830 2850.0

.4851 2731.0

.4882 2617.0 .4924 2 50 6.0 .4979 2398.0

.5048 2293.0

a .5132 218 8.0

a .5234 2084.0

.5358 1980.0

.5702 1 76 9 . .5950 1660.0

a .6284 1546.0

.6765 142 4.0 .7524 1291.0

.8912 114 0.0

i .223 957.9

2 .259 742.2

2 .046 65 0.1

1 .22 655.6

a .8683 673.8

.6986 692.5

.6003 710.3

.5364 72 6.9 .4915 742.6

.4581 75 7.4 .4324 771.4

0..4119 78 4.7 .3953 797.5

,3914 809.8

0..3698 821.6

.3512 844.0

.3372 865.1

0..3262 885.1

.3173 904.1

0.,3100 922.4

,3040 939.9

0,,2989 95 6.8

0,,2945 97 3.1

0,,2908 98 9.0

0,,2875 1004.0

0,,2846 1019.0

0,,2821 1034.0

0,,2798 1048.0

0..2778 1062.0

0.,2760 1076.0

0.,2743 1089.0

0.,2728 1102.0

0.,2715 1115.0

0,.2702 1128.0

0.,2691 1140.0

a. 2680 1152.0

0. 2671 1164.0

a. 2662 1176.0

0. 2654 1188.0

a. 2646 1199.0

0. 2639 1210.0

0. 2633 1222.0

0. 2627 1233.0

0. 2622 1244.0

0. 2616 125 4.0

0. 2582 1 35 5 . 0. 2570 144 7.0

0. 2572 1531.0

0. 2584 1608.0

0. 2711 1937.0

0. 2842 2208.0

0. 2938 2449.0

D. 3004 2667.0

0. 3051 2869.0

THO-PHASE 30UNDAKY
6*0 PSIA IS06AK

THERMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE DENSITY

OEG. R La/CJ r T

tf(0H/DV)p

\MDP/DUIV

-iMDP/Ol/^

8TI3/L8 PSIA-CU FT/BTU PSIA

<D\//OTUJ THERMAL VISCOSITY CONDUCTIVITY

1/OEG. R 8TU/FT-HR-R LB/FT-SEC

120.0 53 71 201 125.0 53 06 192 130.0 52 39 183 135.0 51 69 175

1".0.0 50 97 167

11.5.0 50 22 160 150.0 1.9 1.5 153 155.0 1.8 66 1*7 160.0 1.7 8* 1*1 165.0 1.7 00 135 170.0 1.6 13 130 175.0 1.5 23 12* 180.0 1.1. 29 119 165.0 1.3 32 113 190.0 1.2 29 108 200.0 1.0 07 96 * 205.0 38 61. 90 2 210.0 37 50 83 7 215.0 36 00 76 6 220.0 31. 28 68 7 225.0 32 17 59 8 230.0 29 26 *9 2 235.0 21. 01. 37 5 21.0.0 17 13 33 e 21)5.0 13 60 35 2 250.0 11 81 37 * 255.0 10 68 39 7 260.0 9 866 *1 9 265.0 9 236 ** 270.0 8 725 *6 1 275.0 8 297 *e 1 260.0 7 329 50 285.0 7 608 52 290.0 7 323 53 8 295.0 7 068 55 7 300.0 6 83 7 57 5 310.0 6 1.31. 61 320.0 6 090 6* * 330.0 5 792 67 8 31.0.0 5 530 71 1 350.0 5 297 7* 3 360.0 5 087 77 5 370.0 1* 896 60 6 380.0 * 723 63 8 390.0 1. 56-. 86 8 1.00.0 1. 1.17 89 9 1.10.0 l+ 281 92 9

*70.0

*80.0

•.50.0 500.0

510.0 520.0

530. 5*0.0

550.0

560.0

570.0

580.0

590.0 600.0

700.0 800.0

900.0

1000.0

1500.0 2000.0

2500.0

3000.0 3500.0

3.925

3.821 3.72*

3.631 3.5**

3.*61

3.38 3 3.308 3.237

3.170

3.105

3.0*3

2.98'. 2.92 7 2.873

2.82

2.770 2.356

2.053

1.322 1.639

1.095 0.8238 0.6606

0.5515

0.*733

102.0

105.0

108.0

111.0 113.0 116.0

119.0

122.0

125.0

128.0 130.0

133.0

136.0 139.0

17*. 202.0 229.0

258.0

*11.0

575.0

7*2.0

910.0 1080.0

6 1 9**00.0

* 8 31500.0

3 9 71000.0

3 2 62300.0

2 5 55000.0

2 *8700.0

1

1 5 *3200.0

38*00 .0

5 3*000.0

30100.0

9 57 26600.0

9 12 23300 .0 8 69 20300.0

8 26 17600.0

7 8* 15100 .0

7 01 10700.0

6 59 3720.0

6 16 6910 .0

5 72 52*0.0

5 23 3700.0

* 69 2310.0

* 03 1100.0

3 17 308.0

2 70 189.0

2 6* 2*5.0

2 62 303.0

2 61 3*9.0

*57.0

*7* .0 *88.0

501.0

512.0

522.0

539.0 553.0

565.0

575.0

607.

611.

615.

6*5.0

650 .0 652.0

0.00235 0.002*3

0.00262

0.00275

0.00288

0.00302

0.00316

0.00331 0.003*6

0.0036*

0.0927 0.0897

0.0867 0.0837

0.0808 0.0778

0.07*9

0.0720

.0038'. 0.0637

.00*06 0.0610

.00*32 0.0583

.00*61 0.0557

.00*96 0.0530

.00592 0.0*78

.00659 0.0*52

.00751 .0*25

00883 0.0*00

0109 0.037*

.01*9 0.0351

02*9 0.0329

.0602 0.0301

0606 0.0237

03*7 0.0189

.0232 0.0165

0176 0.0151

01*3 0.01*2

.0122 0.0136

0107 0.0131

00953 0.0128

.0086* 0.0126

00793 0.0125

0073* 0.012*

00685 0.0123

006** 0.0123

00576 0.0123

.00523 0.012*

00*81 0.0125

00**6 0.0126

00*17 0.0127

00392 0.0129

00371 0.0131

00352 0.0132

00335 0.013*

00320 0.0136

.00306 0.0133

.0029* 0.01*0

00283 0.01*2

•3027 i 0.01**

0026* 0.01*6

00255 0.01*7

002*7 0.01*9

00233 0.0151

00232 0.0153

00226 .0155

00220 0.0157

0021* 0.0159

00203 0.0161

0020* 0.0163

019 3 0.0165

0019* 0.0167

00190 0.0169

1018a 0.0171

00182 0.0173

00173 0.0175

00l*J 0.019*

00127 0.0212

00112 0.0231

00100 0.0250

000660

000*95 000336

000330 000233

1. 03 0.920

0.856 0.859

0.863

0.668

0. 87* 0.880

0.893

0.908 0.923

0.939 0.956

0.972

0.989

1.37

1.52 1.6a

THERMAL OIELECTRIC PRANOTL

OIFFUSII/ITY CONSTANT NUMBER

SQ FT/HR

. 36 5 l.*62** 3.36 0.0035* l.*5625 3.03

0.003*5 l.**981 2.79

0. 00337 l.**31* 2.62

0.00329 l.*3626 2.50

0.00322 l.*2917 2.38 0.0031* l.*2188 2.27 0.00305 l.*l*39 2.20 0.00296 l.*0t>70 2.13 0.00287 1.39879 2.08

0.00277 1.3906* 2.0 3

. 26 7 1.38222 1.99 0.00257 1.37351 1.95

. 2* 6 1.36**6 1.92 0.0023* 1.35501 1.90 0.00209 1.33*58 1.88 0.00195 1.32337 1.88 0.00181 1.31122 1.91 0.001b* 1.29776 1.95 0.001*5 1.28236 2.0* 0.00122 1.26365 2.21 0.000919 1.23805 2.63

0. 000555 1.19307 3.81 0.000677 1.1351* 3.19 0.0011* 1.10 626 2.1 3 0.00161 1.09185 1.67 0.00202 1.08280 1.** 0.002*0 1.07633 1.31 0.0027* 1.07133 1.21 0.00307 1.06729 1.15 0.00338 1.06391 1.10 0.00368 1.06102 1.06 0.00398 1 . 5 85 1.03 0.00*26 1.05626 1.00 0.00*57 1.05*27 0.9 7* 0.00*86 1.052*6 0.953 0.005** 1.0*931 0.919 0.00602 1.0*663 0.891 0.00660 1.0**32 0.869

0.00718 1.0*228 0.851 0.00776 1.0*0* 7 0.837 0.00835 1.0388* 0.82* 0.00893 1.03737 0.81*

0.00952 1.0360 3 0.805 0.0101 1.03*60 0.798

0.0107 1.03366 0.791 0.0113 1.03261 0.785

0.0119 1.0316* 0.780 0.0125 1.03073 0.776

0.0132 1.02988 0.7 72

0.0138

0.01**

0.0151 O.0157 0.016*

0.0171 0.0177

0.018*

0.0191

0.0198

0.0205

0.0212

0.0213

0.0226

0.02 3* 0.02*1

0.0 319 0.0*03

0.0*93

1.02906 1.02833

1.02762

1.02695

1.02631

1.02571

1.0251*

1.02*60

1.02*08 1.02358

1.02311

1.02265

1.02222

1.02180

1.021*0 1.02102 1.01765

1.01555 1.01379

1.012*0

0.768 0.765 0.762

0.759

0.757

0.75*

0.752

0.750 0.7*8

0.7*7

0.7*5 0.7**

0.7*2

0.7*1

0.7*0 0.739

0.730 0.72*

0.720 0.718

THO-PHASE 30UNOARY
660 P3IA ISOBAR THERMODYNAMIC PROPERTIES OF NITROGEN

TEMPERATURE

DEG

120.0 125.0

130.0

135.0

140.0 145.0

150.0

155.0

160.0

165.0 170.0

175.0 160.0

185.0 190.0 200.0

205.0

210.0 215.0

220.0

225.0

230.0

235.0 240.0 245.0

250.0 255.0

260.0

265.0 270.0 275.0 280.0

265.0

290.0

295.0 300.0

310.0

320.0

330.0 340.0

350.0 360.0

370.0

380.0

390.0 400.0

410.0 420.0

430.0

VOLUME ISOTHERM DERIVATIVE

CU FT/.:u FT-PSIA/1 0.01862 1760.0 0.01384 1540.0 0.01903 1360.0 0.01334 1210.0 0.01961 1080.0 0.01990 974.0

0.02021 878.0 0.02054 792.0

0. 02083 715.0 0.02125 645.0 0.02166 580.0

0. 02203 519.0 0.02256 463.0 0.02305 410.0 0.02361 361.0 0.02491 271.0 0.02563 229.0 0.02653 139.0

.02767 150.0 0.02902 113.0 0.03082

0.03361

.03940 0.05281

0.06773 0.07924

0.08342

0.09623 0.1032

0.1095 0.1154

.1210 0.1262 0.1313

0.1361

.1825

.19 01 .1976

.2049

.2121

.2192 .2262

.2332

.2400 .2468

470 .0 .2669 480 ,0 .2735

490..0 .2601

500,,0 .2866

510,,0 .2931

520,.0 .2995

530,.0 .3059 540 ,0 .3123

550,.0 .3187

560,.0 .3250

570,.0 .3313

580,.0 .3376

590,.0 .3439

600..0 .3501

700,.0 .4119

BOO,,0 .4725

900.,0 .5325

1000,,0 .5920

1500..0 .8860 2000.,0 1 .178 2500. 1,.468 3000.,0 1 .759 3500. 2,. 049

16.5 23.8

58.5

63.0 67.3

103.0 110.0

116.0

121.0 127.0

133.0 138.0

143.0

149.0

154.0

159.0

178.0

183.0

188. 193.0 197.0

202.0 206.0

211.0

215.0

220.0

224.0

229.0

233.0 276.0

318.0

359.0

399.0 595.0

789.0

981.0 1170.0

1360.0

ISOCHORE INTERNAL OERIVATIVE ENERGY PSIA/R 3TU/LB

222.0 -62.33 203.0 -59.99

186.0 -57.63

172.0 -55.26

159.0 -52.89

147.0 -50.52

137.0 -48.15

127.0 -45.77

118.0 -43.38

110.0 -40.98

3.25

3.02 2.83

.99 5 .85 8 .75 5 .675

-33.56

-36.11

-33.63 -31.10

-28.53 -23.20

-20.40

-17.48

-14.39 -11.05

-7.325

-2.812

3.631

12.70

19.49 23.74

26.80 29.27

31.39 33.27

35.00 36.61

38.12 39.57

40.95 42.23

44.84

49 .60

51,.87

54,,08

56,,24

58,.36

60,,45

62,.51

64,.55

66,,56

68,,56

70,.54

72,,51

93.52

95.39 97.26

99.13

101.0 102.8

121.3 139.7

158.0 176.6

272.8

3 76.1

485.2

BTJ/LB -60.06

-57.63 -55.29

-52.39

-50.43

-43.09

-35.91 -33.41

-30.87

-23.29 -25.65 -20.15

-17.26

-14.23

13.15 27.77

33.42

37.61

41.03

44.00

43.11 51.39

53.55

55.61 57.59

53.50 63.15

66.63 63.38

73.22

76,,39

79,.48

82..51

85..49

S3,,44

91. J4 94,,21 97,,06

105.5

103.2

111.0 113.7 116.4

119.1

121.8 124.5

127.1 129.6

132.5

135.1

137.8 140.4

143.0 145.6

171.6

197.4 223.1 243.9

381.1 520.1

66...

813.4

964.6

0.6198 0.6385

0.6566

0.6741

0.6910 0.7073

0.7232

0.7366

0.7537

0.7664

0.7829

0.7972 0.8114

0.8255 0.8536

0.8679

0.8825

0.8977

0.3138 0.9316

0.9529 0.9836

1.029 1.064

1.087

1.104

1.117 1.128

1.138

1.147 1.155

1.163

1.170 1.177

1.183 1.195

1.206

1.217 1.226 1.Z36

1.244

1.253

1.261 1.268 1.276

1.283

1.290 1.296

1.303

1.309 1.315

1.321 1.327

1.332

1.336

1.343

1.348

1.353

1.358 1.363

1.368 1.373 1.377

1.382 1.386

1.426 1.461

1.491

1.516

1.625

1.705

1.769 1.324

1.870

0.256B 0.2581

0.2561

0.2526

0.2436 0.2447

0.2411

0.2380 0.2353

0. 2330 0.2311

0.2296

0.3232

0.2271 0.2262

0.2249 0.2246

0.2245

0.2247

0.2255

0.2272

0.2309

0.2395

0.2472

0.2393 0.2299

0.2224

0.2166

0.2048

0.2021

0.1998

0. 1978 0.1961

0.1946

0.1920 0.1901

0.1835 0.1872

0.1861 0.1852

0.1845 0.1838

0.1833

0.1326 0.1824

0.1821

0.1817 0.1815

0.1812

0.1810

0. 1808 0.1806

0. 1805 0.1803 0.1802

0. 1801 0.1800 0.1799 0.1798

0.1798

0.1797

0.1797

0.1796 0.1796 0.1797

0.1806

0. 1822 0.1843

0.1992

0.2128 0.2227 0.2294

0.2342

CP VELOCITY

OF SOUND

-R FT/SEC

.4723 3874.0

.4771 3632.0

.4792 3433.0

.4600 3264.0

.4806 3115.0

.4313 2979.0

.4825 2853.0

.4846 2734.0

.4876 2621.0

.4913 2511.0

.4971 2403.0

0, ,5038 2298.0

.5121 219 4.0

0,,5220 2091.0

.5341 198 8.0 .5674 177 9.0 .5912 1671.0

.6229 1558.0

.6679 143 9.0

0,.7373 1309.0

.8587 1164.0

1 .123 99 2.6

1,.856 791.2

2 .100 668.3

1.,365 65 9.5

0,,9436 674.3

0,,7465 69 2.1

0,,6321 709.6

0,.5592 726.3

0,,5088 742.0

0,,4718 756.3

0.,4435 770.9

0.,4212 784.3

0,,4031 797.2

0.,3882 609.5

0.,3757 821.4

0,,3559 844.0

0.,3410 86 5.2

.3124 922 ,8 .3061 94 .4 .3007 957 ,4 .2962 973 .8 .2922 98 9 .7 .2688 1005,,0 .2858 1020 ,0 .2832 1035,,0 .2803 1049,,0 .2787 1063,,0 .2766 1077 ,0 ,2751 1090.,0

0,.2736 110 3.,0

0,,2722 1116.,0 .2709 1129,,0

0,,2697 1141,,0

0,,2687 1153.,0

0,,2677 1165.,0

0,.2668 1177.,0

0,.2659 1189.,0

0,,2651 1200.,0

0..2644 1212..0

0,.2638 1223..0

0,,2631 1234.

0.,2626 1245.

0..2620 1256.

0..2585 135 7..0 0.,2572 1446.

0,,2573 1532.

0..2585 1610.

0. 2712 1938.

0..2842 2209.

0.,2938 2449.

0, 3005 2667.

0, 3051 2870.

THO-PHASE BOUNDARY
660 PSIA ISOBAR

THERMOPHYSICAL PROPERTIES OF NITROGEN

EHPERATURE OENSITf V(DH/OV> V (DP/Din -V<OP/OVL (OV/OTL/i THERHAL VISCOSITY THE01AL OIELECTRIC PRANOTL CONDUCTIVITY OIFFUSIVITY CONSTANT NUH3ER

DEG. R L8/CJ : T 3TU/L3 PSIA-CU FT/3TU PSIA 1/OEG. R BTU/FT-HR-R L6/FT-SEC

X 105 SQ FT/HR

120.0 5 3.72 201.0 16.1 94o00.0 0. 00235 0.0927 18.3 0.00365 1.46255 3.36

125.0 53.07 192.0 14.8 81700.0 0.00248 0.0897 15.9 0.00354 1.45637 3.03

130.0 52.1.0 184.0 13.9 71200.0 0.00261 0.0868 14.0 0.00346 1.44935 2.79

135.0 51.71 175.0 13.1 62600.0 0.0027» 0.0833 12.7 0. 00333 1.44330 2.62

1 <*0 .0 50.98 167.0 12.5 55200.0 0. 00237 0.0803 11.7 0.00330 1.43643 2.50

145.0 5 0.21. 160.0 12.0 48900.0 0.00301 0.0779 10.7 0.00322 1.42936 2.38

150.0 1.9.H7 153.0 11.5 43400.0 0.00315 0.0750 9.80 . 311.42209 2.27

155.0 1.8.68 147.0 11.0 33600.0 0.00329 0.0721 9. 09 0.00306 1.41463 2.20

160.0 1.7.87 141.0 10.5 34200.0 0.00345 0.0693 8.43 0.00297 1.40696 2.13 165.0 1.7.03 136.0 10.0 30300.0 0.00362 0.0665 7.81 0.00283 1.39908 2.08

170.0 1.6.16 130.0 9.57 26800.0 0.00332 0.0638 7.23 0.00278 1.39096 2.03

175.0 1.5.27 125.0 9.13 23500.0 0.00404 0.0611 6.63 0.00268 1.38259 1.99

160.0 1.1.. 31. 119.0 8.70 20500 .0 0.00429 0.0584 6.13 0.00257 1.37392 1.95

185.0 1.3.36 114.0 8.28 17800.0 0.00458 0.0553 5.70 0.00247 1.36491 1.92

190.0 1.2.35 109.0 7.86 15300.0 0.00492 0.0532 5.25 0.00235 1.35552 1.90 200.0 1.0.11. 97.1 7.03 10900.0 0.00585 0.0480 4.40 0.00211 1.33527 1.87 205.0 38.92 91.0 6.62 8910.0 0.00650 .0454 4.00 0.00197 1.32417 1.88 210.0 37.60 84.6 6.20 7100.0 0.00737 0.0428 3.62 0.00183 1.31219 1.90 215.0 36.11. 77.6 5.76 5430.0 0.00861 0.0402 3.24 0.00166 1.29898 1.94 220.0 3... 1.6 70.0 5.29 3900.0 0. 0105 0.0377 2.86 0.00148 1.28397 2.01 225.0 32.1.1. 61.3 4.77 2510.0 0.0140 0.0354 2.46 0.00127 1.26602 2.15

230.0 29.75 51.3 4.14 1300.0 0.0219 0.0332 2.03 0.000994 1.24235 2.48

235.0 25.38 1.0.2 3.36 443.0 0.0462 0.0307 1.53 0.000651 1.20451 3.33

21.0.0 16.91. 34.7 2.78 215.0 0.0606 0.0253 1. 10 0.000637 1.15005 3.30

21.5.0 14. 76 35.2 2.67 243.0 0.0388 0.0203 0.95 5 0.00101 1.11572 2.32

250.0 12.62 37.1 2.64 300 .0 0.0256 0.0174 0.904 0.00145 1.09836 1.78 255.0 11.31 39.3 2.63 348.0 0.0190 0.0157 0.891 0.00186 1.08784 1.51 260.0 10.39 41.5 2.62 387.0 0.0152 0.0147 0.870 . 22 3 1.08050 1.35

265.0 9.692 43.7 2.61 418.0 0.0123 0.0140 0.865 . 25 8 1.07494 1.25 270.0 9.131 45.7 2.60 444.0 0.0111 0.0135 0.863 0.00290 1.07050 1.17

275.0 8.665 47.7 2.59 465.0 0.00983 0.0131 0.864 0.00321 1.06581 1.12

260. 6.263 49.7 2.58 483.0 0.00892 0.0123 0.866 0.00 351 1.06368 1.08

265.0 7.922 51.6 2.57 499.0 0.00316 0.0127 0.870 0.00380 1.06097 1.04 290.0 7.618 53.5 2.56 513.0 0.00754 .0126 0.874 0.00409 1.05858 1.0 1 295.0 7.31.6 55.3 2.56 525.0 0.00702 0.0125 0.830 0.00438 1.05644 0.985

300.0 7.101 57.1 2.55 536.0 0.00658 0.0124 0.865 0.00466 1.0 545 2 0.963

310.0 6.671. 60.7 2.53 554.0 0.90587 0.0124 0.838 0.00523 1.05118 0.926

320.0 6.311 64.1 2.52 568.0 0.00532 0.0125 0.913 0.00580 1.04836 0.898 330.0 5. 393 67.5 2.51 581.0 0.00483 0.0126 0.928 0.00637 1.04592 0.8 75 340.0 5.723 70.8 2.49 591.0 0.00452 0.0127 0.943 0.00693 1.04373 0.8 56 350.0 5.1.79 74.1 2.48 60D.O 0.00422 0.0128 0.959 0.00750 1.04188 0.840 360.0 5.259 77.3 2.47 608.0 0.00396 0.0130 0.976 0.00807 1.04018 0.828 370.0 5.061 80.4 2.46 614.0 0.00374 0.0132 0.992 0.00364 1.03364 0.817 360.0 4.880 83.6 2.45 620.0 0.00354 0.0133 1.01 . 92 2 1.03724 0.803

390.0 4.71* 36.6 2.44 625.0 0.00337 0.0135 1.03 0.00980 1.03596 0.800

1.00.0 4.561 89.7 2.43 630.0 0.00322 0.0137 1.04 0.0104 1.03478 0.793

".10.0 4.420 92.7 2.42 634.0 0.00303 0.0139 1.06 0.0110 1.03369 0.787

1.20.0 4.288 95.7 2.41 637.0 0.00296 0.0140 1.03 0.0116 1.03267 0.732

1.30.0 I.. 166 98.7 2.41 640.0 0.00285 0.0142 1. 09 0.0122 1.03173 0.777

1.1.0.0 4.051 102.0 2.40 643.0 0.9027-. 0.0144 1.11 0.0128 1.03085 0.773

1.50.0 3.91.3 105.0 2.39 646.0 0.00265 0.0146 1. 13 . 1 34 1.03002 0.769

1.60.0 3.81.2 107.0 2.39 548.0 0.00256 0.0148 1.14 0.0140 1.02324 0.766

1.70.0 3.71.7 110.0 2.38 650.0 0.00248 0.0150 1. 16 . 1 46 1.02850 0.763

1.60.0 3.656 113.0 2.37 652.0 0. 00240 0.0152 1.13 0.0153 1.02781 0.760

1.90.0 3.571 116.0 2.37 654.0 0.00233 0.0154 1. 19 0.0159 1.02715 0.757

500.0 3.1.9 119.0 2.36 656.0 0.00227 0.0156 1.21 0.0165 1.02653 0.755

510.0 3.1.12 122.0 2.36 657.0 0.00221 0.0158 1.2 3 0.0172 1.02594 0.753

520.0 3.339 125.0 2.35 658.0 0.00215 0.0160 1.24 0.0179 1.02537 0.751

530.0 3.269 127.0 2.35 660.0 0.00209 0.0162 1.26 0.0135 1.02434 0.749

51.0.0 3.202 130.0 2.34 661.0 0.00201 0.0164 1.23 0.0192 1.02432 0.747

550.0 3.138 133.0 2.34 662.0 0.00199 0.0165 1.23 0.0199 1.02383 0.746

560.0 3.077 136.0 2.33 663.0 0.0019s 0.0167 1. 31 0.0206 1.02336 0.744

570.0 3.018 139.0 2.33 664.0 0.00190 0.0169 1.32 0.0213 1.02292 0.743

580.0 2.962 141.0 2.32 665.0 0.00186 0.0171 1.34 O.0220 1.02249 0.741

590.0 2.908 144.0 2.32 665.0 0.00182 0.0173 1.36 0.0227 1.02207 0.740

600.0 2.85o 147.0 2.32 666.0 0.00173 0.0175 1. 37 0.0 2 34 1.02167 0.739

700.0 2.1.28 174.0 2.28 671.0 0.00148 .0194 1.52 0.0303 1.01840 0.730 800.0 2.116 202.0 2.24 673.0 0.00128 0.021 3 1.66 0.0331 1.01603 0.724

900.0 1.878 229.0 2.21 673.0 0.00112 0.0231 1.80 0.0 4 79 1.01421 0.721 1000.0 1.689 258.0 2.17 674.0 0.00100 0.0250 1.93 0.0572 1.01278 0.718

1500.0 1.129 411.0 1.97 672. 0.000660

2000.0 0.81.91 575.0 1.33 670 .0 0.000434

2500.0 0.6810 742.0 1.74 668.0 0.000396

3000.0 0.5695 910.0 1.69 667.0 0.000330

35 0.0 0.1.880 ioao.0 1.65 666.0 0.000233

. THO-PHASE BOUNDARY

103
THFRMOOYNAMIC PROPERTIES OF NITROGEN

680 P3IA ISOBAR

TEMPERATURE VOLUME ISOTHERM DERIVATIVE

ISOCHOFE DERIVATIVEINTERNAL ENERGYENTHALPY ENTROPY CV CP VELOCITY

OF SOUNO

DEG. R CU FT/.B CU FT-PSIA/LB PSIA/R BTU/L8 BTU/LB BTU/L8-R 3TU / LB -R Ff/SEC

120.0 0.01861 1760.0 222.0 -62.35 -60.01 0.6002 0.2572 0.4720 3873.0

125.0 0.01881. 151.0.0 203.0 -60.01 -57.64 0.6196 0.2585 0.4768 3632.0

130. 0.0190S 1360.0 186.0 -57.65 -55.25 0.6383 0.2565 0.4789 3434.0

135.0 0.01933 1210.0 172.0 -55.28 -52.35 0.6564 0.2529 0.4797 3265.0 140. 0.01961 1090.0 159.0 -52.92 -50.45 0.6739 0.2489 0.4802 3116.0

1".5. 0.01990 977.0 11.7.0 -50.55 -48.05 0.6907 0.2450 0.4809 2981.0

150.0 0.02020 881.0 137.0 -48.18 -45.64 0.7071 0.2414 0.4821 2656.0

155.0 0.02053 796.0 127.0 -1.5.81 -43.22 0.7229 0.2382 0.4841 2736.0

160.0 0.02089 719.0 118.0 -1.3.1.3 -40.80 0.7383 0.2355 0.4871 2624.0

165.0 0. 02125 61.8.0 110.0 -1.1.03 -38.35 0.7534 0.2333 0.4911 2515.0

170.0 0.02165 583.0 102.0 -38.61 -35.88 0.7681 0.2313 0.4964 2408.0

175.0 0.02207 523.0 95.1 -36.16 -33.39 0.7826 0.2297 0.5030 2303.0

180.0 0.02253 1.67.0 88.3 -33.69 -30.35 0.7969 0.2284 0.5110 2200.0 165.0 0. 02303 1.11.. 81.8 -31.17 -28.27 0.8110 0.2273 0.5207 2097.0

190.0 0.02353 365.0 75.6 -28.61 -25.64 0.8250 0.2263 0.5325 1995.

D

200.0 0.021.87 275.0 63.8 -23.30 -20.17 0.8531 0.2250 0.5648 1788.0

205.0 V. 2563 233.0 58.2 -20.52 -17.29 0.8673 0.2246 0.5875 1681.0

210.0 0.02652 193.0 52.7 -17.62 -14.28 0.8818 0.2245 0.6177 1570.0 215.0 0.02757 155.0 1.7.2 -11.. 56 -11.09 0.8968 0.2246 0.6600 1453.0

220.0 0.02867 116.0 1.1.7 -11.28 -7.653 0.9127 0.2253 0.7236 1327.0

225.0 0.03059 82.9 35.8 -7.61.1. -3.793 0.9300 0.2267 0.8310 1186.0

230.0 0.03313 1.9.7 29.5 -3.31.1 0.8299 0.9503 0.2299 1.047 1024.0

235.0 0.03769 22.6 22.0 2.1.30 7.202 0.9777 0.2368 1.563 836.0

21.0.0 .01.851 12.6 11..

7

10.59 16.70 1.018 0.2455 2.023 694.3

245.0 0.0621.3 15.5 10.5 17.76 25.62 1.055 0.2412 1.489 666.8

250.0 0.071.12 22.2 8.36 22.1.8 31.81 1.080 0.2322 1.034 676.2 255.0 0.0831.8 29.1 7.12 25.82 36.33 1.097 0.2244 0.7983 692.5 260.0 0. 0911.0 35.6 6.30 28.1.5 39.96 1.112 0.2183 0.6663 709.5

265.0 0.09839 1.1.5 5.69 30.68 43.07 1.123 0.2133 0.5835 725.9 270.0 0.101.7 1.7.1 5.23 32.65 45.84 1.134 0.2093 0.5270 741.6

275.0 0. 1106 52.3 4.85 31). 1.1. 48.37 1.143 0.2O59 0.4861 756.5

260.0 0.1161 57.2 it. 51. 36.10 50.72 1.151 0.2030 0.4550 77 0.6 285.0 0.1213 61.

B

4.28 37.65 52.93 1.159 0.2006 0.4308 784.1

290.0 0.1263 66.2 4.05 39.13 55.03 1.167 0.1985 0.4112 79 7.1 295.0 0.1311 70.1. 3.86 1.0.51. 57.05 1.174 0.1967 0.3952 809.5 300.0 0.1357 71.. 1. 3.68 1.1.90 53.99 1.180 0.1952 0.3818 321.4

310.0 . Hi.6 82.1 3.39 1.1.. 49 62.69 1.192 0. 1925 0.3607 94 4.1 320.0 0.1530 89.3 3.15 46.95 66.22 1.203 0.1905 0.3448 865.5 330.0 0.1611 96.1 2.95 49.31 69.60 1.214 0. 1888 0.3325 885.7

31.0.0 0.1690 103.0 2.78 51.60 72.88 1.224 0.1875 0.3227 90 4.9 350.0 0.1766 109.0 2.63 53.82 76.06 1.233 0.1864 0.3147 92 3.3 360.0 0.181.1 115.0 2.50 56.00 79.18 1.242 0.1855 0.3081 941.0 370.0 0.1911. 121.0 2.38 58.13 82.23 1.250 0. 1647 0.3026 95 8.0 380.0 0.1985 127.0 2.28 60.23 85.23 1.258 0.1840 0.2978 974.5

390.0 0.2055 132.0 2.19 62.31 88.19 1.266 0.1835 0.2937 990.4

1.00.0 0.2125 138.0 2. 10 64.35 91.11 1.273 0.1830 0.2902 1006.0

1.10.0 0.2193 11.3.0 2.02 66.38 93.99 1.280 0.1826 0.2871 1021.0

1.20.0 0.2261 11.8.0 1.95 68.38 96.95 1.287 0.1822 0.2843 1036.0

1.30.0 0.2328 151.. 1.89 70.37 99.7 1.294 0.1819 0.2819 1050.0

1.1.0.0 0.2391. 159.0 1.83 72.34 102.5 1.300 0.1816 0.2797 1064.0

1.50.0 0.21.60 164.0 1.77 74.30 105.3 1.306 0.1813 0.2777 1078.0

1.60.0 0.2525 169.0 1.72 76.25 108.0 1.313 0.1811 0.2760 1091.0

1.70.0 0.2589 171.. 1.67 78.19 110.8 1.316 D.1809 0.2744 1104.0 .80.0 0.2651. 178.0 1.62 80.11 113.5 1.324 0.1807 0.2729 1117.0

1.90.0 0.2717 183.0 1.58 82.03 116.3 1.330 0.1806 0.2716 1130.0

500.0 0.2781 188.0 1.51. 83.95 119.0 1.335 0.1804 0.2704 1142.0

510.0 0.281.1. 193.0 1.50 85.85 121.7 1.341 0.1803 0.2693 1154.0

520.0 0.2907 197.0 1.1.6 87.75 124.3 1.346 0.1802 0.2682 1166.0

530.0 0.2969 202.0 1.1.3 89.64 127.0 1.351 0.1801 0.2673 1178.0

51.0.0 0.3031 206.0 1.39 91.52 129.7 1.356 0.1800 0.2664 119 0.0

550.0 0.3093 211.0 1.36 93.40 132.4 1.361 0.1799 0.2656 1202.0

560.0 0.3155 216.0 1.33 95.28 135.0 1.366 0.1798 0.2649 1213.0

570.0 0.3216 220.0 1.30 97.15 137.7 1.370 0.1798 0.2642 1224.0

580.0 0.3278 225.0 1.28 99.02 140.3 1.375 0.1797 0.2636 1235.0

590.0 0.3339 229.0 1.25 100.9 142.9 1.379 0.1797 0.2630 1246.0

600.0 0.3399 233.0 1.23 102.7 145.6 1.384 0.1796 0.2624 1257.0

700.0 0.3999 276.0 1.03 121.2 171.6 1.424 0.1798 0.2588 135 8.0 800.0 0.1.589 318.0 0.885 139.6 197.4 1.458 0.1806 0.2574 1449.0

9OD.0 0.5171 359.0 0.779 158.0 223.1 1.469 0.1822 0.2575 1533.0 1000.0 0.571.9 399.0 0.696 176.5 248.9 1.516 0. 1844 0.2586 1611.0

15 0.0 0.8601. 5 96.0 0.1.57 272.8 361.1 1.623 0.1992 0.2712 1939.0 2000.0 1.11.1. 789.0 0.31.1 376.1 520.1 1.703 0.2129 0.2343 2210.0 2500.0 1.1.26 982.0 0.27 2 485.2 664.8 1.767 0.2227 0.2938 245 0.0 3000.0 1.708 1170.0 0.227 598.4 813.4 1.821 0.2295 0.3005 2668.0

35 0.0 1.989 1370.0 0.191. 714.4 964.9 1.868 0.2342 0.3051 2871.0

THO-PHASE BOUNDARY
630 P3IA isojar

THERHOPHYSICAL PROPERTIES OF NITROGEN

TEHFERATURE OENSITY J IOh/D."

DEG. R Ld/CU -T 8TU/L6

120.0 5 3.73 202.0

125.0 53.09 193.0

130.0 52.".? 181.. 135.0 51.72 175.0 HO.O 51.00 166.

ItS.i 50.26 160.0

150.0 1.9.50 151.. 155.0 1.8.71 11.8.0 160.0 li7. 90 11.2.0 lb5.0 1.7.06 136.0 170.0 1.6.20 131.0 175.0 1.5.31 125.0

180.0 1.1.. 38 120.0

185.0 1.3. i«l 115.0

190.0 1.2.1.0 109.0

225.0 230.0

235.0

21.0.0 21.5.0 250.0

255.0

260.0

265.0

270.0

275.0 280.0

265.0

290.0

295.0

300.0

310.0 320.0

330.0

31.0.0

350.0

360.0

370.0

380.0 390.0

1.00.0

1.10.0

1.20.0

1.90. 500.

510. 520.

530.

550.0

560.0

570.0

580.0 590.0

600.0

700.0

800.0

900.0 1000.0

1500.0

2000.0 2500.0

3000.0

35 0.0

20.61

16.02

13.1.9

.01.2 .611.

.21.3 .918

6.205

5.917

4.296

It. 177 4.066

3.961

3.862

3.768

3.680 3.596

3.516

3. 1.1.0 3.368 3.299

3.233

3.170

3. 109 3.051

2.995

2.91.2 2.500 2.179

1.931. 1.736

iMDP/DUJy -iMOP/Oi/L. PSIA-CU FT/bTU PSIA

31900.

71500

62800

551.00. •.9100.

1.3500. 38800.

C//3T)/J THtRHAL P CONDUCTIVITY

1/OEG. R 3TU/FT-MR-P

102.0

10<t.O 107.0

110.0

113.0

116.0

119.0

122.0

125.0 127.0 130.0

133.0

202.0

230.0

258.0

1.11.0 575.0

71.3.0 910.0 1080.0

2.37

2.37

30500.

9 58 26900

9 li. 23700

8 71 20700

8 29 16000

7 67 15500

7 06 11100

6 65 9090

6 23 7290

5 80 5630

5 31. ".100

596. 260.

21.9. 299.

31.9. 389.

1.23.

537.

51.8. 568.

581.. 597.

617.

625.

632.

638.

61.3.

656.0

660.0

663.0

665.0 668.0

670.0

672.0

671.. 576.0

681.0 682.0

683.0

681.. 685.0

686.0

686.0

691.0 693.0

691.. 69U.

688. 687.

666.

0.0023.

O.0D247

0.00260 0.00275

0.00287

0.00300

0.0031-. 0.00326

0.0031...

0. 00361

.001.55

.001.86 .00576

.0061.0 .0072!

.0081.0 .0102

0.0279

0.0201. 0.0162 0.0135

0.0116 0.0103

0.00922

0.0081.0

0. 00773 0.00716

0.00672

0.00597 0.00540

.0925

.0895

.0868 .0839

.0809

.0730 .0751

.0722 .0694

0.0639

0.0612

0.0586 0.0559

0.0533

0.01.81 0.01.56

0.01.30

O.O'.O'. 0.0379

0.0356

0.0335

0.0311 0.0266

0.0216

0.0183

0.016". 0.0152

. 011.1. 0.0138

0.013". 0.0131 0.0129

0.0127

0.0127

0.0126

0.0126

0.0126

0.0127

0.0128

00377 .0132

a 00357 .013".

0031.0 .013b

0032". 0137

a 00310 .0139

00298 OlM

00286 .011.3 00276 011.5 00266 .011.7 00257 011.9 0021.9 0151

c 0021.1 0152

0023". 015". 00227 D156

00221 0156

00215 a 0160

00210 0162 00205 016".

00200 0166

00195 0166

00191 0170

00186 a 0172

00182 017". 00179 0175

0011.8 019". 00128 a 0213

00112 a 0232

00100 0250

000660

.: 0001.91. 000336

000330

000283

1.00 0.92 9 0.899

.877

.831 .836

.8J1

.90". .917

.932

TMEP1AL IIFFUSIXITY

SO FT/HR

0.00366

. 35 5 0.0031.6 0.00333

0.00330 0.00323

0.00315

0.00306

0.00298

. 23 3 0.00279 0.00269

0.00258

. 21. 7 0.00236

0.00212

0.00199

0.0013". 0.00169

3.00151 0.00131

0.00106

0.00071.5 0.000639

0.000906

0.00132 0.00172

0.00203

. 21. 2 0.00271.

.00305

0.0 331.

. 36 3 0.00391

0.0 ..2 0.00". ".8 0.00503

0.00559

0.00615

0.00670

0.00726

0.00781 0.00837

0.00893

0.00950

0.0101

0.0106

0.0112 0.0118

0.012".

.0167

.0173

.0180

.0187

.0207

.0213

.0220 .0227

.0300

.0380

PRANOTL NUM9ER

1.1.6266

1.1.5650 1.1.5009

1.1. 1.31.6 1.1.3661 1.1.2956

1.1.2231 1.411.87

1.1.0 72 2 1.3993 7 1.39123

1.3829". 1.37431

1.36536

1.35603

1.3359". 1.32496 1.31313

1.30016

1.28552

1.21316

1.16406

1.12597

1.1051.0 1.09319

1 . 8 1.3 8 1.07869

1.07381

1.06980

1.0661*1 1.0631(9 1.06093

1.05865

1.05661

1.05308

1.05010

1.01.753 1.01.529

1.01.330

1.01.152 1.03992

1.0381.6 1.03713

1.03590

1.031.77 1.03371 1.03273 1.03182

1.03096 1.03015 1.02939

1.02867

1.02799

1.02735

1.02673

1.02615

1.02560

1.02507

1.02456

1.02403 1.02361 1.02317

1.02274

1.02233

1.01896

1.01651 1.01464

1.01316

1.02 1.00 0.973

0.934

0.904

0.880

0.360

0.810 0.302

0.7 95 0.789 0.783

0.778

0.774

0.761 0.758

0.7 56 0.754

0.752

0.750

0.743

0.741 0.739

0.730

0.724

0.721

0.713

TWO-PHASE 3uUSOART
THERMODYNAMIC PROPERTIES OF NITROGEN

700 PSIA ISOBAR

EMPERATURE VOLUME ISOTHERM DERIVATIVE

ISOCHORE DERIVATIVE

INTERNAL

ENERGY

FNTHALPY ENTROPY OV CP VELOCITY

OF SOUND

DEG. R CU FT/.

CU FT-PSIA/L6 PSIA/R BTU/LB BTU/LB 3TU/LB-R 3TU / LB -R FT/SEC

120. a 0.01861 1770.0 222.0 -62.37 -59.96 0.60O1 0.2577 0.4718 3873.0

125.0 0.01883 1550.0 203.0 -60.03 -57.59 0.6194 0.2599 0.4765 3632.0

130.0 0.01907 1370.0 186. -57.67 -55.20 0.6382 0.2568 0.4786 3435.0

135.0 0.01933 1220.0 172.0 -55.31 -52.80 0.6562 0.2533 0.4794 3267.0

1-0. il D. 01960 1090.0 159.0 -52.95 -50.41 0.6737 0.2492 0.4799 3118.0

145.0 0.01969 981.0 147.0 -50.58 -43.01 0.6905 0.2453 0.4805 2984.0

150.0 0.02013 885.0 137.0 -48.22 -45.60 0.7068 0.2417 0.4817 2 85 9.0 155.0 0.02052 eoo.o 127.0 -45.85 -43.19 0.7227 0.2385 0.4836 2741.0

160.0 0.02087 722.0 119.0 -43.47 -40.76 0.7381 0.2358 0.4865 2 62 8.0 165.0 0. 02123 652.0 110.0 -41.07 -33.32 0.7531 0.2335 0.4905 2519.0

170.0 0.02163 587.0 103.0 -38.66 -35.85 0.7673 0.2315 0.4956 2413.0

175.0 0. 02205 527.0 95.4 -36.22 -3 3.36 0.7823 0.2299 0.5021 2309.0

leo.o 0.02251 471.0 88.5 -33.75 -30.83 0.7965 0.2285 0.5099 2206.0

185.0 0.02301 418.0 62. 1 -31.24 -23.26 0.8106 0.2274 0.5194 2104.0 190.0 0.02355 369.0 75.9 -28.69 -25.63 0.8246 0.2265 0.5309 2002.0

200.0 0.02482 279.0 64.2 -23.40 -20.18 0.8526 0.22 51 0.5622 1797.0

205.0 0.0255S 237.0 58.6 -20.63 -17.32 0.8667 0.2247 0.5840 1 69 1 . 210.0 0.02645 198.0 53.1 -17.76 -1-..33 0.8811 0.2245 0.6128 1582.0 215.0 0.02743 160.0 47.7 -14.73 -11.17 0.8960 0.2246 0.6525 146 7.0 220.0 0.02473 123.0 42.2 -11.50 -7.731 0.9116 0.2251 0.7112 134 3.0 225.0 0.03037 88.3 36.5 -7.944 -..007 0.9286 0.2264 0.8070 1207.0

230.0 0.03272 55.5 30.4 -3.615 0.4258 0.9460 0.2290 0.9883 1053.0 235.0 0.03678 27.3 23.4 1.4 75 6.243 0.9730 0.2346 1.395 876.5

2<>0.0 0.04527 14.7 16.2 8.787 14.66 1.008 0.2431 1.880 72 5.0 245.0 0.05774 15.3 11.6 16.02 23.50 1.045 0.2422 1.566 67 8.0 250.0 0.06933 20.9 9.11 21.16 30.14 1.072 0.2342 1.118 680.0

255.0 0.07883 27.6 7.67 24.79 35.01 1.091 0.2264 0.8530 69 3.8 260.0 0. 08684 34.1 6.73 27.60 33.36 1.106 0.2200 0.7026 709.9 265.0 0.09386 40.1 6.05 29.96 42.12 1.116 0.2148 0.6092 72 6.0 270.0 0. 1002 45.7 5.53 32.01 45.00 1.129 0.2105 0.5462 741.6 275.0 0.1061 51.0 5.12 33.8? 47.62 1.139 0.2070 0.5010 756.4

280.0 0.1115 56.0 4.78 35.58 50.03 1.146 0.2040 0.4671 770.6

285.0 0.1167 60.7 4.49 37.17 52.30 1.156 0.2015 0.4407 78 4.1 290.0 0. 1216 65.1 4.25 38.68 5t.45 1.163 0.1993 0.4196 797.1 295.0 0.1264 69.4 4. 04 40.12 56.50 1.170 0.1974 0.4023 809.5

300.0 0.1309 73.5 3.85 41.50 58.48 1.177 0.1958 0.3680 821.5

310.0 0.1396 81.3 3.54 44.14 62.24 1.189 0.1930 0.3655 844.4

320.0 0.1479 88.6 3.28 46.63 65.31 1.200 0.1909 0.3488 86 5.8 330.0 0.1559 95.5 3.07 49.02 69.23 1.211 0.1892 0.3358 88 6.1 340.0 0.1636 102.0 2.89 51.32 72.53 1.221 0.1878 0.3255 905.4

350.0 0.1711 108.0 2.73 53.57 75.74 1.230 0.1867 0.3171 92 3.9 360.0 0.1783 115.0 2.59 55.76 73.88 1.239 0.1857 0.3102 94 1.6 370.0 0.1855 121.0 2.47 57.91 81.95 1.247 0. 1849 0.3044 958.7

380.0 0.1925 126.0 2.36 60.02 84.97 1.255 0.1842 0.2994 975.2

390.0 0.1993 132.0 2.26 62.10 87.94 1.263 0.1836 0.2952 991.2

400.0 0.2061 137.0 2.16 64.16 90.87 1.271 0. 1831 0.2915 1007.0 410.0 0.2128 143.0 2.09 66.19 93.77 1.278 0.1827 0.2883 1022.0 420.0 0.2194 148.0 2.02 68.20 96.64 1.285 0.1823 0.2854 1037.0

430.0 0.2259 153.0 1.95 70.20 93.48 1.291 0.1820 0.2829 1051.0 440.0 0.2324 158.0 1.89 72.18 102.3 1.298 0.1817 0.2806 106 5.0 450.0 0.2388 164.0 1.83 74.14 105.1 1.304 0.1814 0.2786 1079.0

460.0 0.2451 169.0 1.77 76.10 107.9 1.310 0.1812 0.2766 1092.0 470.0 0.2514 173.0 1.72 78.04 110.6 1.316 0.1810 0.2751 1105.0

480.0 0.2577 178.0 1.67 79.97 113.4 1.322 0.1808 0.2736 1118.0

490.0 0.2639 163.0 1.63 81.90 116.1 1.327 0. 1806 0.2723 1131.0 500.0 0.2701 188.0 1.59 83.81 113.8 1.333 0.1805 0.2710 1143.0

510.0 0.2762 193.0 1.55 85.72 121.5 1.338 0. 1804 0.2699 1156.0 520.0 0.2824 197.0 1.51 87.62 124.2 1.344 0.1802 0.2688 1168.0 530.0 0.2884 202.0 1.47 89.51 126.9 1.349 a. 1801 0.2679 1179.0 540.0 0.2945 207.0 1.44 91.40 123.6 1.354 0.1800 0.2670 1191.0 550.0 0.3005 211.0 1 .41 93.29 132.2 1.359 0.1800 0.2661 1203.0

560.0 0.3065 216.0 1.38 95.17 134.9 1.363 0.1799 0.2654 1214.0

570.0 0.3125 220.0 1.35 97.04 137.6 1.368 0.1798 0.2647 1225.0

560.0 0.3185 225.0 1. 32 98.91 140.2 1.373 0.1798 0.2640 1236.0 590.0 0.3244 229.0 1.29 100.6 142.8 1.377 0.1797 0.2634 124 7.0 600.0 0.3303 234.0 1.27 102.6 145.5 1.382 0.1797 0.2628 125 8.0 700.0 0.3887 277.0 1.06 121.1 171.5 1.422 0. 1796 0.2590 1 35 9 . 800.0 0.4460 319.0 0.912 139.5 197.3 1.456 0. 1807 0.2576 1451.0

900. D 0.5026 359.0 0.802 157.9 223.1 1.487 0.1822 0.2576 1534.0

1000.0 0.5588 400.0 0.717 176.5 248.9 1.514 0.1844 0.2587 1612.0

1500.0 0.8363 596.0 0.47 272.7 381.1 1.621 0.1992 0.2713 1940.0

2000.0 1 .111 790.0 0.351 376.1 520.2 1.701 0.2129 0.2843 2211.0

2500.0 1.386 982.0 0.26 485.2 664.3 1.765 0.2227 0.2938 2451.0

3000.0 l.b59 1170.0 0.23 3 598.4 813.5 1.819 0.2295 0.3005 2669.0

3500.0 1.933 1370.0 0.200 714.4 965.0 1.866 0.2342 0.3051 2871.0

THO-PrtASE tJOUNOARY
THERHOPHYSICAL PROPERTIES OF NITROGEN

700 PSIA isobar

TEMPERATURE DENSITY

DEG. « L6VCU = T

V(9H/0V> p

V(DP/OU»v-\MOP/DV>_ btu/lb psia-cu ft/btu psia(OV/DTL/W THERMAL VISCOSITY CONDUCTIVITY

1/DEG. R BTU/FT-HR-P LB/FT-SEC

THERMAL DIELECTRIC

3IFFUSIVITY CONSTANT

SO FT/ MR

120.0 53.74 202.0 16.0 95000.0 .00233 .0923 18.4 0.00366 1.46277 3.39

125. 53. 10 193.0 14.7 82200.0 00246 .0399 15.9 . 35 5 1.45662 3.04 130.0 52.43 184.0 13.8 71700.0 00260 .0369 14. 1 0.00346 1.45023 2.79

135.0 51.74 176.0 13.1 63000.0 00273 .0939 12.8 0.00338 1.44361 2.62

1*0.0 51.02 168.0 12.5 55600.0 .00286 .0810 11.7 0.00331 1.43678 2.50

1 ".5.0 5 0.28 161.0 12.0 49300.0 00299 .0791 10.8 . 32 3 1.42975 2.38

150.0 49.52 154.0 11.4 43800 .0 00312 .0752 9.84 0.00315 1.42252 2.27

155.0 4 8.73 148.0 11.0 39000.0 .00327 .0723 9.13 0.00307 1.41510 2.20

160.0 47.93 142.0 10.5 34600.0 00342 .0695 8.47 0.00299 1 . 4 74 8 2.13

165.0 47.09 137.0 10.0 30700.0 00359 .0663 7.66 0.00239 1.39966 2.08

170.0 46.23 131.0 9.58 27100.0 00378 .0640 7.23 0.00279 1.39160 2.03

175.0 45.34 126.0 9.15 23900.0 00399 .0613 6.74 0.00269 1.38 33 1.98

180.0 44.42 120.0 8.72 20900 .0 00424 .0587 6.23 0.00259 1.37471 1.95 185.0 43.46 115.0 8.30 19200.0 00451 .0561 5.75 0.00248 1.36580 1.92

190.0 42.46 110.0 7.89 15700.0 00484 .0535 5.29 0.00237 1.35653 1.99

200.0 40.29 98.4 7.08 11200.0 00571 .0493 4.45 0.00213 1.33660 1.87 205.0 39. 10 92.5 6.67 9280.0 00631 .0457 4. 06 . 20 1.32573 1.87 210.0 37.81 96.2 6.26 7480 .0 00711 .0432 3.68 0.00186 1.31406 1.88

215.0 36.40 79.6 5.84 5820.0 00920 .0406 3.30 0.00171 1.30130 1.91 220.0 34.80 72.3 5.39 4290.0 00984 .0382 2.93 0.00154 1.28700 1.97 225.0 32.93 64.2 4.90 2910.0 0126 .0359 2.55 0.00135 1.27031 2.07

230.0 30.56 55.1 4.34 1690.0 0179 0338 2.16 0.00112 1.24944 2.27

235.0 2 7.19 45.1 3.68 759.0 0309 .0315 1.72 0.000831 1.22003 2.74

21.0.0 22.09 37.5 3.02 324.0 0501 .0277 1.29 0.000668 1.17647 3.13 245.0 17.32 35.9 2.76 266.0 0436 0229 1.05 0.000843 1.1366 6 2.58 250.0 14.42 37.0 2.70 302.0 0302 .0193 0.95 7 0.00120 1.11295 1.99

255.0 12.68 38.9 2.67 350.0 0219 0171 0.918 0.00156 1.09888 1.64

260.0 11.52 41.0 2.66 392.0 0172 0157 0.898 0.00195 1.08948 1.44

265.0 10.65 43.0 2.64 427.0 0142 0148 0.888 0.00228 1.06259 1.32 270.0 9.98 45.1 2.63 457.0 0121 0142 0.833 0.00260 1.07723 1.23

275.0 9.429 47.1 2.62 481.0 0106 0137 0.881 0.00290 1.07286 1.16 280.0 8.967 49.1 2.61 502.0 00952 0133 0.882 0.00319 1.06920 1.11 265.0 8.570 51.0 2.60 520.0 00864 0131 0.884 0.00347 1.06606 1.07 290.0 8.222 52.9 2.59 535.0 00794 0129 0.883 .00375 1.06333 1.04 295.0 7.914 54.7 2.58 549.0 00735 0129 0.892 0.00403 1.06090 1.01 300.0 7.638 56.5 2.58 561.0 00686 0127 0.897 0.00430 1.05873 0.993

310.0 7.161 60.1 2.56 582.0 00608 0127 0.909 0.00485 1.05499 0.942

320.0 6.759 63.6 2.54 599.0 00543 0127 0.922 0.00539 1.05185 0.910

330.0 6.414 67.0 2.53 612.0 00501 0129 0.936 0.00594 1.04916 0.885

3 40.0 6.113 70.3 2.52 624.0 00463 0129 0.951 0.00648 1.04691 0.8 65

350.0 5.846 73.6 2.50 634.0 00431 0130 0.96 7 0.00702 1.04473 0.3 48 360.0 5.607 76.8 2.49 642.0 00404 0132 0.983 0.00757 1.04288 0.334

370.0 5.392 80.0 2.48 650.0 00380 0133 1. 00 0.00811 1.04121 0.822

380. 5.196 83.2 2.47 656.0 00360 0135 1.02 0.00866 1.03969 0.812

390.0 5.017 86.3 2.46 662.0 00342 0136 1.03 0.00921 1.03830 0.804

400.0 4.852 89.3 2.45 667.0 00326 0139 1.05 0.00977 1.03702 0.797

410.0 4.699 92.4 2.44 671.0 00312 0140 1.07 0.0103 1.03585 0.790 420.0 4.553 95.4 2.43 675.0 00299 0142 1. 08 0.0109 1.03475 0.785

430.0 4.426 98.4 2.42 679.0 00287 0144 1.10 0.0115 1.03374 0.780

440.0 4.303 101.0 2.41 682.0 00277 0145 1.12 0.0120 1.03279 0.775

450.0 4.188 104.0 2.41 685.0 00267 0147 1.13 0.0126 1.03190 0.771

460.0 4.079 107.0 2.40 687.0 00258 0149 1.15 0.0132 1.03106 0.768 470.0 3.977 110.0 2.39 690 .0 00250 0151 1.17 0.0138 1.03028 0.765

480.0 3.980 113.0 2.39 692.0 00242 0153 1.18 0.0144 1.02953 0.762

490.0 3.789 116.0 2.38 694.0 00235 0155 1.20 0.0150 1.02883 0.759

500.0 3.70 2 119.0 2.37 696.0 00228 0157 1.22 0.0156 1.02816 0.757

510.0 3.620 122.0 2.37 697.0 00222 0159 1.23 . 1 62 1.02753 0.754

520.0 3.542 124.0 2.36 699.0 00215 0161 1.25 0.0169 1.02693 0.752

530.0 3.46 7 127.0 2.36 700.0 00210 016 2 1.26 O . 1 75 1.02636 0.750

540.0 3.396 130.0 2.35 701.0 00205 a 0164 1.28 0.0181 1.02581 0.748

550.0 3.328 133.0 2.35 703.0 00200 0166 1.30 0.0189 1.02529 0.747

560.0 3.262 136.0 2.34 704.0 00195 0168 1.31 0.0194 1.02479 0. 745

570.0 3.200 139.0 2.34 705.0 00191 0170 1.33 0.0201 1.02431 0.7 44 580.0 3.140 141.0 2.33 705.0 D0187 0172 1.34 0.0208 1.02385 0.742

590.0 3.083 144.0 2.33 706.0 00183 0174 1.36 0.0 214 1.02341 0.741

600.0 3.027 147.0 2.33 707.0 00179 0176 1.37 0.0221 1.02299 0.740

700.0 2.573 174.0 2.29 712.0 00149 0195 1.53 0.C292 1.01951 0.730

800. 2.242 202.0 2.25 714.0 00128 a 0213 1.67 0.0369 1.01699 0.725 900.0 1.989 230.0 2.21 715.0 00112 0232 1.80 0.0452 1.01506 0.721 1000.0 1.789 258.0 2.17 715.0 00100 a 0250 1.93 0.0541 1.01354 0.718

1500.0 1.196 411.0 1.98 713.0 000660

2000.0 0.8998 5 75.0 1.83 711.0 000494

2500.0 0.7217 743.0 1.74 709.0 000396

3000.0 0.6026 911.0 1.69 708.0 000330

3500.0 0.5173 1080.0 1.65 707.0 000283

THO-PHASE BOUNDARY
THFR101YNAMIC PROPFRTIES OF NITROGEN

750 P5IA IS03AR

TtHPERATURE VOLUME ISOTHERM DERIVATIVE ISOCHORE DERIVATIVE

INTERNAL

ENERGY ENTHALPY ENTROPY CV CP VELOCITY

OF SOUND

DEu. R CU FT/.

3

CU FT-PSIA/LE PSIA/R BTU/LP 9TU/L3 3TU/L8-R 8TU / L9 -R FT/SEC

120.0 . 01560 17o0.0 222.0 -62.42 -53.04 0.5997 0.2588 0.4711 3 87 2.0 125.0 .01682 1560.0 202.0 -60.03 -57.47 0.6190 0.2600 0.4758 3 63 3.0 130.0 0. 01906 1360.0 186.0 -57.73 -55.08 0.6377 0.2578 0.4778 3437.0

135.0 0.01931 1230.0 172.0 -55.37 -52.69 0.6557 0.2542 0.4786 3270.0

1<40.0 0.01453 1100.0 159.0 -53.02 -50. iO 0.6732 0.2500 0.4790 3123.0

1".5.0 0. 01987 989.0 146.0 -50.6b -47.90 0.6900 0.2460 0.4796 2969.0

150.0 0.02017 8 94.0 137.0 -48.30 -45.50 0.7063 0.2423 0.4806 2366.0

155.0 .02049 808.0 128.0 -45.94 -43.09 0.7220 0.2391 0.4625 2749.0

160.0 0.02084 731.0 113.0 -43.57 -40.67 0.7374 0.2363 0.4852 2637.0

165.0 . 02120 661.0 111.0 -41.16 -38.24 0.7524 0.2340 0.4890 2530.0

17C.0 0.02153 596.0 103.0 -38.76 -35.78 0.7671 0.2320 0.49 38 2425.0

175.0 0. 02201 536.0 96.0 -36.36 -33.30 0.7815 0.2303 0.4999 2 32 2.0 160.0 0.02246 480.0 69.2 -33.90 -30.78 0.7956 0.2289 0.5074 2220.0

165.0 0.02293 426.0 82.7 -31.41 -26.22 0.8097 0.2278 0.5163 2120.0

190.0 0.02343 379.0 76.6 -26.66 -25.61 0.823o 0.2268 0.5271 2020.0 200.0 0. 02471 269.0 65. -23.64 -20.21 0.8513 0.2253 0.5560 1818.0 205.0 0.02 544 248.0 59.5 -20.51 -17.35 0.8653 0.2248 0.5759 1716.0 210.0 0.02626 209.0 54. 1 -16.09 -14.44 0.879-. 0.2245 0.6015 1610.0

2>5.0 f20.0

0. 02725 171.0 48.8 -15.14 -11.35 0.8940 0.2244 0.6358 1500.0 0.02842 135.0 43.5 -12.01 -8.068 0.3091 0.2247 0.6646 1333.0 225.0 0.02363 101.0 36.1 -8.625 -4.473 0.9252 0.2256 0.7569 125 6.0 230.0 0. 03188 69.3 32.4 -4.823 -0.3964 0.9432 0.2274 0.8841 1117.0 235.0 0. 03491 41.3 26.3 -0.3017 4.546 0.9644 0. 2310 1.118 96 2.7 240.0 0.04023 22.6 19.8 5.456 11.04 0.9918 0.2371 1.485 810.7 245.0 0.04897 17.5 14.5 12.05 18.85 1.024 0.2410 1.549 722.1

250.0 0.05911 19.7 11.2 17.75 25.96 1.053 0.2374 1.272 699.0

255.0 0.06647 24.8 9.22 22.06 31.57 1.075 0.2305 0.9684 702.3

260.0 .07655 30.8 7.93 25.37 36.00 1.092 0.2239 0.7991 714.2

265.0 0.06364 36.6 7.03 28.06 39.68 1.106 0.2183 0.6783 72 8.4 270.0 0. 06393 42.6 6.36 30.36 42.85 1.118 0.2136 0.5977 743.0

275.0 0.09576 46.0 5.63 32.39 45.69 1.128 0.2096 0.5409 757.4 260.0 0.1012 53.1 5.41 34.24 46.29 1.136 0.2063 0.4990 771.4

265.0 0.1062 58.0 5.06 35.94 50.70 1.146 0.2035 0.4669 78 4.8 290.0 0.1110 62.6 4.77 37.55 52.97 1.154 0.2011 0.4415 797.6

295.0 0.1156 67.0 4.51 39.06 55.12 1.162 0. 1991 0.4210 610.3 300.0 0.1201 71.2 4.29 40.51 57.18 1.169 0. 1973 0.4042 82 2.4 310.0 0.1285 79.3 3.92 43.25 61.09 1.181 0.1943 0.3781 84 5.4 320.0 0.1364 66.8 3.62 45.62 64.77 1.193 0. 1919 0.3568 86 7.0 330.0 0. 1440 93.9 3.38 48.27 66.28 1.204 0. 1901 0.3441 88 7.4 340.0 0.1514 101.0 3.17 50.64 71.66 1.214 0.1836 0.3325 90 6.9 350.0 0.1585 107.0 2 .99 52.93 7 4.94 1.223 0.1873 0.3232 92 5.5 360.0 0.1654 113.0 2.63 55.16 76.13 1.232 0. 1863 0.3155 94 3.4 370.0 0.1722 120.0 2.70 57.34 81.25 1.241 0. 1854 0.3090 96 0.6 360.0 0.1768 125.0 2.57 59.48 84.31 1.249 0.1847 0.3036 97 7.3 390.0 0.1853 131.0 2.46 61.59 87.33 1.257 0.1841 0.2989 99 3.4 400.0 0.1917 137.0 2.37 63.67 90.29 1.264 0.1835 0.2949 1009.0

410.0 0.1960 142.0 2.27 65.7 2 93.22 1.272 0.1631 0.2913 1024.0

420.0 0.2042 146.0 2. 19 67.76 9o.l2 1.279 0.1827 0.2862 1039.0

430.0 0.2104 153.0 2.12 69.77 96.99 1.265 0.1823 0.2855 1053.0 440.0 0.2165 158.0 2. 05 71.76 101.3 1.292 0.1820 0.2630 1068.0 450.0 0.2225 163.0 1.96 73.75 104.7 1.298 0. 1617 0.2806 1061.0 460.0 0.2285 168.0 1.92 75.71 107.4 1.304 0. 1815 0.2789 1095.0 470.0 0.2344 173.0 1.66 77.67 110.2 1.310 0.1812 0.2771 1108.0 460.0 0.2403 176.0 1.61 79.61 113.0 1.316 0. 1810 0.2755 1121.0

490.0 0.2462 163.0 1.76 81.55 115.7 1.322 0. 1809 0.2740 1134.0

500.

D

0.2520 188.0 1.71 83.46 113.5 1.327 0.1607 0.2726 1146.0

510.0 0.2578 193.0 1.67 65.39 121.2 1.333 0.1806 0.2714 1158.0 520.0 0.2635 157.0 1.63 87.30 123.9 1.336 0. 1804 0.2703 1171.0 530.0 0.26 32 202.0 1.59 89.21 126.6 1.343 0. 1803 0.2692 1162.0

540.0 0.2749 207.0 1 .55 91.11 123.3 1.348 0. 1802 0.2683 1194.0 550.0 0.2806 211.0 1.52 93.00 132.0 1.353 0.1801 0.2674 1206.0

560.0 0.2662 216.0 1.48 94.88 134.6 1.356 0. 1301 0.2665 1217.0

570.0 0.2918 221.0 1 .45 96.77 137. ! 1.363 0.1800 0.2658 1228.0

560.0 0.2974 225.0 1.42 98.64 133.9 1.367 0.1799 0.2651 1239.0

590.0 0.3030 230.0 1.39 100.5 142.6 1.372 0.1799 0.2644 125 0.0 600.0 0.3065 234.0 1.36 102.4 145.2 1.37b 0. 1798 0.2638 1 26 1 . 700.0 0.3632 278.0 1.14 120.9 171.4 1.417 0.1739 0.2597 136 2.0 600.0 0.4169 320.0 0.979 139.4 197.3 1.451 0.1806 0.2580 1454.0 900.0 0.4698 361.0 0.861 157.8 223.0 1.481 0.1823 0.2580 1538.0 1000.0 0.5224 401.0 0.769 176.3 243.9 1.509 0.1844 0.2590 1615.0

1500.0 0.7815 598.0 0.504 272.7 381.2 1.616 0.1992 0.2714 1943.0 2000.0 1.038 792.0 0.376 376.1 520.3 1.696 0.2129 0.2843 2213.0 2500.0 1.294 964.0 0.300 465.2 665.0 1.760 0. ?227 0.29 39 2453.0

3000.0 1.550 1180.0 0.250 598.4 813. 7 1.815 0.2295 0.3005 2671.0

3500.0 1 .605 1370.0 .214 714.4 965.1 1.861 0.2342 0.3051 2873.0

THO-PHA3E BOUNDARY
750 psia isobap.

THERMOPHYSICAL PROPFRTIES OF NITROGEK

TEMPERATURE OENSITT l/IDH/Ol/) VIDP/OU) -IHOP/OV)

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

IOJ/OT1/J THERMAL P CONOUCTIVIIY

1/OEG. R 3TU/FT-HR-?

VISCOSITY THERMAL OIELECTRIC

9IFFUSIUITY CONSTANT

SQ FT/HR

PRANDTL NUMBER

120.0

125.0

130.0 135.0

1 ".0.0 145.0

150.0

155.0

160.0

165.0

170.0

175.0

leo.o

185.0 190.0 200.0

205.0

210.0

215.0 220.0

225.0

230.0 235.0

240.0 245.0

250.0

255.0 260.0

265.0

270.0

275.0

280.0

265.0

290.0

295.0 300.0

310.0

320.0

330.0

3<40.0 350.0

360.41 370.0

380.0

390.0

400.0 410.0

420.0

430.0

440.0

450.0

500.

510. 520.

530.

550.0

560.0

570.0

580.0

590.0 600.0

700.0

800.0 900.0

1000.0

1500.0 2000.0

2500.0

3000.0

3500.0

51.78 51.07

50.33

33.46

31.37

13.06 11.96

11.11

9.881 9.413

9. 006 8.64 8 8.329

7.784

7.330 6.942

6.606

6.310 6.046

5.308 5.593

5.397

5.217

5.050 4.896

4.753 4.619

4.494

203.0

194.0 185.0

177.0

169.0 162.0

155.0

149.0

143.0 138.0

132.0

127.0 122.0

116.0

111.0

100.0 94.3

88.3

67.5

59.3

4 376 107

4 265 110

4 161 113 a 4 062 116

3 968 119

3 360 121

3 79 5 124

3 714 127

3 638 130

3 56* 133

3 494 136

3 427 138

3 362 141

3 301 144

3 241 147

2 753 174 a 2 399 202

2 128 230

1 914 2 58

1 280 412

96 31 576 a 7726 744 6452 911

a 5539 1060

-PHASE BOUNDARY

9.17

8.75

2.26

2.22

2.18

95600.0

32700.0

72200.0 63500.0 56100.0

49800.0

44300.0

39400 .0 35100.0

31200 .

27600 .0 24400.0

21400 .0 18600.0

16100 .0 11700.0

9750.0

7940.0

6290.0 4770.0

3390.0 2170.0

1180.0

563.0

358.0 333.0

363.0 403.0

501.0

525.0

546.0 564.0

579.0

59 3.0 617.0

636.0

652.0

665.0

676.0

686.0

694.0

701.0

708.0

713.0 718.0

723.0

727.0

730.0

734.0 737.0

739.0

742.0 744.0

746.0 748.0

749.0

751.0

752.0

754.0

755.0 756.0

757.0

758.0

759.0 764.0

767.0

768.0 766.0

765.0 762.0 760.0

759.0

757.0

.00232 .0930 .00245 .0900

.00255 .0871

.00271 .0841

.00284 .0812

.00296 .0783

.00310 .0754

.0032-1 .0726

00339 .0698

.00355 .0670

.00371 .0643

00391 .0616

c .00417 .0590 00444 .0564

00475 .0538

00556 .0487

00611 .0462

00661 .0437

.00777 .0412

00913 0388

0112 0365

0149 0344

D 0222 0323

a 0352 0296

0406 0255

0337 .0213

0254 0190

0197 .0172

0160 0160

0134 .0151

0116 0145

0103 .0140

00928 .0137

00846 0134

00779 0133

00723 0132

00636 0130

00570 0130

00518 0131

00477 0131

00442 0133

0O413 0134

3 00389 0135

00367 0137

00343 0133

00332 0140 00317 0142

00303 0143

00291 0145

00280 0147

00270 0149

00261 0151

00252 0152

00244 a 0154

00237 0156

00230 0158

00223 0160

00217 0162

00212 0164

00206 0166

00201 0167

00197 a 0169

00192 0171

00188 0173

00184 0175

00180 0177 00149 0196

00128 0214

00112 0232

00100 0251

000659

0004J4

000395

000330 000293

7.33

6.79

.921

.911

0.904

0.905

0.908

0.912

0.92 2 0.934

0.948

0.96 2

.00 36 7 1 .46304

.00356 1 .45693

.00347 1 .45058

.00339 1 .44401

.00332 1 .43722

.00 324 1 .43023

.00316 1 .42305

J .0030 8 1 .41569

.0030 1 .40813

.00 291 1 .40037

.00281 1 .39239

.00271 1 .38418

. 26

1 .37569

.00251 1 .36690

a .00240 1 .35776

u .00217 1 .33821

. 20 4 1 .32761

. 19 1 1 .31629

.0017 7 1 .30402

.00161 1 .29046

a .00144 1 .27500 .00124 1 25652

a .00101 1 .23272 .000801 1 19998

3 .000906 1 16245

.00101 1 .13335

.00132 1 11443

.00165 1 1019 2 .00197 1 .09301 .00227 1 08626

.00256 1 08089

.0028 4 1 .07647

.00 311 1 07273

.00338 1 .06951 .00365 1 06668

.00 391 1 .06417 .00443 1 .05988

.00495 1 05631

.0054 7 1 5 328 .00599 1 05065

.00650 1 04834

.00702 1 04629

.0075 3 1 04444

.00805 1 04277

. 85 7 1 04124

.00910 1 398 5 963 1 03856

0102 1 03737

0107 1 03626

0112 1 03523

0118 1 03426

0123 1 03335

0129 1 03250

0135 1 03169

0140 1 3 093 0146 1 03021

0152 1 02953

0153 1 02888

a 0164 1 02826

0170 1 02767

0176 1 02710

0182 1 02656

0188 1 02605

0194 1 02555

0200 1 02508

0207 1 02462

0273 1 02089

0346 1 01818

0423 1 01612

0506 1 01449

2.03

1.98

1.07 1.04

1.01 0.963 0.927

0.898

0.676

0.857

0.8 42 0.829

0.819 0.909

0.801 0.794

0.798

0.774

0.770 0.767

.731

.725

.721
THERMODYNAMIC PROPERTIES OF NITROGEN

800 P5IA ISOBAR

ENPERATURE VOLUME ISOTHERM DERIVATIVE ISOCHORE

DERIVATIVE

INTERNAL ENERGYENTHALPY ENTROPY CV CP VELOCITY

OF SOUND

OEG. R CU FT/.B CU FT-PSIA/LB PSIA/R BTU/L8 BTU/L3 BTU/LB-R 3TU / LB -R FT/SEC

120.0 0.01859 1790.0 221.0 -62.46 -59.71 0.5993 0.2599 0.4705 3871.0

125.0 0. 01881 1570.0 202.0 -60.13 -57.35 0.6186 0.2610 0.4751 3634.0

130.0 0.01905 1380.0 186.0 -57.79 -54.96 0.6372 0.2587 0.4771 3439.0 135.0 0.01930 1230.0 172.0 -55.44 -52.58 0.6553 0.2550 0.4778 3273.0

140.0 0.01955 1110.0 159.0 -53.09 -50.19 0.6726 0.2508 0.4781 3127.0

11.5.0 0.01985 1000.0 148.0 -50.74 -47.30 0.6894 0.2468 0.4786 2995.0

150.0 0.02015 902.0 138.0 -48.38 -45.40 0.7057 0.2430 0.4796 2873.0

155.0 0.02047 817.0 128.0 -46.03 -43.00 0.7214 0.2397 0.4813 2 75 7.0 160.0 0.02081 740.0 119.0 -43.67 -40.59 0.7367 0.2369 0.4839 2647.0 165.0 0.02117 670.0 111.0 -41.29 -36.16 0.7517 0.2345 0.4875 2 54 0.0

170.0 0.02155 605.0 104.0 -38.90 -35.71 0.7663 0.2325 0.4921 2436.0 175.0 0.02196 545.0 96.5 -36.49 -33.23 0.7807 0.2308 0.4979 2335.0

180.0 0.02241 489.0 89.8 -34.05 -30.73 0.7948 0.229 3 0.5 49 2235.0

185.0 0.02289 437.0 83.4 -31.57 -28.18 0.8067 0.2281 0.5134 2135.0

190.0 0.02341 388.0 77.3 -29.06 -25.59 0.8225 0.2271 0.5235 2037.0

200.0 0.02461 299.0 65.8 -23.88 -20.23 0.8500 0.2255 0.5503 1840.0

205.0 0. 02532 258.0 60.4 -21.19 -17.44 0.8638 0.2249 0.5685 1739.0 210.0 0.02612 220.0 55.1 -18.41 -14.54 0.8778 0.2245 0.5914 1637.0

215.0 0.02704 183.0 49.9 -15.52 -11.51 0.8921 0.2243 0.6215 1531.0 220.0 0.02814 147.0 44.7 -12.47 -8.314 0.9068 0.2244 0.6627 1419.0 225.0 0.02948 114.0 39.5 -9.229 -4.862 0.9223 0.2250 0.7224 1301.0

230.0 0.03122 82.3 34.2 -5.661 -1.036 0.9391 0.2262 0.6152 1172.0

235.0 0.03367 54.4 28.6 -1.596 3.391 0.9582 0.2286 0.9693 1034.0

2 40.0 0.03748 33.1 22.7 3.256 3.809 0.9810 0.2327 1.210 692.3

245.0 0.04357 22.7 17.4 8.939 15.39 1.008 0.2372 1.385 78 2.8 250.0 0.05158 21.2 13.5 14.54 22.18 1.036 0.2375 1.295 732.6

255.0 0.06000 24.1 11.0 19.26 23.15 1.059 0.2330 1.085 72 0.2 260.0 0.06783 28.9 9.30 23.02 33.06 1.078 0.2271 0.8903 724.2

265.0 0.07483 34.4 8.13 26.06 37.14 1.094 0.2214 0.7498 734.5

270.0 0.08112 40.0 7.28 28.62 40.63 1.107 0.2164 0.6526 747.2

275.0 0.08686 45.4 6.62 30.85 43.72 1.118 0.2122 0.5837 76 0.5 280.0 0.09217 50.6 6.10 32.85 46.50 1.128 0.2086 0.5331 77 3.8 285.0 0.09714 55.5 5.68 34.68 49.07 1.137 0.2056 0.4947 787.0

290.0 0.1018 60.3 5.32 36.38 51.46 1.146 0.2030 0.4648 799.7 295.0 0.1063 64.8 5.02 37.97 53.72 1.153 0.2007 0.4408 812.1

300.0 0.1106 69.2 4.76 39.49 55.88 1.161 0.1987 0.4212 824.1

310.0 0.1187 77.4 4.33 42.34 59.93 1.174 0.1955 0.3911 84 7.1 320.0 0.1264 85.1 3.98 45.00 63.73 1.186 0.1930 0.3692 86 8.8 330.0 0.1337 92.4 3.70 47.52 67.33 1.197 0.1909 0.3527 88 9.3 340.0 0.1407 99.4 3.46 49.94 70.79 1.207 0.1893 0.3397 908.9

350.0 0.1475 106.0 3.26 52.28 74.13 1.217 0.1860 0.3293 927.6

360.0 0.1541 112.0 3.08 54.55 77.36 1.226 0.1869 0.3208 945.6 370.0 0.1606 119.0 2.93 56.77 80.56 1.235 0.1859 0.3137 962.9

380.0 0.1669 125.0 2.79 58.94 8 3.66 1.243 0. 1852 0.3077 979.6

390.0 0.1730 130.0 2.67 61.06 86.71 1.251 0.1845 0.3026 996.0 400.0 0.1791 136.0 2.56 63.16 89.72 1.259 0.1839 0.2982 1011.0

410.0 0.1851 142.0 2.46 65.26 92.68 1.266 0.1834 0.2944 102 7.0 420.0 0.1910 147.0 2.37 67.31 95.61 1.273 0.1830 0.2910 1042.0

430.0 0.1968 153.0 2.28 69.34 98.50 1.280 0.1826 0.2861 1056.0

440.0 0.20 26 158.0 2.21 71.35 101.4 1.287 0.1823 0.2854 1070.0

450.0 0.2083 163.0 2.13 73.35 104.2 1.293 0.1820 0.2831 1034.0

460.0 0.2140 168.0 2.07 75.33 107.0 1.299 0.1817 0.2609 1098.0

470.0 0.2196 173.0 2.01 77.30 109.3 1.305 0.1815 0.2790 1111.0

480.0 0.2251 178.0 1.95 79.26 112.6 1.311 0.1813 0.2773 1124.0 490.0 0.2307 183.0 1.89 81.20 115.4 1.317 0.1811 0.2757 1137.0

500.0 0.2362 188.0 1.64 83.14 118.1 1.322 0.1809 0.2742 1149.0

510.0 0.2416 193.0 1.80 85.07 120.9 1.328 0. 1808 0.2729 1162.0

520.0 0.2470 198.0 1.75 86.99 123.6 1.333 0.1806 0.2717 1174.0 530.0 0.2524 202.0 1.71 88.90 126.3 1.338 0.1805 0.2706 1186.0 540.0 0.2578 207.0 1.67 90.81 129.0 1.343 0. 1804 0.2695 1197.0

550.0 0.2631 212.0 1.63 92.71 131.7 1.348 0.1803 0.2686 1209.0 560.0 0.2684 216.0 1.59 94.60 134.4 1.353 0.1802 0.2677 1220.0

570.0 0.2737 221.0 1.56 96.49 137.0 1.358 0.1801 0.2669 1232.0 580.0 0.2790 226.0 1.52 98.38 139.7 1.362 0.1801 0.2661 1243.0

590.0 0.2842 230.0 1.49 100.3 142.4 1.367 0.1800 0.2654 1254.0

600.0 0.2895 235.0 1.46 102.1 145.0 1.371 0.1600 0.2648 1264.0

700.0 0.3410 278.0 1.22 120.7 171.2 1.412 0. 1800 0.2604 1366.0

800.0 0.3914 321.0 1.05 139.2 197.2 1.446 0. 1809 0.2585 1457.0

900.0 0.4412 362.0 0.921 157.7 223.0 1.477 0.1824 0.2583 1541.0

1000.0 0.4905 402.0 0.822 176.2 243.9 1.504 0.1645 0.2593 1619.0

1500.0 0.7337 600.0 0.538 272.6 381.3 1.611 0. 1993 0.2715 1946.0

2000.0 0.9745 793.0 0.40 2 376.0 520.4 1.691 0.2129 0.2844 2216.0

2500.0 1.215 966.0 0.321 485.2 665.1 1.756 0.2227 0.2939 2455.0

3000.0 1.454 1180.0 0.267 598.4 813.8 1.810 0.2295 0.3005 2673.0

3500.0 1.694 1370.0 0.22 9 714.4 965.3 1.857 0.2342 0.3 52 2875.0

THO-PHASE BOU^OARY
600 PSIA ISOBAR

THERHOPHYSICAl PROPERTIES OF NITROGEN

TEMPERATURE DENSITY DEC R L9/CU '!

\MOM/DV> V(DP/OU> -y(OP/DV) P V T

BTU/L8 PSIA-CJ FT/BTU PSIA

(D>//OT>/V THERHAL VISCOSITY THERMAL OIELECTRIC P CONDUCTIVITY OIFFUSIVITY CONSTANT

1/DEG. R 3TU/FT-HR-R LB/FT-SEC SQ FT/HR

120.0 53.80 204.0 15.8 96100.0 0.00230 .0931 18.7 . 36 8 1.46331 3.40

125.0 53.16 195.0 14.6 83200 .0 0.0021(3 .0902 16.2 . 35 7 1.45 72 4 3.06

130.0 52.50 196.0 13.7 72700.0 0.00256 .0872 14.3 .00 348 1.45093 2.81 135.0 51.82 178.0 13.0 61(000.0 0.00269 .0843 12.9 .0034 1.44439 2.63

li>0.0 51.11 170.0 12.1. 56600.0 0.00281 .0814 11.9 .00333 1.43765 2.51 ltS.D 5 0.38 163.0 11.9 50300.0 0. 00294 .0785 10.9 . 32 5 1.43071 2.39

150.0 1(9.63 156.0 ll.i. 1(14600 .0 0.00307 .0756 9.95 .00 318 1.42358 2.27 155.0 1.8.86 150.0 10.9 39900.0 0.00321 .0728 9.24 .00 310 1.41627 2.20 160.0 1.8.06 lltlt.O 10.5 35600.0 0.00336 .0700 8.58 .00301 1.40877 2.14

165.0 1(7.21. 139.0 10.0 31600.0 0.00352 .0673 7.97 .00292 1.40108 2.08

170.0 1(6.1(0 133.0 9.61 28100.0 0.00369 .0646 7.39 .00283 1.39317 2.03

175.0 1(5.53 128.0 9.19 21(800.0 0.00389 0619 6.85 .00273 1.38 50 4 1.98 160.0 i.i..b3 123.0 6.77 21800.0 0.001.11 .0593 6.34 .00263 1.37665 1.94

185.0 •(3.69 118.0 8.37 19100.0 0.001(36 0567 5.86 .00253 1.3679 7 1.91 190.0 1(2.72 112.0 7.97 16600 .0 0.001(66 .0542 5.41 .00242 1.35897 1.88 200.0 1(0.63 102.0 7.19 12200.0 0.0051(1 .0491 4.58 00220 1.33976 1.95

205.0 39.50 96.0 6.80 10200.0 0.00592 .0466 4.19 .00208 1.32941 1.94

210.0 38.29 90.2 6.1.1 81.10.0 0.00656 0442 3.82 .00195 1.31340 1.84

215.0 36.98 84.1 6.02 6750.0 0.00739 .0417 3.46 .00181 1.30657 1.95

220.0 35.51. 77.5 5.61 5230.0 0.00855 a 0393 3.10 00167 1.29363 1.98

225.0 33.92 70.5 5.18 3860.0 0.0102 0371 2.75 .00151 1.27914 1.93 230.0 32.03 62.9 4.72 261.0.0 0.0130 .0350 2.40 00134 1.26234 2.01

235.0 29.70 51.. 8 4.21 1620.0 0.0177 0330 2.04 .00115 1.24188 2.15

240.0 26.68 1(6.9 3.66 882.0 0.0258 0307 1.67 000952 1.21565 2.37

2145.0 22.95 I4I.I4 3.19 520.0 0.0334 0275 1.35 000865 1.18378 2.45 250.0 19.39 39.5 2.93 1.12.0 0.0328 0239 1. 15 000952 1.15381 2.24

255.0 16.67 39.6 2.83 1.01.0 0.0271. 0210 1.04 00116 1.13129 1.95

260.0 114.71. 1(0.8 2.78 1.26.0 0.0218 0188 0.99 00143 1.11556 1.69

265.0 13.36 1(2. l( 2.75 1.59.0 0.0177 0172 0.96 00172 1.10436 1.50

270.0 12.33 44.2 2.73 1(93.0 0.0148 .0161 0.942 200 1.09600 1.37

275.0 11.51 1(6.0 2.71 523.0 0.0127 a 0153 0.932 228 1.08946 1.28 280.0 10.85 i(7.9 2.70 51.9.0 0.0111 0147 0.927 255 1.08416 1.21 285.0 10.29 1(9.8 2.68 572.0 0.00993 0143 0.925 281 1.07973 1.15 290.0 9.820 51.7 2.67 592.0 0.00899 0140 0.925 306 1.07596 1.11 295.0 9.1.06 53.5 2.66 610.0 0.00823 0138 0.926 00332 1.07268 1.07

300.0 9.01(2 55. 4 2.65 625.0 0.00761 0136 0.92 9 357 1.06979 1.04 310.0 8.1.22 59.0 2.63 652.0 0.00663 0134 0.937 00407 1.06490 0.9 84 320.0 7.912 62.5 2.61 671.. 0.00591 0133 0.947 00457 1.06088 0.944

330.0 7.1.79 65.9 2.59 691.0 0.00535 0134 0.959 506 1.05749 0.912

31.0.0 7.106 69.3 2.57 706.0 O.0049O 0134 0.972 00556 1.05456 0.887

350.0 6.779 72.6 2.56 719.0 0.00454 0135 0.986 00605 1.05200 0.866

360.0 6.1.89 75.9 2.51. 729.0 0.00423 0136 1. 00 654 1.04974 0.650

370.0 6.228 79.1 2.53 739.0 0.00397 0137 1.02 703 1.04771 0.8 36 380.0 5.993 82.3 2.52 71.7.0 0.00374 0139 1.D3 00752 1.04586 0.824

390.0 5.779 85.5 2.50 75(4.0 0.00354 0140 1. 05 00802 1.04421 0.314

1.00.0 5.583 88.6 2.1.9 760.0 0.00337 0142 1.06 00851 1.04269 0.806

1(10.0 5.1.0 2 91.7 2.1(8 766.0 0.00321 0143 1.09 00901 1.04129 0.798

1(20.0 5.235 9I..7 2.1.7 771.0 0.00307 0145 1.10 00952 1.03999 0.7 92

1(30.0 5.080 97.8 2.1.6 775.0 0.00295 0147 1.11 0100 1.03879 0.786

i(<(0.0 4.936 101.0 2.1.5 779.0 0.00283 0148 1.13 0105 1.03767 0.781

1(50.0 I4.8OO 101.. 2.1.1. 783.0 0.00273 0150 1.14 0111 1.03663 0.777

1(60.0 14.673 107.0 2.1.1( 786.0 0.00263 0152 1.16 0116 1.03565 0.773

1.70.0 i4.55i( 110.0 2.1.3 789.0 0.00254 0154 1.18 0121 1.03472 0.769

<(80.0 14. 1.1(2 113.0 2.1.2 792.0 0.00246 0156 1. 19 a 0126 1.03386 0.766

1(90.0 14.335 116.0 2.1.1 791(.0 0.00239 0157 1.21 0132 1.03303 0.763

500.0 It. 234 118.0 2.1.1 796.0 0.00232 0159 1.23 0137 1.03226 0.760

510.0 (.139 121.0 2.1.0 796.0 0.00225 0161 1.24 0143 1.03152 0.758

520.0 I4.OI48 1214.0 2.39 800.0 0.00219 0163 1.26 0148 1.03082 0.755

530.0 3.962 127.0 2.39 802.0 0.00213 0165 1.27 0154 1.03016 0.753

51.0.0 3.879 130.0 2.38 803.0 0.00207 0167 1.29 0159 1.02952 0.751

550.0 3.801 133.0 2.38 805.0 0. 00202 0169 1.31 0165 1.02692 0.7 49 560.0 3.725 136.0 2.37 806.0 0.00197 0170 1.32 0171 1.02834 0.748 570.0 3.653 138.0 2.37 807.0 0.00193 0172 1.34 0177 1.02779 0.746

580.0 3.581. 11.1.0 2.36 806.0 0.00163 0174 1.35 0183 1.02726 0.744 590.0 3.518 144.0 2.36 309.0 0.00184 0176 1.37 0188 1.02675 0.743

600.0 3.1.55 11(7.0 2.35 810.0 0.00180 0178 1.38 0194 1.02626 0.742

700.0 2.933 171.. 2.31 816.0 0.00143 0196 1.53 0257 1.0 222 6 0.732

800.0 2.555 202.0 2.27 819.0 0.00128 0215 1.67 0325 1.01937 0.725

900.0 2.267 230.0 2.23 820 .0 0.00112 0233 1.81 0398 1.01717 0.721

1000.0 2.039 259.0 2.18 820.0 0. 00100 0251 1.93 04 75 1.01544 0.719 1500.0 1.363 1.12.0 1.98 817.0 0. 000659 2000.0 1.026 577.0 1.81. 811.. 0.000493

2500.0 0.823% 71.1.. 1.75 812.0 0.000395

3000.0 0.6877 912.0 1.69 810.0 0.000329

3500.0 D.5904 1080 .0 1.65 809.0 0. 000283

TWO-PHASE BOUNOAkIY
850 P3IA isobar THERMODYNAMIC PROPERTIES OF NITROGEN

TEMPERATURE VOLUME

OEG.

120.0

125.0

130.0 135.0

1".0.0

1".5.0 150.0

155.0 160.0 165.0

170.0

175.0

160.0

165.0

190.0 200.0

205.0

210.0 215.0

220.0 225.0

230.0

235.0

21.0.0 21.5.0 250.0

255.0

260.0

265.0 270.0

275.0 260.0

265.0 290.0

295.0

300.0 310.0

320.0

330.0

3 AO.O

0.01656

0.01860

0. 01903 0.01928

0.01955 0.01983

0.02013

0.0201.1. 0.02073

0. 02113 0.02151

0.02192 0.02236

0.02283

0.02331.

0.021.51

0. 02520 0.02597 0.02685

0.02763 0.02912

0.03063

0.03275

0.03571.

0.01.021 0.01.635

0. 05345 0.06062

0. 06733

0.0731.7 0.07911

0.08432 0.06919

0.09373

0.09311. 0.1023

0.1102 0.1176

0.121.6

0.1311. 0.1379

ISOTHERM DERIVATIVE

CU FT-PSIA/LB

1800.0

1570.0 1390.0

121.0.0 1120.0

1010.0

911.0 826.0

71.9.0 679.0

611.. 551.. 1.99.0

1.1.7.0 396.0

309.0

269.0

230.0

193.0

159.0

126.0

91..

8

360.0 0.11.1.2 111.

,3 70.0 0. 1503 lie.,0 360.0 0.1561. 12*. 390.0 0.1623 130,,0 1.00.0 0.1630 136.,0 1.10.0 0.1737 1*1.

1.20.0 0.1791. 1*7.

1.30.0 0.181.9 152.,0 1.1.0.0 0.1901. 156.,0

1.50.0 0.1958 163,,0 1.60.0 0.2012 168.,0 1.70.0 0.2065 173.,0 1.80.0 0.2118 178,,0 1.50.0 0.2170 183.,0 500.0 0.2222 168.,: 510.0 0.2271. 193, 520.0 0.2325 196.,0 530.0 0.2376 203.,0 51.0.0 0.21.27 207.,0 550.0 0.21.77 212.,0 560.0 0.2528 217. 570.0 0.2578 221,,0 580.0 0.2627 226. 590.0 0.2677 231.,0 600.0 0.2727 235. 700.0 0.3213 279.,0 800.0 0.3639 322. 900.0 0.1.158 363. 1000.0 0.1.623 40*. 1500.0 0.6911. 601.,0 2000.0 0. 9182 795. 2500.0 1.1*4 968. 3000.0 1.370 1180. 3500.0 1.595 1370.

. TH0-PHA3E 90UNOARY

ISOCHORE DERIVATIVE

PSIA/R

221.0

202.0

186.0 172.0

159.0 1*8.0

138.0

129.0

120.0

112.0

104.0

97.1 90.*

8*.0

78.0 66.6

61.3

56.0 50.9

3.5*

3.3*

3.17

1.70 1.66

INTERNAL

ENERGY BTU/LB

-62.51

-60.18 -57.8*

-55.50 -53.15

-50.81 -*8.*7

-*6.12

-*3.77 -*1.*0

-39.02

-36.62

-3*. 19 -31.73

-29.2*

-2*. 10 -21. *5 -18.71

-15.87 -12.91

-9.775 -6.385

-2.628

1.669 6.612

11.81

16.59 20.6* 23.99

26.81

29.25

31.41 33.37

56.20

58.40 60.57

62.69 64.79

66.86

68.91

70.94

80.66 82.61

84.74

86.67

68.60 90.51 92.42

94.32

96.22

98.11

100.0 101.9

120.5

139.0

157.5

176.1

BTU/L3

-59.59 -57.22

-54.85 -52.46

-50.08 -47.69

-45.30

-42.90 -40.50 -38.07

-35.63

-33.17 -30.67

-23.14 -25.56

-20.25 -17.48

-li .62 -11.65

-3.528

-5.191

-1.555 2.527

7.29* 12.9*

19.11 25.01

30.18 34.59

38.38 41.70

44.68 47.41

49.9*

52.31

54.56

58.77

62.68 66.38

69.92

73.33

76.6*

79.86 83.01

86.10 39.14 92.1*

95.09

98.02 100.9

103.8 106.6

109.*

112.2

115.0

117.3 120.5 123.3

126.0

123.7

131.4

134.1 136.6 139.5

142.1 144.8

171.1

197.1 223.0 246.9

381.4 520.5

665.3

0.5989

0.6161

0.6363

0.6548

0.6721 0.6889

0.7051 0.7206

0.7361

0.7510 0.7656

0.7799

0.7939

0.8625

0.8762

0.8902

0.9046 0.9196

0.9356

0.9532 0.9732 0.997

1.021

1.045 1.065

1.082

1.096 1.106

1.119

1.126

1.137

1.145

1.153

1.167 1.179

1.191

1.201

1.211 1.220

1.229

1.238 1.246

1.253

1.261 1.266 1.275

1.281

1.286

1.294

1.300 1.306

1.312 1.317

1.323 1.326

1.333

1.338

1.343

1.3*6

1.353

1.358

1.362

1.367 1.407

1.4*2

l.*72

1.500 1.607

1.687

1.751 1.806

1.852

0.2610

0.2620 0.2597

0.2559

0.2516

0.2475

0.2*37

0.2*03 0.237*

0.2350 0.2329

0.2312

0.2297

0.228*

0.2273

0.2256

0.2250 0.2245

0.2243

0.2242

0.2245

0.2254

0.2270

0.2298

0.2335 0.2355

0.2336

0.2291

0.2239

0.2190 0.2146 0.210B

0.2076

0.2048 0.2023

0.2002

0.1967

0.1940 0.1916

0.1901

0.1886

0.1874

0.1865 0.1856

0.1649

0.1843 0.1836

0.1633

0. 1629 0.1825

0.1822

0.1620

0.1817 0.1815

0.1813

0.1811

0.1809

0.1808

0.1807

0.1806

0. 1805 0.1804

0.18O3

0. 1802 0.1802

0.1801

0.1801 0.1809

0.1825 0.1846

0.199 3 0.2129

0.2227 0.2295

0. 2342

CP VELOCITY

OF SOUND

-R FT/SEC

.4699 3871.0

.474* 3634.0

,*763 3441.0

.*770 3277.0

0, ,*773 3132.0

.*777 3001.0

,*786 2879.0

.*802 2 76 5.0 .*826 2656.0

.*860 2550.0

, *90* 2 44 6.0 .*959 2347.0

0, .5026 2249.0

.5106 2151.0

.5201 2054.0

.5*51 1 66 . .5617 1762.0

0,.582* 1663.0

.6089 156 0.0 .6**3 1453.0

.6935 1 34 1 . 0,.7656 1222.0

.8758 1095.0

1,,0*0 964.2

1 ,207 849.4

1 .230 778.0

1,.11* 74 8.1 .9552 7*1.3

0,.61*0 7*5.5

.7063 75*.

8

0,.6272 766.1

0,.566* 778.3

0,.5237 79 0.7 ,4089 803.0

0,.4613 815.0

4388 82 6.9

0,,*0*6 849.6

0,.3799 871.2

.361* 891.7

0,,3*70 911.3

0,.3355 930.1

0,.3262 94 8.1

0,.318* 965.5

0,.3119 982.2

0,.306* 998.0

.3016 1014.0

0,.2975 1030.0

.2939 1044.0

0,,2906 1059.0

0,.2878 1073.0

0,,2853 1087.0

0,,2830 1101.0

0,,2809 1114.0

0.,2791 1127.0

0.,277* 1140.0

0.,2758 1152.0

0.,27** 1165.0

0.,2731 1177.0

0.,2719 1189.0

0.,2706 1200.0

0.,2696 1212.0

0,.2689 122 3.0

0.,2660 1235.0

0,,2672 1246.0

0.,266* 125 7.0

0.,2657 1266.0

0.,2610 1369.0

0.,2590 146 0.0

0.,2587 1544.0

0.,2596 1622.0

0,,2716 194 9.0

0.,28** 2218.0

0. 2939 2457.0

0,,3005 2675.0

0.,3052 2877.0
850 P5IA ISOBAR

THERMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE DENSITf

DEG. R LB/CJ FT

120 53 .82 125 .0 53 .20 130 52 .54 135 .0 51 .86 lti .0 51 .16 145 .0 50 .43 150 .0 1.9 69 155 .0 1.8 92 160 .0 1.8 13 165 .0 1.7 .32

170 .0 1.6 .48 175 .0 1.5 .62 ISO .0 1.1. .73 185 .0 1.3 .81 190 .0 1.2 .85 200 1.0 BO 205 39 .69 210 .0 38 .51 215 37 25 220 .0 35 87 225 31. 34 230 32 59 235 30 53 240 .0 27 98 245 24 87 250 .0 21 57 255 18 70 260 16 SO 265 14 85 270 13 61 275 12 64 280 11 36 285 11 21 290 10 66 295 10 19 300 9 774

310 9 076 320 8 50i. 330 8 02*

3<>0 7 612 350 7 253 360 6 935 370 6 651

380 6 396 390 6 153

1.00 5 951

1(10 5 756

1.20 5 575

1.30 5 408

1.1.0 5 252 450 5 107

1.60 4 971

1.70 4 843

1.80 4 722

1.90 4 606 500 4 500 510 4 398 520 4 301 530 4 209

51.0 a 4 121 550 a 4 037

560 3 956

570 a 3 379 580 3 606 590 3 735 600 3 668 700 3 112

800 2 711 900 2 405 1000 2 163 1500 1 446 2000 a 1 039 2500 874 3000 730 3500 626

VCOH/DVL

BTU/LB

205.0

197.0 187.0

179.0 171.0

164.0

157.0

151.0 145.0

140.0

134.0

129.0

124.0

119.0 114.0

103.0 97.7

92.1

62.0

65.5

104.0 107.0

109.0

112.0

115.0 118.0

121.0

124.0

127.0 130.0

133.0

136.0

138.0

141.0

144.0

147.0 175.0

202.0

230.0 259.0

413.0 577.0 745.0

913.0 1080.0

V (DP/OU) -I/(0P/DV> PSIA-CU FT/BTU PSIA

95700.0

83800.0

73200.0 64500.0

57100.0

50800 .0 45300.0

40400 . 36000.0 32100.0

(DV/OTL/V THERMAL VISCOSITY P CONDUCTIVITY

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

9.62

9.21

8.80

8.40 8.00 7.24

6.86

2.64

2.62

2.45

2.45

2.23

2.19

28600.0

25300.0 22300.0

19600.0

17100.0 12600.0

10700.0

8860 .0 7210.0 5690.0

4320.0

3090. 2050.0

1240.0

749.0

539.0 474.0

469.0 490.0

519.0 548.0

575.0 600.0

621.0

641.0

658.0

687.0 711.0

731.0

747.0

761.0 773.0

783.0 792.0

800.0

807.0

813.0

819.0 824.0

828.0

832.0

836.0

839.0

842.0 844.0 847.0

849.0 851.0

853.0 855.0

856.0 858.0

859.0

862.

869.

872.

873. 873.

0.00229

0.00241 0.00254

0.00267

0.00279 0.00292

0.00305

0.00318 0.00332

0.00348 0.00365

0.00384

0.00405

0.00429

0.00457 0.00523

0.00575

0.00632 0.00707

0.00806

0.00946

0.0116 0.0149

0.0203

0.0267

0.0293

0.0271

0.0230

0. 0191 0.0160

0.0137 0.0119

0.0106

0.00953 0.00868

0.00799

0.00691

0. 00613 0.00552 0.00504 0.00465

0.00432

0.00404

0. 00381 0.00360

0.00342 0.00326

0.00311

0.00298 0.00286

0.00275

0.00266

0.00257

0. 00248 0.00245

0.00233 0.00226

0. 00220 0.00214 0.00209

0.00203

0.00198

0.00194 0.00189

0.00185

0.00181

0.00150 0.00128

0.00112

0.00100

0.000658 0.000493

0. 000395

0. 000329

0. 000233

0.0932 0.0903

0.0874

0.0845

0.0816 0.0787

0.0758

0.0730 0.0703

0.0675 0.0649

0.0622 0.0596

0.0571 0.0545

0.0495

0.0471 0.0446

0.0422 0.0399

0.0377 0.0356

0.0337

0.0316

0.0290

0.0257 0.0227

0.0203 0.0185

0.0172

0.0162

0.0155

0.0150 0.0146

0.0143

0.0141

0.0133

0.0137

0.0136

0.0137

0.0137 0.0138

0.0152 0.0153

0.0155 0.0157

0.0159

0.0161 0.0162

0.0164

0.0166

0.0168

0.0170

0.0171 0.0173

0.0175

0.0177

0.0179

0.0197

0.0215 0.0234

0.0252

.962

.953

.951

.96 .971

.983

THERMAL DIELECTRIC PRANOTL

OIFFUSIVITY CONSTANT NUMBER

SQ FT/HR

0.00369 1.46358 3.42 0.00358 1.45754 3.07 0.00349 1.45127 2.82 0.00342 1.44478 2.64 0.00334 1.43808 2.51

. 32 7 1.43118 2.40 0.00319 1.42410 2.27

0.00311 1.41685 2.20 0.00302 1 . 4 94 2.14 0.00294 1.40177 2.08

0.00285 1.39394 2.03

0.00275 1.38589 1.98 0.00265 1.37759 1.94 0.00255 1.36902 1.91 0.00245 1.36014 1.88 0.00223 1.34127 1.84 0.00211 1.33114 1.83 0.00199 1.32042 1.83

0.00186 1.30897 1.83

0.00173 1.29656 1.85 0.00153 1.28287 1.88 0.00143 1.26734 1.94 0.00126 1.24912 2.02 0.00109 1.22692 2.16

0.000965 1.20012 2.26

0.000970 1.17210 2.19 0.00109 1.14813 1.99 0.00129 1.12989 1.77 0.00153 1.11644 1.59 0.00179 1.10635 1.45 0.00205 1.09852 1.34

0.00230 1.09224 1.26

. 25 5 1.08706 1.19 0.00279 1.08267 1.14 0.00304 1.07890 1.10 0.00328 1.07560 1.06 0.00376 1.07006 1.00 0.00423 1.06555 0.960 0.00471 1.06177 0.9 26 0.00518 1.05853 0.898 0.00565 1.05571 0.8 76 0.00612 1.05323 0.857 0.00659 1.05101 0.8 42 0.00706 1.04901 0.830 0.00753 1.04720 0.819 0.00800 1.04555 0.810 0.00848 1.04403 0.802 0.00896 1.04263 0.795 0.00944 1.04133 0.789

0.00992 1.04013 0.764

0.0104 1.03900 0.779 0.0109 1.03794 0.775 0.0114 1.03695 0.771 0.0119 1.03602 0.768

0.0124 1.03514 0.765

. 1 29 1.03431 0.762

0.0135 1.03352 0.7 59 0.0140 1.03277 0.757

0.0145 1.03206 0.754

0.0150 1.03138 0.752 0.0156 1.03073 0.750

0.0161 1.03012 0.749

0.0167 1.02953 0.7 47 0.0172 1.02896 0.745

. 1 78 1.02842 0.7 44 0.0183 1.02790 0.743

0.0243 1.02364 0.732 0.0307 1.02056 0.726 0.0376 1.01823 0.722 0.0449 1.01638 0.719

THO-PHASE 30UNDASY
900 psia isobar THERMODYNAMIC PROPERTIES OF NITROGEN

DEG.

120.0

125.0

130.0 135.0

140.0

lt.5. 150.0

155.0 160.0

165.0

170.0

175.0

180.0

185.0

190.0 200.0

205.0 210.0

215.0

220.0

225.0 230.0

235.0

2 40.0

21.5.0 250.0 255.0

260.0

265.0

270.0 275.0

280.0

265.0

290.0 295.0

300.0 310.0

320.0

330.0

3*.0.0

350.0

360.0

370.0 380.0

390.0 400.0

1.10.0

570.0

580.

590.0 600.0

700.0

800.0

1500.0 2000.0 2500.0

3000.0 3500.0

VOLUM£ ISOTHERM ISOCHORE INTERNAL OERIVATIVE DERIVATIVE ENERGY

CU FT/-8 CU FT-PSIA/LB PSIA/R BTU/LB

0.01857 1810.0 221.0 -62.56

0.01873 1580.0 202.0 -60.23

0.01902 li.OQ.0 186.0 -57.90

0.01927 1250.0 172.0 -55.56

0.01953 1120.0 160.0 -53.22

0.01981 1020.0 148.0 -50.89

0. 02010 920.0 138.0 -1.8. 55

0.0201.2 835.0 129.0 -1.6.21 0.02075 758.0 120.0 -1.3.86 0.02110 688.0 112.0 -1.1.51

0.0211.3 623.0 105.0 -39.11. 0.02189 561.. 97.6 -36.75

0.02231 508.0 91.0 -31.. 33 0.02277 456.0 81..

7

-31.89

0.02327 1.07.0 78.7 -29.1.1

0.021.1.2 319. 67.1. -21.. 33 0.02509 279.0 62.1 -21.70

0.02582 21.0.0 56.9 -19.00

0.02667 201.. 51.9 -16.21

0.02761. 170.0 1.7.0 -13.31

0.02880 137.0 1.2.1 -10.27

0.03022 107.0 37.2 -7.025

0.03204 79.2 32.2 -3.1.93 0.031.50 55.9 27.2 0.1.319 0.03793 39.1 22.3 4.840

0.01.275 30.6 18.0 9.586

0.01.853 28.3 H. 8 lit. 22 0.05U85 29.6 12.1. 18.37 0.06693

0.07239

0.0771.7

0. 08222 0.08670 0.09094

0.09500 0.1026

0.1098 0.1166

0.1231 0.1293

0.1351. 0.1413

0.11.71 0.1527

0. 1582

0.18*7

0.1898

0. 1949 0.1539

0.201.9 0.2098 0.2147

0.2136

0.2245

0.2233

0.231.1 0.2338

0.21.36 0.2483

0.25 3 0.2577

0.3 38

0.6539

0.8681 1.082

1.295

1.507

104. 111.0

117.0

123.0 129.0

135.0

11.1.0 11.7.0 152.0 157.0

163.0 168.0

173.0

178.0

183.0

189.0

193.0 198.0

203.0

208.0

212.0

217.0 222.0

226.0

231.0 236.0

230.0

323.0

3 64.0

".05.0 603.0

797.0

989.0

1180.0

1370.0

3.83

3.61

.60 6

.1.5 2 .361

.300 .257

24.99

27.62 29.95

32.04

33.95

35.73

37.1.0

1.0.1.9

1.3.31. 1.6.01 48.51. 50.98

53.33

55.62 57.86

60.05

62.20

6 It. 33

66.1.2

68.1.9 70.53

72.56

7 It. 57 76.56

78.55 80.52

82.1.7

97.81. 99.7 101.6

120.3 138.9

157.1. 176.0 272.5

376.0

8TU/LB

-59.1.6 -57.10

-5*. 73 -52.35

-1.9.97

-1.7.58

-1.5.20 -1.2.81 -40. 41 -37.99

-35.56

-33.10

-30.62

-23.10 -25.53

-20.26

-17.52

-li .70 -11.77

-8.715

-5.474

-1.988

1.846 6.182

11.17

16.71 22.31

27.51

32.12

50.89

53.23

57.60

7 3.17 92.37

598.

714.

117.4

120.2

123.0 125.7 123.4

131.1

133.8

136.5 133.2

141.3

14-..

6

171.0 197.0

222.9

243.3

381.5 520.7 665.4

814.1 965.6

3TU/LB-R

0.5965

0.6177

0.6364

0.6543

0.6716

0.6884

0.7045

0.7202 0.7355

0.7503

0.7649

0.7791

0.7931 0.8069

0.6206

0.8476

0.8612 0.8748

0.3885

0.9026

0.9172

0.9325

0.9490 0.9672

0.9878

1.010

1.032 1.053 1.07O

1.085

1.098

1.110 1.120

1.129

1.138

1.145

1.160 1.173

1.184

1.195

1.205

1.215 1.224

1.232

1.240 1.248

1.256

1.263

1.270 1.276

1.283

1.289

1.295

1.301 1.307

1.313

1.318

1.323 1.329

1.334

1.339

1.344

1.348

1.353

1.358

1.362

1.403

1.438

1.468 1.495 1.603

1.683

1.747

1.802

1.846

0.2621

0.2630 0.2606

0.?567

0.2524 0.2482

0.2443 0.2409

0.2380 0.2355

0.2334 0.2316

0.2301 0.2287

0.2276

0.2258

0.2252

.2247

.2258

.2277

.2305

.2328

.2327

.2299 .2256

.2210

.2167

.2064 .2039

.2016

.1979

. 1950 .1927

.1908 .1833

.1880

.1870

.1861

.1853

0.1836

0. 1832 0.1828

0.1825

0. 1822 0.1819

0.1817 0.1815 0.1813

0. 1811 0.1810

0.1808

0. 1807

0,. 1805

.1804

0.,1604

. 1803

a..1803 .1802

0..1810

0. . 1825

.1846

0,,1993

0,.2130 .2228

0..2295

CP VELOCITY

OF SOUND

-R FT/SEC

.4692 3870,.0

0..4737 3635 ,0 ,4756 3443.,0 .4762 3280 .0

0,,4765 3136.,0 ,4768 3007 ,0 ,4776 2886 ,0

0.,4791 2773,,0

a,,4814 2665 ,0

0.,4946 2561,.0

0.,4888 245 9,.0 ,4940 2 360,.0

a.,5003 2262,,0

0,,5079 2166 .0

o,,5169 2071 .0

a..5402 1880.,0 .5554 1785,,0

0..5742 1687 .0 .5979 1588 ,0

a..6286 I486,,0

0.,6700 1379..0

a,.7279 1266..0

0,,8112 1148,,0

a.,9290 1027,.0

l,,064 914.,4

l,,134 830.,4

l,.091 78 4,,3

o..9822 765.,4

0,.6602 761,.9

0,,7532 76 6,,3

0.,6684 774.,7

0,,6032 78 5.,0

0.,5529

,5135

79 6,,2

0. 80 7,,7

0,,4822 919..2

0,.4567 83 0.,7

a,.4193 852.,9

0.,3908 874 ,3

0,.3702 894.,7 ,3544 914 ,2

o..3418 933,.0

0..3316 951,,0 .3232 96 8..3

0,.3161 985.,1

0..3101 1001.,0

0..3050 1017,.0

0,,3006 1033,,0 0,.2967 1047,,0 0,,2932 1062,,0

0.,2902 1076.,0

0.,2875 1090.,0

0.,2850 1104..0 0,,2828 1117,.0

a,,2809 1130,,0 a,,2791 1143,,0 0,,2774

,2759

1156,,0 0, 1168,.0 a.,2745 1180,,0 0..2733 1192.,0 0.,2721 1204,,0

0..2710 1215,

0,.2700 1227,,0 a..2691 1238,

0..2682 1249.

0.,2674 1260.

a. 2667 1271.

a. 2617 1372.

a..2595 1464.

0.,2591 1548.

0..2599 1625.

0. 2717 1951.

0. 2845 2221.

0.,2940 246 0.

0. 3005 2677.

0. 3052 2879.

TKO-PHASE BOUNDARY
900 PBIA ISOBAR

THERMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE DENSITY

DEO. R LB/CU -

1MOH/DV) VIDP/DU) -VCOP/DV) P V T

BTU/L3 PSIA-CU FT/BTU PSIA

(OV/OTI/V THERMAL l/ISCOSITY THERMAL OIELECTRIC P CONDUCTIVITY OIFFUSIVITT CONSTANT

1/DEG. R BTU/FT-HR-R LB/FT-SEC SQ FT/HR

PRANOTL NUMBER

120.0 53.35 207.0 15.7 97200.0 00227 0934 19.0 0.00370 1.46384 3.43

125.0 53.23 198.0 14.4 84300.0 00240 0905 16.4 0.00359 1.45785 3.09

130.0 52.53 138.0 13.6 73700.0 00252 0876 14.4 . 35 1.45161 2.82

135.0 51.90 160 .0 12.9 65000.0 c 00265 .0847 13.0 0.00343 1.44516 2.64

11.0.0 51.20 172.0 12.4 57600.0 00277 0618 12. 0.00335 1.43850 2.51

145.0 50. 48 165.0 11.0 51300.0 00290 0789 11.0 . 32 8 1.43165 2.40 150.0 1.9.71. 158.0 11.4 45700.0 00302 0761 10.1 . 32 1.42462 2.27

155.0 1.6. 98 152.0 10.9 40900.0 .00315 0733 9.35 0.00312 1.41741 2.20

160.0 1.6.20 146.0 10.5 36500.0 00323 0705 6.6 9 0.00304 1 .41003 2.14

165.0 1.7.39 141.0 10.1 32600 .0 00344 0673 6. 07 0.00295 1.40246 2.08

170.0 1.6.56 135.0 9.63 29000.0 00361 0651 7.50 0.00286 1.39470 2.03 175.0 1.5.71 130.0 9.22 25800.0 00379 0625 6.96 0.00277 1.38672 1.98 180.0 1.1.. 83 125.0 6.82 22800.0 00400 0599 6.45 0.00267 1.37851 1.94 185.0 1.3.92 120.0 8.43 20000.0 00423 0574 5.96 0.00257 1.37005 1.90 190.0 1.2.97 115.0 8.04 17500.0 00449 .0549 5.53 0. 24

1.36129 1.87 200.0 1.0.96 105.0 7.29 isioo.o 00516 0499 4.70 0.00226 1.34273 1.83

205.0 39.67 99.4 6.92 11100.0 00559 0475 4.32 0.00214 1.33281 1.82 210.0 36.72 93.9 6.55 9 310.0 00611 0451 3.95 . 20 3 1.32235 1.81 215.0 37.50 83.2 6.17 7660 .0 00678 0427 3.60 0.00130 1.31124 1.81 220.0 36.17 62.2 5.79 6140.0 00765 0404 3.20 0.00178 1.29930 1.82

2 25.0 31.. 72 75.9 5.41 4770.0 00883 0382 2.92 0.00164 1.28626 1.85 230.0 33.09 69.2 5.00 3530.0 0105 0362 2.60 0.00150 1.27174 1.88 235.0 31.21 62.2 4.57 2470.0 0130 0343 2.27 0.00135 1.25514 1.93

2<.0.0 28.98 55.3 4.12 1620.0 0168 0324 1.95 0.00120 1.23564 2.02

21.5.0 26.33 49.1 3.68 1030. 0217 0301 1.65 0.00107 1.21263 2.10 250.0 23.36 44.9 3.31 714.0 0252 .0273 1.40 0.00103 1.18745 2.09

255.0 20.58 43.1 3.08 583.0 0253 0244 1.22 0.00109 1.16377 1.97 260.0 18.23 42.8 2.96 540.0 0230 .0219 1.12 0. 00122 1.14417 1.81 265.0 16.38 43.4 2.89 538.0 0198 0199 1. 06 0.00141 1.12890 1.65 270.0 14. 9» 44.5 2.85 556.0 0169 0183 1.02 0.00163 1.11716 1.51

275.0 13.81 46.0 2.62 560.0 0145 0172 1.00 0.00186 1.10801 1.39 280.0 12.91 47.6 2.79 606.0 0127 0163 0.981 0.00210 1.10068 1.31 285.0 12.16 49.3 2.77 630.0 0112 0157 0.972 0.00233 1.09468 1.24 290.0 11.53 51.1 2.76 653.0 0101 0152 0.967 . 25 6 1.08963 1.16 295.0 11.00 52.9 2.74 673.0 00912 .0148 0.964 0.00279 1.08532 1.13 300.0 10.53 54.6 2.73 692.0 00836 0145 0.964 0.00302 1.06158 1.09

310.0 9. 71.2 56.2 2.70 724.0 00719 0142 0.967 . 34 8 1.07534 1.03

320.0 9.107 61.7 2.67 750.0 00634 0140 0.974 . 39 4 1.07031 0.977

330.0 8.577 65.1 2.65 771.0 00569 0140 0.983 0.00439 1.06612 0.939

31.0.0 6.121. 68.5 2.63 789.0 00517 0140 0.995 0.00465 1.06255 0.909

350.0 7.731 71.9 2.61 804.0 00476 0140 1. 01 0.00530 1.05947 0.885

360.0 7.385 75.2 2.60 817.0 00441 0141 1.02 0.00575 1.05675 0.865

370.0 7.077 76.4 2.58 829.0 00412 0142 1.03 0.00620 1.05434 0.849

380.0 6.800 61.6 2.57 836.0 00387 0143 1. 05 0.00665 1.05217 0.836

390.0 6.51.9 84.8 2.55 847.0 D 00366 0144 1.06 0.00710 1.05021 0.8 24

1.00.0 6.320 88.0 2.54 654.0 00347 0145 1.08 0.00755 1.04642 0.614

1.10.0 6.110 91.1 2.53 861.0 00330 0147 1.09 0.00600 1.04679 0.806

1.20.0 5.916 94.2 2.51 867.0 00315 .0146 1.11 0.00846 1.04528 0.7 99

1.30.0 5.737 97.3 2.50 872.0 00301 0150 1.13 0.00692 1.04368 0.7 92

1.1.O.O 5.570 100.0 2.49 877.0 00289 0152 1.14 0.00938 1.04259 0.787

1.50.0 5.1.11. 103.0 2.46 862.0 00278 0153 1.16 0.00984 1.04138 0.782

1.60.0 5.266 106.0 2.47 865.0 00268 0155 1.17 0.0103 1.04025 0.777

1.70.0 5.131 109.0 2.46 889.0 00259 0157 1.19 0.0108 1.03919 0.773

1.80.0 5.002 112.0 2.45 892.0 00250 0156 1.21 0.0113 1.03619 0.770

1.90.0 4.881 115.0 2.45 895.0 00242 0160 1.22 0.0118 1 . 3 72 5 0.766

500.0 1..766 118.0 2.44 898.0 00235 0162 1.24 . 1 22 1.03636 0.763

510.0 4.657 121.0 2.43 900.0 00228 016 4 1.25 0.0127 1.03552 0.761

520.0 4.554 124.0 2.42 902.0 00221 0165 1.27 0.0132 1.03472 0.758

530.0 4.455 127.0 2.42 904.0 00215 0167 1.28 0.0137 1.03396 0.756

51.0.0 4.361 130.0 2.41 906.0 00210 0169 1.30 0.0142 1.03324 0.7 54

550.0 4.272 133.0 2.40 908.0 00204 0171 1.32 0.0147 1.0 325 5 0.752

560.0 4.187 135.0 2.40 909.0 00193 0173 1.33 0.0153 1.03189 0.750

570.0 4.105 138.0 2.39 911.0 00195 0174 1.35 0.0158 1.03126 0.7 48 580.0 4.027 141.0 2.39 912.0 00190 .0176 1.36 0.0163 1.03066 0.746

590.0 3.952 144.0 2.38 913.0 00186 0178 1.38 0.0168 1.03008 0.745

600.0 3.830 147.0 2.38 914.0 00162 0180 1.39 . 1 74 1.02953 0.743

700.0 3.291 175.0 2.33 922.0 00150 0198 1.54 0.0230 1.0 250 1 0.733

eoo.o 2.866 203.0 2.26 925.0 00128 .0216 1.68 0.0291 1.02175 0.726

900.0 2.542 231.0 2.24 926.0 00112 .0234 1.81 0.0 3 56 1.01928 0.722

1000.0 2.287 259.0 2.20 926.0 00100 0252 1.94 0.0425 1.01733 0.719

1500.0 1.529 413.0 1.99 922.0 000658 2000.0 1.152 576.0 1.84 918.0 000492

25 0.0 0.9246 746.0 1.75 915.0 000394

3000.0 0.7724 914.0 1.69 913.0 000329

3500.0 0.6634 1080.0 1.66 911.0 000282

TWO-PHASE BOUNOARY
THERMODYNAMIC PROPERTIES OF NITROGEN

950 PSIA ISOBAR

EMPERATURE VOLUME ISOTHERH

DERIVATIVE

ISOCHORE DERIVATIVE

INTERNAL

ENERGY

ENTHALPY ENTROPY Z\l CP VELOCITY

OF SOUND

DEG. R CU FT/.8 CU FT-PSIA/LB PSIA/R BTU/LB 8TU/LB BTU/LB-R BTU / L8 -R FT/SEC

120.0 0.01855 1810.0 221.0 -62.60 -59.34 0.5981 0.2632 0.4686 3869.0

125.0 0.0187S 1590.0 202.0 -60.28 -56.96 0.6173 0.2640 0.4731 3636.0

130.0 0.01901 1410.0 186.0 -57.95 -54.61 0.6359 0.2615 0.4749 3446.0

135.0 0.01925 1260.0 172.0 -55.62 -52.23 0.6538 0.2576 0.4755 3284.0

1-0.0 0. 01951 1130.0 160.0 -53.29 -49.86 0.6711 0.2532 0.4757 314 1.0 145.0 0.01979 1020.0 149.0 -50.96 -47.48 0.6878 0.2489 0.4760 3012.0

150.0 0.02008 928.0 139.0 -48.63 -45.10 0.7040 0.2450 0.4767 2893.0

155.0 0.02039 343.0 129.0 -46.30 -42.71 0.7196 0.2415 0.4780 2781.0

160.0 0.02072 767.0 121.0 -43.96 -40.31 0.7348 0.2385 0.4802 2674.0

165.0 0.0210? 6 97.0 113.0 -41.61 -37.91 0.7497 0.2360 0.4332 2571.0

170.0 0. 02144 632.0 105.0 -39.25 -35.48 0.7641 0.2338 0.4872 2470.0

175.0 0.02183 573.0 98.2 -36.87 -33.03 0.7783 0.2320 0.4921 2372.0

180.0 0.02226 517.0 91.6 -34.47 -30.56 0.7923 0.2304 0.4981 2276.0

185.0 0.02271 465.0 85.3 -32.04 -28.05 0.8060 0.2291 0.5053 2181.0

190.0 0. 02321 417.0 79.3 -29.58 -25.50 0.8196 0.2279 0.5138 2 08 7.0 200.0 D.0243Z 329.0 68.1 -24.54 -20.26 0.8465 0.2260 0.5356 1900.0

205.0 0.02497 289.0 62.9 -21.94 -17.55 0.8599 0.2253 0.549? 180 6.0 210.0 0.02569 251.0 57.8 -19.28 -14.76 0.8733 0.2247 0.5668 1711.0

215.0 0.02650 215.0 52.8 -16.54 -11.87 0.3869 0.2242 0.5880 1615.0 220.0 0.02743 181.0 48.0 -13.70 -8.879 0.9007 0.2239 0.6150 1516.0 225.0 0.02852 148.0 43.2 -10.73 -5.720 0.9149 0.2239 0.6504 1414.0

230.0 0.02982 113.0 33.5 -7.601 -2.355 0.9297 0.2242 0.6980 1307.0

235.0 0.03145 91.0 33.7 -4.242 1.289 0.9454 0.2249 0.7636 1196.0

21.0.0 0.03356 67.2 29.0 -0.5842 5.319 0.9623 0.2262 0.8524 1083.0 245.0 0.03640 48.9 24.4 3.440 9.844 0.9810 0.2282 0.9579 974.8

250.0 0.04022 37.5 20.1 7.781 14.86 1.001 0.2302 1.037 88 5.3 255.0 0.04499 32.7 16.6 12.17 20.09 1.022 0.2310 1.040 826.5 260.0 0.05037 32.1 14.0 16.29 25.15 1.042 0.2296 0.9767 795.8 265.0 0.05594 34.0 12.1 19.96 23.80 1.059 0.2264 0.8834 783.6 270.0 0.06140 37.3 10.6 23.18 33.98 1.075 0.2225 0.7875 78 2.1

275.0 0.06660 41.4 9.44 25.96 37.70 1.089 0.2184 0.7036 786.6 280.0 0.07150 46.0 3.54 28.46 41.04 1.101 0.2145 0.6353 794.3

2S5.0 0.07611 50.7 7.83 30.69 44.08 1.111 0.2111 0.5809 303.8

290.0 0.08046 55.3 7.24 32.71 46.87 1.121 0.2030 0.5377 814.1 295.0 0.08459 59.9 6.76 34.59 43.47 1.130 0.2053 0.5030 82 4.8 300.0 0.08854 64.4 6.34 36.33 51.91 1.138 0.2030 0.4748 835.6

310.0 0.09595 73.0 5.68 39.55 56.43 1.153 0.1990 0.4322 85 7.2 320.0 0.1029 81.2 5.16 42.49 60.59 1.166 0.1959 0.4018 87 8.1 330.0 0.1095 86.9 4.75 45.24 64.49 1.178 0.1935 0.3792 898.2

!4C.l 0.1157 96.2 4.41 47.84 68.19 1.189 0.1915 0.3618 917.6

350.0 0.1217 103.0 4.12 50.32 71.74 1.200 0.1399 0.3481 936.3

360.0 0.1276 110.0 3.88 52.72 75.17 1.209 0.1886 0.3371 954.2

370.0 0.1332 116.0 3.67 55.05 78.49 1.218 0.1875 0.3280 971.6

380.0 0.1388 123.0 3.48 57.32 81.73 1.227 0.1865 0.3204 988.3

390.0 0.1442 129.0 3.32 59.54 84.90 1.235 0.1857 0.3139 1005.0

400.0 0.1495 135.0 3.17 61.72 88.01 1.243 0.1850 0.3084 1020.0

410.0 0.1547 141.0 3.04 63.86 91.07 1.251 0.1844 0.3036 1036.0

420.0 0.1598 146.0 2.92 65.97 94.09 1.256 0.1839 0.2995 1051.0 430.0 0.1649 152.0 2.81 68.06 9?. 06 1.265 0.1335 0.2958 1065.0

440.0 0.1699 157.0 2.71 70.12 100.0 1.272 0.1831 0.2925 1079.0

450.0 0.1743 163.0 2.61 72.16 102.9 1.276 0.1827 0.2897 1093.0

460.0 0.1797 168.0 2.53 74.19 105.3 1.285 0.1824 0.2871 1107.0 470.0 .1845 173.0 2.45 76.20 108.7 1.291 0.1822 0.2647 1120.0

480.0 0.18 33 178.0 2.36 78.19 111.5 1.297 0.1819 0.2826 1133.0 490.0 0.1940 184.0 2.31 80.17 114.3 1.303 0.1817 0.2307 1146.0

500.0 0.1988 189.0 2.24 82.14 117.1 1.308 0.1815 0.2790 1159.0 510.

D

0.2034 194.0 2.18 84.10 119.9 1.314 0.1313 0.2774 1171.0

520.0 0.2081 198.0 2.12 86.05 122.7 1.319 0.1812 0.2759 1183.0 530.0 0.2127 203.0 2.07 87.99 125.4 1.324 0.1810 0.2746 1195.0 540.0 0.2173 208.0 2.02 89.92 123.1 1.329 0.1809 0.2734 1207.0

550.0 0.2219 213.0 1.97 91.84 130.9 1.334 0. 1808 0.2722 1219.0 560.0 0.2264 218.0 1.92 93.76 133.6 1.339 0.1807 0.2712 1230.0

570.0 .2309 222.0 1.88 95.67 136.3 1.344 0. 1806 0.2702 1241.0

580.0 0.2354 227.0 1.84 97.58 139.0 1.349 0. 1805 0.2693 1253.0 590.0 0.2399 232.0 1.30 99.48 141.7 1.353 0. 1805 0.2684 1264.0

600.0 0. 2444 236.0 1.76 101.4 144.4 1.358 0.1304 0.2677 1274.0

700.0 0.2882 281.0 1.46 120.1 170.8 1.399 0. 1803 0.2623 1376.0 800.0 0.3311 324.0 1.25 138.7 196.9 1.434 0. 1811 0.2600 1467.0

900.0 0.3732 365.0 1.10 157.2 222.9 1.464 0.1826 0.2594 1551.0

1000.0 0.4150 406.0 0.981 175.9 243.9 1.491 0.1847 0.2602 1628.0

1500.0 0.6203 605.0 .64 272.4 331.6 1.599 0.1994 0.2718 1954.0

2000.0 0.3233 799.0 0.47 7 375.9 520.8 1.679 0.2130 0.2846 2223.0

25 0.0 1.026 991.0 0.381 485.1 665.5 1.744 0.2226 0.2940 2462.0

3000.0 1.227 1180.0 0.317 598.4 814.3 1.798 0.2295 0.3006 2679.0

35 0.0 1.429 1370.0 0.271 714.4 965.8 1.844 0.2342 0.3052 2881.0

TWO-PHASE 30UNOARY
sia isobar

THERMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE OENSITr

DEG. R LB/CU rl

IMDH/Olll UIOP/DU) -VIQP/Ol/) BTU/LS PSIA-CU FT/BTU PSIA(OV/DTL/K THERMAL P CONOUCTII/ITY 1/OEG. R 3TU/FT-HR-R L6/FT-SECTHERMAL OIELECTRIC DIFFUSWITY CONSTANT

SO FT/HR

120. 53.88 208.0 15.6 97800.0 0.00226 .0935 19.1 0.00370 1.46411 3.45

125.0 53.26 199.0 11.. i. 81.800.0 0.00233 .0906 16.5 0.00360 1.45815 3.1 130.0 52.61 169.0 13.5 71.200.0 0.00251 .0877 14.5 . 35

1.45195 2.83

135.0 51.91. 181.0 12.9 65500.0 0.00263 .0843 13.1 0.00344 1.44554 2.64 lti.g 51.25 173.0 12.3 58100.0 0.00275 .0820 12.0 0.00336 1.43892 2.52

1 1.5.0 50.53 166.0 11.8 51700.0 0.00287 .0791 11.1 . 32 9 1.43212 2.41 150.0 1.9.79 159.0 ll.i. 1.6200.0 0.00300 .0763 10.1 0.00321 1.42513 2.28

155.0 .9.01. 153.0 10.9 1.11.00.0 0.0031! .0735 9.41 0.00313 1.41798 2.20

160.0 1.8.26 147.0 10.5 37000.0 0.30326 .0707 8.75 0.00305 1.41065 2.14

165.0 1.7. 1.6 11.2.0 10.1 33100 .0 0.00341 .0680 8. 13 0.00297 1.40314 2.08

170.0 1.6.61. 137.0 9.65 29500.0 0.00357 .0654 7.55 0.00288 1.39544 2.03

175.0 1.5.80 131.0 9.21. 26200.0 0.0037-. D .0628 7.01 0.00279 1.38754 1.98 180.0 1.1.. 93 126.0 8.85 23200.0 0. 00391. .0602 6.51 0.0 269 1.37942 1.94 185.0 Lit. 03 121.0 8.1.6 20500.0 0.001.16 .0577 6.03 0.00259 1.37105 1.90

190.0 1.3.09 116.0 8.08 16000 .0 0.001.1.1 .0552 5.53 0.00249 1.36241 1.87

200.0 1.1.11 106.0 7.33 13500.0 0.0050-. .0503 4.76 0.00229 1.34414 1.82 205.0 1.0 .05 101.0 6.97 11600 .0 0.0051.4 .0479 4.39 0.00218 1.33442 1.81 210.0 38.93 95.7 6.61 9750.0 0.00592 .0455 4.02 0.00206 1.32421 1.80 215.0 37.71. 90.1 6.25 8100.0 0.00652 .0432 3.67 0.00195 1.31340 1.80 220.0 36.1.6 31.. 1. 5.88 6580.0 0.00729 .0409 3.33 0.00182 1.30187 1.30 225.0 35.07 78.3 5.51 5210.0 0.0033J .0387 3.00 0.00170 1.28939 1.82 230.0 33.53 72.0 5.12 3970.0 0.00969 .0367 2.68 0.00157 1.27569 1.84

235.0 31.80 65.5 4.72 2890 .0 0.0117 0349 2.37 0.00144 1.26033 1.87

2<.0.0 29.80 58.9 It. 30 2000 .0 0.0145 .0330 2. 06 0.00130 1.24275 1.92

21)5.0 27.1.7 52.8 3.89 131.0.0 0. 0131 0310 1.77 0.00118 1.22250 1.97

250.0 21.. 36 1.8.1 3.51 933.0 0.0216 .0285 1.52 0.00111 1.20005 1.99

255.0 22.23 1.5.5 3.21. 726.0 0.0229 0258 1.32 0.00112 1.17763 1.92 260.0 19.85 1.1. .(. 3.08 638.0 0.0220 0233 1.20 0.00120 1.15 770 1.81 265.0 17.88 44.5 2.98 607.0 0.0199 .0211 1.12 0.00134 1.14127 1.68

270.0 16.29 1.5.2 2.92 607.0 0.0174 0195 1. 07 0.00152 1.12817 1.55 275.0 15.02 1.6.1. 2.88 622.0 0.0152 0182 1.03 0.00172 1.11777 1.44 280.0 13.99 1.7.8 2.85 61.3.0 0.0133 0172 1.01 0.00193 1.10940 1.35 285.0 13.11. 1.9.1. 2.82 666.0 0.0118 0164 1.00 0.00215 1.10254 1.27

290.0 12.1.3 51.1 2.80 688.0 0.0105 0158 0.991 0.00237 1.0 9681 1.21 295.0 11.82 52.8 2.78 709.0 0.00954 0154 0.986 0.00259 1.09193 1.16 300.0 11.29 5<i. 5 2.77 728.0 0.00872 0150 0.983 . 28 1.08772 1.12 310.0 10.1.2 58.0 2.71. 761.0 0.00746 0146 0.98 3 0.0032A 1.08074 1.05

320.0 9.719 61.1. 2.71 789.0 0.0065-. 0144 0.986 . 36 6 1.07516 0.9 94 330.0 9.136 64.8 2.69 812.0 0.00585 0143 1.00 0.00412 1.07054 0.953

31.0.0 6.61.2 68.2 2.66 831.0 0.00530 0142 1. 01 . 45 5 1.06663 0.920

350.0 8.211. 71.6 2.61. 81.8.0 0.00486 0143 1.02 0.00499 1.06326 0.894

360.0 7.839 74.9 2.62 862.0 0.00450 0143 1.03 0.00542 1.06031 0.873

370.0 7.505 78.2 2.61 871.. 0.00420 0144 1.04 0.00585 1.05769 0.856

380.0 7.20 7 81.1. 2.59 885.0 0.00394 0145 1.06 . 62 8 1.05535 0.841

390.0 6.936 81.. 6 2.58 891.. 0.00371 0146 1.07 0.00671 1 . 5 32 4 0.829

(.00.0 6.690 67.7 2.56 902.0 0.00351 0147 1.09 0.00714 1.05131 0.819

1.10.0 6.1.65 90.9 2.55 909.0 0.0033-. 0149 1.10 0.00758 1.04955 0.610

1.20.0 6.258 91.. 2.53 916.0 0.00319 0150 1.12 0.00801 1.04794 0.802

••30.0 6.066 97.1 2.52 922.0 0.00305 0152 1. 13 0.00845 1.04644 0.7 95

1.1.0.0 5.887 100.0 2.51 927.0 0.00292 0153 1.15 . 88 9 1.0450 5 0.789

1.50.0 5.721 103.0 2.50 931.0 0.00281 0155 1.16 0.00934 1.04376 0.784

1.60.0 5.566 106.0 2.1.9 936.0 0.00270 0156 1.18 0.00979 1.04256 0.780

1.70.0 5.1.20 109.0 2.1.8 939.0 0.00261 0158 1.20 0.0102 1.04142 0.7 75

1.80.0 5.283 112.0 2.1.7 943.0 0.00252 0160 1.21 0.0107 1.04036 0.772

1.90.0 5.153 115.0 2.1.6 946.0 0. 00244 0161 1.23 0.0112 1.03936 0.768

500.0 5.031 118.0 2.1.5 91.9.0 0.00236 0163 1.24 0.0116 1.03841 0.765

510.0 4.915 121.0 2.1.5 951.0 0.00229 0165 1.26 0.0121 1.03752 0.762

520.0 l». 806 121.. 2.1.1. 951.. 0.00223 0167 1.27 0.0126 1.03667 0.759

530.0 4.701 127.0 2.1.3 956.0 0.00217 0168 1.29 0.0130 1.03586 0.757

51.0.0 4.602 130.0 2.1.3 958.0 0.00211 0170 1.30 0.0135 1.03509 0.755 550.0 4.507 133.0 2.1.2 960.0 0.00205 0172 1.32 0.0140 1.03436 0.753

560.0 4.417 135.0 2.1.1 961.0 0.00200 0174 1.34 . 1 45 1.03366 0.751

570.0 4.330 138.0 2.1.1 963.0 0. 00195 0175 1.35 0.0150 1.03300 0.749

560.0 4.247 11.1.0 2.1.0 961.. 0.00191 0177 1.37 0.0155 1.03236 0.747

590.0 i>. lea M.I 2.39 966,0 0.00186 0179 1.38 0.O160 1.03175 0.7 46 600.0 4.092 11.7.0 2.39 967.0 0.00182 0181 1.40 . 1 65 1.03116 0.744

700.0 3.1.69 175.0 2.31. 974.0 0.00150 0199 1.54 0.0218 1.02637 0.733

800.0 3.021 203.0 2.29 978.0 0.00128 0217 1.68 0.0276 1.02293 0.726

900.0 2.679 231.0 2.25 979.0 0.00112 0235 1.82 0.0 3 38 1.02032 0.722

1000.0 2.1.10 260.0 2.20 979.0 0.00100 0253 1.94 0.0404 1.01827 0.719

1500.0 1.612 1.11.. 1.99 975.0 0. 000657

2000.0 1.215 578.0 1.8i. 970.0 0.000492

2500.0 0.9751 71.6.0 1.75 967.0 0.000334

3000.0 0.811.7 911.. 1.69 961.. 0.000329

3500.0 0.6997 1030.0 1.66 962.0 0.000232

TKO-PHASE 30U*OARY
THERMODYNAMIC PROPERTIES OF NITROGEN

1000 P3IA ISOBAR

EHPERATURE VOLUME ISOTHERM DERIVATIVE

ISOCHORE DERIVATIVEINTERNAL

ENERGY ENTHALPY ENTROPY GV CP VELOCITY

OF SOUND

OEG. R CU FT/u8 CU FT-PSIA/LB PSIA/R 8TU/L9 9TU/LB BTU/LB-R BTU / L3 -R FT/SEC

120.0 0.01655 1820.0 220.0 -62.65 -59.21 0.5977 0.2643 0.4680 3869.0

125.0 0.01877 1600.0 202.0 -60.33 -56.36 0.6169 0.2650 0.4724 3637.0

130.0 0.01893 1420.0 186.0 -58.01 -5 4.49 0.6355 0.2624 0.4742 3448.0

135.0 0.01924 1270.0 172.0 -55.68 -52.12 0.6534 0.2584 0.4747 3287.0

140.0 0.01950 1140.0 160.0 -53.36 -49.74 0.6706 0.2539 0.4749 3146.0 U5.I 0.01977 1030.0 149.0 -51.03 -47.37 0.6873 0.2496 0.4751 3018.0

150.0 0.02006 937.0 139.0 -48.71 -44.99 0.7034 0.2456 0.4757 2900.0

155.0 0.02037 852.0 130.0 -46.38 -42.61 0.7190 0.2421 0.4770 2 78 9.0 160.0 0.02063 775.0 121.0 -44.05 -40.22 0.7342 0.2391 0.4790 2683.0

165.0 0. 02104 705.0 113.0 -41.72 -37.82 0.7490 0.2365 0.4819 2581.0

170.0 0.02140 641.0 106.0 -39.36 -35.40 0.7634 0.2343 0.4856 2481.0

175.0 0.02179 582.0 98.7 -37.00 -32.96 0.7776 0.2324 0.49 3 2384.0

100.0 0.02221 526.0 92.1 -34.61 -30.50 0.7915 0.2308 0.4961 2289.0

105.0 0.0226= 475.0 85.9 -32.20 -23.00 0.8052 0.2294 0.5029 2195.0

190.0 0.02314 426.0 80.0 -29.75 -25.47 0.3187 0.2232 0.5109 2103.0

200.0 0.02424 338.0 68.9 -24.75 -20.26 0.8454 0.2262 0.5313 1919.0

205.

D

0. 02486 298.0 63.7 -22.18 -17.57 0.8586 0.2254 0.5443 1827.0 210.0 0.02555 261.0 58.6 -19.55 -14.81 0.8719 0.2248 0.5600 1734.0

215.0 0.02634 225.0 53.8 -16.84 -11.97 0.8853 0.2242 0.5791 1641.0 220.0 0. 02723 191.0 49.0 -14.06 -9.023 0.8989 0.2239 0.6031 154 5.0 225.0 0.02325 159.0 44.3 -11.16 -5.934 0.9128 0.2237 0.6337 1446.0

230.

J

0.02947 130.0 39.7 -8.127 -2.671 0.9271 0.2237 0.6737 134 5.0 235.0 .03094 102.0 35.1 -4.906 0.3233 0.9422 0.2242 0.7268 1240.0

2 ".0.0 0.03280 78.4 30.6 -1.449 4.624 0.9582 0.2251 0.7963 1134.0

2*5.0 0.03521 59.0 26.2 2.2 90 3.910 0.9754 0.2264 0.8793 1030.0

250.0 0.03835 45.6 22.0 6.300 13.40 0.9940 0.2281 0.9533 939.3

255.0 0.04230 38.3 18.5 10.43 18.26 1.013 0.2291 0.9806 872.1

260.0 0.04683 35.8 15.6 14.43 23.11 1.032 0.2286 0.9511 831.0 265.0 .05180 36.2 13.5 18.12 27.71 1.050 0.2265 0.6858 810.0 270.0 0.05673 38.4 11.8 21.43 31.95 1.065 0.2233 0.8070 80 2.0 275.0 0.06165 41.7 10.5 24.37 35.79 1.080 0.2196 0.7301 801.8

280.0 0.06632 45.7 9.46 26.98 39.27 1.092 0.2160 0.6626 806.3

205.0 0.0707a 50.1 8.64 29.33 42.43 1.103 0.2125 0.6064 813.5

290.0 0.07497 54.5 7.96 31.46 45.35 1.113 0.2094 0.5605 82 2.3 295.0 0.07897 59.0 7.40 33.43 48.05 1.123 0.2067 0.5232 831.9

300.0 0.08280 63.4 6.93 35.26 50.59 1.131 0.2042 0.4925 841.9

310.0 0.09000 72.0 6.17 38.60 55.27 1.147 0.2001 0.4460 86 2.4 320.0 0.09672 60.2 5.59 41.64 59.55 1.160 0.1969 0.4126 882.6

330.0 0.1031 88.0 5.13 44.47 63.55 1.172 0.1943 0.3882 902.4

340.0 0.1091 95.4 4.75 47.13 67.34 1.184 0.1922 0.3693 921.5

350.0 0.1149 102.0 4.43 49.67 70.95 1.194 0.1905 0.3545 94 0.0 360.0 0.1206 109.0 4.16 52.11 74.44 1.204 0.1891 0.3425 957.9

370.0 0.1260 116.0 3.93 54.46 77.81 1.213 0.1879 0.3327 97 5.1 360.0 0.1313 122.0 3.72 56.76 81.10 1.222 0. 1870 0.3246 991.9

390.0 0.1365 129.0 3.54 59.02 84.31 1.230 0.1861 0.3177 1008.0 400.0 0.1416 135.0 3.38 61.23 87.45 1.238 0.1854 0.3118 1024.0

410.0 0.1466 140.0 3.24 63.39 90.54 1.246 0.1848 0.3067 1039.0 420.0 0.1515 146.0 3.11 65.53 93.59 1.253 0.1842 0.3022 105 4.0 430.0 0.1564 152.0 2.99 67.63 96.59 1.260 0.1838 0.2983 1069.0

440.0 0.1612 157.0 2.88 69.71 99.6 1.267 0.1834 0.2949 1083.0 450.0 0.1659 163.0 2.78 71.77 102.5 1.274 0.1830 0.2918 1097.0

460.0 0.1706 168.0 2.69 73.81 105.4 1.280 0.1827 0.2691 1110.0 470.0 0.1752 173.0 2.60 75.83 108.3 1.286 0.1824 0.2866 1124.0

480.0 0.1738 179.0 2.52 77.84 111.1 1.292 0.1821 0.2844 1137.0

490.0 0.1843 164.0 2.45 79.83 114.0 1.298 0. 1819 0.2824 115 0.0 500.0 0.1888 189.0 2.38 81.81 116.8 1.304 0.1817 0.2305 1162.0 510.0 0.19 3 3 194.0 2.31 83.78 119.6 1.309 0.1815 0.2789 1175.0 520.0 0.1977 199.0 2.25 85.74 122.4 1.315 0.1813 0.2773 1187.0

53C.0 0.2021 204.0 2.19 87.69 125.1 1.320 0.1812 0.2759 1199.0 540.0 0.2065 209.0 2.14 89.63 127.9 1.325 0.1811 0.2746 1211.0

550.0 0.2109 213.0 2.09 91.56 130.6 1.330 0.1809 0.2734 1222.0

560.0 0.2152 218.0 2.04 93.48 133.3 1.335 0.1808 0.2723 1234.0 570.0 0.2195 223.0 1.99 95.40 13q.1 1.340 0.1807 0.2713 1245.0

500.0 0.2238 228.0 1 .95 97.31 138.8 1.345 0. 1807 0.2703 1256.0

590.0 0.2281 232.0 1.90 99.2 2 141.5 1.349 0.1806 0.2694 126 7.0 600.0 0.2324 237.0 1 .06 101.1 144.2 1.354 D. 1805 0.2686 127 8.0 700.0 0.2742 262.0 1.54 119.9 170.7 1.395 0.1804 0.2630 1379.0

600.0 0.3150 325.0 1.32 138.5 196.8 1.430 0.1812 0.2604 1471.0 900.0 0.3551 367.0 1.16 157.1 222.8 1.460 0. 1827 0.2598 1554.0

1000.0 0.3348 408.0 1.03 175.7 248.9 1.488 0. 1848 0.2604 1632.0

1500.0 0.5901 606.0 0.674 272.4 381.6 1.595 0.1994 0.2720 195 7.0 2000.0 0.78 30 800.0 0.502 375.9 520.9 1.675 0.2130 0.2846 2226.0

2500.0 0.9751 993.0 0.401 485.1 665.7 1.740 0.2228 0.2340 2464.0

3000.0 1.167 1180.0 0. 33 4 598.4 914.4 1.794 0.2295 0.3006 2681.0

3500.0 1. 35 3 1380.0 0.266 714.4 966.0 1.841 0.2342 0.3052 2 88 3.0

THO-PHASt BOUNDARY
THERHOPHYSICAL PROPERTIES OF NITROGEN

1000 PSIA ISOBAR

TEMPERATURE OENSITY

OEG. R L9/CU -T

IHDH/DV) IHDP/OU) -iMOP/DV) 3TU/LB P

PSIA-CU FT/5TU VIPSIA

(Dl//OT)/V THERMAL VISCOSITY P CONDUCTIVITY

1/0E6. R BTU/FT-HP-P LB/FT-SEC

120 53 31 125 53 29 130 52 65 :J5 51 38

11.0 51 29

: 150 58 150 1.9 85 155 1.9 10

BO 1.6 33 165 1.7 51.

170 1.6 72 175 1.5 69 ieo 1.5 02 185 1.1. 13 190 1.3 21 zoo 1.1 26 205 1.0 22 210 39 12 215 37 96 220 36 73

225 35 39 230 33 91. 235 32 32 240 30 1.9 28 1)0 250 26 07 255 23 61. 260 21 33 265 19 31

270 17 61 275 22 260 i : 08 285 14 13 290 13 31. 295 12 66

iOi 12 08 310 11 i: 320 10 31. 330 9 70 i 31.0 9 161.

5 50 a 70 360 6 295

370 7 nic 380 7 615 390 7 c;

q cc 7 062 410 6 821

1.20 6 • -.'-. 1.30 6 :9i

4 <- 6 20 5

450 6 028

<>60 5 863

1*70 5 708

1.60 5 56 .90 5 1.26 500 5 296 510.0

520.0 530.0

51.0.0

550.0

560.0

570.0

580.0

590.0 600.0

700.0 800.0

900.0

1000.0

1500.0 2000.0

2500.0

3000.0

3500.0

4.742

4.646 4.555

4.467

4.384 4.303

3.61.7 3.175 2.616

2.533

1.695 1.27 7

209.0

200.0 191.0

162.0

171.. 167.0 160.0

151.. 11.6.0

14)3.0 138.0

133.0

126.0 123.0

118.0 108.0

103.0 97.4

92.0

52.8

54.5

100.0 103.0

106.0

109. 112.0

115.0

118.0

121.0

124>.0 127.0

130.0 133.0

135.0

138.0

141.0 144.0

147.0

175.0

203.0 231.0

260.0

.14.0 579.0

747.0

915.0

-.060.0

9.26

8.87 6.49

4.65

4.46

'.51

i.50

2.43

2.42

96300.0

85400.0

74800.0

66000 .0 58600.0

52200.0 46700.0

4 1600 . I.

30000 . 26700 .0 23700.0

20900 .0 18400.0

14000.0

12000.0

10200.0

8540.0

7020.0 5640.0

4400.0

3310.0

2 390.0

1680 .0 1190.0

906.0

764.0

699.0

676.0 677.0

690.0 708.0 727.0

747.0

766 .0 629.0

854.0

874.0

692.0 907.0

920.0

931. C 941 „

950.0

95 6. U 965 971.0

976. 961.0

986.0

990.0

994.0 1000.0

1 tl . 101 .. I 1010.0

1010.0 1010.0

1010.0 1010.0

1020.0 1020.0

1020.0

1020.0

1030.0

1030.0

1030 .0 1030.0

1030 .0 1020.0 1020.0

1020 .0 1010.0

00224 0936

[ 00237 0906

00249 .0879

00261 0850

00273 0821

00285 .0793

00297 .0765

00310 0737

D 00323 .0710 00337 .0683

00353 .0657

00370 0631 00389 .0605

00410 0580

00434 0555

c 00493 0507

00531 0483

00575 0460

00630 0436

00696 0414

00786 0393

00903 .0373

0106 0354

0128 0336

0156 .0317 0165 29 5 0204 .0270

0205 24 6 0193 0224

0174 .0206

0155 .0191

0137 0180

0122 0172

0110 0165

00991 0160

00905 0156

00771 .0150 00674 0147

t 00601 0146

00543 0145

00497 0145

' 0459 0146

00427 1146

00400 0147

00376 0148 00356 0149

r 00336 0151

[ 00322 0152

00308 0153

00295 0155

00283 0156

00273 0158

00263 0159

00254 0161

00245 0163

00236 0164

0023' 0166

00224 0166

00218 .0170

00212 0171

: 00206 017 3 00201 0175

D 00196 0177

00192 0176

00187 0160

00183 0182

00150 0200

00128 0218

00112 0235

00100 0254

000656

000491 000334

00D329

000282

1.03 1.04

THERMAL OIELECTRIC PRANOTL 3IFFUSIVITY CONSTANT NUMBER

SO. FT/MR

. 37 1 1.46437 3.46

0. 00361 1.45645 3.11

t .00352 1.45229 2.84 0.00345 1.44592 2.65

0.00337 1.43934 2.52

. 33 1.43258 2.41 0.00322 1.42564 2.28

0.00315 1.41853 2.20 0.00307 1.41126 2.14

0.00298 1.40381 2.08 0.00269 1.39616 2.03

0.00280 1.38835 1.98

0.00271 1.38031 1.94

. 26

1.37204 1.90 0.00252 1.36350 1.67 0.00231 1.34552 1.62 0.00221 1.33597 1.80 0.00210 1.32599 1.7 9 0.00196 1.31546 1.78

0.00167 1.30429 1.78 0.00175 1.29230 1.79 0.00163 1.27928 1.80 0.00151 1.26490 1.82 0.00139 1.24878 1.65

0.00127 1.23057 1.66 0.00119 1.21042 1.90 0.00117 1.18961 1.86 0.00121 1.17008 1.78 0.00131 1.15313 1.66 0.00145 1.1390 7 1.58 0.00162 1.12762 1.47

0.00180 1.1182 8 1.38

0.00200 1.11059 1.31 0.00220 1.10416 1.24

0.00241 1.0 987 1.19 0.00262 1.09399 1.14 0.00304 1.08624 1.07

. 34 6 1.06006 1.01 0.00368 1.07502 0.9 66 0.00430 1.07O76 0.931 0.00471 1.06709 0.903 0.00513 1.06390 0.881 0.00554 1,06107 0.862 0.00595 1.05855 0.847 0.00637 1.05628 0.834

0.0 676 1.05422 0.823 0.00720 1.05233 0.614 0.00762 1.05060 0.805 0.00804 1.04901 0.798 0.00846 1.04753 0.792

0.00686 1.04615 0.787 0.00931 1.04467 0.782

D. 00975 1.04366 0.777

0.0102 1.04253 C.773

0.0106 1.04147 0.7 70 0.0111 1.04047 0.766 0.0115 1.03952 D.763

0.0120 1.03662 0.761 0.0124 1.03776 0.7 58 0.0129 1.03695 0.756 0.0133 1.03617 0.754

. 1 38 1.03544 0.752 0.0143 1.03473 0.750 0.0146 1.03406 0.748

0.0152 1.03341 0.7 46 0.0157 1.03279 0.7 45 0.0208 1.02774 0.734

0.0263 1.02412 0.727

0.0322 1.02137 0.7 22 0.0364 1.01920 0.7 19

TKO-PHSSE BOUNDARY
THERMODYNAMIC PROPERTIES OF NITROGEN

1100 P3IA ISOBAR

fEHPERATURE V0LUM£ ISOTHERM DERIVATIVEISOCHORE DERIVATIVE

INTERNAL

ENFRGY ENTHALPY ENTROPY 3V CP VELOCITY

OF SOUND DEC R CU FT/.B 3U FT-PSIA/L8 PSIA/F 8TU/LB 8TU/L3 3TU/L8-R BTU / L3 -R FT/SEC

120. a 0.01853 181.0.0 220.0 -62.73 -58.96 0.5969 0.2664 0.4668 3 86 8.0 125.0 0. 01871. 1620.0 202.0 -60.43 -56.61 0.6161 0.2669 0.4711 3 63 9.0 130.0 0.01897 141.0.0 186.0 -58.12 -54.25 0.6346 0.2642 0.4728 3453.0 135.0 0.01921 1290.0 172.0 -55.80 -51.89 0.6525 0.2600 0.4733 3294.0

1".0.0 0.0191.5 1160.0 160.0 -53.49 -49.52 0.6697 0.2554 0.4733 3155.0 US. 0.01973 1050.0 11.9.0 -51.17 -47.15 0.6863 0.2509 0.4734 3029.0

150.0 0.02002 951.. 11.0.0 -48.66 -44.79 0.7O23 0.2468 0.4739 2913.0

155.0 0.02032 869.0 130.0 -46.55 -42.41 0.7179 0.2432 0.4750 2804.0

160.0 0. 02061. 793.0 122.0 -44.24 -40.04 0.7330 0.24 01 0.4768 2700.0

165.0 0.02098 723.0 1-14.0 -41.92 -37.65 0.7477 0.2374 0.4793 2600.0

170.0 0.02133 659.0 107.0 -39.59 -35.24 0.7621 0.2351 0.4827 2503.0

175.0 0.02171 599.0 100.0 -37.24 -32.82 0.7761 0.2331 0.4870 2408.0

180.0 0.02212 5 44.0 93.3 -34.88 -30.37 0.7899 0.2315 0.4921 2315.0

185.0 0.02255 1.93.0 87.1 -32.49 -27.89 0.8035 0.2300 0.4983 2224.0

190.0 0.02302 1.1.5.0 61.2 -30.07 -25.39 0.8168 0.2267 0.5054 2134.0

200.0 .02407 357.0 70.3 -25.15 -20.25 0.8432 0.2266 0.5234 1955.0 205.0 0.021.67 318.0 65.2 -22.63 -17.50 0.3563 0.2257 0.5347 186 7.0 210.0 0.02532 280.0 60.2 -20.05 -14.90 0.8693 0.2250 0.5480 1778.0

215.0 0.02605 21.5.0 55.5 -17.42 -12.12 0.8624 0.2243 0.5638 1689.0 220.0 0.02685 212.0 50.9 -14.72 -9.261 0.8955 0.2238 0.5830 1599.0

225.0 0.02779 160.0 46.4 -11.94 -6.289 0.9089 0.2234 0.6066 1507.0

230.0 0. 02386 151.0 42.0 -9.064 -3.185 0.9225 0.2232 0.6361 1413.0

235.0 0.03012 121.. 37.6 -6.050 0.08396 0.9366 0.2232 0.6732 1316.0

21.0.0 0.03163 100.0 33.4 -2.681 3.561 0.9513 0. »235 0.7193 1222.0

2"»5.0 0.0331.3 79.5 29.3 0.4682 7.291 0.9666 0.2241 0.7734 1128.0

250.0 0. 03580 63.3 25.4 4.005 11.30 0.9828 0.2249 0.8264 1040.0

255.0 .03865 52.3 21.8 7.677 15.55 1.000 0.2257 0.8678 965.2

260.0 0.01.201 1.6.1 16.8 11.36 19.92 1.017 0.2259 0.8760 909.8

265.0 0.01.579 1.3.5 16.3 14.93 24.25 1.033 0. 2251 0.6523 873.5

270.0 0. 01.981 1.3.3 14.3 18.27 23.41 1.049 0.2233 0.8077 85 2.3 275.0 0.05392 1.1..

12.7 21.33 32.32 1.063 0.2207 0.7533 841.9

260.0 0. 05301 1.7.1. 11.4 24.12 35.94 1.076 0.2177 0.6973 838.6

285.0 0. 06201 50.7 10.4 26.66 33.30 1.086 0.2147 0.6450 84 0.0 290.0 0.06587 51.. i. 9.51 26.98 42.40 1.095 0.2117 0.5987 844.5

295.0 0.06959 58.1. 6.79 31.12 45.29 1.109 0.2089 0.5589 850.9

300.0 0.07316 62.5 8.19 33.10 43.00 1.118 0.2064 0.5252 85 8.5 310.0 0.07992 70.6 7.23 36.7 52.98 1.134 0.2021 0.4725 675.8 320.0 0.08623 78.9 6.50 39.94 57.50 1.146 0.1986 0.4344 894.2 330.0 0. 09219 86.7 5.92 42.92 61.59 1.161 0.1958 0.4059 912.7

340.0 0.09785 91..

5.46 45.71 65.54 1.173 0. 1936 0.3842 931.0

350.0 0.1033 101.0 5.07 48.35 6 3.39 1.184 0.1917 0.3671 948.9

360.0 0. 1085 108.0 4.75 50.88 72.39 1.194 0.1902 0.3534 966.3

370.0 0.1136 115.0 4.47 53.33 76.47 1.204 0.1889 0.3422 98 3.3 360.0 0.1186 122.0 4.23 55.69 79.34 1.213 0. 1878 0.3329 1000.0

390.0 0.1234 128.0 4.01 58.00 83.13 1.221 0.1869 0.3251 1016.0

1.00.0 0.1281 131.. 3.82 60.26 86.35 1.229 0.1861 0.3185 1031.0

1.10.0 0.1327 11.0.0 3.65 62.47 89.51 1.237 0.1854 0.3127 104 7.0

1.20.0 0.1373 11.6.0 3.50 64.64 92.61 1.245 0.1848 0.3078 1062.0

1.30.0 0.11.18 152.0 3.36 66.78 95.66 1.252 0. 1843 0.3034 1076.0

1.1.0.0 0.11.62 157.0 3.23 66.90 98.68 1.259 0.1839 0.2996 1090.0

1.50.0 0.1506 163.0 3.12 70.99 101.7 1.265 0.1835 0.2961 1104.0

1.60.0 0.151.9 168.0 3.01 73.06 104.6 1.272 0.1831 0.2931 1118.0

1.70.0 0.1591 171.. 2.51 75.10 107.5 1.276 0. 1828 0.2904 1131.0

1.80.0 0.1633 179.0 2.82 77.14 110.4 1.284 0.1825 0.2679 1144.0

1.90.0 0.1675 184. 2.74 79.15 113.3 1.290 0.1823 0.2856 1157.0 500.0 0.1717 190.0 2.66 81.15 116.1 1.296 0.1821 0.2836 1169.0 510.0 0.1758 195.0 2.56 83.14 118.9 1.302 0. 1819 0.2818 1182.0

520.0 0.1799 200.0 2.51 85.12 121.8 1.307 0.1817 0.2801 1194.0

530.0 0.1839 205.0 2.44 87.08 124.6 1.312 0.1815 0.2785 1206.0

51.0.0 0.1880 210.0 2.36 89.04 127.3 1.318 0. 1614 0.2771 1218.0 550.0 0.1920 211.. 2.32 90.99 130.1 1.323 0.1812 0.2757 1229.0 560.0 0.1959 219.0 2.27 92.93 132.8 1.328 0. 1811 0.2745 1241.0

570.0 0.1999 224. 2.21 94.86 135.6 1.332 0.1810 0.2734 1252.0 580.0 0.20 38 229.0 2.16 96.79 136.3 1.337 0. 1809 0.2723 1263.0 590.0 0.2078 231.. 2.12 98.71 141.0 1.342 0.1809 0.2714 1274.0

600.0 0.2117 238.0 2.07 100.6 143.7 1.346 0. 1808 0.2705 1285.0

700.0 0.21.99 281.. 1.71 119.5 170.4 1.387 0. 1807 0.2642 1386.0

800.0 0.2872 327.0 1 .46 138.2 196.7 1.423 0. 1814 0.2614 1478.0

900.0 0.3236 3 69.0 1.28 156.8 222.8 1.453 0.1828 0.2605 1561.0

1000.0 0. 3601 1.10.0 1.14 175.5 248.8 1.481 0.1849 0.2610 1 63 8 . 1500.0 0.5379 609.0 0.743 272.3 381.3 1.588 0. 1995 0.2722 1963.0

2000.0 0.7131. 801.. 0.553 375.8 521.1 1.668 0.2131 0.2847 2231.0

25 0.0 0.3831 1000.0 0.441 485.1 666.0 1.733 0.2228 0.2941 2469.0

3000.0 1 .062 1190.0 0.36 7 598.3 814.8 1.787 0.2296 0.3006 2685.0

3500.0 1.237 1380.0 0.314 714.4 966.3 1.834 0.2343 0.3052 2686.0

THO-PHASE BOUNDARY
1100 PSIA ISOBAR

THERMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE DENSITY

DEG. R LB/CU FT

120.0 53 96 211 125.0 53 35 202 130.0 52 72 193 135.0 52 06 161.

1 ".0.0 51 38 176 ns.i 50 68 169 150.0 1.9 95 162 O 155.0 1.9 21 156 160.0 4e 1.5 150 165.0 1.7 68 11.5

170.0 1.6 88 11.0 175.0 1.6 05 135 leo.o 1.5 21 130 185.0 lii. 31. 125 190.0 1.3 (.1. 120 200.0 1.1 55 111 205.0 1.0 51. 106 210.0 39 1.9 101 215.0 38 39 95 6 22TJ.0 37 22 90 3

225.0 35 98 85 O 230.0 31. 65 79 4 235.0 33 20 73 8 21.0.0 31 61 68 1 2«.5.0 25 86 62 7 250.0 27 93 57 7 255.0 25 88 53 8 260.0 23 80 51 2 265.0 21 81. 1.9 7 270.0 20 06 1.9 2

275.0 18 55 1.9 3 280.0 17 21. 1.9 9 285.0 16 13 50 9 290.0 15 18 52 295.0 11. 37 53 4 300.0 13 67 51. a 310.0 12 51 57 9 320.0 11 60 61 2 330.0 10 85 6 It 5 31.0.0 10 22 67 8 350.0 9 681 71 1 360.0 9 213 74 I. 370.0 8 301 77 6 360.0 8 1.35 60 9 390.0 8 105 81. 1 1.00.0 7 806 87 3

1.10.0 7 531. 90 4

1.20.0 7 281. 93 6 1.30.0 7 051. 96 7

1.1.0.0 6 81.0 100

1.50.0 6 642 103

1.60.0 6 1.57 106

1.70.0 6 281. 109

1.80.0 6 122 112

1.90.0 5 969 115 500.0 5 825 118 510.0 5 689 121 520.0 5 559 121. 530.0 5 1.37 127

51.0.0 5 320 130 550.0 5 209 133 560.0 5 103 135 570.0 5 002 136 580.0 1* 906 11.1 590.0 i. 613 11.1. 600.0 it 721. 11.7 700.0 i. 001 175 800.0 3 1.82 203 900.0 3 .088 232 1000.0 2 777 261 1500.0 1 .85 9 1.15 2000.0 1 .1.02 560 2500.0 1 .126 71.8 3000.0 .91*12 916 3500.0 8086 1080

VCOH/OYlp \HDP/OU\, -VIOP/OVLj.

BTU/LB PSIA-CU FT/BTU PSIA

991.00.0

861.00.0 75800.0 67000.0

59600 .0 53200.0

1.7700.0

1.2800.0

381.00.0

31.500 .0 30900.0

27600.0

21.600.0 21900.0

19300.0

11.800.0 12900.0

11100.0

521.0.0

1.130.0 3170.0 2370.0

1770.0 1350.0

1100.0

950.0

870.0 831.0

817.0

617.0

826.0

81.0.0 855.0

886.0 915.0

91.1.0 963.0

983.0 1000.0

1010 .0 1030.0

101.0 .0 1050.0 1060.0

1060 .0 1070.0

1080.0 1080.0

1090.0 1090.0

1100.0

1100.0

1100.0 1110.0

1110.0

1110.0

1110 .0 1120.0

1120.0

1120.0

1120.0

1120 .0 1130.0

1130.0

111.0.0

111.0.0

111.0.0 1130.0

1130.0

1120.0 1120.0

1120.0

OV/DTL/V THERMAL VISCOSITY CONDUCTIVITY " 1/OEG. P. 6TU/FT-HR-R LB/FT-SEC

00221 0939

00233 0911

0021.5 0882

00257 0854

0026J 0825

00281 0797 00293 0769

00305 0741

00317 0714

00331 0688

0031.6 0662

00361 0636

00379 0611

00399 0586

001.21 .0562

001.71. 0514

00506 0491

0051.1. 0468

00590 0445

0061.5 0423

00714 0402

00801 0383

00912 36 4 0106 .0347

0123 0330

011.3 0311

0161 0290

0171 0268

0171 0246

0161. 0227

0153 .0211

011.0 .0198

0127 0187

0115 .0179

0105 .0172

00958 .0167 00816 .0160

00710 .0155

00630 .0153

00567 .0151

00516 .0151

001.75 .0151

001.1.1 .0151

001.12 .0152

00387 .0152

00365 .0153

0031.6 .0154

00329 .0155

00314 D .0157

00300 0158

00283 .0159

00277 .0161 00267 .0162

00257 .0164

0024J .0165

00241 a 0167

00233 .0169

00226 .0170

00220 .0172

00214 .0174

00208 .0175

00203 o .0177

00198 a .0179

00193 .0180

00183 0182

00184 .0184

00151 .0201 0012J .0219

00112 .0237

00100 .0255 000655

000491

000393 000328

000282

1. 17

1. 12 1.09

1. 07 1.06

1.05 1.04

THERMAL DIELECTRIC PRANOTL

0IFFUSIVITY CONSTANT NUM9ER

SO, FT/HR

0.00373 1.46490 3.49 0.00362 1.45904 3.13 0.00354 1.45296 2.86

D. 00346 1.44666 2.66

0.00339 1.44017 2.53 0.00332 1.43349 2.42 0.00325 1.42664 2.28 0.00317 1.41963 2.21 0.00309 1.41246 2.14 0.00301 1.40513 2.08

0.00292 1.39762 2.03

. 28 4 1.38994 1.98 0.00275 1.33205 1.93

. 26 5 1.37396 1.90 0.00256 1.36563 1.86 0.00236 1.34816 1.81 0.00226 1.33894 1.79 0.00216 1.32935 1.77 0.00206 1.31932 1.76 0.00195 1.30877 1.75 0.00184 1.29759 1.75 0.00174 1.28564 1.75 0.00163 1.27274 1.75

0.00153 1.25868 1.75 0.00143 1.24326 1.76 0.00135 1.22647 1.76 0.00129 1.20873 1.75 0.00128 1.19100 1.71 0.00132 1.17438 1.65

0.00140 1.15957 1.58 0.00151 1.14681 1.50 0.00165 1.13599 1.43 0.00180 1.12686 1.36 0.00197 1.11912 1.29 0.00214 1.11252 1.24 0.00232 1.10682 1.19 0.00270 1.09749 1.11 0.00308 1.09013 1.04

. 34 7 1.08414 0.992 0.0O386 1.07913 0.952 0.00425 1.07486 0.921 0.00463 1.07115 0.895 0.00502 1.06789 0.875

. 54 1.06500 0.858

0.00578 1.0 624 0.843 0.00617 1.06005 0.831 0.00655 1.05791 0.821 0.00694 1.05595 0.812 0.00732 1.05415 0.804

0.00771 1.05248 0.797

0.00810 1.05094 0.791

. 85 1.0 4949 0.786 0.00390 1.04814 0.781 0.00930 1.0468 8 0.777 0.00970 1.04569 0.773

0.0101 1.04457 0.769

0.0105 1.04351 0.7 66 0.0109 1.04251 0.763 0.0114 1.04156 0.760

0.0118 1.04065 0.758

0.0122 1.03979 0.7 56 0.0126 1.03897 0.754

0.0131 1.03819 0.752 0.0135 1.03744 0.750

0.0139 1.03672 0.748 0.0144 1.0 360 4 0.746

0.0190 1.03046 0.734

0.0241 1.02647 0.727

0.0294 1.02345 0.723

0.0351 1.02107 0.719

TKO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF NITROGEN

1200 PSIA ISOBAR

TEMPERATURE volum: ISOTHERM OERIVATIVE ISOCHORE DERIVATIVE

INTERNAL ENERGY

ENTHALPY ENTROPY Cv CP VELOCITY

OF SOUNO

OEG. R CU FT/L9 CU FT-PSIA/LB PSIA/R BTU/LB 8TU/L3 8TU/LB-R BTU / LB -R FT /SEC

120.0 0.01851 1860.0 220.0 -62.82 -53.71 0.5962 0.2685 0.4656 3 86 7.0 125.0 0.01872 161.0. 201.0 -60.53 -56.37 0.6153 0.2636 0.4698 3642.0

130.0 0.01894 11.60.0 186.0 -58.22 -5H.01 0.6337 0.2659 0.4714 3457.0

135.0 D. 01913 1300.0 173.0 -55.52 -51.65 0.6515 0.2616 0.4716 3301.0

140.0 0.0191.3 1160.0 161.0 -53.61 -49.30 0.6687 0.2569 0.4718 3164.0 H5.D 0.01970 1070.0 150.0 -51.31 -1.6.91. 0.6853 0.2523 0.4718 3 04 0.0 150.0 0.01998 971.0 11.0.0 -1.9.02 -1.1.. 58 0.7013 0.2430 0.4721 2927.0

155.0 0.02027 886.0 131.0 -1.6.72 -1.2.21 0.7168 0.2443 0.4730 2 82 0.0 160.0 0.02053 810.0 123.0 -1.1.. It

2

-39.85 0.7318 0.2411 0.4746 2 71 a . 165.0 0.02092 71.0. 115.0 -1.2.12 -37.1.7 0.7464 0.2383 0.4769 2620.0

170.0 0.02125 676.0 108.0 -39.80 -35.08 0.7607 0.2359 0.4799 2525.0

175.0 0.02161. 617.0 101.0 -37.1.7 -32.67 0.7747 0.2339 0.4638 2432.0

180.0 0. 02203 562.0 51.. i. -35.13 -30.24 0.7664 0.2321 0.4885 2341.0

165.0 0.0221.5 511.0 88.3 -32.77 -27.78 0.3013 0.2306 0.4940 2252.0

190.0 0.02290 1.63.0 82.5 -30.38 -25.29 0.8151 0.2293 0.5005 2164.0

200.0 0.02391 376.0 71.7 -25.53 -20.21 0.8411 0.2270 0.5164 1990.0

205.0 0.021.1.8 336.0 66.6 -23.05 -17.61 0.3540 0.2261 0.5262 1905.0

210.0 0.02510 299.0 61.6 -20.53 -lit. 95 0.3663 0.2252 0.5376 1820.0 215.0 0.02573 26U. 57.1 -17.96 -12.23 0.3796 0.2244 0.5509 173 4.0 220.0 0.02651. 232.0 52.6 -15.33 -9.41.5 0.6925 0.2238 0.5667 1646.0

225.0 0.02739 201.0 1.8.2 -12.61. -6.566 0.9D54 0.2232 0.5855 1562.0

230.0 0.02835 172.0 1.1.. -9.881. -3.533 0.9185 0.2228 0.6082 1475.0 235.0 0.0291.6 11.5.0 39.9 -7.022 -0.4761 0.9319 0.2225 0.6357 1386.0

21.0.0 0. 03075 121.0 35.8 -4.050 2.782 0.9456 0.2224 0.6686 1298.0

2-5.0 0.03223 100.0 31.9 -0.9553 6.213 0.9598 0.2225 0.7064 1211.0

250.0 0.031.11 82.0 28.2 2.270 9.850 0.3744 0.2228 0.7462 1128.0

255.0 0.03635 6S.lt 2 it. 6 5.601. 13.67 0.9896 0.2232 0.7608 105 3.0 260.0 0.03883 59.2 21.7 8.993 17.63 1.005 0.2234 0.8005 991.4

265.0 0.01.182 53.7 19.0 12.35 21. 64 1.020 0.2231 0.7993 944.6

270.0 0.01.503 51.2 16.8 15.59 25.59 1.035 0.2221 0.7791 912.4

275.0 0.01.81.3 50.7 14.

9

18.65 29.41 1.049 0.2204 0.7458 892.0 280.0 0. 05191 51.7 13.1. 21.51 33.04 1.062 0.2182 0.7057 88 0.4 285.0 0.0551.0 53.7 12.2 21.. 15 36.46 1.074 0.2157 0.6635 875.1 290.0 0.05883 56.5 11.1 26.60 39.68 1.085 0.2131 0.6226 874.2

295.0 0.D6223 59.7 10.3 28.67 42.70 1.096 0.2106 0.5849 876.5

300.0 0.06552 63.2 9.51. 30.97 45.53 1.105 0.2081 0.5512 880.9

310.0 0.07180 70.8 8.36 31.. 60 50.76 1.122 0.2038 0.4960 893.6

320.0 0.07771 78.6 7.1.7 38.23 55.50 1.137 0.2002 0.4544 909.1

330.0 0.08330 86.3 6.77 1.1.37 59.88 1.151 0.1972 0.4228 92 5.7

31.0.0 0.08663 93.8 6.21 1.1.. 29 63.98 1.163 0.1948 0.3985 942.7

350.0 0.09373 101.0 5. 75 1.7.01. 67.87 1.174 0.1928 0.3794 959.7

360.0 0.09861. 108.0 5.37 1.9.66 71.53 1.185 0.1912 0.3640 976.4

370.0 0.1031. 115.0 5.01. 52.18 75.16 1.195 0.1898 0.3515 992.9

380.0 0.1080 121.0 It. 75 51.. 61 78.62 1.204 0.1686 0.3412 1009.0

390.0 0.1125 126.0 It. 50 56.96 81.99 1.213 0.1676 0.3324 1025.0

1.00.0 0.1169 13i>. It. 28 59.29 65.27 1.221 0.1868 0.3250 1040.0

••10.0 0.1213 11.0.0 It. 08 61.51. 86.49 1.229 0.1861 0.3187 1055.0

1.20.0 0.1255 11.6.0 3.91 63.76 91.65 1.237 0.1854 0.3132 1070.0

1.30.0 0.1297 152.0 3.75 65.91. 94.76 1.244 0.1849 0.3084 108 4.0

1.1.0.0 0.1338 156.0 3.60 68.09 97.82 1.Z51 0.1844 0.3041 1098.0

1.50.0 0.1378 163.0 3.1.7 70.21 100.8 1.258 0.1840 0.3004 1112.0

1.60.0 0.11.18 169.0 3.31. 72.31 103.8 1.264 0.1836 0.2970 1126.0

1.70.0 0.11.58 17U. 3.23 7i*. 38 106.8 1.271 0.1832 0.2940 1139.0

1.80.0 0.11.97 160.0 3.13 76.1.1. 109.7 1.277 0.1829 0.2913 1152.0

1.90.0 0.1536 185.0 3.03 78.1.8 112.6 1.283 0.1827 0.2689 1165.0

500.0 0. 1571. 190.0 2.91. 80.50 115.5 1.269 0.1824 0.2666 1177.0

510.0 0.1613 196.0 2.85 62.51 118.3 1.294 0.1822 0.2846 1189.0 520.0 0.1650 201.0 2.76 6i>. 50 121.2 1.300 0.1820 0.2827 1202.0

530.0 0.1686 206.0 2.70 86.1.9 124.0 1.305 0.1818 0.2610 1214.0

51.0.0 0.1725 211.0 2.63 88.1.6 126.8 1.310 0.1817 0.2795 1225.0

550.0 0.1762 216.0 2.56 90.1.3 129.6 1.315 0.1816 0.2780 1237.0

560.0 0.1799 221.0 2.50 92.38 132.4 1.320 0.1814 0.2767 1246.0

570.0 0.1836 225.0 2.1.1. 91.. 33 135.1 1.325 0.1813 0.2755 1260.0

580.0 0.1872 230.0 2.39 96.27 137.9 1.330 0.1812 0.2743 1271.0

590.0 .1908 235.0 2.33 98.20 140.6 1.335 0.1811 0.2733 1282.0 600.0 0.191.1. 21.0.0 2.28 100.1 143.3 1.339 0.1811 0.2723 1292.0

700.0 0.2298 266.0 1.88 119.1 170.2 1.381 0. 1809 0.2655 1394.0 800.0 0.261.1 329.0 1.60 137.9 196.5 1.416 0.1815 0.2623 1485.0

900.0 0.2978 372.0 1.1.0 156.5 222.7 1.447 0.1830 0.2612 1568.0

1000.0 0.3311 1.13.0 1.25 175.3 248.3 1.474 0. 1850 0.2616 1645.0

1500.0 0.1.91.3 613.0 0.811 272.1 382.0 1.582 0.1995 0.2724 1969.0

2000.0 0.6553 807.0 0.603 375.8 521.4 1.662 0.2131 0.2848 2236.0

2500.0 0.8155 1000.0 0.1.61 1.85.0 666.3 1.727 0.2229 0.2941 2473.0

3000.0 0.9754 1190.0 0.1.0 598.3 815.1 1.761 0.2296 0.3007 2690.0

3500.0 1. 135 1380.0 0.31.3 71lt.lt 966.6 1.826 0.2343 0.3052 2890.0

THO-PHASE SOU'-JOARr
THERMOPHYSICAL PROPERTIES OF NITROGEN

1200 PSIA ISOBAR

TEMPERATURE OENSITf

OEG. R LB/CU FT

VIOM/OV) V1DP/DU) -VIOP/OUI BTU/L8 PSIA-CU FT/BTU PSIA

Ol//OT)/J THERMAL VISCOSITY P CONDUCTIVITY

1/OEG. R BTU/FT-HR-R LB/FT-SEC

X 105

19.

120.0 54.02 213.0 15.1 101000.0 .00216 .0942

125.0 53.41 204.0 14.0 6750 0.0 00230 .0914

130.0 52.79 195.0 13.3 76800.0 c .00242 .0885

135.0 52.14 186.0 12.7 68000.0 .00254 .0857

140.0 51.46 178.0 12.2 60500.0 00265 .0629

145.0 50.77 170.0 11.7 54200.0 .00277 .0801

15C.0 50.06 164.0 11.3 48600.0 .00288 .0773

155.0 49.33 156.0 10.9 43700.0 00300 .0746

160.0 48.58 152.0 10.5 39300. 00312 .0719

165.0 47.81 147.0 10.1 35400.0 .00325 a .0693

170.0 47.03 142.0 9.70 31800.0 00339 .0667

175.0 46.22 137.0 9.33 28500.0 00354 .0641

180.0 45.39 132.0 8.96 25500.0 00370 .0616

185.0 44.54 127.0 8.59 22700.0 00388 .0592

190.0 43.66 123.0 8.24 20200.0 00406 .0568 200.0 41.82 113.0 7.55 15700.0 00456 a .0521 205.0 40.85 109.0 7.22 13700.0 00485 .0493

210.0 39.84 104.0 6.89 11900.0 00518 .0476

215.0 38.78 96.9 6.56 10300.0 00557 .0454

220.0 37.68 94.0 6.24 8720.0 00603 .0432 225.0 36.51 89.0 5.92 7330.0 00658 .0411 230.0 35.27 83.8 5.60 6060.0 00726 .0392 235.0 33.94 78.6 5.28 4930.0 00809 .0374

240.0 32.52 73.4 4.95 393 0.0 00911 .0357 245.0 3 0.98 68.3 4.63 3090.0 0103 .0341 250.0 29.31 63.6 4.32 2400.0 0117 .0324

255.0 27.55 59.4 4.03 1890.0 0131 .0306

260.0 25.72 56.2 3.77 1520.0 0142 .0266

265.0 2 3.91 54.1 3.56 1290.0 0148 a .0266

270.0 22.21 52.8 3.40 1140.0 0147 .0246

275.0 2 0.65 52.3 3.28 1050.0 0143 .0229

280.0 19.26 52.3 3.20 1000.0 0135 .0215

285.0 16. 05 52.8 3.13 970.0 0126 .0203

290.0 16.99 53.6 3.08 959.0 0116 .0193

295.0 16.07 54.6 3.04 95 9.0 0107 .0185

300.0 15.26 55.8 3.00 96 5.0 00988 .0178

310.0 13.93 58.5 2.95 986.0 00846 .0169

320.0 12.87 61.5 2.90 1010.0 0073J .0164

330.0 12.00 64.6 2.86 1040.0 0065* .0160 340.0 11.28 67.6 2.83 1060.0 005S7 0158

350.0 10.67 71.1 2.60 1080.0 00534 0157

360.0 10.14 74.3 2.77 1100.0 00490 0156

370.0 9.671 77.5 2.74 1110.0 00453 .0156

380.0 9.257 80.8 2.72 1120.0 00422 0156

390.0 6.886 84.0 2.70 1140.0 00396 .0157 400.0 8.551 87.1 2.68 1150.0 00373 .0157 410.0 8.247 90.3 2.66 1160.

00353 .0158 420.0 7.968 93.5 2.64 1170.0 00335 0159

430.0 7.712 96.6 2.63 1170.0 00319 .0160 440.0 7.475 100.0 2.61 1180.0 00305 0161 450.0 7.255 103.0 2.60 1190.0 00292 0163

460.0 7.050 106.0 2.58 1190.0 00281 0164

470.0 6.659 109.0 2.57 1200.0 00270 0165

480.0 6.679 112.0 2.56 120 CO 00260 0167 490.0 6.510 115.0 2.55 1210.0 00251 0168 500.0 6.351 118.0 2.54 1210.0 00243 0170 510.0 6.201 121.0 2.53 1210.0 00235 0171

520.0 6.059 124.0 2.52 1220.0 00226 0173 530.0 5.924 127.0 2.51 1220.0 00222 .0174 540.0 5.796 130.0 2.50 1220.0 00215 0176

550.0 5.674 133.0 2.49 1220.0 00210 0178

560.0 5.558 136.0 2.48 1230.0 00204 0179

570.0 5.447 138.0 2.47 1230.0 00199 0181

580.0 5.341 141.0 2.47 1230.0 00194 0183

590.0 5.240 144.0 2.46 1230.0 00189 0184 600.0 5.143 147.0 2.45 1230.0 00185 0186

700.0 4.352 176.0 2.35 124 0.0 00151 0203

800.0 3.76 7 204.0 2.33 1250.0 00129 a 0220 900.0 3.358 232.0 2.28 1250.0 00112 0238

1000.0 3.020 261.0 2.23 1250.0 00100 a 0256

1500.0 2.023 416.0 2.01 1240.0 000654

2000.0 1.526 562.0 1.66 1230.0 000490 2500.0 1.226 750.0 1.76 1230.0 000392

3000.0 1.025 918.0 1.70 1220.0 000326

3500.0 0.8S10 1090.0 1.66 1220.0 000281

THERMAL DIELECTRIC PRANOTL OIFFUSIVITY CONSTANT NUMBER

SQ FT/HR

0.00374 1.46542 3.53 0.00364 1.45963 3.16 0.00356 1.45362 2.87 0.00348 1.44740 2.67 0.00341 1.44099 2.53

.00334 1.43439 2.42 0.00327 1.42763 2.30 0.00320 1.42071 2.21

0. 312 1.41364 2.14 0.00304 1.40641 2.06

. 29 5 1.39903 2.03

0.00287 1.39147 1.98 0.00278 1.38374 1.93 0.00269 1.37581 1.89

0.00260 1.36767 1.86

0.00241 1.35066 l.SO 0.00232 1.34175 1.78 0.00222 1.33250 1.76 0.00212 1.32289 1.74 0.00202 1.31285 1.73 0.00192 1.30231 1.72 0.00183 1.29118 1.71 0.00173 1.27935 1.70 0.00164 1.26669 1.69 0.00156 1.25309 1.68

0.00148 1.23852 1.67 0.00142 1.22314 1.66 0.00139 1.20739 1.63 0.00139 1.19195 1.59

0.00142 1.17747 1.54

0.00149 1.16437 1.49

0.00158 1.15280 1.43 0.00169 1.14270 1.38 0.00182 1.13396 1.32 0.00197 1.12638 1.27 0.00212 1.11979 1.22 0.00245 1.10892 1.14

0. 280 1.10035 1.07 0.00315 1.09340 1.01

. 35 1 1.08762 0.972 0.00387 1.08272 0.937 0.00423 1.07848 0.909 0.00459 1.07478 0.887 0.00495 1.07150 C.868 0.00530 1.06856 0.852 0.00566 1.06592 0.8 39 0.00602 1.06352 0.827 0.00638 1.06133 0.816 0.00674 1.05931 0.809

0.00710 1.05745 0.802 0.00746 1.05573 0.795 0.00783 1.05412 0.790 0.00820 1.05263 0.784

0.00857 1.05122 0.780 0.00894 1.0 499 1 0.7 76 0.00932 1.04867 0.772 0.00970 1.04750 0.7 69 0.0101 1.04639 0.765

0.0105 1.04534 0.763 0.0109 1.04435 0.760

0.0113 1.0 434 0.7 57 0.0117 1.04250 0.755 0.0121 1.04164 0.753 0.0125 1.04082 0.751 0.0129 1.04003 0.749

0.0133 1.03926 0.748

0.0176 , 1 . 3 31 7 0.735

0.0222 1.02881 0.728

0.0271 1.02552 0.723

0.0 3 24 1.0 229 3 0.720

TWO-PHASE 30UNOARr
THERMODYNAMIC PROPERTIES OF NITROGEN

1300 P5IA ISOBAR

TEMPERATURE VOLUME ISOTHERM DERIVATIVEISOCHORE DERIVATIVE

INTERNAL

ENERGY ENTHALPY ENTROPY ;v CP VELOCITY

OF SOUND

OEG. R CU FT/.

3

CU FT-PSIA/L6 PS I A/ P. BTU/LB BTU/L3 JTU/L3-R 9TU / LB -R FT/SEC

120.0 0. 0181.9 1880.0 219.0 -D2.51 -56.45 0.5954 0.2705 0.4645 3867.0

135.0 0. 01870 1660.0 201.0 -60.62 -56.12 0.6145 0.2707 0.4666 3 64 4.0 130.0 .01892 11.70.0 166.0 -56.33 -53.77 0.6329 0.2676 0.4701 3462.0 135.0 0.01915 1320.0 173.0 -56.03 -51.42 0.6506 0.26 3 2 0.4704 3308.0

1<<0.0 0.0191.0 1190.0 161.0 -53.74 -49.07 0.6678 0.2533 0.4703 3173.0

11.5.0 0.01965 1060.0 150.0 -51.45 -46.72 0.6843 0.2536 0.4702 3052.0 150.0 0.01991. 966.0 Hl.O -49.17 -44.37 0.7002 0.249 2 0.4704 294 0.0 155.0 0.02023 903.0 132.0 -46.88 -42.01 0.7156 0.2454 0.4712 2835.0

160.0 0.02053 627.0 121.. -44.60 -33.65 0.7306 0.2420 0.4725 2735.0

165.0 0.02085 757.0 116.0 -42.31 -37.29 0.7452 0.2392 0.4746 2639.0

170.0 0.02120 691.. 109.0 -40.01 -3.. 31 0.7594 0.2367 0.4773 2545.0

175.0 0.02155 635.0 102.0 -37.70 -32.51 0.7733 0.2346 0.4808 2455.0

ieo.0 0.02195 580.0 95.1. -35.38 -30.10 0.7869 0.2328 0.4851 2366.0

165.0 0.02236 529.0 69.1. -33.04 -27.66 0.8002 0.2312 0.4901 2278.0

150.0 0.02279 1.81.0 63.7 -30.66 -25.20 0.6134 0.2298 0.4959 2192.0

200.0 0.02375 391*. 73.0 -25.89 -20.17 0.8392 0.2274 0.5101 2024.0

205.0 0.021.31 355.0 68.0 -23.45 -17.50 0.3519 0.2264 0.5188 1941.0 210.0 0.021.90 318.0 63.2 -20.97 -14.96 0.3645 0.2254 0.5286 185 9.0 215.0 0.02551. 263.0 56. 7 -13.46 -12.31 0.8770 0.2246 0.5400 177 7.0 220. 0.02625 251.0 51..

2

-15.90 -9.565 0.3896 0.2238 0.5531 169 5.0 225.0 0.02701. 220.0 50.0 -13.28 -6.782 0.9022 0.2231 0.5685 1612.0 230.0 0.02792 192.0 1.5.6 -10.61 -3.895 0.9149 0.2225 0.5665 153 0.0 235.0 0. 02891 165.0 1.1 .9 -7.871 -0.9121 0.9277 0.2221 0.6077 1447.0 240.0 0. J3005 1 1.1.0 38.0 -5.045 2.187 0.3408 0.2217 0.6324 1365.0

21.5.0 0.03135 119.0 31..

3

-2.130 5.^17 0.9541 0. 2215 0.6602 1284.0 250.0 0. 03268 101.0 30.7 0.8761 6.792 0.9677 0.2215 0.6897 1206.0 255.0 0. 031.65 65.6 27.1. 3.967 12.31 0.9817 0.2215 0.7174 1133.0 260.0 0.03673 71..

1

21..

3

7.112 15.95 0.996 0.2214 0.7379 1070.0 265.0 0.03903 66.2 21.5 10.26 19.67 1.010 0.2212 0.7462 1017.0

270.0 0.01.168 61.1. 19.2 13.36 23.19 1.024 0.2205 0.7405 977.2

275.0 0.01.1.1.3 59.0 17.2 16.35 27.05 1.037 0.2194 0.7225 94 8.5 260.0 . 01.71.1 58.3 15.5 19.19 30.60 1.050 0.2178 0.F962 929.2

285.0 0.0501.3 58.9 11.. 21.87 34.01 1.062 0.2159 0.6651 917.1 290.0 0.0531.5 60.5 12.8 24.36 37.25 1.073 0.2137 0.6321 910.6

295.0 0.0561.3 62.8 11.8 26.73 40.33 1.084 0.2115 0.5995 908.2

300.0 D. 0591.5 65.6 11.0 28.94 43.25 1.094 0. 2033 0.5687 90 8.7 310.0 0.06521. 72.1 9.56 32.95 43.66 1.112 0. 2051 0.5148 915.8

320.0 0.07074 79.3 1.50 36.55 53.56 1.127 0. 2015 0.4718 92 7.4

330.0 0.07593 86.6 7.o7 35.84 58.13 1.141 0. 1985 0.4383 941.5

31.0.0 0.08093 91.. 7.01 42.68 62.37 1.154 0.1959 0.4120 95 6.7

350.0 0.08577 101.0 6.1.7 45.73 65.38 1.165 0.1939 0.3911 972.4

360.0 0.09033 108.0 6.01 48.45 70.21 1.176 0. 1921 0.3743 98 8.2 370.0 0.091.87 115.0 5.63 51.04 73.88 1.166 0.1906 0.3605 1004.0 360.0 0.09921 122.0 5.30 53.54 77.42 1.196 0. 1894 0.3491 1019.0

390.0 0.1031. 128.0 5.01 55.97 80.87 1.205 0.1883 0.3396 1035.0

1.00.0 0.1076 135.0 4.75 58.32 8-.. 22 1.213 0.1874 0.3315 1050.0

1.10.0 0.1116 1 1.1.0 it. 53 60.63 87.50 1.221 0.1667 0.3245 1065.0

1.20.0 0.1156 11.7.0 U.3J 62.89 90.71 1.229 0. I860 0.3185 1079.0

1.30.0 0.1195 153.0 i. . 11. 65.10 93.37 1.236 0.1854 0.3132 1093.0

1.1.0.0 0.1233 156.0 3.98 67.29 96.98 1.244 0. 1849 0.3036 1107.0

1.50.0 0. 1271 161.. 3.83 69.44 100.0 1.250 0. 1844 0.3045 1121.0

1.60.0 0.1309 170.0 3.69 71.56 10 5.1 1.257 0.1840 0.3009 1134.0

1.70.0 0.131.6 175.0 3.56 73.67 106.1 1.264 0. 1837 0.2976 1147.0

1.60.0 0.1382 161.0 3.1.1. 75.75 109.0 1.270 0.1633 0.2946 1160.0

1.90.0 0.11.19 166.0 3.33 77.81 112.0 1.276 0.1831 0.2920 1173.0

500.0 0.11.51. 191.0 3.23 79.85 11>«.

3

1.282 0. 1828 0.2896 1185.0

510.0 . 11*90 197.0 3. 11. 81.88 117.7 1.287 0.1826 0.2874 1198.0

520.0 0.1525 202.0 3.05 83.89 120.6 1.293 0. 1824 0.2354 1210.0

530.0 0. 1560 207.0 2.96 85.90 123.5 1.298 0.1822 0.2835 1221.0

51.0.0 0.1595 212.0 2.88 87.89 12o.3 1.304 0. 1820 0.2818 123 3.0 550.0 0.1630 217.0 2.61 89.87 123.1 1.309 0. 1816 0.2803 124 5.0 560.0 0.1661. 222.0 2.74 91.64 131.9 1.314 0.1817 0.2788 1256.0

570.0 0.1696 227.0 2.67 93.80 13-..

7

1. 315 0. 1816 0.2775 126 7.0 580.0 0. 1732 232.0 ?.ol 95.75 137.4 1.324 0.1815 0.2763 127 8.0 590.0 0.1765 237.0 2.55 97.70 140.2 1.328 0.1814 0.2751 123 9.0 600.0 0. 1799 21.1.0 2.1.9 99.6 142. 3 1.333 0. 1813 0.2741 1300.0

700.0 0.2127 266.0 2.05 118.7 163.9 1.375 0.1811 0.2667 1401.0

800. 0.24i5 332.0 1.75 137.5 196.4 1.410 0.1817 0.2632 149 2.0 900.0 0.2756 371.. 1.53 156.3 222.6 1.441 0.1831 0.2619 1575.0 1000.0 0.3066 1.16.0 1.36 175.0 243.3 1.468 0.1851 0.2621 1651.0

1500.0 .1.575 616.0 0.87 9 272.0 382.2 1.576 0.1936 0.2726 1974.0

2000.0 0.5062 611.0 0.651. 375.7 521.6 1.657 0.2131 0.2349 2241.0

2500.0 0.751.2 1000.0 0.521 485.0 665.6 1.721 0.2229 0.2942 2478.0

3000.0 0.9017 1200.0 .431* 593.3 315.4 1.775 0.2296 0.3007 2694.0

3500.0 1. 01.9 1390.0 0.37 1 714.4 96o.9 1.822 0.2343 0.3053 2894.0

THO-PHA3E dOUNOArtY
1300 P5IA ISOBAR

THERMOPHTSICAL PROPERTIES OF NITROGEN

TEMPERATURE OENSITf

DEG. R LB/CU FT

VCDH/DVU V(DP/OU> -VIOP/OV) P V T BTU/L8 PSIA-CU FT/BTU PSIA

(DV/DTI/V THERMAL VISCOSITY P CONDUCTIVITY

1/OEG. R BTU/FT-HR-R LB/FT-SEC

I If

120 54 07 125 53 47 130 52 65 135 52 21 HO 51 55 1*5 50 86 150 50 16 155 49 44 160 46 70 165 47 95

170 47 17 175 46 38 160 45 57 185 44 73 190 43 87 200 42 08 205 41 14 210 40 16 215 39 15 220 36 09 225 36 98 230 35 82 235 34 59

2 40 33 28 245 31 69 250 30 41 255 28 85 260 27 23 265 25 59 270 23 99 275 22 46 280 21 09 285 19 83 290 16 71 295 17 71 300 16 82 310 15 33 320 14 14 330 13 16 340 12 35 350 11 66 360 11 06 370 10 54 380 10 03 390 9 667 400 9 296 HO 6 95 9

1*20 6 651

1.30 8 368

it 4 6 107

450 7 865 460 7 64 470 7 430 480 7 234 490 7 049 500 6 875 510 6 711 520 6 556 530 6 409 540 a 6 270 550 6 137 560 6 010 570 5 896 580 5 774

590 5 664 600 5 559 700 4 701 800 4 089 900 3 626 1000 3 262 1500 2 166 2000 1 650 2500 .0 1 326 3000 D 1 109 3500 .0 9532

216.0

206.0

197.0 188.0

180.0

172.0

166.0 160.0

154.0 149.0

144.0

139.0 134.0 130.0

125.0

116.0 111.0

107.0 102.0 97.4

83.0

76.1 73.4 66.6

64.8

61.3

58.7

56.9

103.0 106.0

109.0

112.0

115.0

1:6.0 121.0

124.0

127.0

130.0 133.0 136.0

139.0

142.0

144.0 147.0

176.0 204.0

233.0

262.0

417.0 583.0

751.0 919.0 1090.0

9.00 8.64

102000.0

88500.0

77900.0

69000.0 61500.0

55100.0 49600.0

44700.0

40300.0

36300.0 32700.0 29400.0

26400.0

23600.0 21100.0

16600.0

14600.0

12600.0

11100.0 9550.0

6150.0 6370.0

5720.0

469 0.0 3810.0

3070.0 2470.0

2020.0

1690.0 1470.0

1330.0 1230.0

1170.0 1130.0

1110.0

1100.0

1110.0 1120.0

114 0.0 1160.0 1180.0

1200.0

1210.0

1230.0

1240.0

1250.0

126 0.0 1270.0

128 D.O 1260.0 1290.0

1300.0

1300.0 1310.0

1310.0 1320.0

1320.0

1320.0

1330.0

133 0.0

1330.0

1330.0 1340.0

1340.0

1340.0

1340.0

1350.0

1360.

136 0.0 1360.0 1350.0

1340.0 1330.0

1330.0 1320.0

0. 00215 0,00227

0.00239

0, OO250 0.00262

0.00273 0.00284

0.00295

0.00307 0.00319

0.00332

0.00346

0. 00361 0.00378

0.00397

0.00440

0.00466

0. 00495

0. 00529

C. 00568 0,00613

0.00663 0.00732

0.00809

0. 00903 0.0100

0.0111

0.0120

0.0127

0.0130 0.0129

0.0126

0.0120 0.0113

0.0106 0.00993

0.00865

t. 00759 0.00673

0, 00604

0.00464

0.00432

0. 00404

(>. 00380

D. 359 0.00341 0.00324

0.00310 0.00296

0,00264

0.00273

0, 026 3 0.00254

0. 00245 0.00238

0.00230

0.00223

0.00217 0.00211

0.00205

0.00200 0.00195

0.00190 0.00166

0.00152

0.00129

0.00112

0.00100 0.000653

0. 00046^ 0.000392

0.000327

0. 000281

0.0945

0.0917 0.0889

0.0661 0.0633

0.0805

0.0777

.0750 0.0724 0.0697

0.0672

0.0647

0.0622 0.0598

0.0574

0.0528

0.0505

0.0483

0.0462

0.0420

0.0401 0.0383

0.0366

0.0350

0.0335 0.0318

0.0300

0.0282 0.0264

0.0246

0.0231

0.0216 0.0207

0.O198

0.0190 0.0179

0.0172

.0166 0.0165 0.0163

0.0162

0.0161

0.0161

.0161 0.0161 0.0162

0.0163

0.0164 0.0165

D.0166

0.0167

0.0168

0.0170 0.0171

0.0172 0.0174

0.0175

0.0177

0.0178

.0163

.0165 .0186

.0188 .0205

.0222

.0239

.0257

20.1

9.12

8.50

1.37

1.33

THERMAL OIELECTRIC PRANOTL OIFFUSIVITY CONSTANT NUMBER

SQ FT/HR

0.00376 1.46593 3.56 0.00366 1.46021 3.18 0.00358 1.45423 2.89

0.00350 1.44813 2.68 0.00343 1.44179 2.54

. 33 6 1.43527 2.43

. 32 9 1.42360 2.31 0.00322 1.42177 2.21

. 31 4 1.41479 2.14

. 30 7 1.40 76 7 2.03 0.00298 1.40040 2.03

. 29 1.39297 1.98

0.00231 1.38537 1.93

. 27 3 1.37760 1.39

0.00264 1.36963 1.86 0.00246 1.35306 1.79

0.00237 1.34440 1.77

. 22 8 1.33546 1.75 0.00216 1.32621 1.73 0.00209 1.31661 1.71 0.00200 1.30660 1.70 0.00191 1.29612 1.63

0.00132 1.28510 1.67 0.00174 1.27347 1.65 0.00166 1.26115 1.64 0.00160 1.24813 1.62 0.00154 1.23447 1.60

0.00150 1.22040 1.57 0.00146 1.20629 1.54 0.00148 1.19263 1.51 0.00152 1.17980 1.47 0.00157 1.16307 1.42 0.00165 1.15752 1.37 0.00175 1.14314 1.33 0.00186 1.13986 1.28 0.00199 1.13254 1.24

. 22 7 1.12033 1.16

0.00258 1.11062 1.09 0.00290 1.10273 1.03 0.00324 1.09613 0.9 89

. 35 7 1.09063 0.952 0.00390 1.03586 0.9 22 0.00424 1.08170 0.8 97 0.00457 1.07302 0.8 77 0.00491 1.07475 0.360 0.00524 1.07180 0.846 0.00558 1.06914 0.334 0.00591 1.0 667 0.823 0.00625 1.06447 0.814

0.00659 1.06242 0.806 0.00693 1.06052 0.799

0.00727 1.05875 0.793

0.00761 1.05710 0.786 0.00796 1.05556 0.763

0.00831 1.05412 0.778 0.00866 1.05276 0.7 74 0.00901 1,05148 0.7 71 0.00937 1.05026 0.767 0.00973 1.04912 0.7 64 0.0101 1.04803 0.762 0.0105 1.04700 0.759

0.0108 1.04601 0.757

0.0112 1.04507 0.755

0.0116 1.04418 0.752

0.0120 1.04332 0.751

0.0123 1.04250 0.749

D.O 163 1.03586 0.736

0.0206 1.03114 0.728

0.0252 1.02758 0.723

0.0300 1.02476 0.720

TWO-PHASE BOUNDftRr
THERMODYNAMIC PROPERTIES OF NITROGEN

11.00 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM DERIVATIVE

ISOCHORE DERIVATIVE

INTERNAL

ENERGY ENTHALPY ENTROPY CV CP VELOCITY

OF SOUND

OEG. R CU FT/.CU FT-PSIA/L6 PSIA/R BTU/LB 3TU/L8 BTU/LB-R BTU / LB -R FT/SEC

120.0 0.0181.8 1900.0 219.0 -62.99 -56.20 0.5947 0.2725 0.4633 3 86 7.0 125.0 0.01868 1670.0 201.0 -60.71 -55.87 0.6137 0.2725 0.4673 3647.0

130.0 0.01890 11.90.0 186.0 -58.43 -53.53 0.6321 0.2693 0.4688 3467.0 135.0 0. 01913 131.0.0 173.0 -56.14 -51.19 0.6498 0.2647 0.4690 3315.0

11.0.0 0.01937 1210.0 161.0 -53.86 -48.84 0.6668 0.2597 0.4688 3182.0 H5.0 0.01963 1100.0 151. D -51.58 -46.50 0.6833 0.2548 0.4687 3063.0 150.0 0.01990 1000.0 11(1.0 -49.31 -44.15 0.6992 0.2504 0.4688 2953.0

155.0 0.02016 920.0 132.0 -47.04 -41.81 0.7145 0.2464 0.4694 2850.0

160.0 0.0201.9 844.0 124. -44.77 -39.46 0.7295 0.2430 0.4706 2752.0

165.0 0.02080 771.. 117.0 -42.49 -37.10 0.7440 0.2400 0.4724 2 65 7.0

170. 0.02111. 711.0 110.0 -40.21 -34.73 0.7581 0.2375 0.4749 2566.0

175.0 0.0211.9 652.0 103.0 -37.92 -32.35 0.7719 0.2353 0.4780 2477.0

160.0 0.021S6 597.0 96.5 -35.62 -29.95 0.7854 0.2334 0.4819 2 39 0.0 165.0 0.02226 51.6.0 90.5 -33.30 -27.53 0.7987 0.2318 0.4864 2 30 4.0 190.0 0.02269 1*98.0 81.. 8 -30.97 -25.09 0.8117 0.2303 0.4917 2220.0

200.0 0.02 362 1(12.0 74.3 -26.2 3 -20.11 0.8373 0.2278 0.5044 2056.0

205.0 0.021.13 373.0 69.3 -23.83 -17.57 0.8498 0.2267 0.5121 1976.0

210.0 0.021.71 336.0 61.. 6 -21.39 -14.99 0.8623 0.2257 0.5207 1896.0 215.0 0.02532 302.0 60.1 -18.92 -12.36 0.3746 0.2248 0.5305 1817.0 220.0 0.02599 270.0 55.8 -16.42 -9.689 0.8869 0.2239 0.5416 1738.0 225.0 0.02672 239.0 51.6 -13.87 -6.950 0.8992 0.2231 0.5544 1659.0 230.0 0.02754 211.0 1.7.6 -11.27 -4.142 0.9116 0.2224 0.5690 1581.0 235.0 0.0281.1. 165.0 43.7 -8.629 -1.256 0.9240 0.2218 0.5859 1503.0

21.0.0 0.0291.6 160.0 1.0.0 -5.916 1.720 0.9365 0.2213 0.6050 1426.0

2"|5.0 0.03061 139.0 36.4 -3.138 4.797 0.9492 0.2208 0.6263 1349.0 250.0 0.03193 119.0 32.9 -0.2917 7.985 0.9621 0.2205 0.6488 1276.0 255.0 0.0331.3 103.0 29.7 2.618 11.26 0.9752 0.2202 0.6707 1206.0 260.0 0.03515 90.0 26.6 5.5 74 14.69 0.9884 0.22 0.6389 1143.0 265.0 0.03709 80.1 23.9 8.547 16.16 1.002 0.2197 0.7000 1038.0

270.0 0.03921. 73.3 21.4 11.50 21.67 1.015 0.2191 0.7017 1043.0

275.0 0. 01.153 69.0 19.3 14.36 25.16 1.026 0.2183 0.6936 1008.0

280.0 0.041.06 66.7 17.5 17.17 23.59 1.040 0.2171 0.6775 98 2.2 265.0 0.01.665 66.0 15.9 19.8 3 31.93 1.052 0.2156 0.6557 964.1

290.0 0.01.929 66.3 14.6 22.36 35.14 1.063 0.2138 0.6306 95 2.1 295.0 0.05197 67.6 13.4 24.76 38.23 1.073 0.2119 0.6041 944.9

300.0 0.051.61. 69.5 12.4 27.02 41.18 1.083 0.2099 0.5775 941.3

310.0 0. 05991 71..10.8 31.18 46.71 1.102 0.2061 0.5279 942.0

320.0 0.06500 81.1 9.58 34.92 51.77 1.118 0.2026 0.4859 949.2

330.0 0.06989 87.9 8.62 38.33 56.45 1.132 0.1995 0.4516 96 0.1

31.0.0 0.07453 91..7.85 41.49 63.82 1.145 0.1970 0.4241 973.1

350.0 0.07909 102.0 7.22 44.45 64.95 1.157 0.1948 0.4019 987.1

360.0 0. 0831.1. 109.0 6.69 47.24 68.87 1.168 0.1930 0.3839 1002.0

370.0 0.08765 116.0 6.25 49.91 72.64 1.178 0.1914 0.3691 1016.0 360.0 0.09175 122.0 5.87 52.48 76.26 1.188 0.1901 0.3568 1031.0

390.0 0.09573 129.0 5.54 54.96 79.78 1.197 0.1890 0.3464 1046.0

1.00.0 .0996 135.0 5.24 57.37 83.20 1.206 0. 1881 0.3377 1060.0

1.10.0 0.1031. 11(1.0 4.99 59.7 2 86.54 1.214 0. 1872 0.3301 1075.0

1.20.0 0.1072 1 1.6.0 4. 76 62.02 89.80 1.222 0.1865 0.3236 1089.0

1.30.0 0.1108 153.0 4.55 64.27 93.01 1.230 0.1859 0.3179 1103.0

1.1.0.0 0.111.5 159.0 4.36 66.49 96.16 1.237 0.1853 0.3129 1117.0

1.50.0 0.1180 165.0 4.19 68.67 99.27 1.244 0.1849 0.3065 1130.0

1.60.0 0.1215 171.0 4.04 70.83 102.3 1.250 0.1844 0.3046 1143.0

1.70.0 0.1250 176.0 3.90 72.96 105.4 1.257 D.1841 0.3011 115 6.0

1.60.0 0.1231. 182.0 3.76 75.06 108.4 1.263 0.1837 0.2979 116 9.0

1.90.0 0.1318 187.0 3.64 77.14 111.3 1.269 0.1834 0.2950 1181.0

500.0 0.1352 193.0 3.53 79.21 114.3 1.275 0. 1831 0.2925 1194.0

510.0 0.1385 198.0 3.42 81.26 117.2 1.281 0.1829 0.2901 1206.0 520.0 0.11.16 203.0 3.32 83.29 120.1 1.287 0.1S27 0.2879 1218.0

530.0 0.11.51 208.0 3.23 85.31 122.9 1.292 0.1825 0.2860 1230.0

51.0.0 0.11.81. 213.0 3.14 87.32 125.8 1.298 0.1823 0.2841 1241.0

550.0 0.1516 216.0 3. 06 89.31 123.6 1.303 0.1821 0.2825 1253.0 560.0 0.151.8 223.0 2.98 91.30 131.4 1.308 0.1820 0.2809 126 4.0 570.0 0.1580 228.0 2.91 93.27 134.2 1.313 0.1819 0.2795 1275.0

580.0 0.1612 233.0 2.84 95.24 137.0 1.316 0.1817 0.2782 128 6.0 590.0 0.161.3 238.0 2.77 97.20 133.3 1.322 0.1816 0.2769 1297.0

600.0 0.1675 21(3.0 2.71 99.15 142.6 1.327 0.1816 0.2758 1308.0

700.0 0.1981 290.0 2.22 118.3 169.7 1.369 0. 1812 0.2679 1408.0

800.0 0.2278 331.. 1.89 137.2 196.3 1.404 0.1819 0.2640 1499.0 900.0 0.2569 377.0 1.65 156.0 222.6 1.435 0. 1832 0.2626 1582.0

1000.0 0.2856 1.19.0 1.46 174.8 248.8 1.463 0.1852 0.2626 1658.0 1500.0 0.1.260 619.0 0.94 8 271.9 382.3 1.571 0.1997 0.2728 1980.0

2000.0 0.561.2 81i>. 0.705 375.6 521.3 1.651 0.2132 0.2850 2246.0

2500.0 0.7016 1010.0 0.562 485.0 666.8 1.716 0.2229 0.2943 2482.0

3000.0 0.8386 1200.0 0.46 7 598.3 815.7 1.770 0.2296 0.3007 2 69 8 . 3500.0 0.9755 1390.0 0.40 714.4 967.3 1.817 0.2343 0.3053 2 89 8.0

TWO-PHASE BOUNDARY
1490 PSIA IS09AR

THEPMOPHYSIGAL PROPERTIES OF IITROGFN

TEMPERATURE DENSITY Y(OH/Oi/) J CDP/OUI -1 10P/OJ) O1//0TI II TH£3HA L l/ISCOSITY THERMAL DIELECTRIC PRANOTL P V T P CONDUCTIVITY 3IFFUSIi/ITY CONSTANT NUMBER

OES. rt LbVGU = T BTU/La PSIA-CU FT/d IU PSIA 1/OEC. P JTU/FT-HR-R LU/FT-5EC

J 10'

SQ FT/HP.

120.0 54.12 218.0 14.8 10 3003.0 0.00213 0.0947 20.4 0.00378 1.46644 3.59

125.0 53.53 208.0 13.8 39600.0 0.0022. 0.0920 17.6 0.00358 1.46079 3.21

130.0 5 2. 92 H9.o 13.1 78900.0 0.0023b 0.0892 15.4 0.00359 1.45492 2.91

135.0 52.29 190.0 12.5 70000.0 0.00247 0.0864 13.8 0.00352 1.44885 2.69

140.0 51. b3 182.0 12.0 62500.0 0.00253 0.0836 12.6 0.00345 1.44253 2.54

1 ".5.0 50.95 174.0 11.6 56100.0 0.00269 0.0309 11. 7 3.00339 1.43614 2.43

150.0 50.26 168.0 11. 2 50500.0 0.00280 0.0781 10.7 0.00332 1.42955 2.32

155.0 49.55 162.0 10.8 45600.0 0.30291 0.0754 9.83 0.00324 1.42281 2.21

160.0 48.82 156.0 10.5 41200.0 0.00302 0.0723 9.22 0.00317 1.41592 2.15

165.0 46.08 151.0 10.1 37200.0 0.00313 0.0702 8.61 0.00309 1.40890 2.08

170.0 47. 31 146.0 9.75 33600.0 0.00326 0.0677 8. 03 0.00301 1.40173 2.0 3 175.0 46.53 141.0 9.39 30300.0 0.00339 0.0652 7.49 0.00233 1.39442 1.98

180. 45. 74 136.0 9.04 27300.0 0.00351 0.0627 6.99 0.00235 1.38696 1.9 3 185.0 44.92 132.0 6.69 24500.0 0.00369 0.0603 6.51 0.00276 1.37933 1.89

190.0 44.08 127.0 8.36 22000.0 0.0038b 0.0580 6.07 . 2b 8 1.37153 1.85 200.0 42.33 118.0 7.70 17400.0 0.0042b 0.0534 5.26 0.00250 1.35534 1.79 205.0 41.41 114.0 7.39 15400.0 . 0044 9 0.0512 4.69 0.00242 1.34692 1.76

210.0 40 .47 110.0 7.0 8 13600.0 0.00475 .0490 4.54 0.00233 1.33826 1.74 215.0 39.49 105.0 6.77 11900.0 0.00504 0.0 46 9 4.21 0.00224 1.32933 1.71 220.0 38.47 101.0 6.47 10400.0 0.00533 0.0449 3.90 0.00215 1.32009 1.69 225.0 37.42 96.2 6.13 895 0.0 0.00576 0.0429 3.60 0.00207 1.31053 t.b8 230.0 36.32 91.6 5.89 7660.0 0. 00621 0.0409 3. 32 0.00198 1.30058 1.66 235.0 35.16 87.0 5.o0 6490.0 0.0067! 0.0 392 3.05 . 19 1.29021 1.64

2>.0.0 33.95 02.5 5.32 545 0.0 0.0073-. 0.0375 2.79 0.00183 1.27937 1.62 245.0 32.67 78.0 5.04 453D.0 0. 00303 0.0359 2.55 0.00176 1.26602 1.60 250.0 31.32 73.7 4.77 374 0.0 0.00880 0.0344 2. 33 0.00169 1.25613 1.58 255.0 29. -91 69.7 4.50 3080.0 0.00962 0.0329 2.12 0.00154 1.24376 1.55 260.0 28.45 e.6.2 4.26 2560.0 0. 0104 0.0313 1.93 0.00160 1.23101 1.53 265.0 26.96 63.3 4.03 2160.0 0.0111 0.0296 1.76 0.00157 1.21811 1.50 270.0 25.48 61.2 3.84 1870.0 0.0115 0.0273 1.62 0.00156 1.20538 1.47

275.0 24.05 59.6 3.68 1660.0 0.0116 0.0262 1.51 0.00157 1.19313 1.44

260.0 22. 70 58.7 3.55 1510.0 0.0115 0.0246 1.41 0.00160 1.18161 1.40 285.0 21.44 58.3 3.4h 1410.0 0.0112 0.0233 1.34 0.00165 1.17099 1.36 290.0 2 0.29 58.3 3.36 1350.0 0.0108 0.0221 1.29 0.00173 1.16133 1.32

295.0 19.24 58.6 3.29 1300.0 0.0103 0.0211 1.25 0.00181 1.15261 1.28

300.0 18.30 59.2 3.23 1270.0 0.00975 0.0202 1.21 0.00191 1.14479 1.25

310.0 16.69 61.0 3.14 1250.0 0.00866 0.0190 1.17 0.00215 1.13151 1.17 320.0 15.39 63.3 3.07 1250.0 0. 00768 0.0181 1. 15 0.00242 1.12079 1.11 330.0 14. 31 b5.9 3.02 1260.0 0.00685 0.0175 1. 1! 0.00271 1.11202 1.05 340.0 13. Hi 66.8 2.97 127 0.0 0.00616 0.0172 1. 13 0.00302 1.10472 1.00

350.0 12. o4 71.8 2.93 1290.0 0.00560 0.0169 1.1! 0.00333 1.09855 0.965

360.0 11. 98 74.8 2.69 1300.0 0. 00513 0.0167 1.1 J 0.00364 1.09324 0.933

370.0 11.41 78.0 2.86 132]. 0.00473 0.0166 1. 14 . 39 5 1.03862 0.907

360.0 10.90 01.

2.63 1330. 0.00440 0.0166 1. 14 0.00426 1.08456 0.885

390.0 10.45 64.2 2.80 1350.0 0.00411 0.0166 1.15 0.00458 1.03094 0.8 67 400.0 10.04 87.4 2.78 1360.0 0.00387 0.0166 1. lo 0.00489 1.07769 0.852

410.0 9.668 90.5 2.76 1370.0 0.00365 .0166 1.17 0.00520 1.07475 0.8 39 420.0 9.331 93.6 2.73 1380.0 0. 0034b 0.0167 1. 13 . 55 2 1.07203 0.828

430.0 9.021 96.7 2.71 1380.0 0.00329 .0167 1.20 .00 584 1.06963 0.819

440.0 8.736 100.0 2.70 1390.0 0.0031! 0.0163 1.21 0.00615 1.06738 0.310 450.0 6. -.73 103.0 2.68 1400.0 0. 00300 0.0169 1.22 0.00647 1.06530 0.903

460.0 8.229 106.0 2.66 1410.0 0.00287 0.0170 1.24 0.00679 1.06337 0.7 96 470.0 7.399 109.0 2.65 1410.0 0.00276 0.0171 1.25 0.00712 1.06157 0.791

460.0 7.785 112.0 2.63 1420.0 0.0026b 0.0173 1.2b 0.00744 1.05989 0.785

490.0 7.585 115.0 2.o2 1420.0 0.0025b 0.0174 1.23 0.00777 1.05831 0.781

500.0 7.396 116.0 2. DO 1420.0 0.00243 0.0175 1.23 0.00810 1.05664 0.777

510.

7.218 121.0 2.59 1430.0 0.00239 0.0176 1. 31 0.00843 1.05544 0.773

520.0 7.05 124.0 2.58 1430.0 0. 00232 0.0173 1.32 0.00376 1.05412 0.769

530.0 6.891 127.0 2.57 1440.0 0.00225 0.0179 1.3! 0.00910 1.05288 0.7 66 540.0 6.74 130.0 2.5b 1440.0 0.00213 0.0181 1.35 0.00944 1.05170 0.763

550.0 6.596 133.0 2.55 1440.0 0.00212 0.0162 1. 36 0.00978 1.05058 0.761

560.0 6.459 136.0 2.54 144 0.0 0. 00207 .0164 1.33 0.0101 1.04951 0.758 570.0 6. 329 139.0 2.53 1450.0 0.00201 0.0185 1. 33 0.0105 1.04849 0.756

560.0 6.205 142.0 2.52 1450.0 0. 00196 0.0187 1.41 0.0108 1.04752 0.754

590.0 b.085 145.0 2.51 1450.0 0. 00191 0.0163 1.42 0.0112 1.04660 0.752 600.0 5.972 148.0 2.50 1450.0 0.00137 0.0190 1.4! 0.0115 1.04571 0.750

7 .0 5.048 176.0 2.43 1460.0 0. 00152 0.020b 1.53 0.0153 1.03854 0.736

800.0 4.39 205.0 2.37 1470.0 0.00129 0.0223 1.71 0.019! 1.03346 0.728

9 0-0.0 3.892 234.0 2.31 1470.0 0.00112 0.0240 1.84 0.0 2 35 1.02963 0.723

1000.0 3.501 263.0 2.2b 1470.0 c.ocioo 0.0253 1.96 0.0231 1.02662 0.720

1500.0 2.348 418.0 2.02 145 0.0 0. 0)0652

2000.0 1.771 584.0 1.36 1440.0 0.000438

2500.0 1...25 752.0 1.77 1440 .0 0.000391

3000.0 1. 192 921.0 1.71 1430.0 0.000327

350D.0 1.025 1090.0 1.67 1430.0 0. 000231

* H0-PHA3E 60UN0AKY

127
THERMODYNAMIC PROPERTIES OF NITROGEN

1500 PSIA ISOBAR

EMPERATURE V OLUH£ ISOTHERM DERIVATIVE ISOCHOPE DERIVATIVE

INTERNAL ENERGYENTHALPY ENTROPY CV CP VELOCITY

OF SOUNO

OEG. R CU FT/.

CU FT-PSIA/LB PSIA/R BTU7LB BTU/LB BTU7LB-R 8TU / LB -R FT/SEC

120.0 0.0184c. 1920.0 218.0 -63.07 -57.94 0.5940 0.2744 0.4622 3 86 8 . 125.0 0.01865 1690.0 201.0 -60.80 -55.62 0.6129 0.2743 0.4661 3 65 . 130.0 0.01887 1510.0 186.0 -58.53 -53.29 0.6313 0.2709 0.4675 3472.0

135.0 0. 01910 1360.0 173.0 -56.25 -50.95 0.6489 0.2662 0.4677 3322.0

140.0 0.01934 1230.0 162.0 -53.98 -48.61 0.6659 0.2610 0.4674 3191.0

1 1.5.0 0.01959 1120.0 151.0 -51.72 -46.27 0.6823 0.2560 0.4672 3074.0

150.0 0.0198b 1020.0 142.0 -49.45 -43.94 0.6961 0.2515 0.4672 2966.0

155.0 0. 02014 937.0 133.0 -47.20 -41.60 0.7135 0.2474 0.4677 2864.0

160.0 0. 02043 861.0 125.0 -44.94 -33.26 0.7283 0.2439 0.4687 2 76 8.0 165.0 0.02075 791.0 117.0 -42.66 -36.91 0.7428 0.2409 0.4703 2675.0

170.0 0.02107 728.0 110.0 -40.41 -34.56 0.7568 0.2362 0.4725 2586.0

175.0 0.02142 669.0 104.0 -38.14 , -32.19 0.7706 0.2360 0.4754 2499.0

180.0 0.02173 614.0 97.5 -35.85 -29.80 0.7640 0.2340 0.4789 2413.0

185.0 0.02217 563.0 91.6 -33.56 -27.40 0.7972 0.2323 0.4630 2330.0

190.0 0.02259 516.0 85.9 -31.24 -24.97 0.3101 0.2308 0.4878 2 24 8.0 200.0 0.02349 430.0 75.5 -26.56 -20.04 0.8354 0.2282 0.4992 2087.0

205.0 0. 02400 391.0 70.6 -24.19 -17.53 0.8478 0.2270 0.5060 2009.0

210.0 0.02454 354.0 66.0 -21.79 -14.98 0.8601 0.2260 0.5136 1932.0 215.0 0.02512 320.0 61.5 -19.36 -12.39 0.8723 0.2250 0.5221 1855.0 220.0 0.02575 288.0 57.2 -16.91 -9.763 0.6844 0.2240 0.5317 1779.0 225.0 0.02644 258.0 53.1 -14.41 -7.078 0.8965 0.2232 0.5424 170 4.0 230.0 0. 02720 230.0 49.2 -11.88 -4.336 0.9085 0.2224 0.5546 1629.0 235.0 0.02803 203.0 45.4 -9.316 -1.530 0.9206 0.2216 0.5683 155 4.0

2 40.0 0.02896 179.0 41.8 -6.694 1.348 0.9327 0.2210 0.5835 1481.0 2*5.0 0.02993 157.0 38.3 -4.022 4.307 0.9449 0.2204 0.6003 140 9.0 250.0 0.03115 138.0 34.9 -1.299 7.352 0.9572 0.2199 0.6179 1339.0 255.0 0.03246 121.0 31.7 1.470 10.49 0.9696 D.2194 0.6353 127 2.0 260.0 0.03393 106.0 28.8 4.277 13.70 0.9621 0.2190 0.6506 1210.0 265.0 0. 03558 95.0 26.0 7.103 16.98 0.9946 0.2185 O.60I8 1155.0 270.0 0.03740 86.5 23.6 9.921 20.31 1.007 0.2179 0.6667 1107.0 275.0 0.03939 60.5 21.3 12.70 23.64 1.019 0.2172 0.6644 106 8.0 260.0 0.04150 76.6 19.4 15.41 26.94 1.031 0.2162 0.6553 1037.0 285.0 0.04373 74.5 17.7 18.04 30.18 1.043 0.2150 0.6407 1014.0 290.0 0.04604 73.6 16.3 20.55 33.34 1.054 0.2135 0.6221 99 7.0 295.0 0.04840 73.9 15.0 22.96 36.40 1.064 0.2119 0.6013 98 5.3 3D0.O 0.05073 74.9 13.9 25.24 39.35 1.074 0.2102 0.5793 977.8

310.0 0.05556 78.7 12.1 29.49 44.92 1.092 0.2067 0.5357 971.8

320.0 0.06025 84.0 10.7 33.34 50.08 1.109 0.2034 0.4962 97 4.1 330.0 0.06473 90.1 9.59 36.87 54.87 1.123 0.2004 0.4625 981.4

31.0.0 0.06919 96.6 8.71 40.13 59.35 1.137 0.1978 0.4345 991.7

350.0 0.07343 103.0 7.99 43.18 63.57 1.149 0. 1956 0.4116 1004.0

360.0 0.07753 110.0 7.39 46.06 67.59 1.160 0.1938 0.3927 1017.0

370.0 0.08150 117.0 6.89 48.80 71.44 1.171 0. 1922 0.3770 1030.0

380.0 0.08537 123.0 6.45 51.43 75.14 1.181 0.1908 0.3640 104 4.0 390.0 0.08913 130.0 6.08 53.97 78.73 1.190 0.1896 0.3530 1058.0

400.0 0.09281 136.0 5.75 56.43 82.21 1.199 0. 1886 0.3436 1072.0

410.0 0.09641 142.0 5.46 56.82 85.60 1.207 0. 1878 0.3355 1086.0 420.0 0.0999 149.0 5.20 61.16 88.92 1.215 0.1670 0. 3286 1100.0 430.0 0.1034 155.0 4.97 63.45 92.18 1.223 0.1864 0.3225 1113.0 440.0 0.10 68 161.0 4.76 65.7 95.37 1.230 0,1858 0.3171 1127.0 450.0 0.1102 166.0 4.57 67.92 98.52 1.237 0.1853 0.3124 1140.0 460.0 0.1135 172.0 4.40 70.10 101.6 1.244 0. 1848 0.3082 115 3.0 470.0 0.1168 178.0 4.24 72.25 104.7 1.251 0. 1844 0.3045 1166.0 480.0 0.1200 183.0 4.09 74.38 107.7 1.257 0.1841 0.3011 1178.0 490.0 0.1232 189.0 3.96 76.49 110.7 1.263 0.1838 0.2980 1191.0

500. 0.1264 194.0 3. S3 78.57 113.7 1.269 0.1835 0.2953 1203.0 510.0 0.1295 159.0 3.71 80.64 116.6 1.275 0.1832 0.2927 1215.0

520.0 0.1326 205.0 3.60 82.69 119.5 1.281 0.1830 0.2904 1227.0 530.0 0.1357 210.0 3.50 84.73 122.4 1.286 0.1828 0.2863 1238.0 540.0 0.1388 215.0 3.40 86.75 125.3 1.292 0.1826 0.2664 125 0.0 550.0 0.1418 220.0 3.31 88.76 128.2 1.297 0.1824 0.2846 1261.0 560.0 0.1448 225.0 3.23 90.76 131.0 1.302 0.1823 0.2830 1272.0

570.0 0.1476 230.0 3.15 92.75 133.8 1.307 0. 1821 0.2814 1284.0

580.0 0. 15 8 235.0 3.07 94.73 136.6 1.312 0. 1820 0.2600 1294.0

590.0 0.1538 240. D 3.00 96.70 139.4 1.317 0.1819 0.2787 1305.0 600.0 0.1567 245.0 2.93 98.67 142.2 1.321 0. 1818 0.2775 1316.0 700.0 0.1855 292.0 2.35 118.0 169.5 1.363 0. 1814 0.2691 1416.0

800.0 0.2133 336.0 2.03 136.9 196.1 1.399 0.1820 0.2649 1506.0

900.0 0.2406 379.0 1.77 155.7 222.5 1.430 0. 1834 0.2632 1589.0

1000.0 0.2674 421.0 1.57 174.6 248.8 1.458 0. 1854 0.2632 1665.0 1500.0 0.3986 623.0 1.02 271.8 382.5 1.566 0. 1998 0.2730 1986.0

2000.0 0.5277 818.0 0. 75 5 375.6 522.1 1.646 0.2132 0.2852 2251.0

2500.0 0.6560 1010.0 0.602 484.9 66 7.1 1.711 0.2230 0.2943 2487.0

3000.0 0.7839 1200.0 0.50 1 598.3 816.0 1.765 0.2297 0.3006 2702.0

3500.0 0.9116 1390.0 0.429 714.4 967.6 1.812 0.2344 0.3053 2902.0

THO-PHASE 30UNDARY
1500 PSIA ISOBAR

THEKMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE DENSITY

OEG. R L3/CU FT

V10M/DV)

F BTU/LB

U(DP/OU> -i/(OP/OV> V

PSIA-CU FT/aTU PSIA

(Dif/OTL/y/ THERMAL 1/ISCOSITY THERMAL DIELECTRIC P CONDUCTIVITY OIFFUSIv/ITY CONSTANT

1/OEC. R 9TU/FT-HR-R LB/FT-SEC B/FT-SE SQ FT/HR

X 10 5

PRANOTL NUMBER

120.0 125.0

130.0

135.0

ito.g 145.0

150.0

155.0

160.0

165.0 170.0

175.0

iao.0 185.0

190.0 200.0

205.0 210.0

215.0 220.0

225.0

230.0 235.0

240.0

2".5.0 250.0

255.0

260.0

265.0 270.0

275.0

260.0

285.0

290.0

295.0

300.0 310.0

320.0

330.0

31.0.0

350.0

360.0 370.0

360.0 390.0

1.00.0

1)10.0

1.20.0

1.30.0

If 1.0.0

1.50.0

510.0

520.0

530.0 540.0

550. 560.0

570.0

580.0

590.0 600.0

700.0 800.0

2500.0 3000.0

3500.0

51.. 17 53.59 52.99

52.36

51.71

51.01. 50.36

1.9.66

1.8. 91.

47. ..5 1.6.59 45.90

1.0.76 39.31

36.83 37.82 36.77

35.68

314.51. 33.35

32.10

30.81

29.1.7 28.11

22.87

21.72

20.66

13.62

12.90 12.27

11.71 11.22

10.77 10.37

10.01 9.671

9.362

9.076

8.811

8.561. 3.333 8.117

7.913

7.722

7.51.1 7.369

7.207 7.052

6.905

6.765 6.632

6. 504 6.381 5.392

•.688

">.1S7 3. 739 2.509

1.895

1.521. 1.276

1.097

220.0

211.0

201.0

192.0

181.. 176.0

169.0

163.0 158.0

153.0

148.0

143.0

138.0 134.0

130.0

121.0 117.0

112.0

108.0

104.0 99.5

61.2 61.2

61.5

62.6

64.7 67,0 69.7

84.6

87.7 90.8 93.9

97.0 100.0

103.0 106.0

109.0

112.0

115.0

113.0 121.0

124.0

127.0

130.0 133.0

136. 139.0

14 .0 145.0 148.0

177.0 205.0

234.0 264.0

3.36

3.25

3.17

104000.0

90700.0

79900.0

71000.0 63500.0

57000.0

51500.0

46500.0

42100.0

33100.0 34500.0

31200.0

28200.0

25400.0

22800.0 18300.0

16300.0

14400.0

9750.0

8440.0

7260.0 6190.0

524 0.0 4420.0

3710.0

3130.0 2670.0

2310.0

2040.0

1850.0

1700.0

1600.0

1530.0 1470.0

1420.0

139 0.0 1390.0

1400.0 1410.0

1420.0 1430.0

1450.0

1510.0 1520.0

1520.0

1530.0

1530.0 1540.0

1540.0 1540.0 1550.0

1550.0

1550.0

1550.0

1560.0 1560.0

1560.0

1560.0

1570.0 1580.0

1580.0

1580.0

419.0

5 85.0 754.0 922.0

090.0

0.00210

0.00221

0.00233

0.0024-. 0.00255 0.00265

0.00276

0.00286

0.00297 0.00303

0. 00320 0.00332

0.00346

0.00360 0.00376

0. 00413 0.00434

0.00457

0.00483 0.00512

0.00545

0.00583 0.00626

0.00675

0.00730

0.00790 0.00855

0.00913

0.00975

0.0102 0.0104

0.0105 0.0104

0. 0102 0.00982

0.00942

0.00853

0.00767

0.00690 0.00624

0.00563

0.00521

0. 00481 0.00447

0.00417

0.00392

0.00370

0.00350

0.00333

0.00317

0.00303

0. 00290 0.00279

0.00263 0.00253

0.00249

0.00241

0.00234

0.00226

0.00220 0.00214

0.00203 0.00202

0.00197

0.00192

0.00163

0.00152

0.00129

0.00112

0. 00100 0.000651

0.000437

0.000390 0.000326

0. 000230

0.0950

0.0923

.0895 0.0867

0.0840

.0812 0.0785

0.0759

0.0732 0.0707

0.0682 0.0657

0.0633

0.060 9 0.0586

0.0541 0.0519

0.0 49 7 0.0477

0.0456

.0400 .0383

.0368 .0353

.0338

.0323

.0307

.0291

0.0246

0.0234

0.0223

0.0214

.0200 0.0190

0.0133 0.0179

0.0175

0.0173

0.0172

0.0171

0.0170

0.0170

0.0170

0.0171 0.0171

0.0172 0.0173

0.0173

0.0174

0.0176 0.0177

0.0178

0.0179

.0180 0.0182

0.0183 0.0185

.0186 0.0183

0.0189

0.0191 0.0192

0.0208

0.0225 0.0242

0.0259

15 ,6

13,,9

12,,7

11.,6

10,,9

10 ,0

9,,33

8,.71

8,,13

7,,59

7,,09

6,,62

6.,17

5,,37

5.,00

4,,65

1.33

1.34 1.36

.00379 1 .46694

.00369 1 .46136

.00361 1 .45556

.00354 1 .44956

.00 34 7 1 .44336

.00 341 1 .43700 .00334 1 .43049

. 32 7 1 .42383 .00319 1 .41703

. 31

1 .41010

.00304 1 .40304 .00295 1 .39584

.0023 8 1 .38850

.0028 1 .38101

.0 0271 1 .37336

.00254 1 .35753

.00246 1 .34933

.00238 1 .34091

. 22 9 1 .33226

.00221 1 .32335

. 21 3 1 .31417

.0020 5 1 . 3 46 7

. 19 7 1 .29484

a .00190 1 .28463

.00184 1 .27402

a .00178 1 .26301

.00173 1 .25161 .00169 1 ,23991 .00165 1 .22803

.00163 1 .21618

.00163 1 .2046 .00165 1 .19350

.0016 8 1 .18305 .00173 1 .17336

.0013 1 ,16445

.00138 1 .15633

.00 20 7 1 .14228

.00231 1 .13073

.00 25 7 1 .12118

.0 0284 1 .1132 .00313 1 .10642

,00342 1 .10 06 .00371 1 .09553

.00401 1 .09107

.00430 1 .08711

, 46 1 ,08356

.00489 1 .08035

.00519 1,.07744

.00549 1 .07477

.00578 1,,07232

,0060 8 1 ,07006

0,.00639 1,,06797

.0 0669 1 .06602

.0070 1,.06420

.0073 1,,06250

.00 761 1,,06090

a .00793 1,.05939

. 32 4 1 .05797 .00856 1,,05662 .00888 1,.05535

.00920 1.,05414

.00952 1 ,05299

0,.00965 1,,05190

.0102 1,,05085

0,.0105 1..04986

,0108 1,,04890

.0143 1.,04121

.0181 1,.03576

.0221 1,,03166

a,.0263 1,,02845

1.01

0.9 75 0.942

0.915 0.893

0.874

0.858 0.345

0.833

0.823 0.814

0.806 0.799

0.793

0.738

0.783 0.779

0.7 75 0.771

0.768

0.7 65

0.7 62 0.759 0.757

0.755

0.753 0.751 0.737

0.729

0.7 24 0.720

THO-PHASE 30UM0ARY
2000 P3IC isobar THERMODYNAMIC PROPERTIES OF NITROGEN

120.

125.

130. 135.

1*0. US.

150.

155.

170.0

175.0

180.0 185.

190.0 200.0

205.0

210.0

215.0

220.0

225.0

230.0 235.0

21.0.0 21.5.0 250.0 255.0

260.0 265.0

270.0

275.0

280.0

285.0

290.0 295.0

300.0

310.0

320.0

330.0

35D. 360.

370.

380.

1.60.0

1.70.0

1.80.0

550. 560.

570.

1500.0

2000.0 2500.0

3000.0

3500.0

l/OLUPIE I30THER1 OERIVATIXF

CU FT/. 6 CU FT-PSIA/

0.01837 2010. 0.01855 1780.0 0.01875 1600.0 0.01857 11.1.0.0 0.01919 1310.0

0.0131.3 1200.0

0. 01967 1100.0 0.01993 1020.0 0.02020 91.3.0 0.02049 874.0 0.02079 811.0

0. 02110 752.0

0.0211.3 698.0 0.02177 61.8.0 0.02211. 601.0

0.02292 515.0 0.02335 1.76.0 0.02380 m.0.0

.02532

.02590

.02651

.02717

.02783

.02861.

.0291.6

.03031. .03123

.03231

0.03580

0.03703

.0381.5 0.03983

0.01.273

0.01.582

0.01.891 0.05201 0.05509

0.05313 0.06113

0. 06*07 0.06696

0.06980

0.07253

0.07532

0. 07801 0.08067

0.09091

0.0931.0

0. 09585 0.09823

0. 1007

0. 1031 0.1055

0. 1078

0. 1101 0.1125

0.111.8 0.1170 0.1133

0.11.11. 0.1627

0. 1835 0.2036

0.3030 0.*000

0.1.961. 0.5921.

345.0 317.0

291.0 267.0

2 44.0 22%. 205.0

188.0

11.8.0 139.0 131.0 125.0

120.0

117.0

113.0 112.0

114.0

116.0

120.0

125.0

130.0

136.0

11.1.0 11.7.0 153.0

159.0

161.. 170.0

182.0

187.0 193.0

198.0

201.. 209.0

215.0

220.0

225.0 230.0

236.0

21.1.0

21.6.0 251.0

256.0

301.. 350.0

3 94.0

1.36.0

61.0.0 836.0

1030.0

1220.0

1410.

I SO C HOPE INTFRNAL ENTHALPY DERIVATIVE ENFRGY PSIA/R OTU/LB 9TJ/L3

216.0 -63.46 -5o.65

199.0 -61.23 -5». 16 186.0 -59.00 -52.06

174. -56.77 -49.75 163.0 -54.55 -47.44

153.0 -52.33 -45.14

145.0 -50.13 -42.34

136.0 -47.92 -40.54

129.0 -45.72 -33.24

121.0 -43.53 -35.34

115.0 -41.33 -33.63

108. -39.13 -31.31

102.0 -36.92 -28.99

-34.71

-32.50

-16.68

-14.37

-12.05 -9.716

-7.363

-4.997

-2.620 -0.2350

2.155

4.545 6.926

9.291

11.63

57.05

59.51

61.92

68.86

71. 10 73.32

79.80 81.92 84.02

86.11 88.18

90.23

92.28

94.31 96.33

116.1 135.3

-2-.. 30 -13.55

-7.311

-4.737

-2.235

0.3471

2.962

5.603

8.290

11.00 13.74

lo.51

19.30 22.09

24.39

27.67

30.44

33.17

33.51 43.66 43.58

5 3.29

5/. 78 62.09 66.22

70.20 74.05

77.78 81.41

84.35

88.40 91.79

93.38

101.6 104.8

107.9

111.0 114.1

117.1

120.1

123.1

137.

140. 163.

36 271.2 38J

01 375.2 523

803 484.8 663

668 598.2 817 572 714.3 969

ENTROPY 9TU/L6-R

0.5905

0.6092

0.6273 0.6447

0.6615

0.6777

0.5933 0.7083

0.7229

0.7371 0.7509

0.7643 0.7774

0.7902 0.8028

0.8272

0.8390 0.8507 0.3622

0.3736

0.6848

0.8959

0.9069

0.9178

0.9285

0.9352

0.9499

0.96C4

0.9708 0.9812

0.9914

1.001

1.011 1.021

1.031

1.040 1.057

1.074

1.116

1.128 1.139

1.150

1.160 1.169

1.178 1.187

1.210 1.21? 1.224

1.231

1.237

1.244

1.250 1.256

1.261

1.267

1.272 1.278

1.283

1.266

1.293

1.298

1.341 1.377

1.545

1.626

1.691

1.745

1.792

0.2836

0. 3826 0.2735

0.2730 0.2672

0.2617 0.2566

0.2520

0.2481 0.2447 0.2417

0.2391 0.2369

0.2349

0.2331

0.2300 0.2286

0.2274

0.2261

0.2250

0.2238 0.2228

0.2217 0.2207

0.2137

0.2187 0.2178

0.2169

0.2160

0.2151

0.2142

0. 2133 0.2124

0.2115

0.2105

0.2094 0.2072

0.2049

0. 2027 0.2005

0.1985

0.1966

0.1950 0.1935

0.1923

0. 1911

0. 1902

0. 1893 0.1685

0.1878

0. 1872 0.1867

0. 1862 0.1858 0.1854

0.1850

0. 1847 0.1844

0. 1842 0.1839

0.183?

0. 1835 0.1634

0.1832

0.1831 0.1829

0. 1824 0.1828

0. 1840 0.1859

0.2001

0. 2135 0.2231 0.2298

0.2345

CP VELOCITY

OF SOUND

-R FT/SEC

.4569 3 87 3.0

D-i .4604 3 66 7.0 .4614 3500.0

.4613 3359.0

,4608 3237.0

.4602 3128.0

.4599 3029.0

.4599 2935.0

,4602 2 84 7.0 .4611 2 76 2 . .4623 2631.0

.4641 2601.0

,<<663 2523.0

.4689 24*8.0

.4718 2373.0

.4788 2229.0

.4628 2159.0

,4872 2090.0

.4918 2023.0

.1.967 195 7.0

.5020 1692.0

.5076 1829.0

.5135 1766.0

.5197 170 6.0 .5262 1646.0

.5328 1589.0

,5393 1533.0

.5456 1480.0

.5511 1429.0

0.,5555 1382.0

,5584 1338.0

0..5595 1299.0

.5584 1264.0

0.,5552 1233.0

0.,5500 1207.0

0.,5429 1185.0

0,,5248 1152.0

,5036 1130.0

0,,4814 1118.0

.4599 1112.0

0,,4398 1112.0

0,,4216 1114.0

0.,4054 1120.0

0,,3912 1127.0

0,,3786 1135.0

0,,3676 1144.0

0,,3580 1154.0

0,,3495 1165.0

0,,3421 1176.0

0.,3354 1187.0

0.,3295 1136.0

0.,3242 1209.0

0.,3195 1220.0

0,,3152 1231.0

0.,3114 1242.0

0.,3079 1253.0

0,.3047 1265.0

0,.3018 1275.0

0.,2991 1286.0

0,,2966 1297.0

0,,2944 1308.0

0.,2923 1318.0

0,,2904 1329.0

0.,2686 1339.0

0.,2869 134 9.0

0,,2654 136 0.0

0,,2745 1456.0

0.,2690 1544.0

0,,2664 1625.0

0.,2657 1639.0

a. 2741 2015.0

0. 2857 2277.0

D. 2946 2509.0

0, 3009 2 72 3.0

0, 3054 2921.

TK0-PHA5E 30UN0ASY
2ooo psia isobar

THEPMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE DENSITY DEC R LJ/CU r T

VCOH/OV),. VlO?/OU>. -VIDP/JVl.

V T 3TU/L3 PSIA-CU FT/BTU PSIA

{DV/0T1/V THERMAL VISCOSITY P CONDUCTIVITY

1/DEG. R BTU/FT-MR-R LB/FT-JEC

120 .0 51. .1.3 125 53 as 130 .0 53 31 135 52 72

1<*0 .0 52 11 its 51 -a 150 50 83 155 50 17 160 1.9 *9 165 1.8 80

170 D 1.8 10 175 .0 1.7 39 ISO 1.6 66 135 1.5 i3 190 1.5 17 200 *3 63 205 1.2 33 210 .2 02 215 1.1 19 220 1.0 35 225 39 *9 230 3a 61 235 37 72 2*0 36 ao

21.5 35 87 250 31. 91 255 33 91. 260 32 96 265 31 96 270 30 95 275 29 9* 280 28 93 285 27 9i» 290 26 96 295 26 01 300 25 09 310 23 37 320 21 82 330 20 1.5 31.0 19 23 350 18 15 360 17 20 370 16 36 360 15 61 390 11. 93

1.00 1". 33 410 13 7B *20 13 28

1.30 12 51' 1.1.0 12 1.0

1.50 12 01

1.60 11 65

1.70 11 31

1.60 11 10 1.90 10 71 500 10 1.3 510 10 17 520 9 -.'3 530 9 700

51.0 9 1.82

550 9 276 560 9 079 570 8 392 580 8 711. 550 8 5** 600 8 381 700 7 072 800 6 1*6 900 5 1.51 1000 k 906 1500 3 301 2000 2 533 2500 2 015 3000 1 683 3500 1 1.53

232.0

222.0

211.0 202.0

193.0

185.0 179.0

173.0 167.0 162.0

157.0

153.0

11.9.0 1**.0 HO.O

133.0 129.0

125.0

121.0 118.0

ll*.0

110.0 107.0

103.0

100.0 96.7

75.8

75.0

106.0

109.0

112.0

115.0 116.0

121.0

12*. 127.0

130.0

133.0

136.0

139.0

11.1.0 1**.0

11.7.0 150.0

179.0

209.0

238.0 267.0

1.25.0 592.0

761.0 925.0 1100.0

8.66

8.09

109000.0 96000.0

85100.0

76000.0

631*00.0 61800.0

5t>10 3.0 51100.0

1.6700.0 1.2700.0 39000.0 35700.0

32600.0 29700.0

27100.0

22500.0

201.00.0 13500.0 16700.0

15100.0

1360 0.0 12200.0

11000.0

9810.0

3760.0

7810.0

695 0.0 6190.0

5520.0

..020.0 366 0.0 3370.0

3130.0

2930.0 26*0.0

21.5 0.0 2320.0

221.0.0 2180.0

2150.0 2130.0

2120.0

2110.0 2110.0

2100.0

'110.0

2110.0 2110.0

2110.0

2120.0

2120.0

2120.0

2120.0

2130.0

2130.0

2130.0

2130.0

211.0.0

211.0.0 2150.0

2150.0

2150.0

211.0.0

2110. 2090.

2070.

2060.

2050.

0.00197 0.00208

0.00213

0.00229 0.00239

0.0021.3 0.00257

0.00267

0.00276

0.00285

0.00291.

0.0030*. 0.0031-. 0.00325

0.30336

0.00361 0.00375

0.00393

.001.53

.001.80 .00502

. 00526

0.0963

0.0937

0.0910

0.0681. .0857 0.0331 0.0305 0.0779

0.075". 0.0729

0.0705

0.0681

0.0658

0.0635 0.0613

0.0570

0.051.9 0.0529

0.0510

0.0>.91

00551 .0391

,1 .00577 .0378

0603 .0361. 0062i .0352

00653 .0339

30675 .0326

00693 0313

00707 .0301 00715 .0283

00713 0277

00717 .0267

00700 021.9

3 00670 .0235

00631. .0221. 00595 .0215

00556 0209

00520 .020*

001.86 0200

001.55 0197

001.27 .0195

001.03 0193

00380 0192

00360 0191

J 0031.2 .0190

3 00326 0190

00312 .0190

00293 0190

00286 .0190 00275 0191

00265 0191

00255 0192

002*6 0193

a 00238 .0191.

3 00231 .0195

0022H 0196

00217 0197

00211 .0198

D 00205 0199

00200 0200

00195 0201

00190 0203

3 00153 0217

00129 a .0232 00112 021*8 000993 0265

00061.5 000*83

000387

00032*

000278

THERMAL OIELECTRIC PRANOTL DIFFUSIVITY CONSTANT NUMBER

SO FT/HR

0.00387 l.*6939 3.79 0.00378 l.*6*13 3.39 0.00370 l.*5865 3.05 0.00353 l.*5298 2.78

. 35 7 l.**712 2.60

. 35 1 l.**lll 2.*7

0.0031.'. l.*3*96 2.37

0.00338 l.*2867 2.26

0.00331 l.*2227 2.16

. 32 * l.*1577 2.10 0.00317 l.*0916 2.0* 0.00310 l.*02*5 1.99

0.00302 1.3956* 1.9*

. 29 5 1.38872 1.89

. 28 7 1.38170 1.85 0.00273 1.36733 1.77 0.00266 1.3599 3 1.7*

. 25 9 1.3525 1.71 0.00252 1.3**90 1.68

0.0 21.5 1.33718 1.65

0.00238 1.32932 1.62 0.00232 1.3213* 1.59

0.00226 1.31321 1.57 0.00220 1.30*95 1.5* 0.00215 1.2965* 1.51 0.00210 1.23801 l.*8 0.00206 1.27935 l.*5 0.00203 1.27058 l.*2 0.00200 1.2617* 1.39 0.00197 1.25285 1.36 0.00195 1.2*398 1.3* 0.00193 1.23518 1.31 0.00193 1.22652 1.28 0.00193 1.21807 1.26

0.00191. 1.20988 1.23

0. 00196 1.20201 1.21 0.0O203 1.18 735 1.16

0.0 211. 1.17*2* 1.12 0.00227 1.16266 1.07

0.0 21.1. 1.152*8 1.03 0.00262 1.1*355 1.00

. 28

1.13570 0.9 65 0.00301 1.12376 0.938 0.00323 1.12260 0.91*

0. 003*1. 1.11711 0.8 9* 0.00366 1.11217 0.8 76 0.00389 1.10 770 0.8 61 0.00*11 1.10 365 0.8*8 0.00*3* 1.09995 0.836 0.00*57 1.0 965 6 0.826 0.00*30 1.093*3 0.817 0.00503 1.0905* 0.309 0.00527 1.08785 0.802 0.00550 1.08535 0.796 0.0057* 1.08302 0.791 0.00598 1.03033 0.785 0.00622 1.07877 0.781 0.006*7 1.0768* 0.7 77 0.00671 1.07501 0.773

. 69 6 1.07328 0.7 69 0.00720 1.0716* 0.7 66 0.007*5 1.07009 0.763

0.00771 1.06361 D.761 0.00796 1.06720 0.758 0.00822 1.06586 0.7 56 0.008*7 1.06*56 0.75*

0.0112 1.05*29 0.738

0.01*0 1.0*707 0.729

0.0171 1.0*167 0.72*

0.0203 1.037** 0.720

THO-P1A3E 30UNDARY
30O0 PSIA ISOBAR

THERMODYNAMIC PROPERTIES OF NITROGEN

TEMPERATURE VOLUME

125.0

130.0 135.0

1 1.0.0 11.5.0 150.0 155.0

160.0 lb5.0

170.0

175.0

180.0

165.0

190.0 200.0

205.0 210.0

215.0

220.0

225.0 230.0

235.0

2<.0.0 21.5.0 250.0

255.0

260.0 265.0

270.0 275.0

260.0

265.0

290.0 295.0

300.0

310.0

320.0 330.0

31.0.0 350.0

360.0 370.0

390. 390.0

1.00.0

1.10.0

1.20.0

1.30.0

1.1.0.0 1.50.0

1.60.0

1.70.0

1.80.0 490.0

500.0 510.0

520.0 530.0

51.0.0 550.0

560.0

570.0

560.0 590.0

600.0

700.0

600.0

900. 1000.0

1500.0 2000.0

2500.0 3000.0

3500.0

CU FT/.

3

0.01633

0. 01855

0.01671. 0.01693

0.01911. 0.01935

0.01953

0.01981

0. 02006 0.02031 0.02053 0.02065

0.02111.

.0211.1* 0.02207

0.0221.0 0.02275

0.02311

0.0231.3 0.02383

0.021.23 0.021.72 0.02516

0.02563

0.02611

0.02661

0.02711. 0.02769

0.02326

0.02885

0. 0291.7 .03011 0.03077

0.0311.5 0.03217 0.03366

0.0352? 0.03686

0.03655

0.01.023

0. 01.201. 0.01.362 0.01.562

0.01.71.2 0.01.922 0.05101

0.05260 0.0545?

0.05631. 0.05303

0.05982

0.06151. 0.06325

0.0649. 0.06662

0.06823

0.06393

0. 07157 0.07320

0.071.61

0. 0761.2 0.07301

0.07953

0. 08116 0.08273

0.09791 0.1125

0.1266

0. 11.05 0.2071. 0.2724 0.3366

0.1.009

ISOTHERM DERIVATIVE

CU FT-PSIA/L6

1960.0 1770.0

1610.0

11.60.0 1360.0

1270.0

1180.0 1100.0 1030.0

969.0

911.0 857.0

806.0 759.0

671.. 635.0

599.0

561,. 532.0

502.0

1.1.7.0 1.22.0 399.0 377.0

357.0

338.0

321.0

305.0

290.0 276.0

261.. 253.0

21.3.0

231.. 219.0

208.0

200.0

194.0

191.0

189.0

169.0

190.0 192.0

194.0 197.0

201.0

205.0

209.0 213.0

218.0

222.0 227.0

232.0 237.0

21.2.0 246.0

251.0 256.0

261.0

266.0 271.0

276.0

675.0 873.0

1070.0

1260.0

11.50.0

ISOCHORE DERIVATIVE PSIA/R

135. 126.0

122.0

116. 111.0

105.0

100.0 90.7

66.3

INTERNAL ENERGY

BTU/LB

-61.98 -59.83

-57.66 -55.54

-53.41

-51.29

-49.18 -47.07

-44.97

-42.68

-40.79

-38.70

-36.62 -34.53

-30.36

-28.27

-26.19

-24.10 -22.01 -19.93

-17. «. -15.76

-13. 6B -11.60 -9.533

-7.463 -5.399

2.772 4.766 6.734

8.7 65 10.73

14.59

16.35

22.00 25.54

28.97

36.57 41.57

44.47 47.29

50.04

52.72

55.33 57.69

60.40 62.85

65.27

67.65 69.99

72.30

74.59 76.84

79.07

81.28

S3.

92.04

112.6

132.4 151.9

171.3 270.0 374.6

ENTHALPY BTU/LB

-51.73 -43.52

-47.27

-36.07 -33.33

-31.60

-2-.. 97 -22.62 -18.10 -15.83

-13.55

-11.26

-3.975

-4.357

-2.037

0.2912 2.628

4.971 7.321

3.677

12.04

26.24

23.60

33.29

37.92 42.48

46.96

51. It 55.63 53.82

63.91

67.91

71.81 75.63

79.37

93.63 97.04

100.4

125. 123.

132.

222.3 243.3

385.3

671.5

820.7

972.5

ENTROPY 3TU/LB-R

0.6026

0.620?

0.6372

0.6536

0.6693 0.6992

0.7134 0.7271

0.7405

0.7535

0.7661

0.7764 0.7904

0.8136

0.9249

0.8358

0.8466

0.6571 0.8675

0.8776

0.8876

0.8974

0.3071 0.9165

0.9258 0.9350

0.34

0.9701 0.9784

0.9867

0.9948

1.D03

1.016 1.033

1.047 1.060

1.073

1.085 1.096

1.107

1.116 1.128

1.137 1.146

1.155

1.163

1.171

1.178 1.186

1.193

1.200 1.206

1.213

1.219

1.225

1.231 1.237

1.242 1.249

1.253

1.258 1.263

1.308 1.345

1.377 1.406 1.516

1.597

1.662

1.716

1.763

0.2968 0.2913

0.2645

0.2776

O.?710

0. 2650 0.2596

0.2549 0.2509

0.2473

0.2442

0.2415

0.2391

0.2370

0. ?333 0.2316

0.2301 0.2286

0.2?73 0.2259

0.2246

0.2234

0.2221 0.2209

0.2197

0.2186

0. 2174

0. 2163 0.2152 0.2142

0.?131

0.2121 0.2111

0.2101

0.2092 0.2073

0.2055

0.2038 0.2022 0.2006

0.1992

0.1978 0.1966

0.1954

0. 1943 0.1933

0. 1924 0.1916

0. 1909

0. 1902

0. 1896 0.1690

0. 1885 0.1891

0. 1876 0.1872 0.1869

0.1966

0.1363

0.1860

.1957

. 1955 .1953

.1851

.1849

0. 1852 0.1870 0.2007 0.2139

0.2235

0.2301

CP VELOCITY

OF SOUNO

-R FT/SEC

.4501 3713.0

0..4506 3562.0

0,.4500 3436.0

0!.4492 3329.0

0,.1.494 3233.0

,4477 3147.0

0,.4472 3067.0

0,,4470 2991.0

0..4470 2919.0

0,.4473 2 84 9.0

0..4479 2781.0

0,,4486 2715.0

.4496 2650.0

0.,4508 2587.0

0..4536 2 46 4.0

0..4551 2405.0

0.,4567 2346.0

.4584 2230.0

0..4601 2234.0

0..4617 2180.0

.4634 2129.0

.4650 2077.0

,4665 2027.0

0..4630 197 9.0 .4694 1932.0

0,,4706 1897.0

.4718 1 84 4 . a..4727 1802.3

.4734 176 2.0 ,4739 172 4.0

.4740 1687.0

0..4738 1652.0

0,.4732 1620.0

,4721 1589.0

.4706 1561.0

0..4662 1510.0

.4600 1467.0 ,4522 1432.0

,4434 140 4.0 .4338 1 39 2 .

0..4239 1366.0

0.,4140 1354.0

0,,4043 1345.0

0.,3950 134 0.0

0.,3661 1337.0

,3778 1336.0

,3700 1337.0

0,,3628 133 9.0 ,3561 134 3.0

0..3499 134 7.0

0.,3442 1353.0

Oi,3389 1359.0

,3341 1365.0

0..3296 137 2.0

0,,3255 1379.0

0.,3217 1387.0

0,,3182 139 4.0

0.,3149 1402.0

0,,3119 1410.0

,3091 1419.0

0.,3065 1427.0

0,,3041 1435.0

0,,3018 144 4.0

0.,2997 145 2.0

0.,2977 1461.0

0,,2835 154 5.0

0,,2758 1625.0

0.,2718 170 1.0

0.,2700 1771.0

0,,2760 2074.0

0,,2867 2 32 8.0

0,,2952 2555.0

0.,3013 2764.0

0. 3056 2959.0

THO-PHASE 30UNOARY
THERMOPHYSICAL PROPERTIES OF NITROGEN

3000 Pali ISOBAR

TEMPERATURE DENSITY

DEG. « LB/CU FT

VtOH/OV) V(OP/OU) -\MOP/DV) P V T BTU/LB PSIA-CU FT/BTU PSIA(OV/DT)/J THERMAL VISCOSITY THERMAL OIELECTRIC P CONDUCTIVITY DIFFUSIVITY CONSTANT

1/DEG. R 5TU/FT-HS-R LE/FT-SEC SO FT/HS

125.0 51.. 1.2 2..5.0 12.1 107000.0 0018» 0.0964 22.1 . 39 3 1.46927 3.72

130.0 53.91 233.0 11.8 95400.0 00193 0.0939 19.3 . 38 7 1.46436 3.33

135.0 53.37 222.0 11.5 86000.0 00203 0.0915 16.9 0.00331 1.45926 3.0

11.0.0 52.82 212.0 11.3 78100.0 00212 0.0890 15.1 0.00375 1.45399 2.75

1 1.5.0 52.26 201.. 11.1 71300.0 00220 0.0866 13.7 0.00 369 1.44856 2.56

150.0 51.67 156.0 10.9 65400.0 00228 .0841 12.7 0.00364 1.44300 2.43

155.0 51.08 190.0 10.7 60200.0 00235 0.0617 11.9 . 15 8 1.43733 2.34

160.0 50.1.7 181.. 10.5 55600.0 00243 0.O79 3 11. 1 0.00352 1.43156 2.25

165.0 1.9.86 179.0 10.3 51500.0 00249 0.0770 10.2 0.00345 1.42571 2.13 170.0 1.5.23 175.0 10.0 47700.0 00256 0.0747 9.62 0.00539 1.41978 2.07

175.0 1.8.60 171.0 9.79 44300.0 00263 0.0724 9.06 0.00333 1.41379 2.02

160.0 1.7.95 167.0 9.55 41100.0 00269 0.0702 8.54 0.00326 1.40774 1.96

185.0 1.7.30 163.0 9.31 38100.0 00276 0.0681 8.06 0.00320 1.40164 1.92

190.0 1.6.65 159.0 9.06 35400.0 00283 0.0660 7.60 0.00314 1.39548 1.87 200.0 1.5.31 153.0 8.53 30500.0 00297 0.O620 6.78 0.00302 1.38303 1.79

205.0 .44.64 11.9.0 6.35 28400.0 0030-. 0.0601 6.41 0.00296 1.37673 1.75 210.0 1.3.96 11.6.0 8.12 26300.0 00312 0.0582 6.06 . 29 1.37039 1.71 215.0 1.3.27 11.3.0 7.89 24400 .0 00320 0.0564 5.73 . 28 5 1.36401 1.67 220.0 1.2.57 11.0.0 7.67 22700.0 00323 0.0547 5.42 0.00279 1.35760 1.64 225.0 1.1.87 138.0 7.1.6 21000.0 00336 0.0530 5.13 0.00274 1.35114 1.61 230.0 1.1.17 135.0 7.25 19500.0 00344 0.0513 4.85 0.00269 1.34466 1.58 235.0 1.0.1.6 132.0 7.05 18100.0 00352 0.0493 4.60 0.00265 1.33815 1.55

2<.0.0 39.71. 129.0 6.86 16800.0 00361 0.0482 4. 36 . 26 1.33162 1.52

2-.5.0 39.02 127.0 6.67 15600.0 00369 0.0468 4.13 0.00256 1.32507 1.49

250.0 38.30 12".. 6.1.9 14500.0 00378 0.045* 3.92 0.00252 1.31851 1.46

255.0 37.57 122.0 6.32 13400.0 387 0.0440 3.72 0.0 249 1.31194 1.43

260.0 36.85 119.0 6.15 12500.0 00395 0.O427 3.53 0.00246 1.30537 1.40 265.0 36.12 117.0 5.98 11600.0 00404 0.0415 3.35 0.00243 1.29881 1.37 270.0 35.39 115.0 5.63 loeoo.o 00412 0.0403 3.18 0.00241 1.29227 1.35

2 75.0 31.. 66 113.0 5.68 10000.0 00419 .0392 3. 03 0.00239 1.28576 1.32 280.0 33.91. 111.0 5.53 9370.0 00427 0.0381 2.83 0.00237 1.27928 1.29

265.0 33.21 109.0 5.39 8760.0 O0434 0.0371 2.75 0.00236 1.27236 1.26

290.0 32.50 108.0 5.26 8210.0 00440 0.0 36 2.62 0.00234 1.26650 1.24 295.0 31.79 106.0 5.13 7710.0 00445 0.0351 2.51 0.00234 1.26022 1.22

300.0 31.08 105.0 5.01 726 0.0 00449 0.0 341 2.40 0. 233 1.25403 1.19

310.0 29.71 103.0 4.79 6500.0 00454 0.0323 2.21 0.00233 1.24199 1.15 320.0 28.39 101.0 4.59 5890.0 00455 O.O303 2.05 0.00236 1.23047 1.11

330.0 27.13 100.0 4. 1.2 5410.0 00451 0.0294 1.92 0.00239 1.21956 1.07

3 ".0.0 25.91. 100.0 4. 26 5030.0 00444 0.0282 1.82 0.00245 1.20931 1.0 3 350.0 24.93 10O.O 4.13 4740.0 00434 0.0272 1.74 0.00252 1.19974 1.00 360.0 23.79 100.0 4.01 4500.0 00422 0.0263 1.67 0.00261 1.19086 0.963

370.0 22.82 101.0 3. JO 4310.0 00403 0.0256 1.62 0.00271 1.18265 0.942

380.0 21.92 103.0 3.81 4160.0 00394 .0250 1.58 0.00232 1.17506 0.919

390.0 21.09 101.. 3.72 4040.0 00380 0.0244 1.55 0.00293 1.16805 0.3 99

1.00.0 20.32 106.0 3.65 395 0.0 00365 0.0240 1.52 . 30 6 1.16159 0.381

".10.0 19.60 108.0 3.58 38 7 0.0 00351 0.0236 1.50 . 31

1.15561 0.866

1.20.0 18.91. 110.0 3.52 3800.0 00337 0.0233 1.49 0.00533 1.15009 0.352

1(30.0 18.32 112.0 3.46 3750.0 00324 0.0230 1.46 0.00347 1.14498 0.840

<. 1.0.0 17.75 111. . 3.41 3700.0 00312 0.0223 1.48 0.00361 1.14023 0.830

".50.0 17.22 117.0 3.36 367 0.0 00300 0.0226 1.47 0.00376 1.13582 0.821

1.60.0 16.72 119.0 3.31 364 0.0 00283 0.0225 1.47 . 33 1 1.13171 0.812

1.70.0 16.25 122.0 3.27 3610.0 00273 0.0224 1.43 0.00406 1.12787 0.805

1.80.0 15.81 121.. 3.23 3590.0 00269 0.0223 1.43 0.00422 1.12427 0.798

1.90.0 15.1.0 127.0 3.20 357 0.0 00253 0.0222 1.43 0.00438 1.12090 0.792

500.0 15.01 130.0 3.16 3550.0 00251 0.0222 1.49 0.00454 1.11774 0.787

510.0 14.65 132.0 3.13 3540.0 00243 0.0222 1.50 0.00470 1.11476 0.7 82 520.0 11.. 30 135.0 3.10 352 0.0 00235 0.0221 1.50 0.00487 1.1119 4 0.777 530.0 13.97 138.0 3.07 3510.0 00223 0.0221 1.51 0.0 50 3 1.10929 0.773

51.0.0 13.66 11.1.0 3.05 3500.0 00221 0.0222 1.52 0.00520 1.10677 0.770

550.0 13.37 11.1. .0 3.02 3490.0 00215 0.0222 1.53 0.00537 1.10 438 0.7 66

560.0 13.09 11.7.0 3.00 348 0.0 00203 0.0222 1.54 D. 00554 1.10212 0.763

570.0 12.82 11.9.0 2.98 3480.0 00203 0.0223 1.55 0.00571 1.09996 0.760 580.0 12.56 152.0 2.95 3470.0 00193 0.0223 1.56 0.00589 1.09791 0.758

590.0 12.32 155.0 2.93 3460.0 00193 0.0224 1.57 0.00606 1.0 959 5 0.7 55 600.0 12.09 156.0 2.91 3460.0 00188 .0224 1.53 . 62 4 1.09408 0.753

700.0 10.21 187.0 2.75 3410.0 00152 0.0234 1.63 0.00308 1.07909 0.737

800.0 6.890 216.0 2.63 3380.0 00127 0.0246 1.81 0.0101 1.06859 0.728

900.0 7.896 21.6.0 2.54 3360.0 00110 0.0261 1.92 0.0121 1.06076 0.722

1000.0 7.118 275.0 2.45 3340.0 000978 0.0276 2.04 0.0143 1.05465 0.719 1500.0 4.822 1.36.0 2.13 3260.0 000633

2000.0 3.670 601.. 1.94 3200.0 000474

2500.0 2.969 775.0 1.82 3170.0 000331

3000.0 2.1.91. 944.0 1.75 3140.0 000319 3500.0 2.151 1110.0 1.70 3120.0 000275

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF NITROGEN

1.000 P3IA ISOBAR

EMPERATURE VOLUME ISOTHERM DERIVATIVE ISOCHORE

DERIVATIVE

INTERNAL

ENERGY ENTHALPY ENTROPY CV CP VELOCITY

OF SOUND

OEG. R CU FT/*B GU FT-PSIA/LB PSIA7R BTU/LB BTU/LB 3TU/LB-R BTU - ' LB -R FT/SEC

125.0 0.01821 2140.0 192.0 -62.61 -49.12 0.5967 0.3084 0.4410 3766.0

130.0 0.01837 1940.0 183.0 -60.52 -46.92 0.6140 0. 3015 0.4409 3630.0

135.0 0. 01853 1780.0 174.0 -58.44 -44.71 0.6306 0.2936 0.4400 3 516.0

11.0.0 0.01870 1640.0 167.0 -56.37 -42.52 0.6466 0.2857 0.4391 3419.0 US.l 0.01889 1520.0 160.0 -54.31 -40.32 0.6620 0.2782 0.4362 3334.0

150.0 0.0190S 1420.0 153.0 -52.27 -38.14 0.6768 0.2715 0.4374 3258.0

155.0 0.01928 1330.0 146.0 -50.23 -35.95 0.6912 0.2655 0.43E9 3196.0

160.0 0.0191(8 1250.0 140.0 -48.20 -33.77 0.7050 0.2602 0.4365 3122.0

165.0 0.01970 1180.0 134.0 -46.18 -31.58 0.7165 0.2557 0.4363 3059.0

170.0 0.01992 1120.0 129.0 -44.16 -29.40 0.7315 0.2517 0.4362 2998.0

175.0 0.02016 1060.0 123.0 -42.15 -27.22 0.7441 0.2482 0.4362 2939.0

180.0 0.02040 1010.0 116.0 -40.15 -25.04 0.7564 0.2452 0.4364 2881.0

165.0 0. 02064 956.0 113.0 -38.15 -22.36 0.7684 0.2425 0.4367 2 82 4.D 190.0 0.02090 909.0 108.0 -36.15 -20.67 0.7800 0.24 2 0.4371 2768.0

200.0 0.0211(3 823.0 98.8 -32.17 -16.30 0.8025 0.2361 0.4381 2660.0

205.0 0.02171 783.0 94.6 -30.19 -14.11 0.8133 0.2343 0.4386 2607.0 210.0 0.02200 746.0 90.5 -28.21 -11 .91 0.9239 0.2326 0.4391 2555.0

215.0 0.02230 712.0 86.6 -26.23 -H.724 0.8342 0.2310 0.4397 2 50 5.0 220.0 0.02261 679.0 82.8 -24.26 -7.524 0.8443 0.2295 0.4402 2455.0

225.0 0.02293 648.0 79.3 -22.29 -5.322 0.9542 0.2261 0. 4406 2407.0

230.0 0.02325 618.0 75.9 -20.33 -3.118 0.9639 0.2267 0.4410 2361.0

235.0 0.02359 591.0 72.6 -18.38 , -0.9134 0.9734 0.2254 0.4413 2315.0

21.0.0 0.02394 565.0 69.5 -16.43 1.294 0.8827 0.2241 0.4415 2271.0

21.5.0 0.02429 541.0 66.5 -14.48 3.502 0.9918 0.2229 0.4417 2228.0

250.0 0.02466 518.0 63.6 -12.55 5.710 0.9007 0.2216 0.4417 2187.0 255.0 0. 02504 496.0 60.9 -10.62 7.918 0.9095 0.2204 0.4416 2146.0

260.0 0.02543 476.0 58.3 -8.710 10.13 0.9180 0.2193 0.4415 2108.0 265.0 0.02583 457.0 55.8 -6.801 12.33 0.9264 0.2181 0.4412 2070.0 270.0 0.02625 440.0 53.4 -4.902 14.54 0.9347 0.2170 0.4407 2034.0

275.0 0.02667 423.0 51.2 -3.014 16.74 0.9429 0.2159 0.4402 1999.0 280.0 0.02711 408.0 49.0 -1.137 13.94 0.9507 0.2148 0.4395 1966.0

285.0 0.02755 393.0 47.0 0.7260 21.14 0.9585 0.2138 0.4387 1934.0

290.0 0.02801 360.0 45.0 2.577 23.33 0.9661 0.2127 0.4378 1903.0

295.0 0.02849 368.0 43.2 4.414 25.51 0.9736 0.2117 0.4366 1874.0

300.0 0.02897 356.0 41.4 6.237 27.69 0.9809 0.2108 0.4354 1846.0

310.0 0.02996 336.0 36.2 9.837 32.03 0.995 0.2089 0.4323 1795.0

320.0 0.03100 319.0 35.2 13.37 36.34 1.009 0.2071 0.42 86 1749.0

330.0 0.03209 305.0 32.6 16.84 40.60 1.022 0.2055 0.4243 1708.0

31.0.0 0.03320 293.0 30.2 20.23 44.82 1.035 0.2039 0.4194 1672.0

350.0 0.03435 284.0 28.0 23.54 48.99 1.047 0.2025 0.4140 1641.0 360.0 0.03553 277.0 26.1 26.78 53.10 1.058 0.2011 0.4082 1615.0

370.0 0.03673 272.0 24.4 29.95 57.15 1.069 0.1999 0.4022 1593.0 380.0 0.03795 268.0 22.9 33.03 61.14 1.080 0.1937 0.3960 1575.0

390.0 0.03919 266.0 21.5 36.05 65.07 1.090 0.1976 0.3899 1560.0

1.00.0 . 04042 265.0 v 20.2 39.00 6 8.94 1.100 0.1966 0.3838 1547.0

|>1D.0 0.04168 2 64.0 19.1 41.88 72.75 1.109 0.1956 0.3778 1538.0

1(20.0 0.04293 265.0 18.1 44.69 76.50 1.118 0.1947 0.3719 1530.0

1(30.0 . 04420 266.0 17.2 47.45 8 0.19 1.127 0.1939 0.3663 1525.0

1(1(0.0 0.04545 267.0 16.3 50.15 63.82 1.135 0.1932 0. 3610 1521.0

1(50.0 0.04672 269.0 15.6 52.80 67.41 1.143 0.1925 0.3559 1519.0

1(60.0 0.04799 272.0 14.9 55.40 90.94 1.151 0.1919 0.3510 1518.0

1(70.0 0.04923 275.0 14.2 57.96 94.43 1.159 0. 1913 0.3464 1516.0

<(80.0 0.05043 278.0 13.6 60.47 97.87 1.166 0.1907 0.3420 1519.0

1(90.0 0.05173 281.0 13.1 62.95 101.3 1.173 0.1902 0.3379 1521.0

500.0 0.05299 285.0 12.6 65.39 104.6 1.180 0.1898 0.3340 1523.0

510.0 0.05421 288.0 12.1 67.79 106.0 1.186 0.1893 0.3304 1527.0 520.0 0.05544 292.0 11.7 70.17 111.2 1.193 0.1899 0.3270 1530.0

530.0 0.05667 296.0 11.3 72.51 114.5 1.199 0. 1896 0.3237 153S.0

SkO.O 0.05789 300.0 10.9 74.83 117.7 1.205 0.1882 0.3207 1539.0

550.0 0.05910 304.0 10.5 77.13 120.9 1.211 0.1879 0.3178 1545.0 560.0 0. 06031 309.0 10.2 79.40 124.1 1.217 0.1876 0.3151 1550.0

570.0 0.06151 313.0 9.91 81.65 127.2 1.222 0.1874 0.3126 1556.0

580.0 0.06270 317.0 9.62 83.88 130.3 1.227 0.1871 0.3102 1561.0

590.0 0.06389 322.0 9.35 86.09 133.4 1.233 0.1869 0.3060 1567.0

600.0 0.06507 326.0 9.09 98.28 136.5 1.238 0.1867 0.3059 1574.0

700.0 0.07661 372.0 7.15 109.5 166.2 1.284 0.1855 0.2902 1641.0

800.0 0.08770 417.0 5.92 129.6 194.7 1.322 0.1854 0.2812 1 71 2 . 900.0 0.09848 462.0 5.07 149.6 222.6 1.355 0.1863 0.2762 178 0.0 1000.0 0.1090 505.0 4.44 169.3 250.1 1.384 0.1680 0.2737 1946.0 1500.0 0.1596 713.0 2.77 269.0 387.2 1.495 0.2013 0.2777 2134.0

2000.0 0.2097 911.0 2.03 374.0 520.6 1.576 0.2143 0.2376 2379.0

2500.0 0.2571 1100.0 1.61 484.1 674.5 1.641 0.2238 0.2957 2601.0

3000.0 0.3052 1300.0 1.34 597.9 823.9 1.696 0.2303 0.3016 2806.0

3500.0 0.3531 1490.0 1.14 714.3 975.8 1.742 0.2349 0.3056 2997.0

THO-PHASE BOUNDARY
4000 P5IA ISOBAR

PHOPHYSICAL PROPERTIES OF NITROGEN

E^FERATURE DENSITY

DEG. R L3/CU

125.0 51.. JO 130.0 5".. 1.1. 135.0 53.96

11.0.0 53. »7

11.5.0 52.95

150.0 52.1.2 155.0 51.80

160.0 51.32

165.0 50.76

170.0 50.19

175.0 1.9.61 iao.0 1.9.03 185.0 1.6.1.1. 190.0 47.85

200.0 1.6.65 205.0 1.6.05 210.0 1.5.1.5 215.0 1.1.. 81. 220.0 1.1.. 23 225.0 1.3.62

230.0 1.3.01 235.0 1.2.39

21.0.0 1.1.78

2 *.5.0 1.1.16 250.0 1.0.55 255.0 39.91. 260.0 39.32

265.0 38.71

270.0 38.10

275.0 37.50

280. 36.89

285.0 3 6.29

290.0 35.70

295.0 35.11

300.0 3 it. 52 310.0 33.37

320.0 32.25

330.0 31. 17

31.0.0 30.12

350.0 29.11

360.0 28. 15 370.0 27.23

380.0 26.35

390.0 25.52

V(DH/DV) 1/lDP/QU) -JIOP/DJ) P V T btu/lb psia-cu ft/biu psia

(CN/OTI/^ THERMAL VISCOSITY P CONDUCTIVITY

1/OEG. R 3TU/FT-HR-R L'/FT-SEC

520.0

530.0

51.0.0 550.0

560.0

570.0

580.0 590.0

600.0 700.0

800.0

900.0

1000.0

1500.0 2000.0 2500.0

3000,0

3500.0

18.1.5

18.01. 17.65

16.58

.26 15.95 15.65

15. 37 13.05

H.i.0

10.15 9.173

6.261. 4.792

270.0 255.0

243.0

231.0

222.0

213.0

206.0

200.0

195.0

191.0 187.0

183.0

179.0

176.0

170.0

162.0

159.0

157.0 155.0

152.0

150.0 148.0

11.6.0 144.0

11.2.0

11.0.0 138.0 136.0

135.0

133.0

132.0

130.0

129.0

127.0

125.0

121.. 123.0

122.0

122.0 122.0

123.0 123.0

121.. 125.0

127.0

128.0

130.0

132.0

131.. 136.0

138.0

140 .0

150.0

153.0

155.0

158.0

161.0 163.0

166.0

169.0

197.0 226.0

256.0

286.0

1.1.7.0 617.0

9.39

8.97

8.77

8.56 8.36

8.16

7.97

118000.0

106000.0 96100.0

87800.0 80700.0

71.500.0 69100.0

61. 1.00.0 60100.0

56200.0

52600.0

1.9300.0

1.6300.0

1.3500.0

381*00.0 36100.0

33900.0

31900.0 30000.0

28200.0

26600.0

25000.0

23600.0

22300.0

21000.0

19800.0

18700.0 17700.0

16800.0

15900.0

15000.0

11.300.

13600.0

12900.0

12300.0 11200.0

10300.0

3500.0

881.0.0 8280.0

7070.0 6790.0

6550.0

634 0.0 6160.0 601G.0

5880.0 5760.0

5660.0

5580.0

5500.0

51.30 .0 5370.0

5320.

527 0.0 5230.0 5190.0

5150.0

5120.0

5090.0

5060.0

5040.0

5010.0

H650.0 4760.0

1.690.0 4630.0

41.6 0.0 4360.0

4300.0

4250.0

4220.0

.00164 .00173

.00181 .00190 .00193

.00205

.00212

.00213

.00223

.00223

0.00233 0.00244

0.00248

0.0 025 7 0.00262

0.00267

0.00271

0.00276

0.00281 0.00285

0.00290 0.00294

0.00299

0.00303

0. 00307 0.00311

0.00315

0.00313

0.00323

0.00326

0.00323

0.00332 0.00335

0.00337

0.00340 0.00342

0.00343

0.00341 0.00339 0.00335

0.00329

0.00323 0.00316

0.00303

0.00301 0.00293

0.00285

0.00278

0.00270 0.00262

0.00255

0.00248

0.00241 0.0023*

0.0022a

0.00221 O.0021o

0.00210 0.00205

0. 00200 0.00195

0. 00190

0.0 0186

0. 00181 0.00147

0. 00125

0. 00108

0. 000957

0. 000621 0.000466

0.000375

0.000315

0.000271

0.0963

0.0967

0.0944

0.0921 0.0893

0.0875

0.0852

0.0829 0.0806 0.0784

0.0763

0.0742

0.0721

0.0702

0.0663 0.0645

0.0627

0.0610 0.0593

0.0577

0.0562

0.0546

0.0532

0.0518

0.0504

0.0491

0.0479 0.0466

0.0455

0.0423

0.0413

0.0404

0.0395

0.0373

0.0362

0.0343 0.0335

0.0324

0.0314

0.0305

0.0297

0.0290

.0284 0.0273

0.0273 0.0269

0.0265

0.0262

0.0253

0.0257

0.0255

0.0253 0.0252

0.0250 0.0249

0.0248

0.0243

0.0247

.0247 .0247

.0246

.0246 .0247

.0252

.0261 .0273

.0287

9.46

8.96

8. 49

THERHAL OIELECTRIC PRANDTL 9IFFUSIVITY CONSTANT NUH9ER

SO. FT/HR

0.00408 1.47396 4.11 0.00403 1.46954 3.67 0.00398 1.46492 3.29 0.00392 1.46014 2.97

0.00387 1.45519 2.72 0.00381 1.45012 2.54 0.00376 1.44493 2.41 0.00370 1.43964 2.31 0.00364 1.43429 2.23 0.00358 1.42886 2.14

. 35 3 1.42339 2.06

. 34 7 1.41788 2.00 0.00341 1.41234 1.95 0.00335 1.40676 1.90 0.00325 1.39555 1.81 0.00319 1.38991 1.77 0.00314 1.38426 1.73 0.00309 1.37861 1.70 0.00305 1.37294 1.66

0.00300 1.36727 1.63

. 29 6 1.36160 1.59 0.00292 1.35594 1.56 0.00288 1.35028 1.53 0.00285 1.34 46 3 1.50 0.00281 1.33900 1.47 0.00278 1.33339 1.44 0.00276 1.32780 1.42 0.00273 1.32224 1.39

0. 271 1.31671 1.36

0.0 269 1.31122 1.34

. 25 7 1.30578 1.31 0.00266 1.30038 1.28

. 25 4 1.29503 1.26 0.00263 1.28974 1.24 0.00263 1.26452 1.21 0.00262 1.27427 1.17 0.00262 1.26434 1.13 0.00263 1.25476 1.09 0.00265 1.24555 1.05

0.00269 1.23675 1.02 0.00273 1.22836 0.338 0.00278 1.22039 0.360 0.00284 1.21284 0.934 0.00291 1.20571 0.912 0.00293 1.19898 0.892 0.00307 1.19264 0.8 74 0.00315 1.18666 0.858 0.00325 1.18102 0.845 0.00334 1.17571 0.832

0.00344 1.17071 0.8 22 0.00355 1.16599 0.812 0.00365 1.16153 0.8 04 0.00376 1.15 732 0.796

. 38 7 1.15333 0.7 89

0.0 399 1.14956 0.783 0.00411 1.14599 0.778 0.00423 1.14259 0.773 0.00435 1.13937 0.769 0.00447 1.13630 0.7 65 0.00460 1.13338 0.7 61 0.00472 1.13059 0.758 0.00485 1.12794 0.7 55 0.00498 1.12540 0.752 0.00511 1.12297 0.750

. 52 5 1.12064 0.747 0.00664 1.101B5 0.7 32 0.00815 1.08857 0.7 24 0.00974 1.07862 0.719 0.0114 1.07083 0.716

HA3E BOUNDARY
5000 P3IA ISOBAR THERMODYNAMIC PROPERTIES OF NITROGEN

TEMPERATURE VOLUME

no.o

145.0

150.0 155.0

160. 165.0

170.0 175.0

160.0

165.0

190.0

ZOO.O 205.0

210.0

215.0

220.0

225.0

230.0

235.0

2 40.0

21.5.0 250.0

255.0

260.0

265.0

270.0

275.0 260.0

285.0

290.0 295.0

300.0

310.0

320.0 330.0 340.0

350.0

360.0 370.0

360.0

390.0 400.0

410.0

420.0

440.0

450.0

460.0

470.0 460.0

490.0

500.0 510.0

520.0

530.0

540.0 550.0

560.0 570.0

560.0 590.0

600.0

700.0

800. 900.0

1000.0 1500.0 2000.0

2500.0

3000.0

3500.0

0.01820 0.01835

0.01850

0.01867 0.01884

0.01902

0.01920

0.01940 0.01960

0.01980

0. 02002 0.02024

0.02046

0.02093

0.02118

0. 02143 0.02163 0.02194

0. 02221 0.02249

0.02277 0.02306 0.02336

0.02366

0.02397

0.02429

0. 02461 0.02491

0.02597

0.02633

0.02670 0.02707

0. 02783 0.02862

0.02944

0.03027 0.03113

0.03201 0.03290

0. 03381 0.03474

0.03567

.03661

0. 03757 0.03852

0.03949

0.04045 0.04142

0.04239 0.04336

0.04433

0. 04530

0. 04626 0.04723

0.04819

0.04915

0. 05011 0.05107

0. 05202

0. 05297 .05391 0.0548b

0.06410 0.07304 0.08174

0.09D25 0.1311 0.1704

0.2092

.2477 0.2861

ISOTHERM DERIVATIVE

SU FT-PSIA/LB

1580.0

1460.0

1400.0

1330.0

1260.0 1200.0 1150.0

1100.0

1050.0 964.0

924.0

887.0

851.0

818.0 786.0

756.0

727.0 700.0

675.0

651.0 626.0

607.0

587.

D

568.0

550.0

533.0

518.0

503.0

469.0

476.0

452.0

432.0

414.0

399.0

385.0

375.0 365.0

358.0

352.0 347.0

344.0

341.0 339.0

336.0

338.0

338.0

339.0

340.0

342.0

344.0

346.0 346.0

351.0 354.0

357.0

360.0 364.0

367.0 371.0

375.0 415.0

751.0

950.0 1140.0

1340.0

1530.0

ISOCHORE DERIVATIVE

PSIA/R

180.0

174. 167.0

161.0

156.0

150.0 145.0

139.0

134.0

129.0 124.0

119.0

115.0

106.0

102.0 97.8

50.6 48.7

INTERNAL

ENERGY 8TU/LB

-61.10 -59.08

-57.07

-55.08 -53.09

-51.12

-49.15

-47.20

-45.25

-43.30 -41.36

-39.43 -37.50 -33.66

-31.75

-29.85 -27.95

-26.05

-24.17

-22.28

-20.41

-18.55 -16.69

-14.84

-13.00

-11.17 -9.357

-2.183 -0.4194

1.333

3.0 72 6.512

9.697 13.23

16.50

19.71 22.87

25.97

29.01

31.99

ENTHALPY

59.11

61.60 64.06

66.49

68.89

71.26

73.61

75.93

85.03

106.7

433.7

597.7

-42,,09 -39,,94 -37 .80 -35,,65 -33,,51 -31,.37 -23,.24 -27,,10 -24.,96

-18.56

-14.28

-12.15

-1.471

0.6623 2.796

4.927

7.057

9.184

11. 31

21.86

23.96

6 7.94 71.69

83.78 93.27

96.73

100.2 103.5

106.9

110.2 113.5 116.8

120.0

123.2

129.6

132.7 135.3

166.0

195.0

223.2 251.1

389. 3 531.2

677.5

827.1

973.1

ENTROPY 3TU/LB-R

0.6085

0.6247

0.6404

0.6554

0.6700 0.6840 0.6976

0.7107 0.7235

0.7359 0.7473

0.7596

0.7710 0.7929

0.8O35

0.8138

0.8238 0.8337

0.8433

0.8527

0.3618

0.8703 0.8796

0.8882 0.8966

0.9043

0.9130 0.9209

0.9286

0.9362

0.9437

0.9510

0.9581

0.9651 0.9787

0.9918

1.004

1.016

1.026

1.039

1.050

1.060

1.070

1.080 1.0B9

1.096

1.107 1.115

1.123

1.131 1.136 1.146

1.153 1.159

1.166

1.173 1.179

1.185

1.191 1.197

1.202 1.208

1.213

1.218 1.265

1.304

1.337

0.2838

0.2765

0.2700

0.2644 0.2594

0.25 5 2 0.2515 0.2482

0.2453

0.2428

0.2385

0.2366

0.2348 0.2332

0.2317

0.2302

0.2288 0.2274

0.2261 0.2249

0.2236

0.2225

0.2213

0.2201

0.2190

0.2179

0. J169

0.2148

0.2138 0.2129

0.2110 0.2093 0.2076

0.2061 0.2046

0. 2032 0.2020 0.2008

0.1997

0. 1987 0.1977

0.1968

0. 1960

0. 1953

0. 1946 0.1939

0.1933

0.1927

0. 1922 0.1917

0.1912

0. 1908 0.1904

0.1900

0. 1897

0. 1894

0.1631

0. 1888 0.1886

0. 1833 0.1868

0.1866

0.1874

0.1839

0.2019

0.2147

.2241 .2305

. ?351

CP VELOCITY

OF SOUND

-1? FT/SEC

.4319 3 701.0 .4308 3596.0

.4297 3508.0 .4289 3431.0

.4283 3363.0 .4279 3300.0

.4276 3242.0

.4274 3186.0

.4273 3132.0

.4272 3079.0

.4272 3028.0

.4272 2977.0

.4273 2927.0

.4274 2 62 9.0 .4274 2782.0

.4274 2735.0

.4274 2 68 9.0 .4273 2644.0

.4272 2600.0

.4271 2557.0

0,,4269 2515.0

0..4265 2474.0

0.,4261 2434.0

,4256 2396.0

a,,4251 2 35 9.0 .4244 2322.0

0,,4237 2288.0

.4228 2254.0

0,.4219 2221.0

.4209 2190.0

0..4198 2160.0

.4187 2131.0

.4174 2103.0

0.,4161 2076.0

,4132 2026.0

0,,4100 1980.0

0,,4066 193 8.0

0.,4028 1900.0

,3989 1866.0

0,.3947 1836.0

a,,3904 1809.0

0.,3860 1785.0

a,.3815 1 76 5 . 0.,3770 174 7.0

0..3725 1732.0

0,,3681 1719.0

0..3637 1708.0

0..3595 1699.0

0.,3554 1691.0

0,.3514 168 5.0

0,,3476 1680.0

0..3439 1677.0

0,.3404 1675.0

0,,3370 1673.0

0,,3338 1672.0

0,,3307 1673.0

0,.3278 1673.0

0..3250 1675.0

0,,3223 1677.0

0.,3198 1679.0

0.,3173 168 2.0

0.,3151 1685.0

a,,3129 1689.0

0, 3108 1693.0

0..2949 174 3.0

a.,2854 1802.0

a, 2798 1862.0

0,,2768 1922.0

0. 2792 2194.0

a..2884 2431.0

a. 2962 2647.0

0. 3019 2847.0

o. 3061 3035.0

TUO-PHASE 60LH0ARY
51100 PSIt ISOBAR

THER10PHYSICAL PROPERTIES CF NITROGEN

TEMPERATURE DENSITY

OEG. R L3/CU FT

VlOM/DVIp iKDP/OUly -VIOP/OVI, BTU/L3 PSIA-CU FT/BTU PSIA(OX/OT1/1/ THERMAL VISCOSITY F CONDUCTIVITY

1/OEG. R 6TU/FT-HR-R LB/FT-SEC

THERMAL DIELECTRIC

OIFFUSIVITY CONSTANT

SQ FT/HR

PRANDTL NUMBER

130.0 5k. 91. 279.0 10.6 116000.0 0.00155 .0992 25.6 0.00418 1.47428 4.05

135.0 51.. 50 26K.0 10.6 106000 .0 0.00163 .0971 22.7 0.00414 1.47009 3.63

1 1.0.0 51.. 05 250.0 10.6 97500.0 0.00172 .0950 20.0 0.00409 1.46571 3.26

11.5.0 53.57 239.0 10.6 90100.0 0.00179 .0928 17.8 .00404 1.46118 2.96

150.0 53.09 230.0 10.6 63700.0 O.OOI63 .0906 16.0 0.00398 1.45651 2.72

155.0 52.59 222.0 10.6 78000.0 0.00193 .0864 14.5 . 39 3 1.45172 2.53

160.0 52.08 216.0 10.5 73000.0 0.0019S .0862 13.4 0.00387 1.44683 2.40

165.0 51.56 210.0 10.4 66600.0 0.00203 .0840 12.5 . 38 1 1.44167 2.30

170.0 51.03 205.0 10.3 64500.0 0.00203 .0619 11.6 0.00376 1.43684 2.22 175.0 50.1.9 201.0 10.2 60800.0 0. 00212 .0799 11. 1 0.00370 1.43177 2.14

1S0.0 1(9.96 196.0 10.0 57400.0 0.0021o .0778 10.4 . 36 5 1.42667 2.05

165.0 K9.1.2 19k. 9.84 54300.0 0.00220 .0758 9.83 0.00359 1.42154 1.99

190.0 1.6.67 191.0 9.67 51400.0 0.00223 .0739 9.34 0.00354 1.41639 1.94 200.0 1.7.76 166.0 9.30 46100.0 0. 00230 a .0702 8.45 0.00344 1.40607 1.85

205.0 1.7.23 163.6 9.11 43700.0 0. 00233 .0684 8.05 0.00339 1.40090 1.81 310.0 1.6.67 181.0 8.92 41400.0 0.00236 .0667 7.67 . 33 4 1.39573 1.77 215.0 1.6.12 179.0 8.74 39300.0 0.00239 .0650 7.32 0.00330 1.39057 1.73 220.0 1.5.57 176.0 6.55 37300.0 0.00242 .0634 6.98 0.00326 1.33541 1.69

225.0 1.5.02 174.0 8.37 35400.0 D. 00245 .0618 6.67 . 32 2 1.33026 1.66

230.0 1.1.. 47 172.0 8.20 33600.0 0.00246 .0603 6.37 0.00318 1.37513 1.62

235.0 1(3.91 170.0 6.03 31900.0 0.00251 .0583 6.09 0.00314 1.37001 1.59

21.0.0 1.3.36 166.0 7.8o 3O4O0.0 0.0025-. .0574 5.83 0.00311 1.36491 1.56

21.5.0 1(2.81 166.0 7.69 28900.0 0.00256 .0561 5.59 0.00307 1.35983 1.53 250.0 1.2.27 164.0 7.54 27500.0 0.00259 .0547 5.35 0.00304 1.35477 1.50 255.0 1.1.72 163.0 7.36 26200.0 0. 00261 0535 5. 14 0.00301 1.34974 1.47 260.0 1(1.16 161.0 7.23 25000.0 0.0026-. .0522 4.93 0.00299 1.34475 1.44 265.0 1.0.63 159.0 7.09 23800.0 0.00266 0511 4.73 . 29 7 1.33978 1.41 270.0 1.0.10 158.0 6.55 22600. 0. 00263 49 9 4.55 0.00294 1.33466 1.39

275.0 39.56 156.0 6. SI 21800.0 0. 00270 0488 4. 36 0.00292 1.32997 1.36

2O0.0 39.03 155.0 6.66 20800.0 0. 00272 047S 4.21 0.00291 1.32513 1.34 265.0 36.50 154.0 6.55 19900.0 0.00273 0467 4.06 0.00289 1.32033 1.31 290.0 3 7.98 152.0 6.43 19100.0 0. 00275 0453 3.91 . 28 8 1.31557 1.29

295.0 37.1.6 151.0 6.31 18300.0 0.00276 0446 3.77 0.00287 1.31087 1.26 300.0 36.91. 150.0 6.20 17600.0 0.00277 0439 3.64 0.00236 1.30623 1.24

310.0 35.93 148.0 5.98 16200.0 0.00273 .0422 3.40 0.00285 1.29710 1.20

320.0 34.94 146.0 5.78 15100.0 0. 00280 0407 3. 19 0.00284 1.28822 1.16

330.0 33.97 145.0 5.59 14100.0 0.00280 39 2 3.00 . 28 4 1.27959 1.12

3 40.0 33.03 144.0 5.42 13200.0 0.00260 0379 2.83 . 28 5 1.27124 1.08

350.0 32.12 143.0 5.25 12400.0 0.00279 0367 2.69 0.00287 1.26318 1.05

360.0 31.2i» 143.0 5.10 11700.0 0.00277 0357 2.55 0.00289 1.25542 1.02

370.0 3 0.39 142.0 4.96 11100.0 0.0027, 0347 2.44 . 29 2 1.24795 0.989

380.0 29.57 142.0 4.83 10600.0 0.00271 0333 2.34 0.00296 1.24079 0.962

390.0 28.79 143.0 4.71 10100.0 0. 00267 0330 2.25 0.00300 1 . 2 3 39 3 0.938

1.00.0 26.03 143.0 4.60 9730.0 0.00263 0322 2. IS 0.00305 1.22738 0.916

1.10.0 27.31 144.0 4.50 9360.0 0.00259 11 0316 2.11 0. 311 1.22112 0.8 96

1.20.0 26.62 145.0 4.40 9080. 0.00254 0310 2.05 . 311.21514 0.8 73

1(30.0 25.96 146.0 4.31 6800.0 0.00249 0305 2.00 0.00323 1.20945 0.861

1(1(0.0 25.33 147.0 4.23 8570.0 0.00244 0300 1.96 0.00329 1.20402 0.847

1.50.0 21.. 72 149.0 4.15 8350.0 0.00239 0296 1.93 0.00337 1.19884 0.334

1.60.0 21.. lit 150.0 4. OS 8160.0 0.0023-. 0292 1.90 0.00344 1.19391 0.822

1.70.0 23.59 152.0 4.01 8000.0 0.00229 11 0288 1.87 0.00352 1.18921 0.811

460.0 23.06 154.0 3.95 7840.0 0.00224 0265 1.85 0.00360 1.18473 0.802

•.90.0 22.56 156.0 3.09 7710.0 0.00213 D 0283 1.83 0.00368 1.13046 0.794

500.0 22.08 156.0 3.83 7590.0 0.00214 0260 1.82 0.00377 1.17638 0.786

510.0 21.62 160.0 3.78 7480.0 0.00209 027S 1.61 0.00386 1.17249 0.730 520.0 21.17 162.0 3.73 7380.0 0. 00204 0276 1 . 60 . 39 5 1.16877 0.774 530.0 20. 75 164.0 3.68 7290.0 0.00200 0275 1 . 79 0.00404 1.16521 0.768

51(0.0 2 0.31. 166.0 3.o4 7200.0 0. 00195 0273 1. 78 0.00413 1.16131 0.763

550.0 19.96 169.0 3.59 7130.0 0. 00191 0272 1.73 0.00423 1.15856 0.759

560.0 19.58 171.0 3.55 7060.0 0. 00187 0271 1. 78 0.00433 1.15544 0.755

570.0 19.22 174.0 3.52 6990.0 0. 00183 0270 1. 76 0.00443 1.15246 0.7 52 560.0 16.68 176.0 3.48 694 0.0 0.00179 0269 1.73 0.00453 1.14959 0.743

550.0 16.55 179.0 3.45 6660.0 0.00175 0269 1. 78 0.00463 1.14684 0.7 46 600.0 18.23 181.0 3.41 6830.0 0.00172 0263 1.78 0.00474 1.1442 0.743

700.0 15.60 206.0 3.15 646 0.0 0. 00142 0269 1.84 0.00585 1.12255 0.726

600.0 13.69 237.0 2.96 6270.0 .00121 0276 1.93 0.00706 1.10 701 0.713

900.0 12.23 266.0 2.31 6130.0 D. 90103 0286 2.03 0.00836 1.09525 0.714

1000.0 11.08 296.0 2.o9 6030.0 0. 009934 029S 2. 1! 0.00972 1.0360 0.712 1500.0 7.631 459.0 2.26 5730.0 0. 000609 2000.0 5.867 630.0 2.02 5570.0 0. 000458 2500.0 1.780 802.0 1.88 5470.0 0. 0003o9

3000.0 i.. 037 973.0 i.eo 5390.0 0.000310

3500.0 3.1.95

THO-PHASE

1140.0

30UNOARY

1.74 5340.0 0.0002o8

117
6000 P3IA IS03AK ThEMO.JYNAHIC PROPERTIES OF NITROGEN

1X5.0 150.0

155.0 lbO.O

165.0 170.0

175.0

loO.O 165.0 190.0

200.0

205.0

210.0 215.0

220.0 225.0

230.0 235.0

2"»0.0 2X5.0

250.0

255.0

260.0 265.0

270.0

275.0

2B0.0

285.0

290.0 295.0

300.0

310.0 320.0

330.0

31.0.0 350.0

360.0

370.0

360.0 390.0

1.00.0 1(10.0

1.20.0

1(30.0

1(1(0.0 1(50.0

1(60.0

1.90.0 500.0

510.0

520.0

530.0

51.0.0 550.0 560.0

/OLUHt ISOThERI DERIVATIVE

J FT/. 3 CU FT-PSIA/

01805 2300.0

oiais 2120.0

01332 1970.0

0131(7 18X0.0

01362 1730.0

0187S 1630.0

01395 1550.0

01913 1X71). 01931 1X10.0

01950 13x0.0

01969 1290.0

01939 12X0.0

02009 1190.0

02051 1100.0

02073 lOoO.O

02095 1020.0

02113 985.0

0211(1 951.0

02165 919.0

02189 888.0

02213 858.0

02239 831.0

0226X 80X.O

D 02290 779.0

0231a 755.0

0231(3 733.0

02371 712.0

02359 692.0

D 021(27 673.0

021(56 655.0

021(85 638.0

02515 622.0

0251(5 607.0

02576 592.0

02639 566.0

02703 5X3.0

02769 522.0

02336 50X.0

02905 X88.0

02975 X7X.0

0301(7 X62.0

03113 X52.0

03193 XX3.0

03266 X35.0

0331(3 X29.0

03X13 X2X.0

031(96 X20.0

03573 X16.0

03650 XIX.

03723 X12.0

03806 X11.0

03885 X10.0

03963 X10.0

0X01(2 X10.0

0X121 X11.0

0X199 X12.0

0X278 X13.0

0X356 X15.0

590 0X7X8 X27.0 600 .0X825 X30.0

700 .05593 X6X.0 800 .06333 503.0

900 07063 5XX.0

1000 .07781 58b. 1500 1120 791.0 2000 .1XX9 989.0

25 1773 1180.0

3000 .2095 1360.,0 3500 2X1X 1570.0

I'JOCHO'E DERIVATIVE

PSIA/R

177.0

172.0 lo7.0

153.

1X9.

lXx. 133. 13X.0

130.0 125.0

121.0 112.0

108.0

10X.0

101.0

21.3

20.5

19.7

INTERNAL

ENERGY nTU/LB

-57.67

-55.73

-53.80 -51.89 -X9.93

-X8.07

-X6.16

.29 -X2.X0 -X0.52

-38.65 -3X.92

-33.07

-31.22

-29.38

-27. 5X -25.71 -23.89

-22.08

-20.27

-18. X8 -16.69

-IX. 91

-13. IX -11.38

-9.6X0

-X.X55 -2.7X9

-1.05X 0.6279

3.959

7.2X2

16.60 19.86 22.92

25.91

28.85

31. 7X .59

7.85

5.6X

37.

X5.57

X8.22 50.83

53. XI 55.95

58. X7 60.95

63. XI

65. 8X

68. 2X

75.32

77. 6X

79. 9X 82.22

10X.2

125.2 1X5.7

165.8

267.0 372.8 X83.X

597.6

71X.2

37 31

35 21

33 11 31 31

21 92

2 s 32 2x 72 22 62

-16.32

-12.13

-13.03 -7.9X6

-5.352

-3.760 -1.669

0.X186

21.11

23.16

25.19

27.22

29.25 33.27

37.27

XI. ?x X5.17

75.39

79.00

93.12

96.57

100.0

126.3 123.5

132.7

135.3

166.X

195.7 22X.2

252.3

391.5 533.9

680.5

330.3

982.5

0.6035

0.6195

0.63X3 0.6X9o

0.6638 0.6776

0.6909 0.7038

0.7163 0.7285 0.7X03

0.7518

0.7630

0.82X5

0.3333

0.3X30

0.8520 0.8608

0.669X

0.3777

0.8660 0.89X0

O.9019

0.9096

0.9171

0.92X5 0.9317

0.9388

0.9X57

0.9525

0.9657 0.978X

0.9906

1.002

1.01X

1.025

1.035 1.0X5 1.055

1.06X 1.07X

1.082 1.091 1.099

1.107 1.115

1.122 1.129

1.137

1.163 1.169 1.175

1.181 1.186

1.192

1.197

1.203

1.250 1.285

1.322

1.352 1.X65

1.5X7

1.612

1.667

1.71X

0. 3160

0. S063

0. 2969 0.2832

0. 280X 0.2736 0.2676

0.262X

0.2507

0.2X77

0.2X50 0.2X06

0.2366

0.2368 0.2352

0.2336

0. 2322 0.2308 0.229X

0.2281

0.2269 0.2256

0.22X5

0.2233 0.2222

0.2211

0.2200

0.2190 0.2179

0.2169

0.2160

0.2150 0.2132

0.211X 0.2098

0.2083

0.2068 0.205X

0.20X2

0.2030

0.2018 0.2008

0.1998 0.1989

0. 1981 0.1973

0.1965

0. 1958 0.1952

0.19X6

0.19X0

0. 1935

0. 1930

0. 1926

0. 1921

0. 1917 0.191X

0.1910 0.1907

0. 190X

0. 1901 0.1898

0. 1831 0.1877

0. 1883

0. 1898 0.2025

0.2151 0.22XX

0.2308 0.2352

CP VELOCITY

OF SOJNO

* FT/SEC

X235 3775.0 X221 3677.0 X209 3595.0

.X202 3525.0

X198 3X63.0 X196 3X07.0 X196 335X.0 X197 330X.0 X197 3255.0 X197 3208.0

X197 3161.0

a X197 3115.0

.0 X196 3070.0 X19X 2981.0

o X192 2937.0

X190 2893.0

(.187 2851.0

X163 2809.0 X179 2 76 8.0 X175 2728.0

a X170 2689.0 X16X 2650.0 X157 2613.0

X150 2 57 7.0 X1X2 25X2.0 X133 2507.0

a X12X 2X7X.0 X11X 2XX2.0 X103 2X11.0

X092 2381.0

X080 2352.0

a X067 2 32X.0 X05X 2297.0

a X0X1 2271.0

X012 2222.0

a 3982 2176.0

3951 213X.0

3918 2096.0

368X 2061.0 38X9 2029.0

381X 2000.0

3778 197X.0

a 37X1 195 0.0 3705 1929.0 3669 1911.0

3633 189X.0 3598 1879.0 3563 186 7.0

a 3529 1855.0

a 3X96 18X6.0 3X6X 1838.0

a 3X32 1831.0

a 3x02 1825.0

3373 182 0.0 33X5 1816.0 3317 1813.0

3291 1811.0 3266 1810.0

32X2 1809.0 3219 1809.0

3197 1809.0

a 3176 1810.0

a 3155 1811.0

a 3136 1813.0 2982 18X6.0

a 2885 1893.0

2826 19X5.0 2793 1999.0 2805 225X.0 2892 2X83.0 2967 2693.0

0. 3022 2889.0

3063 3073.0

TWO-PHASE 80UN0ARY
oooo P3I6 isobsr

THERMOPHTSICUL PROPERTIES OF NIM06EN

TEMPERATURE OENSITT

DE5. R LB/CU r T

\MOH/rWL VIOP/OU),. -V(DP/Dl/> BTU/LB PSIA-CU FT/BTU PSIA

([OJ/DTL/J THERMAL VISCOSITY CONDUCTIVITY

l/'JEG. R 3TU/FT-HR-F. L6/FT-SEC

THERMAL DIELECTRIC PRANOTL OIFFUSIVITY CONSTANT NUMBER

SO FT/MR

130.0 5 5. 39 30-. 10.1 127000.0 0.001-0

135.0 5-. 39 2o5.0 10.2 116000.0 0. 001-3 ltl.l 5-. 58 270.0 10.3 107000.0 0.0015s

1-5.0 5-.1- 257.0 10.- 10 0.0 0.00163

150.0 53. o9 2-6.0 10.5 92800.0 0.00170

155.0 53.23 233.0 10.5 66900. 0.00177

lbO.O 52.75 231.0 10.5 61700 .0 0.00182

165.0 52.27 225.0 10.5 77000.0 0.00187

170.0 51.78 220.0 10.- 72800.0 0.00191

175.0 51.28 215.0 10.3 6 390 0.0 0.00195

180.0 50.78 212.0 10 .2 65-00.0 0.00193

165.0 50.27 203.0 10.1 62100.0 0.00202

190. -9.77 205.0 9. 31 53100.0 0. 3020- 300.0 -8.75 200.0 9.58 53600.0 0.00210

205.0 -8.23 198.0 9.-1 51100. 0.00212

210.0 -7.72 196.0 9.23 -8700.0 0.0021-

215.0 -7.21 19-. 9.06 -650 0. 0.00216

220.0 -6.70 192.0 8.89 ---00.0 0.00218

225.0 -6.19 190.0 8.72 -2-00.0 0.00220

230.0 -5.68 188.0 6.55 -0600.0 0.00222

235.0 -5.18 186.0 6.36 33800.0 0.0022-

21.0.0 — .67 18-. 6.22 37100.0 0.00226

2-5.0 — .17 163.0 8.07 35500.0 0.00223

250.0 -3.67 181.0 7.91 3-000.0 0.00223

255.0 -3.17 180.0 7.76 32600.0 0.00231

260.0 -2.67 178.0 7.62 31300.0 0.00232

265.0 -2.16 177.0 7.-6 30000.0 0.00233

270.0 -1.69 175.0 7.3- 28800.0 0. 00235 275.0 -1.20 17-. 7.21 27700.0 0.00236

280.0 -0.72 173.0 7.08 26700.0 0.00237

265.0 -0.2- 172.0 6.95 25700.0 0.00238

290.0 35. 76 171.0 6.63 2-700.0 0.00233

295.0 39.29 170.0 6.72 23800.0 0.00239

300.0 36.62 169.0 6.60 23000.0 0.002-0

310.0 37.90 167.0 6.39 21500.0 0.002-1

320.0 37.00 165.0 6.19 20100.0 0.002-1

330.0 36.12 16-. 6.00 18900.0 0.002-1

3".0.0 35.26 163.0 5.82 17800.0 0.002-0

350.0 3-. -2 162.0 5.66 16800.0 0.002-0

360.0 33.61 162.0 5.50 15900.0 0.00233

370.0 32.82 161.0 5.36 15200.0 0.00237

360.0 32.06 161.0 5.22 1-500.0 0.0023-

390.0 31. 32 161.0 5.09 13900.0 0. 00232 -00.0 30.60 162.0 -.97 13300.0 0.00229

-10.0 29.91 162.0 -.86 12600.0 0.00226

-20.0 29.25 163.0 -.76 12-00.0 0.00223

-30.0 28.61 16-. - .66 12000.0 0.00220

--0.0 27.99 165.0 -.57 11700.0 0. 00217 -50.0 27.39 166.0 -.-6 11300.0 0.00213

-60.0 26.82 167.0 -.-0 11000.0 0.00209

-70.0 26.27 168.0 -.33 10600.0 0. 0O2O6

-80.0 25.7- 170.0 -.26 10600.0 0.00202

-90.0 25.23 172.0 -.19 10300.0 0.00198

500.0 2-. 7- 173.0 -.12 10100.0 0.00195

510.0 2-. 27 175.0 -.06 10000.0 0.00191

520.0 23.81 177.0 -.01 9610.0 0.00187

530.0 23.38 179.0 3.95 9660.0 0.0018-

5-0.0 22.95 161.0 3.90 9530.0 0.00183

550.0 22.55 163.0 3.85 9-00.0 0.00177

560.0 22.16 185.0 3.81 9280.0 0.0017-

570.0 21.78 188.0 3. 76 9180.0 0.00170

580.0 21.-1 190.0 3.72 90BO.O 0.00167

590.0 21.06 192.0 3.68 399 0.0 0.0016-

600.0 20.72 195.0 3.6- 8900.0 0.00161

700.0 17.38 220.0 3.3- 8290.0 0.00135

600.0 15.77 2-8.0 3.12 79-0.0 0.00116

900.0 1-. 15 277.0 2.95 7700.0 0.00102

1000.0 12.85 308.0 2.31 7530.0 0.000908

1500.0 6.927 -71.0 2.33 7060.0 0.00 0596 2000.0 6.399 6-3.0 2.07 6830.0 0. 000-50 2500.0 5.633 816.0 1.92 6670.0 0. 000363

3000.0 -.77- 988.0 1.12 6570.0 0.000306

3500.0 -.1-2 1160 .0 1. 76 6-90.0 0. 300265

TWG-PHAJE UOUNOAKY
THERMODYNAMIC PROFFRTIES OF NITROGEN

8000 PSIA ISOBAR

TEMPERATURE VOLUHi ISOTHERM DERIVATIVEISOCHORE DERIVATIVEINTERNAL

ENERGY ENTHALPY ENTROPY ~V CP VELOCITY

OF SOUNO

DEG. R CU FT/.CU FT-PSIA/LB PSIA/R 3TU/La 8TU/La BTU/L5-R 8TU / LB -R FT/SEC

135.0 0.01790 21,60.0 168.0 -60.47 -33.36 0.6105 0. 3137 0.4057 3 84 0.0

1 1*0.0 0. 01801 2300.0 166.0 -58.61 -31.93 0.6252 0. 3033 0.4043 3767.0 145.0 0.01813 2160.0 161,. -56.77 -23.91 0.6394 0.2939 0.4039 3705.0

150.0 0.01825 2030.0 161.0 -54.95 -27.39 0.6531 0.2855 0.4039 3 65 2.0 155.0 0. 0181,0 1930.0 158.0 -53.13 -25.37 0.6663 0.2783 0.4044 3 60 4.0 160.0 .01851, 181,0.0 155.0 -51.31 -23.35 0.6752 0.2720 0.4051 3559.0

165.0 0. 01863 1750.0 151.0 -.9.50 -21.32 0.6916 0.2666 0.4059 3517.3 170.0 0.01881. 1660.0 11,8.0 -47.70 -13.73 0.7038 0.2619 0.4066 3477.0

175.0 0. 01900 1610.0 11,1,. -45.90 -17.76 0.7166 0.2576 0.4071 3437.0

180.0 0.01916 1560.0 11,0.0 -44.10 -15.72 0.7270 0.2543 0.4076 3398.0

165.1) 0.01933 1500.0 136.0 -42.31 -13.63 0.7362 0.2513 0.4079 3359.0 190.0 0.01950 11,50.0 131.0 -40.53 -11.64 0.7491 0.2486 0.4091 3320.0

200.0 0.01985 1360.0 121,. -36.57 -7.563 0.7700 0.2441 0.4079 3243.0 205.0 0.02003 1320.0 120.0 -35.19 -5.529 0.7801 0.2421 0.4077 3205.0 21D.0 0.02021 1280.0 116.0 -33.43 -3.491 0.7B-J9 0.2404 0.4073 3167.0

215.0 0.0201,0 121,0.0 112.0 -31.67 -1.456 0.7955 0.2387 0.4069 3130.0

220.0 0.02059 1210.0 109.0 -29.92 0.5765 0.8083 0.2372 0.4 64 3093.0

225.0 0.02073 1170.0 105.0 -23.17 2.607 0.8180 0.2357 0. 4059 3056.0

230.0 0.02093 111,0.0 102.0 -26.44 4.634 0.8269 0.2344 0.4051 3020.0 235.0 0.02118 1110.0 93.6 -24.70 5.653 0.8356 0.2331 0.4044 2985.0

210.0 0.02133 1080.0 95.5 -22.98 0.673 0.8441 0.2318 0.4036 2950.0

245.0 0. 02153 1050.0 92.5 -21.27 11.69 0.8524 0.2306 0.4027 2917.0 250.0 0.02179 1020.0 39.6 -19.56 12.70 0.8605 0.2294 0.4019 2883.0

255.0 0.02200 1000.0 86.9 -17.87 1-..71 0.3685 0.2283 0.4009 2 851.0 260.0 0.02221 975.0 81.. 2 -16.18 16.71 0.8763 0.2272 0.3997 2819.0 265.0 0.0221,2 952.0 81.6 -14.50 13.71 0.8839 0.2261 0.3987 2 78 3.0 270.0 0.0226* 930.0 79. 1 -12.83 20.70 0.8913 0. ?251 0.3975 2759.0 275.0 0.02296 909.0 76.7 -11.17 22.63 0.8986 0.2240 0.3964 2 72 9 . 280.0 0. 023O3 889.0 71,. i, -9.530 24.56 0.3057 0.2230 0.3951 2 701.0 285.0 0.02331 970.0 72.2 -7.889 26.63 0.9127 0.2220 0.3939 2674.0 290.0 0.02353 952.0 70.1 -6.259 28.60 0.9195 0.2211 0.3926 2647.0

295.0 0.02375 831.. 68.0 -4.638 30.56 0.9262 0.2201 0.3913 2621.0

300.0 0.02393 918.0 66.1 -3.028 32.51 0.9328 0.2192 0.3900 2596.0 310.0 0.021,1,5 787.0 62. I, 0.1611 36.40 0.9455 0.2174 0.3872 2549.0

320.0 0.021,91, 760.0 59.0 3.310 40.26 0.9578 0.2157 0.3844 2504.0

330.0 0.0251,3 735.0 55.8 6.418 44.09 0.9696 0.2141 0.3815 2463.0

31.0.0 0.02592 712.0 52.9 9.485 47.89 0.9809 0.2126 0.3785 2425.0

350.0 0.0261,2 652.0 50.2 12.51 51.66 0.9913 0.2111 0.3756 2389.0

360.0 0.02693 671.. 1.7.7 15.50 55.40 1.002 0.2097 0.3727 2 35 6.0 370.0 0.0271,5 658.0 1.5. 3 16.45 59.11 1.013 0.2064 0.3697 2325.0

380.0 0.02797 61.3.0 1.3.2 21.35 62.79 1.022 0.2072 0.3668 2296.0

390.0 0. 02850 630.0 1,1.2 24.22 66.45 1.032 0.2060 0.3639 2270.0

1.00.0 0.02903 619.0 39.3 27.06 70.07 1.041 0.2049 0.3611 2246.0

1(10.0 0.02957 607.0 37.6 29.86 73.67 1.050 0.2039 0.3582 2224.0

1.20.0 0.03012 598.0 36.0 32.62 77.24 1.059 0.2029 0.3555 2203.0

430.0 0.03065 590.0 34. 5 35.35 80.73 1.067 0.2020 0.3527 2195.0

1.1,0.0 0.03121 583.0 33.1 38.05 84.29 1.075 0.2011 0.3501 2169.0

1(50.0 0.03177 577.0 31.8 40.72 8 7.78 1.0B3 0.2O03 0.3474 2152.0

1,60.0 0.03233 571.0 30.5 43.35 91.24 1.090 0.1996 0.3449 2139.0

1,70.0 D. 03289 567.0 29.4 45.96 9*.68 1.098 0.1989 0.3424 2126.0

1,80.0 0.0331,5 563.0 28.3 48.54 98.09 1.105 0.1982 0.3399 2114.0

1,90.0 0.031,01 559.0 27.3 51.09 101.5 1.112 0.1976 0.3375 2104.0

500.0 0.031,53 556.0 26.4 53.61 104.3 1.119 0.1970 0.3352 2095.0

510.0 0.03515 551,. 25.5 56.12 103.2 1.125 0.1964 0.3330 2096.0

520.0 0.03571 553.0 24.6 58.59 111.5 1.132 0.1959 0.3309 2079.0

530.0 0.03629 551.0 23.6 61.05 114.3 1.138 0.1954 0.3287 2073.0

51,0.0 0.03685 550.0 23.1 63.48 118. 1 1.144 0.1949 0.3266 2067.0

550.0 0. 0371,2 550.0 22.4 65.89 121.3 1.150 0.1945 0.3247 2062.0

560.0 0.03793 550.0 21.7 66.23 124.6 1.156 0.1941 0.3227 2 05 9.0 570.0 0.03855 550. 21.1 70.65 127.3 1.162 0.1937 0. 3209 2055.0

580.0 0.03913 551.0 20.5 73.01 131.0 1.167 0.1933 0.3191 2 05 2.0 590.0 0.03971 551.0 19.9 75.35 134.2 1.173 0.1930 0.3174 2049.0

600.0 0. 01.028 552.0 19.4 77.67 137.3 1.178 0.1927 0.3157 2047.0

700.0 0.01,595 572.0 15.3 100.1 166.2 1.226 0.1905 0.3019 2050.0

800.0 0. 05153 603.0 12.6 121.5 197.9 1.265 0.1898 0.2926 2076.0

900. 0.05701 639.0 10.7 142.4 226.3 1.299 0.1901 0.2867 2112.0

1000.0 0.06233 677.0 9.28 162.9 255.3 1.329 0. 1914 0.2O31 2154.0

1500.0 0.08325 975.0 5.67 265.2 396.0 1.443 0.2035 0.2929 2374.0

2000.0 0.1131 1070.0 4. 11 371.8 539.3 1.526 0.2158 0.2907 2585.0

25 0.0 0.1375 1260.0 3.24 432.6 686.5 1.592 0.2249 0.2976 2784.0

3000.0 0.1616 11,60.0 2.68 597.3 836.7 1.646 0.2312 0.3028 2972.0

3500.0 0. 1856 1650.0 2.29 714.1 989.1 1.593 0.2356 0.3066 3150.0

TWO-PHASE BOUNDARY
8000 P3I» ISOBAR

THERHOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE OENSITT

OEG. R L9/CU FT

IMDH/OV> pV(DP/OU>

v

-i/(DP/Dtfl

1 6TU/LB PSIA-CU FT/BTU PSIA

tOJ/OTL/V THERMAL VISCOSITY CONDUCTIVITY

1/DEG. P 8TU/FT-HR-R LB/FT-SEC

THERMAL OIELECTRIC PRANDTL OIFFUSIVITY CONSTANT NUMBER

SQ FT/HR

135.0 55.87 332.0 9.59 137000.0 0.00122

li<0.0 55.52 310.0 9.87 128000.0 0.00130

1 1.5.0 55.15 293.0 0.1 119000.0 0.00138

150.0 51.. 76 279.0 10.3 111000.0 0. 00145 155.0 51.. 35 268.0 0.5 105000.0 0.00151

160.0 53.91. 259.0 L0.6 99000.0 0.00156

165.0 53.51 252.0 0.6 93900.0 0.00161

170.0 53.08 21.6.0 0.6 89200.0 0.00165

175.0 52.63 21.1.0 0.6 85000.0 0.00169

160.0 52.19 237.0 0.5 81200.0 0.00172

165.0 51.71. 231,. 0.4 77600.0 0.00175

190.0 51.29 231.0 0.3 74300.0 0.00177

200.0 50.38 226.0 0.0 68400.0 0.00180

205.0 1.9.92 221.. 9.90 65700.0 0.00182

210.0 1.9.1.7 222.0 9.75 63200.0 0. 00183 215.0 1.9.02 220.0 9.59 60800.0 0.00185

220.0 1.8.56 219.0 9.43 58500.0 0. 00186 225.0 1.8.11 217.0 9.Z7 56400.0 0.00187

230.0 1.7.67 216.0 9.12 54300.0 C. 00188 235.0 1.7.22 215.0 6.96 52300.0 0.00188

2*0.0 1(6.78 213.0 8.81 50500.0 0.3018)

21.5.0 1.6. 31. 212.0 8.66 48700.0 0.00190

250.0 1.5.90 211.0 6.51 47000.0 0.00191

255.0 1.5.1.6 210.0 8.37 4540 0.0 0.00191

260.0 1.5.03 209.0 8.23 4390 0.0 0.0 0192 265.0 1.1. . 60 207.0 8.09 42500.0 0.00192

270.0 1.1.. 17 206.0 7.96 41100.0 0.00193

275.0 1.3.75 205.0 7.83 3980 0.0 0.00193

280.0 1.3.33 201,. 7.70 38500.0 0.00193

285.0 1(2.91 204.0 7.58 37300.0 0.00194

290.0 1.2.50 203.0 7.46 36200.0 0.00194

295.0 1.2.09 202.0 7.35 35100.0 0.0D194

300.0 1.1.68 201.0 7.23 34100.0 0.00194

310.0 1(0.88 200.0 7.02 32200.0 0. 00194 320.0 1.0.10 199.0 6.82 30500.0 0.00194

330.0 39.33 198.0 6.63 28900.0 0. 00193

31.0.0 38.58 197.0 6.45 37500.0 0.00192

350.0 3 7.81. 196.0 6.26 26200. 0.00192

360.0 37.13 196.0 6.12 25000.0 0.00190

370.0 36.1(3 195.0 5.97 24000.0 0.00189

360.0 35.75 195.0 5.83 23000.0 0.00188

390.0 35.09 195.0 5.70 22100.0 0.00186

1.00.0 31.. 1.1. 195.0 5.57 21300.0 0.00165

1.10.0 33.81 196.0 5.45 20500.0 0.00183

1.20.0 33.20 196.0 5.34 19900.3 0. 00161

1.30.0 32.61 197.0 5.23 19200. 0.00179

1.1.0.0 32. 04 198.0 5.13 18700.0 0.00177

1.50.0 31.1.8 199.0 5.04 18100.0.00175

1.60.0 30.93 200.0 4.95 17700.0 0.00173

1.70.0 3 0.1(1 201.0 4.86 17200.0 0.00171

1.80.0 29.90 202.0 4.78 16800.0 0.00168

1.90.0 29.1(0 203.0 4.70 16400.0 0.00166

500.0 28.92 205.0 4.63 16100.0 0.00164

510.0 28.1.5 206.0 4.56 15800.0 0.00162

520.0 28.00 208.0 4.49 1550 0.0 0.00159

530.0 27.56 209.0 4.43 15200.0 0.00157

5 40.0 27.11. 211.0 4.37 14900.0 0.00155

550.0 26.72 213.0 4.31 14700.0 0.00152

560.0 26.32 215.0 4.26 14500.0 0.00150

570.0 25.93 217.0 4.20 1430 0.0 0.00149

580.0 25.55 219.0 4.15 14100.0 0.00146

590.0 25.19 221.0 4.10 13900.0 0. 00144 600.0 21.. 83 223.0 4.06 13700.0 0.00142

700.0 21.76 21,6.0 3.68 12500.0 0.00123

800.0 19.1(1 273.0 3.41 11700.0 0.00107

900.0 17.5i( 301.0 3.20 11200.0 0.000952

1000.0 16.03 331.0 3.03 10800.0 0. 000856

1500.0 11.33 1,95.0 2.46 9910.0 0.000572

2000.0 6.81(1 669.0 2.16 947 0.0 0.000434

25 0.0 7.271. 81. 4.0 1.98 9200.0 0.000352

3000.0 6.188 1020.0 1.87 9010.0 0. 000298

3500.0 5.388 1190.0 1.80 8870.0 0.000258

THO-PHA3E BOUNDARY
THERMODYNAMIC PROPERTIES OF NITROGEN

10000 P3IA ISOBAR

TEMPERATURE VOLUME ISOTHERM OERIVATIVE

ISOCHOPE DERIVATIVE

INTERNAL

ENERGY ENT+AlPY ENTROPY CV CP VELOCITY

OF SOUND

OEG. R CU FT/.

CU FT-PSIA/LB PSIA/R BTU/LB BTU/L8 8TU/LB-R BTU / LB -R FT/SEC

11.0.0 0.01775 2630.0 163.0 -59.29 -26.42 0.6173 0.3063 0.3836 3933.0

145.0 0.01765 2160.0 163.0 -57.51. -24.48 0.6303 0.2965 0.3882 3877.0

150.0 0.01795 231.0.0 162.0 -55.80 -22.54 0.6441 0.2879 0.3887 3828.0

155.0 0. 01603 2230.0 161.0 -51.. 06 -20.59 0.6568 0.2806 0.3899 3 78 6.0 160.0 0.01820 2120.0 159.0 -52.31. -13.64 0.6692 0.2742 0.3914 3 74 7.0 165.0 0.01632 2030.0 157.0 -50.61 -16.68 0.6813 0.2688 0.3930 3710.0 170.0 0. 0181.5 1950.0 154. -1.8.68 -14.71 0.6931 0.2642 0.3946 3675.0

175.0 0.01853 1880.0 151.0 -47.16 -12.73 0.7045 0.2603 0.3961 3 64 0.0 160.0 0.01673 1810.0 11.8.0 -45.1.1. -10.75 0.7157 0.2568 0.3973 3606.0

185.0 0.01883 1760.0 11.1.. -1.3.72 -8.766 0.7266 0.2539 0.3982 3572.0

190.0 0. 01903 1700.0 11.0.0 -1.2.00 -6.773 0.7372 0.2513 0.3989 3538.0 200.0 0.01933 1600.0 133.0 -38.57 -2.780 0.7577 0.2469 0.3996 3469.0

205.0 0. 0191.3 1560.0 129.0 -36.86 -0.7831 0.7676 0.2450 0.3996 3435.0 210.0 0.01965 1520.0 126.0 -35.16 1.214 0.7772 0.2433 0.3994 3401.0 215.0 0.01981 11.80.0 122.0 -33.1.6 3.211 0.7866 0.2418 0.3991 3367.0

220.0 0.01997 11.50.0 119.0 -31.76 5.206 0.7958 0.2403 0.3987 3333.0

225.0 0.02013 11.10.0 115.0 -30.08 7.198 0.8047 0.2389 0.3981 3300.0 230.0 0. 02030 1360.0 112.0 -28.1.0 9.186 0.8135 0.2377 0.3974 3267.0

235.0 0.0201.7 1350.0 109.0 -26.72 11.17 0.8220 0.2364 0.3967 3234.0

2*0.0 0. 02061. 1320.0 106.0 -25.06 13.15 0.8303 0.2352 0.3958 3202.0

245.0 0.02081 1290.0 103.0 -23.1.0 15.13 0.8385 0.2341 0.3949 3171.0 250.0 0.02098 1260.0 100.0 -21.75 17.10 0.8465 0.2330 0.3940 3140.0 255.0 .02115 1230.0 96.9 -20.10 19.0 7 0.8543 0.2319 0.3930 3110.0 260.0 0.02131. 1210.0 91.

-18.1.7 21.03 0.8619 0.2308 0.3913 3080.0 265.0 0.02152 1160.0 91.5 -16.81. 22.99 0.8693 0.2298 0.3908 3 051.0 270.0 0. 02170 1160.0 89.0 -15.23 24.94 0.8766 0.2288 0.3896 3023.0 275.0 0.02188 111.0.0 86.5 -13.62 26.88 0.8838 0.2278 0.3884 2995.0 260.0 0.02206 1110.0 SI. 1 -12.02 2 3.82 0.8908 0.2268 0.3872 2968.0 265.0 0.02221. 1090.0 81.9 -10.1.3 30.76 0.8976 0.2259 0.3859 2942.0 290.0 0.0221.3 1070.0 79.7 -8.853 32.68 0.9043 0.2250 0.3847 2916.0 295.0 0.02262 1050.0 77.5 -7.280 34.60 0.9109 0.2240 0.3834 2891.0

300.0 0.02281 1010.0 75.5 -5.716 36.52 0.9173 0.2231 0.3821 2 86 7.0 310.0 0.02313 1000.0 71.6 -2.615 40.32 0.9298 0.2214 0.3794 2821.0

320.0 0.02353 971.0 68.0 O.i. 1.81 44.10 0.9418 0.2197 0.3767 2777.0

330.0 0.02397 91.3.0 61.. 7 3.1.76 47.86 0.3533 0.2181 0.3739 2736.0

31.0.0 0.021.35 917.0 61.6 6.1.67 51.58 0.9645 0.2166 0.3712 2698.0

350.0 0.021.76 8 93.0 58.7 9.1.23 55.28 0.9752 0.2151 0.3585 2662.0

360.0 0.02517 871.0 56.0 12.31. 53.95 0.3655 0.2137 0.3657 2628.0

370.0 0.02558 851.0 53.5 15.23 62.60 0.996 0.2124 0.3631 2597.0 360.0 0.02599 833.0 51.2 18.08 66.21 1.005 0.2111 0.3604 2567.0

390.0 0.0261.1 817.0 1.9.0 20.90 63.81 1.014 0.2099 0.3578 2 54 0.0

1.00.0 0.02683 802.0 1.6.9 23.69 73.37 1.024 0.2088 0.3553 2514.0

1.10.0 0. 02725 788.0 1.5.0 26.1.5 76.91 1.032 0.2077 0.3527 2490.0

1.20.0 0. 02763 776.0 1.3.2 29.17 80.43 1.041 0.2067 0.3503 2468.0

1.30.0 0.02810 765.0 01.6 31.87 83.32 1.049 0.2057 0.3479 2448.0

1.1.0.0 0.02851. 751.. 1.0.0 34. 54 87.33 1.057 0.2048 0.3456 2429.0

1.50.0 0.02897 745.0 33.5 37.19 90.33 1.065 0. 2039 0.3433 2411.0

".60.0 0.02940 737.0 37.2 39.80 94.25 1.072 0.2031 0.3411 2395.0

1.70.0 0.02381. 730.0 35.9 42.39 97.65 1.079 0.2023 0.3389 2 37 9.0

1.60.0 0.03028 723.0 31.. 6 44.96 101.0 1.087 0.2016 0.3368 2365.0

•90.0 0.03072 717.0 33.5 47.50 104.4 1.094 0.2009 0.3348 235 2.0 500.0 0. 03115 712.0 32.4 50.02 107.7 1.100 0.2003 0.3328 2341.0

510.0 0. 03160 707.0 31.1. 52.52 111.0 1.107 0.1996 0.3309 2330.0

520.0 0.03205 703.0 30.4 55.00 114.3 1.113 0. t990 0.3290 2320.0

530.0 0. 0321.3 699.0 29.5 57.46 117.6 1.119 0.1985 0.3272 2311.0

51.0.0 0.03294 69b. 28.6 59.90 120.3 1.126 0.1980 0.3254 2302.0

550.0 0.03338 693.0 27.8 62.31 124.1 1.132 0.1975 0.3237 2295.0

560.0 0.03383 691.0 27.0 64.72 127.4 1.137 0. 1970 0.3220 2288.0

570.0 0.031.23 669.0 26.2 67.10 130.6 1.143 0.1956 0.3204 2282.0

560.0 0. 3*72 688.0 25.5 69.47 133.3 1.149 0.1961 0.3188 2276.0

590.0 0.03517 687.0 21..71.82 136.9 1.154 0.1957 0.3173 2271.0

600.0 0. 03562 686.0 21..

74.16 140.1 1.159 0. 1954 0.3159 2 26 7.0 700.0 0.01.003 691.0 19.2 96.81 171.1 1.207 0. 1927 0.3036 2246.0

600.0 0. 01.1.53 712.0 15.8 114.5 201.0 1.247 0. 1917 0.2950 2253.0

900.0 0. 01.890 71.1.0 13.5 139.6 230.1 1.281 0.1918 0.2893 2275.0

1000.0 0.05322 771.. 11.7 160.3 253.9 1.312 0.1928 0.2857 2306.0

1500.0 0.071.02 962.0 7.13 263.7 400.8 1.427 0.2044 0.2348 2493.0

2000.0 0.09100 1160.0 5.16 370.8 54 + .

1.510 0.2165 0.2919 2637.0 2500.0 0.1136 1350.0 ..06 482.3 692.6 1.575 0.2254 0.2985 2875.0

3000.0 0.1329 151.0.0 3.35 597.0 843.1 1.530 0.2316 0.3034 3055.0 3500.0 0. 1521 1730.0 2.86 714.1 996.0 1.677 0.2360 0.3070 3226.0

TWO-PHASE BOUNOARy
10000 PSIA ISOBAk

THEPMOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE OENSITY

DEG. R LB/CU FI

V<OH/OV) BTU/LBVIOP/DU) -V<DP/OK)

T PSIA-CU FT/BTU PSI

(OV/OTl^V 1/OEG

THERMAL

ONDUCTIl/ITY BTU/FT-HR-R

VISCOSITY LB/FT-SECTHERMAL OIELECTRIC PRANDTL

DIFFUSIvlITY CONSTANT NUMBER

SO FT/HR

11.0 56 33 US 56 01 150 55 67 155 55 32 160 54 95 165 54 57 170 54 10 175 53 7« 180 53 38 185 52 97

190 52 56 ZOO 51 73

2 5 51 31 210 50 90 215 50 49

220 50 00 225 49 67

2 30 49 26

2 35 48 85 240 48 45 245 48 35 250 47 65 255 47 26 260 46 87 265 46 40 270 46 09 275 45 71 260 45 33

2 65 44 95 290 44 58 295 44 21 300 43 05 310 43 12 320 42 42 330 41 7Z 340 41 04 350 40 30 360 39 73

370 39 09 360 38 47 390 37 87

<>00 37 27 410 36 70 -20 36 13

".30 35 56 HI 35 04

470 33 51 400 33 03 490 32 55 500 32 9 510 31 64 520 31 21 530 30 78 540 30 36

550 29 96 560 29 56 570 29 ia 580 28 60 590 28 43 600 28 00 700 24 94 800 22 46 900 20 45 1000 16 79 1500 13 51 2000 .0 10 64 2500 8 30 3000 7 52

354.0

331.0 312.0 298.0

287.0

278.0

271.0

265.0

261.0

257.0

254.0

249.0 247.0

246.0

244.0

243.0 242.0

241.0

240.0

239.0

238.0

237.0

236.0

235.0 235.0

234.0

233.0

232.0 232.0

231.0

230.0 230.0

229.0

226.0

227.0

227.0

226.0

226.0

226.0

226.0

226.0 226.0

227.0 227.0

228.0 228.0

229.0 230.0

231.0 232.0

233.0 235.0 236.0

237.0

239.0 240.0

242.0

244.0 246.0

247.0

249.0

251.0

273.0 298.0

326.0 355.0 519.0

696.0

872.0 1050.0

1220.0

9.12

8.98 8.84

8.70 8.57 6.44

6.31 8.18

8.06 7.94

7.03

7.72

5.12 5.04

4.96

3.68 3.43

3.23

148000 .0 139000.0

130000.0

123000.0 117000.0

111000.0

106000.0

101000.0

96800.0

93000.0

89400.0

83000.0 80100.0

77400.0

74800.0

72400.0

70100.0 67900.0

65700.0 63700.0

61800.0

60000.0

58200.0

56500.0

54900.0

53400.0 51900.0

50500.0 49100.0 47800.0

46600.0 45400.0

43200.0 41200.0

39300.0

37600.0

36100.0

34600.0 33300.0

32100.0

30900.0

29900.0

2890 0.0 28000.0

27200.0

26400.0

25700.0

25100.0

24400. 23900.0

23300.0

22800.0

22400.0 21900.0

21500.0

21100.0

20800.0

20400.0 20100.0

19800.0 19500.0

19300.0 17200.0

16000.0 15100.0

14500.0

13000.0

12300.0

11900.0

11600.0 11400.0

0.00110 0.00117

0. 30124 0.00131 0.10136

0. 00141 0.00146

0.00149

0.00152 0.00155

0.00157

0.00160 0.00161 0.00162

0.00163 0.00164

0.00165 0.00165

0.00165

0.00166

0.00166

0.00166 0.00166

0.00167

0.00167

0.00167

0.00167

0.00167

0.00167 0.00166

0.00166

0.00166

0.00166

0.00165 0.00164

0.00164

0.00163

0.00162

0.00161

0.00160 0.00158

0.00157 0.00156

0.00154

0.00153

0.00151

0.00150

0.00148 0.00147

0.00145

0.00143 0.00142

0,00140 0.00139

0.00137 0.00135

0.00134

0.00132

0.00130 0.00129

0.00127 0.00126

0.00111 0.000990 0.000889

0.000805

0.000548

0.000420

0.000342

0.000290 0.000252

TWO-PHASE BOUNDARY
THERMODYNAMIC PROPERTIES OF NITROGEN

20000 PSIA ISOBAR

TEMPERATURE VOLUME ISOTHERM DERIVATIVEISOCHORE DERIVATIVE

INTERNAL

ENERGY

ENTHALPY ENTROPY CV CP VELOCITY

OF SOUND

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

165.0 0.01715 31.8 0.0 162.0 -53.28 10.24 0.6461 0.2639 0.3316 4503.0

170.0 0.01722 3350.0 165.0 -51.87 11.91 0.6561 . 26 1

4

0.3374 4 47 4.0 175.0 0.01730 3220.0 167.0 -50.44 13.61 0.6660 0.2594 0.3433 4446.0

160.0 0.01733 3110.0 168.0 -49.01 15.35 0.6757 0.2579 0.3491 4419.0

185.0 0.0171(6 3020.0 168.0 -47.56 17.10 0.6854 0.2567 0.3544 4392.0

190.0 0.01755 2930.0 167.0 -46.09 18.39 0.5949 0.2558 0.3594 4365.0

200.0 0.01773 2770.0 161.. -43.13 22.53 0.7136 0.2542 0. 3675 4 310.0 305.0 0.01782 2710.0 162.0 -41.63 24.37 0.7227 0.2535 0.3707 4283.0

210.0 0.01792 2650.0 160.0 -40.12 26.23 0.7316 0.2529 0.3734 4256.0

215.0 0.01802 2590.0 157.0 -38.61 23.10 0.7404 0.2523 0.3755 4229.0

220.0 0.01812 251.0.0 154.0 -37.10 29.99 0.7491 0.2516 0.3771 4202.0

225.0 0.01822 2500.0 152.0 -35.58 31.87 0.7576 0.2510 0.3783 4175.0

230.0 0.01832 21.50.0 149.0 -34.06 33.77 0.7659 0.2504 0.3792 4148.0

235.0 0.0181.2 2410.0 146.0 -32.54 35.67 0.7741 0.2497 0.3797 412 2.0

2<i0.0 0.01852 2370.0 143.0 -31.03 37.56 0.7821 0.2491 0.3799 4096.0

245.0 0.01863 231.0.0 140.0 -29.51 39.46 0.7899 0.2484 0.3798 4071.0

250.0 0. 01873 2310.0 137.0 -28.00 41.36 0.7976 0.2477 0.3796 4046.0

255.0 0.01383 2270.0 134.0 -26.48 43.26 0.8051 0.2470 0.3791 4021.0

260.0 0. 01891. 221(0.0 131.0 -24.96 45.15 0.8124 0.2462 0.3785 3997.0

265.0 0.01901. 2210.0 126.0 -23.48 47.04 0.8196 0.2455 0.3778 3973.0 270.0 0.01915 2190.0 126.0 -21.98 46.93 0.8267 0.2447 0.3770 3949.0 275.0 0.01925 2160.0 123.0 -20.49 50.81 0.8336 0.2440 0.3760 3926.0 280.0 0.01936 2130.0 120.0 -19.00 52.69 0.6404 0.2432 0.3750 3903.0 265.0 0.0191(7 2110.0 118.0 -17.52 54.56 0.8470 0.2424 0.3739 3881.0 290.0 0.01957 2080.0 115.0 -16.05 56.43 0.8535 0.2416 0.3728 3859.0

295.0 0.01968 2060.0 113.0 -14.58 58.29 0.8599 0.2408 0.3717 3838.0

300.0 0.01978 201(0.0 111.0 -13.11 60.15 0.8661 0.2400 0.3705 3817.0

310.0 0. 02000 1990.0 106.0 -10.21 63.84 0.8782 0.2384 0.3680 3776.0

320.0 0.02021 1950.0 102.0 -7.339 67.51 0.8898 0.2368 0.3656 3738.0

330.0 0. 0201.2 1910.0 98.0 -4.486 71.15 0.9011 0.2352 0.3630 3700.0

340.0 0.02061. 1860.0 94.3 -1.659 74.77 0.9119 0.2337 0.3605 3664.0 350.0 0.02085 161.0.0 90.8 1.141 73.36 0.9223 0.2322 0.3581 3630.0

360.0 0.02106 1810.0 87.5 3.916 81.93 0.9323 0.2307 0.3556 3598.0

370.0 0. 02128 1780.0 84.4 6.667 85.47 0.9420 0.2292 0.3532 3566.0

380.0 0.0211.3 1750.0 81.5 9.392 88.99 0.9514 0.2278 0.3509 3537.0

390.0 0.02171 1730.0 78.7 12.09 92.49 0.9605 0.2264 0.3486 3508.0

1(00.0 0.02192 1700.0 76.1 14.77 95.97 0.9693 0.2251 0.3464 3481.0

1(10.0 0.02211. 1660.0 73.6 17.43 99.42 0.9778 0.2238 0.3442 3455.0

•(20.0 0.02235 1650.0 71.3 20.06 102.9 0.9861 0.2226 0.3421 3431.0

1(30.0 0.02257 1630.0 69.1 22.67 106.3 0.9941 0.2214 0.3401 3407.0

1(1(0.0 0. 02273 1610.0 67.0 25.27 109.7 1.002 0.2202 0.3381 3335.0

1(50.0 0.02300 1590.0 65.0 27.84 113.0 1.010 0.2191 0.3362 3364.0

1)60.0 0.02322 1570.0 63.1 30.39 116.4 1.017 0.2180 0.3344 3344.0

470.0 0.0231(3 1560.0 61.3 32.92 119.7 1.024 0.2170 0.3326 3324.0

1.80.0 0.02365 1540.0 59.6 35.44 123.0 1.031 0.2160 0.3309 3306.0

1(90.0 0.02387 1520.0 58.0 37.93 126.3 1.038 0.2151 0.3292 3289.0

500.0 0.021(03 1510.0 56.5 40.42 129.6 1.044 0.2141 0.3276 3272.0

510.0 0.021(30 1500.0 55.0 42.88 132.9 1.051 0.2133 0.3260 3256.0

520.0 0.021.52 11(60.0 53.6 45.33 136.1 1.057 0.2124 0.3245 3241.0

530.0 0.021.71. 1470.0 52.3 47.76 139.4 1.063 0.2116 0.3231 3227.0

51(0.0 0.021.95 1460.0 51.0 50.18 142.6 1.069 0.2108 0.3217 3213.0 550.0 0. 02517 1450.0 49.8 52.59 145.8 1.075 0.2101 D.3203 3200.0

560.0 0.02539 11(1(0.0 48.6 54.98 149.0 1.081 0.2094 0.3190 3108.0 570.0 0.02561 11(30.0 47.5 57.36 152.2 1.087 0.2087 0.3178 3176.0

580.0 0.02582 11.20.0 46.4 59.72 155.4 1.092 0.2081 0.3166 3165.0 590.0 0. 02604 1410.0 45.4 62.07 158.5 1.098 0.2075 0.3154 3155.0 600.0 0.02626 11(10.0 44.4 64.42 161.7 1.103 0.2069 0.3143 3145.0

700.0 0.02844 1350.0 36.3 87.28 192.6 1.151 0.2023 0.3049 3069.0

800.0 0.03061 1320.0 30.6 109.4 222.7 1.191 0.1998 0.2964 3024.0

900.0 0.03273 1310.0 26.4 130.9 252.3 1.226 0.1988 0.2941 3001.0

1000.0 . 031.91. 1320.0 23.2 152.2 281.6 1.257 0.1990 0.2914 2992.0

1500.0 0.01.51.7 11)1)0.0 14.4 258.1 426.5 1.374 0.2083 0.2908 3047.0

2000.0 0.05565 1600.0 10.4 367.2 573.3 1.459 0.2194 0.2966 3168.0

2500.0 0.06558 1780.0 8.15 460.1 723.0 1.525 0.2277 0.3019 3309.0

3000.0 0.07535 1960.0 6.72 5 96.0 875.0 1.581 0.2335 0.3059 3453.0

3500.0 0.08502 2150.0 5.72 713.9 1029.0 1.628 0.2375 0.3088 3597.0

THO-PHASE BOUNDARY
joooo p;ia isobar

THfcRMOPHYSICAL PROPERTIES OF NITROSEN

TEMPERATURE OENSITr

DEG. R L3/CU r T

\HQH/B<I\ V(DP/OU)v

-\UOP/OV>

T 8TU/LB PSIA-CU FT/BTU PSIA

<OY/OTL/i/ THERMAL VISCOSITY CONDUCTIVITY

1/DEG. R BTU/FT-HS-R LB/TT-SEC

THERMAL DIELECTRIC PRANOTL OIFFUSIVITY CONSTANT NUMBER

SO FT/HR

165.0 58.30 1.16 0.5 203000 0.000795

170.0 58.06 397 0.9 194000 0.000850

175.0 57.81 383 1.1 186000 0.000896

1B0.0 57.51. 373 1.3 179000 0.000937

185.0 57.27 361. 1.4 173000 0.000973

190.0 56.99 358 1 1.5 167000 0.00100

200.0 56.1.0 350 1.5 156000 0.00105

205.0 56.11 31.7 1.4 152000 0.00107

210.0 55.81 31.5 1.3 148000 0.00108

215.0 55.50 31.1. 1.2 144000 0.00109

220.0 55.20 31.3 1.1 140000 0.00110

225.0 51.. 90 31.2 1.0 137000 0.00111

230.0 51.. 59 31.1 0.9 134000 0.00111

235.0 51.. 29 3*1 10.

131000 0.00111

240.0 53.99 31.1 0.6 12800D 0.00111

21.5.0 53.69 31.1 0.5 126000 0.00111

250.0 53.39 31.1 1 0.3 123000 0.00111

255.0 53.09 31.2 0.2 121000 0.00111

260.0 52.80 31.2 0.1 11800 0.00111

265.0 52.51 31.2 0.0 116000 0.00110

270.0 52.22 343 9.82 114000 0.00110

275.0 51.91. 343 9.70 112000 0.00110

280.0 51.65 343 9.58 110000 0.00109

285.0 51.37 344 9.46 108000 0.00109

290.0 51.09 344 9.34 106000 0.00108

295.0 50.82 345 9.23 105000 0.00108

300.0 50.55 345 9.11 103000 0.00107

310.0 50.01 346 8.90 1000CO 0.00106

320.0 1.9.1.8 347 8.70 96700 0.00105

330.0 1.8.96 347 8.51 93600 0.00105

3 1.0.0 1.8.1.6 348 8.32 91000 0.00104

350.0 1.7.96 349 8.15 88500 0.00103

360.0 1.7.1.7 350 7.99 86000 0.00102

370.0 1.7.00 350 7.83 83700 0.00101

380.0 1.6.53 351 7.69 81500 0.00100

390.0 1.6.07 352 7.54 79500 0.000990

1.00.0 1.5.61 353 7.41 77500 0.000981

1.10.0 1.5.17 354 7.28 7570 a 0.000973

420.0 44.73 355 7.16 73900 0.000964

1.30.0 44.31 356 7.04 72300 0.000955

1.1.O.O 1.3.89 357 6.93 70700 0.000948

1.50.0 1.3.1.8 358 6.83 69200 0.000940

1(60.0 1.3.07 359 6.72 67800 0.000932

1.70.0 1.2.67 360 6.63 6640 0.000924

1.80.0 1.2.28 361 6.53 65100 0.000916

1.90.0 1.1.90 362 6.44 63900 0.000908

500.0 1.1.52 364 6.35 62700 0.000901

510.0 1.1.15 365 6.27 61600 0.000893

520.0 1.0.79 366 6.19 60500 0.000886

530.0 (.0.1.3 368 6.11 5950 0.000873

51.0.0 1.0.08 369 6.04 5 850 0.00D871

550.0 39.73 371 5.96 57600 0.000864

560.0 39.39 372 5.89 56700 0.000857

570.0 39.05 374 5.82 55900 0.000850

580.0 38.72 376 5.76 55000 0. 000843

590.0 38.1.0 377 5.70 54300 0.000836

600.0 36.08 379 5.63 53500 0.000829

700.0 35.16 398 5.11 4740 0.000766

800.0 32.67 420 4.70 43200 0.000710

900.0 30.51 446 4.36 40100 0.000659

1000.0 28.62 474 4.08 37800 0.000615

1500.0 21.99 639 3.13 31600 0.000455

2000.0 17.97 822 2.64 28800 0.000361

2500.0 15.25 1010 2.35 27200 0.000300

3000.0 13.27 1190 2.17 26100 0.000253

3500.0 11 . 76 1360 2.05 25300 0.000226

. TKO-PHASE BOUNDARY

145
THERMODYNAMIC PROPERTIES OF NITROGEN

40000 P5IA ISOBAR

TEMPERATURE VOLUME ISOTHERM DERIVATIVE ISOCHORE

DERIVATIVE

INTERNAL

ENERGY

ENTHALPY ENTROPY OV CP VELOCITr

OF SOUND

OEG. R CU FT/. 3 CU FT-PSIA/LE PSIA/R BTU/LB 8TU/L9 9TU/LB-R BTU / L9 -R FT/SEC

200.0 0.01624 5340.0 165.0 -44.63 75.68 0.6666 0.2434 0.2931 5 45 6.0 205.0 .01629 5180.0 169.0 -43.45 77.17 0.6740 0.2470 0.3025 5422.0

210.0 0. 01633 5040.0 172.0 -42.25 78.70 0.6814 0.25 2 0.3113 5 38 9.0 215.0 0.01633 4910.0 175.0 -41.02 80.28 0.6888 0.2531 0.3195 5357.0

220.0 0. 01643 4790.0 176.0 -39.76 81.39 0.6962 0.2556 0.3270 5326.0

225.0 . 01643 4670.0 177.0 -38.48 83.55 0.7037 0.2579 0.3338 5295.0

230.0 0.01653 4570.0 177.0 -37.19 85.23 0.7111 0.2597 0.3399 5265.0

235.0 0.01653 4480.0 177.0 -35.87 86.94 0.7184 0. 2613 0.3453 5236.0

2"»0.0 O. 01664 4390.0 177.0 -34.54 88.68 0.7258 0.2627 0.3501 5208.0

245.0 0.01669 4310.0 176.0 -33.20 90.44 0.7330 0.2637 0.3542 5181.0

250.0 0.01675 4240.0 174.0 -31.84 92.22 0.7402 0.2646 0.3578 515 4.0 255.0 0.01681 4170.0 173.0 -30.47 94.02 0.7473 0.2652 0.3608 5129.0

260.0 0.01687 4110.0 171.0 -29.10 95.33 0.7544 0.2657 0.3633 5104.0

265.0 0.01693 4050.0 169.0 -27.72 97.65 0.7613 0.2659 0.3654 5080.0

270.0 0.01699 4000.0 167.0 -26.33 99.48 0.7682 0.2660 0.3670 5057.0 275.0 0.01705 3950.0 165.0 -24.94 101.3 0.7749 0.2660 0.3682 5035.0

280.0 0.01711 3910.0 163.0 -23.55 103.2 0.7815 0.2659 0.3692 5013.0

285.0 0.01717 3860.0 161.0 -22.16 105.0 0.7881 0.2657 0.3698 4992.0

290.0 0.01723 3820.0 159.0 -20.76 106.9 0.7945 0.2654 0.3701 4 97 2 . 295.0 0.01729 3790.0 156.0 -19.37 108.7 0.8003 0.2650 0.3703 495 2.0

300.0 0.01735 3750.0 154.0 -17.97 110.6 0.8071 0.2645 0.3702 4933.0

310.0 0.01743 3690.0 149.0 -15.19 114.3 0.8192 0.2634 0.3695 4897.0

320.0 0.01760 3630.0 145.0 -12.42 118.0 0.8309 0.2620 0.3683 4 86 2.0 330.0 0.01773 3580.0 141.0 -9.667 121.6 0.8422 0.2606 0.3666 4830.0

31.0.0 0. 01785 3530.0 136.0 -6.923 125.3 0.8531 0.2591 0.3647 4799.0

350.0 0.01797 3490.0 132.0 -4.196 128.9 0.8637 0.2575 0.3626 4 77 0.0 360.0 0. 01809 3440.0 128.0 -1.488 132.5 0.8739 0.2558 0.3604 4742.0

370.0 0.01822 3410.0 125.0 1.201 136.1 0.8837 0.2542 0.3581 4715.0

360.0 0.01334 3370.0 121.0 3.8 72 139.7 0.8932 0.2525 0.3557 4689.0

390.0 .01846 3330.0 116.0 6.523 143.2 0.9024 0.2509 0.3534 4665.0

400.0 0.01358 3300.0 115.0 9.155 146.8 0.9113 0.2492 0.3510 4641.0

410.0 0.01870 3270.0 112.0 11.77 150.3 0.9200 0.2476 0.3487 4619.0

420.0 0.01882 3240.0 109.0 14.36 153.7 0.9284 0.2460 0.3465 4597.0

430.0 0.01894 3210.0 106.0 16.94 157.2 0.9365 0.2445 0.3443 4576.0

440.0 0.01905 3180.0 103.0 19.49 160.6 0.9444 0.2430 0.3421 4556.0 450.0 0.01917 3150.0 101.0 22.03 164.0 0.9520 0.2415 0.3400 4536.0

460.0 0.01929 3130.0 98.3 24.56 167.4 0.9595 0.2400 0.3380 4517.0

470.0 0.01940 3100.0 96.0 27.06 170.8 0.9667 0.2386 0.3361 4499.0

480.0 0.01952 3080.0 93.8 29.55 174.1 0.9738 0.2373 0.3342 4481.0

490.0 0. 01964 3050.0 91.7 32.02 177.5 0.9807 0.2360 0.3324 4464.0

500.0 0.01975 3030.0 89.7 34.48 180.8 0.9874 0.2347 0.3306 444 8.0 510.0 0.01987 3O10.0 87.8 36.93 184.1 0.9939 0.2334 0.3289 4432.0

520.0 0.01993 2990.0 85.9 39.35 187.4 1.000 0.2322 0.3273 4417.0

530.0 0. 02010 2970.0 84.2 41.77 190.6 1.006 0.2311 0.3257 4402.0

540.0 0. 02021 2950.0 82.5 44.17 193.9 1.013 0.2300 0.3242 4388.0

550.0 0.02033 2930.0 80.8 46.56 197.1 1.018 0.2289 0.3228 4374.0

560.0 0.02044 2910.0 79.2 48.9 4 200.3 1.024 0.2278 0.3214 436 0.0 570.0 0.02055 2690.0 77.7 51.30 203.6 1.030 0.2268 0.3201 4347.0

580.0 0.02067 2870.0 76.3 53.66 206.7 1.036 0.2259 0.3188 4334.0

590.0 0.02073 2860.0 74.9 56.00 209.9 1.041 0.2249 0.3175 4322.0

600.0 0.02089 2840.0 73.5 58.33 213.1 1.046 0.2240 0.3163 4310.0

700.0 0.02202 2700.0 62.2 81.14 244.2 1.094 0.2168 0.3068 4210.0

800. 0.02313 2610.0 53.9 103.3 2 74.6 1.135 0.2121 0.3005 4137.0

900.0 0.02423 2540.0 47.6 124.9 304.4 1.170 0.2094 0.2967 4082.0

1000.0 0.02533 2490.0 42.5 146.3 333.9 1.201 0.2083 0.2945 4042.0

1500.0 0. 03073 2450.0 27.7 253.4 481.0 1.320 0.2140 0.2959 3963.0

2000.0 0.03598 2550.0 20.4 364.0 630.5 1.406 0.2236 0.3019 3991.0 2500.0 0. 04110 2690.0 16.1 478.2 782.7 1.474 0.2310 0.3066 4066.0

3000.0 0.04612 28 5 0.0 13.3 595.2 936.8 1.530 0.2362 0.3099 4162.0

3500.0 0.05106 3020.0 11.4 714.2 1092.0 1.578 0.2398 0.3121 4266.0

THO-PHASE BOUNDARY
1.0000 P3IA ISOBAR

THERMOPHYSICAL PROPERTIES OF NITROSEN

TEMPERATURE OENSITr V1DH/OVL IMDP/OUly -V BTU/LB PSIA-CU FT/BTU

(QV/OTL/V THERMAL VISCOSITY P CONDUCTIVITY

1/DEG. R 9TU/FT-HR-R LB/FT-SEC

THERMAL OIELECTRIC PRANOTL OIFFUSIVITY CONSTANT NUMBER

SO. FT/HR

200.0 61 56 565 11.0 329000 000501

205.0 61 1.0 570 11.1 318000 .000531 210.0 61 21. 558 11.2 309000 000558

215.0 61 06 546 11.3 300000 000583

220.0 60 88 541 11.3 291000 000605

225.0 60 69 535 11.3 281.000 000621. 230.0 60 50 530 11.3 277000 .00061.1 235.0 60 31 526 11.2 270000 000656

240.0 60 11 523 11.2 261.000 000669

21.5.0 59 90 521 11.1 258000 000680 250.0 59 70 519 11.0 253000 000689

255.0 59 1.9 518 11.0 21.8000 000696

260.0 59 29 517 10.9 21. 4000 000702 265.0 59 08 517 10.8 21.0000 000707

270.0 56 87 517 10.7 236000 000710

2?5.0 58 66 517 10.6 232000 000713

260.0 58 <tS 517 10.5 228000 000711. 285.0 58 21. 518 10.1. 225000 000714

290.0 56 03 518 10.3 222000 000711. 295.0 57 83 519 10.2 219000 000713

300.0 57 62 520 10.1 216000 000712

310.0 57 21 522 9.92 211000 000708

320.0 56 61 521. 9.7i. 206000 a 000703

330.0 56 1.2 527 9.56 202000 000696

31.0.0 56 03 529 9.1.0 198000 000689

350.0 55 61) 532 9.21. 191.000 000682

360.0 55 27 531. 9.09 190000 000675

370.0 51. 90 537 8.91. 187000 000667

360.0 51. 53 539 8.80 181.000 000660 350.0 51. 16 5i»2 6.67 181000 a 000652

1.00.0 53 83 54* 8.55 178000 00061.5

1.10.0 53 1.8 51.6 8.1.3 175000 a 000636

1.20.0 53 Ik 51.9 8.31 172000 000631

1.30.0 52 81 551 8.20 169000 000625

1.1.0.0 52 1.8 553 8.10 167000 000619

1.50.0 52 16 555 8.00 165000 000612

1.60.0 51 85 557 7.90 162000 000606

1.70.0 51 53 559 7.81 160000 o a o&oi

1.60.0 51 23 561 7.72 158000 a 000595

1.90.0 50 92 563 7.63 156000 000590 500.0 50 63 565 7.55 153000 000585

510.0 50 33 567 7.1.7 151000 000580

520. 50 01. 569 7.39 150000 000575

530.0 1.9 76 571 7.32 11.8000 000570

51.0.0 1.9 1.7 573 7.25 11.6000 000566

550.0 1.9 20 575 7.18 11.1.000 000561

560.0 1.8 92 577 7.11 11.2000 000557

570.0 1.6 65 579 7.01. 11.1000 000553

560.0 1.6 38 581 6.98 139000 00051.9 590.0 1.6 12 583 6.92 137000 00051.5 600.0 1.7 86 585 6.86 136000 000541

700.0 1.5 1.2 605 6.32 123000 000507

600. 1.3 Zk 628 5.88 113000 000479

900.0 1.1 27 651. 5.50 105000 000451. 1000.0 39 1.6 682 5.17 98500 000432

1500.0 32 55 651. 3.97 79800, 000347

2000.0 27 79 1050 3.29 70800 000289

2500.0 21. 33 121.0 2.87 651.0 a 000247 3000.0 21 68 11.1.0 2.60 61800. 00D216

3500.0 19 56 1620 2.1.2 59100 0192

THO-PHASE BOUNOAKV
60000 P3IA ISOU THERMODYNAMIC PROPERTIES OF NITROGEN

255.0

260.0

265.0 270.0

275.0

2(10.0 265.0

250.0

295.0

300.0

310.0

320.0

330.0

31.0.0 350.0

360.0

370.0

360.0

390.

1*00.0

1.10.0

1.70.0 ieo.o

«.90.0 500.0

510.0

520.0

530.0

51.0.0 550.0

560.0 570.0

5o0.0 590.0

600.0

700.0

600. 900.0

1000.0

1500.0 2000.0

2500.0

3000.0

3500.0

1/OLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY

OERIYATIrfE DERIVATIVE ENERGY

J FT/.

3

CU FT-PSIA/LB PSIA/R BTU/LB 3TU/LS

.01565 6860.0 162.0 -11.. 1.5 13 J. i. .01563 6710.0 166.0 -33.29 11.0.9 .01571 6560.0 169. -32.11 11.2.

K

.01571. 61.20.0 172.0 -30.91 11.1.0

. 01573 6290.0 174.0 -29.69 145.6

.01561 6170.0 175.0 -23.1.1. 11.7.2 .01565 6060.0 176.0 -27.19 11.3.9

. 11568 5950.0 177.0 -25.92 150.6

.01592 5850.0 177.0 -21.. 63 152.3 .01596 5760.0 177.0 -23.31. 15i..

.01600 5680.0 177.0 -22.03 155.7

. 0160>> 5600.0 176.0 -20.72 157.5

.01603 5530.0 175.0 -19.39 153.3

. 01612 5»60.0 174. -18.07 161.1

. 01621 5330.0 172.0 -15.1.0 16...

7

.01629 5230.0 169.0 -12.72 168.3

.01638 5130.0 166.0 -10.03 171.9

.0161.5 5050.0 162.0 -7.351 175.6

.01655 1.960.0 159.0 -1..668 17J.2

.01661. 1.910.0 155.0 -1.993 182.9

.01673 1.850.0 152.0 0.6702 186.5

.01681 1.600.0 11.8.0 3.323 190.1

. 01690 1.750.0 11.5.0 5.561 19S.7 .01699 1.700.0 11.2.0 6.585 197.3

.01707 U660.0 138.0 11.19 200.9

.01715 1.6 2 0.0 135.0 13.78 201..

5

.01725 1.590.0 132.0 16.36 208.0

.01733 1.550.0 129.0 18.92 211.5

.0171.2 1.5 2 0.0 126.0 21.1.6 215.0

. 01750 1.1.90.0 121.. o 23.99 21S.5

.01759 1.1.60.0 121.0 26.50 221.9

.0176? 1.1.30.0 119.0 28.99 225.3

.01775 1.1.10.0 116.0 31.1.7 223.7

. 01781. 1.380.0 111..0 33.93 232.1

.01792 1.360.0 112.0 36.3 6 235.5

. 01300 1.330.0 110.0 38.81 238.8

.01803 1.310.0 108.0 1.1.23 21.2.2 .01817 1.260.0 106.0 1.3.61. 21.5.5 .01825 1.260.0 101.. 1.6.0 3 21.3.3 .01833 1.21.0.0 102.0 1.8.1.1 252.0

.0181.1 1.220.0 100.0 50.78 255.3

.0131.9 1.200.0 98.5 53.11. 253.6

.01357 1.160.0 96.3 55.1.8 261.8

.01865 1.160.0 95.3 57.82 265.0

.0191.3 3990.0 82.0 80.63 296.5

.02020 3850.0 72.1 102.7 327.2

.02095 3750.0 61..

5

121.. t. 357.3

. 02172 3670.0 56.3 11.5.7 367.0

.0251.1 31.90.0 39.1. 252.8 535.2

. 02902 3500.0 29.7 363.6 686.0

.03251. 3600.0 23.7 1.78.3 839.8

. 03598 371.0.0 19.7 595.8 996.0

.03937 3890.0 16.9 715.3 1153.0

0.7009

0.7073

0.7136 0.7199

0.7262 0.7325

0.7368

0.71.50 0.7512

0.7573

0.7631.

0.7691. 0.7812 0.7927

0.8039

0.811.8 0.8251. 0.8357

0.81.56 0.8553

0.861.7 0.8738 0.8626

0.8911 0.8995

0.9075

0.9151. 0.9230

0.9301. 0.9376

0.91.1.6 0.9515 0.9581

0.9646

0.9710

0.9772

0.9e32

0.9891

0.991.9 1.001 1.006

1.011 1.060 1.101

1.136

1.168 1.288

1.375

1.1.1.3

CV CP l/ELOCITY OF SOUND

BTU ' LB - ! FT/SEC

2522 .2930 6078.0

2561. .3011. 60U2.0

26 2 .3091 6008.0

2631. .3163 5975.0

2663 .3228 591.1..0 2687 .3288 5913.0

27 8 .331.2 5881.. o 2726 .3391 5 85 6 . 27i.l .31.31. 5629.0

2753 .31.73 5803.0

2763 .3507 5 77 8.0 2770 .3536 575 4.0 2776 .3562 5731.0

2779 .3583 5709.0

.2782 .3616 5 66 8.0 2779 .3638 5630.0

2773 .3650 5595.0

2763 .3653 5562.0

2751 .3651 5532.0

2737 .361.3 5503.0

2721 .3631 51.77.0 2705 3616 51.52.0 2686 3599 51.28.0 2670 3581 51.06.0 2653 3561 5385.0 2635 351.0 5365.0 2617 .3519 531.6.0 2600 31.98 5328.0

2533 31.77 5311.0

2566 31.56 5291..

251.9 31.35 5278.0

2533 31.15 5263.0

2517 3395 52U8.0

2502 3376 5233.0

21.87 3357 5219.0

21.72 3339 5206.0

21.58 3321 5193.0

-

21.1.". 3301. 5180.0

2431 3287 5168.0

21.18 3271 5156.0

21.05 3256 511.5.0 2393 321.1 5133.0

2382 3227 5122.0

2370 3213 5112.0

2277 3103 5018.0

2215 3031 (.91.1..0 2176 2988 1.883.0 2155 2965 1.631.. 2181. 2981. 1.697.0 2267 3050 1.67 3.0

c 2335 3099 1.707.0 2383 3130 1.771.0

- 21.16 315C i.Si.9.0

THO-PHASE 90UN0ARY
THESMOPHYSICAL PROPERTIES OF NITROGEN

60000 P3IA ISOBAR

TEMPERATURE OENSITf

OE ;. r LS/CU

235 63 90

21.0 63 78

21.5 63 66 250 63 53 255 63 39 260 63 25 265 63 11 270 62 96

2 rs 62 81 280 62 66 285 62 50 29C 62 3W 255 62 19 300 62 03 310 61 71 320 61 38 330 61 06

59 79 59 1.7 59 17 58 86 58 57 58 27 57 98 57 69 57 1.1 57 1*.

500 56 06 510 55 81 520 55 55 530 55 30

51.0 55 05 550 5* 81 560 51. 56 570 5". 32 580 5*. 09 590 53 86 60G 53 63 700 51 1.6 800 1.9 50 900 1*7 70 1000 !»6 05 1500 39 35 2000 31. 1.6 2500 30 73 3000 a 27 79 3500 25 1.0

793.0

776.0 762.0

750.0

71.0.0 731.0

721.. 717.0 712.0 708.0

701..

701.0

693. 691.

690.

690.

691.

692.

698.0

700.0

703.0

706.0

708.0 711.0

711.. 716.0 719.0

722.0

721.. 727.0

730.0 732.0

735.0 738.0

71.0.0

71.3.0

71.5.0

71.8.0 750.0 752.0

777.0 802.0

829.0

859.0

10-.0.0

121.0.0

11.50.0 1650.0

1650.0

(DP/OU) -V (OP/DV1

-CU FT/6TU PSIS

10 1 1.39000

10 2 1.28000

10 2 1.17000

10 3 1.08000

10 3 39900C . 10 3 390000

10 3 382000

10 3 375000

10 3 368000

10 3 361000

10 2 355000

10 2 31.9000

10 2 31.1.000

10 1 339000

10 329000

9 90 321000

9 79 313000

5 67 307000

9 56 301000

9 1.1. 295000

9 33 290000

9 22 285000

5 11 281000

9 00 277000

8 90 273000

8 81 269000

8 71 266000

8 62 263000

8 53 260000

8 1.1. 257000

8 36 251.000

8 28 251000

8 20 21.8000

8 13 21.6000

8 06 21.3000

7 99 21.1000 a 7 92 238000

7 85 236000

7 79 231.000 3 7 73 231000

7 67 229000

7 61 227000

7 55 225000

7 50 223000

7 00 205000

6 58 191000

6 21 179000

5 87 169000

It 58 137000

3 79 121000

3 30 111000

2 =18 101.000

2 75 98900

(OV/0TL7V THERMAL VISCOSITY P CONDUCTIVITY

1/OEG. R 8TU/FT-HR-P. L8/FT-SEC

X 105

THER1AL DIELECTRIC PRANDTL OIFFUSIVITY CONSTANT NUMBER

SQ FT/ MR

0.03036J

. 000388

.3001.06 0.0001.22

0.0001.36

0.0301.50 0.0001.62 0.0001.73

0.3301.82 0.0001.91

0.0001.98 0.030505

0.000510 0.030515

0.000522

0.030526 0.000529

0.000529

0.03052a

0.033526

0.000523

0.000520

0.000516

0.300511

0.030507 3.300502

0.3301.97

0.0001.92 0.0301.87

0.0301.82

0.0001.78

0.0001.73 0.0001.69

0.0301.61. 0.3301.60

. 0001.56 0.3301.52

0.0001. 1.8 0.0331. Hi. 0.0001.1.1

0.0001.37

0. 0001.31. 0.3031.30 0.0001.27

0. 0301.00 0.300378

0. 000363

0.00031.5 0.000287

0.30021.6

3.000211. 0.000193

0.000170

THO-PHASE 9GUN0ARY
THERMODYNAMIC PROPERTIES OF NITROGEN

80O00 P3IA ISOBAR

TEMPERATURE VOLUME ISOTHERM DERIVATIVE ISOCHORE

DERIVATIVE

INTERNAL

ENERGY ENTHALPY ENTROPY CV CP VELOCITYOF SOUND

CEG. R. CU FT/. B CU FT-PSIA/L6 PSI A/P 3TU/LB BTU/LB OTU/Le-R BTU ' LB -R FT/SEC

265.0 0.01517 8330.0 153.0 -24.07 200.7 0.7052 0.2603 0.2919 6579.0

270.0 01519 8170.0 157.0 -22.92 202.1 0.7108 0.2642 0.2990 6544.0

275.0 01521 -.010.0 161.0 -21.74 203.6 0.7163 0.2677 0.3057 6510.0

280.0 01521. 7870.0 164.0 -20.55 205.2 0.7219 0.2707 0.3118 6473.0

285.0 01525 7730.0 166.0 -19.34 206.8 0.7274 0.2734 0.3175 6448.0

290.0 01529 7600.0 169.0 -18.12 203.4 0.7330 0.2757 0.3227 6419.0

295.0 01532 7460.0 170.0 -16.88 210.0 0.7386 0.2777 0. 3275 6391.0

300.0 01531. 7360.0 172.0 -15.63 211.6 0.7441 0.2795 0.3319 6364.0

310.0 01540 7150.0 1/4.0 -13.11 215.0 0.7551 0.2821 0.3394 6314.0

320.0 01546 6960.0 174.0 -10.55 213.4 0.7660 0.2838 0.3455 6268.0

330.0 01552 6800.0 174.0 -7.982 221.9 0.7767 0.2848 0.3503 6225.0

31.0.0 01558 6660.0 173.0 -5.384 225.4 0.7672 0.2851 0.3539 6187.0

350.0 01564 65 3 0.0 172.0 -2.775 229.0 0.7975 0.2850 0.3566 6151.0

360.0 01571 6410.0 170.0 -0.1616 232.6 0.8076 0.2845 0.3584 6118.0

370.0 01577 6310.0 168.0 2.455 236.1 0.8174 0.2836 0.3594 6088.0

380.0 01584 6220.0 165.0 5.0 69 239.7 0.8270 0.2825 0.3599 6060.0

390.0 01591 6140.0 163.0 7.678 243.3 0.8364 0. 2812 0.3598 6034.0

1*00.0 01597 6070.0 160.0 10.28 246.9 0.9455 0.2797 0.3593 6010.0

1.10.0 01604 6000.0 157.0 12.67 250.5 0.8543 0.2781 0.3585 5988.0

.20.0 01611 5340.0 154.0 15.45 254.1 0.3629 0.2765 0.3574 596 7.0

1.30.0 01613 5890.0 152.0 18.02 257.7 0.3713 0.2747 0.3560 5947.0

1.1.0.0 01624 5840.0 149.0 20.58 261.2 0.3795 0.2730 0.3545 5929.0

1.50.0 01631 5800.0 146.0 23.12 264.8 0.8675 0.2712 0.3529 5911.0

1.60.0 01638 5750.0 143.0 25.65 268.3 0.8952 0.2694 0.3512 5895.0

1.70.0 01645 5710.0 141.0 28.16 271.8 0.9027 0.2677 0.3494 5879.0

1.80.0 01651 5680.0 138.0 30.66 275.3 0.9101 0.2659 0.3476 5 96 5.0

1.90.0 01658 5640.0 136.0 33.15 273.7 0.9172 0.2642 0.3458 5851.0

500.0 01664 5610.0 133.0 35.62 282.2 0.9242 0.2625 0.3439 5 83 7.0 510.0 01671 5580.0 131.0 36.07 285.6 0.9310 D.2608 0.3421 5824.0 520.0 01673 5550.0 129.0 40.51 289.0 0.9376 0.2592 0.3403 5812.0

530.0 01684 5530.0 127.0 42.94 292.4 0.9441 0.2576 0.3385 5 80 0.0 540.0 01691 5500.0 125.0 45.36 295.8 0.9504 0.2560 0.3367 5789.0

550.0 01697 5470.0 123.0 47.76 299.2 0.9565 0.2545 0.3350 5 77 9.0 560.0 01703 5450.0 121.0 50.15 302.5 0.9626 0.2530 0.3333 5 76 7.0 570.0 01710 5430.0 119.0 52.52 305.3 0.9684 0.2516 0.3316 5 75 7 . 580.0 D 01715 5400.0 117.0 54.89 309.1 0.9742 0.2502 0.3300 5747.0

590.0 01723 5380.0 115.0 57.24 312.4 0.9798 0.2439 0.3285 5737.0

600.0 01729 5360.0 113.0 59.58 315.7 0.9853 0.2476 0.3270 5 72 9.0 700.0 01791 5180.0 99.5 82.43 347.7 1.035 0.2367 0.3146 5646.0

800.0 01851 5030.0 87.4 104.5 378.8 1.076 0.2292 0.3064 5590.0

900.0 01910 4900.0 78.8 126.1 409.1 1.112 0.2243 0.3013 5523.0

1000.0 01963 4600.0 71.8 147.5 439.1 1.144 0.2214 0.2985 5474.0

1500.0 02253 4510.0 49.9 254.2 583.1 1.264 0.2221 0.3001 5315.0

2000.0 02531 4460.0 38.2 364.9 739.9 1.352 0.2294 0.3071 5 25 9 . 2500.0 02803 4510.0 30.9 479.7 894.9 1.421 0.2356 0.3124 5266.0

3000.0 03 068 4620.0 25.8 597.3 1052.0 1.476 D.2400 0.3156 5307.0

3500.0 03329 4760.0 22.2 717.0 1210. 1.527 0.2431 0.3174 5366.0

THO-PHASE BOUNOARY
THERHOPHYSICAL PROPERTIES OF NITROGEN

80000 PSIA ISOBAR

TEMPERATURE OENSITY \MDP/DU>,, -VIDP/DKL. PSIA-CU FT/6TU PSIA

(Otf/OTL/V THERMAL VISCOSITY CONDUCTIVITY

1/OEG. R 3TU/FT-HR-R LB/FT-SEC

THERMAL DIELECTRIC PRANOTL DIFFUSIVITY CONSTANT NUMBER

SO FT/HR

265.0

270.0 275.0

260.0

285.0

290.0

295.0

300.0

310.0

320.0 330.0

31.0.0 350.0 360.0

370.0

380.0

390.0

".00.0

".10.0 .20.0

65.92

65.82

65.73

65.62

65.52

65.1.1 65.30 65.18

61.. 91. 6U. 70

61*. i*l» 61.. 18 63.92

63.66 63.39

63.13

62.86

62.60

6 2.31.

1.30 61 82

1.1.0 61 56

1.50 61 31

1.60 61 06

1.70 60 81

1.80 60 56

1.90 60 32 500 60 oe 510 59 85 520 59 61

530 59 36

51.0 59 15 550 58 93 560 58 71 570 56 1.9 560 58 27 590 56 05 600 57 81. 700 55 81. 800 51. 02 900 52 35 1000 50 80 1500 1.1. 3a 2000 39 51 2500 35 66 3000 32 59 3500 30 0".

1050.0

1020.0

1000.0

983.0

966.0 951.0

938.0 927.0

908.0

891..

882.0

871.. 667.0 862.0

856.0 856.0

651..

851..

851..

651..

855.0

856.0

656.0 860.0

862.0

861.. 866.0 669.0

671.0

671..

876.0

879.0

882.0

885.0 887.0

890.0

693.0

896.0 923.0

952.0

981.0 1010.0

1200.0

11.20. 1630.0

6 89 51.9000 .1 9 02 538000

9 13 527000

9 22 516000

9 29 506000

9 35 1.97000

9 39 1.88000

9 1.3 1.60000

9 1.7 1.61.000 9 1.9 1.5100

9 ".8 1.38000

9 1.6 1.27000

9 1.2 1.17000

9 37 1.06000

9 32 1.00000

9 26 39300

9 20 366000

9 13 360000

9 06 37»000

9 00 369000

6 93 361.000

6 86 360000

6 79 355000

6 72 351000

8 66 31.8000

8 59 31.1.000 S 53 31.0000

8 1.6 337000

6 1.0 33HOO0

e 31. 331000

8 28 328000

6 23 325000

8 17 323000

B 12 320000

8 06 317000

8 01 315000

7 96 313000

7 91 310000

7 1.5 289000

7 06 272000

6 71 257000

6 3d 21.1.000 5 07 200000

1* 22 176000

3 67 161000

3 30 151000

3 DA) 11.3000.

0.000271 0.000292

0.000305

0.000317 0.000329

0.00033J

0.00031.9 0.000353

0.000371. 0.000387

0.000397

0.0001.05

.0001.11 0.0001.16

0.0001.13

0.0001.20 0.0001.21

0.0001.21

0.0001.20 0.0001.H

0.0001.16

0.0001.11. 0.0001.11

.0001.0 i 0.0001.05 0.0001.02

0.00039-1 0.000396

0.000393

D. 000389 0.000386

0.0 00 383 0.000360 0.000377

0.000371. 0.000371

0. 000368 0.000365

.000341

0.0 0032 2 0.000307

0.000291.

0.00021.9 0.000217

0.000192

O. 000171 0.000155

THO-PHASE BOU^OARY
100000 PSIA IS08AR thermodynamic properties of nitrogen

TEMPERATURE VOLUME ISOTHERM DERIVATIVE

OEG. R CO FT/.

3

CU FT-PSIA/

390.0 0.011.77 9300.0

295.0 0.01473 9630.0

300.0 0.011(60 94 6 0.0 310.0 0.011.63 9160.0

320.0 0.011.87 8890.0

330.0 0. 011.91 861(0.0 340.0 0.011.95 8420.0

350.0 0. 01500 8220.0

360.0 0.01505 601.0.0 370.0 0.01510 7880.0

360.0 0.01515 7740.0

390.0 0. 01520 7610.0

400.0 0.01525 7500.0

1.10.0 0.01531 7390.0 420.0 0. D1536 7300.0

430.0 .0151.1 7220.0

i. 40.0 0. 01547 7140.0

1(50.0 0. 01552 7070.0

1(60.0 0.01553 7010.0

1.70.0 . 1 5 63 6950.0

1(00.0 0.01563 69 0.0

1(90.0 0.01571. 6850.0

500.0 0.01573 6800.0

510.0 0.01585 6760.0

520.0 0. 01590 6720.0

530.0 0.01596 6690.0

51.0.0 0.01601 66 5 0.0 550.0 0.01607 66 2 . 560.0 0.01612 6590.0 570.0 0.01617 6560.0

580.0 0.01623 6530.0 590.0 0.01628 6510.0

600.0 0.01633 6480.0 700.0 0.01605 6280.0

600.0 .01735 6120.0 900.0 0.01785 5990.0

1000.0 0.01833 5380.0 1500.0 0.02067 5520.0 2000.0 0.02295 5400.0

2500.0 0.02518 5420.0

3000.0 0.02736 5500.0

3500.0 0.02950 5620.0

ISOCHOSE INTERNAL ENTHALPY DERIVATIVE ENERGY PSIA/R BTU/LB BTU/L3 139.0 -13.84 253.6

144.0 -12.69 261.0 148.0 -11.52 262.5

155.0 -9.164 265.5

161.0 -6.748 268.7

165.0 -4.294 271.9

166. -1.810 275.2

170.0 0.6978 273.5

171.0 3.225 281.9

171.0 5.765 285.4

171.0 8.313 288.9

170.0 10.87 292.4

169.0 13.42 295.3 167.0 15.97 293.4

166.0 18.52 302.9

164.0 21.07 30o.5 162.0 23.60 310.0 160.0 26.13 313.5 158.0 26.64 31?.

1

156.0 31.15 320.6 153.0 33.64 324.1

151.0 36.12 327.6

149.0 38.59 331.1

147.0 41.05 334.5 145.0 43.49 333.0 142.0 45.92 341.4 140.0 48.34 344.8 138.0 50.75 348.3

136.0 53.14 351.6 134.0 55.52 355.0

132.0 57.89 358.4 130.0 60.25 361.7 129.0 62.59 365.0 113.0 85.49 397.6

101.0 107.6 423.0 91.4 129.2 459.7

83.7 150.5 489.9

59.5 256.9 633.7 46.2 367.3 792.2

37.7 481.9 948.1

31.7 599.5 1106.0 27.4 719.3 1266.0

0.7173

0.7223

0.7276

0.7377

0.7477 0.7576

0.7674 0.7771

0.7867

D.7961

0.805..

0.6571

0.8650 0.8726

0.66G4

0.8877 0.8949

0.9020 0.9063

0.9155

0.9221 0.3285

0.9347

C.94G8

0.9466

0.9 64 1.014 1.056

1.092

1.124 1.246

1.333

3TU 0.2626

0.2663

0.2696

0.2752

0.2796

0.2828 0.2852

0. ?868

0..2876

0.. 2869

0. 2859

0. 2848

0,,2834

n. 2320

0. >604

0. 3798

0,. ?772

0. ?755

0, 2738

0. 2721

n, ?704

0. >637

0..262 3

0.,2607

0..2592

0..2578

0.,2564

0.,2442

,2357

0,,2300

0.,2264

.2252

0..2316 (03

CP VELOCITY

OF SOUND

-R FT/SEC

.2855 7026.0

0.,2318 699 2.0 .2978 6959.0

0,,3085 6697.0

.3177 6841.0

0,,3257 6789.0

0.,3324 6 74 2.0 .3379 6700.0

0..3425 6660.0

.3461 6 62 4.0

0,.3489 6591.0

,3510 6561.0

.3525 6533.0

.3534 6507.0

0,.3539 6433.0

.3539 6461.0

.3536 644 0.0 .3530 6421.0

.3522 6403.0

, 3512 6337.0

0,,3501 6371.0

,3488 6 35 7.0

0,,3474 6 34 3.0 ,3459 63J0.O

0,, 3444 6317.0

0,.3429 6306.0

0,,3413 6295.0

0..3397 6284.0

0,,3382 6274.0

,3366 6264.0

0,,3351 6255.0

0,.3335 6246.0

0,,3320 6238.0

0,.3190 6165.

0,.30 39 6107.0

0,,3040 6057.0

0,,3007 6012.0

0,,3014 5850.0

0,,3088 5777.0

0..3143 5 76 4.0

0,.3177 5786.0

0,.3136 5333.0

THO-PHASE 80UN0ARY
100000 PSIA ISOBAR

THERNOPHYSICAL PROPERTIES OF NITROGEN

TEHPERATURE OENSITY

DEO. R L8/CU FT

V (OH/OV) BTU/LB

VCDP/DU) -1MDP/DV)

V T PSIA-CU FT/BTU PSIA

<DV/DT)/V THERMAL VISCOSITY P CONDUCTIVITY

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

THERMAL OIELECTRIC PRANDTL OIFFUSIVITY CONSTANT NUMBER

SQ FT/HR

290 67 72 295 67 o5 300 67 57 310 67 1.1 320 67 21. 330 67 05

31.0 a 66 85 350 66 o5 360 66 <tk 370 66 23

360 66 01 390 a 65 79

<t00 65 56

".10 65 31. 1.20 65 11

1.30 61. 99

1.1.0 61. 65

1.50 61. 1.3 1.60 61. 20

1.70 63 99

1.80 63 75

1.90 63 53 500 63 31 510 a 63 10 520 62 99 530 62 67

51.0 62 .5 550 a 62 2fc 560 a 62 01. 570 61 93 560 61 63 590 a 61 1.2 600 61 23 700 a 59 31. 600 57 62 900 a 56 03 1000 51. 56 1500 1.6 39 2000 1.3 59 2500 39 72 3000 36 55

35 33 90

1370.

1320. 1290.

1230.

1160.

111.0. 1110.

1090. 1070.

1060.

101.0. 1030. 1030.

1020.

1010.

1010.

1010.

1010.

1000.

1000.0 1000.0

1000.0 1010.0

1010.0 1010.0

1010.0

1010.0

1010.0

1020.0

1020.0

1020.0

1020.0

1050.0

1080. 1120.0

1150.0

1350.0

1570.0 1790.0

7 79 661.000

7 97 651000

6 12 639000

8 37 617000

9 56 598000

8 70 579000

6 61 563000

9 88 51.8000

9 93 531.000

8 97 522000

9 98 511000

9 99 501000

8 98 1.92000

9 97 1.83000

9 91. 1.75000

9 92 1.68000

8 88 1.62000

8 85 1.55000

9 81 I.5COO0

6 77 1.1.5000

8 73 1.1.0000 a 8 69 1.35000

8 61. 1.31000

9 60 1.27000

8 55 1.23000

8 51 1.19000

S t6 1.15000

9 1.2 1.12000

9 37 1.09000

9 33 1.06000

9 28 1.03000

9 21. 1.00000

9 20 397000

7 79 373000

7 1.3 353000

7 09 336000

6 76 321000

5 1.6 267000

1. 56 235000

1. 00 215000

3 59 201000 a 3 30 190000

0.000209

0.000220

0.000231

0.000251 0.000269

0.000285

0.000296

0.000310

0.000320

0.000328

0.000331.

0.00031.0

0.00031.1. 0.00031.7 0.00031.9 0.000350 0.000351

0.000351

0.000351

0.000350

0.00031.9 0.00031.7 0.0 0031.6 0.00031.1. 0.00031.2

0.00031.0 0.000338

0.000336

0.000333 0.000331

0.000329 0.000326

0.000321. 0.000303

0.000266

0.000272 0.000261

0.000223

0.000196

0.000175

0.000158

0.00011.1.

THO-PHASE BOUNOARY
THERMODYNAMIC PROPERTIES OF NITROGEN

150000 P5IA ISOBAR

TEMPERATURE VOLUME ISOTHERM ISOCHORE INTERNAL ENTHALPY ENTROPY CV CP VELOCITY DERIVATIVE DERIVATIVE ENERGY OF SOUND

OEG. R CU FT/.

3

CU FT-PSIA/LB PSIA/R BTU/LB 8TU/LB 8TU/L6-R BTU ' L3 -R FT/SEC

350.0 0.01399 13000.0 106.0 13.97 402.6 0.7495 0.2584 0.2694 7924.0

360.0 0.011.01 12600.0 118.0 16.24 405.4 0.7572 0.2645 0.2788 7858.0 370.0 0.011.03 12300.0 127.0 18.54 403.2 0.7650 0.?696 0.2874 7 79 9.0 380. 0.01405 12000.0 135.0 20.86 411.1 0.7727 0.2739 0.2950 7746.0 390.0 0.011.07 11700.0 11.2.0 23.20 414.1 0.7805 0.2773 0.3019 7698.0

1.00.0 D.Oli.10 11500.0 1*8.0 25.56 417.1 0.7882 0.2800 0.3080 7654.0

1.10.0 0.011.1? 11300.0 153.0 27.94 420.3 0.7959 0.2821 0.3135 7615.0

1.20.0 0.011.15 11000.0 157.0 30.33 423.4 0.3035 0.3836 0.3182 7579.0

<<30.0 0.011.1) 10900.0 160.0 32.72 426.6 0.8110 0.2847 0.3224 7545.0

•.1.0.0 0. 011.21 10700.0 162.0 35.13 429.9 0.8185 0. ?854 0.3260 7515.0

1)50.0 0. 011.21. 10500.0 161.. 37.54 433.1 0.6258 0.2857 0.3290 7488.0

1.60.0 0.011.27 101.00.0 165.0 39.95 436.4 0.8331 0.2357 0.3316 7462.0

1.70.0 0.0H31 10200.0 166.0 42.36 439.8 0.8403 0.2855 0.3338 7439.0

1.6 0.0 . llnj". 10100.0 167.0 44.77 443.1 0.8473 0.2650 0.3355 7417.0

1.90.0 0.011.38 10000.0 167.0 47.18 446.5 0.B542 0. 2844 0.3369 7398.0 500.0 O.OI1.1.I 9860.0 167.0 49.58 449.9 0.6610 0.2836 0.3379 7379.0 510.0 0. Oil. 1(5 9770.0 167.0 51.98 453.2 0.B677 0.2827 0.3386 7363.0

520.0 .011.1.8 9680.0 166.0 54.38 456.6 0.8743 0.2816 0.3391 7347.0 530.0 0.011.52 9590.0 165.0 56.77 460.0 0.8808 0.2805 0.3394 7333.0

51.0.0 0.01455 9520.0 164. 59.15 463.4 0.8871 0.2793 0.3394 7319.0

550.0 0.01453 91*1+0.0 163.0 61.53 466.8 0.8934 0.2731 0.3393 7307.0

560.0 0.01463 9380.0 162.0 63.89 470.2 0.6995 0.2768 0.3390 7295.0 570.0 0.011.66 9320.0 161.0 66.25 473.6 0.9055 0.2755 0.3386 7284.0

560.0 .011.70 9260.0 160.0 68.60 477.0 0.9114 0.2742 0.3381 7274.0 590.0 0.011.71. 9210.0 158.0 70.94 480.3 0.9171 0.2728 0.3374 7265.0

600.0 0.011.78 9160.0 157.0 73.27 483.7 0.9228 0.2715 0.3367 7256.0

700.0 0.01515 B820.0 11.3.0 96.12 516.9 0.9740 0.2537 0.3274 7190.0 800.0 0.01552 8610.0 130.0 118.2 549.2 1.017 0.2486 0.3132 7147.0

900.0 0.01587 81.70.0 119.0 139.7 580.6 1.054 0.2414 0.3113 7112.0 1000.0 0. 01622 831.0.0 110.0 160.9 611.5 1.087 0. 2365 0.3063 7081.0

1500.0 0.01790 7920.0 60.6 266.4 763.4 1.210 0.2315 0.3045 6948.0 2000.0 0.01950 7700.0 64. 3 375.8 917.5 1.298 0.2362 0.3118 6 861.0 2500.0 0.02107 7620.0 53.4 489.6 1075.0 1.3 69 0.2410 0.3178 6824.0

3000.0 0. 02261 7640.0 45.5 606.8 1235.0 1.427 0.2446 0.3216 6821.0

3500.0 0.021.12 7710.0 39.6 726.3 1396.0 1.477 0.2470 0.3238 6843.0

THO-PHASE 30UNOARY
150000 P5IA ISOBAR

THERHOPHYSICAL PROPERTIES OF NITROGEN

TEMPERATURE OENSITY PSIA-CU FT/6TU PSIA(0</OT)/i THERMAL VISCOSITY P CONOUCTIYITY

1/OEG. R BTU/FT-HR-R LB/FT-SEC

THERMAL DIELECTRIC PRANDTL

OIFFUSIVITY CONSTANT NUMBER

SQ FT/HR

360 71 3a 370 .0 71 ze 360 71 18 390 71 16

fcOO .0 70 93

1*10 70 80

1.20 .0 70 Ob

1.30 70 52

1.1.0 .0 70 37

1.50 .0 70 22

1.60 70 06

1.70 69 90

1.80 o 69 73

1.90 69 56 500 69 1.0 510 69 23 520 69 06 530 68 86

51.0 68 71

550 68 51. 560 68 37 570 a 68 19 580 68 02 590 67 85 600 67 69 700 66 01 800 61. 1.5 900 a 62 99 1000 61 61.

1500 55 88 2000 51 28 2500 ".7 1.6 3000 1*1. 23 3500 1.1 1.6

2350.0

211.0.0 1980.0

1860.0 1770.0

1700.0

11.50.0

11.30.0 11.10.0

11.00.0 1390.0

1370.0

1370.0 1360.0

1350.0 1350.0

131.0.0 131.0.0 1330.0

1330.0 1330.0

131.0.0

1670.

1920. 2150.

2390.

2610.

5 76 929000

6 .23 903000

6 .62 878000

6 .95 856000

7 22 835000

7 .1.6 815000

7 .65 797000

7 82 781000

7 96 765000

8 08 751000

8 IS 738000

8 27 725000

8 Jl> 711.000

8 1.0 701.000

6 1.1. 694000

8 1.8 635000

S 51 676000

8 53 668000

8 55 661000

8 56 651.000

8 57 61.7000

8 57 61.1000

8 57 635000

8 56 630000

8 55 625000

8 51. 620000

8 35 582000

8 09 555000

7 81 533000.

7 52 511.000

6 23 1.1.3000

5 30 395000

(. 66 362000

t» 21 338000

3 87 320000.

.000115

.000130

.00011.5 .000158

.000170

.0 00182 .000192

.000201 .000203

.000216 .000222

.000228

.000233

.000237

.00021.1

.00021.1. .00021.6

.00021.8 .000250 .000251

.000252 .000253

.000253 .000253

.000253 .000253

.00021.5 .00023%

.000223 .000213

.000182

.000163

.00011.3 .000135

.000121.

TKO-PHASE BOUNDARY

?b*n JTBS-114A (1-71) 2. Gov't Accession No.

U.S. DEPT. OF COMM. BIBLIOGRAPHIC DATA

SHEET

1. PUBLICATION OR REPORT NO. NBS TN-648

3. Recipient's Accession No.

4. TITLE AND SUBTITLE Thermophysical Properties of Nitrogen from the Fusion

Line to 3500 R (1944 K) for Pressures to 150,000 Psia

(10342 x 105 N/m2

)

5. Publication Date December 1973

6. Performing Organization Code

7. author(s) R. T. Jacobsen, R. B. Stewart, R. D. McCarty,

and H. J. M. Hanley

8. Performing Organization

10. Project/Task/Work Unit No. 2750429

9. PERFORMING ORGANIZATION NAME AND ADDRESS

NATIONAL BUREAU OF STANDARDS,

DEPARTMENT OF COMMERCE

Boulder, Colorado 80302

Boulder Labs,

11. Contract/Grant No. NASA-MSC-T-1813A

12. Sponsoring Organization Name and Address NASA- Manned Spacecraft Center

Houston, Texas 77058

13. Type of Report & Period Covered

14. Sponsoring Agency Code

15. SUPPLEMENTARY NOTES

16. ABSTRACT (A 200-word or less factual summary of most significant information. If document includes a significant bibliography or literature survey, mention it here.) Tables of thermophysical properties of nitrogen are presented for temperatures from the fusion line to 3500 R for pressures to 3000 psia, and from the fusion

line to 1500 R for pressures above 3000 psia to 150,000 psia. The tables include values of entropy, enthalpy, internal energy, density, specific volume,

velocity of sound, specific heats (C v and Cp), thermal conductivity, viscosity, thermal diffusivity, Prandtl number, and the dielectric constant for selected isobars. Additional tables are included for values of: (5P/oV)j, (?)P/oT)p, V(oH/ V)

p

, (}P/?)U)v

, VftP/3V) and' (?>V/9T) , which have special utility

in heat transfer calculations. Tables of selected isobars for the liquid and vapor phases, and for the saturated vapor and saturated liquid are included. An equation of state is presented for liquid and gaseous nitrogen for the temperature and pressure ranges of these tables. In the determination of the equation of state, all of the P-p-T (pressure-dens ity- temperature) data

available from the published literature were reviewed, and appropriate corrections made to bring experimental temperatures into accord with the International Practical Temperature Scale of 1968. The coefficients of the equation of state were determined by a weighted least squares fit to selected P-p-T data and

simultaneously to Cv

data determined by corresponding states analysis from

oxygen data, and to data which defined the phase equilibrium criteria for the saturated liquid and saturated vapor. A vapor pressure equation, melting curve equation, and an equation to represent the ideal gas heat capacity of nitrogen are also presented. The equation of state is estimated to be accurate

to within 0.5 percent in the liquid r eg ion, to within 0. 1 percent for supercritical isotherms up to 15, 000 psia, and to within 0.3 percent from 15, 000

to 150,000 psia. The vapor pressure equation is accurate to within ± 0.01 K

between the triple point and the critical point.

17. m \ wn K! ;

i

: \i ( .i„d„ m. ,i .,ui.-i, •...-,.. .,.,.>;( I-, .... s)Uen_sity; dielectric constant; entn tropy

quat ion of state-' fixed points;" heat "transfer coefficients; index of refraction

TLomson; latent heat; me]

sound; surface tension; th

lpy

; Jcoulernomson; latent heat; melting point; nitrogen; Prandtl number; specific heat; speed of

" lermal conductivity; thermal diffusivity; vapor pressure;

18. availability statement viscosity; volume.

1X1 unlimited.

Z\ FOR OFFICIAL DISTRIBUTION. DO NOT RELEASE

TO NTIS.

19. SECURITY CLASS

(THIS REPORT)

UNCLASSIFIED

20. SECURITY CLASS

(THIS PAGE)

UNCLASSIFIED

21. NO. OF PAGES

162

22. Price $1. 25

USCOMM-DC 66244-P7I

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