mm Bureau of Standara*

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MAR 19 1971

NBS TECHNICAL NOTE 397

Tabulated Values of Cavitation

B-Factor for Helium, H2 , N2 , F2 ,

2 , Refrigerant 114, and H 2
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NBS TECHNICAL NOTE 397

ISSUED FEBRUARY 1971

Nat. Bur. Stand. (U.S.), Tech. Note 397, 116 pages (Feb. 1971]

CODEN: NBTNA

Tabulated Values of Cavitation B-Factor for

Helium, H2, N2, h> O2/ Refrigerant 114, and H2O

J. Hord and R. O. Voth

Cryogenics Division

Institute for Basic Standards

National Bureau of Standards

Boulder, Colorado 80302

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Contents

Page

1. Introduction 1

2. Analytical Approaches „ 3

3. Comparison of Analyses 8

4. Computational Techniques and Results 13

5. Nomenclature 17

6. References 21

7. Appendices 24

List of Figures

Figure 1. Typical isentropic vaporization process with

appropriate nomenclature 7

Figure 2. B-factor and corresponding temperature depressions

resulting from vaporization of liquid hydrogen ... 9

Figure 3. B-factor and corresponding temperature depressions

resulting from vaporization of liquid nitrogen ... 10

Figure 4a. B-factor and corresponding temperature depressions

resulting from isentropic vaporization of various

liquids. 19

Figure 4b. B-factor and corresponding pressure depressions

resulting from isentropic vaporization of various

liquids 20

List of Tables

Table 1 Range and interval of initial temperature, T , for

data tabulated in the Appendices 14

in

TABULATED VALUES OF CAVITATION B-FACTOR

FOR HELIUM, H N F O , REFRIGERANT 114,

C c* C. d

AND H O*

2

J. Hord and R. O. Voth

A brief history is given on the development of the Bfactor concept and its application to the design of liquid pumps. Adaptation of the "quasi- static" vaporization model to the cavitation process is discussed;

previous methods of computing B-factor are reviewed

and a simplified, more precise computation, consistent

with the "quasi-static" model, is established. Merits

of the different computational techniques are discussed

and two of the methods are graphically compared. The

best available property data are used to compute Bfactors for several fluids over a wide range of temperatures. The results are tabulated as reference data;

they are useful in the application of the B-factor concept

to the prediction of performance in cavitating liquid pumps.

Keywords: Cavitation; cryogenics; pumps.

1. Introduction

This paper deals with the calculation and tabulation of cavitation B-factors for several fluids. B-factor is defined as the ratio of

the volume of vapor to the volume of liquid involved in the cavitation

*This work was conducted under the sponsorship of Lewis Research

Center (NASA-LeRC) on Contract No. C-39004B.
process in hydraulic equipment. Cavitation is the formation of a vapor

phase within a flowing liquid and results from a reduction in pressure.

The effects of fluid properties on the cavitating performance of hydraulic

equipment have been the subject of considerable study [1-9], and it was

2

from some of these studies that the current B -factor concept evolved.

Use of the B -factor to predict cavitating performance of pumping machinery is usually attributed to Stahl and Stepanoff [2], although other authors

[1, 3] independently arrived at approximately identical results [4],

Stepanoff [5, 6], and more recently Ruggeri and Moore [10-12], have

shouldered the burden of providing the link between concept and application. It was primarily the work of Stahl and Stepanoff [2, 5, 6] that

motivated Gelder et al. [13] to extend the B-factor concept. The predictive method developed by Gelder and co-workers has proven highly

successful [10, 11]. The "quasi-static" theory upon which their solution

is based is amazingly simple and obviously deficient from a theoretical

viewpoint; nevertheless, it is apparent that their solution, though simplified, contains the significant groups of dimensionless parameters.

A current research program [14], endeavoring to upgrade the thermostatic approach outlined by Gelder et al. [13] and to account for dynamic

effects via entrainment theory, has substantiated the latter statement.

Although the B-factor approach, from a theoretical viewpoint, is not

entirely compatible with the physical processes of cavitation, it is well

established, adequately documented [10-13] and provides good results

[10, 11], Current efforts [14] to obtain a more compatible theory have

Numbers in brackets indicate references at the end of this paper.

2

B-factor, as we have chosen to call it in this paper, has also been

called "Cavitation tendency parameter," "Cavitation tendency index,"

"thermal cavitation parameter," "thermal cavitation criterion," and

"thermal criterion" in the literature.

2
not yet resulted in a predictive technique that is less complex or less

dependent upon experimental data. For these reasons it is apparent

that the B-factor approach will be used until such time as a major

theoretical breakthrough occurs; consequently, there is a need for

B-factor reference data, calculated in the most consistent and theoretically tenable manner from the best available thermodynamic properties of fluids. It is the intent of this paper to establish an improved

B-factor calculation method and to tabulate the computerized results

for several fluids of interest. The calculation method may easily be

extended to other fluids. The reader should see references [10-13]

for application of the B-factor concept to equipment design, or to the

prediction of cavitating performance of existing hydraulic equipment.

Water and refrigerant 114 were selected for inclusion in this report

because of their obvious advantages, relative to the cryogenic fluids,

in obtaining the experimental data necessary for application of the

B-factor predictive technique [10, 11],

2. Analytical Approaches

The simplest derivation of the B-factor concept originated with

Stahl and Stepanoff [2]. Hollander [4] showed that various B-factor

solutions [1, 2, 3] were approximately equivalent and could be represented by a "quasi-static" model; this model features a unit mass of

saturated liquid completely filling an insulated cylinder with a tightlyfitting piston. When the piston is lifted some of the liquid is vaporized.

This model was used by Gelder et al. [13] to improve upon the computational technique of Stepanoff [5] and will be used again in this

paper to establish a technique for computing B-factor that is simple

and more precise than the method of Gelder et al. The basic
formulation derived by Stepanoff [5] is

V

*r~ =Ahv

C

p

T

fl ( P./P..M • (1)

(

P t

/P v L

)

Gelder et al. [13] point out that eq (1) is only an approximation

because it cannot account for change in fluid properties as the fluid

temperature (and pressure) drops as a result of vaporization; also, it neglects change in enthalpy of the vapor phase and reduction of liquid

mass during the vaporization process. Consequently, eq (1) may be

a rather crude expression when the fluid properties vary appreciably

with temperature; this is particularly true for liquid hydrogen where

the results may easily be in error by a factor of two. Gelder et al.

improved upon this situation--by accounting for changing fluid properties, change in vapor enthalpy and reduction of liquid mass--with

an incremental calculation method [13], This method uses the "quasistatic" model of Hollander [4] and starts with a unit mass of liquid in

the cylinder; an energy balance, describing the fluid expansion attained

by lifting the piston within the cylinder, results in the following expression,

w L = n n (1 - w - V w. ) AH. + I y w )AH . (2a) n A i-i

)

f,n

^

x-x^

g ,n* ( }

This expression accounts for changing fluid properties with temperature depression if suitably small increments of temperature or pressure are chosen for each step-wise calculation. The left hand side of

eq (2a) represents the energy required to vaporize a fraction of liquid.

The first term on the right hand side of eq (2a) accounts for the change
in enthalpy of the remaining liquid mass --the summation component

accounts for liquid vaporized in previous steps. The last term on the

right hand side of eq (2a) provides for change in enthalpy of vapor

formed in previous steps. By choosing suitably small increments

of pressure and using eq (2a) to compute the fraction of vapor formed

with each incremental change of pressure, we can calculate the Bfactor for any finite pressure reduction with the following expression

[13],

'-£) (,?,"> !2b)

If the pressure increments are sufficiently small, the vaporization

process may be considered to proceed simultaneously along the saturated liquid and saturated vapor boundaries on a temperature-entropy

diagram. It will be shown later that we have all of the ingredients for

a simple isentropic expansion. The incremental calculation method

has obvious disadvantages--a large number of entries into fluid property data are required to compute a B-factor because very small steps

are required to obtain good results, and recondensation of vapor during

the expansion process is neglected. Repeated entries into fluid property data are undesirable for two reasons: 1) the calculation is too

lengthy to be performed by hand and 2) the probability of error is

enhanced because the uncertainty in the property data is magnified in

each entry from which we obtain a very small difference in two large

values of enthalpy (corresponding to the enthalpy at both ends of the

pressure increment). Referring again to the cylinder-piston model

of Hollander, we may stipulate the basic assumptions of the "quasistatic" model as follows: 1) the flow is steady, irrotational, and
frictionless and 2) the vaporization process is steady, one-dimensional,

adiabatic, frictionless, and the fluid is continuously in stable thermodynamic equilibrium. By definition, this is an isentropic process.

Therefore, when the piston is lifted, we will assume that the fluid

undergoes an isentropic expansion. Referring to figure 1, the massentropy balance may be written

mf 1 Sf 1 = m

£2

S

f2 + m

v2 %2 ' (3)

and conservation of mass requires that

m

fl

=m

f2

+mv2* (4)

Combining eqs. (3) and (4) and multiplying the result by p / p to

obtain vapor and liquid volumes,

B

V

P v2/\ mf2/ \

P v2/ S v2- S

fl

This expression does not rely upon summation of incremental steps

to account for changing fluid properties, vaporization of liquid, or

recondensation of vapor. The B-factor resulting from any finite

pressure (or corresponding temperature) depression maybe calculated in one simple step. The accuracy of the results is limited

only by the accuracy of the fluid P-V-T data, and charts, tables, etc. ,

A more rigorous definition of a quasi-static process states that the

system is at all times infinite simally near a state of stable thermodynamic equilibrium, and that all states traversed by the system are

describable on thermodynamic coordinates referring to the system

as a whole.
UJ

en

Z>

I-

<

cc

LU

CL

UJ

ATv = Tf| -Tf2

f2 *fl v2

ENTROPY , s

Figure 1. Typical isentropic vaporization process with appro,

priate nomenclature.
may easily be developed from appropriate equations of state or tabulated thermodynamic properties. The accuracy of the results calculated from eq (2b) is limited not only by the accuracy of the fluid

P-V-T data but by the number of entries into the property data and

the size of the incremental pressure step.

3. Comparison of Analyses

As pointed out in the previous section, eq (1) has some serious

shortcomings; it is adequate for very small pressure depressions, but

grossly inadequate for large pressure changes if the fluid properties

vary appreciably. This point is emphasized by referring to figures

2 and 3; the nonlinearity of these B -factor curves results from the

change in fluid properties as the pressure (or temperature) of the fluid

is reduced. For the purpose of illustration, temperature depressions,

rather than pressure or pressure-head depressions, are plotted on

figures 2 and 3. As evidenced by figures 2 and 3, larger temperature

(or pressure) depressions result in greater departures from the linear

relationship prescribed by eq (1).

Equation (2b) adequately describes the thermodynamic process

of vaporization, but requires extremely small pressure increments to

obtain precise results; consequently, it has the disadvantage of requiring

a large number of computations to obtain the B-factor for a desired

pressure change. For example, some of the data points calculated by

eq (2b) and plotted on figure 2 required the summation of more than 600

incremental steps. While these laborious computations may easily

be handled on a computer, a large number of entries into fluid property

data are required; these repeated entries coupled with the summation

technique enhances the possibility of calculational error. Because

small pressure increments demand repeated entries into property
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B- FACTOR

10
data, there should exist an optimum step increment that will miniraize the calculational error for any specific fluid and fluid temperature. Unfortunately, there is no way of determining this optimum

step increment, and one resorts to "very small steps. "

Equation (5) is a simplified, more direct approach to the problem and a single computation will provide a B-factor for any desired

pressure change. Consistent with the "quasi-static" model under

consideration, eq (5) offers the ultimate in calculational precision.

From a thermodynamic viewpoint, an isentropic process requires

that the fluid be continuously near a state of stable thermodynamic

equilibrium; therefore, the vaporization process must proceed, in

infinitesimal steps, along the saturated liquid and vapor boundaries,

(see figure 1). Such a process automatically compensates for variations in fluid properties, vaporization of a certain fraction of liquid,

and re-condensation of a portion of the vapor. Because eq (2b) is an

approximate calculational method, it is not possible to make an analytical comparison of eqs (2b) and (5); however, both equations have

been used to calculate B-factors for hydrogen and nitrogen and the

results are graphically compared on figures 2 and 3. Figure 2 indicates that the entropy approach, eq (5), consistently produces slightly

smaller hydrogen B-factors than those obtained from eq (2b). This

trend was expected because eq (2b) does not account for recondensing

vapor and was used with pressure-head increments of one foot- - smaller

pressure increments probably would have forced closer agreement with

eq (5). Figure 3 shows that eq (2b) sometimes produces smaller nitrogen

B-factors than those obtained from an isentropic expansion; this is thermodynamically impossible because it would require an adiabatic process

with a reduction in entropy. Thus, the importance of calculational technique

11
and accurate property data are made clear. Good property data are

essential because the B-factor computations rely upon differences in

entropies (or enthalpies) at two different temperatures; consequently,

the uncertainty in B-factor can be considerably greater than the uncertainty in the basic property data.

Designers and manufacturers of fluid machinery frequently

express pressure in terms of pressure-head; this practice is to be

discouraged in computations related to the cavitation process and will

be abandoned in the results tabulated in this paper. Use of pressurehead should be discontinued for the same reason that eq (1) is not appropriate for general use; i„ e. , fluid properties change as the fluid temperature is reduced and density of the liquid can vary appreciably.

Therefore, one cannot select a single value of density to convert headdifference (Ah ) to pressure-difference (Ap ). To work in terms of v v pressure-head, it is necessary to construct ahead-temperature thermodynamic equilibrium curve to replace the usual pressure-temperature

equilibrium curve; Ah is translated into initial and final pressureheads, then into initial and final temperatures from which the initial and

final saturated liquid densities are obtained, and finally the initial and

final pressures may be calculated to determine Ap . Mathematically,

v

the pressure depression due to vaporization is given by Ap = p h -P h , where Ap = p -p with the corresponding head depression

AhvflfZ = h, - h._, and the corresponding temperature depression

AT = T, - T„„. Obviously, it is less confusing to communicate

v fl fZ

directly with the fluid properties tables and deal only with pressures and

temperatures. Therefore, pressure (and corresponding temperature)

depressions are tabulated in this paper in pressure and temperature units.

12
4. Computational Techniques and Results

Equation (5) was used to calculate B-factors for prescribed

pressure depressions in selected fluids. The best available propertydata [15-21] were used for these fluids. Almost the entire saturated

liquid temperature range was covered for each fluid; i.e. , from

temperatures just above the triple-point to temperatures just below

the critical-point. B-factors with dimensionless values of ten or

more were calculated for each fluid at closely spaced initialtemperatures, T . In practice, B-factors will normally have values

less than five and computation at closely spaced initial-temperatures

facilitates interpolation at intermediate temperature values in the

tables. The tabular data presentation was chosen because it provides

in the most concise form the maximum temperature range, B-factor

range, and precision at close initial-temperature intervals. Graphs

of the desired range and precision may quickly and easily be constructed from the tabulated data, see figures 2 and 3. In the predictive technique developed by Ruggeri and Moore [10-13] it is necessary to select a B-factor when initial-temperature (T ) and

pressure-depression ( Ap ) are known; also, it will be necessary to

determine pressure-depression when initial-temperature and B-factor

are given. Again, graphs may be constructed from the tables to

perform these functions or one may interpolate directly in the tables.

An example problem, demonstrating use of the tabulated data, is

given in this section. Table 1 lists the range and interval of initial

fluid temperature, T , for data tabulated in the appendices.

To accommodate the vast majority of people expected to use

these data, the English system of units is employed; conversion to the

metric system is accomplished by use of the multiplicative factors

13
Table 1. Range and interval of initial temperature, T , for data

tabulated in the Appendices.

fluid T interval T range

Helium 0.2 R 5.6 to 9.0 R

Hydrogen 0.5 R 26.5 to 56.0 R

Nitrogen 1.0 R 121.0 to 180.0 R

2.0 R 180.0 to 216.0 R

Fluorine 1.0 R 131.0 to 190.0 R

2.0 R 190.0 to 250.0 R

Oxygen 1.0 R 141.0 to 200.0 R

2.0 R 200.0 to 272.0 R

Refrigerant 114 5.0 R 425.0 to 750.0 R

Water 5.0 R 535.0 to 680.0 R

10.1D R 680.0 to 1160.0 R

14
given on the first page of the appended tables. Nomenclature used in

the computer output, as it appears in the appendices, is also defined

on the first page of the appendices. To minimize confusion, all

nomenclature in this paper was made consistent with that of Ruggeri

and Moore [10-13].

Wherever possible, computer source decks for fluid propertydata were used to perform the B-factor calculations. For all of the

cryogenic fluids [15-19] these source decks computed fluid properties

from appropriate equations of state. The best available tabulated

data [20, 21] were used for refrigerant 114 and water, and fluid

properties intermediate to the tabulated values were derived by a computer interpolation routine. The interpolation routine used for

water and refrigerant 114 is given in Appendix H. While the B -factors

presented here are calculated from the best available property data

in the most precise manner, the actual error in computed B-factor

is not readily defined. This situation results because the uncertainty

in fluid property data varies from fluid-to-fluid and from temperatureto-temperature for any specific fluid; also the uncertainty in B-factor

varies with the magnitude of the pressure depression--i. e., whether

the entropy differences are small or large. Thus, it is not practical

to state the uncertainty in computed B-factor without doing so for

each and every computed data point--a rather formidable task. Suffice it to say that the tabulated B -factors are the best attainable,

consistent with the "quasi-static" theory.

Example Problem

As an example we will assume that a B-factor is desired for

liquid hydrogen when the initial temperature (T ) is 36. 8 R and the

15
pressure depression ( A p ) is 5.7 psi. From appendix B , page B7 ; v

the following values may be withdrawn:

T = 37.00 R, Ap = 5.543 osia, B = 2.085

f 1 v

T_. = 37.00 R, Ap = 6.008 psia, B = 2.379

±1 v

T = 36. 50 R, Ap = 5. 644 psia, B = 2. 546

11 v T = 36.50 R, Ap = 6.063 psia, B = 2.884

f 1 v

Using straight line interpolation in the B's for each initial temperature gives the following results at a pressure depression of 5.7 psia;

T = 37.00 R, B = 2. 1843

T = 36.50 R, B = 2.5912

Finally, a straight line interpolation in the B's at the initial temperature of 36.8 R results in a B-factor value of 2.3470.

The same type of interpolation can be used to obtain pressure

depression if initial temperature and B-factor are known. If, for

instance, the initial temperature is 36.8 R and B-factor is 2.3470,

the following bracketing values would be withdrawn from the appendix:

T = 37.00 R, Ap = 5.543 psia, B = 2.085

f 1 v Trn = 37.00 R, Ap = 6.008 psia, B = 2.379

f 1 v

T = 36.50 R, Ap = 5.209 psia, B = 2.229

T = 36. 50 R, Ap =5. 644 psia, B = 2. 546

16
Now we will interpolate in Ap using the B-factor value of 2.3470

v and obtain the following for each initial temperature:

T = 37.00 R, Ap = 5.9574 psia

T.. = 36.50 R, Ap = 5.3710 psia

11 v

Finally, interpolating in these values for an initial temperature

of 36.8 R gives a pressure depression of 5.7228 psia.

The difference between the 5. 7228 psia and the originally

assumed pressure depression of 5.7 psia is the error introduced in

six linear interpolations. This error is only 0. 4%, and in general

the linear interpolation outlined here will provide maximum precision;

however, for convenience, a graph of bracketing values may be plotted

using an expanded scale and values read from the graph. Temperature

depression can be found using the same interpolation technique used

in this pressure depression example.

B-factors for the fluids treated in this paper have been plotted

on figures 4a and 4b for comparison; an initial-temperature (T ) near the normal-boiling-point of each fluid was chosen for the comparison.

5. Nomenclature

B = ratio of vapor to liquid volume associated with the formation and sustenance of a fixed vaporous cavity in a liquid

[ s V /V ] v V

c = specific heat of liquid at constant pressure

P

h = pressure head [ = p/P ]

v

Ah = reduction in saturation pressure head, caused by vaporization

[ " h

fl ~ hf2 =Pfl /p

fl

- P

f2

/Pf2^

17
AH = change in specific enthalpy of liquid

AH = change in specific enthalpy of vapor (gas)

L = latent heat of vaporization

m = mass

p

= pressure

Ap = reduction in saturation pressure of fluid involved in the v

cavitation process f-p,, - pr _ 1 f 1 fZ J

s = specific entropy

T = temperature

AT = reduction in saturation temperature corresponding to the

reduction in saturation pressure, Ap

V volume of saturated vapor associated with the formation

and sustenance of a fixed vaporous cavity in a liquid

v

V

V

t = volume of saturated liquid associated with the formation

and sustenance of a fixed vaporous cavity in a liquid.

w = vaporized fraction of a unit mass of liquid involved in

the cavitation process (defined by eq (2a)]

p = density

p = density of saturated vapor

P t - density of saturated liquid

Subscripts

fl = denotes saturated liquid conditions at initial pressure

f2 = denotes saturated liquid conditions at final pressure

i = 1,2, 3, ...,n

n = last increment in a sum

v2 = denotes saturated vapor conditions at final pressure
10

H*

1 9

< a O

%

7

UJ

Q

Z

o

(/) CO

UJ

QC

Q_

UJQ

UJ

<Z<

UJ

QUJ

Refrigerant 114,

T

f| = 500R ~\

Nitrogen,

\Tf|

*l40R

Hydrogen ,T

f

, =37 R -v

-

^- Oxygen, j-a » T,. = I63 R

f | ^ Fluorine, T=I54R

\- Motor "— T -C7R O -» "1

^ Helium, T = 7.6 R

4 5 6

B- FACTOR

3 10

Figure 4a. B-factor and corresponding temperature depressions

resulting from isentropic vaporization of various

liquids.
12

II

10

8

Helium , T =7.6R -a

V^- Hydrogen.T =37R

Fluorine , T

f

. = 154 R -\

thuiuycii llllrnnon T - IAA D- , i, . i-rw n \

1 / Oxygen, \

TX1 =I63R~ /

J Refrigerant 114,

n

T

f|

=500R ~\

\- Water,

T

f| =675 R

J 1 2 3 4 5 6 7 8

B-FACTOR

Figure 4b. B-factor and corresponding pressure depressions

resulting from isentropic vaporization of various

liquids.

10

20
6. References

1. Fisher, R. C. , Discussion of "A survey of modern centrifugal

pump practice for oilfield and oil refining services" by

N. Tetlow, Proc. Inst. Mech. Engrs. 152, 305-306

(Jan. - Dec. 1945).

2. Stahl, H. A., and Stepanoff, A. J., Thermodynamic aspects

of cavitation in centrifugal pumps, Trans. ASME 78,

No. 8, 1691-1693 (Nov. 1956).

3. Jacobs, R. B. , Prediction of symptoms of cavitation, J. Res.

Nat. Bui. Stand. (U.S.), 65C ( Eng. andlnstr.), No. 3,

147-156 (July - Sept. 1961).

4. Hollander, A. , Thermodynamic aspects of cavitation in

centrifugal pumps, ARSJ. 32, 1594-1595 ( Oct. 1962).

5. Stepanoff, A. J., Cavitation properties of liquids, ASME J. of

Engr. for Power 86, No. 2, 195-200 (Apr. 1964).

6. Stepanoff, A. J. , Centrifugal and Axial Flow Pumps, pp. 256-

265 (John Wiley and Sons, Inc., New York, N.Y., 1957).

7. Saleman, Victor, Cavitation and NPSH requirements of various

liquids, ASME J. of Basic Engr. _81, No. 2, 167-180

(June 1959).

8. Spraker, W. A. , The effects of fluid properties on cavitation

in centrifugal pumps, ASME J. of Engr. for Power 87 , No. 3, 309-318 (July 1965).

9. Wilcox, W. W. , Meng, P. R. , and Davis, R. JL. , Performance

of an inducer-impeller combination at or near boiling

conditions for liquid hydrogen, Book, Advances in Cryogenic

Engineering 8, Ed. K. D. Timmerhaus, pp. 446-455 (Plenum

Press Inc., New York, N. Y. 1963).

21
10. Ruggeri, R. S. , and Moore, R. D. , Method for prediction of

pump cavitation performance for various liquids, liquid

temperatures, and rotative speeds, NASA Tech. Note

D-5292 (June 1969).

11. Moore, R. D. , Prediction of pump cavitation performance

(Proc. Int. Symp. on the Fluid Mechanics and Design of

Turbomachinery, Pennsylvania State University, University

Park, Pennsylvania, Aug. 30 - Sept. 3, 1970)--tobe

published by NASA.

12. Moore, R. D. , and Ruggeri, R. S. , Prediction of thermodynamic effects of developed cavitation based on liquid

hydrogen and freon-114 data in scaled Venturis, NASA

Tech. Note D-4899 (Nov. 1968).

13. Gelder, T. F. , Ruggeri, R. S. , and Moore, R. D. , Cavitation

similarity considerations based on measured pressure and

temperature depressions in cavitated regions of freon-114,

NASA Tech. Note D-3509 (July 1966).

14. Billet, M. T. , Thermodynamic effects on developed cavitation

in water and freon-113 (M.S. Thesis, Pennsylvania State

Univ. , Dept. of Aerospace Engr. , University Park,

Pennsylvania, Mar. 1970).

15. McCarty, R. D. , Thermodynamic functions for helium 4 for

temperatures from 2 to 1500 K with pressures to 100 MN/m

(1000 atmospheres), to be published as Nat. Bur. Stand. (U.S.),

Monograph.

16. Roder, H. M. , Weber, L.A. , and Goodwin, R. D. , Thermodynamic and related properties of parahydrogen from the

triple point to 100 °K at pressures to 340 atmospheres,

Nat. Bur. Stand. (U.S.), Monogr. 94, (Aug. 1965).

22
17. Strobridge, T. R. , The thermodynamic properties of nitrogen

from 64 to 300 °K between 0. 1 and 200 atmospheres, Nat.

Bur. Stand. (U.S.), Tech. Note 129 (Jan. 1962).

18. Prydz, Rolf, and Straty, G. C, The thermodynamic properties

of compressed gaseous and liquid fluorine, Nat. Bur. Stand.

(U.S.), Tech. Note 392 (Oct. 1970).

19. Weber, L. A., P-V-T, Thermodynamic and related properties

of oxygen from the triple point to 300 K at pressures to

33 MN/m , J. Res. Nat. Bur. Stand. (U.S.), 74A (Phys.

andChem.), No. 1, 93-129 (Jan. -Feb. 1970).

20. Thermodynamic Properties of Refrigerants, pp. 76-101

(American Society of Heating, Refrigerating and AirConditioning Engineers, Inc., 345 East 47th St., New York,

N. Y. , 1969).

21. ASME Steam Tables, Second Edition, pp. 83-88 (The American

Society of Mechanical Engineers, 345 East 47th St., New York,

N. Y. , 1967).

22. Ruggeri, R. S. , and Britsch, W. R. , Private Communication

to the authors.

23
7. Appendices

(Tabulated Computations and Computer Interpolation Routine)

Symbols Used in Tables:

B = B-factor computed from eq (5)

DPV = Ap = p„., - p = reduction in saturation pressure

*v fl £2

of fluid involved in the cavitation process

DTV = AT =T - T - reduction in saturation tempera.

v f 1 fZ

ture corresponding to the reduction in pressure,

DPV

PF1 = p = initial saturation pressure

TF1 = T = initial saturation temperature

Conversion Factors:

(degrees Rankine) (5/9) = degrees Kelvin

3 2

(psi) (6.894757 x 10 ) = Newton/meter

Note: The number of digits given in the tables are not justified on the

basis of computational accuracy, but are presented to maintain

internal consistency.

24
Appendix A: B-facrors (or helium, calculated from eq (5).

B FACTORS FOR HELIUM

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) 'P) (PSIA)

9.00 28.31.7 8.80 25.995 8.60 23.786

DTV OPV B DTV OPV B DTV DPV B <R> (PSIA) (RJ (PSIA) (R) (PSIA)

0.00 0.Q00 0.000 0.00 0.000 0.000 0.00 0.000 0.000

O.lH 1.661 0.179 0.12 1.31.2 0.133 0.12 1.260 0.121. 0.28 3.252 0.360 0.21. 2.635 0.271 0.21. 2.1.72 0.255

0.i»2 i*.775 0.51*7 0.36 3.879 0.1.16 0.36 3.638 0.395

0.56 6.231 0.71*3 0.1.8 5.076 0.570 0.1*8 i*.759 0.51.5 0.70 7.622 0.951 0.60 6.226 0.733 0.60 5.835 0.707

0.81. 8.951 1.175 0.72 7.332 0.908 0.72 6.869 0.881

0.98 10.220 1.1.15 0.81* 8.391. 1.095 0.8i* 7.861 1.069

1.12 ll.i*30 1.671* 0.96 9. i*li* 1.297 0.96 8.812 1.273

1.26 12.583 1.956 1.08 10.392 1.513 1.08 9.721* 1.1.91* 1.1*0 13.682 2.263 1.20 11.330 1.71.7 1.20 10.597 1.731.

1.51. li.. 727 2.598 1.32 12.229 2.000 1.32 11.1*33 1.991. 1.68 15.720 2.961* I.I.I. 13.090 2.275 l.i*i+ 12.233 2.278

1.82 16.663 3.367 1.56 13.913 2.572 1.56 12.996 2.588

1.96 17.558 3.809 1.68 li*. 701 2.896 1.68 13.725 2.927

2.10 18.1*05 i*.297 1.80 15.1.53 3.2i*8 1.80 li.. i*21 3.297

2.2i* 19.206 it.836 1.92 16.170 3.632 1.92 15.083 3.703

2.38 19.963 5.1.31* 2.0i* 16.655 1..051 2.01. 15.713 1..11.9 2.52 20.676 6.097 2.16 17.506 1..510 2.16 16.311 i*.639 2.66 21.3i*8 6.836 2.28 18.125 5.013 2.28 16.879 5.179

2.80 21.979 7.661 2.i*0 18.711* 5.566 2.i*0 17.1.17 5.775

2.91* 22.570 8.585 2.52 19.271 6.171. 2.52 17.927 6. i*3i. 3.08 23.123 9.621* 2.61* 19.800 6.81.1. 2.6i* 18.1*07 7.161. 3.22 23.639 10.791* 2.76 20.299 7.581* 2.76 18.861 7.976

3.36 2i*. 119 12.117 2.88 20.771 8.1*01* 2.88 19.288 8.879

3.50 2i». 565 13.619 3.00 21.216 9.311* 3.00 19.689 9.888

3.6i* 2i*. 978 15.332 3.12 21.631* 10.327 3.12 20.065 11.018

3.78 25.359 17.293 3.21. 22.026 11.1.56 3.2i* 20.1*16 12.286

3.92 25.709 19.51.9 3.36 22.391. 12.720 3.36 20.71*5 13.711.

1..06 26.031 22.159 3.1.8 22.738 li*. 139 3.i*8 21.051 15.329

21.712 8.20 19.769 8.00 17.951

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 0.12 1.181 0.120 CIO 0.925 0.099 0.10 0.661* 0.101

0.21. 2.317 0.21*9 0.20 1.819 0.206 0.20 1.700 0.210 0.36 3.i*08 0.389 0.30 2.683 0.320 0.30 2.506 0.328

0.1*8 i*.i*56 0.51.0 0.1.0 3.518 0.1.1.3 0.i«0 3.285 0.1*55 0.60 5.1*61 0.701. 0.50 1..325 0.571* 0.50 4.037 0.592

0.72 6.1*26 0.661 0.60 5.101* 0.716 0.60 i*.762 0.71*0

0.8i« 7.351 1.071* 0.70 5.856 9.86 8 0.70 5.1*61 0.900 0.96 8.237 1.285 0.80 6.581 1.032 0.80 6.135 1.071* 1.08 9.085 1.511* 0.90 7.280 1.209 0.90 6.781. 1.261

1.20 9.897 1.761* 1.00 7.951* 1.1*00 1.00 7.i*08 l.i*6i* 1.32 10.672 2.036 1.10 8.602 1.606 1.10 8.006 1.681* l.Mt 11.1*13 2.337 1.20 9.227 1.828 1.20 8.585 1.922 1.56 12.119 2.665 1.30 9.827 2.069 1.30 9.139 2.161

1.68 12.792 3.026 1.1.0 10.i*0i* 2.329 1.1*0 9.671 2.1.63 1.80 13.1*33 3.1.22 1.50 10.958 2.612 1.50 10.181 2.769

1.92 li*. 0i»2 3.858 1.60 11.1*9 2.918 1.60 10.669 3.102

2.0i< 11*. 620 i*.3i*0 1.70 11.999 3.250 1.70 11.136 3.1.65 2.16 15.168 1..872 1.80 12.1*87 3.611 1.80 11.582 3.861

2.28 15.687 5.1*61 1.90 12.951* 4.003 1.90 12.008 4.291*

2.1*0 16.177 6.114 2.00 13.1*01 i*.i»31 2.00 12.1*15 1..768 2.52 16.639 6.81*0 2.10 13.827 i*.898 2.10 12.802 5.286

2.6i* 17.075 7.650 2.20 li*. 231. 5.408 2.20 13.171 5.856

2.76 17.1.81. 8.555 2.30 li*. 621 5.965 2.30 13.521 6.1.81 2,88 17.869 9.568 2.1.0 li*. 989 6.576 2.i*0 13.853 7.170

3.00 18.228 10.706 2.50 15.31.0 7.21*7 2.50 li*. 168 7.929

3.12 18.565 11.989 2.60 15.672 7.981* 2.60 li*. i*67 8.768

3.2i* 18.878 13.1*39 2.70 15.987 8.796 2.70 li.. 7i*8 9.698

3.36 19.169 15.085 2.80 16.285 9.692 2.80 15.011* 10.729

3.1*8 19.1*1*0 16.959 2.90 16.567 10.683 2.90 15.265 11.876

PAGE Al
B FACTORS FOR HELIUM

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA) 7.80 16.251 7.60 14.665 7.40 13.188

DTV DPV B DTV OPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.10 0.807 0.105 0.10 0.752 0.110 0.08 0.561 0.092

0.20 1.586 0.218 0.20 1.477 0.229 0.16 1.106 0.191

0.30 2.338 0.341 0.30 2.176 0.359 0.24 1.635 0.297

0.40 3.063 0.475 0.40 2.850 0.500 0.32 2.148 0.411

0.5D 3.762 0.619 0.50 3.498 0.654 0.40 2.646 0.533

0.60 '.'35 0.776 0.60 4.123 0.822 0.48 3.126 0.664

0.70 5.084 0.946 0.70 4.72 3 1.004 0.56 3.595 0.805

0.60 5.708 1.131 0.80 5.300 1.203 0.64 4.048 0.956

0.90 6.309 1.331 0.90 5.854 1.421 0.72 4.485 1.118

1.00 6.886 1.550 1.00 6.386 1.657 0.80 4.909 1.293

1.10 7 .ki*0 1.787 1.10 6.895 1.916 0.88 5.318 1.481

1.20 7.971 2.045 1.20 7.383 2.199 0.96 5.714 1.683

1.30 8.481 2.327 1.30 7.850 2.508 1.04 6.096 1.900

l.<*0 8.969 2.634 1.40 8.297 2.847 1.12 6.464 2.134

1.50 9.436 2.970 1.50 8.723 3.219 1.20 6.820 2.386

1.60 9.883 3.337 1.60 9.130 3.626 1.28 7.163 2.658

1.70 10.309 3.738 1.70 9.517 4.075 1.36 7.492 2.951

1.80 10.715 4.178 1.80 9.886 4.568 1.44 7.810 3.266

1.90 11.103 4.660 1.90 10.236 5.112 1.52 8.115 3.610

2.00 11.471 5.190 2.00 10.568 5.712 1.60 8.409 3.980

2.10 11.822 5.774 2.10 10.883 6.376 1.68 8.690 4.381

2.20 12.154 6.417 2.20 11.181 7.111 1.76 3.960 4.814

2.30 12.469 7.127 2.30 11.463 7.928 1.84 9.219 5.285

2.40 12.767 7.913 2.40 11.729 8.837 1.92 9.467 5.796

2.50 13.0 49 8.785 2.50 11.979 9.850 2.00 9.704 6.352

2.60 13.315 9.753 2.60 12.215 10.983 2.08 9.931 6.957

2.70 13.565 10.832 2.7C 12.436 12.253 2.16 10.148 7.616

2.80 13.801 12.036 2.80 12.643 13.681 2.24 10.354 8.335

2.90 14.022 13.385 2.90 12.836 15.292 2.32 10.551 9.122

7.20 11.816

0.00 0.000 0.000

0.08 0.521 0.098

0.16 1.026 0.204

0.24 1.516 0.318

0.32 1.991 0.44G

0.40 2.450 0.572

0.48 2.895 0.714

0.56 3.326 0.867

0.64 3.743 1.032

0.72 4.145 1.209

0.60 4.534 1.401

0.88 4.909 1.608

0.96 5.271 1.831

1.04 5.620 2.071

1.12 5.956 2.331

1.20 6.280 2.612

1.28 6.591 2.916

1.36 6.891 3.246

1.44 7.178 3.602

1.52 7.454 3.989

1.60 7.718 4.409

1.68 7.972 4.866

1.76 8.214 5.362

1.84 8.446 5.903

1.92 8.668 6.493

2.00 8.879 7.137

2.08 9.081 7.842

2.16 9.273 8.614

2.24 9.455 9.460

2.32 9.629 10.391

00 10.543

0.00 0.000 0.000

0.06 0.482 0.105

0.16 0.949 0.219

0.24 1.402 0.342

0.32 1.840 0.475

0.40 2.263 0.619

0.48 2.672 0.774

0.56 3.068 0.942

0.64 3.450 1.123

0.72 3.819 1.318

0.80 4.174 1.530

0.68 4.517 1.760

0.96 4.847 2.008

1.04 5.164 2.277 1.12 5.469 2.568

1.20 5.763 2.884

1.28 6.044 3.228

1.36 6.315 3.601 1.44 6.573 4.007

1.52 6.821 4.449

1.60 7.059 4.931

1.68 7.285 5.457 1.76 7.502 6.032

1.84 7.708 6.661

1.92 7.905 7.350

2.00 8.092 8.107

2.08 8.270 8.939 2.16 8.439 9.854

2.24 8.599 10.865

2.32 8.751 11.982

6.80 9.365

0.00 0.000 0.000 0.06 0.335 0.065

0.12 0.662 0.175 0.18 0.981 0.270 0.24 1.292 0.372

0.30 1.595 0.480 0.36 1.8 91 0.594

0.42 2.178 0.716 0.48 2.459 0.845 0.54 2.731 0.983

0.60 2.997 1.128

0.66 3.255 1.284

0.72 3.506 1.448

0.78 3.750 1.624

0.84 3.987 1.810

0.90 4.217 2.009

0.96 4.440 2.220 1.02 4.657 2.445 1.08 4.867 2.685 1.14 5.071 2.940 1.20 5.268 3.212 1.26 5.459 3.503

1.32 5.644 3.813 1.38 5.823 4.144 1.44 5.996 4.498

1.50 6.163 4.877 1.56 6.324 5.282 1.62 6.480 5.717 1.68 6.630 6.182

1.74 6.775 6.681

PAGE A2
B FACTORS FOR HELIUM

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA) 6.60 8.280 6.1*0 7.282 6.20 6.368

DTV DPV B DTV DPV B DTV DPV e (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.06 0.308 0.092 0.06 0.283 0.101 O.Oi* 0.173 0.071* 0.12 0.609 0.191 0.12 0.558 0.209 0.08 0.31*3 0.151

0.18 0.902 0.295 0.18 0.826 0.325 0.12 0.509 0.232

0.24 1.187 0.1*07 0.2i* 1.086 0.1*1*8 0.16 0.673 0.316

0.30 1.1*65 0.526 0.30 1.31*0 0.580 0.20 0.833 0.1*05 0.36 1.735 0.652 3.36 1.586 0.72 0.2i* 0.990 0.1.97

0,1.2 1.998 0.787 0.42 1.825 0.870 0.28 1.1<*<« 0.591*

0.<t8 2.25<* 0.930 0.1*8 2.058 1.031 0.32 1.295 0.695

0.5i* 2.502 1.083 0.5i* 2.283 1.202 0.36 l.i»i*3 0.802

0.60 2.71*1* 1.21*5 0.63 2.502 1.385 0.1*0 1.589 0.913 0.66 2.979 l.i»19 0.66 2.71i» 1.580 0.i*i* 1.731 1.029

0.72 3.206 1.601* 0.72 2.920 1.789 0.i»8 1.870 1.151

0.78 3.1*28 1.801 0.78 3.120 2.013 0.52 2.007 1.278

0.8i* 3.61*2 2.011 0.8i« 3.313 2.252 0.56 2.11*0 l.i*12 0.90 3.850 2.235 0.90 3.500 2.508 0.60 2.271 1.552

0.96 i*.052 2.1*75 0.96 3.681 2.782 0.6i* 2.399 1.698

1.02 i*.2i*7 2.731 1.02 3.855 3.076 0.68 2.525 1.852

1.08 4.1*36 3.001* 1.08 i*.025 3.391 0.72 2.61*7 2.012 1.14 If. 619 3.296 l.li* i». 188 3.729 0.76 2.767 2.181

1.20 1..796 3.609 1.20 t».3i*5 i*.092 0.80 2.881* 2.358

1.26 i*.967 3.91*1* 1.26 i*.i*98 if. 482 0.81* 2.999 2.5i*3 1.32 5.132 i*.302 1.32 if. 644 if. 901 0.88 3.111 2.738

1.38 5.291 I*. 686 1.38 4.785 5.352 0.92 3.221 2.9i*2 l.kk 5.i*i*5 5.098 l.i«i* If. 921 5.837 0.96 3.328 3.156

1.50 5.591* 5.5i»l 1.50 5.052 6.361 1.00 3.1.32 3.380

1.56 5.737 6.016 1.56 5.178 6.925 l.Oi* 3.531. 3.616

1.62 5.871. 6.527 1.62 5.299 7.535 1.08 3.631* 3.861* 1.68 6.007 7.077 1.68 5.1*15 8.191* 1.12 3.731 i*.12i* 1.74 6.131* 7.669 1.71. 5.526 8.907 1.16 3,825 i*.398

6.00 5.536 5.80 i*. 780 5.60 i*.097

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

O.Oi* 0.157 0.082 0.01* 0.11*2 0.092 0.02 0.061* 0.051

0.08 0.311 0.168 0.08 0.282 0.188 0.01* 0.126 0.103

0.12 0.i*63 0.258 0.12 0.1*18 0.289 0.06 0.191 0.157 0.16 0.611 0.352 0.16 0.552 0.396 0.06 0.253 0.212

0.20 0.756 0.1*52 0.20 0.683 0.508 0.10 0.315 0.269

0.2<* 0.898 0.556 0.2i* 0.811 0.625 0.12 0.376 0.327

0.28 1.037 0.665 0.28 0.936 D.7i»9 O.li* 0.1*36 0.387

0.32 1.171* 0.779 0.32 1.059 0.879 0.16 0.1*96 0.i*i«8 0.36 1.308 0.899 0.36 1.179 1.016 0.18 0.555 0.511

0.1*0 1.1*38 1.025 0.1*0 1.296 1.159 0.20 0.613 0.576

0.i«it 1.567 1.157 0.1*1* l.i*10 1.311 0.22 0.671 0.61*2

0.i*8 1.692 1.295 0.1*8 1.522 1.1*70 0.2i* 0.728 0.710

0.52 1.811* 1.1*1.0 0.52 1.632 1.637 0.26 0.781* 0.780

0.56 1.931* 1.593 0.56 1.739 1.813 0.28 0.81*0 0.851

0.60 2.052 1.753 0.60 1.843 1.998 0.30 0.895 0.925

0.6i* 2.166 1.921 0.6i* 1.91*5 2.193 0.32 0.91*9 1.001

0.68 2.278 2.098 0.68 2.01*5 2.398 0.3i* 1.003 1.078

0.72 2.388 2.283 0.72 2.11*2 2.615 0.36 1.056 1.158

0.76 2.1*95 2.1.78 0.76 2.237 2.81*2 0.36 1.109 1.21*0 0.80 2.599 2.683 0.80 2.329 3.082 0.1*0 1.161 1.321*

0.8i* 2.701 2.898 0.8i* 2.1*19 3.335 0.1*2 1.212 1.1*10 0.88 2.801 3.125 0.68 2.507 3.602 0.1*1* 1.263 1.1*98 0.92 2.898 3.363 0.92 2.593 3.881* 0.1*6 1.313 1.589

0.96 2.993 3.613 0.96 2.676 it. 181 0.1*8 1.362 1.683

1.00 3.085 3.877 1.00 2.757 i*.i*9i* 0.50 1.1*11 1.779

l.Oi* 3.175 if. 155 l.Oi* 2.836 i*.825 0.52 1.1*59 1.877

1.08 3.263 it. 1*1*7 1.08 2.913 5.175 0.51* 1.507 1.979

1.12 3.31*9 i*.755 1.12 2.988 5.51*5 0.56 1.551* 2.083

1.16 3.1*32 5.080 1.16 3.060 5.936 0.58 1.601 2.189

PAGE A3

Appendix B: B-faclort for parahydrogen, calculated from eq (5).

B FACTORS FOR PARAHYDROGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R> (PSIA) (RJ (PSIA)

6.00 11*2.026 55.50 136.069 55.00 130.298

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 0.55 6.543 0.123 0.55 6.338 0.119 0.55 6.139 Q.117

1.10 12.861 0.252 1.10 12.457 0.245 1.10 12.063 0.241 1.65 18.960 0.389 1.65 18.362 0.379 1.65 17.780 0.373

2.20 24.846 0.533 2.20 24.060 0.521 2.20 23.294 0.514

2.75 30.525 0.686 2.75 29.557 0.673 2.75 28.614 0.665

3.30 36.004 0.850 3.30 34.859 0.835 3.30 33.746 0.827

3.85 41.289 1.024 3.85 39.974 1.009 3.85 38.693 1.001

4.40 46.387 1.210 4.40 44.905 1.195 4.40 43.461 1.188 4.95 51.302 1.409 4.95 49.656 1.394 4.95 48.052 1.388

5.50 56.037 1.622 5.50 54.232 1.608 5.50 52.471 1.604

6.05 60.596 1.851 6.05 58.635 1.636 6.05 56.721 1.836

6.60 64.984 2.096 6.60 62.870 2.085 6.60 60.805 2.087

7.15 69.204 2.360 7.15 66.939 2.352 7.15 64.728 2.357

7.70 73.258 2.643 7.70 70.848 2.638 7.70 68.493 2.648

8.25 77.152 2.94 8 8.25 74.598 2.948 8.25 72.103 2.963

8.80 80.869 3.277 8.80 78.195 3.281 8.80 75.563 3.303

9.35 84.472 3.631 9.35 81.641 3.642 9.35 78.875 3.671

9.90 87.904 4.014 9.90 84.940 4.032 9.90 82.044 4.071

10. 45 91.190 4.428 10.45 86.096 4.455 10.45 85.073 4.504

11.00 94.333 4.875 11.00 91.112 4.913 11.00 87.964 4.974 11.55 97.337 5.360 11.55 93.992 5.409 11.55 90.723 5.485 12.10 100.204 5. 886 12.10 96.739 5.949 12.10 93.352 6.042 12.65 102.939 6.457 12.65 99.356 6.537 12.65 95.855 6.648

13.20 105.545 7.078 13.20 101.648 7.176 13.20 98.235 7.310 13.75 108.025 7.754 13.75 104.217 7.874 13.75 100.496 8.C33

14.30 110.383 8.491 14.30 106.467 8.636 14.30 102.641 8.825 14.85 112.623 9.295 14.85 108.601 9.470 14.85 104.674 9.693 15.40 114.747 10.174 15.40 110.624 10.384 15.40 106.597 10.645 15.95 116.760 11.137 15.95 112.538 11.386 15.95 108.415 11.692

50 124.709 54.00 119.297 53.50 114.057

0.00 0.000 0. 000 0.00 0.000 0.000 0.00 0.000 0.000 0.55 5.944 D.115 0.55 5.754 0.114 0.55 5.569 0.114

1.10 11.679 0.238 1.10 11.305 0.236 1.10 10.941 0.236

1.65 17.212 0.369 1.65 16.659 0.368 1.65 16.124 0.368

2.20 22.549 0.510 2.20 21.825 0.509 2.20 21.121 0.510 2.75 27.697 0.662 2.75 26.805 0.661 2.75 25.937 0.664

3.30 32.661 0.824 3.30 31.606 0.825 3.30 30.576 0.829

3.85 37.445 0.999 3.85 36.229 1.002 3.85 35.042 1.008

4.40 42.052 1.187 4.40 40.678 1.192 4.40 39.337 1.201 4.95 46.487 1.390 4.95 44.959 1.397 4.95 43.466 1.410

5.50 50.752 1.608 5.50 49.073 1.619 5.50 47.433 1.636

6.05 54.851 1.844 6.05 53.025 1.859 6.05 51.241 1.880

6.60 58.788 2.098 6.60 56.818 2.118 6.60 54.893 2.145

7.15 62.567 2.373 7.15 60.457 2.398 7.15 58.393 2.433

7.70 66.192 2.670 7.70 63.943 2.702 7.70 61.746 2.744

8.25 69.665 2.991 8.25 67.282 3.031 8.25 64.953 3.083

8.80 72.991 3.339 8.80 70.477 3.389 8.80 68.019 3.451

9.35 76.172 3.717 9.35 73.531 3.777 9.35 70.948 3.851

9.90 79.213 4.127 9.90 76,447 4.199 9.90 73.743 4.287 10.45 82.118 4.572 10.45 79.230 4.659 10.45 76.407 4.763

11.00 84.888 5.057 11.00 81.882 5.160 11.00 78.944 5.282 11.55 87.529 5.585 11.55 84.408 5.706 11.55 81.357 5.849 12.10 90.043 6.160 12.10 86.810 6.303 12.10 83.650 6.470 12.65 92.434 6.788 12.65 89.092 6.956 12.65 85.826 7.151

13.20 94.706 7.476 13.20 91.258 7.672 13.20 87.889 7.899 13.75 96.861 8.228 13.75 93.311 8.45 7 13.75 89.842 8.720 14.30 98.904 9.053 14.30 95.254 9.319 14.30 91.689 9.625 14.85 100.837 9.959 14.85 97.091 10.269 14.85 93.432 10.622

15.40 102.665 10.956 15.40 98.825 11.315 15.40 95.075 11.723

15.95 104.389 12.054 15.95 100.459 12.469 15.95 96.616 12.941

PAGE Bl
6 FACTORS FOR PARAHYDROGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA) 3.00 108.986 52.50 104.079 52.00 99.329

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 0.55 5.390 0.114 0.50 4.750 0.104 0.50 4.596 0.105

1.10 10.589 0.237 1.00 9.346 0.216 1.00 9.042 0.218

1.65 15.603 0.370 1.50 13.791 0.336 1.50 13.339 0.339

2.20 20.436 0.514 2.00 18.089 0.464 2.00 17.491 0.470 2.75 25.091 0.669 2.50 22.241 0.603 2.50 21.501 0.611

3.30 29.572 0.837 3.00 26.251 0.752 3.00 25.372 0.763

3.85 33.883 1.018 3.50 30.121 0.913 3.50 29.105 0.927

4.40 38.027 1.215 4.00 33.855 1.085 4.00 32.704 1.103 4.95 42.008 1.428 4.50 37.454 1.271 4.50 36.172 1.293

5.50 45.830 1.659 5.00 40.922 1.471 5.00 39.512 1.498

6.05 49.496 1.909 5.50 44.261 1.687 5.50 42.725 1.719

6.60 53.010 2.180 6.00 47.475 1.919 6.00 45.815 1.958 7.15 56.376 2.475 6.50 50.565 2.170 6.50 48.784 2.217

7.70 59.596 2.796 7.00 53.534 2.440 7.00 51.635 2.496

8.25 62.675 3.145 7.50 56.385 2.733 7.50 54.372 2.798

8.80 65.617 3.524 8.00 59.121 3.049 8.00 56.995 3.125

9.35 68.423 3.938 8.50 61.745 3.391 8.50 59.508 3.479

9.90 71.099 4.390 9.00 64.258 3.761 9.00 61.914 3.863 10.45 73.647 4.883 9.50 66.664 4.162 9.50 64.215 4.280 11.00 76.072 5.423 10.00 68.965 4.597 10.00 66.414 4.733 11.55 78.376 6.014 10.50 71.164 5.069 10.50 68.513 5.226

12.10 80.562 6.662 11.00 73.263 5.563 11.00 70.516 5.762 12.65 82.635 7.374 11.50 75.266 6.141 11.50 72.423 6.346

13.20 84.598 8.156 12.00 77.173 6.750 12.00 74.239 6.984

13.75 86.454 9.018 12.50 78.989 7.413 12.50 75.966 7.681

14.30 88.207 9.969 13.00 80.716 8.137 13.00 77.606 8.443 14.85 89.859 11.020 13.50 82.355 8.929 13.50 79.161 9.278

15.40 91.408 12.183 14.00 83.911 9.796 14.00 80.635 10.193

15.95 92.874 13.472 14.50 85.385 10.746 14.50 82.024 11.198

50 94.733 51.00 90.287 50.50 85.99

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.50 4.445 0.106 0.50 4.297 0.108 0.50 4.152 0.110 1.00 8.743 0.221 1.00 8.450 0.224 1.00 8.162 0.228

1.50 12.895 0.344 1.50 12.460 0.350 1.50 12.033 0.357

2.00 16.905 0.477 2.00 16.330 0.486 2.00 15.766 0.495

2.50 20.775 0.621 2.50 20.063 0.632 2.50 19.365 0.646

3.00 24.509 0.776 3.00 23.663 0.791 3.00 22.633 0.808

3.50 28.108 0.943 3.50 27.131 0.963 3.50 26.172 0.984

4.00 31.576 1.124 4.00 30.470 1.148 4.00 29.386 1.175

4.50 34.915 1.319 4.50 33.683 1.348 4.50 32.476 1.382

5.00 36.129 1.530 5.00 36.773 1.565 5.00 35.445 1.605

5.50 41.219 1.757 5.50 39.743 1.800 5.50 38.296 1.848

6.00 44.188 2.004 6.00 42.594 2.054 6.00 41.032 2.111

6.50 47.039 2.270 6.50 45.330 2.330 6.50 43.656 2.397

7.00 49.775 2.559 7.00 47.953 2.629 7.00 46.169 2.707

7.50 52.399 2.871 7.50 50.467 2.953 7.50 48.575 3.044

8.00 54.912 3.210 8.00 52.873 3.306 8.00 50.676 3.411

8.50 57.318 3.578 8.50 55.174 3.688 8.50 53.075 3.810

9.00 59.619 3.978 9.00 57.373 4.105 9.00 55.174 4.246

9.50 61.818 4.412 9.50 59.472 4.559 9.50 57.177 4.720 10.00 63.917 4.885 10.00 61.474 5.053 10.00 59.084 5.239

10.50 65.919 5.400 10.50 63.362 5.593 10.50 60.900 5.805 11.00 67.827 5.961 11.00 65.196 6.182 11.00 62.627 6.425

11.50 69.643 6.575 11.50 66.924 6.627 11.50 64.267 7.105

12.00 71.370 7.245 12.00 66.564 7.533 12.00 65.622 7.850 12.50 73.009 7.978 12.50 70.120 8.307 12.50 67.296 8.669

13.00 74.565 8.782 13.00 71.593 9.156 13.00 68.685 9.569

13.50 76.039 9.664 13.50 72.982 10.090 13.50 70.006 10.561

14.00 77.428 10.632 14.00 74.303 11.116 14.00 71.253 11.654

14.50 78.749 11.698 14.50 75.550 12.251 14.50 72.428 12.840

PAGE B2
B FACTORS FOR PARAHYOROGEN

TFi PF1 TFI PF1 TFI PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA) 0.00 81.837 1*9.50 77.827 1.9.00 73.95 7

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) IR) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 0.45 3.615 0.100 0.1*5 3.1*89 0.102 0.1*5 3.366 0.105

0.90 7.117 0.208 0.90 6.868 0.212 0.90 6.621* 0.218 1.35 10.508 0.321* 1.35 10.137 0.331 1.35 9.771. 0.339

1.60 13.789 0.1*1*8 1.80 13.299 0.1*59 1.80 12.820 0.1.70 2.25 16.963 0.582 2.25 16.357 0.596 2.25 15.762 0.612

2.70 20.032 0.726 2.70 19.311 0.7i*i* 2.70 18.601* 0.761. 3.15 22.997 0.880 3.15 22.163 0.903 3.15 21.347 0.929

3.60 25.861 1.047 3.60 2i*. 917 1.075 3.60 23.992 1.106

if. 05 28.626 1.226 4.05 27.573 1.26 i*.05 26.51*3 1.297

4.50 31.293 1.1*18 i».50 30.131* 1.1*59 i*.50 29.000 1.501. 4.95 33.861* 1.626 i».95 32.602 1.671* i*.95 31.366 1.726

5.40 36.31*2 1.81.9 5.1*0 3i». 978 1.905 5.1*0 33.6i*3 1.967

5.85 38.728 2.090 5.85 37.261* 2.155 5.85 35.832 2.227

6.30 1*1.025 2.31*9 6.30 39.463 2.i»2i* 6.30 37.936 2.507

6.75 1*3.233 2.628 6.75 1.1.576 2.716 6.75 39.956 2.811

7.20 1.5.356 2.930 7.20 i*3.606 3.030 7.20 i*1.89i* 3.11.0 7.65 1*7.391* 3.256 7.65 1*5.553 3.370 7.65 1*3.753 3.1*96 6.10 1*9.351 3.608 8.10 1*7.1.20 3.738 8.10 1*5.533 3.882

8.55 51.227 3.988 8.55 1.9.209 4.137 8.55 1.7.238 i*.300 9.00 53.021* i*.i*00 9.00 50.922 i*.569 9.00 1.8.868 4.754

9.45 5i». 7i*5 i*.8i*6 9.1*5 52.561 5.038 9.1*5 50.1.26 5.21*8 9.90 56.392 5.329 9.90 5i*. 126 5.51*7 9.90 51.913 5.785 10.35 57.966 5.851. 10.35 55.621 6.100 10.35 53.332 6.369 10.80 59.1*69 6.i*2i* 10.80 57.01*8 6.701 10.80 5i». 683 7.005 11.25 60.902 7.01.3 11.25 58.1*07 7.356 11.25 55.963 7.700 11.70 62.269 7.717 11.70 59.701 8.070 11.70 57.190 8.1*57 12.15 63.570 8.1*50 12.15 60.927 8.8«*9 12.15 58.355 9.286 12.60 61*. 803 9.251 12.60 62.099 9.699 12.60 59.1.61 10.173 13.05 65.982 10.121* 13.05 63.211 10.610 13.05 60.510 11.165

50 70.221. 48.00 66.621* 47.50 63.156

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.1.5 3.21*5 0.107 0.1.5 3.127 0.110 0.45 3.011 0.113

0.90 6.381. 0.223 0.90 6.150 0.229 0.90 5.920 0.236

1.35 9.1*18 0.348 1.35 9.070 0.358 1.35 8.728 0.369

1.80 12.31*9 0.483 1.80 11.889 0.1*97 1.80 11.438 0.513 2.25 15.180 0.629 2.25 11*. 610 0.648 2.25 14.052 0.668

2.70 17.912 0.787 2.70 17.231* 0.811 2.70 16.571 0.837

3.15 20.51.7 0.956 3.15 19.761* 0.987 3.15 18.998 1.019

3.60 23.087 1.11*0 3.60 22.201 1.177 3.60 21.334 1.217

if. 05 25.531. 1.338 4.05 2i*. 547 1.383 4.05 23.581 1.431

4.50 27.890 1.552 4.50 26.801* 1.605 4.50 25.742 1.662

4.95 30.157 1.781. 4.95 28.971* 1.846 4.95 27.818 1.914

5.1.0 32.336 2.031* 5.40 31.059 2.107 5.40 29.810 2.186

5.85 34. 1.31 2.305 5.85 33.061 2.390 5.85 31.722 2.482

6.30 36.41.2 2.598 6.30 34. 981 2.696 6.30 33.554 2.803

6.75 38.371 2.915 6.75 36.822 3.029 6.75 35.309 3.152

7.20 1.0.221 3.259 7.20 38.586 3.390 7.20 36.988 3.531

7.65 41.993 3.633 7.65 40.273 3.782 7.65 38.594 3.944

8.10 1.3.689 i.. 038 8.10 1*1.887 4.206 8.10 40.128 4.394

8.55 1.5.311 i*.i*78 8.55 1*3.1*29 4.672 8.55 41.593 4.883

9.00 1*6.861 4.957 9.00 1*1*. 901 5.177 9.00 42.989 5.418

9.1.5 l*8.3i*0 5.1.78 9.1*5 46.305 5.728 9.45 44.319 6.001

9.90 1*9.752 6.01*5 9.90 1*7.61*2 6.329 9.90 45.578 6.639 10.35 51.096 6.663 10.35 1*8.908 6.985 10.35 46.784 7.336

10.80 52.369 7.338 10.80 50.121 7.702 10.80 47.930 8.100 11.25 53.589 8.076 11.25 51.273 8.487 11.25 49.016 8.922 11.70 54. 71*8 8.882 11.70 52.366 9.330 11.70 50.046 9.840 12.15 55.81*7 9.71.7 12.15 53.402 10.273 12.15 51.020 10.851

12.60 56.889 10.711. 12.60 54.382 11.309 12.60 51.941 11.964

13.05 57.876 11.776 13.05 55.309 12.449 13.05 52.810 13.192

PAGE B3
B FACTORS FOR PARAHYDROGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

7.00 59.817 46.50 56.604 46.00 53.514

DTV DPV B OTV DPV B DTV DPV B

(R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.00G 0.000 0.00 0.000 0.000 0.45 2.898 0.117 0.45 2.786 0.120 0.40 2.385 0.110

0.90 5.695 0.243 G.90 5.475 0.251 0.80 4.694 0.229 1.35 8.394 0.381 1.35 3.067 0.393 1.20 6.929 0.356 1.80 10.997 0.529 1.80 IB. 566 0.547 1.60 9.090 0.494 2.25 13.506 0.690 2.25 12.972 0.714 2.00 11.180 0.642

2.70 15.923 0.865 2.70 15.289 0.896 2.40 13.199 0.802

3.15 18.249 1.055 3.15 17.516 1.093 2.80 15.150 0.973

3.60 20.486 1.260 3.6C 19.658 1.307 3.20 17.032 1.158

4.05 22.637 1.483 4.05 21.715 1.540 3.60 18.848 1.358

4.50 Zk. 704 1.725 4.50 23.689 1.792 4.00 20.599 1.573

4.95 26.687 1.987 4.95 25.583 2.067 4.40 22.287 1.805

5.40 28.590 2.272 5.40 27.39 8 2.366 4.80 23.911 2.055

5.85 30.413 2.582 5.85 29.136 2.691 5,20 25.475 2.324

6.30 32.160 2.919 6.30 30.799 3.046 5.60 26.979 2.616

6.75 33.831 3.286 6.75 32.389 3.432 6.00 28.425 2.930

7.20 35.429 3.685 7.20 33.907 3.853 6.40 29.813 3.270 7.65 36.955 4.121 7.65 35.356 4.313 6.80 31.145 3.638

8.10 38.412 4.596 8.10 36.738 4.816 7.20 32.423 4.035

8.55 39.801 5.114 8.55 38.053 5.365 7.60 33.648 4.466

9.00 41.123 5.680 9.00 39.299 5.966 8.00 34.820 4.932

9.45 42.376 6.300 9.45 40.491 6.625 8.40 35.936 5.438

9.90 43.575 6.978 9.90 41.624 7.348 8.80 37.011 5.987 10.35 44.714 7.721 10.35 42.697 8.127 9.20 38.038 6.583 10.80 45.794 8.521 10.80 43.714 8.998 9.60 39.018 7.217 11.25 46.817 9.416 11.25 44.677 9.959 10.00 39.953 7.921 11.70 47.786 10.401 11.70 45.586 11.018 10.40 40.843 8.687 12.15 48.701 11.487 12.15 46.444 12.188 10.80 41.690 9.523 12.60 49.564 12.686 12.60 47.252 13.483 11.20 42.496 10.436 13.05 50.378 14.011 13.05 48.013 14.918 11.60 43.261 11.434

50 50.545

0.00 0.000 0.000

0.40 2.290 0.114

0.30 4.507 0.237

1.20 6.650 0.369

1.60 8.722 0.512

2.00 10.724 0.666

2.40 12.657 0.832

2.80 l«t. 523 1.011

3.20 16.323 1.204

3.60 18.058 1.413

4.00 19.729 1.638

4.40 21.339 1.881

4.60 22.887 2.143

5.20 24.377 2.427

5.60 25.808 2.733

6.00 27.182 3.065

6.40 28.500 3.424

6.80 29.765 3.812

7.20 30.976 4.234

7.60 32.136 4.690

8.00 33.240 5.186

8.40 34.303 5.724

8.80 35.318 6.309

9.20 36.287 6.932

9.60 37.210 7.624

10.00 38.090 8.378

10.40 38.926 9.201

10.80 39.722 10.100

11.20 40.477 11.084

11.60 41.193 12.162

.00 47.693

0.00 0.000 0.000

0.40 2.198 0.118

0.80 4.323 0.245

1.20 6.378 0.383

1.60 8.362 0.531

2.00 10.279 0.692

2.40 12.128 0.665 2.80 13.911 1.052

3.20 15.630 1.254

3.60 17.286 1.472

4.00 18.880 1.708

4.40 20.414 1.963

4.80 21.888 2.239

5.20 23.305 2.538

5.60 24.665 2.861

6.00 25.970 3.211

6.40 27.221 3.591

6.80 28.420 4.003

7.20 29.567 4.449

7.60 30.659 4.935

8.00 31.709 5.462

8.40 32.713 6.036

8.80 33.670 6.648

9.20 34.583 7.328

9.60 35.451 8.069 10.00 36.278 8.879 10.40 37.063 9.766

10.80 37.808 10.736

11.20 36.514 11.800 11.60 39.183 12.968

44.50 44.957

0.00 0.000 0.000

0.40 2.108 0.122

0.80 4.144 0.255 1.20 6.112 0.398 1.60 6.011 0.552 2.00 9.644 0.719 2.40 11.611 0.900 2.80 13.314 1.096

3.20 14.954 1.307

3.60 16.533 1.536

4.00 18.052 1.784

4.40 19.512 2.052

4.80 20.914 2.343

5.20 22.260 2.658

5.60 23.552 3.000 6.00 24.790 3.370

6.40 25.975 3.772 6.80 27.103 4.209

7.20 28.190 4.684 7.60 29.229 5.201

8.00 30.220 5.763

8.40 31.166 6.365

8.60 32.068 7.032

9.20 32.926 7.762

9.60 33.742 8.559 10.00 34.517 9.432 10.40 35.252 10.386 10.80 35.949 11.438 11.20 36.609 12.591

11.60 37.233 13.861

PAGE B4
B FACTORS FOR PARAHYDROGEN

TF1 PF1

(R) (PSIA) 4.00 '2.33'*

DTV OPV B (R) (PSIA)

0.00 0.000 0.000

0.35 1.771 0.111

0.70 3. 1*88 0.229

1.05 5.154 0.356

1.4 6.768 0.493

1.75 8.332 0.639

2.10 9.81*7 0.795

2. 4 5 11.313 0.963

2.80 12.731 1.143

3.15 14.103 1.336

3.50 15.429 1.544

3.85 16.709 1.766

4. 20 17.946 2.005

4.55 19.139 2.261

4.90 20.290 2.536

5.25 21.399 2.832

5.60 22.467 3.150

5.95 23.496 3.492

6.30 24.479 3.860

6.65 25.433 4.256

7.00 26.350 4.682

7.35 27.231 5.142

7.70 28.076 5.627

8.05 28.886 6.161

8.40 29.663 6.737

8.75 30.407 7.361

9.10 31.118 8.036

9.1*5 31.799 8.766

9.80 32.449 9.558

10.15 33.069 10.417

TF1 PF1

(R) (PSIA) 3.50 39.820

DTV DPV B (R) (PSIA)

0.00 0.000 0.000

0.35 1.695 0.115

0.70 3.339 0.238

1.05 4.931 0.371

1.40 6.474 0.513

1.75 7.96 8 0.666

2.10 9.413 0.830 2.45 10.811 1.006

2.80 12.163 1.195

3.15 13.469 1.398

3.50 14.731 1.616

3.85 15.949 1.850

4.20 17.124 2.102

4.55 18.257 2.372

4.90 19.348 2.663

5.25 20.400 2.976

5.60 21.412 3.314

5.95 22.379 3.677

6.30 23.317 4.068

6.65 24.218 4.489

7.00 25.084 4.944

7.35 25.914 5.425

7.70 26.710 5.955

8.05 27.472 6.527

8.40 28.202 7.147

8.75 28.900 7.817

9.10 29.568 8.545

9.45 30.205 9.333

9.80 30.812 10.190 10.15 31.392 11.121

TF1

(R) 43.00

PF1

(PSIA) 37.415

OTV DPV B (R) (PSIA)

0.00 0.000 0.000 0.35 1.622 0.120 0.70 3.193 0.248

1.05 4.714 0.387 1.40 6.187 0.535 1.75 7.612 0.695 2.10 8.991 0.867 2.45 10.323 1.052

2.80 11.610 1.250 3.15 12.852 1.464

3.50 14.052 1.694

3.85 15.208 1.941 4.20 16.324 2.207

4.55 17.398 2.493

4.90 18.432 2.801 5.25 19.421 3.133

5.60 20.380 3.492

5.95 21.302 3.878 6.30 22.188 4.295

6.65 23.038 4.736

7.00 23.853 5.221 7.35 24.635 5.746

7.70 25.383 6.314

8.05 26.099 6.929

8.40 26.784 7.596

8.75 27.438 8.320

9.10 28.063 9.106

9.45 28.658 9.960 9.80 29.226 10.889 10.15 29.766 11.902

50 35.113 42.00 32.915 41.50 30.815

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 0.35 1.550 0.125 0.35 1.48 0.130 0.35 1.412 0.136

0.70 3.050 0.259 0.70 2.912 0.271 0.70 2.777 0.283

1.05 4.503 0.404 1.05 4.296 0.422 1.05 4.096 0.442

1.40 5.908 0.560 1.40 5.635 0.585 1.40 5.370 0.614

1.75 7.266 0.727 1.75 6.929 0.761 1.75 6.600 0.7 99 2.10 8.579 0.907 2.10 8.178 0.951 2.10 7.787 0.998 2.45 9.847 1.101 2.45 9.383 1.155 2.45 8.932 1.214

2.80 11.071 1.310 2.80 10.546 1.376 2.80 10.035 1.446

3.15 12.252 1.536 3.15 11.667 1.613 3.15 11.098 1.697

3.50 13.390 1.778 3.50 12.747 1.869 3.50 12.121 1.969

3.85 14.488 2.039 3.85 13.787 2.146 3.85 13.099 2.262

4.20 15.545 2.320 4.20 14.788 2.444 4.20 14.048 2.579

4.55 16.563 2.624 <».55 15.745 2.766 4.55 14.960 2.921

4.90 17.535 2.951 4.90 16.673 3.114 4.90 15.835 3.292

5.25 18.479 3.304 5.25 17.563 3.490 5.25 16.675 3.687

5.60 19.385 3.685 5.60 18.419 3.890 5.60 17.481 4.120

5.95 20.255 4.097 5.95 19.239 4.329 5.95 18.253 4.591

6.30 21.090 4.534 6.30 20.025 4.804 6.30 18.992 5.101

6.65 21.891 5.014 6.65 20.778 5.320 6.65 19.699 5.655

7.00 22.658 5.535 7.00 21.499 5.878 7.00 20.375 6.257

7.35 23.393 6.098 7.35 22.188 6.485 7.35 21.020 6.911

7.70 24.096 6.709 7.70 22.847 7.143 7.70 21.637 7.623

8.05 24.767 7.372 8.05 23.475 7.860 8.05 22.224 8.398

8.40 25.408 8.092 8.40 24.075 8.639 8.40 22.783 9.244

8.75 26.020 8.874 8.75 24.646 9.487 8.75 23.316 10.166

9.10 26.604 9.726 9.10 25.190 10.412 9.10 23.822 11.175

9.45 27.i59 10.653 9.45 25.707 11.422 9.45 24.302 12.277

9.80 27.688 11.664 9.80 26.199 12.526 9.80 24.758 13.485 10.15 28.190 12.768 10.15 26.665 13.733 10.15 25.190 14.809

PAGE B5
B FACTORS FOR PARAHYDROGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA) 1.00 28.813 1.0.50 26.905 i«0.00 25.089

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0. 000 0.00 0.000 0.000 0.00 0.000 0.000 0.35 1.31.5 0.1i*3 0.30 1.100 0.128 0.30 1.046 0.134

0.70 2.61.5 0.297 0.60 2.168 0.26<* 0.60 2.061 0.277

1.05 3.900 0.i*6i* 0.90 3.201* 0.1.10 0.90 3.045 0.431

1.1*0 5.112 0.6i*i* 1.20 4.209 0.566 1.20 3.998 0.596 1.75 6.281 0.839 1.50 5.182 0.731. 1.50 4.922 0.772

2.10 7.1*08 1.049 1.80 6.125 0.913 1.80 5.816 0.962 2.45 8.1.91* 1.277 2.10 7.039 1.101* 2.10 6.681 1.164

2.80 9.539 1.523 2.1*0 7.923 1.309 2.1*0 7.511 1.382

3.15 10.51.6 1.789 2.70 8.779 1.529 2.70 8.322 1.615

3.50 11.508 2.077 3.00 9.600 1.761. 3.00 9.106 1.864

3.85 12.1*1*1 2.386 3.30 10.1*02 2.016 3.30 9.863 2.132

it. 20 13.337 2.725 3.60 11.177 2.286 3.60 10.593 2.415

4.55 li*. 197 3.085 3.90 11.925 2.575 3.90 11.299 2.723

4.90 15.022 3.<*80 i*. 20 12.61*7 2.880 4.20 11.979 3.054

5.25 15.813 3.908 i*.50 13.3i*i* 3.211 4.50 12.634 3.409

5.60 16.571 4.373 4.80 li*. 016 3.568 4.80 13.266 3.791

5.95 17.296 4.878 5.10 li*. 663 3.95 5.10 13.874 4.201

6.30 17.990 5.1.27 5.1*0 15.287 4.360 5.40 14.459 4.643

6.65 18.653 6.021* 5.70 15.887 4.601 5.70 15.022 5.118

7.00 19.286 6.673 6.00 16.465 5.275 6.00 15.562 5.629

7.35 19.890 7.381 6.30 17.020 5.785 6.30 16.081 6.181

7.70 20.465 8.152 6.60 17.553 6.334 6.60 16.580 6.775

8.05 21.013 8.991* 6.90 18.066 6.926 6.90 17.057 7.417

8.1.0 21.53' 9.911* 7.20 18.557 7.563 7.20 17.515 8.109

8.75 22.029 10.921 7.50 19.028 8.251 7.50 17.954 8.858

9.10 22.1*98 12.023 7.80 19.1*80 8.992 7.80 18.374 9.667

9.45 22.9i*i» 13.231 8.10 19.912 9.791* 8.10 18.775 10.543

9.80 23.366 li*. 557 8.1*0 20.325 10.660 8.40 19.158 11.491

10.15 23.765 16.011* 8.70 20.720 11.597 8.70 19.524 12.520

39.50 23.363

0.00 0.000 0.000

0.30 0.994 0.141

0.60 1.958 0.292

0.90 2.891 0.454

1.20 3.794 0.628

1.50 4.669 0.814

1.80 5.508 1.014

2.10 6.328 1.229

2.40 7.121 1.460

2.70 7.887 1.708

3.00 8.626 1.974

3.30 9.340 2.255

3.60 10.028 2.561

3.90 10.692 2.891

4.20 11.331 3.245

4.50 11.947 3.626

4.80 12.540 4.036

5.10 13.110 4.478

5.40 13.658 4.954

5.70 14.184 5.467

6.00 14.689 6.020

6.30 15.174 6.618

6.60 15.638 7.264

6.90 16.083 7.961

7.20 16.509 8.716

7.50 16.916 9.533

7.80 17.306 10.418

8.10 17.677 11.378

8.40 18.032 12.420

8.70 18.370 13.552

39.00 21.723

0.00 0.000 0.000

0.30 0.943 0.148

0.60 1.857 0.307

0.90 2.741 0.47 8 1.20 3.596 0.662 1.50 4.418 0.860

1.80 5.220 1.072

2.10 5.995 1.300

2.40 6.743 1.546

2.70 7.465 1.806

3.00 8.162 2.089

3.30 8.834 2.394

3.60 9.481 2.722

3.90 10.105 3.075

4.20 10.705 3.455

4.50 11.283 3.864

4.80 11.838 4.306

5.10 12.371 4.783

5.40 12.883 5.297

5.70 13.375 5.853

6.00 13.846 6.453

6.30 14.297 7.103

6.60 14.730 7.805

6.90 15.143 8.567

7.20 15.538 9.392

7.50 15.916 10.286

7.80 16.276 11.258

8.10 16.619 12.314

8.40 16.946 13.462

8.70 17.257 14.713

1.50 20.168

0.00 0.000 0.000 0.25 0.747 0.129

0.50 1.474 0.267

0.75 2.174 0.413

1.00 2.863 0.569 1.25 3.533 0.734

1.50 4.184 0.909 1.75 4.816 1.096

2.00 5.431 1.295 2.25 6.027 1.503

2.50 6.606 1.727 2.75 7.168 1.966

3.00 7.713 2.220 3.25 8.240 2.490

3.50 8.752 2.777 3.75 9.247 3.083

4.00 9.727 3.409 4.25 10.191 3.757

4.50 10.640 4.127 4.75 11.075 4.522

5.00 11.494 4.943 5.25 11.899 5.393

5.50 12.290 5.873 5.75 12.666 6.386 6.00 13.032 6.934 6.25 13.383 7.519

6.50 13.721 8.146 6.75 14.047 8.817 7.00 14.360 9.535 7.25 14.661 10.304

PAGE 86
B FACTORS FOR PARAHYDROGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA) 8.00 18. 694 37.50 17.305 37.00 15.984

DTV DPV •6 DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 0.25 0.700 0.137 0.25 0.670 0.144 0.25 0.633 0.153

0.50 1.389 0.282 0.50 1.321 0.298 0.50 1.247 0.316

0.75 2.059 0.437 0.75 1.954 0.463 0.75 1.844 0.490

1.00 2.710 0.602 1.00 2.568 0.638 1.00 2.422 0.676

1.25 3.343 0.777 1.25 3.165 0.822 1.25 2.984 0.874

1.50 3.957 0.964 1.50 3.744 1.021 1.50 3.529 1.085

1.75 4.554 1.160 1.75 4.305 1.232 1.75 4.057 1.311

2.00 5.133 1.371 2.00 4.850 1.458 2.00 4.568 1.552

2.25 5.694 1.596 2.25 5.378 1.698 2.25 5.064 1.810

2.50 6.239 1.836 2.50 5.889 1.955 2.50 5.543 2.085

2.75 6.767 2.091 2.75 6.385 2.228 2.75 6. £08 2.379

3.00 7.278 2.363 3.00 6.864 2.520 3.00 6.457 2.693

3.25 7.774 2.652 3.25 7.329 2.832 3.25 6.891 3.029

3.50 8.253 2.961 3.50 7.778 3.164 3.50 7.310 3.388

3.75 8.718 3.291 3.75 8.212 3.519 3.75 7.715 3.772

<<.0Q 9.167 3.642 4.00 8.631 3.899 4.00 8.107 4.184

4.25 9.601 4. 017 4.25 9.037 4.305 4.25 8.484 4.624

4.50 10.020 4.417 4.50 9.428 4.739 4.50 8.846 5.095

it. 75 10.425 4.845 4.75 9.805 5.203 4.75 9.199 5.600

5.00 10.817 5.302 5.00 10.169 5.699 5.00 9.537 6.141

5.25 11.194 5.790 5.25 10.520 6.231 5.25 9.863 6.722

5.50 11.558 6.312 5.50 10.65 8 6.800 5.50 10.176 7.344

5.75 11.909 6.870 5.75 11.184 7.410 5.75 10.477 8.013

6.00 12.247 7.468 6.00 11.497 8.064 6.00 10.767 8.731 6.25 12.573 8.108 6.25 11.799 8.766 6.25 11.045 9.503

6.50 12.886 8.794 6.50 12.088 9.520 6.50 11.312 10.333

6.75 13.188 9.530 6.75 12.366 10.329 6.75 11.569 11.227

7.00 13.477 10.319 7.00 12.633 11.198 7.00 11.814 12.189

7.25 13.755 11.166 7.25 12.890 12.134 7.25 12.049 13.225

36.50 14.737 36. 00 13.561 35.50 12.45 5

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 0.25 0.597 0.162 0.25 0.562 0.172 0.20 0.424 0.146

0.50 1.175 0.335 0.50 1.106 0.357 0.40 0.837 0.300 0.75 1.737 0.520 0.75 1.634 0.554 0.60 1.240 0.463 1.00 2.282 0.716 1.00 2.146 0.765 0.60 1.632 0.635 1.25 2.810 0.930 1.25 2.641 0.992 1.00 2.015 0.817 1.50 3.321 1.156 1.50 3.121 1.234 1.20 2.387 1.010 1.75 3.817 1.398 1.75 3.585 1.493 1.40 2.750 1.213

2.00 4.296 1.656 2.00 4.034 1.771 1.60 3.103 1.429 2.25 4.760 1.933 2.25 4.468 2.069 1.80 3.447 1.657

2.50 5.209 2.229 2.50 4.688 2.388 2.00 3.781 1.898 2.75 5.644 2.546 2.75 5.293 2.730 2.20 4.107 2.153

3.00 6.063 2.884 3.00 5.684 3.096 2.40 4.423 2.423

3.25 6.468 3.247 3.25 6.062 3.490 2.60 4.731 2.709

3.50 6.860 3.636 3.50 6.426 3.911 2.80 5.029 3.011 3.75 7.237 4.053 3.75 6.777 4.364 3.00 5.320 3.331

4.00 7.601 4.499 4.00 7.115 4.850 3.20 5.601 3.671

4.25 7.952 4.978 4.25 7.44 5.372 3.40 5.875 4.030

4.50 8.290 5.491 4.50 7.754 5.934 3.60 6.140 4.411

4.75 6.616 6.042 4.75 8.055 6.537 3.80 6.398 4.614

5.00 8.929 6.634 5.00 8.345 7.186 4.00 6.647 5.242

5.25 9.230 7.270 5.25 8.623 7.885 4.20 6.889 5.696

5.50 9.520 7.954 5.50 8.890 8.637 4.40 7.124 6.177

5.75 9.798 8.689 5.75 9.146 9.448 4.60 7.351 6.688

6.00 10.065 9.480 6.00 9.392 10.323 4.80 7.571 7.230 6.25 10.321 10.332 6.25 9.627 11.266 5.00 7.784 7.806

6.50 10.567 11.250 6.50 9.852 12.285 5.20 7.989 8.417

6.75 10.802 12.239 6.75 10.068 13.386 5.40 8.188 9.067

7.00 11.028 13.308 7.00 10.274 14.576 5.60 8.381 9.758

7.25 11.243 14.461 7.25 1 . 47 15.865 5.80 8.567 10.493

PAGE B7
B FACTORS FOR PARAHYDROGEN

TFi PF1

(R) (PSIA) 5.00 11.1*16

DTV DPV B

(R) (PSIA)

0.00 0.000 0.000

0.20 0.398 0.155

0.1*0 0.785 0.320

0.60 1.163 0.1*91* o.eo 1.530 0.679

1.00 1.888 0.871* 1.20 2.237 1.081

l.kO 2.576 1.3G0

1.60 2.906 1.532

1.8.0 3.227 1.778

2.00 3.538 2.038

2.20 3.81*2 2.311*

2.1*0 i*.136 2.606

2.60 i».i*22 2.916

2.60 i».700 3.21*5 3.00 1+.969 3.593

3.20 5.231 3.963

3.1*0 5.i*8i* 1..355 3.60 5.730 it.770 3.80 5.968 5.212

<+. 00 6.199 5.681

i*.20 6.1*22 6.179

i*.t*0 6.639 6.708

1..60 6.81*8 7.270

<*.80 7.050 7.868

5.00 7.21*6 8.501* 5.20 7.1*35 9.180

5.1*0 7.618 9.901

5.60 7.791* 10.668

5.80 7.961* 11.1*85

TFI PF1

(R) (PSIA)

1..50 10.41.0

DTV DPV B (R) (PSIA)

0.00 0.000 0.000

0.20 0.373 0.166

0.1*0 0.735 0.3i«2 0.60 1.089 0.529

0.80 l.i»32 0.727

1.00 1.767 0.937

1.20 2.092 1.160

1.1*0 2.1*08 1.396

1.60 2.716 1.61*6 1.80 3.015 1.912

2.00 3.305 2.191* 2.20 3.587 2.1*93

2.1*0 3.860 2.810

2.60 i*.126 3.147

2.8C i*.383 3.505

3.00 4.633 3.885

3.20 i*.875 i*.289

3.1*0 5.109 i*.718 3.60 5.336 5.173

3.80 5.556 5.658

1..00 5.769 6.173

i*.20 5.975 6.722

i*.i*0 6.171* 7.305

i*.60 6.366 7.926

i*.80 6.552 8.588

5.00 6.731 9.293

5.20 6.905 10.0i*i* 5.i*0 7.072 10.81*5 5.60 7.233 11.700

5.80 7.388 12.612

TFI

(R)

31*. 00

PF1

(PSIA) 9.527

DTV DPV B

(R) (PSIA)

0.00 0.000 0.000 0.20 0.31*8 0.178

0.1*0 0.688 0.367

0.60 1.017 0.567

0.80 1.338 U.780

1.00 1.650 1.007

1.20 1.953 1.21*7

l.i«0 2.21*8 1.502

1.60 2.531* 1.773

1.80 2.811 2.061

2.00 3.081 2.367

2.20 3.3i*2 2.692

2.1*0 3.596 3.038

2.60 3.8i«2 3.1*06 2.80 1..080 3.796

3.00 i*.311 1..212 3.20 i*.53i* i*.65i* 3,1*0 i*.750 5.125

3.60 if. 960 5.626 3.80 5.162 6.160

i*.00 5.358 6.728

i+.20 5.51*7 7.331*

i*. i*0 5.729 7.980

i*.60 5.905 8.668

i*.80 6.076 9.1*03 5.00 6.21*0 10.187

5.20 6.398 11.025

5.1*0 6.550 11.920

5.60 6.697 12.876

5.80 6.838 13.899

33.50 8.671* 33. 00 7.877 32.50 7.136

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.20 0.325 0.191 0.20 0.303 0.205 0.20 0.282 0.221

0.1*0 0.61*2 0.394 0.1*0 0.598 0.1*21* 0.1*0 0.555 0.1*58 0.60 0.91*9 0.610 0.60 0.681* 0.657 0.60 0.821 0.710

0.80 1.21*8 0.61*0 0.80 1.161 0.906 0.80 1.078 0.979

1.00 1.538 1.081* 1.00 1.1*31 1.170 1.00 1.328 1.266

1.20 1.820 1.3i*i* 1.20 1.692 1.1.52 1.20 1.570 1.573

1.1*0 2.093 1.620 1.1*0 1.91*6 1.752 1.1*0 1.801* 1.900

1.60 2.359 1.915 1.60 2.191 2.072 1.60 2.031 2.21*9 1.80 2.616 2.226 1.80 2.1*30 2.1*11* 1.80 2.251 2.622

2.00 2.866 2.561 2.00 2.660 2.777 2.00 2.i*6i* 3.020

2.20 3.108 2.915 2.20 2.881* 3.165 2.20 2.670 3. i.i*6 2.1*0 3.31*2 3.293 2.1*0 3.100 3.578 2.1*0 2.869 3.900

2.60 3.570 3.695 2.60 3.309 i*.019 2.60 3.061 i*.386 2.80 3.789 it. 123 2.80 3.512 i*.i*9 2.80 3.21.7 1..905 3.00 k .00? i*.579 3.00 3.707 i*.992 3.00 3.1*26 5.1*60 3.20 i*.208 5.065 3.20 3.897 5.529 3.20 3.600 6.051*

3.i*0 i* .1*07 5.581* 3.1-0 i*.079 6.102 3.i*0 3.767 6.689

3.60 i*.599 6.136 3.60 i*.255 6.711* 3.60 3.928 7.369

3.80 i*.785 6.726 3.80 i».i*25 7.368 3.80 1..083 8.098

it. 00 i*.96i* 7.355 it. 00 1..589 8.067 i*.00 i*.232 8.878

i*.20 5.138 8.027 i*.20 i*.7i»8 6.815 i*.20 i*.376 9.711*

i».i*0 5.305 8.7i»i* !».1*0 i*.900 9.615 l*.l*0 1..515 10.611

i*.60 5.1*66 9.511 i».60 5.01*7 10.1*72 i*.60 i*.6i*8 11.572

i*.80 5.621 10.330 i*.80 5.188 11.390 <f. 80 i*.776 12.605

5.00 5.771 11.207 5.00 5.321* 12.373 5.00 i*.899 13.713

5.20 5.911* 12.11*1* 5.20 5.1*51* 13.1*27 5.20 5.017 li*. 901* 5.1*0 6.053 13.11*8 5.i*0 5.580 li*. 558 5.i*0 5.131 16.185

5.60 6.186 li*. 223 5.60 5.700 15.772 5.60 5.239 17.562

5.80 6.311* 15.376 5.80 5.816 17.076 5.80 5.31.3 19.01*1*

PAGE B8
B FACTORS FOR PARAHYDROGEN

TF1

(R) PF1

(PSIA) TF1(P) PF1

(PSIA) TF1

(P) PF1

(PSIA)

32.0 6.446 31.50 5.808 31.00 5.217

DTV DPV B (R) (PSIA)

0.00 0.000 0.000

0.15 0.197 0.178

0.30 0.389 0.365

0.45 0.577 0.562

0.60 0.761 0.769

0.75 0.940 0.986

0.90 1.115 1.215

1.05 1.286 1.455

1.20 1.453 1.708

1.35 1.616 1.974

1.50 1.775 2.254

1.65 1.930 2.546

1.80 2.081 2.857

1.95 2.229 3.182

2.10 2.372 3.525

2.25 2.512 3.885

2.i*0 2.648 4.264

2.55 2.781 4.663

2.70 2.910 5.083

2.85 3.036 5.525

3.00 3.159 5.991

3.15 3.278 6.482

3.30 3.394 6.998

3.45 3.507 7.543

3.60 3.616 8.117

3.75 3.722 8.723

3.90 3.826 9.361

4.05 3.926 10.034

4.20 4.024 10.745

4.35 4.118 11.495

DTV DPV B (R) (PSIA)

0.00 0.000 0.000

0.15 0.182 0.193

0.30 0.360 0.396

0.45 0.534 0.610

0.60 0.704 0.835

0.75 0.869 1.072

0.90 1.031 1.321

1.05 1.188 1.584

1.20 1.342 1.860

1.35 1.492 2.152

1.50 1.638 2.459

1.65 1.780 2.782

1.80 1.919 3.122

1.95 2.054 3.481

2.10 2.186 3.859

2.25 2.314 4.257

2.40 2.439 4.676

2.55 2.560 5.119

2.70 2.678 5.585

2.85 2.793 6.077

3.00 2.905 6.596

3.15 3.013 7.143

3.30 3.118 7.721

3.45 3.221 8.331

3.60 3.320 8.974

3.75 3.417 9.654

3.90 3.510 10.372

4.05 3.601 11.131

4.20 3.689 11.932

4.35 3.775 12.780

DTV DPV B (R) (PSIA)

0.00 0.000 O.OCO 0.15 0.168 0.209

0.30 0.332 0.430 0.45 0.493 0.663

0.60 0.649 0.909

0.75 0.801 1.168

0.90 0.950 1.441 1.05 1.095 1.729

1.20 1.236 2.032

1.35 1.374 2.353

1.50 1.508 2.691 1.65 1.638 3.047

1.80 1.765 3.423 1.95 1.889 3.820 2.10 2.009 4.238 2.25 2.126 4.680 2.40 2.240 5.147

2.55 2.350 5.639

2.70 2.458 6.159

2.85 2.562 6.709

3.00 2.663 7.289 3.15 2.762 7.902

3.30 2.857 8.551

3.45 2.950 9.236

3.60 3.040 9.961

3.75 3.127 10.728

3.90 3.212 11.539

4.05 3.294 12.397

4.20 3.373 13.306

4.35 3.450 14.269

30.50 4.671 30.00 4.170 29.50 3.709

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.15 0.155 0.228 0.15 0.142 0.249 0.15 0.130 0.273

0.30 0.306 0.469 0.30 0.281 0.513 0.30 0.257 0.563

0.45 0.454 0.724 0.45 0.416 0.79 2 0.45 0.381 0.870

0.60 0.597 0.993 0.60 0.548 1.087 0.60 0.501 1.195

0.75 0.737 1.276 0.75 0.676 1.400 0.75 0.618 1.540

0.90 0.873 1.576 0.90 0.901 1.730 0.90 0.732 1.905

1.05 1.006 1.893 1.05 0.922 2.079 1.05 0.843 2.292

1.20 1.135 2.227 1.20 1.040 2.449 1.20 0.950 2.703

1.35 1.261 2.581 1.35 1.155 2.841 1.35 1.054 3.138

1.50 1.384 2.954 1.50 1.267 3.255 1.50 1.156 3.599

1.65 1.503 3.349 1.65 1.375 3.693 1.65 1.254 4.089

1.8G 1.619 3.765 1.80 1.480 4.157 1.60 1.350 4.608

1.95 1.731 4.206 1.95 1.583 4.649 1.95 1.442 5.158

2.10 1.841 4.672 2.10 1.682 5.169 2.10 1.532 5.742

2.25 1.947 5.164 2.25 1.779 5.720 2.25 1.620 6.361

2.40 2.051 5.685 2.40 1.872 6.304 2.40 1.704 7.018 2.55 2.151 6.235 2.55 1.963 6.922 2.55 1.786 7.716

2.70 2.249 6.816 2.70 2.051 7.577 2.70 1.865 8.457 2.65 2.343 7.434 2.85 2.137 8.272 2.85 1.942 9.243

3.00 2.435 8.086 3.00 2.220 9.008 3.00 2.017 10.079

3.15 2.524 8.777 3.15 2.300 9.789 3.15 2.089 10.966

3.30 2.610 9.508 3.30 2.377 10.617 3.30 2.158 11.910

3.45 2.694 10.282 3.45 2.453 11.49 6 3.45 2.225 12.913

3.60 2.775 11.102 3.60 2.525 12.429 3.60 2.290 13.980

3.75 2.854 11.971 3.75 2.596 13.419 3.75 2.353 15.115

3.90 2.930 12.893 3.90 2.664 14.471 3.90 2.4.14 16.323

4.05 3.003 13.869 4.05 2.730 15.589 4.05 2.473 17.609

4.20 3.074 14.905 4.20 2.793 16.776 4.20 2.529 18.977

4.35 3.143 16.005 4.35 2.855 18.039 4.35 2.584 20.435

PAGE B9
B FACTORS FOR PARAHYDROGEN

TF1 PF1

(R) (PSIA) TF1

(R) PF1(PSIA) TF1

(R) PF1

(PSIA) 29.00 3.288 28.50 2.903 28.00 2.553

OTV DPV B DTV DPV B DTV OPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.10 0.080 0.198 0.10 0.073 0.219 0.10 0.066 0.243

0.20 0.158 0.405 0.20 0.144 0.447 0.20 0.131 0.496

0.30 0.235 0.620 0.30 0.214 0.685 0.30 0.194 0.760

0.40 0.310 0.843 0.40 0.282 0.933 0.40 0.256 1.036

0.50 0.385 1.076 0.50 0.350 1.191 0.50 0.317 1.323

0.60 0.457 1.318 0.60 0.416 1.46 0.60 0.377 1.623

0.70 0.529 1.571 0.70 0.480 1.741 0.70 0.435 1.937

0.80 0.598 1.833 0.80 0.544 2.033 0.80 0.492 2.264

0.90 0.667 2.106 0.90 0.606 2.338 0.90 0.548 2.605

1.00 0.734 2.390 1.00 0.667 2.655 1.00 0.603 2.961

1.10 0.800 2.686 1.10 0.726 2.986 1.10 0.657 3.333

1.20 0.865 2.995 1.20 0.785 3.331 1.20 0.710 3.721

1.30 0.928 3.315 1.30 0.842 3.691 1.30 0.761 4.126

1.1*0 0.990 3.649 1.40 0.898 4.065 1.40 0.812 4.549

1.50 1.051 3.997 1.50 0.953 4.456 1.50 0.861 4.990

1.60 1.111 4.359 1.60 1.007 4.663 1.60 0.909 5.451

1.70 1.169 4.735 1.70 1.059 5.288 1.70 0.956 5.932

1.80 1.227 5.128 1.80 1.111 5.731 1.80 1.002 6.435

1.90 1.283 5.536 1.90 1.161 6.193 1.90 1.048 6.959

2.00 1.338 5.962 2.00 1.211 6.674 2.00 1.092 7.507

2.10 1.391 6.405 2.10 1.259 7.177 2.10 1.135 8.080

2.20 1.444 6.866 2.20 1.306 7.700 2.20 1.177 8.678 2.30 1.1*95 7.347 2.30 1.352 8.247 2.30 1.218 9.303

2.40 1.546 7.848 2.40 1.397 8.817 2.40 1.258 9.955

2.50 1.595 8.370 2.50 1.441 9.412 2.50 1.298 10.637

2.60 1.643 8.914 2.60 1.484 10.033 2.60 1.336 11.349

2.70 1.691 9.481 2.70 1.527 10.681 2.70 1.373 12.094

2.80 1.737 10.072 2.80 1.568 11.357 2.80 1.410 12.872

2.90 1.782 10.688 2.90 1.608 12.063 2.90 1.446 13.685

27.50 2.236 27.00 1.950 26.50

0.00 0.000 0.000

0.05 0.030 0.133

0.10 0.060 0.270

0.15 0.089 0.409

0.20 0.118 0.552

0.25 0.147 0.697

0.30 0.175 0.846

0.35 0.204 0.998

0.40 0.231 1.154

0.45 0.259 1.313

0.50 0.286 1.476

0.55 0.313 1.642

0.60 0.340 1.812

0.65 0.366 1.986

0.70 0.393 2.164

0.75 0.419 2.346

0.80 0.444 2.531

0.85 0.469 2.721

0.90 0.495 2.915

0.95 0.519 3.114

1.00 0.544 3.317

1.05 0.568 3.524

1.10 0.592 3.737

1.15 0.616 3.953

1.20 0.639 4.175

1.25 0.662 4.402

1.30 0.685 4.634

1.35 0.708 4.871

1.40 0.731 5.113

1.45 0.753 5.361

0.00 0.000 0.000

0.05 0.027 0.149

0.10 0.054 0.301

0.15 0.080 0.45 7 0.20 0.106 0.617

0.25 0.132 0.780

0.30 0.158 0.947

0.35 0.183 1.117

0.40 0.208 1.292

0.45 0.233 1.471

0.50 0.258 1.654

0.55 0.282 1.841

0.60 0.306 2.033

0.65 0.330 2.229

0.70 0.353 2.429

0.75 0.376 2.634

0.80 0.399 2.844

0.85 0.422 3.059

0.90 0.444 3.279

0.95 0.466 3.503

1.00 0.488 3.734

1.05 0.510 3.969

1.10 0.531 4.210

1.15 0.553 4.456

1.20 0.574 4.709

1.25 0.594 4.967

1.30 0.615 5.231

1.35 0.635 5.501

1.40 0.655 5.776

1.45 0.675 6.061

0005

1015

20?5

3035

40 0.45

0.50 0.55

0.60 0.65

0.70 0.75

0.80 0.85

0.90 0.95

1.00 1.05

1.10 1.15

2025

3035

40 1.45

1.692

0.000 0.024

0.048

0.072

0.095 0.119

0.142 0.164

0.187

0.209

0.231

0.252 0.274

0.295 0.316

0.337

0.357

0.377

.397

.417

.437

.456

.475 .494 0.512

0.531 0.549

0.567 0.585 0.602

0.000 0.167

0.338 0.513

0.692 0.876 1.064 1.256

1.454

1.656

1.862 2.074

2.291

2.513

2.740 2.973

3.212 3.456

3.706

3.962 4.224

4.493

4.767 5.049

5.337 5.632 5.934

6.244 6.561

6.886

PAGE BIO
Appendix C: B-factors for nitrogen, calculated from eq (5).

B FACTORS FOR NITROGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

216.00 364.455 214.00 344.593 212.00 325.542

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.00(1 0.00 0.000 0.000 0.00 0.000 0.000

1.30 13.004 0.116 1.30 12.474 0.117 1.30 11.961 0.117

2.60 25.662 0.244 2.60 24.612 0.242 2.60 23.599 0.243

3.90 37.980 0.378 3.90 36.423 0.376 3.90 34.919 0.379

5.20 49.966 0.522 5.20 47.913 0.520 5.20 45.929 0.524

6.50 61.628 0.675 6.50 59.090 0.674 6.50 56.634 0.681

7.60 72.973 0.838 7.80 69.958 0.839 7.80 67.040 0.849

9.10 84.006 1.013 9.10 80.525 1.016 9.10 77.155 1.029 10.40 94.734 1.200 10.40 90.796 1.206 10.40 86.981 1.222

11.70 105.164 1.399 11.70 100.776 1.408 11.70 96.527 1.430 13.00 115.300 1.612 13.00 110.473 1.626 13.00 105.795 1.653 14.30 125.149 1.840 14.30 119.889 1.858 14.30 114.792 1.892 15.60 134.716 2.084 15.60 129.032 2.107 15.60 123.523 2.148 16.90 144.005 2.344 16.90 137.906 2.374 16.90 131.992 2.423

18.20 153.023 2.623 18.20 146.515 2.660 18.20 140.204 2.718

19.50 161.774 2.920 19.50 154.865 2.965 19.50 148.165 3.034

2 0.60 170.263 3.238 20.80 162.960 3.293 20.80 155.877 3.373 22.10 178.495 3.579 22.10 170.806 3.644 22.10 163.347 3.736

23.40 186.474 3.942 23.40 178.406 4.019 23.40 170.579 4.126

24.70 194.206 4.332 24.70 185.765 4.422 24.70 177.576 4.545 26.00 201.695 4.748 26.00 192.888 4.853 26.00 184.345 4.994 27.30 208.944 5.193 27.30 199.779 5.315 27.30 190.8 88 5.476 28.60 215.960 5.670 28.60 206.443 5.811 26.60 197.210 5.994 29.90 222.745 6.181 29.90 212.884 6.343 29.90 203.316 6.550 31.20 229.306 6.728 31.20 219.106 6.913 31.20 209.211 7.148

32.50 235.645 7.315 32.50 225.114 7.525 32.50 214.897 7.791 33.80 241.768 7.943 33.80 230.912 8.162 33.80 220.380 8.482 35.10 247.678 8.618 35.10 236.504 6.889 35.10 225.664 9.226 36.40 253.380 9.341 36.40 241.895 9.648 36.40 230.754 10.026 37.70 258.879 10.118 37.70 247.068 10.464 37.70 235.652 10.889

210.00 307.274 208.00 289.765 206.00 2 72.99

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.30 11.466 0.119 1.30 10.986 0.121 1.30 10.521 0.124

2.60 22.618 0.246 2.60 21.668 0.251 2.60 20.747 0.258 3.90 33.463 0.384 3.90 32.052 0.393 3.90 30.683 0.403

5.20 44.0 07 0.533 5.20 42.144 0.545 5.20 40.336 0.560 6.50 54.255 0.693 6.50 51.949 0.709 6.50 49.711 0.730

7.80 64.214 0.664 7.80 61.472 0.686 7.80 58.812 0.913

9.10 73.888 1.049 9.10 70.720 1.077 9.10 67.644 1.110 10.40 83.284 1.248 10.40 79.696 1.282 10.40 76.213 1.323 11.70 92.406 1.462 11.70 88.407 1.503 11.70 84.524 1.553

13.00 101.259 1.692 13.00 96.856 1.741 13.00 92.589 1.800 14.30 109.848 1.93 8 14.30 105.049 1.997 14.30 100.388 2.066

15.60 118.178 2.203 15.60 112.990 2.272 15.60 107.951 2.354

16.90 126.254 2.488 16.90 120.684 2.568 16.90 115.273 2.663

18.20 134.081 2.794 18.20 128.135 2.887 18.20 122.360 2.996

19.50 141.662 3.122 19.50 135.348 3.229 19.50 129.216 3.354

2 0.80 149.003 3.475 20.80 142.328 3.598 20.80 135.845 3.741 22.10 156.108 3.654 22.10 149.079 3.994 22.10 142.252 4.157 23.40 162.982 4.261 23.40 155.605 4.420 23.40 148.441 4.606

24.70 169.628 4.698 24.70 161.911 4.879 24.70 154.416 5.089

26.00 176.052 5.168 26.00 168.000 5.373 26.00 160.182 5.610

27.30 182.257 5.673 27.30 173.878 5.905 27.30 165.743 6.172

28.60 188.249 6.217 28.60 179.549 6.478 28.60 171.103 6.779

29.90 194.031 6.602 29.90 185.017 7.096 29.90 176.267 7.433

31.20 199.607 7.431 31.20 190.286 7.761 31.20 161.238 8.140 32.50 204.983 8.109 32.50 195.360 8.479 32.50 186.022 8.904

3 3.80 210.161 8.839 33.80 200.244 9,254 33.80 190.622 9.729 35.10 215.147 9.626 35.10 204.943 10.091 35.10 195.042 10.622

36.40 219.945 10.475 36.40 209.459 10.995 36.40 199.287 11.589

37.70 224.559 11.391 37.70 213.798 11.972 37.70 203.360 12.636

PAGE CI
8 FACTORS FOR NITROGEN

TF1 PF1

(R) (PSIA)

204.00 256.926

DTV DPV B (R) (PSIA)

0.00 0.000 0.000

1.20 9.305 0.117

2.40 18.366 0.244

3.60 27.187 0.380

4.80 35.772 0.527

6.00 44.124 0.685

7.20 52.249 0.855

a. 40 60.150 1.037

9.60 67.830 1.233

10.80 75.294 1.443

12.00 82.545 1.668

13.20 89.586 1.910

14.40 96.422 2.169

15.60 103.055 2.447

16.80 109.490 2.745

18.00 115.729 3.065

19.20 121.777 3.408

20.t<0 127.636 3.776

21.60 133.311 4.170

22.80 138.804 4.593

24.00 144.119 5.047

25.20 149.259 5.535

26. i<0 154.228 6.058

2 7.60 159.029 6.620

28.80 163.666 7.223

30.00 168.141 7.872

31.20 172.458 8.570

32.40 176.620 9.320

3 3.60 180.632 10.128

34.80 184.495 10.997

TF1 PF1

(R) (PSIA)

202.00 241.554

OTV DPV B

(R) (PSIA)

0.00 0.000 0.000 1.20 8.90 0.121

2.40 17.563 0.253

3.60 25.993 0.394

4.80 34.193 0.546

6.00 42.168 0.710 7.20 49.922 0.887

8.40 57.457 1.077

9.60 64.779 1.281 10.80 71.889 1.501

12.00 78.793 1.736

13.20 85.493 1.989

14.40 91.994 2.261

15.60 98.298 2.553 16.80 104.409 2.867 18.00 110.331 3.203 19.20 116.067 3.565

20.40 121.620 3.953

21.60 126.994 4.370

22.80 132.192 4.818 24.00 137.218 5.299

25.20 142.075 5.817 26.40 146.766 6.373

27.60 151.294 6.971

28.60 155.664 7.615

30.00 159.877 8.308

31.20 163 938 9.054

32.40 167.851 9.856

33.60 171.617 10.725

34.80 175.241 11.660

TF1 PF1

(R) (PSIA) 00.00 226.852

DTV DPV b

(R) (PSIA)

0.00 0.000 0.000

1.20 6.507 0.126 2.40 16.783 0.262 3.60 24.833 0.409

4.80 32.660 0.568 6.00 40.268 0.739

7.20 47.660 0.924

6.40 54.840 1.122

9.60 61.813 1.336

10.80 68.581 1.566 12.00 75.147 1.813 13.20 81.517 2.079

14.40 87.692 2.365 15.60 93.676 2.672 16.80 99.474 3.003 16.00 105.087 3.359 19.20 110.521 3.741 20.40 115.777 4.152 21.60 120.860 4.594

22.80 125.773 5.070 24.00 130.518 5.582 25.20 135.101 6.133 26.40 139.523 6.726

27.60 143.788 7.365 28.80 147.900 8.054 30.00 151.861 8.797 31.20 155.676 9.599

32.40 159.347 10.464

33.60 162.877 11.398 34.80 166.270 12.407

196.00 212.802 196.00 199.385 194.00 186.584

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.10 7.456 0.120 1.10 7.116 0.125 1.10 b.784 0.131

2.20 14.724 0.249 2.20 14.048 0.260 2.20 13.391 0.272

3.30 21.806 0.387 3.30 20.800 0.405 3.30 19.821 0.424

4.40 28.705 0.536 4.40 27.374 0.560 4.40 26.080 0.587

5.50 35.425 0.695 5.50 33.773 0.727 5.50 32.168 0.762

6.60 41.967 0.866 6.60 40.000 0.906 6.60 38.089 0.951

7.70 48.335 1.049 7.70 46.058 1.099 7.70 43.845 1.154

8.80 54.531 1.245 6.80 51.949 1.305 8.80 49.440 1.371

9.90 60.558 1.455 9.90 57.675 1.526 9.90 54.875 1.605 11.00 66.419 1.680 11.00 63.241 1.763 11.00 60.154 1.855 12.10 72.116 1.921 12.10 68.648 2.017 12.10 65.279 2.124

13.20 77.652 2.179 13.20 73.899 2.290 13.20 70.253 2.412 14.30 83.031 2.454 14.30 78.996 2.581 14.30 75.078 2.722

15.40 88.253 2.749 15.40 83.942 2.894 15.40 79.757 3.053 16.50 93.323 3.065 16.50 88.741 3.228 16.50 84.293 3.409 17.60 98.242 3.403 17.60 93.393 3.587 17.60 88.687 3.791 18.70 103.014 3.764 18.70 97.90 3 3.971 18.70 92.943 4.201 19.80 107.640 4.151 19.80 102.272 4.383 19.80 97.064 4.641

20.90 112.124 4.565 20.90 106.504 4.825 20.90 101.051 5.114

22.00 116.468 5.009 22.00 110.600 5.298 22.00 104.908 5.621 23.10 120.675 5.483 23.10 114.563 5.806 23.10 108.636 6.165

24.20 124.747 5.992 24.20 118.396 6.351 24.20 112.239 6.751 25.30 128.686 6.537 25.30 122.102 6.935 25.30 115.719 7.380

26.40 132.496 7.121 26.40 125.682 7.563 26.40 119.079 8.056 27.50 136.179 7.747 27.50 129.140 8.236 27.50 122.320 8.783

2 8.60 139.737 8.419 28.60 132.478 8.960 28.60 125.447 9.566 29.70 143.172 9.140 29.70 135.698 9.738 29.70 126.460 10.409

30.80 146.489 9.914 30.80 138.604 10.575 30.80 131.362 11.316

31.90 149.688 10.745 31.90 141.797 11.475 31.90 134.157 12.294

PAGE C2
B FACTORS FOR NITROGEN

TF1 PF1 TFi PF1 TFI PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

192.00 171*. 382 190.00 162.761 188.00 151.705

OTV OPV B DTV DPV B DTV UPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.00 5.882 0.12!* 1.00 5.598 0.131 1.00 5.321 0.138

2.00 11.621 0.257 2.00 11.056 0.271 2.00 1U.507 0.285

3.00 17.219 0.1.00 3.00 16.377 0.1.21 3.00 15.560 0.1*1*1* it.OO 22.677 0.553 (t.OO 21.563 0.582 1..00 20.1*82 0.613

5.00 27.998 0.716 5.00 26.616 0.751* 5.00 25.275 0.795

6.00 33.1?.!. 0.690 6.00 31.538 0.93 6 6.00 29.91*0 0.990 7.00 38.237 1.076 7.00 36.331 1.135 7.00 31*. 1*60 1.199

8.00 1.3.159 1.275 8.00 1.0.996 1.3"*5 8.00 38.697 1.1.23 9.00 1.7.952 1.1.87 9.00 1.5.536 1.570 9.00 1*3.193 1.662 10.00 52.617 1.711* 10.00 1.9.953 1.811 10.00 1*7.369 1.918 11.00 57.157 1.956 11.00 5i*. 21.9 2.066 11.00 51.1*28 2.192 12.00 61.571* 2.215 12.00 5 8.1*2 5 2.31.3 12.00 55.371 2.1.85 13.00 65.870 2.1*91 13.00 62.1.61* 2.637 13.00 59.201 2.799

1*».00 7 0.01.6 2.785 li*. 00 66.1*27 2.951 11*. 00 62.919 3.135

15.00 7<*. 105 3.099 15.00 7 0.25 7 3.286 15.00 66.527 3. i»9i. 16.00 78.01.8 3.1*31. 16.00 73.975 3.61*5 16.00 7U.028 3.8 78 17.00 81.678 3.792 17.00 77.563 i*. 028 17.00 73.1*23 1..290 16.00 85.596 i*.17<» 18.00 81.061* i*.i*37 18.00 7b. 711* 1..730 19.00 89.20'+ 1..582 19.00 8i*. 1*79 i*.875 19.00 79.903 5.202

20.00 92.705 5.018 20.00 87.770 5.3i*i* 20.00 82.991 5.707 21.00 96.10 5.1.83 21.00 90.959 5.81.5 21.00 85.982 6.21.8 22.00 99.391 5.980 22.00 9<*.Qi*7 6.380 22.00 88.876 6.628 23.00 102.580 6.511 23.00 97.038 6.951* 23.00 91.675 7.1*1.9 2<«.00 105.668 7.079 24. 00 99.932 7.568 21.. 00 91*. 382 8.115 25.00 108.659 7.686 25.00 102.732 8.225 25.00 96.999 8.829 26.00 111.553 8.335 26.00 105.1*39 8.930 26.00 99.526 9.596 27.00 111..353 9.030 27.00 108.055 9.681* 27.00 101.966 10.1*19 28.00 117.060 9.771. 28.00 110.582 10.1*93 26.00 101*. 321 11.302

29.00 119.676 10.570 29.00 113.022 11.361 29.00 106.593 12.251

186.00 11*1 .197 181*. 00 131.223 182.00 121.765

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.90 i».55i* 0.130 0.90 i*.319 0.138 0.90 i*.092 0.11.6 1.80 9.001 0.269 1.80 8.535 0.285 1.80 8.083 0.3U2

2.70 13.343 0.1.17 2.70 12.61*9 0.i«i»2 2.70 11.977 O.t.69 3.60 17.582 0.575 3.60 16.663 0.609 3.60 15.773 0.6i*7 •.50 21.718 0.71*3 i*.50 20.578 0.788 1..50 19.1*73 0.837

5.1*0 25.751. 0.922 5.1*0 Zi*. 395 0.97 8 5.1*0 23.079 1. Oi*C 6.30 29.691 1.113 6.30 28.117 1.181 6.30 26.592 1.257

7.20 33.530 1.316 7.20 31.71*3 1.398 7.20 30.013 1.1.88 8.10 37.273 1.533 8.10 35.277 1.629 8.10 33.31.5 1.735

9.00 1.0.920 1.763 9.00 38.719 1.875 9.00 36.587 1.998

9.90 i*i*. i*7i* 2.008 9.90 1*2.070 2.137 9.90 39.71*3 2.279

10.60 1*7.936 2.269 10.80 1.5.332 2.1*16 10.80 1.2.812 2.579

11.70 51.308 2.5i*6 11.70 1*8.507 2.713 11.70 1*5.797 2.899

12.60 5i*. 590 2.8i*l 12.60 51.596 3.030 12.60 1*8.699 3.21.0 13.50 57.781* 3.155 13.50 51*. 599 3.368 13.50 51.519 3.605

1<*. i*0 60.891 3.1*90 li*. i*u 57.519 3.728 li*. i*0 5i*. 259 3.993 15.30 63.911* 3.8i*5 15.30 60.358 i».lll 15.30 56.920 1..1.08 16.20 66.852 i*.22i» 16.20 63.115 it. 520 16.20 59.503 i*.850 17.10 69.709 i».627 17.10 65.793 1..956 17.10 62.010 5.323 18.00 72. i*8i* 5.056 18.00 68.391* 5.1*20 18.00 6i*. i*i*2 5.827 18.90 75.180 5.513 18.90 70.918 5.915 18.90 66.801 6.365

19.80 77.797 6.000 19.80 73.366 6.1*1*3 19.80 69.088 6.91*1 20.70 80.338 6.518 20.70 75.7i*l 7.007 20.70 71.303 7.555 21.60 82.803 7.071 21.60 78. Oi*i* 7.608 21.60 73.i*i*9 8.212 22.50 85.19** 7.659 22.50 80.275 8.250 22.50 75.528 8.911* 23.1*0 87.513 8.287 23.1*0 82.1*36 8.935 23.1*0 77.539 9.661*

21*. 31 89.760 8.956 21.. 30 8<*. 530 9.667 2«*. 30 79.1*85 10.1*67 25.20 91.937 9.670 25.20 86.556 10.i*i*8 25.20 81.366 11.326 26.10 9%. 01*5 10.1*32 26.10 88.516 11.281* 26.10 83.185 12.21*6

PAGE C3
B FACTORS FOR NITROGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

160.00 112.807 179.00 108.512 178.00 101*. 336

DTV DPV B DTV OPV B DTV QPV B

(R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.80 3.i*i*6 0.137 0.80 3.350 0.11*1 0.80 3.256 0.1i*6 1.60 6.816 0.283 1.60 6.625 0.292 1.60 6.1*39 0.301

2.1*0 10.109 0.1*38 2.1*0 9.826 0.1*52 2.1*0 9.51*8 0.1*66 3.20 13.328 0.602 3.20 12.953 0.622 3.20 12.581* 0.642

it. 00 16. i*7l* 0.777 i*.00 16.008 0.602 <*.0Q 15.550 0.829

4.80 19.51*7 0.962 i*.80 18.991 0.993 i*.60 18.i*i*5 1.027

5.60 22.51*8 1.158 5.60 21.901* 1.197 5.60 21.272 1.237

6.1.0 25.1*78 1.367 6.1*0 2i*. 71*8 l.i*13 6.1*0 2i*. 030 1.1*61 7.20 28.339 1.588 7.20 27.523 1.61*2 7.20 26.720 1.699

8.00 31.131 1.822 6.00 30.230 1.885 8.00 29.31*5 1.951

8.80 33.855 2.071 8.80 32.871 2.11*3 8.80 31.901* 2.219

9.60 36.513 2.335 9.60 35.i*i*7 2.1*17 9.60 3i*. 399 2.503 10.40 39.101* 2.615 10.1*0 37.957 2.708 10.1*0 36.830 2.806

11.20 1*1.631 2.912 11.20 i«0.i*05 3.016 11.20 39.199 3.126 12.00 i*i*. 091* 3.226 12.00 1*2.739 3.31*3 12.00 1*1.507 3.1.67 12.80 i*6.i«9i* 3.560 12.80 1+5.112 3.691 12.80 i»3.75i» 3.829

13.60 1*8.833 3.911* 13.60 i*7.37i* i».059 13.60 i»5.9i*2 " .215 14.40 51.110 i*.289 li*. i*0 1*9.577 4.1*50 11*. i*0 1*8.071 i*.621 15.20 53.327 l*.666 15.20 51.72 i*.866 15.20 50.11*2 5.051* 16.00 55.1*85 5.110 16.00 53.606 5.307 16.00 52.157 5.515

16.80 57.586 5.559 16.80 55.635 5.775 16.80 5i*. 116 6.001* 17.60 59.629 6.031* 17.60 57.808 6.272 17.60 56.021 6.521* 18.40 61.615 6.539 16.1*0 59.726 6.800 18.1*0 57.871 7.076

19.20 63.51*7 7.076 19.20 61.590 7.361 19.20 59.669 7.661* 20.00 65.i*2i* 7.61*5 20.00 63.1*00 7.957 20.00 61.1*11* 8.288 20.80 67.21*8 8.21*9 20.80 65.159 8.590 20.80 63.109 8.952 21.60 69.020 8.692 21.60 66.866 9.261* 21.60 6i*. 754 9.659

22.40 70.71*0 9.571* 22.1*0 68.523 9.980 22.1*0 66.31*9 10.1.11 23.20 72.1*09 10.299 23.20 70.131 10.71*1 23.20 67.896 11.211

177.00 100 .277 176.00 96.334 175.00 92.504

0.00 0.000 0.000 0.00 0.000 0.000 0.00 U.000 0.000

0.80 3.161* 0.151 0.80 3.073 0.156 0.80 2.983 0.161

1.60 6.255 0.311 1.60 6.074 0.322 1.60 5.896 0.333

2.1*0 9.271* 0.1*82 2.1*0 9.004 0.498 2.40 6.740 0.515

3.20 12.222 0.663 3.20 11.865 0.686 3.20 11.515 0.710

<*.00 15.100 0.857 4.0 14.657 0.886 4.00 14.222 0.917

4.60 17.909 1.062 4.60 17.381 1.099 4.80 16.863 1.138

5.60 20.650 1.280 5.60 20.039 1.325 5.60 19.438 1.373

6.<*0 23.321* 1.512 6.40 22.631 1.566 6.40 21.949 1.623

7.20 25.932 1.759 7.20 25.157 1.622 7.20 24.397 1.889

6.00 28.1*75 2.021 8.00 27.620 2.094 8.00 26.781 2.172

8.60 30.951* 2.299 8.80 30.021 2.384 6.80 29.104 2.473

9.60 33.370 2.595 9.60 32.359 2.691 9.60 31.366 2.793 10.40 35.723 2.909 10.40 34.636 3.019 10.40 33.569 3.134 11.20 38.016 3.2i*3 11.20 36.853 3.366 11.20 35.712 3.497 12.00 <*0.2i*8 3.598 12.00 39.011 3.736 12.00 37.798 3.883 12.80 <»2.i*21 3.975 12.60 41.112 4.130 12.80 39.827 4.294

13.60 i*i*. 535 i*.376 13.60 43.155 4.548 13.60 41.800 4.731

li*. i*0 1*6.593 4.801 14.40 45.142 4.993 14.40 43.718 5.196 15.20 i«8.593 5.254 15.20 47.073 5.466 15.20 45.582 5.691

16.00 50.539 5.735 16.00 48.950 5.969 16.00 47.392 6.218 16.80 52.1.29 6.2i»7 16.80 50.774 6.505 16.80 49.151 6.779 17.60 5i*. 267 6.791 17,60 52.546 7.075 17.60 50.858 7.377

18.1*0 56.051 7.370 18.40 54.266 7.682 18.40 52.515 8.013 19.20 57.781* 7.985 19.20 55.936 8.327 19.20 54.123 8.691 20.00 59.1*66 8.61*0 20.00 57.555 9.015 20.00 55.682 9.414

2 0.80 61.098 9.338 20.60 59.127 9.748 20.80 57.194 10.184

21.60 62.682 10.080 21.60 60.650 10.528 21.60 58.658 11.005

22.<t0 61*. 217 10.870 22.40 62.126 11.359 22.40 60.077 11.881

23.20 65.705 11.712 23.20 63.557 12.246 23.20 61.452 12.815

PAGE C4
B FACTORS FOR NITROGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

71*. 00 88.786 173.00 85.177 172.00 81.677

DTV DPV B DTV DPV B DTV DPV b (R) (PSIA) <R> (PSIA) (R) (PSIA)

0.00 0.000 0. 0Q0 0.00 0.000 0.000 0.00 0.000 0.000

0.80 2.895 0.167 0.70 2.1*62 0.150 0.70 2.387 0.156

1.60 5.722 0.3<t'* 1.1*0 i».871 0.309 1.1*0 i*.72i* 0.320

2.1*0 8. i*80 0.533 2.10 7.229 0.1*77 2.10 7.009 0.1*95 3.20 11.170 0.735 2.60 9.536 0.655 2.60 9.21*5 0.679

<t.Q0 13.795 0.950 3.60 11.793 0.81*1* 3.50 11.1*31 0.875

<t.80 16. 35<* 1.179 i*.20 li*. 001 1.01*3 1..20 13.569 1.082

5.60 18. 81*9 1.423 i*.90 16.160 1.251* t*. 90 15.659 1.301

6.1*0 21.280 1.683 5.60 18.270 1.1*76 5.60 17.702 1.532

7.20 23.61*9 1.960 6.30 20.333 1.712 6.30 19.698 1.777

8.00 25.957 2.25i» 7.00 22.3i*9 1.961 7.00 21.61.7 2.036

6.80 28. 20^ 2.568 7.70 2i*. 318 2.221* 7.70 23.552 2.311

9.60 30.392 2.9U1 8.1*0 26.21*2 2.502 8.1*0 25.1*12 2.601

10.1*0 32.521 3.257 9.10 28.121 2.796 9.10 27.227 2.907 11.20 31.. 592 3.635 9.80 29.955 3.106 9.80 29.000 3.232

12.00 36.607 i*.036 10.50 31.746 3.1.35 10.50 3U.729 3.575

12.80 38.566 i*.i*67 11.20 3 3.1*91* 3.782 11.20 32.1*16 3.938 13.60 i*0.i*71 i*.92i» 11.90 35.199 «t.l<*9 11.90 3i*. 062 i*.321

1<*.<*0 1*2.321 5.411 12.60 36.862 i*.537 12.60 35.666 i*. 727 15.20 i*i*.119 5.929 13.30 38.1*61* i*.9i*7 13.30 37.231 5.157

16.00 '5.86'* 6.1*62 li*. 00 1*0.066 5.381 li*. 00 38.755 5.611

16.80 1*7.559 7.070 li*. 70 1*1.607 5.839 li*. 70 i*0.2i»l 6.092

17.60 i*9.20i* 7.697 15.1*0 1*3.110 6.325 15.1*0 1*1.688 6.601

18.1*0 50.799 8.366 16.10 <*i*.573 6.837 16.10 1*3.097 7.11*0 19.20 52.3i»6 9.079 16.60 i*5.999 7.380 16.80 i*i». 1*69 7.710 20.00 53.81*6 9.839 17.50 1*7.387 7.951* 17.50 1*5.805 8.313

2 0.80 55.299 10.65C 18.20 i*8.738 8.562 16.20 i»7.10i* 8.953 21.60 56.707 11.515 18.90 50.053 9.205 18.90 1*8.369 9.629

22. M) 58.070 12.1*38 19.60 51.332 9.885 19.60 1*9.598 10.31*6 23.20 59.390 13.423 20.30 52.576 10.605 20.30 50.793 11.106

171.00 78.282 170.00 7i*. 991 169.00 71.802

0.00 0.000 0.000 0.00 0.000 0.000 0.00 U.000 0.000

0.70 2.311* 0.161 0.70 2.21*3 0.167 0.70 2.172 0.173

1.1*0 i*.579 0.332 1.1*0 i*.i*3 6 0.3i»i* 1.1.0 i*.297 0.358

2.10 6.793 0.513 2.10 6.581 0.532 2.10 6.373 0.553

2.80 8.959 0.705 2.80 8.678 0.732 2.80 8.i*02 0.760 3.50 11.076 0.908 3.50 10.727 0.91*3 3.50 10.385 0.979

i*.20 13.11*5 1.123 i*.20 12.730 1.166 1..2C 12.322 1.212

i*.90 15.168 1.351 i*.90 li*. 666 1.1*03 <*.90 li*. 213 1.1.59 5.60 17. li*i* 1.592 5.60 16.597 1.651* 5.60 16.060 1.721

6.30 19.071* 1.61*7 6.30 18.1*63 1.920 6.30 17.863 1.998

7.00 20.960 2.117 7.00 20.285 2.202 7.00 19.623 2.292

7.70 22.800 2.1*03 7.70 22.063 2.500 7.70 21.31*1 2.601.

8.1*0 21*. 597 2.705 6.1*0 23.799 2.816 8.1.0 23.016 2.931* 9.10 26.351 3.025 9.10 25.1*92 3.151 9.10 24. 650 3.261* 9.80 26.062 3.361* 9.80 27.11*3 3.505 9.80 26.21*3 3.655

10.50 29.731 3.723 10.50 28.751* 3.660 10.50 27.796 i*.0i»6 11.20 31.359 1..103 11.20 30.321* i*.278 11.20 29.309 i*°i»6l» 11.90 32.91.7 1..501. 11.90 31.851. i*.699 11.90 30.781* V.905

12.60 3«». i*9i* 1..930 12.60 33.31.5 5.11*5 12.60 32.220 5.373 13.30 36.0 02 5.380 13.30 3i*. 798 5.617 13.30 33.619 5.869

li*. 00 37.1*71 5.857 li*. 00 36.213 6.117 li*. 00 3i*. 980 6.395

li*. 70 38.902 6.361 li*. 70 37.590 6.61*7 li*. 70 36.305 6.952

15.1*0 40.295 6.696 15.1*0 38.931 7.209 15.1*0 37.595 7.51*3 16.10 1*1.651 7.1*62 16.10 1*0.235 7.805 16.10 38.81.9 8.170 16.60 <*2.971 8.061 16.80 1*1.501* 8.<*36 16.80 1.0.068 8.835 17.50 i*i». 256 6.696 17.50 1*2.739 9.105 17.50 1.1.251. 9.51*0 16.20 1*5.505 9.369 16.20 1*3.939 9. em 18.20 1.2.1.06 10.289

16.90 1*6.719 10.062 16.90 45.105 10.566 18.90 1.3.525 11.083

19.60 1*7.900 10.638 19.60 1*6.238 11.361. 19.60 1.1.. 612 11.926

20. ?0 i*9.0i«8 11.61*0 20.30 1*7.339 12.210 20.30 1.5.666 12.821

PAGE C5
B FACTORS FOR NITROGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

166.00 68.713 167.00 65.723 166.00 62.829

DTV DPV B DTV DPV B DTV DPV B

(R) (PSIA) (R) (PSIA) <R) (PSIA)

0.00 u.000 0.000 0.00 0.000 O.COO 0.00 0.000 0.000 0.70 2.104 0.180 0.70 2.036 0.187 0.60 1.691 0.166

1.40 4.160 0.371 1.40 4.025 0.386 1.20 3.348 0.341

2.10 6.169 0.574 2.10 5.969 0.597 1.80 4.972 0.525

2.80 8.132 0.790 2. 80 7.867 0.821 2.40 6.564 0.720

3.50 10.049 1.018 3.50 9.720 1.060 3.00 6.123 0.924

4.20 11.922 1.261 4.20 11.529 1.313 3.60 9.650 1.140

4.90 13.750 1.518 4.90 13.295 1.581 4.20 11.145 1.367

5.60 15.534 1.791 5.60 15.019 1.866 4.80 12.609 1.607

6.30 17.276 2.081 6.30 16.700 2.169 5.40 14.043 1.858

7.00 18.975 2.388 7.00 18.340 2.490 6.00 15.446 2.124

7.70 20.632 2.714 7.70 19.938 2.830 6.60 16.816 2.403

8.40 22.249 3.059 8.40 21.497 3.192 7.20 16.162 2.697

9.10 23.824 3.425 9.10 23.016 3.575 7.80 19.476 3.007

9.80 25.360 3.814 9.80 24.496 3.982 8.40 20.761 3.333 10.50 26.857 4.225 10.50 25.938 4.414 9.00 22.018 3.676 11.20 28.315 4.662 11.20 27.342 4.873 9.60 23.247 4.038 11.90 29.735 5.125 11.90 28.709 5.360 10.20 24.448 4.418

12.60 31.118 5.617 12.60 30.039 5.676 10.80 25.622 4.819

13.30 32.464 6.138 13.30 31.333 6.424 11.40 26.769 5.241 14.00 33.773 6.691 14.00 32.593 7.006 12.00 27.889 5.685 14.70 35.048 7.277 14.70 33.817 7.624 12.60 28.983 6.152

15.40 36.287 7.900 15.40 35.007 8.280 13.20 30.052 6.645 16.10 37.492 8.560 16.10 36.164 8.977 13.80 31.095 7.164 16.80 38.663 9.262 16.80 37.288 9.717 14.40 32.113 7.710 17.50 39.801 10.006 17.50 38.380 10.504 15.00 33.107 8.286 18.20 40.906 10.796 18.20 39.440 11.339 15.60 34.076 8.892 18.90 41.980 11.636 18.90 40.468 12.227 16.20 35.022 9.531

19.60 43.022 12.527 19.60 41.467 13.171 16.80 35.944 10.204

2 0.30 44.033 13.474 20.30 42.435 14.174 17.40 36.843 10.914

165.00 60.029 164.00 57.322 163.00 54.70 6

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.OQ0

0.60 1.635 0.173 0.60 1.581 0.180 0.60 1.527 0.187

1.20 3.237 0.355 1.20 3.129 0.370 1.20 3.022 0.385

1.80 4.807 0.547 1.80 4.645 0.570 1.80 4.486 0.594

2.40 6.345 0.750 2.40 6.130 0.781 2.40 5.920 0.815

3.00 7.851 0.963 3.00 7.584 1.004 3.00 7.323 1.047

3.60 9.325 1.168 3.60 9.007 1.239 3.60 8.696 1.293

4.20 10.769 1.425 4.20 10.400 1.487 4.20 10.039 1.552

4.80 12.182 1.675 4.80 11.763 1.748 4.80 11.353 1.626

5.40 13.565 1.939 5.40 13.096 2.024 5.40 12.636 2.114

6.00 14.918 2.216 6.00 14.401 2.314 6.00 13.895 2.419

6.60 16.241 2.509 6.60 15.677 2.621 6.60 15.124 2.740

7.20 17.536 2.817 7.20 16.924 2.944 7.20 16.325 3.079

7.80 18.803 3.141 7.80 16.144 3.284 7.30 17.499 3.436

8.40 20.041 3.483 8.40 19.335 3.643 8.40 18.646 3.813

9.00 21.251 3.643 9.00 20.500 4.021 9.00 19.766 4.211

9.60 22.434 4.223 9.60 21.638 4.420 9.60 20.860 4.630 10.20 23.590 4.622 10.20 22.750 4.840 10.20 21.929 5.073

10.80 24.719 5.044 10.80 23.836 5.283 10.80 22.972 5.539 11.40 25.822 5.487 11.40 24.896 5.750 11.40 23.990 6.031 12.00 26.899 5.955 12.00 25.931 6.243 12.00 24.984 6.551

12.60 27.950 6.447 12.60 26.941 6.762 12.60 25.953 7.099 13.20 28.977 6.966 13.20 27.926 7.310 13.20 26.899 7.677 13.80 29.979 7.513 13.80 28.887 7.887 13.80 27.821 8.287 14.40 30.956 8.090 14.40 29.825 6.496 14.40 26.720 8.930 15.00 31.910 8.698 15.00 30.739 9.138 15.00 29.596 9.610 15.60 32.839 9.338 15.60 31.631 9.816 15.60 30.450 10.327

16.20 33.746 10.014 16.20 32.499 10.530 16.20 31.282 11.064

16.80 34.630 10.726 16.80 33.346 11.284 16.80 32.092 11.883 17.40 35.491 11.477 17.40 34.170 12.080 17.40 32.8 81 12.727

PAGE C6
B FACTORS FOR NITROGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA) 162.00 52.179 161.00 49.738 160.00 47.383

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) CR] (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.60 1.475 0.195 0.60 1.42 3 0.204 0.50 1.146 0.176

1.20 2.918 0.402 1.20 2.816 0.419 1.00 2.272 0.362

1.80 4.331 0.62 1.80 4.179 0.647 1.50 3.377 0.555

2.40 5.714 0.850 2.40 5.513 0.686 2.00 4.462 0.759

3.00 7.067 1.094 3.00 6.817 1.143 2.50 5,527 0.972

3.60 8.391 1.351 3.60 8.093 1.412 3.00 6.572 1.195

it. 20 9.686 1.622 4.20 9.340 1.696 3.50 7.598 1.429

k.au 10.952 1.908 4.80 10.56 1.996 4.00 8.605 1.673

5.40 12.190 2.211 5.40 11.752 2.313 4.50 9.593 1.930 6.00 13.400 2.530 6.00 12.916 2.649 5.00 10.561 2.199

6.60 14.583 2.867 6.60 14.054 3.003 5.50 11.512 2.480

7.20 15.739 3.223 7.20 15.166 3.376 6.00 12.443 2.775

7.80 16.868 3.598 7.80 16.252 3.771 6.50 13.357 3.063

8.40 17.971 3.995 8.40 17.312 4.188 7.00 14.253 3.407

9.00 19.048 4.413 9.00 18.347 4.629 7.50 15.131 3.745

9.60 20.100 4.854 9.60 19.357 5.094 8.00 15.992 4.099

10.20 21.126 5.320 10.20 20.342 5.585 8.50 16.835 4.471 10.80 22.128 5.812 10.60 21.304 6.104 9.00 17.661 4.859

11.40 23.106 6.332 11.40 22.241 6.652 9.50 18.471 5.266 12.00 24.059 6.680 12.00 23.156 7.231 10.00 19.264 5.692 12.60 24.989 7.458 12.60 24.047 7.843 10.50 20.040 6.139

13.20 25.895 8.069 13.20 24.915 8.489 11.00 20.600 6.606

13.80 26.779 8.714 13.60 25.762 9.172 11.50 21.545 7.095

14.1.0 27.640 9.395 14.40 26.586 9.893 12.00 22.273 7.608 15.00 28.479 10.115 15.00 27.389 10.656 12.50 22.986 8.145 15.60 29.297 10.87% 15.60 28.171 11. 462 13.00 23.684 8.707 16.20 30.093 11.677 16.20 28.932 12.314 13.50 24. 367 9.296 16.80 30.867 12.525 16.60 29.673 13.214 14.00 25.034 9.913

17. 40 31.622 13.421 17. 40 30.393 14.166 14.50 25.687 10.560

59.00 45.111 158.00 42.921 157.00 40.811

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.50 1.105 0.184 0.50 1.065 0.193 0.50 1.026 0.202

1.00 2.190 0.378 1.00 2.110 0.395 1.00 2.033 0.414

1.50 3.255 0.581 1.50 3.136 0.608 1.50 3.020 0.636

2.00 4.301 0.793 2.00 4.143 0.630 2.00 3.989 0.870 2.50 5.327 1.016 2.50 5.131 1.064 2.50 4.939 1.115

3.00 6.333 1.250 3.00 6.099 1.309 3.00 5.871 1.372

3.50 7.321 1.495 3.50 7.050 1.567 3.50 6.785 1.643

4.00 8.290 1.752 4.00 7.982 1.836 4.00 7.681 1.926

4.50 9.240 2.022 4.50 8.895 2.119 4.50 8.559 2.223

5.00 10.172 2.304 5.00 9.791 2.416 5.00 9.419 2.536

5.50 11.085 2.600 5.50 10.669 2.727 5.50 10.263 2.663

6.00 11.981 2.909 6.00 11.530 3.053 6.00 11.089 3.206

6.50 12.859 3.234 6.50 12.373 3.395 6.50 11.898 3.567

7.00 13.720 3.574 7.00 13.199 3.753 7. CO 12.691 3.945

7.50 14.563 3.931 7.50 14.009 4.129 7.50 13.468 4.341

8.00 15.390 4.304 8.00 14.802 4.523 6.00 14.228 4.757

8.50 16.199 4.696 8.50 15.578 4.936 8.50 14.972 5.193

9.00 16.992 5.105 9.00 16.339 5.369 9.00 15.701 5.651

9.50 17.768 5.535 9.50 17.083 5.823 9.50 16.414 6.131 10.00 18.529 5.985 10.00 17.811 6.299 10.00 17.112 6.634

10.50 19.273 6.457 10.50 18.524 6.797 10.50 17.794 7.163 11.00 20.002 6.951 11.00 19.222 7.320 11.00 16.462 7.717 11.50 20.715 7.469 11.50 19.905 7.869 11.50 19.115 8.298 12.00 21.412 8.011 12.00 20.572 6.444 12.00 19.753 8.908 12.50 22.095 6.580 12.50 21.225 9.047 12.50 2U.378 9.547

13.00 22.763 9.176 13.00 21.864 9.679 13.00 20.988 10.219

13.50 23.416 9.800 13.50 22.488 10.342 13.50 21.584 10.923

14.00 24.054 10.455 14.00 23.096 11.037 14.00 22.166 11.662

14.50 24.678 11.141 14.50 23.694 11.766 14.50 22.735 12.438

PAGE C7
B FACTORS FOR NITROGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

156.00 38.778 155.00 36.822 154.00 34.940

OTV OPV B DTV OPV B DTV OPV B

(R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.50 0.988 0.211 0.50 0.95 0.221 0.50 0.914 0.232

1.00 1.956 0.433 1.00 1.882 0.454 1.00 1.610 0.477

1.50 2.907 0.667 1.50 2.796 0.699 1.50 2.688 0.734

2.00 3.838 0.912 2.00 3.692 0.957 2.00 3.548 1.004

2.50 <t.752 1.169 2.50 4.570 1.227 2.50 4.392 1.289

3.00 5.648 1.440 3.00 5.430 1.511 3.00 5.218 1.588

3.50 6.526 1.724 3.50 6.274 1.810 3.50 6.027 1.903

it. 00 7.387 2.022 4.00 7.10 2.124 4.00 6.820 2.233

it. 50 8.230 2.335 4.50 7.90 9 2.454 4.50 7.597 2.581

5.00 9.056 2.663 5.00 8.702 2.800 5.00 8.357 2.946

5.50 9.866 3.008 5.50 9.479 3.164 5.50 9.101 3.330

6.00 10.659 3.370 6.00 10.239 3.54b 6.00 9.830 3.734

6.50 11. 435 3.750 6.50 10.963 3.947 6.50 10.543 4.158

7.00 12.196 4.149 7.00 11.712 4.369 7.00 11.241 4.603

7.50 12.940 4.568 7.50 12.425 4.811 7.50 11.923 5.072

8.00 13.668 5. 008 8.00 13.123 5.276 8.00 12.591 5.564

B. 50 14.381 5.469 8.50 13.805 5.764 6.50 13.244 6.081

9.00 15.079 5.953 9.00 14.473 6.277 9.00 13.882 6.624

9.50 15.762 6.461 9.50 15.126 6.615 9.50 14.506 7.195 10.00 16.429 6.994 10.00 15.764 7.381 10.00 15.117 7.796 10.50 17.082 7.554 10.50 16.389 7.975 10.50 15.713 8.426 11.00 17.721 8.142 11.00 16.999 8.598 11.00 16.295 9.089 11.50 18.345 8.758 11.50 17.595 9.253 11.50 16.864 9.785 12.00 18.955 9.406 12.00 18.177 9.941 12.00 17.420 10.518

12.50 19.551 10.086 12.50 18.747 10.664 12.50 17.963 11.287

13.00 20.134 10.799 13.00 19.302 11.424 13.00 18.493 12.096

13.50 20.703 11.548 13.50 19.845 12.221 13.50 19.010 12.946

l<t. 00 21.259 12.335 14.00 20.375 13.059 14.00 19.515 13.640

l^t. 50 21.801 13.161 14.50 20.892 13.940 14.50 20.007 14.780

153.00 33.130 152.00 31.392 151.00 29.722

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.40 0.704 0.194 0.40 0.676 0.204 0.40 0.649 0.214

0.80 1.397 0.396 0.80 1.341 0.417 0.60 1.287 0.438 1.20 2.078 0.607 1.20 1.995 .638 1.20 1.915 0.671

1.60 2.749 0.827 1.60 2.639 0.869 1.60 2.532 0.915

2.00 3.408 1.055 2.00 3.272 1.110 2.00 3.139 1.168

2.40 4.057 1.294 2.40 3.894 1.361 2.40 3.736 1.433

2.80 4.696 1.542 2.80 4.507 1.623 2.80 4.322 1.709

3.20 5.323 1.800 3.20 5.108 1.895 3.20 4.899 1.996

3.60 5.941 2.070 3.60 5.700 2.179 3.60 5.466 2.296

4.00 6.547 2.350 4.00 6.282 2.475 4.00 6.023 2.609

4.40 7.144 2.642 4.40 6.853 2.783 4.40 6.570 2.935

4.80 7.731 2.946 4.80 7.415 3.104 4.80 7.108 3.274

5.20 8.307 3.262 5.20 7.967 3.439 5.20 7.636 3.628

5.60 8.874 3.592 5.60 8.510 3.787 5.60 8.155 3.997

6.00 9.431 3.935 6.00 9.043 4.150 6.00 8.664 4.382

6.40 9.978 4.292 6.40 9.566 4.528 6.40 9.165 4.782

6.80 10.516 4.663 6.80 10.080 4.922 6.80 9.656 5.200

7.20 11.044 5.050 7.20 10.58 5 5.332 7.20 10.139 5.635

7.60 11.563 5.453 7.60 11.081 5.759 7.60 10.613 6.088

8.00 12.073 5.872 8.00 11.568 6.204 8.00 11.077 6.560

8.40 12.573 6.309 8.40 12.046 6.667 8.40 11.534 7.053

8.80 13.065 6.763 8.80 12.516 7.150 8.80 11.982 7.565

9.20 13.547 7.236 9.20 12.976 7.652 9.20 12.421 8.100

9.60 14.021 7.729 9.60 13.428 8.176 9.60 12.852 8.657 10.00 14.486 8.241 10.00 13.872 8.721 10.00 13.275 9.237 10.40 14.942 8.775 10.40 14.307 9.289 10.40 13.690 9.842 10.80 15.390 9.330 10.80 14.734 9.880 10.80 14.096 10.472

11.20 15.829 9.909 11.20 15.153 10.496 11.20 14.495 11.129

11.60 16.260 10.511 11.60 15.564 11.136 11.60 14.886 11.614

PAGE C8
B FACTORS FOR NITROGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA> (R> (PSIA) 150.00 28.119 149.00 26.563 148.00 25.110

DTV OPV B DTV OPV B DTV DPV 3 (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.40 0.622 0.226 0.40 0.597 Q.238 0.40 0.572 0.250

o.ao 1.235 0.461 0.80 1.183 0.486 0.60 1.133 0.512

1.20 1.836 0.707 1.20 1.76 0.745 1.20 1.686 0.785

1.60 2.428 0.963 1.60 2.327 1.015 1.60 2.228 1.071

2.00 3.010 1.231 2.00 2.864 1.298 2.00 2.761 1.369

2.40 3.561 1.510 2.40 3.431 1.593 2.40 3.285 1.681

2.80 4.143 1.801 2.80 3.969 1.900 2.60 3.799 2.007

3.20 4.695 2.105 3.20 4.497 2.222 3.20 4.304 2.346

3.60 5.238 2.422 3.60 5.016 2.557 3.60 4.800 2.701

4.00 5.771 2.753 4.00 5.525 2.907 4.00 5.287 3.072

4.40 6.294 3.097 4.40 6.026 3.272 4.40 5.765 3.459

4. 60 6.808 3.457 4.80 6.517 3.652 4.80 6.234 3.863

5.20 7.313 3.832 5.20 7.000 4.050 5.20 6.695 4.284

5.60 7.809 4.222 5.60 7.473 4.464 5.60 7.147 4.725

6.00 8.296 4.630 6.00 7.938 4.897 6.00 7.590 5.184

6.40 8.774 5.055 6.40 8.395 5.348 6.40 8.026 5.664

6.80 9.244 5.498 6.80 8.842 5.819 6.80 8.453 6.164

7.20 9.704 5.960 7.20 9.282 6.310 7.20 8.871 6.687

7.60 10.156 6.441 7.60 9.713 6.622 7.60 9.282 7.232

8.00 10.600 6.944 8.00 10.136 7.356 8.00 9.685 7.801

8.<t0 11.035 7.467 8.40 10.551 7.914 8.40 10.080 8.395

8.80 11.462 8.013 8.80 10.957 8.495 8.80 10.467 9.015

9.20 11.881 8.582 9.20 11.356 9.101 9.20 10.847 9.662

9.60 12.292 9.175 9.60 11.747 9.734 9.60 11.219 10.337

10.00 12.695 9.794 10.00 12.131 10.394 10.00 11.583 11.042

10.40 13.089 10.439 10.40 12.506 11.082 10.40 11.940 11.777

10.80 13.477 11.111 10.60 12.875 11.800 10.80 12.290 12.545

11.20 13.856 11.812 11.20 13.235 12.550 11.20 12.633 13.347

11.60 14.228 12.543 11.60 13.569 13.331 11.60 12.968 14.184

147.00 23.699 146.00 22.349 145.00 21.057

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

,0.40 0.547 0.264 0.40 0.524 0.279 0.30 U.376 0.220

0.80 1.085 0.540 0.60 1.038 0.571 0.60 0.747 0.447

1.20 1.613 0.829 1.20 1.543 0.676 0.90 1.113 0.683

1.60 2.132 1.131 1.60 2.039 1.195 1.20 1.474 0.926

2.00 2.642 1.446 2.00 2.526 1.529 1.50 1.830 1.178

2.40 3.142 1.776 2.40 3.004 1.878 1.80 2.182 1.439

2.80 3.634 2.121 2.60 3.473 2.243 2.10 2.528 1.709

3.20 4.116 2.481 3.20 3.934 2.625 2.40 2.869 1.988

3.60 4.590 2.857 3.60 4.386 3.024 2.70 3.206 2.277

4.00 5.055 3.250 4.00 4.829 3.441 3.00 3.538 2.575

4.40 5.511 3.660 4.40 5.265 3.877 3.30 3.865 2.864

4.80 5.959 4.069 4.80 5.692 4.332 3.60 4.188 3.204

5.20 6.398 4.537 5.20 6.110 4.809 3.90 4.506 3.534

5.60 6.629 5.005 5.60 6.521 5.306 4.20 4.819 3.876

6.00 7.252 5.493 6.00 6.924 5.826 4.50 5.128 4.229

6.40 7.667 6.003 6.40 7.319 6.370 4.60 5.432 4.595

6.80 8.074 6.536 6.80 7.706 6.937 5.10 5.732 4.973

7.20 8.473 7.093 7.20 8.086 7.531 5.40 6.027 5.363

7.60 8.864 7.674 7.60 8.458 8.150 5.70 6.319 5.768

8.00 9.247 8.280 8.00 6.822 8.798 6.00 6.605 6.185

8.40 9.623 8.914 6.40 9.17 9 9.475 6.30 0.868 6.617

8.80 9.991 9.576 6.80 9.529 10.182 6.60 7.166 7.064

9.20 10.352 10.267 9.20 9.872 10.921 6.90 7.440 7.526

9.60 10.705 10.968 9.60 10.208 11.693 7.20 7.710 8.004

10.00 11.052 11.742 10.00 10.536 12.499 7.50 7.976 8.497 10.40 11.391 12.529 10.40 10.85 8 13.342 7.80 8.238 9.006 10.80 11.723 13.351 10.80 11.173 14.223 8.10 8.495 9.535 11.20 12.048 14.209 11.20 11.481 15.144 8.40 8.749 10.061

11.60 12.367 15.106 11.60 11.783 16.106 8.70 8.999 10.645

PAGE C9
B FACTORS FOR NITROGEN

TF1 PF1 TF1 PF1 TF1 PF1

<R> (PSIA) (R) (PSIA) (R) (PSIA)

l'^.yo 19.823 11.3.00 18. 6 i*i* li«2.00 17.519

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) <R> (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 u.ooo 0.000

0.30 0.359 0.232 0.30 0.343 0.246 0.30 0.327 0.261

0.60 0.714 0.1*73 0.60 0.681 0.501 0.60 0.650 0.531

0.90 1.063 0.722 0.90 1.015 0.765 0.90 0.968 0.611

1.20 1.1*08 0.980 1.20 1.3i*i* 1.038 1.20 1.281 1.101

1.50 1.748 1.21*7 1.50 1.668 1.321 1.50 1.590 1.401

1.80 2.083 1.521. 1.80 1.987 1.615 1.80 1.891* 1.713

2.10 2.1*13 1.810 2.10 2.302 1.918 2.10 2.191* 2.036

2.1*0 2.739 2.106 2.1*0 2.612 2.233 2.i*0 2.1*89 2.370

2.70 3.060 2.1*12 2.70 2.918 2.559 2.70 2.781 2.716

3.00 3.376 2.730 3.00 3.219 2.896 3.00 3.067 3.075

3.30 3.688 3.058 3.30 3.516 3.2i*5 3.30 3.350 3.41*6 3.60 3 995 3.397 3.60 3.809 3.606 3.60 3.628 3.631

3.90 4.298 3.71*9 3.90 i*.097 3.930 3.90 3.902 4.230

i». 20 i*.597 i*.112 4.20 i*.381 i».367 4.20 4.172 4.643

4,50 i*.891 4.488 i».50 i*.661 i*.768 i*.50 i*.i*38 5.070

I*. 80 5.180 i*.878 <*.8 i*.936 5.183 4.80 i*.700 5.513

5.10 5.i*66 5.280 5.10 5.208 5.612 5.10 4.957 5.971

5.1*0 5.71*7 5.697 5.i*C 5.1*75 6.056 5.1*0 5.211 6.1*1*5 5.70 6.021* 6.127 5.70 5.738 6.516 5.70 5.461 6.937

6.00 6.296 6.573 6.00 5.997 6.992 6.0C 5.707 7.i»i*5 6.30 6.565 7.031* 6.30 6.252 7.1*85 6.30 5.91*9 7.972

6.60 6.829 7.511 6.60 6.503 7.991* 6.60 6.187 8.517

6.90 7. 090 8.001* 6.90 6.750 8.522 6.90 6.421 9.062

7.20 7.346 8.515 7.20 6.993 9.068 7.20 6.652 9.666

7.50 7.599 9.042 7.50 7.233 9.632 7.50 6.879 10.272

7.80 7.81*7 9.588 7.80 7.i*69 10.217 7.80 7.102 10.898

8.10 8.092 10.153 8.10 7.700 10.822 8.10 7.322 11.5i*7 8.40 8.332 10.737 8.1*0 7.929 11.1*1*8 6.1*0 7.534 12.218

8.70 8.569 11.31*1 8.70 8.153 12.095 8.70 7.751 12.914

141.00 16.447 140. 00 15.425 139.00 14.452

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.30 0.312 0.276 0.30 0.297 0.293 0.30 0.283 0.312

0.60 0.619 0.563 0.60 0.589 0.598 0.60 0.561 0.635

0.90 0.922 0.860 0.90 0.878 0.913 0.90 0.835 0.971

1.20 1.220 1.168 1.20 1.162 1.241 1.20 1.105 1.319

1.50 1.514 1.488 1.50 1.441 1.581 1.50 1.371 1.681

1.80 1.804 1.819 1.80 1.717 1.933 1.80 1.632 2.056

2.10 2.089 2.16Z 2.10 1.988 2.298 2.10 1.890 2.446

2.40 2.371 2.518 2.40 2.255 2.677 2.40 2.144 2.850

2.70 2.647 2.886 2.70 2.518 3.070 2.70 2.394 3.269

3.00 2.920 3.268 3.00 2.777 3.477 3.00 2.639 3.703

3.30 3.189 3.664 3.30 3.033 3.900 3.30 2.881 4.154

3.60 3.453 4.075 3.60 3.284 4.338 3.60 3.120 4.622

3.90 3.713 4.500 3.90 3.531 4.791 3.90 3.354 5.107

4.20 3.970 4.94 4.20 3.774 5.262 4.20 3.585 5.610

4.50 4.222 5.396 4.50 4.014 5.750 4.50 3.812 6.132

4.80 4.471 5.869 4.80 4.249 6.255 4.80 4.035 6.673

5.10 4.715 6.359 5.10 4.461 6.779 5.10 4.255 7.234

5.40 4.956 6.866 5.40 4.709 7.322 5.40 4.471 7.816

5.70 5.193 7.392 5.70 4.934 7.885 5.70 4.663 8.419

6.00 5.426 7.936 6.00 5.155 8.468 6.00 4.892 9.045

6.30 5.656 8.500 6.30 5.372 9.072 6.30 5.098 9.693

6.60 5.881 9.084 6.60 5.586 9.698 6.60 5.300 10.366

6.90 6.103 9.689 6.90 5.796 10.348 6.90 5.498 11.063

7.20 6.322 10.316 7.20 6.002 11.020 7.20 5.694 11.786

7.50 6.537 10.965 7.50 6.206 11.717 7.50 5.886 12.535

7.80 6.748 11.637 7.80 6.405 12.440 7.80 6.075 13.312

8.10 6.956 12.333 8.10 6.602 13.188 8.10 6.260 14.118

8.40 7.160 13.055 8.40 6.795 13.964 8.40 6.442 14.953

8.70 7.361 13.802 8.70 6.985 14.768 8.70 6.622 15.819

PAGE CIO
B FACTORS FOR NITROGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

36.00 13.527 137.00 12.61*7 136.00 11.813

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 O.OG 0.000 0.000 0.00 0.000 0.000

0.30 0.269 0.331 0.30 0.255 0.353 0.20 0.162 0.249

0.60 0.533 0.676 0.60 0.5U6 0.719 0.i*0 0.322 0.501* 0.90 0.793 1.033 0.90 0.753 1.100 0.60 0.1.80 0.767

1.20 1.050 1.<*01* 1.20 0.997 1.1.96 0.80 0.637 1.036

1.50 1.302 1.789 1.50 1.236 1.907 1.00 U.792 1.312

1.60 1.551 2.190 1.80 1.1.72 2.331. 1.20 U.91.5 1.595

2.10 1.795 2.605 2.10 1.701* 2.777 l.i«0 1.097 1.886

2.1*0 2.036 3.036 2.1*0 1.932 3.236 1.60 1.21.7 2.181* 2.70 2.273 3. i*8i» 2.70 2.156 3.716 1.30 1.395 2.1*90 3.00 2.506 3.9i*8 3.00 2.377 1..213 2.00 1.51.2 2.801* 3.30 2.735 it.yo 3.30 2.591. 1..729 2.20 1.688 3.127

3.60 2.961 i*.930 3.60 2.806 5.265 2.1*0 1.831 3.i*57 3.90 3.183 5.i»i*9 3.90 3.016 5.821 2.60 1.973 3.796

i».20 3.1*02 5.988 i*.20 3.225 6.396 2.80 2.11<» l*.ll*i* <t.50 3.617 6.51.7 i*.50 3.1*26 6.997 3.00 2.253 i*. 501

<*.eo 3.828 7.127 <*.80 3.62 8 7.619 3.20 2.390 i*.867 5.10 i*.036 7.728 5.10 3.821* 8.265 3.1*0 2.526 5.21*2

5.i»0 4.240 8.352 5.i*0 i*.018 8.935 3.60 2.660 5.627

5.70 i*. i«i*l 9.000 5.70 i*.207 9.631 3.60 2.793 6.022

6.00 i*.639 9.671 6.00 i*.39i* 10.35 3 1..00 2.925 6.1*28 6.30 i*.833 10.366 6.30 i*.577 11.102 i*.20 3.051* 6.81*3 6.60 5.02<« 11.091 6.60 i*.758 11.880 l*.i*0 3.183 7.269

6.90 5.212 11.81*0 6.90 i».935 12.687 1..60 3.310 7.706

7.20 5.396 12.618 7.20 5.109 13.525 1..8O 3.1.35 8.151* 7.50 5.577 13.1*25 7.50 5.28 li.. 391. 5.00 3.559 8.611* 7.80 5.755 li». 262 7.80 5.1*1*7 15.296 5.20 3.682 9.085

8.10 5.930 15.130 6.10 5.612 16.233 5.1.0 3.803 9.569

8.1*0 6.102 16.030 8.1*0 5.771* 17.201* 5.60 3.923 10.065

8.70 6.271 16.961* 6.70 5.933 18.213 5.80 "*.Qi*l 10.573

135.00 11.021 13i*. 00 10.270 133.00 9.560

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.20 0.153 0.265 0.20 0.1i*5 0.283 0.20 0.137 0.303

0.1*0 0.305 0.538 0.1*0 0.269 0.571* 0.1*0 0.273 0.611* 0.60 0.i*55 0.816 0.60 0.1*31 0.873 0.60 0.1*06 0.931* 0.80 0.601* 1.1U5 0.80 0.571 1.180 0.80 0.51*0 1.262

1.00 0.750 1.1*00 1.00 0.710 1.1.96 1.00 0.672 1.599

1.20 0.6 96 1.703 1.20 0.61*8 1.819 1.20 0.802 1.91.6

1.1*0 1.039 2.013 1.1*0 0.981* 2.152 l.i*0 0.930 2.302

1.60 1.161 2.332 1.60 1.118 2.1*93 1.60 1.057 2.668

1.80 1.322 2.660 1.80 1.251 2. 8i*i* 1.80 1.182 3.01*1* 2.00 1.1*61 2.996 2.00 1.382 3.201* 2.00 1.307 3.i«30 2.20 1.598 3.31.1 2.20 1.512 3.573 2.20 1.1*29 3.826

2.1*0 1.731* 3.695 2.1*0 1.61*0 3.953 2.1*0 1.550 i*.23i* 2.60 1.666 1..058 2.60 1.767 i».3i*2 2.60 1.670 i*.652 2.80 2.001 1..1.31 2.80 1.893 i*.7i*2 2.80 1.789 5.081

3.00 2.133 i*. 813 3.00 2.017 5.153 3.00 1.906 3.522

3.20 2.262 5.206 3.20 2.140 5.57i* 3.20 2.021 5.975

3.1*0 2.391 5.609 3.1*0 2.261 6.007 3.1*0 2.135 6.1*1*0 3.60 2.518 6.022 3.60 2.381 6.1.51 3.60 2.21*8 6.918

3.80 2.61*3 6.1.1.6 3.80 2.1*99 6.906 3.80 2.360 7.1*08

(*.00 2.767 6.861 if. 00 2.616 7.371. t*.00 2.i*70 7.912

>*.20 2.690 7.327 <*.2G 2.732 7.851. i*.20 2.579 8.1*29

l*.l*0 3.011 7.785 i*.i*0 2.81*6 8.31*7 i*.i*0 2.687 6.960

k. 60 3.131 8.255 i*.60 2.959 8.853 l*.60 2.793 9.505

i*.80 3.2V9 8.737 i*.80 3.070 9.372 i*.80 2.898 10.061* 5.00 3.366 9.232 5.00 3.181 9.901* 5.00 3.002 10.639

5.20 3.i*82 9.739 5.20 3.289 10.1*51 5.20 3.101* 11.228

5.1*0 3.596 10.259 5.<*0 3.397 11.012 5.1*0 3.205 11.831. 5.60 3.709 10.793 5.60 3.503 11.588 5.60 3.305 12.1*55 5.60 3.821 11.31.1 5.80 3.60 8 12.178 5.80 3.1*01* 13.093

PAGE Cll
B FACTORS FOR NITROGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

132.00 8.888 131.00 8.253 130.00 7.654

DTV DPV B DTV DPV B OTV QPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 u. bub 0.00 0.000 0.000 0.00 0.000 O.OUO

0.20 0.130 0.324 0.20 0.12 3 0.347 0.20 0.116 0.372

0.40 0.258 0.657 0.40 0.244 0.703 0.40 0.230 0.754

0.60 0.385 0.999 0.60 0.364 1.070 0.60 0.343 1.148

0.80 0.511 1.351 0.80 0.48 2 1.44 7 0.80 0.454 1.553

1.00 0.635 1.712 1.00 0.599 1.835 1.00 0.565 1.969

1.20 0.757 2.084 1.20 0.715 2.234 1.20 0.674 2.398

l.<t0 0.878 2.466 1.40 0.829 2.644 1.40 0.781 2.838

1.60 0.998 2.858 1.60 0.942 3.066 1.60 0.887 3.291

1.80 1.117 3.262 1.80 1.053 3.499 1.80 0.993 3.758

2.00 1.234 3.676 2.00 1.164 3.944 2.00 1.096 4.237

2.20 1.349 4.102 2.20 1.273 4.40 2 2.20 1.199 4.730

2.40 1.464 4.539 2.40 1.380 4.873 2.40 1.300 5.237

2.60 1.576 4.969 2.60 1.486 5.357 2.60 1.400 5.758

2. 80 1.688 5.451 2.80 1.591 5.854 2.80 1.499 6.294

3.00 1.798 5.925 3.00 1.695 6.365 3.00 1.596 6.845

3.20 1.907 6.413 3.20 1.798 6.890 3.20 1.693 7.411

3.40 2.015 6.913 3. 40 1.899 7.429 3.40 1.788 7.994

3.60 2.121 7.428 3.60 1.999 7.984 3.60 1.882 8.592

3.80 2.226 7.956 3.60 2.098 8.554 3.80 1.974 9.208

4.00 2.330 8.499 4.00 2.195 9.139 4.00 2.066 9.840

4.20 2.432 9.056 4.20 2.292 9.741 4.20 2.156 10.491

4.40 2.534 9.628 4.40 2.387 10.359 4.40 2.246 11.159

4.60 2.634 10.216 4.60 2.481 10.995 4.60 2.334 11.847

4.80 2.732 10.820 4.80 2.573 11.647 4.80 2.421 12.553

5.00 2.830 11.441 5.00 2.665 12.316 5.00 2.507 13.279

5.20 2.926 12.078 5.20 2.755 13.007 5.20 2.591 14.025

5.40 3.021 12.732 5.40 2.645 13.715 5.40 2.675 14.793

5.60 3.115 13.404 5.60 2.933 14.442 5.60 2.757 15.581

5.80 3.208 14.094 5.80 3.020 15.190 5.80 2.839 16.391

129.00 7.090 126.00 6.558 127.00 6.058

0.00 0.000 0. 000 0.00 0.000 0.000 0.00 0.000 0.000 0.20 0.109 0.399 0.20 0.102 0.429 0.20 0.096 0.461

0.40 0.217 0.810 0.40 0.204 0.870 0.40 0.191 0.936

0.60 0.323 1.232 0.60 0.304 1.325 0.60 0.285 1.426

0.60 0.428 1.666 0.80 0.402 1.793 0.80 0.378 1.930

1.00 0.532 2.115 1.00 0.500 2.275 1.00 0.470 2.449

1.20 .634 2.576 1.20 0.596 2.771 1.20 0.560 2.984

1.40 0.735 3.050 1.40 0.691 3.282 1.40 0.649 3.535

1.60 0.835 3.536 1.60 0.785 3.808 1.60 0.737 4.103

1.80 0.934 4.040 1.80 0.87 8 4.349 1.80 0.824 4.687

2.00 1.032 4.556 2.00 0.970 4.906 2.00 0.910 5.289

2.20 1.128 5. 088 2.20 1.060 5.479 2.20 0.995 5.908

2.40 1.223 5.634 2.40 1.149 6.070 2.40 1.079 6.546

2.60 1.317 6.197 2.60 1.237 6.677 2.60 1.161 7.203

2.80 1.410 6.775 2.80 1.324 7.302 2.80 1.243 7.879

3.00 1.501 7.370 3.00 1.410 7.945 3.00 1.323 8.576

3.20 1.592 7.982 3.20 1.495 8.607 3.20 1.402 9.292

3.40 1.681 8.611 3.40 1.579 9.287 3.40 1.481 10.030

3.60 1.769 9.258 3.60 1.661 9.988 3.60 1.558 10.789

3.80 1.856 9.924 3.80 1.743 10.709 3.80 1.634 11.571

4.00 1.942 10.606 4.00 1.823 11.450 4.00 1.709 12.375

4.20 2.027 11.312 4.20 1.902 12.213 4.20 1.784 13.203

4.40 2.110 12.036 4.40 1.981 12.998 4.40 1.857 14.056

4.60 2.193 12.781 4.60 2.058 13.806 4.60 1.929 14.933

4.80 2.274 13.546 4.80 2.134 14.637 4.80 2.000 15.836

5.00 2.355 14.333 5.00 2.209 15.491 5.00 2.070 16.765

5.20 2.434 15.143 5.20 2.284 16.37 5.20 2.140 17.721

5.40 2.512 15.975 5.40 2.357 17.275 5.40 2.206 18.705

5.60 2.590 16.831 5.60 2.429 16.205 5.60 2.275 19.717

5.80 2.666 17.711 5.80 2.500 19.162 5.80 2.342 20.759

PAGE C12
8 FACTORS FOR NITROGEN

TF1 PF1

(R) (PSIA)

126.00 5.589

OTV OPV B

(R) (PSIA)

0.00 0.000 0.000

0.20 0.090 0.1*97

O.itQ 0.180 1. 009 0.60 0.268 1.536

o.eo 0.355 2.080

1.00 0.i*i*l 2.61*1 1.20 0.525 3.218

l.<»0 0.609 3.813

1.60 0.692 i».i»26 i.eo 0.773 5.058

2.00 0.853 5.709

2.20 0.933 6.379

2.1*0 1.011 7.070

2.60 1.088 7.781

2.80 1.165 6.511* 3.00 1.240 9.268

3.20 1.311* 10.01*5

3.1*0 1.387 10.81*6 3.60 l.i»59 11.670

3.60 1.530 12.519

it.OO 1.601 13.393

i*.20 1.670 11*. 293

i*.i*0 1.738 15.219

if. 60 1.806 16.171*

i*. 80 1.872 17.156

5.00 1.937 18.166

5.20 2.002 19.209

5.1*0 2.066 20.261

5.60 2.128 21.385

5.80 2.190 22.522

TF1 PF1

(R) (PSIA)

25.00 5.11*8

OTV DPV B

(R) (PSIA) 0.00 0.000 0.000

0.20 0.085 0.536

0.1*0 0.16 8 1.086

0.60 0.251 1.657

0.80 0.332 2.21*5 1.00 0.i*13 2.850

1.20 0.1*9 2 3.i*7i* 1.1*0 0.570 l*.118 1.60 0.61*8 i*.781 1.80 0.721* 5.1*65 2.00 0.799 6.170

2.20 0.873 6.896

2.1*0 0.9i*6 7.61*5 2.60 1.019 8.1*16 2.80 1.09 9.211

3.00 1.160 10.030

3.20 1.22 9 10.871*

3.1*0 1.298 11.71*3 3.60 1.365 12.639

3.80 l.i*31 13.562

i+.OO 1.1.97 li*. 513

4.20 1.561 15.1*93

i*.i*0 1.625 16.502

<t. 60 1.68 8 17.5i*l

i*.80 1.750 18.612

5. 00 1.811 19.715

5.20 1.871 20.851

5.1*0 1.93 22.022

5.60 1.968 23.227

5.80 2.01*6 2i«. 1*68

TF1 PF1

(RJ (PSIA)

121*. 00 i*.735

DTV OPV B (R) (PSIA) 0.00 U .000 0.000

0.20 0.079 0.578

0.1*0 0.158 1.175

0.60 0.235 1.790

0.80 0.311 2.1*25 1.00 0.386 3.060

1.20 0.i*60 3.756

1.1*0 0.531* i*.i*53 1.60 0.606 5.171

1.80 0.677 5.913

2.00 0.747 6.677

2.20 0.816 7.1*65

2.1*0 0.865 8.277

2.60 0.952 9.115

2.80 1.019 9.979

3.00 1.061* 10.669

3.20 l.li»9 11.787

3.i*0 1.212 12.733

3.60 1.275 13.708

3.80 1.337 li*. 713

it.OO 1.398 15.7i*9

i». 20 l.i»58 16.617

i*.i*0 1.517 17.918

i*. 60 1.576 19.052

(f. SO 1.633 20.221

5.00 1.690 21.1*25 5.20 1.7i*6 22.667

5.1*0 1.801 23.91*6 5.60 1.855 25.261* 5.80 1.908 26.622

123.00 i«.3i«9 122.00 3.988 121.00

0.00 0.000 0.000 0.00 0.000 0.000 0.00

0.10 0.037 0.310 0.10 0.035 0.336 0.10

0.20 0.071* 0.625 0.20 0.069 0.677 0.20

0.30 0.111 0.91*5 0.30 O.lOi* 1.023 0.30

0.1*0 0.1i»7 1.270 0.1*0 0.138 1.375 0.1*0 0.50 0.181* 1.601 0.50 0.171 1.733 0.50

0.60 0.220 1.936 0.60 0.205 2.097 0.60

0.70 0.255 2.277 0.70 0.238 2.1*67 0.70

0.60 0.291 2.621. 0.80 0.271 2.8i»2 0.80

0.90 0.326 2.976 0.90 0.301* 3.221* 0.90

1.00 0.361 3.333 1.00 0.337 3.612 1.00

1.10 0.396 3.697 1.10 0.369 i*.006 1.10

1.20 0.1*30 i*. 066 1.20 0.1*01 i*.i»07 1.20

1.30 0.1*61* i*. 1*1*0 1.30 0.1*33 if. 81 <f 1.30

1.1*0 0.1*99 If. 821 1.1*0 0.1*65 5.227 1.1*0 1.50 0.532 5.208 1.50 0.i»9 7 5.6i*7 1.50

1.60 0.566 5.601 1.60 0.528 6.071* 1.60

1.70 0.599 6.000 1.70 0.559 6.506 1.70

1.60 0.632 6.1*05 1.80 0.590 6.91*9 1.80

1.90 0.665 6.817 1.90 0.62 7.396 1.90

2.00 0.698 7.235 2.00 0.651 7.851 2.00

2.10 0.730 7.660 2.10 0.661 8.313 2.10

2.20 0.762 8.091 2.20 0.711 8.783 2.20

2.30 0.791* 8.530 2.30 0.71*0 9.260 2.30

2.1*0 0.826 8.975 2.1*0 0.770 9.71*1* 2.1*0 2.50 0.857 9.1*27 2.50 0.799 10.237 2.50

2.60 0.869 9.886 2.60 0.828 10.737 2.60

2.70 0.920 10.352 2.70 0.857 11.21*5 2.70

2.80 0.951 10.825 2.80 0.886 11.761 2.80

2.90 0.981 11.306 2.90 0.911* 12.285 2.90

3.651

0.000 0.000

0.0 32 0.361* 0.065 0.733 0.097 1.109 0.128 1.1*91 U.160 1.880 0.191 2.271* 0.222 2.676 0.253 3.081* 0.283 3.1*98 0.311* 3.920

0.3i*i* i*.3i*8 0.371* i*.783

O.i*0i* 5.226

0.1*33 5.676

0.1*62 6.133

0.1*92 6.597 0.520 7.069 0.549 7.51*9 0.576 8.036 0.606 8.532

0.631* 9.035 0.662 9.51*7 0.689 10.067 0.717 10.595

0.7i*i* 11.132 0.771 11.678 0.798 12.232

0.821* 12.795 0.851 13.367

PAGE C13

Appendix D: B-factort for fluorine, calculated from eq (5).

B FACTORS FOR FLUORINE

TF1 PF1 TF1 PF1 TF1 PF1

(Rl (PSIA) (R) (PSIA) (R) (PSIA)

250.00 599.358 248.00 570.787 246.00 543.279

OTV OPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 O.G00

1.50 21.530 0.125 1.50 20.728 0.120 1.50 19.958 0.119

3.00 42.455 0.256 3.00 40.876 0.249 3.00 39.359 0.246

4.50 62.795 0.395 4.50 60.461 0.386 4.50 58.215 0.384

6.00 82.565 0.543 6.00 79.497 0.533 6.00 76.542 0.531 7.50 101.783 0.701 7.50 97.999 0.690 7.50 9<4.351 0.686 9.00 120.461 0.870 9.00 115.979 0.858 9.00 111.654 0.857 10.50 138.614 1.05C 10.50 133.450 1.038 10.50 128.463 1.038 12.00 156.253 1.242 12.00 150.422 1.230 12.00 144.788 1.232 13.50 173.390 1.446 13.50 166.907 1.435 13.50 160.640 1.439 15.00 190.037 1.664 15.00 182.916 1.654 15.00 176.028 1.661 16.50 206.203 1.896 16.50 198.458 1.888 16.50 190.963 1.899

18.00 221.899 2.144 18.00 213.543 2.139 18.00 205.453 2.154

19.50 237.135 2.409 19.50 228.180 2.407 19.50 219.507 2.427 21.00 251.921 2.691 21.00 242.378 2.693 21.00 233.134 2.720 22.50 266.264 2.993 22.50 256.147 3.000 22.50 246.343 3.033 24.00 260.175 3.316 24.0 269.494 3.328 24.00 259.142 3.369 25.50 293.662 3.660 25.50 282.429 3.679 25.50 271.538 3.729 27.00 306.733 4.028 27.00 294.958 4.054 27.00 283.541 4.115 28.50 319.397 4.421 28.50 307.092 4.457 28.50 295.158 4.529

30.00 331.662 4.642 30.00 318.836 4.887 30.00 306.396 4.973

31.50 343.535 5.292 31.50 330.199 5.349 31.50 317.263 5.449 33.00 355.024 5.774 33.00 341.189 5 . S..44 33.00 327.767 5.960 34.50 366.138 6.289 34.50 351.813 6.374 34.50 337.915 6.509

36.00 376.883 6.641 36.00 362.079 6.943 36.00 347.714 7.099 37.50 387.268 7.432 37.50 371.994 7.553 37.50 357.172 7.732 39.00 397.299 8.066 39.00 381.565 8.206 39.00 366.296 8.413

if 0.50 406.983 8.746 40.50 390.799 8.912 40.50 375.092 9.146

42.00 416.329 9.475 42.00 399.704 9.66 7 42.00 383.568 9.934 43.50 425.343 10.257 43.50 408.286 10.480 43.50 391.732 10.782

244.00 516.793 242.00 491.290 240.00 466.737

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.50 19.218 0.119 1.50 18.502 0.120 1.40 16.637 0.113

3.00 37.896 0.247 3.00 36.48 2 0.249 2.80 32.834 0.234

4.50 56.049 0.385 4.50 53.953 0.389 4.20 48.598 0.365

6.00 73.688 0. 533 6.00 70.925 0.539 5.60 63.939 0.505

7.50 90.825 0.692 7.50 87.410 0.700 7.00 78.866 0.655

9.00 107.472 0.863 9.00 103.419 0.874 8.40 93.386 0.817 10.50 123.638 1.047 10.50 118.961 1.061 9.80 107.507 0.990 12.00 139.334 1.243 12.00 134.046 1.262 11.20 121.238 1.175 13.50 154.570 1 .455 13.50 148.683 1.478 12.60 134.584 1.373 15.00 169.356 1.681 15.00 162.881 1.710 14.00 147.554 1.586 16.50 183.699 1.924 16.50 176.650 1.959 15.40 160.155 1.814 18.00 197.610 2.185 18.00 189.997 2.227 16.80 172.393 2.057 19.50 211.097 2.465 19.50 202.932 2.515 18.20 164.276 2.319

21.00 224.166 2.765 21.00 215.461 2.824 19.60 195.809 2.598 22.50 236.832 3.087 22.50 227.595 3.157 21.00 206.999 2.898 24.00 249.097 3.433 24.00 239.339 3.514 22.40 217.853 3.218 25.50 260.970 3.804 25.50 250.702 3.898 23.80 228.377 3.562 27.00 272.459 4.203 27.00 261.692 4.311 25.20 238.577 3.929 26.50 283.573 4.631 28.50 272.316 4.755 26.60 248.459 4.323 30.00 294.318 5.090 30.00 282.582 5.233 28.00 258.029 4.746 31.50 304.703 5.584 31.50 292.497 5.747 29.40 267.294 5.198 33.00 314.734 6.115 33.00 302.068 6.300 30.80 276.258 5.683 34.50 324.418 6.685 34.50 311.302 6.896 32.20 284.929 6.203

36.00 333.764 7.299 36.00 320.207 7.537 33.60 293.311 6.761 37.50 342.778 7.960 37.50 328.789 8.229 35.00 301.411 7.360 39.00 351.467 0.671 39.00 337.056 8.974 36.40 309.234 8.002 40.50 359.838 9.437 40.50 345.014 9.778 37.80 316.785 8.692 42.00 367.898 10.262 42.00 352.671 10.646 39.20 324.071 9.433 43»50 375.655 11.152 43.50 360.033 11.583 40.60 331.098 10.230

PAGE Dl
B FACTORS FOR FLUORIHE

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

238.00 41*3.105 236.00 420.365 234.00 398.491

OTV DPV B OTV DPV B OTV OPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 l.U) 16.010 0.115 1.40 15.401 0.117 1.40 14.810 0.120 2.80 31.592 0.239 2.80 30.387 0.244 2.80 29.215 0.251

<*.20 46.755 0.372 4.20 44.964 0.381 4.20 43.224 0.391

5.60 61.506 0.515 5.60 59.142 0.528 5.60 56.844 0.543

7.00 75.854 0.669 7.00 72.928 0.686 7.00 70.082 0.706

8.40 89.807 0.835 8.40 86.329 0.856 8.40 82.946 0.882

9.80 103.372 1.012 9.80 99.352 1.039 9.80 95.443 1.071

11.20 116.557 1.203 11.20 112.005 1.236 11.20 107.578 1.274

12.60 129.368 1.407 12.60 124.295 1.447 12.60 119.360 1.494

14.00 141.812 1.626 14.00 136.228 1.674 14.00 130.795 1.729

15. MJ 153.897 1.861 15.40 147.810 1.918 15.40 141.888 1.982 16.80 165.629 2.114 16.80 159.049 2.179 16.80 152.647 2.254

18.20 177.014 2.384 13.20 169.951 2.460 18.20 163.078 2.547

19.60 188.060 2.674 19.60 180.522 2.762 19.60 173.186 2.861 21.00 198.771 2.985 21.00 190.767 3.085 21.00 182.979 3.199 22.40 209.156 3.318 22.40 200.694 3.433 22.40 192.461 3.563 23.80 219.219 3.675 23.80 210.309 3.806 23.80 201.639 3.953 25.20 228.966 4.058 25.20 219.617 4.206 25.20 210.519 4.373

26.60 238.405 4.470 26.60 228.624 4.637 26.60 219.107 4.825 28.00 247.540 4.911 28.00 237.336 5.099 28.00 227.408 5.311 29.40 256.378 5.384 29.40 245.759 5.595 29.40 235.428 5.833

30.80 264.924 5.892 30.80 253.899 6.129 30.80 243.173 6.396 32.20 273.185 6.437 32.20 261.761 6.703 32.20 250.648 7.001

3 3.60 281.165 7.023 33.60 269.351 7.32 33.60 257.859 7.653 35.00 288.871 7.652 35.00 276.675 7.984 35.00 264.812 8.355 36.40 296.308 8.329 36.40 283.738 8.698 36.40 271.512 9.113

37.80 303.482 9.057 37.80 290.545 9.468 37.80 277.965 9.929

39.20 310.399 9.839 39.20 297.103 10.297 39.20 284.175 10.810

40.60 317.063 10.682 40.60 303.417 11.190 40.60 290.150 11.760

232.00 377.459 230.00 357.244 228.00 337.826

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 1.40 14.235 0.124 1.30 12.711 0.119 1.30 12.205 0.123 2.80 28.076 0.258 2.60 25.091 0.246 2.60 24.089 0.255

4.20 41.532 0.403 3.90 37.147 0.384 3.90 35.656 0.397

5.60 54.609 0.560 5.20 48.884 0.531 5.20 46.913 0.551

7.00 67.314 0.729 6.50 60.308 0.690 6.50 57.865 0.716

8.40 79.655 0.911 7.80 71.424 0.860 7.80 68.517 0.893 9.80 91.639 1.107 9.10 82.237 1.043 9.10 78.875 1.084 11.20 103.271 1.318 10.40 92.752 1.240 10.40 88.942 1.2.88 12.60 114.559 1.546 11.70 102.975 1.450 11.70 98.725 1.508 14.00 125.508 1.791 13.00 112.910 1.676 13.00 108.228 1.744

15.40 136.125 2.055 14.30 122.564 1.918 14.30 117.457 1.997 16.80 146.417 2.339 15.60 131.939 2.177 15.60 126.415 2.269

18.20 156.390 2.645 16.90 141.043 2.455 16.90 135.109 2.561 19.60 166.048 2.974 18.20 149.878 2.753 18.20 143.542 2.874 21.00 i75.400 3.328 19.50 158.451 3.073 19.50 151.719 3.210 22.40 184.449 3.709 20.80 166.765 3.415 20.80 159.645 3.570 23.80 193.203 4.119 22.10 174.826 3.782 22.10 167.325 3.957 25.20 201.667 4.560 23.40 182.638 4.176 23.40 174.763 4.372 26.60 209.847 5.035 24.70 190.206 4.597 24.70 181.964 4.817 28.00 217.748 5.547 26.00 197.533 5.049 26.00 188.931 5.295 29.40 225.377 6.099 27.30 204.626 5.534 27.30 195.671 5.809

3 0.80 232.739 6.693 28.60 211.488 6.055 28.60 202.187 6.360 32.20 239.838 7.334 29.90 218.124 6.613 29.90 208.483 6.953

3 3.60 246.682 8.024 31.20 224.538 7.212 31.20 214.564 7.589

35.00 253.275 8.770 32.50 230.734 7.855 32.50 220.435 8.274 36.40 259.624 9.574 33.80 236.718 8.546 33.80 226.099 9.010 37.80 265.732 10.443 35.10 242.493 9.289 35.10 231.562 9.802 39.20 271.607 11.381 36.40 248.063 10.087 36.40 236.827 10.655

4 0.60 277.253 12.396 37.70 253.434 10.945 37.70 241.899 11.573

PAGE 02
3 FACTORS FOR FLUORINE

TF1

(R) PF1

(PSIA)

226.00 319.183

DTV

(R) OPV(PSIA)

0.00 0.000 0.000

1.30 11.713 0.127

2.60 23.113 0.265

3.90 34.205 0.413

5.20 44.995 0.572

6.50 55.488 0.744

7.80 65.688 0.929

9.10 75.602 1.128

10.40 85.234 1.342

11.70 94.588 1.572

13.00 103.671 1.820

14.30 112.486 2.085

15.60 121.039 2.371

16.90 129.333 2.677

18.20 137.375 3.007

19.50 145.168 3.361

20.80 152.717 3.741

22.10 160.026 4.149

23.40 167.101 4.588

24.70 173.945 5.059

26.00 180.564 5.566

27.30 186.961 6.111

28.60 193.141 6.697

29.90 199.108 7.328

31.20 204.867 8.006

32.50 210.423 8.737

33.80 215.778 9.523

35.10 220.939 10.370

36.40 225.908 11.284

37.70 230.691 12.269

TF1

(R) 224.00

PF1

(PSIA)

301.293

OTV

(R) DPV

(PSIA)

0.00 0.000 0.000

1.20 10.380 0.122

2.40 20.501 0.253

3.60 30.365 0.393

4.80 39.977 0.544

6.00 49.342 0.705

7.20 58.463 0.878

8.40 67.344 1.063

9.60 75.988 1.262

10.80 84.401 1.474

12.00 92.585 1.701

13.20 100.545 1.944

14.40 108.283 2.204

15.60 115.805 2.482

16.80 123.112 2.780 18.00 130.210 3.098

19.20 137.101 3.438

20.40 143.790 3.801

21.60 150.279 4.191

22.80 156.573 4.607 24.00 162.674 5.052

25.20 168.587 5.529

26.40 174.314 6.039

27.60 179.860 6.585 28.80 185.227 7.169

30.00 190.420 7.795 31.20 195.441 8.466 32.40 200.294 9.185

33.60 204.982 9.956 34.80 209.509 10.783

TF1

(R> 222.00

DTV

(R)

PF1

(PSIA)

284.137

OPV

(PSIA)

0.00 0.000 0.000 1.20 9.949 0.127 2.40 19.645 0.263 3.60 29.092 0.410 4.80 38.293 0.567 6.00 47.254 0.736

7.20 55.977 0.917 8.40 64.466 1.112

9.60 72.726 1.320 10.80 80.760 1.543 12.00 88.572 1.781 13.20 96.165 2.037

14.40 103.544 2.311

15.60 110.711 2.604

16.80 117.671 2.918 18.00 124.426 3.255 19.20 130.982 3.615

20.40 137.340 4.000 21.60 143.505 4.413

22.80 149.480 4.855 24.00 155.269 5.328 25.20 160.875 5.835 26.40 166.302 6.379 27.60 171.552 6.961 28.80 176.630 7.586 30.00 181.539 8.255 31.20 186.282 8.974

32.40 190.862 9.745 33.60 195.283 10.572

34.80 199.549 11.461

20.00 267.696

0.00 0.000 0.000

1.20 9.529 0.132

2.40 18.812 0.275

3.60 27.853 0.428

4.80 36.654 0.593

6.00 45.221 0.770

7.20 53.557 0.960

8.40 61.666 1.164

9.60 69.552 1.383

10.80 77.217 1.618

12.00 84.667 1.869

13.20 91.904 2.139

14.40 98.933 2.426

15.60 105.756 2.738

16.80 112.378 3.071

18.00 118.801 3.427

19.20 125.030 3.809

20.40 131.069 4.218

21.60 136.919 4.656

22.80 142.586 5.127

24.00 148.072 5.631

25.20 153.380 6.172

26.40 158.515 6.753

27.60 163.480 7.376

28.80 168.278 8.045

30.00 172.912 8.763

31.20 177.386 9.534

32.40 181.703 10.363

33.60 185.867 11.254

34.80 189.880 12.212

218.00 251.951 216.00 236.883

0.00 0.000 0.000 1.10 8.370 0.127

2.20 16.538 0.262

3.30 24.507 0.407 4.40 32.280 0.562 5.50 39.861 0.728

6.60 47.251 0.905

7.70 54.454 1.095

8.80 61.472 1.297

9.90 68.309 1.512 11.00 74.968 1.743 12.10 81.450 1.988

13.20 87.759 2.251 14.30 93.898 2.530 15.40 99.869 2.829

16.50 105.675 3.147

17.60 111.319 3.486 18.70 116.804 3.849

19.80 122.131 4.235 20.90 127.305 4.647 22.00 132.327 5.087 23.10 137.200 5.557 24.20 141.927 6.058

25.30 146.510 6.593 26.40 150.952 7.165 27.50 155.256 7.775

28.60 159.424 8.427 29.70 163.459 9.124

30.80 167.363 9.869

31.90 171.139 10.666

0.00 0.000 0.000 1.10 6.005 0.133 2.20 15.814 0.275 3.30 23.429 0.427 4.40 30.853 0.590 5.50 38.090 0.765 6.60 45.142 0.951 7.70 52.012 1.150

8.80 58.702 1.364

9.90 65.216 1.591 11.00 71.557 1.835 12.10 77.726 2.095 13.20 83.728 2.372 14.30 89.564 2.669

15.40 95.237 2.985 16.50 100.750 3.324 17.60 106.106 3.685 18.70 111.307 4.070 19.80 116.357 4.482 20.90 121.257 4.922 22.00 126.010 5.392 23.10 13C.619 5.895 24.20 135.087 6.431 25.30 139.416 7.005 26.40 143.608 7.618

27.50 147.667 8.274 28.60 151.595 8.976 29.70 155.394 9.726

30.80 159.067 10.530

31.90 162.617 11.390

PAGE D3
8 FACTORS FOR FLUORINE

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

21*4.00 222. <«75 212.00 208.708 210.00 195.565

OTV OPV B OTV OPV B OTV OPV 6 (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.10 7.650 0.139 1.00 6.649 0.133 1.00 6.343 0.140 2.20 15.109 0.289 2.00 13.143 0.274 2.00 12.536 0.289

3.30 22.380 0.449 3.00 19.486 0.425 3.00 18.582 0.448

4.40 29.<f65 0.620 4.00 25.679 0.586 4.00 24.482 0.618

5.50 36.368 0.804 5.00 31.725 0.757 5.00 30.239 0.799

6.60 43.091 1.001 6.00 37.625 0.940 6.00 35.854 0.992

7.70 49.637 1.211 7.00 43.382 1.134 7.00 41.331 1.198

8.80 56.009 1.437 8.00 48.997 1.341 8.00 46.670 1.417

9.90 62.209 1.678 9.00 54.474 1.561 9.00 51.875 1.651 11.00 68.241 1.935 10.00 59.813 1.796 10.00 56.946 1.900 12.10 74.107 2.211 11.00 65.018 2.045 11.-00 61.836 2.165 13.20 79.809 2.505 12.00 70.089 2.310 12.00 66.697 2.447 14.30 85.352 2.820 13.00 75.029 2.592 13.00 71.381 2.748

15.4Q 90.736 3.157 14.00 79.840 2.893 14.00 75.941 3.068 16.50 95.965 3.517 15.00 84.524 3.212 15.00 80.377 3.409 17.60 101.042 3.902 16.00 89.084 3.552 16.00 84.692 3.772 18.70 105.969 4.314 17.00 93.520 3.913 17. OB 88.888 4.158 19.80 110.748 4.754 18.00 97.835 4.297 18.00 92.967 4.570 20.90 115.384 5.224 19.00 102.031 4.706 19.00 96.931 5.008 22.00 119.877 5.728 20.00 106.110 5.141 20.00 100.781 5.475 23.10 124.231 6.266 21.00 110.074 5.604 21.00 104.520 5.972

2 if. 20 128.448 6.842 22.00 113.924 6.096 22.00 108.150 6.502 25.30 132.531 7.458 23.00 117.663 6.620 23.00 111.673 7.067 26.40 136.482 8.118 24.00 121.293 7.179 24.00 115.090 7.668 27.50 140.305 8.825 25.00 124.816 7.773 25.00 118.404 8.310

2 8.60 144.001 9.581 26.00 128.233 8.405 26.00 121.616 8.993 29.70 147.573 10.392 27.00 131.547 9.079 27.00 124.728 9.723

3 0.80 151.024 11.261 28.00 134.759 9.798 26.00 12 7.7 42 10.501

31.90 154.355 12.192 29.00 137.871 10.563 29.00 130.661 11.331

208.00 183.029 206.00 171.083 204.00 159.711

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.G0O

1.00 6.046 0.147 0.90 5.187 0.140 0.90 4.936 0.146

2.00 11.946 0.305 1.80 10.261 0.288 1.80 9.759 0.305

3.00 17.703 0.473 2.70 15.221 0.446 2.70 14.473 0.472

4.00 23.318 0.653 3.60 2 0.069 0.613 3.60 19.079 0.649

5.00 28.795 0. 844 4.50 24.807 0.791 4.50 23.578 0.838 6.00 34.134 1.049 5.40 29.437 0.979 5.40 27.972 1.039

7.00 39.339 1.268 6.30 33.960 1.179 6.30 32.262 1.252

8.00 44.410 1.500 7.20 38.377 1.392 7.20 36.449 1.478

9.00 49.350 1.749 8.10 42.689 1.617 8.10 40.536 1.718 10.00 54.161 2.014 9.00 46.899 1.856 9.00 44.523 1.973 11.00 58.845 2.296 9.90 51.008 2.109 9.90 48.412 2.244 12.00 63.405 2.597 10.80 55.017 2.378 10.80 52.204 2.531 13.00 67.841 2.918 11.70 58.928 2.663 11.70 55.901 2.836 14.00 72.156 3.260 12.60 62.742 2.965 12.60 59.505 3.159 15.00 76.352 3.625 13.50 66.460 3.285 13.50 63.016 3.503 16.00 80.431 4.014 14.40 70.084 3.624 14.40 66.436 3.867

17.00 84.395 4.428 15.30 73.616 3.984 15.30 69.767 4.254

18.00 88.245 4.870 16.20 77.056 4.366 16.20 73.010 4.665

19.00 91.984 5.341 17.10 80.406 4.771 17.10 76.166 5.101

20.00 95.614 5.843 18.00 83.668 5.200 18.00 79.236 5.563 21.00 99.137 6.378 18.90 86.844 5.655 16.90 82.223 6.0 54 22.00 102.554 6.950 19.80 89.933 6.137 19.80 85.128 6.575 23.00 105.868 7.559 20.70 92.939 6.649 20.70 87.951 7.129

24.00 109.080 8.209 21.60 95.861 7.192 21.60 90.694 7.717 25.00 112.192 8.903 22.50 98.702 7.768 22.50 93.360 8.342 26.00 115.206 9.644 23.40 101.463 8.379 23.40 95.948 9.005

27.00 118.125 10.435 24.30 104.146 9.028 24.30 98.460 9.710 28.00 120.949 11.280 25.20 106.751 9.717 25.20 100.899 10.459

29.00 123.681 12.182 26.10 109.281 10.448 26.10 103.264 11.256

PAGE D4
B FACTORS FOR FLUORINE

TF1 PF1 TF1 PF1 TF1 PF1

<R) (HSIft) (R) (PSIA) (R) (PSIA)

202.00 11.8.895 200.00 138.619 198.00 128.86 8

DTV QPV B DTV DPV B DTV OPV B (R) (PSIA) (R) (PSIA) <R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.90 <»i690 0.157 0.90 I..1.52 0.166 0.80 3.758 0.156

1.80 9.272 0.323 1.80 8.799 0.31.3 1.60 7.1.35 0.322

2.70 13.71.8 0.501 2.70 13.0<.3 0.532 2.1.0 11.033 0.1*98 3.60 18.118 9.689 3.60 17.186 0.733 3.20 li.. 552 0.681* 4. 50 22.385 0.890 1..50 21.228 0.91.7 (..00 17.995 0.880

5.1*0 26.550 l.lOi. 5.1.0 25.171 1.175 1..8O 21.361 1.089

6.30 30.611. 1.331 6.30 29.017 1.1.17 5.60 2i». 652 1.309

7.20 3<t.579 1.572 7.20 32.767 1.675 6.1.O 27.869 1.51.2 8.10 38.<f<»7 1.829 8.10 36.1.22 1.950 7.20 31.013 1.789

9.00 1*2.218 2.101 9.00 39.985 2.21.2 8.00 31.. 081. 2.050

9.90 i*5.89i* 2.391 9.90 1.3.1.55 2.553 8.80 37.081. 2.326 10.80 «»9.<*77 2.699 10.80 1.6.835 2.883 9.60 i.U.011. 2.617 11.70 52.968 3.026 11.70 50.127 3.235 10.1.0 1*2.375 2.926 12.60 56.368 3.373 12.60 53.331 3.60 9 11.20 1*5.668 3.252 13.50 59.679 3.71.3 13.50 56.1.1.9 i».006 12.00 1.8.393 3.597

11*. <*0 62.902 1..135 li.. 1.0 59.1*82 I..1.29 12.80 51.052 3.961

15.30 66.039 1..551 15.30 62.1*32 1..879 13.60 53.61.6 i*.3i*7 16.20 69.091 1..991. 16.20 65.300 5.358 11.. 1.0 56.176 i*.755 17.10 72.060 5. 1.61. 17.10 68.088 5.867 15.20 58.61.2 5.186 18.00 7<*.9'*6 5.961. 18.03 70.796 6.1.38 16.00 61.01*5 5.6i*2 18.90 77.751 6.1.96 18.90 73.1.27 6.981. 16.80 63.388 6.121* 19.80 80.1.77 7.C60 19.80 75.982 7.597 17.60 65.670 6.631* 20.70 83.125 7.660 20.70 78.1.61 8.250 18.1*0 67.892 7.173

21. SQ 85.697 8.299 21.60 80.867 8.91.1. 19.20 70.056 7.71.3 22.50 88.193 8.977 22.50 83.2Q1 9.681. 20.00 72.162 8.31*7 23.<«0 90.615 9.699 23.1.0 85.1.63 10.1.71 20.80 7i*. 212 8.986

21.. 30 92.961. 10.1.67 21.. 30 87.656 11.310 21.60 76.206 9.662 25.20 95.21.3 11.281. 25.20 89.781 12.203 22.1.0 78.11.5 10.377 26.10 97.1.51 12.151. 26.10 91.839 13.156 23.20 80.030 11.131*

96.00 119 .621. 191.. 00 110.673 192.00 102.598 COO 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.80 3.558 0.167 0.80 3.366 0.178 0.70 2.786 0.166

1.60 7.039 0.31*3 1.60 6.657 0.367 1.1.0 5.517 0.31.0

2.1*0 10.1.1.3 0.531 2.1.0 9.871. 0.567 2.10 8.193 0.521. 3.20 13.772 0.729 3.20 13.018 0.779 2.80 10.811. 0.719

1..00 17.026 0.91.0 1..00 16.089 1.005 3.50 13.382 0.923

1..8O 20.206 1.163 1..8O 19.089 1.21.1. 4.20 15.897 1.139

5.60 23.313 1.399 5.60 22.019 1.1.97 i*.90 18.359 1.366

6.1.O 26.31.9 1.61.9 6.1*0 24.880 1.766 5.60 20.769 1.605

7.20 29.311. 1.913 7.20 27.673 2.050 6.30 23.128 1.858

8.00 32.209 2.191. 8.00 30.398 2.352 7.00 25.1.37 2.123

8.80 35.036 2.1.90 8.80 33.057 2.672 7.70 27.696 2.1.03 9.60 37.795 2.601. 9.60 35.651 3.011 8.1.0 29.906 2.697

10.1*0 1.0.1.87 3.137 10.1*0 38.181 3.370 9.10 32.067 3.008 11.20 1.3.113 3.1.89 11.20 40.6-.7 3.751 9.80 31.. 180 3.331. 12.00 1.5.675 3.861 12.00 1.3.050 <».l5i. 10.50 36.21.7 3.678 12.80 1.8.173 1..255 12.80 1.5.393 i*.581 11.20 38.266 4.040 13.60 50.607 1..673 13.60 1.7.675 5.033 11.90 1.0.21.0 it. i*22 14. 1.0 52.980 5.111. li.. 1.0 1.9.897 5.61* 12.60 1.2.168 i*.823 15.20 55.292 5.582 15.20 52.061 6.021 13.30 44. 052 5.2i*6 16.00 57. 5i»i» 6.077 16.00 51.. 167 6.560 li.. 00 1.5.892 5.691 16.80 59.737 6.601 16.80 56.217 7.131 li.. 70 1.7.689 6.160 17.60 61.872 7.155 17.60 58.211 7.736 15.1.0 1.9.1.1.2 6.653

I8.1.O 63.950 7.71.3 I8.1.O 60.150 6.377 16.10 51.151. 7.173

19.20 65.972 8.365 19.20 62.035 9.057 16.80 52.821. 7.721 20.00 67.938 9.021. 20.00 63.868 9.778 17.50 51.. 1.51. 8.2 97 20.80 69.850 9.722 20.80 65.61.8 10.5i*3 18.20 56. 043 8.905 21.60 71.709 IO.1.6I 21.60 67.378 11.351* 16.90 57.592 9.51*5 22.1.0 73.515 11.21.5 22.1.0 69.057 12.211* 19.60 59.103 10.219

23.20 75.270 12.075 23.20 70.687 13.128 20.30 60.575 10.930

PAGE 05
B FACTORS FOR FLUORINE

TFi PF1 TFI PF1 TFI PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

190.00 94.784 189.00 91.045 188.00 87.415

DTV DPV B DTV DPV B DTV DPV B <R> (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.70 2.629 0.177 0.70 2.553 0.184 0.70 2.477 0.190

1.40 5.205 0.364 1.40 5.052 0.377 1.40 4.903 0.391

2.10 7.727 0.562 2.10 7.500 0.582 2.10 7.276 0.603

2.80 10.196 0.770 2.80 9.895 0.798 2.80 9.599 0.828

3.50 12.614 0.990 3.50 12.240 1.027 3.50 11.872 1.064

4.20 14.980 1.222 4.20 14.534 1.267 4.20 14.096 1.315

(f.90 17.296 1.467 4.90 16.779 1.521 4.90 16.271 1.579

5.60 19.562 1.725 5.60 18.975 1.789 5.60 18.398 1.857

6.30 21.779 1.997 6.30 21.123 2.072 6.30 20.478 2.151

7.00 23.947 2.284 7.00 23.222 2.371 7.00 22.511 2.462

7.70 26.067 2.586 7.70 25.275 2.685 7.70 24.498 2.789

8.40 28.140 2.905 8.40 27.282 3.017 6.40 26.439 3.135

9.10 30.167 3.241 9.10 29.243 3.367 9.10 28.336 3.500

9.80 32.147 3.595 9.80 31.156 3.736 9.80 30.186 3.884

10.50 34.082 3.968 10.50 33.029 4.125 10.50 31.997 4.290 11.20 35.972 4.362 11.20 34.857 4.535 11.20 33.763 4.719 11.90 37.818 4.776 11.90 36.641 4.968 11.90 35.486 5.171

12.60 39.621 5.213 12.60 38.383 5.424 12.60 37.168 5.647 13.30 41.380 5.674 13.30 40.082 5.906 13.30 38.609 6.150 14.00 43.0 98 6.159 14.00 41.741 6.413 14.00 40.410 6.681

14. 7Q 44.774 6.671 14.70 43.359 6.948 14.70 41.970 7.241 15.40 46.409 7.210 15.40 44.936 7.513 15.40 43.492 7.833 16.10 48.004 7.779 16.10 46.475 6.108 16.10 44.975 8.456 16.80 49.559 8.379 16.80 47.974 8.736 16.80 46.420 9.115

17.50 51.075 9.011 17.50 49.436 9.399 17.50 47.828 9.810 18.20 52.553 9.678 18.20 50.859 10.098 18.20 49.199 10.544

16.90 53.993 10.381 18.90 52.246 10.636 16.90 50.534 11.319

19.60 55.395 11.123 19.60 53.597 11.615 19.60 51.834 12.137

20.30 56.761 11.905 20.30 54.911 12.437 20.30 53.099 13.001

187.00 83.892 166.00 80.475 185.00 77.161

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.70 2.403 0.197 0.70 2.331 0.204 0.60 1.939 0.181

1.40 4.755 0.405 1.40 4.611 0.420 1.20 3.842 0.371

2.10 7.057 0.626 2.10 6.842 0.649 1.80 5.710 0.570 2.80 9.309 0.858 2.60 9.024 0.891 2.40 7.541 0.780 3.50 11.511 1.104 3.50 11.157 1.146 3.00 9.338 0.999

4.20 13.666 1.364 4.20 13.244 1.416 3.60 11.101 1.230

4.90 15.772 1.639 4.90 15.28 3 1.702 4.20 12.829 1.471

5.60 17.832 1.926 5.60 17.277 2.004 4.80 14.524 1.725

6.30 19.845 2.235 6.30 19.224 2.322 5.40 16.165 1.991

7.00 21.812 2.558 7.00 21.127 2.659 6.00 17.813 2.270

7.70 23.734 2.899 7.70 22.986 3.015 6.60 19.409 2.563

8.40 25.612 3.259 8.40 24.801 3.390 7.20 20.973 2.869

9.10 27.445 3.640 9.10 26.573 3.787 7.80 22.505 3.191

9.80 29.236 4.041 9.80 28.303 4.206 8.40 24.005 3.529 10.50 30.983 4.465 10.50 29.990 4.649 9.00 25.475 3.682 11.20 32.689 4.912 11.20 31.637 5.116 9.60 26.914 4.253 11.90 34.353 5.384 11.90 33.243 5.610 10.20 28.323 4.642 12.60 35.977 5.883 12.60 34.810 6.132 10.80 29.702 5.050 13.30 37.560 6.409 13.30 36.337 6.683 11.40 31.052 5.477

14.00 39.104 6.965 14.00 37.826 7.265 12.00 32.373 5.925 14.70 40.609 7.552 14.70 39.276 7.880 12.60 33.666 6.395 15.40 42.076 8.171 15.40 40.689 8.529 13.20 34.930 6.888 16.10 43.505 8.825 16.10 42.066 9.215 13.80 36.166 7.405 16.80 44.897 9.516 16.80 43.406 9.940 14.40 37.375 7.946 17.50 46.253 10.245 17.50 44.710 10.707 15.00 38.557 6.514

18.20 47.573 11.016 18.20 45.980 11.517 15.60 39.713 9.110 18.90 48.857 11.830 18.90 47.215 12.373 16.20 40.842 9.735 19.60 50.107 12.690 19.60 48.417 13.278 16.80 41.945 10.391

20.30 51.323 13.599 20.30 49.585 14.235 17.40 43.023 11.078

PAGE D6
B FACTORS FOR FLUORINE

TF1 PF1 TF1 PF1 TF1 PF1

IR) (PSIA) (R) (PSIA) (R) (PSIA)

8 (..00 73.949 183.00 70.837 182.00 67.823

DTV DPV B DTV DPV B OTV DPV P (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.60 1.879 0.186 0.60 1.82 0.195 0.60 1.763 0.203

1.20 3.723 0.385 1.20 3.606 0.400 1.20 3.491 0.415

1.80 5.531 0.592 1.80 5.357 0.615 1.80 5.186 0.639

2.40 7.305 o.eio 2.40 7.074 0.841 2.40 6.847 0.875

3.00 9.045 1.038 3.00 8.757 1.079 3.00 8.475 1.122

3.60 10.751 1.278 3.60 10.407 1.328 3.60 10.071 1.362

4.20 12.423 1.529 4.20 12.025 1.590 4.20 11.635 1.655

4.80 14.062 1.793 4.80 13.610 1.866 4.80 13.167 1.942

5.40 15.669 2.071 5.40 15.163 2.154 5.40 14.667 2.243

6.00 17.243 2.361 6.00 16.684 2.458 6.00 16.137 2.559

6.60 18.786 2.666 6.60 18.175 2.776 6.60 17.576 2.891

7.20 20.297 2.986 7.20 19.634 3.110 7.20 18.985 3.240

7.80 21.777 3.322 7.80 21.063 3.461 7.80 20.364 3.607

8.40 23.226 3.675 8.40 22.462 3.829 8.40 21.714 3.992

9.00 24.645 4.044 9.00 23.832 4.215 9.00 23.035 4.396

9.60 26.034 4.432 9.60 25.172 4.620 9.60 24.328 4.820 10.20 27.394 4.836 10.20 26.483 5.046 10.20 25.592 5.265 10.80 28.724 5.265 10.80 27.766 5.492 10.60 26.828 5.733 11.40 30.026 5.712 11.40 29.021 5.961 11.40 28.037 6.224

12.00 31.300 6.181 12.00 30.248 6.453 12.00 29.219 6.740 12.60 32.545 6.674 12.60 31.448 6.969 12.60 30.375 7.281 13.20 33.763 7.190 13.20 32.621 7.510 13.20 31.504 7.850 13.80 34.954 7.732 13.80 33.768 8.079 13.80 32.607 8.447 14.40 36.118 8.300 14.40 34.888 8.676 14.40 33.685 9.074

15.00 37.256 8.897 15.00 35.983 9.302 15.00 34.737 9.733

15.60 38.368 9.523 15.60 37.052 9.960 15.60 35.765 10.425

16.20 39.454 10.179 16.20 38.096 10.651 16.20 36.768 11.151

16.80 40.515 10.868 16.80 39.116 11.376 16.80 37.748 11.915

17.40 41.551 11.592 17.40 40.112 12.137 17.40 38.704 12.717

181.00 64.904 180.00 62.080 179.00 59.348

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.60 1.706 0.210 0.60 1.65 0.219 0.50 1.332 0.189

1.20 3.378 0.432 1.20 3.268 0.449 1.00 2.642 0.386

1.80 5.017 0.665 1.60 4.85 3 0.692 1.50 3.930 0.592 2.40 6.624 0.910 2.40 6.40 6 0.947 2.00 5.195 0.807

3.00 8.198 1.167 3.00 7.927 1.215 2.50 6.439 1.032

3.60 9.741 1.438 3.60 9.418 1.497 3.00 7.662 1.266

4.20 11.252 1.723 4.20 10.877 1.794 3.50 8.863 1.510

4.80 12.732 2.022 4.80 12.306 2.106 4.00 10.044 1.765

5.40 14.181 2.336 5.40 13.705 2.435 4.50 11.204 2.031

6.00 15.600 2.666 6.00 15.075 2.780 5.00 12.343 2.308

6.60 16.989 3.014 6.60 16.415 3.143 5.50 13.462 2.598

7.20 18.349 3.378 7.20 17.726 3.524 6.00 14.560 2.900

7.80 19.679 3.761 7.80 19.009 3.925 6.50 15.639 3.214

8.40 20.981 4.164 8.40 20.264 4.346 7.00 16.699 3.543

9.00 22.255 4.587 9.00 21.491 4.789 7.50 17.739 3.885

9.60 23.500 5.031 9.60 22.691 5.255 8.00 18.759 4.242 10.20 24.718 5.498 10.20 23.864 5.744 8.50 19.761 4.615

10.80 25.909 5.988 10.80 25.011 6.258 9.00 20.744 5.003

11.40 27.073 6.503 11.40 26.131 6.799 9.50 21.709 5.408 12.00 26.211 7.044 12.00 27.226 7.367 10.00 22.655 5.831 12.60 29.323 7.613 12.60 28.295 7.964 10.50 23.583 6.271

13.20 30.409 8.210 13.20 29.339 8.592 11.00 24.494 6.731

13.80 31.470 8.837 13.80 30.359 9.252 11.50 25.387 7.210 14.40 32.506 9.497 14.40 31.355 9.946 12.00 26.262 7.709

15.00 33.518 10.190 15.00 32.326 10.675 12.50 27.120 8.231 15.60 34.505 10.918 15.60 33.274 11.442 13.00 27.962 8.774 16.20 35.469 11.683 16.20 34.199 12.249 13.50 28.786 9.341 16.80 36.409 12.486 16.80 35.101 13.097 14.00 29.594 9.932

17.40 37.326 13.333 17.40 35.981 13.989 14.50 30.386 10.549

PAGE D7
B FACTORS FOR FLUORINE

TF1 PF1

(R) (PSIA) 8.00 56.706

OTV DPV B

(R) (PSIA)

0.00 0.000 0.000

0.50 1.268 0.197

1.00 2.553 0.402

1.50 3.797 0.617

2.00 5.020 0.841

2.50 6.221 1.075

3.00 7.402 1.31S

3.50 6.562 1.574

4.00 9.701 1.640

4.50 10.820 2.118

5.0Q 11.918 2.408

5.50 12.997 2.711

6.00 14.057 3.026

6.50 15.0 97 3.356

7.00 16.117 3,700

7.50 17.119 4.058

6.00 18.102 4.433

6.50 19.067 4.823

9.00 20.013 5.230

9.50 20.941 5.655

10.00 21.852 6.039

10.50 22.745 6.562

11. 00 23.620 7.044

11.50 24.478 7.548

12.00 25.320 8.073

12.50 26.144 8.621

13.00 26.952 9.193

13.50 27.744 9.790

14.00 28.519 10.413

14.50 29.279 11.063

TF1 PF1

(R) (PSIA)

177.00 54.153

OTV OPV B

(R) (PSIA)

0.00 0.000 0.000

0.50 1.244 0.205

1.00 2.467 0.419

1.50 3.666 0.643

2.00 4.849 0.876

2.50 6.009 1.12

3.00 7.148 1.375

3.50 8.267 1.642

4.00 9.365 1.920 4.50 10.444 2.210

5.00 11.504 2.513

5.50 12.544 2.830

6.00 13.564 3.161

6.50 14.566 3.506

7.00 15.549 3.866

7.50 16.514 4.242

3.00 17.460 4.634

8.50 18.388 5.044

9.00 19.299 5.471

9.50 20.192 5.918

10.00 21.067 6.383

10.50 21.925 6.870 11.00 22.767 7.377

11.50 23.591 7.907

12.00 24.399 8.46C 12.50 25.191 9.037 13.00 25.966 9.640

13.50 26.726 10.269

14.00 27.470 10.925

14.50 28.198 11.611

TF1 PF1

(R) (PSIA) 176.00 51.686

DTV DPV B (R) (PSIA)

0.00 0.000 0.000 0.50 1.201 0.213 1.00 2.382 0.437 1.50 3.542 0.670 2.00 4.681 0.914

2.50 5.800 1.169

3.00 6.898 1.435

3.50 7.977 1.713

4.00 9.037 2.004

4.50 10.077 2.306 5.00 11.097 2.625

5.50 12.099 2.957

6.00 13.082 3.303

6.50 14.047 3.664

7. GO 14.993 4.042

7.50 15.921 4.436

6.00 16.832 4.848

8.50 17.725 5.278

9.00 18.600 5.727

9.50 19.458 6.196 10.00 20.300 6.686 10.50 21.124 7.197 11.00 21.932 7.731 11.50 22.724 8.289 12.00 23.499 8.871 12.50 24.259 9.479

13.00 25.003 10.114

13.50 25.731 10.778

14.00 26.444 11.471

14.50 27.143 12.194

175. UO 49.304 174.00 47.005 173.00 44.788

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.50 1.160 0.223 0.50 1.119 0.232 0.50 1.079 0.242

1.00 2.299 0.455 1.00 2.217 0.475 1.00 2.139 0.496

1.50 3.418 0.699 1.50 3.296 0.729 1.50 3.179 0.762

2.00 4.516 0.954 2.00 4.356 0.996 2.00 4.199 1.040

2.50 5.595 1.220 2.50 5.396 1.274 2.50 5.201 1.331

3.00 6.655 1.498 3.00 6.416 1.565 3.00 6.184 1.636

3.50 7.695 1.789 3.50 7.418 1.869 3.50 7.149 1.954

4.00 8.715 2.093 4.00 8.401 2.168 4.00 8.095 2.288

4.50 9.717 2.411 4.50 9.366 2.521 4.50 9.023 2.637

5.00 10.700 2.743 5.00 10.312 2.869 5.00 9.934 3.002

5.50 11.665 3.091 5.50 11.240 3.233 5.50 10.827 3.384

6.00 12.611 3.453 6.00 12.151 3.613 6.00 11.702 3.783

6.50 13.539 3.832 6.50 13.044 4.011 6.50 12.560 4.201

7.00 14.450 4.229 7.00 13.919 4.427 7.00 13.402 4.637

7.50 15.343 4.642 7.50 14.777 4.861 7.50 14.226 5.094

8.00 16.216 5.075 8.00 15.619 5.316 8.00 15.034 5.572

8.50 17.076 5.527 8.50 16.443 5.791 8.5G 15.826 6.072

9.00 17.918 5.999 9.00 17.251 6.287 9.00 16.601 6.594

9.50 18.742 6.492 9.50 18.043 6.806 9.50 17.361 7.140 10.00 19.550 7.007 10.00 18.818 7.348 10. GO 18.105 7.712

10.50 20.342 7.545 10.50 19.578 7.915 10.50 16.833 8.309 11.00 21.117 8.107 11.00 20.322 8.508 11.00 19.546 8.934 11.50 21.877 8.695 11.50 21.050 9.127 11.50 20.245 9.588 12.00 22.621 9.309 12.00 21.763 9.775 12.00 20.928 10.271 12.50 23.349 9.950 12.50 22.462 10.452 12.50 21.597 10.986

13.00 24.062 10.620 13.00 23.145 11.159 13.00 22.251 11.734

13.50 24.761 11.320 13.50 23.814 11.899 13.50 22.891 12.516

14.00 25.444 12.052 14.00 24.468 12.672 14.00 23.517 13.334

14.50 26.113 12.817 14.50 25.108 13.481 14.50 24.129 14.190

PAGE D8
B FACTORS FOR FLUORINE

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) <PSIA) (P.) (PSIA)

172.00 1+2.649 171.00 40.589 170.00 38.60 4

DTV OPV 8 DTV DPV B DTV DPV S

(R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.40 0.833 0.202 0.40 0.803 0.211 0.40 0.773 0.220

0.80 1.654 0.411 0.60 1.594 0.429 0.80 1.535 0.449

1.20 2.1*63 0.628 1.20 2.37 3 0.656 1.20 2.285 0.687

1.60 3.260 0.853 1.60 3.141 0.892 1.60 3.023 0.934

2.00 4.045 1.0 87 2.00 3.996 1.137 2.00 3.750 1.190

2.40 4.818 1.330 2.40 4.64 1.391 2.40 4.466 1.456

2. SO 5.580 1.581 2.80 5.373 1.655 2.80 5.170 1.732

. 3.20 6.330 1.842 3.20 6.094 1.928 3.20 5.863 2.019

3.60 7.068 2.113 3.60 6.804 2.212 3.60 6.546 2.317

4.00 7.795 2.394 4.00 7.503 2.507 4.00 7.218 2.627

4.40 8.511 2.685 4.40 8.191 2.813 4.40 7.879 2.948

4.80 9.215 2.988 4.80 8.668 3.130 4.80 8.529 3.281

5.20 9.906 3.301 5.20 9.534 3.459 5.20 9.169 3.627

5.60 10.591 3.626 5.60 10.190 3.600 5.60 9.798 3.986

6.00 11.263 3.963 6.00 10.835 4.155 6.00 10.417 4.358

6.40 11.924 4.313 6.40 11.470 4.522 6.40 11.026 4.745

6.80 12.574 4.675 6.80 12.094 4.903 6.80 11.625 5.146

7.20 13.214 5.051 7.20 12.708 5.299 7.20 12.214 5.563

7.60 13.843 5.440 7.60 13.312 5.709 7.60 12.793 5.995

8.00 14.462 5.844 8.00 13.906 6.134 8.00 13.362 6.443

8.40 15.071 6.263 8.40 14.490 6.576 8.40 13.922 6.909

8.80 15.670 6.698 8.80 15.064 7.033 8.80 14.472 7.391

9.20 16.259 7.148 9.20 15.629 7.508 9.20 15.013 7.893

9.60 16.838 7.615 9.6Q 16.183 8.001 9.60 15.545 8.413 10.00 17.407 8.099 10.00 16.729 8.512 10.00 16.067 8.952

10. 40 17.967 6.601 10.40 17.265 9.042 10.40 16.580 9.512 10.80 18.517 9.122 10.80 17.792 9.592 10.80 17.084 10.093

11.20 19.058 9.661 11.20 18.310 10.162 11.20 17.579 10.697

11.60 19.590 10.221 11.60 18.818 10.754 11.60 16.066 11.322

169.00 36.693 166.00 34.854 167.00 33.086

0.00 0.000 0. 000 0.00 0.000 0.000 0.00 0.000 0.000

0.40 0.744 0.230 0.40 0.716 0.241 0.40 0.688 0.253

0.80 1.477 0.470 0.80 1.42 0.492 0.80 1.365 0.516

1.20 2.198 0.719 1.20 2.113 0.753 1.20 2.031 0.789

1.60 2.908 0.977 1.60 2.796 1.024 1.60 2.687 1.074

2.00 3.607 1.246 2.00 3.468 1.306 2.00 3.332 1.369

2.40 4.295 1.525 2.40 4.129 1.599 2.40 3.967 1.677

2.80 4.972 1.815 2.80 4.779 1.903 2.80 4.591 1.996

3.20 5.638 2.116 3.20 5.419 2.219 3.20 5.205 2.329

3.60 6.294 2.429 3.60 6.04 6 2.548 3.60 5.809 2.674

4.00 6.939 2.754 4.00 6.667 2.889 4.00 6.403 3.033

4.40 7.574 3.091 4.40 7.276 3.244 4.40 6.987 3.407

4.80 8.198 3.441 4.80 7.875 3.612 4.80 7.561 3.795

5.20 8.812 3.805 5.20 8.464 3.995 5.20 8.126 4.198

5.60 9.416 4.183 5.60 9.043 4.393 5.60 8.680 4.617

6.00 10.010 4.575 6.00 9.612 4.806 6.00 9.226 5.052

6.40 10.594 4.982 6.40 10.172 5.235 6.40 9.762 5.505

6.60 11.168 5.405 6.80 10.722 5.681 6.80 10.289 5.975

7.20 11.733 5.844 7.20 11.263 6.144 7.20 10.807 6.464

7.60 12.287 6.299 7.60 11.795 6.624 7.60 11.315 6.971

6.00 12.833 6.772 8.00 12.317 7.124 8.00 11.815 7.499

8.40 13.369 7.264 8.40 12.830 7.642 8.40 12.306 8.047

8.80 13.896 7.773 8.80 13.334 8.181 8.80 12.788 8.617

9.20 14.414 8.303 9.20 13.829 8.740 9.20 13.261 9.208

9.60 14.922 8.852 9.60 14.316 9.321 9.60 13.726 9.823 10.00 15.422 9.423 10.00 14.793 9.925 10.00 14.182 10.462

10.40 15.913 10.015 10.40 15.263 10.552 10.40 14.631 11.126

10.80 16.395 10.630 10.80 15.723 11.203 10.80 15.071 11.816

11.20 16.866 11.268 11.20 16.176 11.879 11.20 15.502 12.533

11.60 17.333 11.931 11.60 16.620 12.581 11.60 15.926 13.278

PAGE D9
B FACTORS FOR FLUORINE

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA) 166.0 31.386 165.00 29.754 164.00 28.16 7 DTV DPV B DTV DPV B DTV DPV B <R> (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.40 0.661 0.265 0.40 0.635 0.278 0.40 0.609 0.292

0.60 1.311 0.541 0.80 1.259 0.567 0.80 1.208 0.596

1.20 1.951 0.628 1.20 1.87 3 0.669 1.20 1.797 0.912

1.60 2.580 1.126 1.60 2.477 1.182 1.60 2.376 1.242

2.00 3.199 1.437 2.00 3.071 1.509 2.00 2.945 1.585

2.40 3.806 1.760 2.40 3.655 1.846 2.40 3.505 1.943

2.80 4.407 2.096 2.80 4.229 2.202 2.80 4.055 2.315

3.20 4.996 2.445 3.20 4.794 2.570 3.20 4.596 2.702

3.60 5.575 2.809 3.60 5.348 2.952 3.60 5.128 3.106

4.00 6.144 3.187 4.00 5.894 3.351 4.00 5.650 3.525

4.40 6.704 3.580 4.40 6.430 3.765 4.40 6.163 3.962

4.80 7.254 3.989 4.80 6.957 4.196 4.80 6.667 4.417

5.20 7.795 4.414 5.20 7.475 4.644 5.20 7.162 4.890

5.60 8.327 4.856 5.60 7.983 5.111 5.60 7.649 5.383

6.00 8.649 5.315 6.00 8.483 5.596 6.00 8.126 5.895

6.40 9.362 5.793 6.40 8.974 6.100 6.40 8.596 6.429

6.80 9.666 6.289 6.80 9.456 6.625 6.80 9.056 6.984

7.20 10.361 6.805 7.20 9.929 7.171 7.20 9.509 7.561

7.60 10.846 7.342 7.60 10.394 7.738 7.60 9.953 8.162

8.00 11.325 7.900 8.00 10.650 8.328 8.00 10.386 8.787

8.40 11.795 8.480 8.40 11.299 8.942 8.40 10.816 9.438

8.80 12.255 9.082 8.80 11.739 9.581 6.80 11.236 10.115

9.20 12.708 9.709 9.20 12.17 10.245 9.20 11.646 10.619

9.60 13.152 10.360 9.60 12.594 10.935 9.60 12.052 11.552

10.00 13.587 11.037 10.00 13.010 11.654 10.00 12.448 12.314

10.40 14.015 11.741 10.40 13.418 12.401 10.40 12.837 13.108

10.80 14.435 12.473 10.80 13.818 13.178 10.80 13.219 13.933 11.20 14.847 13.234 11.20 14.211 13.986 11.20 13.592 14.792

11.60 15.251 14.025 11.60 14.596 14.626 11.60 13.959 15.686

163.00 26.683 162.00 25.242 161.00 23.860

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.40 0.584 0.306 0.30 0.421 0.240 0.30 0.403 0.253

0.60 1.158 0.626 0.60 0.636 0.488 0.60 0.801 0.514

1.20 1.723 0.959 0.90 1.246 0.744 0.90 1.193 0.783

1.60 2.277 1.305 1.20 1.651 1.008 1.20 1.581 1.061

2.00 2.823 1.667 1.50 2.051 1.281 1.50 1.963 1.348

2.40 3.359 2.043 1.80 2.445 1.562 1.80 2.340 1.644

2.80 3.886 2.435 2.10 2.834 1.852 2.10 2.712 1.950

3.20 4.404 2.844 2.40 3.218 2.151 2.40 3.080 2.265

3.60 4.912 3.269 2.70 3.597 2.459 2.70 3.442 2.591

4.00 5.412 3.712 3.00 3.971 2.777 3.00 3.799 2.926

4.40 5.903 4.173 3.30 4.340 3.105 3.30 4.152 3.273

4.80 6.385 4.653 3.60 4.704 3.444 3.60 4.500 3.630

5.20 6.856 5.153 3.90 5.063 3.793 3.90 4.843 3.999

5.60 7.323 5.674 4.20 5.417 4.152 4.20 5.182 4.379

6.00 7.779 6.216 4.50 5.767 4.524 4.50 5.515 4.772

6.40 6.228 6.781 4.80 6.111 4.906 4.80 5.845 5.177

6.80 8.668 7.368 5.10 6.451 5.301 5.10 6.169 5.594

7.20 9.099 7.980 5.40 6.787 5.708 5.40 6.489 6.025

7.60 9.523 8.616 5.70 7.117 6.127 5.70 6.805 6.469

8.00 9.939 9.279 6.00 7.443 6.560 6.00 7.116 6.927

8.40 10.347 9.969 6.30 7.765 7.005 6.30 7.423 7.400

8.80 10.747 10.687 6.60 8.062 7.465 6.60 7.725 7.887

9.20 11.140 11.435 6.90 8.395 7.939 6.90 8.023 8.390

9.60 11.525 12.213 7.20 8.703 6.426 7.20 8.317 8.909 10.00 11.902 13.024 7.50 9.007 6.932 7.50 6.606 9.444 10.40 12.273 13.867 7.80 9.306 9.451 7.80 8.892 9.995 10.80 12.636 14.745 8.10 9.601 9.987 6.10 9.173 10.564

11.20 12.992 15.659 8.40 9.892 10.539 8.40 9.450 11.151

11.60 13.341 16.611 8.70 10.179 11.108 8.70 9.723 11.756

PAGE D10
B FACTORS FOR FLUORINE

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA) 0.00 22.537 159.00 21.271 158.00 20.061

OTV DPV B DTV DPV B DTV DPV B

(R) (PSIA) (R) (PSIA) [R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.30 0.386 0.266 0.30 0.369 0.280 0.30 0.353 0.295

0.60 0.766 0.5i»l 0.60 0.733 0.570 0.60 0.701 0.601

0.90 1.11*2 0.825 0.90 1.092 0.869 0.90 1.044 0.917

1.20 1.512 1.118 1.20 l.i«i*6 1.178 1.20 1.383 1.243

1.50 1.878 1.1*20 1.50 1.796 1.497 1.50 1.716 1.580

1.80 2.239 1.733 1.80 2.140 1.827 1.80 2.046 1.928

2.10 2.595 2.055 2.10 2.1*80 2.167 2.10 2.370 2.268

2.i»0 2.91*6 2.388 2.1*0 2.816 2.519 2.40 2.690 2.660

2.70 3.292 2.732 2.70 3.146 2.682 2.70 3.006 3.044

3.00 3.633 3.086 3.00 3.1*72 3.257 3.00 3.317 3.441

3.30 3.970 3.1*52 3.30 3.791* 3.644 3.30 3.624 3.850

3.60 i*.303 3.830 3.60 i».lll 4.044 3.60 3.926 4.274

3.90 4.630 4.220 3.90 i*.i*2i* 4.457 3.90 4.224 4.711

4.20 4.953 4.623 4.20 4.732 4.883 4.20 4.518 5.163

4.50 5.272 5.038 l*.50 5.036 5.323 4.50 4.807 5.629

4.80 5.586 5.1*66 i*.80 5.335 5.777 4.80 5.093 6.111

5.10 5.896 5.909 5.10 5.-630 6.246 5.10 5.374 6.608

5.40 6.201 6.365 5.1*0 5.921 6.730 5.40 5.651 7.122

5.70 6.502 6.836 5.70 6.208 7.230 5.70 5.924 7.653

6.00 6.798 7.322 6.00 6.490 7.745 6.00 6.193 8.200

6.30 7.091 7.823 6.30 6.769 8.278 6.30 6.458 8.766

6.60 7.379 8.31*1 6.60 7.043 8.827 6.60 6.719 9.350 6.90 7.663 8.871* 6.90 7.313 9.394 6.90 6.976 9.953

7.20 7.91*2 9.1*25 7.20 7.580 9.980 7.20 7.229 10.576

7.50 8.218 9.993 7.50 7.842 10.584 7.50 7.478 11.219

7.80 8.490 10.579 7.80 8.100 11.208 7.80 7.724 11.884

8.10 8.757 11.181* 8.10 8.355 11.851 8.10 7.966 12.569

8.1*0 9.021 11.808 8.1*0 8.606 12.516 8.40 8.204 13.277

8.70 9.281 12.452 8.70 8.852 13.201 8.70 8.436 14.006

157. OC 16.904 156.00 17.799 155.00 16.744

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.30 0.337 0.312 0.30 0.322 0.329 0.30 0.307 0.348

0.60 0.670 0.634 0.60 0.639 0.670 0.60 0.609 0.708

0.90 0.997 0.967 0.90 0.952 1.022 0.90 U.907 1.060

1.20 1.320 1.312 1.20 1.26 1.386 1.20 1.201 1.466

1.50 1.639 1.666 1.50 1.564 1.763 1.50 1.490 1.664

1.80 1.953 2.036 1.80 1.863 2.152 1.80 1.776 2.277

2.10 2.263 2.417 2.10 2.158 2.555 2.10 2.057 2.704

2.40 2.568 2.810 2.40 2.449 2.972 2.40 2.334 3.146

2.70 2.869 3.217 2.70 2.736 3.403 2.70 2.607 3.602

3.00 3.165 3.637 3.00 3.018 3.848 3.00 2.876 4.075

3.30 3.458 4.071 3.30 3.29 7 4.309 3.30 3.141 4.563

3.60 3.746 4.520 3.60 3.571 4.784 3.60 3.402 5.069

3.90 4.030 4.984 3.90 3.641 5.277 3.90 3.659 5.592

4.20 4.309 5.463 4.20 4.108 5.785 4.20 3.912 6.132

4.50 4.585 5.958 4.50 4.370 6.311 4.50 4.161 6.691

4.80 4.857 6.469 4.80 4.628 6.654 4.80 4.407 7.269

5.10 5.124 6.997 5.10 4.883 7.416 5.10 4.649 7.867

5.40 5.386 7.543 5.40 5.134 7.996 5.40 4.887 8.484

5.70 5.648 8.107 5.70 5.380 8.596 5.70 5.121 9.123 6.00 5.903 8.690 6.00 5.623 9.216 6.00 5.352 9.784

6.30 6.155 9.291 6.30 5.863 9.857 6.30 5.579 10.467

6.60 6.404 9.913 6.60 6.098 10.519 6.60 5.803 11.173

6.90 6.648 10.555 6.90 6.33 11.204 6.90 6.023 11.903

7.20 6.888 11.219 7.20 6.559 11.911 7.20 6.240 12.658

7.50 7.125 11.904 7.50 6.784 12.642 7.50 6.453 13.438

7.60 7.359 12.612 7.80 7.005 13.397 7.80 6.663 14.245

6.10 7.588 13.343 8.10 7.223 14.178 8.10 6.869 15.079

8.40 7.814 14.096 8.40 7.437 14.984 8.40 7.072 15.941

6.70 8.037 14.876 6.70 7.648 15.818 8.70 7.272 16.633

PAGE Dll
B FACTORS FOR FLUORINt

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

15i*. 00 15.739 153.00 14.781 152.00 13.86 8 DTV OPV B DTV DPV B DTV OPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.30 0.293 0.368 0.20 0.18 6 0.258 0.20 0.177 0.273

0.60 0.581 0.749 0.40 0.371 0.522 0.40 0.352 0.553

0.90 0.865 1.143 0.60 0.553 0.793 0.60 0.526 0.640

1.20 1.144 1.551 0.80 0.734 1.069 0.80 0.697 1.133

1.50 1.420 1.974 1.00 0.913 1.353 1.00 0.867 1.434

1.60 1.692 2.411 1.20 1.09 1.643 1.20 1.036 1.742

2.10 1.959 2.864 1.40 1.265 1.940 1.40 1.203 2.057

2.1*0 2.223 3.332 1.60 1.439 2.244 1.60 1.368 2.380

2.70 2.483 3.817 1.80 1.610 2.555 1.60 1.531 2.710

3.00 2.738 4.319 2.00 1.780 2.873 2.00 1.692 3.046

3.30 2.990 4.838 2.20 1.949 3.199 2.20 1.852 3.395

3.60 3.239 5.375 2.40 2.116 3.533 2.40 2.011 3.749

3.90 3.483 5.931 2.60 2.281 3.874 2.60 2.167 4.112

4.20 3.723 6.506 2.80 2.444 4.224 2.80 2.323 4.484

if. 50 3.960 7.100 3.00 2.605 4.581 3.00 2.476 4.864

4.80 4.194 7.716 3.20 2.765 4.947 3.20 2.628 5.253

5.10 4.423 8.352 3.40 2.924 5.321 3.40 2.778 5.652

5.40 4.649 9.011 3.60 3.060 5.705 3.60 2.927 6.060

5.70 4.872 9.692 3.60 3.236 6.097 3.80 3.074 6.478

6.00 5.091 10.396 4.00 3.389 6.498 4.00 3.220 6.905

6.30 5.306 11.125 4.20 3.541 6.908 4.20 3.364 7.342

6.60 5.518 11.879 4.40 3.691 7.328 4.40 3.506 7.790

6.90 5.727 12.658 4.60 3.840 7.758 4.60 3.647 8.249

7.20 5.932 13.465 4.80 3.987 8.197 4.80 3.787 8.718 7.50 6.134 14.298 5.00 4.133 8.647 5.00 3.925 9.198 7.80 6.333 15.161 5.20 4.277 9.107 5.20 4.061 9.689

8.10 6.528 16.053 5.40 4.419 9.578 5.40 4.196 10.192

8.40 6.721 16.976 5.60 4.56 10.060 5.60 4.330 10.706

8.70 6.910 17.930 5.80 4.700 10.553 5.80 4.462 11.233

151.00 13.001 150.00 12.176 149.00 11.39 2

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.20 0.169 0.290 0.20 0.160 0.307 0.20 0.152 0.327

0.40 0.336 0.587 0.40 0.319 0.623 0.40 0.302 0.661

0.60 0.501 0.891 0.60 0.475 0.945 0.60 0.451 1.004

0.80 0.664 1.202 0.80 0.631 1.276 0.80 0.598 1.356

1.00 0.825 1.521 1.00 0.784 1.615 1.00 0.744 1.717

1.20 0.985 1.848 1.20 0.936 1.963 1.20 0.888 2.087

1.40 1.144 2.183 1.40 1.086 2.319 1.40 1.030 2.465

1.60 1.300 2.526 1.60 1.235 2.682 1.60 1.171 2.854

1.80 1.456 2.877 1.60 1.382 3.057 1.60 1.311 3.252

2.00 1.609 3.237 2.00 1.528 3.440 2.00 1.449 3.659

2.20 1.761 3.605 2.20 1.672 3.832 2.20 1.585 4.077

2.40 1.911 3.982 2.40 1.814 4.234 2.40 1.720 4.506

2.60 2.060 4.369 2.60 1.955 4.645 2.60 1.854 4.945

2.80 2.207 4.764 2.80 2.095 5.067 2.80 1.986 5.394

3.00 2.353 5.169 3.00 2.233 5.499 3.00 2.117 5.855

3.20 2.497 5.584 3.20 2.369 5.941 3.20 2.246 6.327

3.40 2.639 6.009 3.40 2.504 6.394 3.40 2.374 6.811

3.60 2.760 6.444 3.60 2.638 6.858 3.60 2.500 7.307

3.80 2.920 6.889 3.80 2.770 7.334 3.60 2.625 7.815

4.00 3.058 7.345 4.00 2.901 7.820 4.00 2.749 8.335

4.20 3.194 7.812 4.20 3.030 8.319 4.20 2.871 8.668

4.40 3.329 6.290 4.40 3.158 8.829 4.40 2.992 9.414

4.60 3.463 8.779 4.60 3.264 9.352 4.60 3.111 9.973

4.80 3.595 9.280 4.80 3.409 9.888 4.80 3.229 10.547

5.00 3.726 9.793 5.00 3.533 10.436 5.00 3.346 11.134

5.20 3.855 10.318 5.20 3.655 10.998 5.20 3.462 11.735

5.40 3.983 10.655 5.40 3.776 11.573 5.40 3.576 12.351

5.60 4.109 11.405 5.60 3.895 12.162 5.60 3.689 12.982

5.80 4.234 11.968 5.80 4.013 12.765 5.80 3.601 13.629

PAGE D12
B FACTORS FOR FLUORINE

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (ft) (PSIA) (R) (PSIA) 148.00 10.648 147.00 9.943 146.00 9.275

DTV OPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.20 0.144 0.347 0.20 0.136 0.369 0.20 0.129 0.393

O.ttO 0.286 0.703 0.40 0.271 0.748 0.40 0.257 0.797

0.60 0.427 1.068 0.60 0.40 5 1.137 0.60 0.383 1.212

0.60 0.567 1.443 0.80 0.537 1.536 0.80 0.508 1.637

1.00 0.705 1. 827 1.00 0.668 1.945 1.00 0.632 2.073

1.20 0.841 2.220 1.20 0.797 2.365 1.20 0.754 2.521

1.40 0.976 2.624 1.40 0.925 2.795 1.40 0.875 2.961

1.60 1.110 3.036 1.60 1.051 3.237 1.60 0.994 3.452

1.80 1.242 3.462 1.80 1.176 3.689 1.80 1.112 3.936

2.00 1.373 3.897 2.00 1.300 4.154 2.00 1.229 4.432

2.20 1.502 4.343 2.20 1.422 4.630 2.20 1.345 4.941

2.40 1.630 4.800 2.40 1.543 5.118 2.40 1.459 5.463

2.60 1.756 5.268 2.60 1.662 5.619 2.60 1.572 5.998

2.80 1.881 5.748 2.80 1.780 6.132 2.80 1.684 6.548

3.00 2.005 6.241 3.00 1.897 6.658 3.00 1.794 7.111

3.20 2.127 6.745 3.20 2.013 7.198 3.20 1.903 7.689

3.40 2.248 7.262 3.40 2.127 7.751 3.40 2.011 6.282

3.60 2.367 7.792 3.60 2.240 8.319 3.60 2.117 8.690

3.80 2.485 8.336 3.80 2.352 8.901 3.80 2.223 9.514

4.00 2.602 8.892 4.00 2.462 9.497 4.00 2.327 10.153

4.20 2.718 9.463 4.20 2.571 10.108 4.20 2.429 10.809

4.40 2.832 10.048 4.40 2.679 10.735 4.40 2.531 11.482

4.60 2.945 10.647 4.60 2.785 11.378 4.60 2.632 12.172

4.80 3.057 11.261 4.80 2.891 12.036 4.80 2.731 12.879

5.00 3.167 11.890 5.00 2.995 12.712 5.00 2.829 13.604

5.20 3.276 12.535 5.20 3.097 13.404 5.20 2.926 14.348

5.40 3.384 13.196 5.40 3.199 14.113 5.40 3.022 15.111

5.60 3.490 13.873 5.60 3.300 14.840 5.60 3.116 15.893

5.80 3.596 14.567 5.80 3.399 15.586 5.80 3.210 16.695

145.00 8.643 144.00 8.046 143.00 7.481

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 0.20 0.122 0.42 0.20 0.116 0.448 0.20 0.109 0.478

0.40 0.243 0.650 0.40 0.230 0.908 0.40 0.217 0.970

0.60 0.362 1.292 0.60 0.343 1.360 0.60 0.323 1.475

0.80 0.480 1.746 0.80 0.45 5 1.865 0.80 0.429 1.994

1.00 0.597 2.212 1.00 0.565 2.363 1.00 0.533 2.527

1.20 0.713 2.691 1.20 0.674 2.875 1.20 0.635 3.074

1.40 0.827 3.182 1.40 0.782 3.400 1.40 0.737 3.637

1.60 0.940 3.686 1.60 0.888 3.939 1.60 0.838 4.215

1.60 1.052 4.203 1.80 0.994 4.493 1.80 0.937 4.808

2.00 1.162 4.734 2.00 1.098 5.061 2.00 1.035 5.418

2.20 1.271 5.278 2.20 1.200 5.645 2.20 1.132 6.044

2.40 1.379 5.837 2.40 1.302 6.244 2.40 1.228 6.686

2.60 1.485 6.411 2.60 1.403 6.859 2.60 1.322 7.347

2.80 1.591 6.999 2.80 1.502 7.490 2.80 1.416 8.024

3.00 1.695 7.603 3.00 1.600 8.136 3.00 1.508 8.721

3.20 1.797 8.223 3.20 1.697 8.803 3.20 1.599 9.435

3.40 1.899 8.859 3.40 1.793 9.486 3.40 1.689 10.169

3.60 2.000 9.511 3.60 1.887 10.187 3.60 1.778 10.923

3.80 2.099 10. 181 3.80 1.981 10.906 3.80 1.866 11.697

4.00 2.197 10.867 4.00 2.073 11.644 4.00 1.953 12.491

4.20 2.294 11.572 4.20 2.164 12.402 4.20 2.039 13.306

4.40 2.390 12.294 4.40 2.254 13.179 4.40 2.123 14.144

4.60 2.484 13.036 4.60 2.343 13.977 4.60 2.207 15.003

4.80 2.578 13.796 4.80 2.431 14.795 4.80 2.2 89 15.886

5.00 2.670 14.576 5.00 2.518 15.636 5.00 2.371 16.791

5.20 2.761 15.377 5.20 2.604 16.498 5.20 2.452 17.721

5.40 2.851 16.198 5.40 2.688 17.382 5.40 2.531 18.676

5.60 2.940 17.040 5.60 2.772 18.290 5.60 2.610 19.656

5.80 3.028 17.903 5.80 2.854 19.222 5.60 2.687 20.662

PAGE D13
B FACTORS FOR FLUORINE

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

L i*2. 00 6. 9^.8 11.1.00 6.1.1.6 11*0.00 5.973

DTV DPV B DTV DPV B DTV DPV B

(R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.20 0.102 0.512 0.20 0.097 0.51.8 0.20 0.091 0.587

0.1*0 0.201* 1.038 0.1.0 0.193 1.111 0.1*0 0.181 1.191

0.60 0.305 1.578 0.60 0.287 1.691 0.60 0.270 1.813

0.80 O.'.O'. 2. 13i* 0.60 0.361 2.286 0.80 0.358 2.1*52 1.00 0.502 2.705 1.00 0.1.73 2.899 1.00 0.1.1*5 3.110

1.20 0.599 3.292 1.20 0.561* 3.528 1.20 0.531 3.786

1.1*0 0.695 3.895 1.1.0 0.651* i*.176 1.1*0 0.615 1..1.62 1.60 0.789 it. 51k 1.60 0.71*3 1..81.1 1.60 0.699 5.197

1.80 0.883 5.151 1.80 0.831 5.525 1.80 0.781 5.933

2.00 0.975 5.805 2.00 0.918 6.22 6 2.00 0.863 6.690

2.20 1.066 6. W8 2.20 l.OOi. 6.951 2.20 0.91*1. 7.1.67

2.1.0 1.156 7.168 2.1.0 1.088 7.691. 2.1.0 1.023 8.267

2.60 1.2(*5 7.878 2.60 1.172 8.1.57 2.60 1.102 9.090

2.80 1.333 8.606 2.60 1.251. 9.21.1 2.80 1.179 9.935

3.00 1.1.20 9.355 3.00 1.336 10.01.6 3.00 1.256 10.801. 3.20 1.506 10.121* 3.20 1.1*17 10.676 3.20 1.331 11.698

3.1.0 1.590 10.91«» 3.1.0 1.1*96 11.727 3.1.0 1.1*06 12.617

3.60 1.671. 11.726 3.60 1.575 12.602 3.60 1.1*79 13.561

3.80 1.756 12.559 3.80 1.652 13.501 3.80 1.552 !•*. 531

(..00 1.838 13.415 (..00 1.729 lij.i.25 (..00 1.621. 15.529

(*.20 1.919 It. 29*. (*.20 1.801. 15.373 (..20 1.691. 16.555

i».i*0 1.998 15.197 i*.i.O 1.879 16.31.8 1..1.0 1.761* 17.609

(*.60 2.077 16.121. 1..60 1.952 17.350 1..6O 1.633 18.692

(..80 2.15*. 17.076 1..80 2.025 18.379 (..80 1.901 19.805

5.00 2.231 18.051. 5.00 2.097 19.1.36 5.00 1.968 20.950

5.20 2.306 19.059 5.20 2.167 20.522 5.20 2.031. 22.126

5.1.0 2.381 20.090 5.1.0 2.237 21.638 5.i*0 2.100 23.335

5.60 2. (.54 21.11.9 5.60 2.306 22.781. 5.60 2.161* 2(..577 5.80 2.527 22.236 5.80 2.371. 23.961 5.80 2.228 25.853

139.00 5.528

0.00 0.000 0.000

0.10 0.01.3 0.313

0.20 0.086 0.630

0.30 0.126 0.952

0.1*0 0.170 1.279

0.50 0.212 1.610

0.60 0.25(» 1.91.6 0.70 0.295 2.287

0.80 0.336 2.633

0.90 0.377 2.981. 1.00 0.i*18 3.31.0 1.10 0.1*58 3.702

1.20 0.i*99 1..066 1.30 0.538 1..1.39 1.1.0 0.578 1..616 1.50 0.617 5.199

1.60 0.657 5.586

1.70 0.695 5.980

1.80 0.731. 6.379

1.90 0.772 6.783

2.00 0.811 7.191* 2.10 0.81*6 7.610

2.20 0.886 8.032

2.30 0.923 8.1*60

2.1*0 0.961 8.891. 2.50 0.998 9.335

2.60 1.031. 9.782

2.70 1.071 10.235

2.60 1.107 10.691. 2.90 l.H*3 11.160

138.00 5.110

0.00 0.000 0.000

0.10 0.01.0 0.336

0.20 0.081 0.677

0.30 0.12 1.023

0.1.0 0.160 1.37(. 0.50 0.199 1.731

0.60 0.239 2.092

0.70 0.277 2. (.59 0.80 0.316 2.831

0.90 0.351* 3.209

1.00 0.393 3.592

1.10 0.1.30 3.981

1.20 0.1*68 1..376 1.30 0.50 5 (..776

1.1*0 0.51.3 5.182

1.50 0.580 5.59(» 1.60 0.616 6.012

1.70 0.653 6. (.36 1.80 0.689 6.866

1.90 0.725 7.303

2.00 0.761 7.71.5 2.10 0.796 6.191* 2.20 0.831 8.650

2.30 0.666 9.112

2.i*0 0.901 9.581

2.50 0.936 10.057

2.60 0.970 10.539

2.70 l.OOi. 11.029

2.80 1.038 11.525

2.90 1.072 12.029

137.00 1..717

0.00 0.000 0.000

0.10 0.037 0.361

0.20 0.075 0.728

0.30 0.112 1.101

0.1.0 0.150 l.(*79 0.50 0.187 1.862

0.60 0.223 2.252

0.70 0.260 2.61*7 0.80 0.296 3.C(.8 0.90 0.332 3.1.55 1.00 0.366 3.668

1.10 0.1*03 (..287 1.20 0.1*38 (..712 1.30 0.1.73 5.1(.(. 1,1*0 0.508 5.582

1.50 0.51*3 6.027

1.60 0.577 6. (.78 1.70 0.611 6.936

1.80 0.61.5 7. (.00 1.90 0.679 7.871

2.00 0.712 8.350 2.10 0,71.5 8.835

2.20 0.778 9.327

2.30 0.811 9.827

2.i*0 0.81.1* 10.331* 2.50 0.876 10.8(.8 2.60 0.908 11.370

2.70 0.91.0 11.900

2.80 0.972 12. (.37 2.90 1.003 12.982

PAGE Dl(»
B FACTORS FOR FLUORINE

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

136.00 4. 349 135.00 4.005 134.00 3.683

DTV OPV B DTV OPV B DTV DPV B

(R> (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.10 0.035 0.389 0.10 0.033 0.420 0.10 0.032 0.453

0.20 0.070 0.784 0.20 0.066 0.846 0.20 0.062 0.913

0.30 0.105 1.186 0.30 0.099 1.279 0.30 0.093 1.381

0.40 0.140 1.593 0.40 0.132 1.718 0.40 0.123 1.856

0.50 0.175 2.007 0.50 0.164 2.165 0.50 0.154 2.338

0.60 0.209 2.426 0.60 0.196 2.618 0.60 0.184 2.828

0.70 0.243 2.852 0.70 0.228 3.078 0.70 0.213 3.326

0.60 0.277 3.285 0.80 0.260 3.545 0.60 0.243 3.831

0.90 0.311 3.724 0.90 0.291 4.020 0.90 0.272 4.344

1.00 0.344 4.170 1.00 0.322 4.501 1.00 0.302 4.865

1.10 0.377 4.622 1.10 0.354 4.990 1.10 0.331 5.395

1.20 0.410 5.082 1.20 0.384 5.487 1.20 0.359 5.932

1.30 0.443 5.548 1.30 0.415 5.991 1.3C 0.388 6.478

l.<*0 0.476 6.021 1.40 0.445 6.503 1.40 0.416 7.033

1.50 0.508 6.501 1.50 0.47 6 7.022 1.50 0.445 7.595

1.60 0.540 6.989 1.60 0.506 7.550 1.60 0.473 8.167

1.70 0.572 7.484 1.70 0.535 8.086 1.70 0.500 8.748

1.80 0.604 7.986 1.80 0.565 8.629 1.60 0.528 9.337

1.90 0.635 8.496 1.90 0.594 9.181 1.90 0.555 9.935

2.00 0.666 9.013 2.00 0.624 9.741 2.00 0.583 10.543

2.10 0.698 9.538 2.10 0.65 3 10.310 2.10 0.610 11.160

2.20 0.728 10.071 2.20 0.661 10.888 2.20 0.636 11.787

2.30 0.759 10.611 2.30 0.710 11.474 2.30 0.663 12.423

2.40 0.789 11.160 2.40 0.738 12.069 2.40 0.689 13.069

2.50 0.820 11.717 2.50 0.767 12.673 2.50 0.716 13.725

2.60 0.850 12.282 2.60 0.795 13.286 2.60 0.742 14.391

2.70 0.879 12.856 2.70 0.822 13.908 2.70 0.768 15.067

2.80 0.909 13.438 2.80 0.850 14.540 2.80 0.793 15.753

2.90 0.938 14.029 2.90 0.877 15.181 2.90 0.819 16.450

133.00 3.361 132.00 3.100 131.00 2.83 9

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.10 0.029 0.490 0.10 0.027 0.530 0.10 0.025 0.575

0.20 0.057 0.968 0.20 0.053 1.069 0.20 0.050 1.159

0.30 0.086 1.493 0.30 0.080 1.617 0.30 0.075 1.753

0.40 0.114 2.007 0.40 0.106 2.174 0.40 0.100 2.357

0.50 0.143 2.529 0.50 0.133 2.739 0.50 0.124 2.971

0.60 0.171 3.059 0.60 0.159 3.314 0.60 0.149 3.595

0.70 0.198 3.598 0.70 0.185 3.898 0.70 0.173 4.229

0.60 0.226 4.145 0.80 0.210 4.492 0.80 0.197 4.874

0.90 0.253 4.701 0.90 0.236 5.095 0.90 0.220 5.529

1.00 0.281 5.266 1.00 0.261 5.708 1.00 0.244 6.195

1.10 0.308 5.840 1.10 0.266 6.330 1.10 0.267 6.872

1.20 0.334 6.423 1.20 0.311 6.963 1.20 0.290 7.560

1.30 0.361 7.014 1.30 0.336 7.606 1.30 0.314 8.259

1.40 0.387 7.616 1.40 0.361 8.259 1.40 0.336 8.969

1.50 0.414 8.226 1.50 0.385 8.922 1.50 0.359 9.691

1.60 0.440 8.847 1.60 0.410 9.596 1.60 0.382 10.425

1.70 0.466 9.477 1.70 0.434 10.281 1.70 0.404 11.170

1.60 0.491 10.117 1.80 0.458 10.977 1.80 0.426 11.928

1.90 0.517 10.767 1.90 0.481 11.684 1.90 0.448 12.098

2.00 0.542 11.427 2.00 0.505 12.402 2.00 0.470 13.480

2.10 0.567 12.097 2.10 0.528 13.132 2.10 0.492 14.275

2.20 0.592 12.778 2.20 0.551 13.873 2.20 0.513 15.083

2.30 0.617 13.470 2.30 0.575 14.625 2.30 0.535 15.904

2.40 0.642 14.172 2.40 0.597 15.390 2.40 0.556 16.738

2.50 0.666 14.885 2.50 0.62 16.167 2.50 0.577 17.585

2.60 0.691 15.610 2.60 0.643 16.956 2.60 0.598 16.446

2.70 0.715 16.345 2.70 0.665 17.758 2.70 0.619 19.321

2.60 0.739 17.092 2.80 0.68 7 18.572 2.80 0.639 20.210

2.90 0.762 17.851 2.90 0.709 19.399 2.90 0.660 21.113

PAGE D15

Appendix E: B-factor? for oxygen, calculated from eq (5).

B FACTORS FOR OXYGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (P) (PSIA)

272.00 639.301 270.00 611.917 268.00 585.486

DTV OPV B DTV OPV B DTV DPV B (R) (PSIA) <R> (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.70 23.339 0.151 1.70 22.525 0.139 1.70 21.747 0.131

3.40 45.983 0.305 3.40 44.387 0.285 3.40 42.859 0.270

5.10 67.960 0.465 5.10 65.609 0.434 5.10 63.356 0.415

6.60 89.294 0.631 6.80 86.213 0.594 6.80 83.258 0.570

6.50 110.005 0. 809 8.50 106.219 0.765 8.50 102.582 0.735

10.20 130.116 0.992 10.20 125.644 0.944 10.20 121.345 0.912

11.90 149.642 1.189 11.90 144.505 1.135 11.90 139.561 1.099

13.60 168.601 1.396 13.60 162.817 1.337 13.60 157.245 1.302

15.30 187.009 1.614 15.30 180.593 1.555 15.30 174.408 1.515 17.00 204.879 1.849 17.00 197.848 1.785 17.00 191.064 1.747 18.70 222.224 2.097 18.70 214.592 2.030 18.70 207.224 1.989

2 0.1*0 239.056 2.360 20.40 230.839 2.293 20.40 222.898 2.253

22.10 255.391 2.643 22.10 246.598 2.570 22.10 238.097 2.528

23.80 271.236 2.940 23.80 261.880 2.868 23.80 252.831 2.828

25.50 286.601 3.259 25.50 276.696 3.188 25.50 267.110 3.147

27.20 301.499 3.600 27.20 291.054 3.526 27.20 280.943 3.493

28.90 315.937 3.966 28.90 304.96.5 3.888 28.90 294.338 3.861

3 0.60 329.926 4.352 30.60 318.437 4.277 30.60 307.305 4.250 32.30 343.475 4.765 32.30 331.479 4.692 32.30 319.852 4.673

34.00 356.592 5.208 34.00 344.099 5.139 34.00 331.988 5.119

35.70 369.286 5.676 35.70 356.307 5.611 35.70 343.721 5.605 37.40 381.567 6.183 37.40 368.111 6.126 37.40 355.059 6.120

39.10 393.441 6.718 39.10 379.518 6.668 39.10 366.010 6.674

4 0.80 404.917 7.298 40.80 390.537 7.243 40.80 376.583 7.262

42.50 416.004 7.906 42.50 4 01.17 5 7.866 42.50 386.784 7.898

44.20 426.709 8.568 44.20 411.442 6.538 44.20 396.622 8.586 45.90 437.041 9.272 45.90 421.343 9.255 45.90 406.105 9.321

4 7.60 447.006 10.032 47.60 430.888 10.029 47.60 415.241 10.115

49.30 456.614 10.842 49.30 440.084 10.857 49.30 424.036 10.966

66.00 559.968 264.00 535.324 262.00 511.521

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.70 21.002 0.129 1.70 20.285 0.124 1.70 19.594 0.124

3.40 41.393 0.262 3.40 39.982 0.254 3.40 38.620 0.256

5.10 61.192 0.406 5.10 59.106 0.398 5.10 57.091 0.400

6.80 60.416 0.560 6.80 77.674 0.551 6.80 75.024 0.550

8.50 99.081 0.721 8.50 95.701 0.712 8.50 92.430 0.715

10.20 117.202 0.897 10.20 113.199 0.887 10.20 109.324 0.894 11.90 134.793 1.087 11.90 130.182 1.077 11.90 125.715 1.084

13.60 151.866 1.285 13.60 146.662 1.278 13.60 141.617 1.287 15.30 168.434 1.500 15.30 162.649 1.492 15.30 157.038 1.506

17.00 184.507 1.731 17.00 178.154 1.728 17.00 171.990 1.743 18.70 200.096 1.976 18.70 193.188 1.973 18.70 186.482 1.994

2 0.40 215.213 2.241 20.40 207.761 2.243 20.40 200.523 2.270 22.10 229.866 2.526 22.10 221.881 2.528 22.10 214.123 2.562 23.80 244.065 2.825 23.80 235.558 2.834 23.80 227.291 2.878 25.50 257.820 3.150 25.50 248.801 3.166 25.50 240.035 3.213 27.20 271.139 3.497 27.20 261.619 3.520 27.20 252.363 3.579

2 8.90 284.032 3.872 28.90 274.020 3.897 28.90 264.285 3.966

3 0.60 296.506 4.266 30.60 286.013 4.310 30.60 275.807 4.384

32.30 308.570 4.700 32.30 297.606 4.746 32.30 286.940 4.834

34.00 320.233 5.159 34.00 308.806 5.216 34.00 297.689 5.320

35.70 331.502 5.649 35.70 319.623 5.720 35.70 308.064 5.841

37.40 342.385 6.179 37.40 330.063 6.265 37.40 318.072 6.404

3 9.10 352.892 6.745 39.10 340.136 6.849 39.10 327.722 7.009 40.80 363.029 7.349 40.80 349.846 7.472 40.80 337.019 7.655

42.50 372.804 8.004 42.50 359.207 8.148 42.50 345.974 8.357

44.20 382.225 8.712 44.20 368.221 8.880 44.20 354.592 9.118 45.90 391.299 9.470 45.90 376.898 9.665 45.90 362.882 9.936 47.60 400.035 10.291 47.60 385.245 10.517 47.60 370.851 10.820

49.30 408.440 11.171 49.30 393.270 11.431 49.30 378.506 11.775

PAGE El
B FACTORS FOR OXYGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

260.00 488.528 258.00 466.320 256.00 444.87

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) <RJ (PSIA)

0.00 0.000 0.000 0.0.0 0.00 0.000 0.00 0.000 0.000

1.60 17.828 0.116 1.60 17.220 0.114 1.60 16.629 0.118

3.20 35.168 0.240 3.20 33.965 0.242 3.20 32.797 0.243

4.80 52.031 0.373 4.60 50.248 0.375 4.80 48.515 0.380

6.40 68.428 0.517 6.40 66.077 0.519 6.40 63.792 0.530

8.00 84.369 0.669 8.00 81.463 0.676 8.00 78.637 0.688

9.60 99.866 0.835 9.60 96.416 0.842 9.60 93.060 0.859 11.20 114.926 1.010 11.20 110.943 1.022 11.20 107.068 1.041 12.80 129.559 1.199 12.80 125.054 1.217 12.80 120.669 1.241

11*. 1*0 141. 773 1.403 14.40 138.757 1.422 14.40 133.872 1.453

16.00 157.577 1.618 16.00 152.058 1.644 16.00 146.684 1.682

17.60 170.978 1.855 17.60 164.968 1.882 17.60 159.113 1.923 19.20 183.985 2.104 19.20 177.491 2.139 19.20 171.165 2.188 20.80 196.604 2.367 20.80 189.637 2.416 20.80 182.848 2.469

2 2.40 208.844 2.656 22.40 201.412 2.708 22.40 194.169 2.777

24.00 220.710 2.965 24.00 212.822 3.022 24.00 205.135 3.102

25.60 232.211 3.293 25.60 223.876 3.365 25.60 215.752 3.451 27.20 243.354 3.644 27.20 234.580 3.726 27.20 226.027 3.827 28.80 254.144 4.025 28.80 244.940 4.110 28.80 235.967 4.224

3 0.40 264.589 4.424 30.40 254.963 4.528 30.40 245.578 4.659

32.00 274.696 4.857 32.00 264.656 4.977 32.00 254.868 5.126

33.60 284.471 5.323 33.63 274.025 5.460 33.60 263.841 5.628

35.20 293.921 5.822 35.20 283.077 5.979 35.20 272.506 6.169

36.80 303.052 6.350 36.80 291.818 6.528 36.80 280.868 6.742

38.40 311.870 6.926 38.40 300.255 7.127 38.40 288.933 7.367 40.00 320.382 7.544 40.00 308.394 7.771 40.00 296.708 8.041 41.60 328.595 8.209 41.60 316.241 8.465 41.60 304.200 8.764

43.20 336.515 8.923 43.20 323.803 9.208 43.20 311.413 9.547 44.80 344.147 9.688 44.80 331.085 10.012 44.80 318.355 10.387

46.40 351.499 10.516 46.40 338.095 10.874 46.40 325.032 11.294

254.00 424.156 252.00 404.159 250.00 384.857

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.60 16.054 0.119 1.50 14.541 0.116 1.50 14.031 0.117

3.20 31.661 0.249 3.00 28.698 0.238 3.00 27.687 0.244

4.80 46.829 0.387 4.50 42.478 0.371 4.50 40.977 0.378

6.40 61.568 0.541 6.00 55.889 0.512 6.00 53.906 0.523

8.00 75.886 0.700 7.50 68.938 0.667 7.50 66.481 0.680 9.60 89.792 0.878 9.00 81.630 0.831 9.00 78.709 0.850 11.20 103.293 1.065 10.50 93.973 1.008 10.50 90.596 1.032

12.80 116.398 1.268 12.00 105.973 1.198 12.00 102.148 1.230 14.40 129.113 1.487 13.50 117.636 1.399 13.50 113.371 1.437 16.00 141.447 1.723 15.00 128.968 1.619 15.00 124.270 1.666 17.60 153.406 1.973 16.50 139.974 1.851 16.50 134.852 1.906

19.20 164.998 2.248 18.00 150.661 2.099 18.00 145.122 2.165

2 0.80 176.229 2.539 19.50 161.035 2.371 19.50 155.085 2.442

22.40 187.107 2.851 21.00 171.100 2.658 21.00 164.748 2.740 24.00 197.638 3.189 22.50 180.862 2.959 22.50 174.115 3.053

25.60 207.829 3.552 24.00 190.327 3.290 24.00 183.193 3.397 27.20 217.686 3.942 25.50 199.501 3.643 25.50 191.986 3.765

2 8.80 227.217 4.356 27.00 208.388 4.023 27.00 200.500 4.154

3 0.40 236.426 4.6G8 28.50 216.995 4.421 28.50 208.740 4.577

32.00 245.322 5.295 30.00 225.325 4.858 30.00 216.711 5.034

33.60 253.911 5.819 31.50 233.386 5.325 31.50 224.419 5.522

35.20 262.198 6.384 33.00 241.181 5.819 33.00 231.869 6.049

36.80 270.190 6. 983 34.50 248.717 6.356 34.50 239.066 6.603

3 8.40 277.893 7.636 36.00 255.997 6.935 36.00 246.016 7.209 40.00 285.315 8.343 37.50 263.029 7.554 37.50 252.722 7.859 41.60 292.460 9.105 39.00 269.815 8.219 39.00 259.191 8.559 43.20 299.335 9.935 40.50 276.363 8.934 40.50 265.427 9.323 44.80 305.946 10. 820 42.00 282.676 9.702 42.00 271.436 10.134

46.40 312.299 11.777 43.50 288.760 10.525 43.50 277.222 11.004

PAGE E2
B FACTORS FOR OXYGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

21.8.00 366.233 21*6.00 348.270 2i*i*. 00 330.951

DTV DPV B OTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.50 13.533 0.118 1.1*0 12.190 O.lli* 1.1*0 11.71*8 0.119

3.00 26.702 0.21*9 2.80 2i*. 069 0.242 2.80 23.193 0.21*8

i*.50 39.513 0.388 i*.20 35.61*3 0.372 i». 20 3i*. 3i*0 0.387

6.00 51.971 0.539 5.60 1*6.918 0.516 5.60 i*5.19i* 0.532

7.50 64.085 0.702 7.00 57.897 0.671 7.00 55.760 0.691* 9.00 75.860 0.878 8.1*0 68.586 0.833 8.1*0 66.01*3 0.862 10.50 87.301 1.063 9.80 78.989 1.007 9.80 76.01*7 1.0i*i* 12.00 98.1*15 1.268 11.20 89.112 1.200 11.20 85.777 1.239 13.50 109.208 1.1*81* 12.60 98.959 1.1*01 12.60 95.237 l.i*i*8 15.00 119.685 1.716 11*. 00 108.535 1.617 li*. 00 10i». 433 1.673 16.50 129.853 1.966 15.1*0 117.81*3 1.81.7 15.1*0 113.368 1.911* 18.00 139.715 2.235 16.80 126.890 2.089 16.80 122.01.8 2.166

19.50 11(9.279 2.523 18.20 135.678 2.355 18.20 130.1.76 2.1*1*3 21.00 158.51*9 2.831* 19.60 1<* i*. 213 2.639 19.60 138.656 2.71*0

2 2.50 167.531 3.161 21.00 152.1*99 2.91.2 21.00 11.6.591. 3.051

2<*.00 176.231 3.520 22.1*0 160.51*0 3.261 22.1*0 15i*. 293 3.391

25.50 18i*. 653 3.901* 23.80 168.31.1 3.609 23.80 161.758 3.756

27.00 192.803 it. 311 25.20 175.906 3.981 25.20 168.993 i*.li*6 28.50 200.686 i».75l* 26.60 183.239 1..372 26.60 176.002 <+.556 30.00 208.307 5.233 28.00 190. 31. i* i*.798 28.00 182.789 5.001. 31.50 215.672 5.71*5 29.i*0 197.226 5.255 29.1*0 18S.359 5.1*83 33.00 222.786 6.296 30.80 203.689 5.71.2 30.80 195.716 5.998

3**. 50 229.651* 6.889 32.20 210.337 6.256 32.20 201.861. 6.51*7 36.00 236.281 7.529 33.60 216.571. 6.817 33.60 207.807 7.139

37.50 21*2.671 8.212 35.00 222.601. 7.1*15 35.00 213.51.9 7.772

39.00 21*8.831 8.951 36.i*0 228.1.32 8.056 36.40 219.091. 8.1*50 1*0.50 251*. 765 9.71.7 37.80 231*. 061 8.758 37.80 221*. i*i»7 9.179

it2.00 260.1*78 10.613 39.20 239.1.95 9.1.96 39.20 229.611 9.971*

1*3.50 265.975 11.535 1*0.60 2i.i.. 740 10.289 1*0.60 231*. 590 10.815

21*2.00 311*. 262 2i*0.00 298.186 238.00 282.709

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.1*0 11.317 0.121* 1.1*0 10.896 0.125 1.1.0 10.1*85 0.130

2.80 22.338 0.253 2.80 21.503 0.261* 2.80 20.687 0.271

if. 20 33.068 0.398 i*.20 31.826 0.1*10 it.20 30.613 0.1.28 5.60 1*3.512 0.51*9 5.60 1*1.869 0.568 5.60 1*0.265 0.592

7.00 53.675 0.717 7.00 51.638 0.738 7.00 1*9.650 0.770

8.1*0 63.561 0.893 8.1*0 61.137 0.921 8.1.0 58.770 0.956

9.80 73.175 1.083 9.80 70.371 1.118 9.80 67.632 1.162

11.20 82.522 1.286 11.20 79.3i»3 1.330 11.20 76.239 1.383

12.60 91.605 1.1*99 12.60 88.058 1.552 12.60 8 1». 596 1.616

li*. 00 100.1*30 1.733 li*. 00 96.522 1.797 li.. 00 92.707 1.872

15.1*0 109.001 1.985 15.1*0 101*. 737 2.060 15.1.0 100.576 2.11*7 16.80 117.323 2.21*8 16.80 112.710 2.335 16.80 108.207 2.1.36 18.20 125.398 2.538 18.20 120.1*1*3 2.638 18.20 115.606 2.751. 19.60 133.233 2.81*8 19.60 127.91.1 2.963 19.60 122.776 3.0 95 21.00 140.832 3.171* 21.00 135.208 3.305 21.00 129.721 3.1.62

2 2.1*0 11*8.197 3.530 22.1*0 11.2.21.9 3.679 22.1.0 136.1*1*6 3.81*7 23.80 155.335 3.913 23.80 11*9.068 i*.081 23.80 11*2.955 i*.270 25.20 162.21*9 i*.323 25.20 155.669 l*.511 25.20 11.9.252 4.725

26.60 168.91*2 i*.753 26.60 162.056 i*. 971* 26-60 155.31.1 5.212 28.00 175.1*21 5.221* 28.00 168.231* 5.1*71 28.00 161.226 5.737

2 9.1*0 181.687 5.730 29.1*0 171*. 205 6.003 29.1.0 166.911 6.300

30.60 187.71*7 6.270 30.80 179.976 6.575 30.80 172.1.01 6.905

32.20 193.603 6.853 32.20 185.51*9 7.189 32.20 177.699 7.568

33.60 199.261 7.1*76 33.60 190.929 7.851 33.60 182.810 8.269

35.00 201*. 723 8.157 35.00 196.119 8.570 35.00 187.737 9.033

36.1*0 209.991* 8. 876 36.1+0 201.125 9.331. 36.1*0 192.1.85 9.81+7 37.80 215.078 9.650 37.80 205.949 10.169 37.80 197.057 10.733

39.20 219.979 10.1*91 39.20 210.596 11.051 39.20 201.1*57 11.689

1*0.60 22i». 702 11.399 1*0.60 215.069 12.016 i*0.60 205.690 12.721

PAGE E3
B FACTORS FOR OXYGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

236.00 267.818 234.00 253.498 232.00 239.735

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.30 9.373 0.126 1.30 9.008 0.132 1.30 8.652 0.137

2.60 18.507 0.262 2.60 17.784 0.273 2.60 17.078 0.280

3.90 27.407 0.407 3.90 26.332 0.426 3.90 25.281 0.440

5.20 36.078 0.564 5.20 34.655 0.590 5.20 33.265 0.611

6.50 44.521 0.727 6.50 42.756 0.760 6.50 41.033 0.789

7.80 52.741 0.908 7.80 50.640 0.949 7.80 48.589 0.987

9.10 60.742 1.101 9.10 58.310 1.152 9.10 55.936 1.199

10.1.0 68.526 1.303 10.40 65.768 1.363 10.40 63.077 1.421 11.70 76.098 1.524 11.70 73.020 1.596 11.70 70.016 1.665 13.00 83.461 1.756 13.00 80.068 1.839 13.00 76.757 1.920 14.30 90.618 2.010 14.30 86.915 2.106 14.30 83.303 2.200 15.60 97.573 2.282 15.60 93.565 2.392 15.60 89.656 2.502

16.90 104.329 2.566 16.90 100.022 2.691 16.90 95.822 2.824

18.20 110.889 2.878 18.20 106.288 3.018 18.20 101.802 3.161 19.50 117.257 3.210 19.50 112.368 3.370 19.50 107.600 3.531

2 0.80 123.437 3.566 20.80 118.263 3.746 20.80 113.220 3.927

22.10 129.431 3.940 22.10 123.979 4.148 22.10 118.665 4.352

23. 40 135.243 4.347 23.40 129.517 4.579 23.40 123.937 4.807 24.70 140.877 4.782 24.70 134.882 5.0.40 24.70 129.041 5.296 26.00 146.335 5.246 26.00 140.077 5.534 26.00 133.980 5.829

27.30 151.621 5.747 27.30 145.104 6.062 27.30 138.757 6.391

28.60 156.738 6.279 28.60 149.968 6.629 28.60 143.374 6.992 29.90 161.689 6.862 29.90 154.670 7.235 29.90 147.836 7.649

31.20 166.478 7.473 31.20 159.215 7.897 31.20 152.145 8.342 32.50 171.107 8.127 32.50 163.606 8.595 32.50 156.304 9.100 33.80 175.581 8.844 33.80 167.846 9.356 33.80 160.317 9.911

35.10 179.901 9.596 35.10 171.937 10.174 35.10 164.187 10.771

36.40 184.072 10.414 36.40 175.884 11.034 36.40 167.917 11.707 37.70 188.097 11.280 37.70 179.689 11.977 37.70 171.510 12.731

230.00 226.518 228.00 213.832 226.00 201.664

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.20 7.675 0.133 1.20 7.362 0.139 1.10 6.476 0.133

2.40 15.161 0.270 2.40 14.540 0.282 2.20 12.800 0.270

3.60 22.461 0.422 3.60 21.537 0.442 3.30 18.977 0.422

4.80 29.579 0.579 4.80 28.356 0.607 4.40 25.006 0.577

6.00 36.516 0.753 6.00 34.998 0.789 5.50 30.891 0.749

7.20 43.275 0.939 7.20 41.468 0.985 6.60 36.633 0.926

8.40 49.860 1.132 8.40 47.767 1.187 7.70 42.235 1.120

9.60 56.273 1.345 9.60 53.899 1.411 8.80 47.698 1.321

10.80 62.516 1.565 10.80 59.866 1.642 9.90 53.025 1.541 12.00 68.592 1.807 12.00 65.67 1.897 11.00 58.217 1.775

13.20 74.505 2.065 13.20 71.315 2.169 12.10 63.277 2.017

14.40 80.255 2.333 14.40 76.803 2.460 13.20 68.207 2.281

15.60 85.848 2.627 15.60 82.136 2.763 14.30 73.008 2.563

16.80 91.2 83 2.941 16.80 87.317 3.093 15.40 77.683 2.862

18.00 96.566 3.276 18.00 92.349 3.448 16.50 82.234 3.180

19.20 101.697 3.633 19.20 97.234 3.825 17.60 86.663 3.508

2 0.40 106.680 4.004 20.40 101.975 4.228 18.70 90.970 3.867

21.60 111.517 4.411 21.60 106.575 4.660 19.80 95.160 4.248 22.80 116.210 4.843 22.80 111.035 5.120 20.90 99.233 4.654 24.00 120.763 5.316 24.00 115.359 5.621 22.00 103.191 5.095 25.20 125.178 5.810 25.20 119.549 6.147 23.10 107.037 5.555

26.40 129.457 6.337 26.40 123.608 6.709 24.20 110.772 6.041 27.60 133.603 6.900 27.60 127.537 7.320 25.30 114.399 6.559 28.80 137.618 7.512 28.80 131.340 7.962 26.40 117.918 7.123

30.00 141.505 8.154 30.00 135.019 8.661 27.50 121.333 7.710 31.20 145.266 8.853 31.20 138.576 9.409 28.60 124.645 8.349

32.40 148.904 9.585 32.40 142.014 10.195 29.70 127.855 9.015 33.60 152.421 10.383 33.60 145.336 11.048 30.80 130.966 9.736

3 4.80 155.820 11.237 34.80 148.543 11.966 31.90 133.980 10.505

PAGE E4
B FACTORS FOR OXYGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

224.00 190.002 222.00 178.834 220.00 168.146

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.10 6.203 0.140 1.10 5.937 0.140 1.00 5.168 0.134

2.20 12.259 0.283 2.20 11.731 0.297 2.00 10.220 0.283

3.30 18.169 0.442 3.30 17.384 0.464 3.00 15.158 G.441

I*.I*Q 23.937 0.605 4.40 22.897 0.636 4.00 19.984 0.602

5.50 29.564 0.786 5.50 28.273 0.826 5.00 24.699 0.780

6.60 35.053 0.972 6.60 33.514 1.021 6.00 29.305 0.961

7.70 40.404 1.177 7.70 38.622 1.238 7.00 33.802 1.161

6.80 45.621 1.395 8.80 43.599 1.468 8.00 38.194 1.374

9.90 50.705 1.620 9.90 48.447 1.713 9.00 42.480 1.590 11.00 55.658 1.867 11.00 53.168 1.966 10.00 46.663 1.829 12.10 60.483 2.130 12.10 57.764 2.244 11.00 50.744 2.081

13.20 65.181 2.410 13.20 62.236 2.540 12.00 54.725 2.349 14.30 69.754 2.699 14.30 66.588 2.855 13.00 58.607 2.633

15.40 74.204 3.015 15.40 70.820 3.191 14.00 62.391 2.933 16.50 78.534 3.352 16.50 74.935 3.548 15.00 66.079 3.252 17.60 82.745 3.711 17.60 78.935 3.929 16.00 69.673 3.589

18.70 86.839 4.091 18.70 82.822 4.333 17.00 73.174 3.947

19.80 90.818 4.497 19.80 86.597 4.777 18.00 76.583 4.326

2 0.90 94.684 4.939 20.90 90.263 5.236 19.00 79.902 4.727

22.00 98.439 5.397 22.00 93.821 5.726 20.00 83.133 5.153

2 3.10 102.085 5. 887 23.10 97.27 3 6.260 21.00 86.276 5.616

24.20 105.624 6.407 24.20 100.622 6.816 22.00 89.333 6.095

25.30 109.058 6.974 25.30 103.869 7.421 23.00 92.306 6.601

26.40 112.388 7.561 26.40 107.016 8.053 24.00 95.195 7.154

27.50 115.617 8.204 27.50 110.065 8.741 25.00 98.004 7.723 28.60 118.746 8.886 28.60 113.018 9.474 26.00 100.731 8.343

29.70 121.777 9.616 29.70 115.877 10.256 27.00 103.380 8.999

30.80 124.713 10.376 30.80 118.643 11.091 28.00 105.952 9.697

31.90 127.554 11.203 31.90 121.318 11.983 29,00 108.448 10.421

218.00 157 .926 216.00 148.162 214.00 138.841

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.00 4.938 0.148 1.00 4.715 0.155 0.90 4.052 0.147

2.00 9.764 0.297 2.00 9.321 0.313 1.80 8.019 0.303

3.00 14.479 0.464 3.00 13.818 0.488 2.70 11.900 0.460

4.00 19.085 0.633 4.00 18.210 0.675 3.60 15.697 0.635

5.00 23.582 0.821 5.00 22.496 0.865 4.50 19.411 0.819

6.00 27.974 1.020 6.00 26.679 1.075 5.40 23.043 1.005

7.00 32.260 1.223 7.00 30.760 1.299 6.30 26.595 1.210

8.00 36.443 1.448 8.00 34.741 1.536 7.20 30.066 1.428

9.00 40.524 1.685 9.00 38.623 1.788 6.10 33.459 1.657

10.00 44.505 1.938 10.00 42.40 7 2.056 9.00 36.774 1.900 11.00 48.387 2.206 11.00 46.095 2.340 9.90 40.013 2.145

12.00 52.171 2.490 12.00 49.689 2.642 10.80 43.176 2.416

13.00 55.859 2.791 13.00 53.190 2.962 11.70 46.265 2.701

14.00 59.453 3.110 14.00 56.599 3.302 12.60 49.281 3.014

15.00 62.954 3.449 15.00 59.918 3.663 13.50 52.224 3.332

16.00 66.363 3.808 16.00 63.149 4.046 14.40 55.095 3.668 17.00 69.682 4.189 17.00 66.292 4.464 15.30 57.897 4.024

18.00 72.913 4.593 18.00 69.349 4.896 16.20 60 .629 4.399

19.00 76.056 5.033 19.00 72.322 5.353 17.10 63.293 4.794

20.00 79.113 5.489 20.00 75.211 5.855 18.00 65.890 5.226

21.00 82.0 86 5.970 21.00 78.020 6.371 18.90 68.421 5.667 22.00 84.975 6.497 22.00 80.747 6.935 19.80 70.887 6.149

23.00 87.784 7.040 23.00 83.396 7.532 20.70 73.289 6.643

24.00 90.511 7.631 24.00 85.968 8.169 21.60 75.628 7.179

25.00 93.160 8.257 25.00 88.464 8.828 22.50 77.904 7.729 26.00 95.732 8.924 26.00 90.885 9.545 23.40 80.120 6.329 27.00 98.228 9.616 27.00 93.232 10.307 24.30 82.276 8.962 28.00 100.649 10.366 28.00 95.508 11.117 25.20 84.372 9.632 29.00 102.996 11.163 29.00 97.713 11.999 26.10 86.411 10.340

PAGE E5
B FACTORS FOR OXYGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

212.00 129.952 210.00 121.1*83 208.00 113.1*21

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.90 3.862 0.1i*7 0.90 3.678 0.161* 0.90 3.1*98 0.173

1.60 7.6i*l 0.311 1.80 7.271* 0.336 1.80 6.917 0.31*7 2.70 11.336 0.1*85 2.70 10.789 0.513 2.70 10.258 0.51*2 3.60 li*. 951 0.661 3.60 li*. 226 0.707 3.60 13.522 0.71.8

i*.50 I8.I48U 0.855 <*.50 17.581* 0.913 1..50 16.710 0.966

5.1*0 21.938 1.061 5.1*0 20.865 1.132 5.1*0 19.821. 1.198

6.30 25.311* 1.278 6.30 2i*. 070 1.363 6.30 22.861. l.l. 1.3 7.20 28.612 1.509 7.20 27.200 1.607 7.20 25.831 1.703

6.10 31.831* 1.752 8.10 30.256 1.866 8.10 28.726 1.977

9.00 31*. 980 2.009 9.00 33.239 2.11*0 9.00 31.551 2.280

9.90 36.053 2.281 9.90 36.151 2.1*30 9.90 31.. 306 2.590

10.80 1*1.052 2.568 10.80 38.991 2.736 10.80 36.993 2.917 11.70 43.979 2.873 11.70 1*1.762 3.060 11.70 39.612 3.263

12.60 1.6.835 3.193 12.60 i*i». i*6i* 3.1*15 12.60 i*2.165 3.61.2 13.50 1*9.621 3.532 13.50 1*7.098 3.778 13.50 1*1*. 652 i*. 030

li*.i*0 52.338 3.891 li*. 1*0 1*9.665 1*. 162 11*. i*0 1*7.075 i*.i.56 15.30 51*. 987 i*.283 15.30 52.167 i*.582 15.30 1*9.1*35 1..891 16.20 57.570 i*.68i* 16.20 5i*. 605 5.011 16.20 51.732 5.368

17.10 60.086 5.122 17.10 56.978 5.1.81 17.10 53.968 5.872

18.00 62.537 5.570 18.00 59.289 5.977 18.00 56.11.1* 6.390 18.90 6«*. 925 6.058 18.90 61.539 6.1.87 18.90 58.260 6.956 19.80 67.250 6.560 19.80 63.727 7.0i*i* 19.80 60.318 7.555 20.70 69.513 7.105 20.70 65.857 7.632 20.70 62.318 8.190 21.60 71.715 7.682 21.60 67.927 8.255 21.60 61*. 262 8.861 22.50 73.858 8.275 22.50 69.91*0 8.895 22.50 66.150 9.575

23.1*0 75.91*1 8.921 23.1*0 71.897 9.593 23.1*0 67.985 10.330 2^.30 77.967 9.601* 2i*. 30 73.798 10.353 2i*. 30 69.765 11.130

25.20 79.936 10.327 25.20 75.6i»i* 11.135 25.20 71.i*9i* 12.002

26.10 81.81*9 11.091 26.10 77.1.36 11.965 26.10 73.170 12.901.

206.00 105 .755 201.. 00 98.1*73 202.00 91.563

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.80 2.958 0.151. 0.80 2.808 0.16 3 0.80 2.663 0.183

1.60 5.856 0.325 1.60 5.55 8 0.31*5 1.60 5.268 0.376

2.1.0 8.691* 0.507 2.1.0 8.21*9 0.537 2.1*0 7.817 0.581

3.20 11.1*72 0.698 3.20 10.883 0.739 3.20 10.311 0.796

1..00 11*. 192 0.899 1..00 13.1*60 0.953 1..00 12.750 1.021*

1..8O 16.855 1.111 1..80 15.981 1.178 t*.80 15.135 1.261* 5.60 19.1*60 1.331. 5.60 18.1.1.7 I.1.I6 5.60 17.1*66 1.517

6.1*0 22.009 1.570 6.1*0 20.859 1.666 6.1*0 19.71*5 1.785

7.20 21*. 503 1.818 7.20 23.217 1.91*3 7.20 21.973 2.080

8.00 26.91*2 2.079 8.00 25.522 2.222 8.00 2i*. 11*8 2.379

8.80 29.327 2.351* 8.80 27.775 2.516 8.80 26.271* 2.693

9.60 31.658 2.61*3 9.60 29.977 2.825 9.60 28.350 3.039

10.1.0 33.937 2.9i*8 10.1*0 32.127 3.166 10.1*0 30.376 3.389

11.20 36.165 3.282 11.20 3i*. 228 3.510 11.20 32.355 3.773

12.00 38.31*0 3.621 12.00 36.279 3.887 12.00 31*. 286 i*.163 12.80 i*0.i*66 3.977 12.80 38.282 i*.270 12.80 36.170 1+.591 13.60 i*2.5i*2 i*.367 13.60 1*0.236 i*.689 13.60 38.007 5.01*3

li.. 1.0 1*1*. 568 1..762 li*. i»0 i*2.1i*3 5.111* li*. i*0 39.799 5.500 15.20 i*6.5i*7 5.191* 15.20 1*1*. 001* 5.579 15.20 1*1.51*7 6.003

16.00 i*8.i*78 5.633 16.00 i*5.819 6.051 16.00 1*3.250 6.531 16.60 50.362 6.112 16.80 1*7.589 6.568 16.80 l*i*. 910 7.089 17.60 52.199 6.616 17.60 i»9.31i* 7.111 17.60 i*6.527 7.678

18.1*0 53.991 7.128 18.1*0 50.995 7.686 18.1*0 1*8.102 8.300 19.20 55.739 7.688 19.20 52.631. 8.291 19.20 1*9.636 8.956 20.00 57.1*1.2 8.277 2C.00 5i*. 230 8.929 20.00 51.129 9.61*9

2 0.60 59.102 8.897 20.80 55.781* 9.602 20.80 52.581 10.382

21.60 60.719 9.550 21.60 57.297 10.312 21.60 53.995 11.153

2 2.1*0 62.291. 10.239 22.1*0 58.770 11.060 22.1*0 55.370 11.970

23.20 63.828 10.966 23.20 60.203 11.851 23.20 56.707 12.856

PAGE E6
B FACTORS FOR OXYGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (P) (PSIA) (R) (PSIA)

200.00 85.013 199.00 81.870 198.00 78.813

DTV DPV B OTV OPV B DTV DPV 6 (R) (PSIA) (R) (PSIA) <R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 Q.000 0.000

0.70 2.209 0.171 0.70 2.11*9 0.161* 0.70 2.090 0.181

i.«tQ I..376 0.350 1.1*0 i*.256 0.31*9 1.1.0 i*.139 0.372

2.10 6.501 0.538 2.10 6.32 2 0.5i*3 2.10 6.11*7 0.572

2.80 8.585 0.736 2.80 8.31*8 0.759 2.80 8.115 0.783

3.50 10.628 0.91*3 3.50 10.331* 0.972 3.50 10.01*1. 1.003

<».20 12.631 1.161 l». 20 12.280 1.197 1..20 11.935 1.235

".90 1*».593 1.389 i*.90 li*. 186 1.1*33 It. 90 13.786 1.1*93 5.60 16.517 1.628 5.60 16.051. 1.680 5.60 15.600 1.71*9 6.30 18. i*01 1.893 6.30 17.881* 1.939 6.30 17.376 2.018

7.00 20.21*7 2.156 7.00 19.676 2.226 7.00 19.115 2.300

7.70 22.056 2.1.33 7.70 21.1*31 2.512 7.70 20.817 2.611

8.1*0 23.826 2.723 8.1*0 23.11.9 2.812 8.1*0 22.1.83 2.922

9.10 25.560 3.01*2 9.10 2i*. 831 3.127 9.10 21.. Ill* 3.265

9.80 27.257 3.362 9.80 26.1*77 3.1.73 9.80 25.710 3.608

10.50 28.919 3.6 96 10.50 28.087 3.820 10.50 27.270 3.968

11.20 30.5i*i« i*. 061* 11.20 29.663 1..201 11.20 28.797 i*.36i* 11.90 32.135 i*.i*32 11.90 31.201. 1..583 11.90 30.290 1..779 12.60 33.690 i*. 836 12.60 32.711 5.001 12.60 31.71.9 5.196

13.30 35.212 5.21*1 13.30 31..185 5.1.1.2 13.30 33.176 5.652

lit. 00 36.700 5.681* li«. 00 35.625 5.883 li*. 00 3i*. 570 6.132

1I..70 38.155 6.130 11*. 70 37.033 6.367 11*. 70 35.932 6.615

15.i»0 39.577 6.618 15.1*0 38.1.09 6.872 15.1*0 37.263 7.1i»i» 16.10 1*0.966 7.129 16.10 39.753 7.381* 16.10 38.562 7.697 16.80 i*2.32i* 7.666 16.80 1.1.066 7.91.2 16.80 39.831 8.279 17.50 1*3.650 8.208 17.50 1.2.31*8 8.529 17.50 i*1.070 8.890 18.20 i«i». 9i*6 8.796 18.20 1.3.600 9.11.2 16.20 1*2.280 9.533 18.90 1*6.210 9.1*16 18.90 1.1.. 822 9.787 18.90 1.3.1.60 10.206

19.60 i*7. i*i*5 10.065 19.60 1.6.015 10.1.66 19.60 i*i*. 611 10.911*

2 0.30 1*8.650 10.71*8 20.30 1*7.178 11.177 20.30 i*5.73i* 11.657

197.00 7 5.81.0 196.00 72.951 195.00 70.11*2

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.70 2.031 0.187 0.70 1.975 0.193 0.70 1.917 0.212

1.1*0 i*.022 0.381. 1.1*0 3.909 0.396 1.1*0 3.796 0.1*22 2.10 5.971. 0.603 2.10 5.805 0.609 2.10 5.637 0.61*3 2.80 7.886 0.821 2.80 7.662 0.833 2.80 7.1*1.0 0.875

3.50 9.760 1.01.9 3.50 9.1.81 1.083 3.50 9.205 1.119

<*.20 11.595 1.289 t. 20 11.262 1.331 t. 20 10.931. 1.391

it. 90 13.392 1.5i*2 i».90 13.007 1.592 it. 90 12.626 1.661

5.60 15.152 1.821 5.60 li*. 711* 1.881 5.60 li.. 282 1.9M*

6.30 16.876 2.099 6.30 16.386 2.170 6.30 15.902 2.259

7.00 18.563 2.392 7.00 18.021 2.1*72 7.00 17.1*88 2.573

7.70 20.211* 2.715 7.70 19.622 2.807 7.70 19.039 2.921

8.1*0 21.829 3.038 8.1*0 21.187 3.11.1 8.1.0 20.556 3.268

9.10 23.1*10 3.39'+ 9.10 22.719 3.509 9.10 22.039 3.651

9.80 2<*. 956 3.750 9.80 21*. 216 3.879 9.80 23.1*89 it. 053 10.50 26.1*68 1..11.1 10.50 25.680 i*.286 10.50 2i*. 906 1..1.57 11.20 27.91*6 1..531. 11.20 27.112 i*.713 11.20 26.291 i*.901 11.90 29.391 1..965 11.90 28.510 5.11*2 11.90 27.61.1* 5.368 12.60 30.801. 5.1*18 12.60 29.877 5.613 12.60 28.966 5.859

13.30 32.181* 5.871. 13.30 31.212 6.106 13.30 30.257 6.371.

li.. 00 33.533 6.371. li*. 00 32.517 6.626 li.. 00 31.518 6.891*

11.. 70 3i*. 850 6.898 li*. 70 33.790 7.173 li*. 70 32.71.8 7.1.62

15.1*0 36.137 7.1*1.8 15.1*0 35.033 7.71*6 15.1*0 33.91*9 8.062

16.10 37.393 8.027 16.10 36.21*7 8.350 16.10 35.121 8.690 16.80 38.619 8.633 16.80 37.1*31 8.982 16.80 36.261* 9.376

17.50 39.816 9.273 17.50 38.586 9.61*8 17.50 37.379 10.072

18.20 1*0.981* 9.91*3 18.20 39.713 10.31*8 18.20 38.1*66 10.801* 18.90 1*2.123 10.61*7 18,90 1.0.812 11.083 18.90 39.526 11.571* 19.60 i*3.23i* 11.387 19.60 1*1.881. 11.857 19.60 1*0.559 12.382

20.30 i*i*. 317 12.165 20.30 1.2.928 12.668 20.30 1*1.565 13.261*

PAGE E7
8 FACTORS FOR OXYGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R> (PSIA)

194.00 67.415 193.00 64.766 192.00 62.19 4

OTV DPV B DTV DPV 8 DTV DPV 8 (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.70 1.863 0.206 0.60 1.553 0.183 0.60 1.506 0.189

1.40 3.687 0.422 1.20 3.07 7 0.375 1.20 2.986 0.387

2.10 5.474 0.664 1.80 4.575 0.575 1.80 4.436 0.594

2.80 7.224 0.904 2.40 6.045 0.784 2.40 5.864 0.610

3.50 8.936 1.156 3.00 7.489 1.002 3.00 7.264 1.036

i». 20 10.613 1.437 3.60 8.906 1.231 3.60 8.638 1.289

if. 90 12.254 1.716 4.20 10.297 1.485 4.20 9.987 1.536

5.60 13.859 2. 027 4.80 11.663 1.735 4.80 11.310 1.794

6.3G 15.430 2.336 5.40 13.002 1.995 5.40 12.608 2.064

7.00 16.966 2.679 6.00 14.317 2.285 6.00 13.881 2.364

7.70 18.466 3.022 6.60 15.607 2.56 9 6.60 15.130 2.660

8.1*0 19.937 3.400 7.20 16.872 2.867 7.20 16.355 2.987

9.10 21.373 3.779 7.80 18.113 3.196 7.80 17.556 3.310

9.80 22.777 4.197 8.40 19.330 3.520 6.40 18.733 3.666 10.50 24.148 4.637 9.00 20.523 3.879 9.00 19.887 4.018 11.20 25.488 5.098 9.60 21.692 4.233 9.60 21.018 4.408 11.90 26.796 5.563 10.20 22.839 4.623 10.20 22.127 4.792

12.60 28.074 6.074 10.80 23.962 5.010 10.80 23.212 5.217 13.30 29.322 6.609 11.40 25.063 5.435 11.40 24.276 5.659

14.00 30.539 7.173 12.00 26.142 5.858 12,00 25.318 6.099

14.70 31.728 7.767 12.60 27.198 6.321 12.60 26.339 6.583

15.40 32.887 8.391 13.20 28.233 6.806 13.20 27.338 7.087

16.10 34.018 9.047 13.80 29.246 7.311 13.80 28.316 7.615 16.80 35.121 9.764 14.40 30.238 7.815 14.40 29.273 8.141 17.50 36.196 10.491 15.00 31.209 8.366 15.00 30.210 8.716

18.20 37.245 11.254 15.60 32.160 8.942 15.60 31.127 9.318

18.90 38.266 12.060 16.20 33.090 9.544 16.20 32.024 9.945

19.60 39.261 12.937 16.80 34.000 10.173 16.80 32.901 10.603

20.30 40.231 13.829 17.40 34.890 10.828 17.40 33.759 11.291

191.00 59.698 190.00 57.277 189.00 54.93

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.60 1.461 0.211 0.60 1.417 0.202 0.60 1.374 0.225

1.20 2.896 0.416 1.20 2.808 0.430 1.20 2.723 0.444

1.80 4.305 0.630 1.80 4.174 0.651 1.80 4.046 0.674

2.40 5.687 0.854 2.40 5.513 0.683 2.40 5.344 0.914

3.00 7.044 1.086 3.00 6.828 1.143 3.00 6.617 1.183

3.60 8.375 1.350 3.60 8.118 1.397 3.60 7.866 1.446

4.20 9.682 1.607 4.20 9.383 1.663 4.20 9.091 1.740

4.80 10.963 1.875 4.60 10.624 1.959 4.80 10.292 2.029

5.40 12.220 2.174 5.40 11.841 2.250 5.40 11.469 2.351

6.00 13.453 2.467 6.00 13.034 2.574 6.00 12.623 2.667

6.60 14.662 2.792 6.60 14.203 2.893 6.60 13.754 3.019

7.20 15.847 3.114 7.20 15.350 3.246 7.20 14.863 3.366

7.80 17.009 3.469 7.80 16.473 3.596 7.80 15.948 3.750

8.40 18.148 3.821 8.40 17,574 3.981 8.40 17.012 4.152

9.00 19.264 4.206 9.00 18.653 4.364 9.00 18.054 4.549

9.60 20.357 4.592 9.60 19.709 4.785 9.60 19.075 4.989 10.20 21.428 5.015 10.20 20.744 5.226 10.20 20.074 5.449

10.80 22.477 5.457 10.80 21.757 5.687 10.80 21.052 5.929 11.40 23.505 5.897 11.40 22.749 6.145 11.40 22.009 6.407

12.00 24.511 6.379 12.00 23.720 6.648 12.00 22.946 6.933 12.60 25.496 6.884 12.60 24.671 7.175 12.60 23.863 7.483

13.20 26.460 7.411 13.20 25.601 7.726 13.20 24.760 8.057 13.80 27.404 7.963 13.80 26.511 8.302 13.80 25.637 8.659

14.40 28.327 8.539 14.40 27.401 8.903 14.40 26.495 9.290 15.00 29.231 9.115 15.00 28.27 2 9.534 15.00 27.333 9.948

15.60 30.115 9.743 15.60 29.123 10.194 15.60 28.153 10.638

16.20 30.979 10.402 16.20 29.956 10.682 16.20 28.955 11.360

16.80 31.824 11.119 16.80 30.769 11.602 16.80 29.738 12.146

17.40 32.650 11.841 17.40 31.565 12.359 17.40 30.503 12.937

PAGE E8
B FACTORS FOR OXYGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

186.00 52.651* 187.00 50.1*1*9 186.00 1*8.313

DTV OPV B DTV OPV 8 DTV DPV B (R) (PSIA) !R> (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.60 1.331 0.233 0.50 1.077 0.189 0.50 1.042 0.195

1.20 2.638 0.1*60 1.00 2.136 0.385 1.00 2.068 0.398

i.eo 3.919 0.697 1.50 3.178 0.588 1.50 3.077 0.609

2.1*0 5.176 0.961* 2.00 i*.20i* 0.800 2.00 i*.070 0.81*8 3.00 6.1*09 1.225 2.50 5.213 1.020 2.50 5.01*6 1.077

3.60 7.618 1.516 3.00 6.206 1.268 3.00 6.006 1.311*

"4.20 8.803 1.803 3.50 7.18 2 1.507 3.50 6.950 1.562

If. 80 9.965 2.122 i*.00 8.11*2 1.751* it. 00 7.879 1.839

5.1*0 11.101* 2.1*37 i». 50 9.086 2.012 4.50 8.791 2.107

6.00 12.220 2.786 5.00 10 .015 2.300 5.00 9.689 2.385

6.60 13.313 3.131 5.50 10.927 2.578 5.50 10.570 2.696

7.20 li*. 38i* 3.512 6.00 11.825 2.867 6.00 11.1*37 2.997

7.80 15.1*33 3.912 6.50 12.706 3.189 6.50 12.289 3.333

8.1*0 16.1*61 i*.309 7.00 13.573 3.502 7.00 13.126 3.659

9.00 17.1*67 i*.7i*6 7.50 li*.i*25 3.850 7.50 13.91*8 i*.021 9.60 18.1*52 5.201* 8.00 15.262 1..188 8.00 li*. 756 i*.373 10.20 19.1*16 5.683 8.50 16.081* i*.562 8.50 15.550 i*.76i» 10.80 20.360 6.185 9.00 16.892 i».928 9.00 16.329 5.11*5

11.1*0 21.283 6.710 9.50 17.686 5.332 9.50 17.091* 5.567

12.00 22.187 7.233 10.00 18.1*65 5.727 10. 00 17.81*6 5.980

12.60 23.071 7.806 10.50 19.230 6.163 10.50 18.581* 6. J. 3 (* 13.20 23.935 8.1*06 11.00 19.982 6.589 11.00 19.308 6.907

13.80 2i*. 780 9.065 11.50 20.720 7.058 11.50 20.019 7.400

li». i*0 25.606 9.726 12.00 21. < i»i» 7.51*8 12.00 20.716 7.882 15.00 26. i*li« 10.1*16 12.50 22.155 8.056 12.50 21.1*01 8.1*11* 15.60 27.203 11.138 13.00 22.852 8.551* 13.00 22.073 8.965 16.20 27.971* 11.895 13.50 23.537 9.102 13.50 22.731 9.539

16.80 28.727 12.690 li*. 00 2i*. 209 9.671 li*. 00 23.378 10.105

17.1*0 29.1*63 13.551 11*. 50 21*. 867 10.262 li*. 50 24. 012 10.725

185.00 i»6.2i*5 181*. 00 1*1*. 2i«3 183.00 1.2.307

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.50 1.009 0.202 0.50 0.976 0.209 0.50 0.91*1* 0.217

1.00 2.002 0.1*31 1.00 1.936 0.1.27 1.00 1.873 0.1.63 1.50 2.978 0.651 1.50 2.880 0.651* 1.50 2.785 0.699

2.00 3.938 0.879 2.00 3.80 9 0.911 2.00 3.683 0.9i»5 2.50 i*.882 1.116 2.50 1..721 1.157 2.50 <*.56i* 1.222

3.00 5.811 1.383 3.00 5.619 1.1.13 3.00 5.1*31 1.1.88 3.50 6.723 1.61*0 3.50 6.500 1.701 3.50 6.283 1.788

(f.00 7.621 1.908 <*.00 7.367 1.979 i». 00 7.120 2.078

i*.50 8.502 2.207 i*.50 8.219 2.291 4.50 7.9i*2 2.1.02 5.00 9.369 2.1*97 5.00 9.056 2.592 5.00 8.750 2.716

5.50 10.221 2.821 5.50 9.87 8 2.929 5.50 9.5i*i* 3.067

6.00 11.058 3.135 6.00 10.686 3.255 6.00 10.323 3.1.07 6.50 11.880 3.i*8i. 6.50 11.1*8 3.619 6.50 11.088 3.787

7.00 12.688 3.821* 7.00 12.259 3.973 7.00 11.81*0 4.156

7.50 13.1*82 i*.201 7.50 13.021* 4.366 7.50 12.578 i.. 566

8.00 11*. 261 4.569 8.00 13.776 1..71.9 8.00 13.302 4.994

8.50 15.026 i*.977 8.50 li*. 51 «* 5.171* 8.50 li*. 013 5.1.39 9.00 15.778 5.375 9.00 15.238 5.616 9.00 11*. 710 5.873

9.50 16.516 5.815 9.50 15.949 6.077 9.50 15.395 6.355

10.00 17.21*0 6.273 10.00 16.61.6 6.526 10.00 16.067 6.855

10.50 17.951 6.750 10.50 17.331 7.021* 10.50 16.725 7.375

11.00 18.61*8 7.216 11.00 18.003 7.51*1 11.00 17.372 7.887

11.50 19.333 7.731 11.50 18.661 8.079 11.50 18.006 8.1.51 12.00 20.005 8.266 12.00 19.308 8.609 12.00 18.627 9.037

12.50 20.663 8.822 12.50 19.91.2 9.191 12.50 19.237 9.61.8 13.00 21.310 9.370 13.00 20.563 9.796 13.00 19.831* 10.283

13.50 21.9i*i* 9.971 13.50 21.173 10.1*26 13.50 20.1*20 10.91*5

li*. 00 22.565 10.596 li*. 00 21.770 11.081 li.. 00 20.991. 11.631*

li*. 50 23.175 11.21*7 li*. 50 22.356 11.761. li.. 50 21.556 12.352

PAGE E9
B FACTORS FOR OXYGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

162.00 <*0.<*3<* 181.00 38.62<* 180.00 36.876

DTV OPV B DTV OPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.50 0.912 0.225 0.50 0.881 0.255 0.50 0.852 0.261* 1.00 1.810 0.1*60 1.00 1.71*8 0.1*99 1.00 1.689 0.518

1.50 2.691 0.725 1.50 2.60 0.775 1.50 2.511 .805 2.00 3.558 0.980 2.00 3.1*37 1.01*0 2.00 3.319 1.081

2.50 i*.i»10 1.268 2.50 i*.259 1.31*0 2.50 i*.113 1.392

3.00 5.2<f7 1.51*5 3.00 5.067 1.629 3.00 i*.892 1.692

3.50 6.069 1.857 3.50 5.861 1.953 3.50 5.657 2.030

(f.00 6.877 2.158 <*.00 6.61*0 2.267 4.00 6.1*09 2.357

it. 50 7.671 2.1*95 i*.50 7.1*05 2.619 i*.50 7.11*7 2.723

5.00 8.i»50 2.822 5.00 8.157 2.960 5.00 7.871 3.105

5.50 9.215 3.187 5.50 8.895 3.31*1 5.50 8.582 3.503

6.00 9.967 3.51*2 6.00 9.619 3.738 6.00 9.279 3.889

6.50 10.705 3.937 6.50 10.330 i*.152 6.50 9.961* i*.321 7.00 11. **29 i*.3i*9 7.00 11.027 i».55l* 7.00 10.636 4.771

7.50 12. 140 i*.778 7.50 11.712 5.003 7.50 11.291* 5.239

8.00 12.837 5.196 8.00 12.381* 5.1*69 8.00 11.91*1 5.697

6.50 13.522 5.661 8.50 13.01*2 5.955 8.50 12.575 6.205

9.00 I**. 191* 6.11*3 9.00 13.689 6.1*31 9.00 13.196 6.731* 9.50 14.852 6.6t»6 9.50 li*. 323 6.958 9.50 13.806 7.285

10.00 15. i»99 7.11*0 10.00 11*. 9i*i* 7.506 10.00 11*. 1*03 7.860 10.50 16.133 7.681* 10.50 15.551* 8.077 10.50 li*. 989 8.1*59 11.00 16. 751* 8.251 11.00 16.151 8.672 11.00 15.563 9.081* 11.50 17.361* 8.81*1 11.50 16.737 9.292 11.50 16.125 9.731* 12.00 17.961 9.1*56 12.00 17.311 9.939 12.00 16.676 10.1*13 12.50 18.51*7 10.097 12.50 17.873 10.612 12.50 17.216 11.118

13.00 19.121 10.761* 13.00 18.1*21* 11.313 13.00 17.71*5 11.855

13.50 19.683 11.1*59 13.50 18.961* 12.01*2 13.50 18.262 12.661

li*.00 20.23<* 12.182 11*. 00 19.1.93 12.801* li*. 00 18.769 13.1*63 14.50 20.771* 12.931* li*. 50 20.010 13.635 li*. 50 19.266 li*. 297

179.00 35.187 178.00 33.557 177.00 31.981*

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.1*0 0.659 0.205 0.1*0 0.636 0.213 0.1*0 0.613 0.21*6 0.60 1.309 0.i*i*0 0.80 1.263 0.1*58 0.80 1.218 0.1*76 1.20 1.91*9 0.660 1.20 1.881 0.686 1.20 1.811* 0.713

1.60 2.581 0.886 1.60 2.1*90 0.923 1.60 2.1*01 0.960

2.00 3.203 1.123 2.00 3.090 1.167 2.00 2.979 1.21*1

2.1*0 3.816 1.391 2.1*0 3.681 1.1*1*6 2.1*0 3.51*9 1.505

2.60 i».i*21 1.61*3 2.80 i*.26l* 1.709 2.80 it.110 1.805

3.20 5.017 1.903 3.20 i*.838 1.980 3.20 i*.663 2.088

3.60 5.601* 2.172 3.60 5.1*03 2.288 3.60 5.207 2.382

it. 00 6.182 2.1*78 i*.00 5.960 2.578 i*.00 5. 7i*i* 2.711*

4.1*0 6.752 2.766 t*.i*0 6.509 2.907 4.40 6.272 3.028

l*.80 7.313 3.092 i*.80 7.01*9 3.219 i*.80 6.792 3.383

5.20 7.866 3.1*01 5.20 7.582 3.51*1 5.20 7.301* 3.719

5.60 8.1*10 3.720 5.60 8.106 3.901* 5.60 7.808 i*.099 6.00 8.91*7 i*.079 6.00 8.622 i*.2i*9 6.00 8.301* i*.i»60 6.1*0 9.i*75 i*.i*21 6.1*0 9.130 i*.636 6.1*0 8.7 93 i*.865 6.80 9.995 i*. 803 6.80 9.630 5.006 6.80 9.273 5.253

7.20 10.507 5.169 7.20 10.122 5.1*20 7.20 9.71*7 5.687

7.60 11.011 5.578 7.60 10.607 5.816 7.60 10.212 6.101

8.00 11.507 5.969 6.00 11.081* 6.258 8.00 10.671 6.565

8.1*0 11.996 6.1*06 8.1*0 11.553 6.715 8.1*0 11.121 7.0i*i* 8.80 12.1*76 6.825 8.80 12.015 7.155 6.80 11.565 7.505

9.20 12.950 7.291 9.20 12.1*70 7.61*1* 9.20 12.001 8.018

9.60 13.1*15 7.739 9.60 12.917 8.150 9.60 12.430 8.51*8 10.00 13.871* 8.236 10.00 13.357 8.636 10.00 12.853 9.059

10.40 li*. 32i» 8.751 10.1*0 13.790 9.177 10.1*0 13.268 9.627 10.60 li*. 768 9.247 10.80 li*. 215 9.736 10.80 13.676 10.215

11.20 15.201* 9.797 11.20 li*. 631* 10.273 11.20 11*. 077 10.821

11.60 15.633 10.365 11.60 15.01*6 10.871 11.60 li*. i*72 11.1*09

PAGE E10
B FACTORS FOR OXYGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) <R) (PSIA) (R) (PSIA)

176.00 3 0.467 175.00 29.005 174.00 27.597

DTV OPV B DTV OPV B DTV DPV E (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0. 000 0.00 0.000 0.000 0.00 0.000 0.000

0.40 0.591 0.256 0.40 0.570 0.240 0.40 0.549 0.277

o.so 1.174 0.495 0.80 1.131 0.515 0.80 1.089 0.536

1.20 1.748 0.742 1.20 1.68 4 0.772 1.20 1.622 0.605

1.60 2.313 1.026 1.60 2.228 1.039 1.60 2.146 1.112

2.00 2.870 1.291 2.00 2.765 1.344 2.00 2.662 1.401

2.40 3.419 1.594 2.40 3.293 1.631 2.40 3.170 1.730

2.80 3.959 1.879 2.80 3.813 1.958 2.80 3.670 2.041

. 3.20 4.492 2.175 3.20 4.325 2.265 3.20 4.162 2.394

3.60 5.016 2.510 3.60 4.829 2.615 3.60 4.647 2.727

if. 00 5.532 2.827 4.00 5.325 2.946 4.00 5.124 3.105

4.40 6.040 3.186 4.40 5.814 3.320 4.40 5.593 3.497

4.80 6.540 3.526 4.80 6.294 3.676 4.80 6.055 3.870

5.20 7.032 3.909 5.20 6.768 4.077 5.20 6.510 4.290

5.60 7.517 4.274 5.60 7.233 4.458 5.60 6.957 4.725

6.00 7.994 4.684 6.00 7.692 4.887 6.00 7.397 5.140

6.40 8.463 5.109 6.40 8.142 5.332 6.40 7.830 5.606

6.80 8.925 5.515 6.60 8.586 5.756 6.80 8.255 6.089

7.20 9.380 5.97 7.20 9.022 6.232 7.20 8.674 6.550

7.60 9.827 6.440 7.60 9.451 6.725 7.60 9.086 7.067

8.00 10.267 6.891 6.00 9.874 7.197 8.00 9.490 7.603

6.k0 10.700 7.394 8.40 10.289 7.725 8.40 9.888 8.159

6.80 11.125 7.915 8.80 10.697 8.272 8.80 10.280 8.691

9.20 11.544 8.415 9.20 11.098 8.836 9.20 10.664 9.287

9.60 11.956 8.973 9.60 11.493 9.381 9.60 11.042 9.902 10.00 12.360 9.550 10.00 11.881 9.988 10.00 11.414 10.541

10. 40 12.758 10.148 10.40 12.262 10.614 10.40 11.779 11.201

10.80 13.150 10.723 10.80 12.637 11.264 10.80 12.137 11.887

11.20 13.534 11.363 11.20 13.005 11.936 11.20 12.490 12.595

11.60 13.912 12.023 11.60 13.367 12.631 11.60 12.836 13.330

173.00 26.240 172.00 24.935 171.00 23.680

0.00 0.000 0.000 0.00 .000 0.000 0.00 0.000 0.000

0.40 0.528 0.260 0.40 0.508 0.301 0.40 0.489 0.314

0.80 1.048 0.558 0.80 1.008 0.582 0.80 0.969 0.607

1.20 1.560 0.838 1.20 1.50 0.905 1.20 1.443 0.944

1.60 2.064 1.159 1.60 1.985 1.206 1.60 1.908 1.261

2.00 2.560 1.460 2.00 2.462 1.555 2.00 2.367 1.623

2.40 3.049 1.803 2.40 2.931 1.914 2.40 2.817 1.998

2.80 3.529 2.128 2.80 3.393 2.254 2.80 3.261 2.353

3.20 4.003 2.496 3.20 3.84 8 2.640 3.20 3.697 2.756

3.60 4.468 2.845 3.60 4.295 3.040 3.60 4.126 3.175

4.00 4.927 3.240 4.00 4.735 3.420 4.00 4.549 3.572

4.40 5.377 3.650 4.40 5.168 3.849 4.40 4.964 4.022

4.80 5.821 4. 039 4.60 5.593 4.295 4.60 5.372 4.489

5.20 6.257 4.479 5.20 6.012 4.718 5.20 5.773 4.972

5.60 6.686 4. 934 5.60 6.42 4 5.196 5.60 6.168 5.433

6.00 7.109 5.369 6.00 6.82 8 5.691 6.00 6.556 5.953

6.40 7.524 5. 857 6.40 7.226 6.205 6.40 6.937 6.491

6.80 7.932 6.363 6.60 7.618 6.696 6.80 7.312 7.051

7.20 8.333 6.887 7.20 8.002 7.247 7.20 7.680 7.629

7.60 8.728 7.390 7.60 8.380 7.818 7.60 8.0 42 8.230

8.00 9.116 7. 953 8.00 8.752 8.411 8.00 8.397 8.854

8.40 9.497 8.534 8.40 9.117 9.024 8.40 8 . 7 '; 7 9.499

8.60 9.872 9.139 8.80 9.475 9.661 8.80 9.090 10.169

9.20 10.240 9.764 9.20 9.828 10.320 9.20 9.427 10.866

9.60 10.602 10.411 9.60 10.17 4 11.003 9.60 9.758 11.586

10.00 10.957 11.084 10.00 10.514 11.712 10.00 10.083 12.333

10.40 11.307 11.779 10.40 10.846 12.449 10.40 10.402 13.109

10.80 11.650 12.500 10.80 11.176 13.210 10.60 10.715 13.913

11.20 11.987 13.250 11.20 11.498 14.000 11.20 11.023 14.747

11.60 12.316 14.024 11.60 11.814 14.819 11.60 11.325 15.610

PAGE Ell
B FACTORS FOR OXYGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R> (PSIA)

170.00 22. 473 169.00 21.313 168.00 20.200

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R> (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.30 0.353 0.228 0.30 0.338 0.236 0.30 0.325 0.248

0.60 0.701 0.462 0.60 0.673 0.517 0.60 0.646 0.540

0.90 1.0 46 0.737 0.90 1.00 4 0.769 0.90 0.964 0.804

1.20 1.386 0.985 1.20 1.330 1.029 1.20 1.277 1.075

1.50 1.722 1.241 1.50 1.653 1.29 6 1.50 1.586 1.392

1.80 2.054 1.503 1.80 1.971 1.607 1.80 1.892 1.660

2.10 2.382 1.809 2.10 2.286 1.890 2.10 2.194 1.976

2.1*0 2.706 2.087 2.40 2.597 2.181 2.40 2.491 2.320

2.70 3.026 2.373 2.70 2.903 2.48 2.70 2.785 2.634

3.00 3.342 2.667 3.00 3.206 2.827 3.0C 3.076 2.957

3.30 3.654 3.007 3.30 3.506 3.144 3.30 3.362 3.330

3.60 3.962 3.318 3.60 3.801 3.470 3.60 3.645 3.673

3.90 4.266 3.638 3.90 4.092 3.846 3.90 3.924 4.026

^. 20 4.566 4.007 4.20 4.380 4.192 4.20 4.200 4.431

4.50 4.863 4.346 4.50 4.664 4.589 4.50 4.472 4.805

4.80 5.156 4.694 4.80 4.945 4.955 4.80 4.740 5.234

5.10 5.445 5. 093 5.10 5.221 5.331 5.10 5.005 5.629

5.40 5.730 5.462 5.40 5.495 5.762 5.40 5.267 6.082

5.70 6.012 5.841 5.70 5.764 6.160 5.70 5.525 6.502

6.00 6.290 6.274 6.00 6.030 6.616 6.00 5.779 6.980

6.30 6.564 6.675 6.30 6.293 7.038 6.30 6.030 7.425

6.60 6.835 7.130 6.60 6.552 7.517 6.60 6.278 7.931

6.90 7.102 7.555 6.90 6.80 8 7.965 6.90 6.522 8.402

7.20 7.366 8.037 7.20 7.060 8.473 7.20 6.763 8.937

7.50 7.626 8.487 7.50 7.308 8.945 7.50 7.001 9.435

7.80 7.883 8.994 7.80 7.554 9.482 7.80 7.235 10.001

8.10 8.136 9.470 8.10 7.796 9.982 8.10 7.466 10.529

8.1*0 8.386 10.007 8.40 8.035 10.549 8.40 7.694 11.126

8.70 8.632 10.509 8.70 8.270 11.078 8.70 7.919 11.687

167.00 19.131 166.00 18.107 165.00 17.12 4

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.30 0.312 0.297 0.30 0.30 0.271 0.30 0.286 0.325

0.60 0.620 0.565 0.60 0.595 0.551 0.60 0.569 0.618

0.90 0.924 0.840 0.90 0.866 0.879 0.90 0.848 0.920

1.20 1.224 1.163 1.20 1.174 1.176 1.20 1.124 1.274

1.50 1.521 1.456 1.50 1.458 1.523 1.50 1.396 1.595

1.80 1.814 1.757 1.80 1.739 1.839 1.80 1.664 1.970

2.10 2.103 2.106 2.10 2.015 2.163 2.10 1.929 2.311

2.40 2.366 2.427 2.40 2.289 2.541 2.40 2.191 2.708

2.70 2.670 2.757 2.70 2.558 2.886 2.70 2.449 3.071

3.00 2.948 3.138 3.00 2.824 3.286 3.00 2.703 3.491

3.30 3.222 3.487 3.30 3.087 3.653 3.30 2.954 3.877

3.60 3.493 3.690 3.60 3.346 4.076 3.60 3.202 4.322

3.90 3.760 4.261 3.90 3.602 4.465 3.90 3.446 4.731

4.20 4.024 4.687 4.20 3.854 4.913 4.20 3.687 5.203

4.50 4.284 5.060 4.50 4.102 5.325 4.50 3.925 5.638

4.80 4.541 5.531 4.60 4.348 5.800 4.80 4.159 6.138

5.10 4.794 5.948 5.10 4.590 6.237 5.10 4.390 6.599

5.40 5.0 44 6.425 5.40 4.829 6.739 5.40 4.618 7.127

5.70 5.290 6.866 5.70 5.064 7.204 5.70 4.843 7.619

6.00 5.534 7.371 6.00 5.297 7.735 6.00 5.065 8.178

6.30 5.774 7.839 6.30 5.526 8.228 6.30 5.283 8.754

6.60 6.010 8.373 6.60 5.752 8.789 6.60 5.499 9.293

6.90 6.244 8.869 6.90 5.974 9.314 6.90 5.711 9.903

7.20 6.474 9.434 7.20 6.194 9.907 7.20 5.921 10.531

7.50 6.701 9.960 7.50 6.410 10.518 7.50 6.127 11.119

7.80 6.924 10.556 7.80 6.624 11.090 7.80 6.331 11.784

8.10 7.145 11.171 8.10 6.634 11.739 8.10 6.531 12.470

8.40 7.363 11.745 8.40 7.042 12.405 8.40 6.729 13.113

8.70 7.577 12.394 8.70 7.246 13.031 8.70 6.923 13.839

PAGE E12
B FACTORS FOR OXYGEN

TF1 PF1

(R) (PSIA)

it. 00 16.183

DTV DPV B

(R) (PSIA)

0.00 0.000 0.000

0.30 0.271* 0.297

0.60 0.545 0.647

0.90 0.812 0.963

1.20 1.076 1.334

1.50 1.336 1.671

1.60 1.593 2.064

2.10 1.846 2.422

2.40 2.096 2.839

2.70 2.342 3.220

3.00 2.586 3.661

3.30 2.826 4. 066 3.60 3.062 4.535

3.90 3.296 4.965

<*.20 3.526 5.461

4.50 3.753 5.919

4.80 3.976 6.444

5.10 4.197 6. 986

5.1*0 4.1*15 7.488

5.70 4.629 8.061

6.00 4.840 8.595

6.30 5.0 49 9.202

6.60 5.254 9.830

6.90 5.457 10.414

7.20 5.656 11. 078

7.50 5.853 11.761

7.80 6.047 12.466

B.10 6.238 13.127

8.40 6.426 13.873

8.70 6.611 14.640

161.00 13.597

0.00 0.000 0.000

0.30 0.240 0.343

0.60 0.476 0.746

0.90 0.710 1.111

1.20 0.940 1.540

1.50 1.167 1.93

1.80 1.390 2.385

2.10 1.611 2.855

2.40 1.829 3.285

2.70 2.043 3.784

3.00 2.254 4.242

3.30 2.463 4.771

3.60 2.668 5.319

3.90 2.871 5.823

4.20 3.070 6.404

4.50 3.267 7.003

4.80 3.461 7.620

5.10 3.652 8.194

5.40 3.840 8.850

5.70 4.025 9.525

6.00 4.208 10.223

6.30 4.387 10.875

6.60 4.565 11.617

6.90 4.739 12.382

7.20 4.911 13.168

7.50 5.080 13.982

7.80 5.247 14.818

8.10 5.411 15.609

8.40 5.572 16.500

8.70 5.731 17.417

TF1 PF1

(P) (PSIA) 63.00 15.283

DTV DPV B (R) (PSIA)

0.00 0.00 0.000

0.30 0.263 0.312

0.60 0.522 0.67 8 0.90 0.778 1.010

1.20 1.030 1.399

1.50 1.27 8 1.752

1.80 1.524 2.164

2.10 1.766 2.540

2.40 2.005 2.978

2.70 2.240 3.378

3.00 2.473 3.843

3.30 2.702 4.269

3.60 2.92 8 4.761

3.90 3.150 5.215

4.20 3.370 5.736

4.50 3.586 6.274

4.80 3.600 6.771

5.10 4.010 7.343

5.40 4.218 7.93

5.70 4.422 8.477

6.00 4.62 4 9.100

6.30 4.822 9.742

6.60 5.018 10.342

6.90 5.211 11.023

7.20 5.401 11.726

7.50 5.588 12.449

7.80 5.772 13.128

8.10 5.95 4 13.896

8.40 6.133 14.685

8.70 6.309 15.500

160.00 12.810

0.00 0.00 0.000

0.20 0.153 0.256

0.40 0.30 4 0.517

0.60 .455 0.783

0.80 0.603 1.055

1.00 0.751 1.334

1.20 0.897 1.618 1.40 1.042 1.90 8 1.60 1.18 5 2.204

1.80 1.327 2.506

2.00 1.467 2.816

2.20 1.60 7 3.188

2.40 1.745 3.511

2.60 1.881 3.841

2.80 2.017 4.177

3.00 2.151 4.521

3.20 2.28 3 4.873

3.40 2.415 5.230

3.60 2.545 5.597

3.80 2.674 6.033

4.00 2.801 6.415

4.20 2.92 8 6.805

4.40 3.053 7.204

4.60 3.177 7.611

4.80 3.299 8.027

5.00 3.421 8.517

5.20 3.541 8.951

5.40 3.66 9.393

5.60 3.778 9.846

5.80 3.894 10.307

TF1 PF1

(R) (PSIA) 162.00 14.421

DTV DPV B (R) (PSIA)

0.00 0.000 0.000

0.30 0.251 0.327

0.60 0.499 0.711

0.90 0.743 1.059

1.20 0.984 1.467

1.50 1.222 1.838

1.80 1.456 2.271

2.10 1.6 87 2.667

2.40 1.915 3.126

2.70 2.140 3.548

3.00 2.362 4.036

3.30 2.580 4.539

3.60 2.796 5.003

3.90 3.008 5.537

4.20 3.218 6.087

4.50 3.424 6.596

4.80 3.628 7.181

5.10 3.828 7.783

5.40 4.026 8.343

5.70 4.220 8.982

6.00 4.412 9.641

6.30 4.601 10.257

6.60 4.788 10.956

6.90 4.971 11.678

7.20 5.152 12.422

7.50 5.330 13.189

7.80 5.505 13.907

8.10 5.678 14.721

8.40 5.848 15.563

8.70 6.015 16.423

59.00 12.059

0.00 0.000 0.000

0.20 0.146 0.268

0.40 0.291 0.543

0.60 0.434 0.823

0.80 0.576 1.109

1.00 0.716 1.402

1.20 0.856 1.757

1.40 0.994 2.063

1.60 1.130 2.376

1.80 1.266 2.695

2.00 1.400 3.021

2.20 1.532 3.354

2.40 1.664 3.694

2.60 1.794 4.042

2.80 1.923 4.459

3.00 2.050 4.822

3.20 2.177 5.193

3.40 2.302 5.573

3.60 2.426 5.959

3.80 2.548 6.355

4.00 2.670 6.824

4.20 2.790 7.238

4.40 2.909 7.659

4.60 3.027 8.091

4.80 3.143 8.530

5.00 3.259 9.050

5.20 3.373 9.509

5.40 3.486 9.980

5.60 3.598 10.458

5.80 3. 709 11.021

PAGE E13
B FACTORS FOR OXYGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

158.00 11.343 157.00 10.659 156.00 10.009

DTV DPV B DTV DPV B DTV DPV B

(R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.20 0.140 0.339 0.20 0.132 0.297 0.20 0.127 0.313

0.40 0.278 0.626 0.40 0.264 0.600 0.40 0.252 0.632

0.60 0.414 0.923 0.60 0.394 0.911 0.60 0.376 0.959

0.80 0.550 1.225 0.80 0.523 1.289 0.80 0.498 1.293

1.00 0.684 1.534 1.00 0.650 1.614 1.00 0.620 1.700

1.20 0.816 1.849 1.20 0.777 1.946 1.20 0.740 2.051

1.40 0.948 2.171 1.40 0.902 2.286 1.40 0.859 2.409

1.60 1.078 2.500 1.60 1.026 2.633 1.60 0.977 2.775

1.80 1.207 2.898 1.80 1.148 2.988 1.80 1.093 3.149

2.00 1.334 3.243 2.00 1.270 3.416 2.00 1.209 3.601

2.20 1.461 3.595 2.20 1.390 3.787 2.20 1.323 3.993

2.40 1.586 3.954 2.40 1.509 4.166 2.40 1.436 4.394

2.60 1.710 4.321 2.60 1.627 4.555 2.60 1.548 4.804

2.80 1.832 4.697 2.80 1.743 4.951 2.80 1.659 5.295

3.00 1.954 5.146 3.00 1.859 5.426 3.00 1.768 5.725

3.20 2.074 5.539 3.20 1.973 5.640 3.20 1.877 6.163

3.40 2.193 5.939 3.40 2.086 6.264 3.40 1.984 6.612

3.60 2.311 6.350 3.60 2.198 6.697 3.60 2.090 7.146

3.80 2.427 6.768 3.80 2.309 7.212 3.80 2.195 7.615

4.00 2.543 7.266 4.00 2.418 7.666 4.00 2.300 8.094

4.20 2.657 7.703 4.20 2.527 8.128 4.20 2.403 8.585

4.40 2.770 8.150 4.40 2.634 8.602 4.40 2.504 9.166

4.60 2.882 8.606 4.60 2.740 9.162 4.60 2.605 9.679

4.80 2.993 9.145 4.80 2.845 9.656 4.80 2.705 10.203

5.00 3.102 9.624 5.00 2.950 10.161 5.00 2.804 10.823

5.20 3.211 10.111 5.20 3.053 10.679 5.20 2.901 11.372

5.40 3.318 10.610 5.40 3.154 11.287 5.40 2.998 11.933

5.60 3.424 11.195 5.60 3.255 11.827 5.60 3.093 12.592

5.80 3.529 11.715 5.80 3.355 12.378 5.80 3.188 13.178

155.00 9.389 154.00 8.600 153.00 8.241

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.20 0.120 0.329 0.20 0.114 0.347 0.20 0.109 0.367

0.40 0.239 0.666 0.40 0.227 0.703 0.40 0.216 0.742

0.60 0.357 1.011 0.60 0.339 1.066 0.60 0.322 1.201

0.80 0.473 1.363 0.60 0.450 1.510 0.80 0.427 1.595

1.00 0.589 1.793 1.00 0.559 1.892 1.00 0.532 1.998

1.20 0.703 2.162 1.20 0.668 2.282 1.20 0.635 2.411

1.40 0.316 2.541 1.40 0.775 2.682 1.40 0.736 2.912

1.60 0.928 2.927 1.60 0.881 3.166 1.60 0.837 3.345

1.60 1.039 3.394 1.80 0.986 3.584 1.80 0.937 3.788

2.00 1.146 3.800 2.00 1.091 4.013 2.00 1.036 4.324

2.20 1.257 4.214 2.20 1.194 4.452 2.20 1.133 4.789

2.40 1.364 4.636 2.40 1.295 4.979 2.40 1.230 5.264

2.60 1.470 5.147 2.60 1.396 5.438 2.60 1.325 5.836

2.80 1.575 5.591 2.80 1.496 5.908 2.80 1.420 6.335

3.00 1.680 6.045 3.00 1.595 6.472 3.00 1.513 6.846

3.20 1.783 6.510 3.20 1.692 6.965 3.20 1.606 7.456

3.40 1.884 7.064 3.40 1.789 7.468 3.40 1.697 7.992

3.60 1.985 7.550 3.60 1.88 4 8.069 3.60 1.788 8.540

3.80 2.065 8.047 3.80 1.97 9 6.597 3.80 1.877 9.192

4.00 2.184 6.636 4.00 2.072 9.137 4.00 1.966 9.767

4.20 2.281 9.159 4.20 2.165 9.778 4.20 2.053 10.448

4.40 2.378 9.691 4.40 2.256 10.344 4.40 2.140 11.051

4.60 2.473 10.321 4.60 2.347 10.923 4.60 2.226 11.668

4.60 2.568 10. 878 4.60 2.436 11.607 4.80 2.310 12.396

5.00 2.661 11.448 5.00 2.525 12.213 5.00 2.394 13.042

5.20 2.754 12.119 5.20 2.612 12.927 5.20 2.477 13.803

5.40 2.845 12.716 5.40 2.699 13.563 5.40 2.558 14.481

5.60 2.936 13.326 5.60 2.785 14.214 5.60 2.639 15.175

5.80 3.025 14.042 5.80 2.869 14.976 5.80 2.719 15.988

PAGE E14
8 FACTORS FOR OXYGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R> (PSIA) 152.00 7.70 9 151.00 7.205 150.00 6.72 8

DTV OPV B DTV QPV 8 OTV OPV e (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 .000 0.000 0.00 0.000 0.000

0.20 0.103 0.387 0.20 0.097 0.409 0.20 0.093 0.520

0.40 0.204 0.862 0.40 0.194 0.829 0.40 0.184 0.965

0.60 0.305 1.269 0.60 0.289 1.342 0.60 0.275 1.420

0.80 0.405 1.685 o.eo 0.384 1.783 0.80 0.364 1.977

1.00 0.504 2.193 1.00 0.47 7 2.234 1.00 0.453 2.457

1.20 0.601 2.631 1.20 0.570 2.783 1.20 0.540 3.040

1.1*0 0.698 3.079 1.40 0.661 3.258 1.40 0.627 3.544

1.60 0.793 3.622 1.60 0.752 3.744 1.60 0.713 4.061

1.80 0.888 4.092 1.80 0.841 4.332 1.80 0.797 4.686

2.00 0.981 4.574 2.00 0.930 4.81,2 2.00 0.881 5.229

2.20 1.074 5.154 2.20 1.017 5.45 8 2.20 0.964 5.884

2.1*0 1.165 5.659 2.40 1.104 5.994 2.40 1.045 6.456

2.60 1.256 6.177 2.60 1.190 6.544 2.60 1.126 7.041

2.80 1.345 6.797 2.80 1.27 4 7.202 2.80 1.206 7.742

3.00 1.434 7.341 3.00 1.358 7.779 3.00 1.285 8.356

3.20 1.521 7.989 3.20 1.441 8.469 3.20 1.364 9.090

3. 40 1.608 8.560 3.40 1.522 9.075 3.40 1.441 9.737

3.60 1.694 9.143 3.60 1.603 9.696 3.60 1.517 10.507

3.80 1.778 9.837 3.80 1.683 10.433 3.80 1.593 11.184

4.00 1.862 10.449 4.00 1.762 11.083 4.00 1.667 11.990

4.20 1.945 11.175 4.20 1.841 11.855 4.20 1.741 12.704

4.40 2.026 11.818 4.40 1.918 12.540 4.40 1.814 13.546

4.60 2.107 12.476 4.60 1.994 13.348 4.60 1.886 14.297

4.80 2.187 13.251 4.80 2.070 14.065 4.80 1.957 15.178

5.00 2.266 13.939 5.00 2.144 14.911 5.00 2.028 15.966

5.20 2.345 14.751 5.20 2.218 15.665 5.20 2.097 16.892

5.40 2.422 15.475 5.40 2.291 16.548 5.40 2.166 17.718

5.60 2.498 16.324 5.60 2.363 17.340 5.60 2.234 18.688

5.80 2.574 17.081 5.80 2.43 4 18.265 5.80 2.301 19.554

149.0 6.275 148.00 5.847 147.00 5.44 3

0.00 0.000 0.000 0.00 0.00 0.000 0.00 0.000 0.000

0.20 0.0 87 0.550 0.20 0.083 0.583 0.20 0.079 0.619

0.40 0.174 1.022 0.40 .164 1.083 0.40 0.156 1.150

0.60 0.260 1.505 0.60 0.245 1.596 0.60 0.232 1.800

0.80 0.344 2.095 0.80 0.325 2.222 0.80 0.308 2.359

1.00 0.428 2.604 1.00 0.404 2.762 1.00 0.382 3.042

1.20 0.511 3.223 1.20 0.483 3.419 1.20 0.456 3.632

1.40 0.592 3.758 1.40 0.56 3.988 1.40 0.529 4.348

1.60 0.673 4.307 1.60 0.636 4.678 1.60 0.601 4.970

1.80 0.753 4.971 1.80 0.712 5.276 1.80 0.672 5.721

2.00 0.832 5.547 2.00 0.786 6.000 2.00 0.743 6.377

2.20 0.911 6.243 2.20 0.860 6.631 2.20 0.812 7.167

2.40 0.988 6.851 2.40 0.933 7.388 2.40 0.881 7.856

2.60 1.064 7.580 2.60 1.005 8.053 2.60 0.949 8.685

2.80 1.140 8.218 2.80 1.076 8.847 2.80 1.016 9.412

3.00 1.214 8.982 3.00 1.147 9.547 3.00 1.083 10.282

3.20 1.288 9.655 3.20 1.216 10.382 3.20 1.148 11.047

3.40 1.361 10.454 3.40 1.285 11.116 3.40 1.213 11.959

3.60 1.433 11.162 3.60 1.353 11.992 3.60 1.277 12.895

3.80 1.504 12.000 3.80 1.420 12.765 3.80 1.340 13.723

4.00 1.575 12.743 4.00 1.487 13.683 4.00 1.402 14.705

4.20 1.644 13.623 4.20 1.552 14.496 4.20 1.464 15.577

4.40 1.713 14.403 4.40 1.617 15.457 4.40 1.525 16.606

4.60 1.781 15.326 4.60 1.681 16.444 4.60 1.5 85 17.661

4.80 1.848 16.145 4.80 1.744 17.322 4.80 1.644 18.606

5.00 1.915 17.112 5.00 1.806 18.358 5.00 1.703 19.713

5.20 1.980 17.974 5.20 1.868 19.281 5.20 1.761 20.704

5.40 2.045 18.984 5.40 1.929 20.364 5.40 1.816 21.666

5.60 2.109 20.023 5.60 1.989 21.474 5.60 1.875 23.057

5.80 2.172 20.952 5.80 2.048 22.475 5.80 1.930 24.132

PAGE E15
B FACTORS FOR OXYGEN

TF1 PF1 TF1 PF1 TF1 PF1

(R) ( PSIA) (R) (PSIA) (R) (PSIA)

1<*6.00 5.061 11.5.00 i*.700 li*i*. 00 l*.36

DTV DPV B DTV DPV B DTV DPV B (R> (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0. 000 0.00 0.000 0.000 0.00 0.000 0.000

0.10 0.037 0.218 0.10 0.035 0.3i*7 0.10 0.032 0.369

0.20 0.071* 0.5i*8 0.20 0.069 0.699 0.20 0.065 0.620

0.30 0.111 0.882 0.30 0.101* 1.055 0.30 0.0 97 0.998

0.<f0 0.1<*7 1.221 0.1*0 0.138 1.298 0.i*0 0.130 1.382

0.50 0.183 1.1*52 0.50 0.17 2 1.661* 0.50 0.162 1.771

0.60 0.219 1.799 0.60 0.206 2.031* 0.60 .191* 2.165

0.70 0.255 2.151 0.70 0.21*0 2.1*08 0.70 0.225 2.1.36 0.60 0.290 2.507 0.80 0.27 3 2.667 0.80 0.257 2.839

0.90 0.326 2.752 0.90 0.30 6 3.051 0.90 0.288 3.2i»9 1.00 0.361 3.117 1.00 0.31*0 3.<*i*0 1.00 0.319 3.663

1.10 0.396 3.1*86 1.10 0.37 2 3.833 1.10 0.350 i*.083 1.20 0.<f30 3.860 1.20 0.1*0 5 i*.108 1.20 0.381 i*.376 1.30 .1*65 i*.239 1.30 .1*37 i*.512 1.30 0.1*11 i*.807 i.M) 0.1*99 i*. 501* 1.1*0 0.1*7 i*.920 1.1*0 0.1*1*2 5.21*3 1.50 0.533 i*.892 1.50 0.50 2 5.335 1.50 0.1*72 5.685

1.60 0.567 5.285 1.60 0.531* 5.755 1.60 0.502 6.132

1.70 0.601 5.682 1.70 0.565 6.051 1.70 0.532 6.1*1*9 1.80 0.631* 5.961* 1.80 0.597 6.1*80 1.80 0.561 6.908

1.90 0.667 6.371 1.90 0.628 6.916 1.90 0.591 7.372

2.00 0.701 6.781* 2.00 0.659 7.358 2.00 0.620 7.8i*i* 2.10 0.733 7.201 2.10 0.690 7.801* 2.10 0.61*9 8.321

2.20 0.766 7.500 2.20 0.721 8.123 2.20 0.678 8.662

2.30 0.798 7.928 2.30 0.751 8.582 2.30 Q.707 9.152

2.U1 0.831 8.361 2.1*0 0.782 9.0i*i* 2.1*0 0.735 9.61*6 2.50 0.863 8.800 2.50 0.812 9.511* 2.50 0.763 10.11*9 2.60 0.895 9.21*5 2.60 0.81*2 9.989 2.60 0.792 10.656

2.70 0.926 9.566 2.70 0.872 10.331* 2.70 0.820 11.172

2.60 0.958 10. 021 2.80 0.901 10.822 2.80 0.81*7 11.51*7 2.90 0.989 10.1*82 2.90 0.931 11.311* 2.90 0.875 12.071*

11*3.00 i*.0i»l 11*2.00 3.71*0 11*1.00 3.1*5 8

0.00 0.000 0. 000 0.00 0.000 0.000 0.00 0.000 0.000

0.10 0.031 0.393 0.10 0.029 0.1.20 0.10 0.026 O.1.1.8 0.20 0.062 0.660 0.20 0.058 0.701. 0.20 0.055 0.902

0.30 0.092 1.061. 0.30 0.087 1.131. 0.30 0.0 82 1.363

0.1*0 0.123 1.1.72 0.1*0 0.115 1.571 0.1*0 0.109 1.677

0.50 0.153 1.887 0.50 0.11.3 2.013 0.50 0.135 2.150

0.60 0.183 2,307 0.6 0.172 2.1.61 0.60 0.162 2.629

0.70 0.213 2.596 0.70 0.200 2.916 0.70 0.188 3.111. 0.60 0.2i*2 3.027 0.8 0.227 3.230 0.8 0.211. 3.607

0.90 0.272 3.1*63 0.90 .255 3.696 0.90 0.21*0 i*.107 1.00 0.3 01. 3.905 1.00 0.282 1..169 1.00 0.266 i».613 1.10 0.330- i*.35i* 1.10 0.310 1..61.7 1.10 0.291 1..966 1.20 0;359 i*.667 1.20 .337 5.133 1.20 0.317 5.1.86 1.30 0.388 5.126 1.30 0.361. 5.62 5 1.30 0.3i«2 6.012

1.1*0 0.1*16 5.592 l.i*0 0.391 5.971 1.1*0 0.367 6.51.7 1.50 0.i*i*i* 6.061. 1.50 0.1.17 6.1*75 1.50 0.392 7.088

1.60 0.1.73 6.51*2 1.60 .1*1*1* 6.987 1.60 0.1*17 7.638

1.70 0.501 7.027 1.70 0.1*7 7.505 1.70 0.1*1*1 8.191* 1.80 0.528 7.371 1.80 0.1*96 8 .032 1.80 0.1.66 8.590

1.90 0.556 7.868 1.90 0.522 8.56i* 1.90 0.1.90 9.161

2.00 0.583 8.372 2.00 0.51*6 9.105 2.00 0.5H. 9.739

2.10 0.611 8. 881 2.10 0.573 9.1*91 2.10 0.538 10.327

2.20 0.638 9.399 2.20 0.599 10.0i*5 2.20 0.562 10.921

2.30 0.665 9.922 2.30 0.621* 10.606 2.30 0.585 11.525

2.1*0 0.692 10.300 2.1*0 0.61*9 11.175 2.1*0 0.609 12.136

2.50 0.718 10.837 2.50 0.671* 11.751 ' 2.50 0.632 12.755

2.60 0.71.5 11.382 2.60 0.699 12.337 2.60 0.655 13.206

2.70 0.771 11.933 2.70 0.72 3 12.929 2.70 0.678 13.81*1 2.80 0.797 12.1*92 2.80 0.71.8 13.361 2.80 0.701 li*. 1.87 2.90 0.823 13.058 2.90 0.772 13.968 2.90 0.721. 15.11*0

PAGE E16
Appendix F: B-factors for refrigerant 114, calculated from eq (5).

B FACTORS FOR REFRIGERANT 114

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA) 750.00 454.906 745.00 432.903 740.00 412.077

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

2.00 8.950 0.227 2.10 8.882 0.155 2.20 8.828 0.140

4.00 17.702 0.434 4.20 17.568 0.315 4.40 17.466 0.289

6.00 26.258 0.638 6.30 26.067 0.482 6.60 25.920 0.448

a. 00 34.631 0.844 8.40 34.389 0.656 8.80 34.201 0.616

10.00 42.829 1.055 10.50 42.541 0.840 11.00 42.314 0.794 12.00 50.863 1.274 12.60 5 0.531 1.034 13.20 50.266 0.983 14.00 58.738 1.502 14.70 58.366 1.238 15.40 58.062 1.185 16.00 66.461 1.740 16.80 66.050 1.454 17.60 65.707 1.399 18.00 74.038 1.990 18.90 73.590 1.681 19.80 73.207 1.627 20.00 81.475 2.252 21.00 80.988 1.922 22.00 80.564 1.870 22.00 88.778 2.527 23.10 88.250 2.176 24.20 87.784 2.129

24.00 95.948 2.815 25.20 95.381 2.446 26.40 94.870 2.402 26.00 102.991 3.120 27.30 102.382 2.733 28.60 101.825 2.693 28.00 109.911 3.439 29.40 109.259 3.035 30.80 108.652 3.002 30.00 116.710 3.777 31.50 116.015 3.354 33.00 115.356 3.330 32.00 123.393 4.135 33.60 122.651 3.691 35.20 121.938 3.679

34.00 129.962 4.510 35.7(1 129.171 4.049 37.40 128.4 4.048 36.00 136.420 4.904 37.80 135.578 4.426 39.60 134.746 4.441 38.00 142.770 5.320 39.90 141.873 4.826 41.80 140.9 79 4.857 40.00 149.014 5.759 42.00 148.060 5.250 44.00 147.100 5.298 42.00 155.154 6.221 44.10 154.140 5.697 46.20 153.111 5.765 44.00 161.192 6.709 46.20 160.116 6.170 48.40 159.014 6.261 46.00 167.130 7.223 48.30 165 .991 6.669 50.60 164.812 6.787 48.00 172.971 7.767 50.40 171.764 7.197 52.80 170.506 7.342 50.00 178.717 8.339 52.50 177.438 7.755 55.00 176.099 7.932 52.00 184.369 8.942 54.60 183.015 8.345 57.20 181.591 8.556 54.00 189.929 9.577 56.70 188.498 8.968 59.40 186.985 9.219 56.00 195.398 10.247 58.80 193.887 9.626 61.60 192.282 9.921 58.00 200.778 10.954 60.90 199.184 10.321 63.80 197.483 10.665

735.00 392.288 730.00 373.431 725.00 355.421

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

2.20 8.407 0.132 2.20 8.025 0.127 2.20 7.672 0.127

4.40 16.641 0.273 4.40 15.892 0.264 4.40 15.198 0.263 6.60 24.710 0.423 6.60 23.605 0.411 6.60 22.581 0.410

8.60 32.619 0.583 8.80 31.169 0.568 8.80 29.825 0.568 11.00 40.373 0.753 11.00 38.591 0.736 11.00 36.935 0.736 13.20 47.978 0.935 13.20 45.873 0.917 13.20 43.914 0.916 15.40 55.438 1.130 15.40 53.019 1.109 15.40 50.765 1.109 17.60 62.758 1.338 17.60 60.033 1.313 17.60 57.491 1.315 19.80 69.941 1.559 19.80 66.919 1.532 19.80 64.094 1.534 22.00 76.991 1.794 22.00 73.678 1.765 22.00 70.578 1.768 24.20 83.911 2.045 24.20 60.315 2.013 24.20 76.945 2.017 26.40 90.705 2.311 26.40 86.831 2.277 26.40 83.198 2.282

2 8.60 97.374 2.594 28.60 93.230 2.558 28.60 89.339 2.565

30.80 103.923 2.895 30.80 99.513 2.856 30.80 95.370 2.865 33.00 110.353 3.215 33.00 105.685 3.173 33.00 101.293 3.184

35.20 116.669 3.555 35.20 111.746 3.511 35.20 107.109 3.523

37.40 122.871 3.915 37.40 117.698 3.869 37.40 112.822 3.882

39.60 128.962 4.298 39.60 123.543 4.248 39.60 118.433 4.264 41.80 134.943 4.703 41.80 129.284 4.651 41.80 123.944 4.669 44.00 140.817 5.134 44.00 134.923 5.078 44.00 129.356 5.100 46.20 146.586 5.590 46.20 140.461 5.531 46.20 134.670 5.557 48.40 152.253 6.073 48.40 145 .899 6.012 48.40 139.888 6.041

50.60 157.818 6.586 50.60 151.240 6.522 50.60 145.013 6.554

52.80 163.283 7.129 52.80 156.484 7.063 52.80 150.045 7.098 55.00 168.650 7.705 55.00 161.634 7.636 55.00 154.986 7.673 57.20 173.921 8.316 57.20 166.692 8.241 57.20 159.836 8.282 59.40 179.097 6.963 59.40 171.657 8.883 59.40 164.598 8.928 61.60 184.179 9.647 61.60 176.532 9.562 61.60 169.274 9.613 63.80 189.169 10.372 63.80 181.318 10.281 63.80 173.863 10.337

PAGE Fl
B FACTORS FOR REFRIGERANT 114

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

720.00 338.196 715.00 321.702 710.00 305.893

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R> (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

2.20 7.345 0.129 2.20 7.038 0.130 2.20 6.748 0.134

(f .<f0 14.553 0.267 4.40 13.947 0.271 4.40 13.374 0.279

6.60 21.627 0.415 6.60 20.729 0.422 6.60 19.879 0.434

8.80 28.570 0.574 8.80 27.388 0.585 8.80 26.267 0.600 11.00 35.387 0.745 11.00 33.926 0.759 11.00 32.541 0.779 13.20 42.079 0.927 13.20 40.346 0.944 13.20 38.703 0.970

15. 40 48.649 1.122 15.40 46.650 1.143 15.40 44.753 1.174 17.60 55.101 1.331 17.60 52.842 1.356 17.60 50.695 1.392 19.80 61.436 1.553 19.80 58.923 1.583 19.80 56.531 1.625 22.00 67.659 1.790 22.00 64.894 1.825 22.00 62.263 1.873

2 it. 20 73.770 2.042 24.20 70.759 2.082 24.20 67.892 2.137 26.40 79.771 2.312 26.40 76.519 2.357 26.40 73.421 2.419

28.60 85.665 2.598 28.60 82.176 2.648 28.60 78.85,1 2.718 30.80 91.452 2.902 30.80 87.732 2.959 30.80 84.182 3.038 33.00 97.138 3.225 33.00 93.189 3.289 33.00 89.418 3.377 35.20 102.721 3.569 35.20 98.547 3.640 35.20 94.560 3.738 37.40 108.205 3.934 37.40 103.809 4.014 37.40 99.609 4.120 39.60 113.590 4.322 39.60 108.976 4.410 39.60 104.566 4.527 41.80 118.878 4.734 41.80 114.050 4.830 41.80 109.432 4.958 44.00 124.070 5.171 44.00 119.032 5.276 44.00 114.210 5.415 46.20 129.170 5.634 46.20 123.923 5.748 46.20 118.902 5.901 48.40 134.177 6.125 48.40 128.725 6.249 48.40 123.507 6.416

50.60 139.092 6.645 50.60 133.439 6.781 50.60 128.026 6.958 52.80 143.918 7.197 52.80 138.068 7.345 52.80 132.461 7.535 55.00 148.657 7.780 55.00 142.610 7.939 55.00 136.814 8.150 57.20 153.309 8.401 57.20 147.069 8.570 57.20 141.085 8,798 59.40 157.875 9.055 59.40 151.443 9.240 59.40 145.276 9.484 61.60 162.356 9.746 61.60 155.737 9.947 61.60 149.387 10.210 63.80 166.793 10.480 63.80 159.950 10.696 63.80 153.420 10.982

705.00 290.733 700.00 276.189 695.00 262.231

0.00 0.000 0. 000 0.00 0.000 0.000 0.00 0.000 0.000

2.10 6.181 0.131 2.10 5.933 0.136 2.10 5.693 0.142

4.20 12.257 0.273 4.20 11.763 0.283 4.20 11.289 0.294

6.30 18.228 0.424 6.30 17.494 0.44 6.30 16.789 0.456

8.40 24.098 0.586 8.40 23.126 0.607 8.40 22.196 0.630 10.50 29.866 0.759 10.50 28.663 0.786 10.50 27.510 0.815 12.60 35.536 0.944 12.60 34.105 0.977 12.60 32.734 1.013 14.70 41.109 1'. 141 14.70 39.454 1.180 14.70 37.868 1.225

16.80 46.586 1.350 16.80 44.712 1.397 16.80 42.913 1.450 18.90 51.971 1.573 18.90 49.88 1.628 18.90 47.872 1.689 21.00 57.264 1.810 21.00 54.959 1.874 21.00 52.745 1.944 23.10 62.466 2.063 23.10 59.951 2.135 23.10 57.535 2.215 25.20 67.578 2.331 25.20 64.856 2.412 25.20 62.241 2.502

27.30 72.603 2.616 27.30 69.67 8 2.707 27.30 66.865 2.807

2 9.40 77.541 2.918 29.40 74.416 3.019 29.40 71.408 3.131

31.50 82.395 3.238 31.50 79.070 3.350 31.50 75.874 3.475 33.60 87.164 3.578 33.60 83.645 3.701 33.60 80.260 3.839 35.70 91.850 3.938 35.70 88.139 4.073 35.70 84.568 4.222 37.80 96.455 4.318 37.80 92.556 4.46 8 37.80 88.800 4.630 39.90 100.980 4.722 39.90 96.894 4.884 39.90 92.956 5.065 42.00 105.427 5.149 42.00 101.155 5.324 42.00 97.039 5.522

44.10 109.794 5.601 44.10 105.339 5.791 44.10 101.048 6.005 46.20 114.084 6.075 46.20 109.450 6.284 46.20 104.984 6.517 48.30 118.297 6.580 48.30 113.487 6.806 48.30 108.849 7.060 50.40 122.437 7.117 50.40 117.451 7.360 50.40 112.644 7.632 52.50 126.501 7.681 52.50 121.343 7.945 52.50 116.368 8.238 54.60 130.493 8.277 54.60 125.165 8.562 54.60 120.025 8.681

56.70 134.412 8.907 56.70 128.915 9.214 56.70 123.612 9.558 58.80 138.261 9.575 58.80 132.598 9.904 58.80 127.133 10.274

60.90 142.038 10.277 60.90 136.211 10.633 60.90 130.588 11.029

PAGE F2
B FACTORS FOR REFRIGERANT 114

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

690.00 248.836 685.00 235.978 680.00 223.638

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

2.00 5.207 0.140 2.00 4.99 8 0.146 1.90 4.557 0.145

4.00 10.328 0.290 4.00 9.913 0.302 3.80 9.044 0.299

6.00 15.367 0.449 6.00 14.748 0.469 5.70 13.460 0.463

8.00 20.323 0.620 8.00 19.504 0.647 7.60 17.808 0.638 10.00 25.198 0.801 10.00 24.182 0.836 9.50 22.088 0.823 12.00 29.994 0.994 12.00 28.783 1.037 11.40 26.299 1.019 14.00 34.710 1.199 14.00 33.309 1.251 13.30 30.445 1.226

16.00 39.350 1.417 16.00 37.759 1.47 8 15.20 34.525 1.446 18.00 43.913 1.648 18.00 42.135 1.719 17.10 38.542 1.680 20.00 48.401 1.894 20.00 46.439 1.974 19.00 42.493 1.925

22.00 52.814 2.153 22.00 50.672 2.245 20.90 46.381 2.183 24.00 57.154 2.429 24.00 54.833 2.53 2 22.80 50.206 2.458 26.00 61.423 2.720 26.00 58.924 2.833 24.70 53.970 2.750 28.00 65.620 3.029 28.00 62.946 3.154 26.60 57.673 3.056

30.00 69.745 3.35h 30.00 66.900 3.496 28.50 61.316 3.378 32.00 73.802 3.699 32.00 70.786 3.855 30.40 64.900 3.721 34.00 77.789 4.063 34.00 74.606 4.234 32.30 68.424 4.0 81 36.00 81.709 4.448 36.00 78.359 4.635 34.20 71.891 4.461 38.00 85.562 4.855 38.00 82.048 5.060 36.10 75.299 4.860 40.00 89.349 5. 28C 40.00 85.674 5.507 38.00 78.651 5.281

42.00 93.069 5.739 42.00 89.235 5.981 39.90 81.948 5.726

44.00 96.727 6.220 44.00 92.734 6.481 41.80 85.188 6.194

46.00 100.319 6.724 46.00 96.17 7.009 43.70 88.373 6.687 48.00 103.850 7.257 48.00 99.546 7.566 45.60 91.505 7.205 50.00 107.318 7.821 50.00 102.862 8.152 47.50 94.582 7.749 52.00 110.724 8.415 52.00 106.118 8.770 49.40 97.607 8.323 54.00 114.070 9.041 54.00 109.315 9.423 51.30 100.579 8.925 56.00 117.356 9.700 56.00 112.454 10.108 53.20 103.499 9.561

58.00 120.581 10.393 58.00 115.535 10.835 55.10 106.368 10.232

675.00 211 .797 670.00 200.435 665.00 189.539

0.00 0.000 0. 000 0.00 0.000 0.000 0.00 0.000 0.000

1.90 4.373 0.152 1.80 3.975 0.150 1.80 3.813 0.158

3.80 8.678 0.313 3.60 7.891 0.309 3.60 7.568 0.325

5.70 12.914 0.485 5.40 11.748 0.478 5.40 11.265 0.500

7.60 17.084 0.667 7.20 15.549 0.657 7.20 14.907 0.688 9.50 21.188 0. 86 9.00 19.290 0.846 9.00 18.492 0.885 11.40 25.228 1.065 10.80 22.975 1.044 10.80 22.023 1.095

13.30 29.203 1.282 12.60 26.60 4 1.255 12.60 25.500 1.316 15.20 33.114 1.511 14.40 30.177 1.47 8 14.40 28.923 1.549 17.10 36.963 1.754 16.20 33.696 1.713 16.20 32.292 1.795 19.00 40.749 2.011 18.00 37.161 1.96 18.00 35.609 2.056

20.90 44.475 2.283 19.80 40.572 2.223 19.80 38.875 2.330 22.80 48.140 2.570 21.60 43.930 2.498 21.60 42.088 2.619 24.70 51.745 2.874 23.40 47.235 2.789 23.40 45.251 2.924 26.60 55.291 3.193 25.20 5 0.49 3.094 25.20 48.365 3.245 28.50 58.779 3.533 27.00 53.692 3.416 27.00 51.427 3.584 30.40 62.209 3.888 28.80 56.844 3.756 28.80 54.441 3.939 32.30 65.582 4.265 30.60 59.945 4.113 30.60 57.406 4.313

34.20 68.899 4.663 32.40 62.997 4.489 32.40 60.323 4.706

36.10 72.159 5.082 34.20 66.00 4.883 34.20 63.193 5.120 3s:oo 75.364 5.523 36.00 68.955 5.297 36.00 66.015 5.553

39.90 78.516 5.987 37.80 71.861 5.732 37.80 68.790 6.013

41.80 81.613 6.476 39.60 74.720 6.190 39.60 71.520 6.494

43.70 84.658 6.991 41.40 77.532 6.670 41.40 74.204 6.998 45.60 87.649 7.532 43.20 80.297 7.177 43.20 76.843 7.531

47.50 90.588 8.105 45.00 83.016 7.709 45.00 79.437 8.0 89 49.40 93.476 8.705 46.80 85.690 8.265 46.80 81.987 8.674

51.30 96.313 9.337 48.60 88.319 8.851 48.60 84.493 9.288 53.20 99.100 10.004 50.40 90.903 9.467 50.40 86.956 9.933 55.10 101.837 10.705 52.20 93.444 10.111 52.20 89.376 10.614

PAGE F3
B FACTORS FOR REFRIGERANT 111*

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

660.00 179.091 655.00 169.079 650.00 159.1*88

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 1.70 3.1*52 0.155 1.70 3.308 0.163 1.70 3.167 0.171

3.t«0 6.851* 0.319 3.1*0 6.567 0.335 3.1*0 6.287 0.351. 5.10 10.208 0.1*95 5.10 9.779 0.519 5.10 9.362 0.51*5 6.80 13.513 0.678 6.80 12.91*3 0.711 6.80 12.390 0.71.8 8.50 16.770 0.870 8.50 16.061 0.915 8.50 15.371* 0.963 10.20 19.979 1.076 10.20 19.133 1.12 8 10.20 18.313 1.189 11.90 23.11*0 1.289 11.90 22.159 1.351* 11.90 21.206 1.1*27 13.60 26.255 1.517 13.60 25.139 1.593 13.60 2i». 057 1.677 15.30 29.321* 1.753 15.30 28.076 1.8<*i* 15.30 26.863 1.91.0 17.00 32.31*7 2.005 17.00 30.967 2.108 17.00 29.627 2.217 18.70 35.326 2.269 18.70 33.811* 2.385 18.70 32.31*9 2.508

2 0.i»0 38.259 2.51*7 20.1*0 36.619 2.676 20.i*0 35.027 2.811. 22.10 1*1.11*8 2.839 22.10 39.380 2.982 22.10 37.665 3.138 23.80 1*3.993 3.11*5 23.80 1*2.099 3.303 23.80 1*0.260 3.1*76 25.50 i*6.79i* 3.1*66 25.50 i*i*. 775 3.6i*0 25.50 1*2.815 3.831. 27.20 1*9.553 3.803 27.20 47.1.10 3.997 27.20 1*5.330 1..206 28.90 52.270 i*.157 28.90 50.003 i*.368 28.90 1*7.805 1..599

3 0.60 5i». 9i»3 i*.527 30.60 52.556 i*.76-2 30.60 50.240 5.013

32.30 57.576 i*.920 32.30 55.068 5.170 32.30 52.636 5.1.1.6 3 it. 00 60.167 5.327 3i*. 00 57.51*1 5.601 3i*. 00 5i*. 992 5.900 35.70 62.717 5.758 35.70 59.973 6.051* 35.70 57.311 6.375

37.1*0 65.227 6.207 37.1*0 62.367 6.529 37.1*0 59.591 6.877

39.10 67.697 6.678 39.10 6i*. 721 7.025 39.10 61.831* 7.399

1*0.80 70.127 7.171* 1*0.80 67.038 7.51*5 1*0.60 64.01*0 7.950

1*2.50 72.518 7.692 1*2.50 69.315 8.091* 1*2.50 66.208 8.529

1*1*. 20 7«t. 871 8.235 i*i*. 20 71.556 8.663 1*1*. 20 68.340 9.129

1*5.90 77.185 8.803 i*5.90 73.760 9.261* 1*5.90 70.1*36 9.763

1*7.60 79.1*60 9.1*03 1*7.60 75.926 9.895 i*7.60 72.1*95 10.1.27

1*9.30 81.699 10.023 i*9.30 78.056 10.550 i*9.30 7i*. 521 11.122

61.5.00 150 .305 61.0.00 11*1.518 635.00 133.116

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 1.60 2.851* 0.171 1.60 2.729 0.180 1.50 2. 1.1.8 0.177

3.20 5.668 0.351 3.20 5.1*2 0.369 3.00 if- 862 0.362

1..80 8. i*i*3 0.51*0 1..80 8.073 0.568 i*.50 7.21.3 0.557

6.1*0 11.177 0.739 6.1*0 10.688 0.777 6.00 9.592 0.761

8.00 13.873 0.949 8.00 13.263 0.997 7.50 11.908 0.978

9.60 16.530 1.168 9.60 15.803 1.228 9.00 li*. 192 1.202 11.20 19.150 1.399 11.20 18.301. 1.1*7 10.50 16. i*i*i* 1.1.1.0 12.80 21.730 1.61.1 12.80 20.769 1.728 12.00 18.665 1.685

11*. 1.0 2i». 271. 1.895 li*. 1*0 23.198 1.996 13.50 20.855 1.945 16.00 26.780 2.161 16.00 25.590 2.279 15.00 23.011* 2.217 17.60 29.250 2.1*1.1. 17.60 27.91.6 2.571* 16.50 25.1i*2 2.500 19.20 31.683 2.737 19.20 30.268 2.881* 18.00 27.239 2.797 20.80 3i*. 080 3.01.7 20.80 32.551. 3.210 19.50 29.307 3.108

22.1.0 36.1.1.0 3.369 22.i*0 3i*. 806 3.552 21.00 31.31.5 3.1*32

21*. 00 38.767 3.708 2i*. 00 37.023 3.910 22.50 33.352 3.771. 25.60 1.1.057 i*.06i* 25.60 39.206 i*.283 2i*. 00 35.332 it. 127 27.20 1.3.313 i».i»37 27.20 1*1.355 i*.678 25.50 37.282 1..1.99 28.80 1.5.531* 1..826 28.80 1*3.1*71 5.089 27.00 39.203 1..888

30.1.0 1*7.722 5.232 30.1*0 45.555 5.520 28.50 1.1.095 5.293

32.00 1.9.875 5.661 32.00 i*7.60i* 5.972 30.00 1.2.959 5.713

33.60 51.995 6.108 33.60 i*9.622 6.1*1*1* 31.50 1.1*. 796 6.156 35.20 5i*. 083 6.575 35.20 51.607 6.936 33.00 1.6.601. 6.618 36.80 56.137 7.066 36.80 53.561 7.i*5i* 31*. 50 1*8.386 7.100

38.1.0 58.159 7.578 38.1.0 55. 1.81. 7.996 36.00 50.139 7.606

1.0.00 60.11*8 8.110 1.0.00 57.375 8.566 37.50 51.867 8.131

1*1.60 62.106 8.671 1.1.60 59.235 9.159 39.00 53.567 8.677

i«3.20 6i*. 032 9.257 1*3.20 61.065 9.778 1*0.50 55.21.1 9.253

i*i*. 80 65.927 9.872 1*1*. 80 62.865 10.1*29 42.00 56.888 9.81.7

1*6.1.0 67.791 10.51*. 1*6.1*0 61..631. 11.108 1*3.50 58.510 10.1*71.

PAGE Fi*
B FACTORS FOR REFRIGERANT 111*

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

630.00 125.087 625.00 117.1*20 620.00 110.103

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 1.50 2.338 0.187 1.1*0 2.081* 0.183 l.i*0 1.988 0.193

3.00 i».6i*3 0.381* 2.80 <*,1"*0 0.376 2.80 3.9i*8 0.397

i*.50 6.917 0.590 1..20 6.170 0.577 1*.20 5.832 0.612

6.00 9.159 0.807 5.60 8.172 0.739 5.60 7.791 0.833

7.50 11.369 1.033 7.00 10.11*8 1.011 7.00 9.673 1.069

9.00 13. 51*9 1.271 8.1*0 12.096 1.2i*0 8.1*0 11.530 1.311* 10.50 15.697 1.522 9.80 li*. 020 1.1.81 9.80 13.362 1.567 12.00 17.815 1.781* 11.20 15.918 1.733 11.20 15.168 1.835 13.50 19.902 2.056 12.60 17.789 1.999 12.60 16.950 2.116

15.00 21.960 2.31*2 li*. 00 19.635 2.272 li*. 00 18.706 2. i*0i* 16.50 23.988 2.61*1* 15.1*0 21.1*56 2.559 15.1*0 20.1.38 2.708 18.00 25.986 2.960 16.80 23.251 2.860 16.80 22.H.6 3.026

19.50 27.956 3.286 18.20 25.022 3.171. 18.20 23.830 3.358 21.00 29.896 3.631 19.60 26.768 3.1.97 19.60 25.1*90 3.705 22.50 31.807 3.992 21.00 28.1.90 3.838 21.00 27.126 i*.068

2i». 00 33.691 i».365 22.1*0 30.187 1..192 22.i*0 28.739 i*. i«i*i* 25.50 35. 51.5 i*.758 23.80 31.861 1..562 23.80 30.328 1..836 27.00 37.372 5.169 25.20 33.511 1..953 25.20 31.895 5.21*9 28.50 39.172 5.598 26.60 35.137 5.355 26.60 33.1*38 5.671* 30.00 i»0.9i»i* 6.050 28.00 36.739 5.773 28.00 3i*. 959 6.122

31.50 1*2.689 6.519 29.1*0 38.319 6.209 29.i*0 36.1*57 6.585 33.00 i*i*. i*07 7.007 30.80 39.875 6.668 30.80 37.931. 7.069

3i*. 50 1*6.098 7.519 32.20 i*l.i*09 7.139 32.20 39.388 7.573 36.00 1*7.763 8.055 33.60 1*2.920 7.637 33.60 1.0.820 8.0 99 37.50 i*9.i*02 8.611 35.00 1*1*. i*10 8.11.9 35.00 1*2.231 8.61*8 39.00 51.015 9.191* 36.1*0 1.5.876 8.687 36.1*0 1.3.621 9.215

1*0.50 52.601* 9.800 37.80 1.7.321 9.21*6 37.80 i.i*. 988 9.811* "42.00 5i*. 166 10.1*35 39.20 1*8. 7i«i* 9.825 39.20 1*6.336 10.1.29

i*3.50 55.703 11.098 1*0.60 50.146 10.1*32 1*0.60 1*7.662 11.077

615.00 103 .127 610.00 96.1*81 605.00 90.157

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.30 1.759 0.192 1.30 1.675 0.203 1.20 1.1*72 0.198

2.60 3.i»96 0.393 2.60 3.328 0.1.16 2.1*0 2.925 O.itOi* 3.90 5.211 0.600 3.90 i*.96 0.631. 3.60 i*.361 0.618

5.20 6.905 0.817 5.20 6.570 0.861. i*.80 5.780 0.81*3 6.50 8.576 1.01*5 6.50 8.161 1.101* 6.00 7.180 1.077

7.80 10.226 1.282 7.80 9.729 1.355 7.20 8.561* 1.317

9.10 11.855 1.525 9.10 11.278 1.615 8.1*0 9.931 1.567

10.<*0 13.1*62 1.782 10.1*0 12.806 1.892 9.60 11.281 1.828 11.70 15.01*9 2.01.9 11.70 li*. 311* 2.175 10.80 12.613 2.101

13.00 16.611* 2.328 13.00 15.801 2.1*70 12.00 13.929 2.381

li*. 30 18.160 2.618 li*. 30 17.269 2.777 13.20 15.229 2.676

15.60 19.685 2.921. 15.60 18.716 3.101 li*. i*0 16.512 2.973 16.90 21.189 3.238 16.90 20.11*1. 3.1*33 15.60 17.779 3.291* 18.20 22.673 3.561. 18.20 21.552 3.785 16.80 19.029 3.622 19.50 21*. 138 3.905 19.50 22.91*2 i*.li*5 18.00 20.261* 3.961*

2 0.80 25.582 1..262 20.80 2i*. 312 i*.522 19.20 21.1*82 i*.315 22.10 27.008 1..629 22.10 25.663 i*.91i* 20.1*0 22.685 i».68i» 23.i*0 28.1*13 5.016 23.40 26.996 5.321. 21.60 23.872 5.062

21*. 70 29.800 5.1*12 2i*. 70 28.309 5.7i*8 22.80 25.01*3 5.1*60 26.00 31.167 5.829 26.00 29.601* 6.188 2i*. 00 26.199 5.867 27.30 32.515 6.259 27.30 30.881 6.650 25.20 27.31.0 6.293

28.60 33.8i*i* 6.709 28.60 32.139 7.128 26.1.0 28.1.66 6.736 29.90 35.155 7.176 29.90 33.380 7.621* 27.60 29.576 7.196 31.20 36.1*1*7 7.658 31.20 3i*. 603 8.11*3 28.80 30.671 7.668

32.50 37.721 8.166 32.50 35.808 8.683 30.00 31.752 8.158 33.80 38.977 8.666 33.80 36.995 9.239 31.20 32.818 8.670 35.10 1*0.215 9.233 35.10 38.165 9.818 32.1*0 33.869 9.199

36.1*0 1*1.1*35 9.800 36.1*0 39.318 10.1*21* 33.60 31*. 906 9.71*8 37.70 1*2.637 10.391 37.70 1*0.1.51. 11.052 3i*. 80 35.928 10.317

PAGE F5
B FACTORS FOR REFRIGERANT 11<«

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

600.00 81*. 11*3 595.00 78.1*31 590.00 73.010

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.20 1.398 0.210 1.10 1.217 0.201* 1.10 1.151* 0.219

2.1*0 2.779 0.1*28 2.20 2.1*20 0.1.11* 2.20 2.295 0.1*1*3 3.60 i*.ll*3 0.651* 3.30 3.609 0.637 3.30 3.1*22 0.680

<t.80 5.1*90 0.893 i*.i*0 <+.785 0.863 i*.i*0 i*.536 0.920 6.00 6.819 1.11*0 5.50 5.91*7 1.099 5.50 5.637 1.171* 7.20 8.133 1.395 6.60 7.095 1.31*6 6.60 6.721* l.i*3i* 8.1*0 9.1*29 1.661* 7.70 8.230 1.601 7.70 7.799 1.708

9.60 10.710 1.939 8.80 9.351 1.861* 8.80 6.860 1.988

10.80 11.971* 2.226 9.90 10.1*59 2.139 9.90 9.908 2.279

12.00 13.222 2.527 11.00 11.551* 2.1*2 11.00 10.9i*i* 2.581* 13.20 li*. i*5i» 2.81*1 12.10 12.635 2,716 12.10 11.967 2.899

li*.«*0 15.670 3.162 13.20 13.703 3.023 13.20 12.978 3.226 15.60 16.870 3.1.99 11*. 30 li*. 759 3.335 li*. 30 13.976 3.558 16.80 18.051* 3.81*7 15.1*0 15.802 3.663 15.1*0 li*. 961 3.908

16.00 19.222 i*.213 16.50 16.832 i*.00i* 16.50 15.931* i».270 19.20 20.376 i*.586 17.60 17.81*9 i».356 17.60 16.896 i*.6i*6 20.40 21.511* i*.978 18.70 18.851* i*.717 18.70 17. 8i*i* 5.031* 21.60 22.637 5.386 19.80 19.81.6 5.091 19.80 18.781 5.1*36 22.80 23.71*5 5.809 20.90 20.826 5.1*82 20.90 19.705 5.853

2k. 00 21*. 838 6.21*3 22.00 21.791* 5.885 22.00 20.619 6.283

25.20 25.916 6.696 23.10 22.71*9 6.303 23.10 21.521 6.728

2 6.1*0 26.980 7.168 21*. 20 23.692 6.731* 2i*. 20 22.1*10 7.196

27.60 28.029 7.657 25.30 2i*. 623 7.182 25.30 23.288 7.671* 28.80 29.063 8.161* 26.1*0 25.51*3 7. 61*1* 26.40 2i*. 155 8.169 30.00 30.083 8.690 27.50 26.1*51 8.121 27.50 25.010 8.681 31.20 31.089 9.236 28.60 27.31*7 8.618 28.60 25.851* 9.215

32.1*0 32.082 9.800 29.70 28.232 9.133 29.70 26.687 9.761 33.60 33.060 10.389 30.80 29.101* 9.662 30.80 27.509 10.332

31*. 80 31*. 024 11.000 31.90 29.966 10.208 31.90 28.319 10.921

00 67.871

0.00 0.000 0.000

1.00 0.995 0.208

2.00 1.978 0.1*26 3.00 2.951 0.653

i*.00 3.913 0.863

5.00 i*.865 1.121* 6.00 5.806 1.371* 7.00 6.737 1.633

8.00 7.657 1.901

9.00 8.567 2.173

10.00 9.1*66 2.1*57 11.00 10.355 2.752

12.00 11.231. 3.056

13.00 12.101* 3.371

li*. 00 12.962 3.696

15.00 13.811 i*.031 16.00 li*. 651 i*.378 17.00 15.1.81 i».735 18.00 16.301 5.101* 19.00 17.111 5.1.91 20.00 17.911 5.885

21.00 18.702 6.292

22.00 19.1.81* 6.711

23.00 20.257 7.11*9

2i*. 00 21.020 7.597

25.00 21.77«* 8.057

26.00 22.519 8.539

27.00 23.251* 9.031

28.00 23.981 9.536

29.00 21*. 698 10.061*

580.00 63.007

0.00 0.000 0.000

1.00 0.9i*l 0.225

2.00 1.872 0.1*58 3.00 2.792 0.700

<*.Q0 3.702 0.9i*i* 5.00 i*.601 1.201

6.00 5.1*90 1.1*67 7.00 6.370 1.71*3 8.00 7.239 2.028

9.00 8.098 2.322 10.00 8.91*7 2.626

11.00 9.786 2.91*1 12.00 10.616 3.266 13.00 11.1*36 3.601

li*. 00 12.21*7 3.953 15.00 13.01*7 4.313 16.00 13.838 i*.683 17.00 11*. 62 5.065 18.00 15.392 5.1*66 19.00 16.155 5.875 20.00 16.909 6.295 21.00 17.651* 6.736

22.00 18.389 7.186

23.00 19.116 7.61*9

2i*. 00 19.831* 8.133

25.00 20.51*3 8.628 26.00 21.21*3 9.1i*i* 27.00 21.931* 9.671 28.00 22.616 10.221 29.00 23.29 10.789

575.00 58.1.06

0.00 0.000 0.000 1.00 0.889 0.239

2.00 1.769 0.1*87 3.00 2.638 0.71.i* <*.00 3.1*96 1.009

5.00 i*.3i*5 1.281* 6.00 5.185 1.568

7.00 6.015 1.861

8.00 6.835 2.161* 9.00 7.61*5 2.1*81* 10.00 8.1*1*6 2.810 11.00 9.237 3.11*6 12.00 10.019 3.1*93 13.00 10.791 3.857

lit. 00 11.551* i*.230 15.00 12.308 it.612 16.00 13.053 5.011. 17.00 13.788 5.1.25 18.00 li*. 515 5.81.7 19.00 15.233 6.289 20.00 15.9i*2 6.71*1 21.00 16.61*2 7.211* 22.00 17.332 7.696 23.00 18.015 8.199

21.. 00 18.689 8.721 25.00 19.355 9.252 26.00 20.012 9.606 27.00 20.660 10.381 28.00 21.301 10.961* 29.00 21.933 11.571.

PAGE F6
B FACTORS FOR REFRIGERANT 114

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA) 570.00 54.060 565.03 49.960 560.00 46.09 8

OTV DPV B DTV DPV B DTV DPV e (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 3.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.90 0.756 0.229 0.90 0.712 0.244 0.80 0.597 0.236

1.80 1.504 0.465 1.80 1.417 0.496 1.60 1.187 0.477

2.70 2.245 0.709 2.70 2.115 0.76 2.40 1.772 0.722

3.60 2.977 0.963 3.60 2.804 1.031 3.20 2.351 0.974

if. 50 3.701 1.226 4.50 3.486 1.308 4.00 2.925 1.239

5.40 4.418 1.494 5.40 4.161 1.595 4.80 3.493 1.506

6.30 5.127 1.770 6.30 4.829 1.896 5.60 4.055 1.784

7.20 5.828 2.054 7.20 5.488 2.200 6.40 4.611 2.070

8.10 6.522 2.354 8.10 6.141 2.514 7.20 5.162 2.360

9.00 7.208 2.657 9.00 6.787 2.843 8.00 5.707 2.664

9.90 7.887 2.968 9.90 7.426 3.178 8.80 6.247 2.978

10.80 8.559 3.295 10.80 8.057 3.527 9.60 6.782 3.295

11.70 9.223 3.629 11.70 8.681 3.884 10.40 7.311 3.621

12.60 9.879 3.970 12.60 9.29 8 4.253 11.20 7.834 3.960 13.50 10.529 4.324 13.50 9.908 4.637 12.00 8.353 4.311

14.40 11.172 4.692 14.40 10.511 5.032 12.80 8.866 4.663

15.30 11.807 5.065 15.30 11.107 5.433 13.60 9.373 5.028

16.20 12.435 5.457 16.20 11.696 5.853 14.40 9.876 5.407

17.10 13.056 5.854 17.10 12.279 6.287 15.20 10.373 5.796

18.00 13.670 6.268 18.00 12.855 6.725 16.00 10.864 6.197 18.90 14.277 6.697 18.90 13.425 7.183 16.80 11.352 6.601

19.80 14.877 7.132 19.80 13.987 7.656 17.60 11.834 7.019

2 0.70 15.470 7.582 20.70 14.543 8.145 18.40 12.310 7.452

21.60 16.056 8.050 21.60 15.093 8.643 19.20 12.782 7.897 22.50 16.636 8.529 22.50 15.636 9.155 20.00 13.248 8.354 23.40 17.209 9.017 23.40 16.173 9.688 20.80 13.710 8.824

24.30 17.775 9.527 24.30 16.702 10.237 21.60 14.166 9.305 25.20 18.335 10.051 25.20 17.226 10.803 22.40 14.618 9.800 26.10 18.888 10.593 26.10 17.744 11.385 23.20 15.065 10.308

555.00 42.464 550.00 39.051 545.00 35.84 9

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.80 0.561 0.252 0.80 0.526 0.269 0.70 0.432 0.255

1.60 1.116 0.509 1.60 1.047 0.549 1.40 0.860 0.513

2.40 1.665 0.773 2.40 1.563 0.834 2.10 1.284 0.774

3.20 2.209 1.048 3.20 2.073 1.12 3 2.80 1.705 1.047

4.00 2.747 1.333 4.00 2.578 1.427 3.50 2.121 1.328

4.80 3.281 1.619 4.80 3.078 1.740 4.20 2.533 1.616

5.60 3.808 1.916 5.60 3.572 2.063 4.90 2.941 1.912

6.40 4.330 2.225 6.40 4.062 2.393 5.60 3.346 2.216

7.20 4.847 2.543 7.20 4.547 2.726 6.30 3.747 2.527

8.00 5.359 2.862 8.00 5.026 3.077 7.00 4.144 2.846

8.80 5.866 3.196 8.80 5.500 3.437 7.70 4.537 3.173

9.60 6.366 3.541 9.60 5.968 3.808 8.40 4.927 3.509

10.40 6.862 3.897 10.40 6.432 4.190 9.10 5.313 3.853 11.20 7.353 4.262 11.20 6.89 2 4.58 3 9.80 5.695 4.206

12.00 7.839 4.630 12.00 7.346 4.98 7 10.50 6.074 4.568

12.80 8.320 5.013 12.80 7.795 5.402 11.20 6.449 4.939

13.60 8.795 5.410 13.60 8.239 5.829 11.90 6.820 5.318

14.40 9.265 5.817 14.40 8.679 6.268 12.60 7.187 5.713

15.20 9.730 6.236 15.20 9.114 6.719 13.30 7.552 6.119

16.00 10.190 6.666 16.00 9.544 7.184 14.00 7.912 6.529

16.80 10.646 7.108 16.60 9.969 7.659 14.70 8.269 6.949

17.60 11.096 7.562 17.60 10.389 8.155 15.40 8.623 7.379

18.40 11.542 8.029 18.40 10.805 8.666 16.10 8.974 7.820

19.20 11.983 8.510 19.20 11.216 9.184 16.80 9.320 8.271

20.00 12.419 9.002 20.00 11.623 9.717 17.50 9.663 8.739

20.80 12.850 9.509 20.80 12.026 10.265 18.20 10.003 9.221

21.60 13.276 10.028 21.60 12.423 10.827 18.90 10.340 9.709

22.40 13.698 10.565 22.40 12.816 11.407 19.60 10.673 10.206

23.20 14.115 11.123 23.20 13.205 12.012 20.30 11.002 10.718

PAGE F7
8 FACTORS FOR REFRIGERANT Hi*

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

51.0.00 32.850 535.00 30.01*5 530.00 27.i*28

DTV OPV B DTV OPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.70 0.1.01* 0.272 0.60 0.321* 0.251 0.60 0.302 0.270

1.1*0 G.805 0.552 1.20 0.61*5 0.507 1.20 0.602 0.51*7 2.10 1.201 0.839 1.80 0.963 0.768 1.80 0.899 0.828

2.80 1.591. 1.131* 2.1*0 1.279 1.039 2.1*0 1.193 1.120

3.50 1.983 1.1.36 3.00 1.592 1.320 3.00 1.1*85 1.1.23

<f.20 2.369 1.71*7 3.60 1.90 3 1.603 3.60 1.775 1.729

i*.90 2.750 2.065 i*.20 2.211 1.891 <*.20 2.062 2.039

5.60 3.128 2.392 it. BO 2.517 2.181* i*.80 2.31*6 2.355

6.30 3.503 2.727 5.i*0 2.82 2.1*85 5.1*0 2.627 2.682

7.00 3.873 3.070 6.00 3.12 2.792 6.00 2.907 3.022

7.70 it.21.1 3.i*29 6.60 3.1*18 3.105 6.60 3.181. 3.363

8.1+0 i..60<t 3.796 7.20 3.713 3.1*27 7.20 3.1*59 3.711

9.10 <».96<* 1*. 166 7.80 i*. 006 3.763 7.80 3.731 i*.07i* 9.80 5.321 i*.5i*9 8.1*0 1+.296 <f.l03 8.1*0 it.OOl i*. i*i*2 10.50 5.675 i*.939 9.00 i*.58i* i*. 1*1*7 9.00 i*.269 i*.81i* 11.20 6.021. 5.31*0 9.60 i*.86 9 i»c797 9.60 i*.53i* 5.193

11.90 6.370 5.750 10.20 5. 152 5.156 10.20 i*.797 5.583 12.60 6.713 6.177 10.80 5.1*32 5.530 10.80 5.057 5.989

13.30 7.052 6.616 11.1*0 5.710 5.910 ll.i*0 5.316 6.1*01 Hi. 00 7.389 7.060 12.00 5.986 6.293 12.00 5.572 6.822

lif.70 7.721 7.512 12.60 6.259 6.690 12.60 5.825 7.21*9

15.1*0 8.050 7.981 13.20 6.52 9 7.097 13.20 6.0 76 7.688 16.10 8.376 8.i*67 13.80 6.798 7.508 13.80 6.325 8.11*2 16.80 8.699 8.958 li*. i*0 7.061* 7.926 11*. 1*0 6.572 8.601 17.50 9.018 9.1*61* 15.00 7.328 8.353 15.00 6.817 9.065

18.20 9.331* 9.987 15.60 7.589 8.795 15.60 7.059 9.51*5 18.90 9.61.7 10.516 16.20 7.81.8 9.250 16.20 7.300 10.039 19.60 9.957 11.056 16.80 8.105 9.710 16.80 7.537 10.51*6

2 0.30 10.263 11.612 17.1*0 8.359 10.177 17.1*0 7.773 11.058

525.00 21*. 988 520.00 22.718 515.00 20.611

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.60 0.281 0.297 0.50 0.218 0.265 0.1.6 0.186 0.261* 1.20 0.560 0.601 1.00 .i*3i* 0.539 0.92 0.371 0.536

1.80 0.836 0.907 1.50 0.6i*9 0.818 1.38 0.551* 0.813

2.1*0 1.110 1.222 2.00 0.862 1.103 1.8i* 0.736 1.097

3.00 1.381 1.550 2.50 1.071. 1.388 2.30 0.917 1.383

3.60 1.651 1.880 3.00 1.283 1.678 2.76 1.097 1.668

1..20 1.918 2.216 3.50 1.1*92 1.979 3.22 1.275 1.961

i*.80 2.182 2.558 it. 00 1.698 2.287 3.68 1.1*52 2.261*

5.1*0 2. i*i*i* 2.912 i«.50 1.903 2.596 l*.l«* 1.628 2.573

6.00 2.701* 3.280 5.00 2.107 2.909 1..60 1.803 2.888

6.60 2.961 3.655 5.50 2.310 3.232 5.06 1.976 3.209

7.20 3.217 1..035 6.00 2.510 3.565 5.52 2.11*8 3.536

7.80 3.1*69 1..1.23 6.50 2.709 3.905 5.98 2.318 3.870

6.1*0 3.720 1..822 7.00 2.906 i*.251 6. i*i* 2.1*88 i*.205 9.00 3.968 5.231. 7.50 3.102 i».599 6.90 2.656 i*.5i»2 9.60 i*.21i* 5.61*9 8.00 3.297 i*.950 7.36 2.821* i*.889 10.20 i*.i*58 6.072 8.50 3.1*90 5.311. 7.82 2.990 5.21*6 10.80 i*.700 6.511 9.00 3.682 5.687 8.28 3.155 5.610

11.1*0 i*.9i*0 6.961 9.50 3.872 6.068 8.71* 3.318 5.981

12.00 5.176 7.1*23 10.00 i*.06 6.1.56 9.20 3.1*80 6.359

12.60 5.1*11 7.887 10.50 i+.2i*7 6.852 9.66 3.6i*l 6.71*3 13.20 5.61*5 8.360 11.00 i*.i*3 3 7.256 10.12 3.801 7.131* 13.80 5.876 8.852 11.50 i*.617 7.661 10.58 3.960 7.532

11*. 1*0 6.101. 9.356 12.00 i. .600 8.072 11.01* i*.118 7.937

15.00 6.330 9.870 12.50 1..982 8.1+96 11.50 1..271* 8.350 15.60 6.555 10.398 13.00 5.162 8.931 11.96 1..1.30 8.770 16.20 6.777 10.936 13.50 5.31*0 9.371. 12.1*2 1+.581. 9.198

16.80 6.997 11.1*77 li*. 00 5.517 9.826 12.88 i*.736 9.631*

17.1*0 7.215 12.031. li*. 50 5.692 10.286 13.34 i*.888 10.077

PAGE F8
B FACTORS FOR REFRIGERANT 111*

TF1 PF1 TF1 PF1 TF1 PF1

<R> (PSIA) (P) (PSIA) (R) (PSIA)

510.00 18.658 505.00 16.851 500.00 15.183

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.44 0.165 0.278 0.1.0 0.138 0.271* 0.38 0.121 0.283

0.68 0.328 0.561 0.60 0.276 0.552 0.76 0.21*1 0.571

1.32 0.1.91 0.81.6 1.20 0.1.13 0.835 1.14 0.361 0.863 1.76 0.652 1.131 1.60 0.51.9 1.122 1.52 0.1.80 1.161

2.20 0.812 1.1.23 2.00 0.681. l.i*15 1.90 0.598 1.1.63 2.64 0.972 1.725 2.1.0 .818 1.712 2.28 0.716 1.770

3.08 1.130 2.033 2.80 0.95 2.015 2.66 0.8 32 2.082

3.52 1.287 2.31.6 3.20 1.082 2.322 3.0i* 0.91*8 2.398

3.96 1.1.1.2 2.667 3.60 1.211* 2.635 3.1*2 1.063 2.720

4.40 1.597 2.993 if. 00 1.31*5 2.952 3.80 1.178 3.01.8 4.84 1.751 3.321. 4.40 1.1*75 3.275 i*.18 1.292 3.380 5.28 1.903 3.661 4.80 1.601* 3.601* (..56 1.1*05 3.718

5.72 2.055 4. OOi. 5.20 1.732 3.938 i».9i* 1.518 4.061

6.16 2.206 4.353 5.60 1.859 i*.277 5.32 1.629 i*.i*10 6.60 2.355 4.709 6.00 1.985 i*.622 5.70 1.71*0 4.762 7.04 2.503 5.071 6.1.0 2.110 i*.972 6.08 1.850 5.122

7.1.8 2.650 5.1*39 6.80 2.235 5.329 6.1*6 1.960 5.1.93 7.92 2.796 5.811. 7.20 2.359 5.691 6.8i* 2.069 5.873

8.36 2.91.1 6.195 7.60 2.1*8 2 6.059 7.22 2.177 6.256

8.60 3.086 6.583 8.00 2.601* 6.1*33 7.60 2.281* 6.61.0

9.2it 3.229 6.976 8.1.0 2.725 6.813 7.98 2.391 7.030

9.68 3.372 7.380 8.60 2.8i*6 7.200 8.36 2.1*97 7.1.26 10.12 3.513 7.790 9.20 2.966 7.592 8.71* 2.602 7.827 10.56 3.652 8.206 9.60 3.085 7.992 9.12 2.707 8.235 11.00 3.791 8.629 10.00 3.203 8.397 9.50 2.811 8.61.8 IX. kit 3.929 9.060 10.1.0 3.321 8.809 9.88 2.911* 9.068 11.88 4.066 9.1.99 10.80 3.1*37 9.226 10.26 3.016 9.1.98 12.32 4.202 9.91.5 11.20 3.553 9.653 10.61* 3.118 9.91.2 12.76 4.337 10.399 11.60 3.668 10.091* 11.02 3.219 10.391

1*95.00 13.6i*8 490.00 12.237 485.00 10.943

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 0.36 0.106 0.293 0.32 0.086 0.287 0.30 0.074 0.295

0.72 0.211 0.588 0.64 0.17 2 0.584 0.60 0.148 0.600 1.08 0.315 0.891 0.96 0.257 0.883 0.90 0.221 0.907

l.<*i* 0.1*19 1.202 1.28 0.342 1.185 1.20 0.294 1.217

1.80 0.522 1.522 1.60 ' 0.426 1.487 1.50 0.367 1.527

2.16 0.625 1. 844 1.92 0.510 1.792 1.80 0.439 1.839

2.52 0.727 2.166 2.24 0.59 4 2.102 2.10 0.511 2.157

2.88 0.828 2.494 2.56 0.676 2.415 2.40 0.582 2.483

3.2i* 0.928 2.826 2.88 0.759 2.733 2.70 0.653 2.818

3.60 1.028 3.163 3.20 0.641 3.058 3.00 0.723 3.155

3.96 1.127 3.505 3.52 0.922 3.392 3.30 0.793 3.495

4.32 1.226 3.852 3.84 1.004 3.732 3.60 0.863 3.832

4.68 1.321* 4.203 4.16 1.084 4.075 3.90 0.933 4.176

5.0i* l.i*22 4.561 4.48 1.164 4.418 4.20 1.002 4.526

5.40 1.519 4.929 4.80 1.244 4.763 4.50 1.070 4.886

5.76 1.615 5.307 5.12 1.323 5.115 4.80 1.138 5.253

6.12 1.710 5.689 5.44 1.40 2 5.477 5.10 1.206 5.622

6.1*8 1.806 6.072 5.76 1.48 5.847 5.40 1.273 5.992

6.8i* 1.900 6.459 6.08 1.558 6.220 5.70 1.340 6.363

7.20 1.991* 6.851 6.40 1.636 6.594 6.00 1.407 6.741

7.56 2.087 7.248 6.72 1.713 6.96 9 6.30 1.474 7.126

7.92 2.180 7.652 7.04 1.790 7.351 6.60 1.540 7.520

8.28 2.272 8. 065 7.36 1.866 7.741 6.90 1.606 7.920

8.61* 2.364 8.491 7.68 1.942 8.143 7.20 1.671 8.326

9.00 2.455 8.922 8.00 2.017 8.549 7.50 1.736 8.738

9.36 2.546 9.357 8.32 2.092 8.957 7.80 1.800 9.156

9.72 2.635 9.791 8.64 2.166 9.364 8.10 1.864 9.577

10.08 2.724 10.234 8.96 2.240 9.778 8.40 1.928 9.999

IO.1.1* 2.813 10.690 9.28 2.313 10.201 8.70 1.992 10.422

PAGE F9
B FACTORS FOR REFRIGERANT 114

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

480.00 9.760 475. 00 8.680 470.00 7.698

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0. 000 0.00 0.000 0.000 0.00 0.000 0.000

0.28 0.063 0.305 0.26 0.053 0.314 0.24 0.045 0.320

0.56 0.126 0.606 0.52 0.106 0.632 0.48 0.089 0.644

0.84 0.188 0.915 0.78 0.159 0.954 0.72 0.134 0.972

1.12 0.251 1.228 1.04 0.211 1.279 0.96 0.178 1.304

1.40 0.313 1.548 1.30 0.264 1.609 1.20 0.222 1.639

1.68 0.374 1.875 1.56 0.316 1.945 1.44 0.266 1.978 1.96 0.436 2.206 1.82 0.368 2.284 1.68 0.309 2.321

2.24 0.497 2.542 2.08 0.419 2.625 1.92 0.353 2.668

2.52 0.557 2.883 2.34 0.471 2.968 2.16 0.396 3.019

2.80 0.617 3.229 2.60 0.522 3.309 2.40 0.439 3.374

3.08 0.677 3.576 2.86 0.572 3.655 2.64 0.482 3.733 3.36 0.737 3.926 3.12 0.62 3 4.008 2.88 0.524 4.096

3.64 0.796 4.274 3.38 0.673 4.367 3.12 0.567 4.463

3.92 0.855 4.628 3.64 0.724 4.734 3.36 0.609 4.835

4.20 0.914 4.989 3.90 0.774 5.106 3.60 0.651 5.210 4.48 0.973 5.358 4.16 0.823 5.483 3.84 0.692 5.590

4.76 1.031 5.734 4.42 0.873 5.863 4.08 0.734 5.974

5. 04 1.089 6.115 4.68 0.922 6.248 4.32 0.775 6.363

5.32 1.146 6.500 4.94 0.971 6.638 4.56 0.816 6.755

5.60 1.203 6.890 5.20 1.020 7.032 4.80 0.857 7.153

5.88 1.260 7.285 5.46 1.068 7.432 5.04 0.898 7.555

6.16 1.316 7.685 5.72 1.116 7.835 5.28 0.939 7.961 6.44 1.372 8. 092 5.98 1.164 8.244 5.52 0.980 8.372

6.72 1.428 8.504 6.24 1.211 8.658 5.76 1.020 8.787

7.00 1.484 8.919 6.50 1.259 9.077 6.00 1.060 9.207

7.28 1.539 9.337 6.76 1.306 9.500 6.24 1.100 9.632

7.56 1.594 9.753 7.02 1.353 9.929 6.48 1.139 10.062

7.84 1.649 10.175 7.28 1.40 10.363 6.72 1.179 10.496

8.12 1.704 10.605 7.54 1.446 10.802 6.96 1.218 10.935

465.00 6.806 460.00 5.999 455.00 5.270

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.22 0.037 0.325 0.20 0.031 0.329 0.18 0.025 0.331 0.44 0.075 0.654 0.40 0.061 0.659 0.36 0.050 0.668

0.66 0.112 0.986 0.60 0.092 0.992 0.54 0.074 1.013

0.86 0.148 1.322 0.80 0.122 1.330 0.72 0.098 1.361

1.10 0.185 1.662 1.00 0.152 1.672 0.90 0.123 1.710

1.32 0.221 2.005 1.20 0.18 2 2.019 1.08 0.147 2.061

1.54 0.257 2.352 1.40 0.212 2.374 1.26 0.171 2.414

1.76 0.293 2.702 1.60 0.242 2.736 1.44 0.195 2.767

1.98 0.329 3.057 1.80 0.272 3.100 1.62 0.219 3.122

2.20 0.365 3.415 2.00 0.301 3.466 1.80 0.2 43 3.479

2.42 0.401 3.777 2.20 0.330 3.834 1.98 0.267 3.841

2.64 0.436 4.143 2.40 0.36 4.203 2.16 0.291 4.205

2.86 0.471 4.512 2.60 0.389 4.574 2.34 0.315 4.573

3.08 0.506 4.886 2.80 0.417 4.947 2.52 0.338 4.941

3.30 0.541 5.263 3.00 0.446 5.325 2.70 0.362 5.314

3.52 0.576 5.645 3.20 0.475 5.706 2.88 0.385 5.691

3.74 0.611 6.031 3.40 0.504 6.091 3.06 0.409 6.073

3.96 0.645 6.420 3.60 0.532 6.480 3.24 0.432 6.461

4.18 0.680 6.814 3.80 0.561 6.873 3.42 0.455 6.856

4.40 0.714 7.212 4.00 0.589 7.269 3.60 0.478 7.258

4.62 0.748 7.614 4.20 0.617 7.67 3.78 0.502 7.662

4.84 0.782 8.021 4.40 0.645 8.073 3.96 0.525 8.069

5.06 0.816 8.432 4.60 0.673 8.478 4.14 0.547 8.477

5.28 0.849 8.847 4.80 0.701 8.889 4.32 0.570 8.888

5.50 0.883 9.263 5.00 0.729 9.306 4.50 0.593 9.295

5.72 0.916 9.686 5.20 0.757 9.729 4.68 0.615 9.707

5.94 0.949 10.114 5.40 0.784 10.159 4.86 0.637 10.124

6.16 0.983 10.548 5.60 0.811 10.599 5.04 0.660 10.546

6.38 1.015 10.991 5.80 0.838 11.041 5.22 0.682 10.973

PAGE F10
B FACTORS FOR REFRIGERANT 114

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (P) (PSIA) (R) (PSIA) 450.00 i*.616 i*i*5.00 4. 028 1.1.O.OO 3.503

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.16 0.020 0.329 O.li* 0.016 0.323 O.li. O.Oli. 0.369

0.32 0.039 0.662 0.28 0.031 0.61*9 0.28 0.028 0.7i*l

0.1*8 0.059 1. 004 0.42 0.01.7 0.980 0.1.2 0.01.2 1.115

0.6*. 0.079 1.31*9 0.56 0.062 1.315 0.56 0.055 1.1*93 0.80 0.098 1.695 0.70 0.077 1.653 0.70 0.069 1.873

0.96 0.118 2.01*3 0.8i* 0.092 1.991* 0.81. 0.083 2.257

1.12 0.137 2.393 0.98 0.108 2.336 0.98 0.097 2.61*3 1.28 0.157 2.71*5 1.12 0.123 2.682 1.12 0.110 3.032

1.44 0.176 3.091. 1.26 0.138 3.030 1.26 0.121* 3. i*2i* 1.60 0.195 3.1* i*i* 1.1*0 0.153 3.382 1.1*0 0.137 3.819

1.76 0.211. 3.799 1.51* 0.168 3.737 1.51. 0.151 i*.217 1.92 0.233 i*.158 1.68 0.183 i*.095 1.68 0.161* 4.619

2.08 0.252 i*.521 1.82 0.198 i*. 460 1.82 0.177 5.023

2.21* 0.271 1+.888 1.96 0.213 4.820 1.96 0.191 5.430

2.1»0 0.290 5.261 2.10 0.22 8 5.177 2.10 0.201* 5.81*0 2.56 0.309 5.639 2.21* 0.21.3 5.51.1 2.21. 0.217 6.251* 2.72 0.328 6.020 2.38 0.258 5.901. 2.38 0.230 6.672

2.88 0.31*6 6.1*05 2.52 0.273 6.266 2.52 0.2i*3 7.091* 3.04 0.365 6.793 2.66 0.287 6.628 2.66 0.257 7.527

3.20 0.381* 7.181* 2.80 0.302 6.997 2.80 0.270 7.951. 3.36 0.i*02 7.578 2.91. 0.316 7.370 2.91. 0.283 8.382

3.52 0.1*21 7.979 3.06 0.331 7.750 3.06 0.296 8.811

3.68 0.1*39 8.381 3.22 0.31.5 6.130 3.22 0.308 9.240

3.8i* 0.1*57 8.785 3.36 0.360 8.516 3.36 0.321 9.673

t*.00 0.1*75 9.192 3.50 0.371. 8.907 3.50 0.331* 10.101*

i*.16 0.i*93 9.600 3.6i* 0.389 9.301 3.61. 0.31*7 10.535

4.32 0.512 10.011 3.78 0.403 9.698 3.78 0.359 10.971.

i*.i*8 0.530 10.1.17 3.92 0.1.17 10.098 3.92 0.372 11.1.19

i*.6i* 0.51*8 10.828 i*.06 0.1.31 10.501 4.06 0.381* 11.868

435.00 3.034 430.00 2.619 425.00 2.251

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.12 0.010 0.357 0.10 0.008 0.337 0.10 0.007 0.387

0.24 0.021 0.716 0.20 0.016 0.676 0.20 0.014 0.777

0.36 0.032 1.077 0.30 0.023 1.016 0.30 0.021 1.172

0.48 0.042 1.1*38 0.1*0 0.031 1.359 0.40 0.027 1.574

0.60 0.052 1.795 0.50 0.039 1.701* 0.50 0.034 1.981

0.72 0.063 2.162 0.60 O.Qi.7 2.050 0.60 0.041 2.389

0.8i* 0.073 2.531* 0.70 0.051* 2.399 0.70 0.048 2.796

0.96 0.083 2.909 0.80 0.062 2.71*9 0.80 0.055 3.204

1.08 0.091* 3.289 0.90 0.070 3.102 0.90 0.062 3.613

1.20 0.101* 3.675 1.00 0.077 3.1*56 1.00 0.066 4.023

1.32 O.lli* 4.060 1.10 0.085 3.813 1.10 0.075 4.434

l.i*i* 0.121* 4.455 1.20 0.093 4.172 1.20 0.082 4.846

1.56 0.135 i*.855 1.30 0.10 4. 532 1.30 0.089 5.258

1.68 0.145 5.255 1.1*0 0.108 4.893 1.40 0.095 5.667

1.80 0.155 5.655 1.50 0.116 5.248 1.50 0.102 6.076

1.92 0.166 6.057 1.60 0.123 5.611 1.60 0.109 6.490

2.0i* 0.176 6.460 1.70 0.131 5.978 1.70 0.115 6.908

2.16 0.186 6.861* 1.80 0.138 6.348 1.80 0.122 7.331

2.28 0.196 7.270 1.90 0.146 6.722 1.90 0.129 7.758

2.1*0 0.206 7.677 2.00 0.153 7.100 2.00 0.135 8.188

2.52 11.216 8.085 2.10 0.161 7.481 2.10 0.142 8.623

2.6i* 0.225 8.1.96 2.20 0.168 7.865 2.20 0.146 9.061

2.76 0.235 8.909 2.30 0.175 8.253 2.30 0.155 9.504

2.88 0.245 9.325 2.1*0 0.183 6.645 2.40 0.161 9.956

3.00 0.255 9.744 2.50 0.190 9.045 2.50 0.168 10.413

3.12 0.265 10.166 2.60 0.198 9.444 2.60 0.174 10.869

3.2i* 0.275 10.590 2.70 0.205 9.844 2.70 0.180 11.327

3.36 0.281* 11.017 2.80 0.212 10.245 2.80 0.187 11.785

3.1*8 0.294 11. 1*1*7 2.90 0.219 10.647 2.90 0.193 12.244

PAGE Fll

Appendix G: B-factors for water, calculated from eq (5).

B FACTORS FOR HATER

TFi PF1

(R) (PSIA) 0.00 3101.091

OTV DPV B

(R) (PSIA)

0.00 0.000 0.000

it. 80 97.056 0.264

9.60 191.286 0.479

14.40 282.906 0.682

19.20 371.917 0.882

2 4.00 458.428 1.087

28.80 542.601 1.301

33.60 624.436 1.529

38.40 704.033 1.766

43.20 781.473 2.001

48.00 856.780 2.249

52.80 930.100 2.508

57.60 1001.506 2.779

62.40 1070.890 3.066

67.20 1138.465 3.365

72.00 1204.240 3.680

76.80 1268.274 4.013

81.60 1330.556 4.361

8 6.40 1391.158 4.728

91.20 1450.110 5.115 96.00 1507.501 5.523

100.80 1563.267 5.949

105.60 1617.549 6.398

110.40 1670.345 6.875

115.20 1721.638 7.372

120.00 1771.547 7.899

124.80 1820.035 8.455

129.60 1867.162 9.038

134.40 1912.949 9.656

139.20 1957.428 10.305

TFI PF1

(R) (PSIA)

0.00 2902.068

DTV DPV B

(R) (PSIA)

0.00 0.000 ,000 5.00 95.141 .160 10.00 187.473 .321 15.00 277.138 .489 20.00 364.212 ,667 25.00 448.868 .858 30.00 531.026 1 ,056 35.00 610.920 1 .257 40.00 6 8 8.620 1 .46 9 45.00 764.050 1,,693 50.00 837.403 1 .930 55.00 908.726 2 ,180 60.00 978.058 2 .445 65.00 1045.423 2,,724 70.00 1110.908 3 .019 75.00 1174.621 3 .333 80.00 1236.439 3 .664 85.00 1296.640 4,.014 90.00 1355.077 4 .384 95.00 1411.805 4 .776 100.00 1466.991 5,.192 105.00 1520.514 b ,628 110.00 1572.524 6.,093 115.00 1623.002 6,,586 120.00 1672.005 7,,104

125.00 1719.558 7,,658 130.00 1765.692 8,,240 135.00 1810.435 8,,860 140.00 1853.821 9,,512 145.00 1895.878 10,,212

TFI PF1

(R) (PSIA) 140.00 2714.595

DTV DPV B (Ri (PSIA)

0.00 0.000 0.000

5.00 89.665 0.139

10.00 176.740 0.287 15.00 261.395 0.449 20.00 343.553 0.617 25.00 423.447 0.788 30.00 501.147 0.969 35.00 576.578 1.161

40.00 649.931 1.366

45.00 721.253 1.583

50.00 790.585 1.813 55.00 857.951 2.056

60.00 923.435 2.314

65.00 987.148 2.589

70.00 1048.966 2.880

75.00 1109.168 3.188

80.00 1167.604 3.515

85.00 1224.332 3.861

90.00 1279.519 4.230 95.00 1333.041 4.618 100.00 1385.051 5.0 32 105.00 1435.529 5.471

110.00 1484.532 5.934 115.00 1532.085 6.430 120.00 1578.220 6.951

125.00 1622.962 7.507 130.00 1666.349 8.0 94 135.00 1708.406 8.724

140.00 1749.161 9.385 145.00 1788.642 10.092

1130.00 2537.855 1120.00 2371.042 1110.00 2213.448

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 5.00 84.655 0.137 5.00 79.894 0.125 4.90 73.943 0.124

10.00 166.814 0.282 10.00 157.594 0.260 9.80 145.892 0.257 15.00 246.708 0.428 15.00 233.025 0.405 14.70 215.876 0.400 20.00 324.408 0.585 20.00 306.377 0.561 19.60 283.956 0.552 25.00 399.838 0.752 25.00 377.700 0.726 24.50 350.124 0.716 30.00 473.191 0.930 30.00 447.032 0.903 29.40 414.529 0.891 35.00 544.513 1.120 35.00 514.397 1.092 34.30 477.170 1.079 40.00 613.845 1.321 40.00 579.882 1.294 39.20 538.030 1.279

45.00 681.211 1.536 45.00 643.595 1.510 44.10 597.309 1.491 50.00 746.696 1.764 50.00 705.413 1.740 49.00 654.919 1.720 55.00 810.408 2.007 55.00 765.615 1.985 53.90 710.805 1.964 60.00 872.227 2.266 60.00 824.051 2.246 58.80 765.298 2.223

65.00 932.428 2.540 65.00 880.779 2.524 63.70 818.150 2.498 70.00 990.865 2.832 70.00 935.965 2.821 68.60 869.531 2.791 75.00 1047.593 3.142 75.00 989.488 3.135 73.50 919.396 3.106

80.00 1102.779 3.473 80.00 1041.498 3.471 78.40 967.870 3.439 85.00 1156.301 3.821 85.00 1091.976 3.829 83.30 1014.931 3.794 90.00 1208.312 4.194 90.00 1140.979 4.207 88.20 1060.624 4.172 95.00 1258.790 4.590 95.00 1188.532 4.614 93.10 1104.970 4.575 100.00 1307.793 5.008 100.00 1234.666 5.043 98.00 1148.006 5.005 105.00 1355.345 5.456 105.00 1279.409 5.502 102.90 1189.750 5.462

110.00 1401.480 5.928 110.00 1322.796 5.988 107.80 1230.243 5.949

115.00 1446.222 6.433 115.00 1364.853 6.511 112.70 1269.489 6.464

120.00 1489.609 6.966 120.00 1405.607 7.061 117.60 1307.540 7.014

125.00 1531.666 7.540 125.00 1445.089 7.652 122.50 1344.397 7.602

130.00 1572.421 8.141 130.00 1483.332 8.279 127.40 1380.108 8.224

135.00 1611.902 8.787 135.00 1520.354 8.949 132.30 1414.689 8.894

140.00 1650.145 9.471 140.00 1556.188 9.662 137.20 1448.162 9.603

145.00 1687.167 10.201 145.00 1590.861 10.421 142.10 1480.553 10.361

PAGE Gl
B FACTORS FOR WATER

TF1

(R) PF1

(PSIA) TF1

(R) PF1

(PSIA) 1100.00 2061*. (,(,<*

DTV DPV B (R) (PSIA)

0.00 0.000 0.000

it. 80 68.504 0.123

9.60 135.173 0.255

14.40 200.002 0.396

19.20 263.155 0.549

2 4.00 324.604 0.712 28.80 384.340 0.887

33.60 442.564 1.073

38. 40 499.178 1.273

43.20 554.120 1.487

48.00 607.739 1.714

52.80 659.729 1.957

57.60 710.379 2.215

6 2.40 759.532 2.491

67.20 807.344 2.786

72.00 853.799 3.097

76.80 898.925 3.433

81.60 942.751 3.786

86.40 985.316 4.166

91.20 1026.628 4.568

96.00 1066.731 4.998

100.80 1105.631 5.453

105.60 1143.365 5.941

110.40 1179.960 6.459

115.20 1215.433 7.011

120.00 1249.810 7.600

124.80 1283.119 8.225

129.60 1315.379 8.886

134.40 1346.612 9.601

139.20 1376.835 10.357

1090.00 1924.010

DTV DPV B (R) (PSIA)

0.00 0.000 0,.000 4.70 63.361 ,123 9.40 125.091 0..256 14.10 185.211 .399 18.80 243.685 , ,552 23.50 300.716 0.,716 28.20 356.198 0,,891

32.90 410.071 1,,080 37.60 462.678 1,,28 42.30 513.688 1,,496

47.00 563.453 1 ,723 51.70 611.791 1,.967 56.40 658.811 2..228 61.10 704.535 2 .504 65.80 748.977 2..803 70.50 792.170 3,.115 75.20 834.139 3,.451 79.90 874.909 3,,807 64.60 914.504 4,,191 89.30 952.948 4 .594 94.00 990.262 5,,025 98.70 1026.480 5.,484

103.40 1061.604 5.,976 108.10 1095.679 6..492 112.80 1128.717 7 .050 117.50 1160.738 7 .640 122.20 1191.766 8..272 126.90 1221.825 8,.936 131.60 1250.923 9,.652 136.30 1279.103 10..409

TF1 PF1

(R) (PSIA) 080.00 1791.160

DTV DPV B

(R) (PSIA)

0.00 0.000 0.,000 4.50 57.409 0.,123 9.00 113.290 0.,254 13.50 167.866 o.,3 94 18.00 221.019 0.,545 22.50 272.689 .708 27.00 323.197 0..879 31.50 372.249 1 .065 36.00 420.102 1 .260 40.50 466.727 1..469 45.00 512.094 1 .693 49.50 556.264 1,.929 54.00 599.253 2 .184 58.50 641.090 2,.451 63.00 681.791 2 .739 67.50 721.387 3 .045 72.00 759.888 3..369 76.50 797.335 3 .714 81.00 833.722 4 .080 85.50 869.086 4 .471 90.00 903.450 4..886 94.50 936.823 5 .329 99.00 969.233 5 .797 103.50 1000.699 6 .295 108.00 1031.236 6 .825 112.50 1060.863 7 .392 117.00 1089.604 7 .986 121.50 1117.463 8 .627 126.00 1144.482 9 .301 130.50 1170.653 10..027

1070.00 1665.629 1060.00 1546.991 1050.00 1435.076

0.00 0.000 0. 000 0.00 0.000 0.000 0.00 0.000 0.000 4.40 53.063 0.124 4.30 48.853 0.127 4.20 45.097 0.129

8.80 104.784 0.256 8.60 96.651 0.263 8.40 89.096 0.269 13.20 155.084 0.401 12.90 143.131 0.409 12.60 131.964 0.419 17.60 204.297 0.554 17.20 188.528 0.564 16.60 173.822 0.579

22.00 252.088 0.719 21.50 232.742 0.731 21.00 214.642 0.748 26.40 298.766 0.893 25.80 275.862 0.910 25.20 254.439 0.933 30.80 344.257 1.079 30.10 317.893 1.099 29.40 293.239 1.125 35.20 388.551 1.279 34.40 358.849 1.304 33.60 331.051 1.333

3 9.60 431.701 1.490 38.70 398.754 1.517 37.80 367.904 1.554 44.00 473.722 1.718 43.00 437.622 1.748 42.00 403.805 1.788 48.40 514.641 1.956 47.30 475.482 1.994 46.20 438.788 2.038 52.80 554.474 2.213 51.60 512.341 2.254 50.40 472.847 2.302

57.20 593.250 2.488 55.90 548.235 2.531 54.60 506.011 2.586

61.60 630.979 2.777 60.20 583.160 2.825 58.80 538.304 2.887 66.00 667.696 3.086 64.50 617.147 3.139 63.00 569.722 3.208

7 0.40 703.399 3.413 68.80 650.219 3.473 67.20 600.302 3.545 74.80 738.121 3.764 73.10 682.374 3.830 71.40 630.049 3.909

79.20 771.885 4.135 77.40 713.652 4.203 75.60 658.980 4.294 83.60 804.694 4.532 81.70 744.058 4.607 79.80 687.113 4.698

88.00 836.584 4.948 86.00 773.608 5.035 84.00 714.460 5.135 92.40 867.564 5.397 90.30 802.323 5.48 3 88.20 741.036 5.592 96.80 897.651 5.873 94.60 830.218 5.967 92.40 766.850 6.083

101.20 926.865 6.376 98.90 857.303 6.478 96.60 791.935 6.600 105.60 955.226 6.910 103.20 883.598 7.021 100.80 816.284 7.155 110.00 982.739 7.485 107.50 909.124 7.598 105.00 839.928 7.739

114.40 1009.438 8.086 111.80 933.690 8.211 109.20 862.871 8.365 118.80 1035.328 8.732 116.10 957.917 8.863 113.40 885.129 9.027 123.20 1060.435 9.412 120.40 981.215 9.557 117.60 906.721 9.728 127.60 1084.765 10.145 124.70 1003.798 10.296 121.80 927.651 1 . 479

PAGE G2
B FACTORS FOR WATER

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) <R) (PSIA) (R) (PSIA)

101*0.00 1329.5t*t* 1030.00 1230.063 1020.00 1136.375

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

4.00 40.504 0.131 3.90 37.213 0.137 3.70 33.239 0.136

8.00 80.062 0.270 7.80 73.559 0.279 7.40 65.734 0.283 12.00 118.679 0.418 11.70 109.049 0.433 11.10 97.491 0.434 16.00 156.374 0.580 15.60 143.708 0.597 14.80 128.529 0.599 20.00 193.168 0.747 19.50 177.538 0.771 18.50 158.853 0.773

2*1.00 229.070 0.929 23.40 210.555 0.95 8 22.20 188.467 0.957 28.00 264.102 1.122 27.30 242.784 1.155 25.90 217.397 1.152 32.00 298.272 1.326 31.20 274.218 1.364 29.60 245.652 1.360 36.00 331.611 1.543 35.10 304.886 1.587 33.30 273.233 1.581 40.00 364.109 1.773 39.00 334.806 1.824 37.00 300.164 1.812

it 4.00 395.795 2.018 42.90 363.970 2.076 40.70 326.446 2.062 48.00 426.690 2.279 46.80 392.412 2.342 44.40 352.095 2.322 52.00 456.785 2.557 50.70 420.133 2.62 8 48.10 377.120 2.601 56.00 486.118 2.851 54.60 447.150 2.927 51.80 401.528 2.896 60.00 514.690 3.164 58.50 473.476 3.245 55.50 425.337 3.205 64.00 542.521 3.493 62.40 499.117 3.587 59.20 448.546 3.536

68.00 569.620 3.845 66.30 524.093 3.942 62.90 471.173 3.884 72.00 595.999 4.219 70.20 548.403 4.326 66.60 493.234 4.251

76.00 621.677 4.611 74.10 572.076 4.727 70.30 514.723 4.644

80.00 646.654 5.034 78.00 595.112 5.155 74.00 535.664 5.053

84.00 670.958 5.476 81.90 617.529 5.607 77.70 556.056 5.495

88.00 694.594 5.947 85.80 639.336 6.088 81.40 575.916 5.953

92.00 717.576 6.445 89.70 660.542 6.597 85.10 595.250 6.446

96.00 739.919 6.975 93.60 681.158 7.138 66.80 614.070 6.960 100.00 761.630 7.537 97.50 701.201 7.708 92.50 632.377 7.511 104.00 782.721 8.135 101.40 720.673 8.316 96.20 650.198 8.082 108.00 803.210 8.763 105.30 739.597 8.951 99.90 667.523 8.700 112.00 823.099 9.437 109.20 757.971 9.639 103.60 684.377 9.346

116.00 842.416 10.138 113.10 775.814 10.357 107.30 700.757 10.028

.00 1048.246 1000.00 965.434

0.00 0.000 0.000 0.00 0.000 0.000

3.60 30.410 0.142 3.50 27.769 0.146

7.20 60.151 0.291 7.00 54.93 0.301 10.80 89.213 0.449 10.50 81.46 0.467

14.40 117.622 0.617 14.00 107.437 0.642

18.00 145.393 0.796 17.50 132.812 0.82 5 21.60 172.512 0.987 21.00 157.609 1.023

25.20 199.014 1.190 24.50 181.838 1.230

2 8.80 224.900 1.402 28.00 205.511 1.451

32.40 250.182 1.629 31.50 228.631 1.686

36.00 274.863 1.871 35.00 251.215 1.932

39.60 298.961 2.122 38.50 273.262 2.192

43.20 322.480 2.395 42.00 294.781 2.471

46.80 345.432 2.676 45.50 315.796 2.761

50.40 367.816 2.982 49.00 336.293 3.074

54.00 389.661 3.299 52.50 356.296 3.400

57.60 410.963 3.636 56.00 375.810 3.748

61.20 431.735 3.993 59.50 394.841 4.114

64.80 451.989 4.369 63.00 413.397 4.500

68.40 471.725 4.771 66.50 431.492 4.910

72.00 490.958 5.190 70.00 449.125 5.339

7 5.60 509.695 5.640 73.50 466.303 5.798

79.20 527.946 6.106 77.00 483.047 6.280

82.80 545.712 6.611 60.50 499.347 6.790

86.40 563.018 7.133 64.00 515.229 7.330 90.00 579.856 7.695 87.50 530.688 7.895

93.60 596.247 6.284 91.00 545.733 8.499 97.20 612.191 8.904 94.50 560.376 9.138

100.80 627.696 9.565 98.00 574.621 9.811 104.40 642.775 10.266 101.50 588.485 10.518

990.00 887.710

0.00 0.000 0.000

3.30 24.568 0.147 6.60 48.618 0.301 9.90 72.151 0.467 13.20 95.181 0.640 16.50 117.709 0.827 19.80 139.746 1.019

23.10 161.298 1.229

26.40 182.372 1.444

29.70 202.971 1.677 33.00 223.111 1.920

36.30 242.803 2.175

39.60 262.034 2.449

42.90 280.828 2.733 46.20 299.186 3.039

49.50 317.117 3.357 52.80 334.626 3.693 56.10 351.724 4. 049 59.40 368.410 4.421

62.70 384.688 4.820 66.00 400.582 5.231

69.30 416.082 5.675 72.60 431.203 6.134

75.90 445.946 6.627 79.20 460.323 7.140 82.50 474.333 7.681

65.80 487.990 8.253

89.10 501.296 8.860 92.40 514.261 9.497

95.70 526.877 10.169

PAGE G3
B FACTORS FOR WATER

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

980.00 814. 854 970.00 746.644 960.00 6 82.89 DTV DPV B OTV DPV B DTV DPV B (R) <PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

3.20 22.325 0.150 3.00 19.585 0.156 2.90 17.688 0.159

6.40 44.177 0.314 6.00 38.777 0.317 5.80 35.029 0.325

9.60 65.569 0.483 9.00 57.576 0.488 8.70 52.010 0.506 12.80 86.502 0.667 12.00 75.991 0.670 11.60 68.654 0.692 16.00 106.987 0.856 15.00 94.034 0.858 14.50 84.966 0.688 19.20 127.025 1. 059 18.00 111.694 1.062 17.40 100.937 1.0 99 22.40 146.628 1.272 21.00 128.993 1.272 20.30 116.580 1.316 25.60 165.809 1.495 24.00 145.933 1.493 23.20 131.899 1.548 28.80 184.554 1.737 27.00 162.507 1.731 26.10 146.904 1.791 32.00 202.887 1.986 30.00 178.730 1.977 29.00 161.588 2.043 35.20 220.814 2.252 33.00 194.607 2.237 31.90 175.955 2.315 38.40 238.333 2.532 36.00 210.145 2.512 34.80 190.029 2.594 41.60 255.454 2.824 39.00 225.342 2.797 37.70 203.799 2.894 44.80 272.179 3.140 42.00 240.199 3.104 40.60 217.262 3.204 48.00 288.521 3.465 45.00 254.742 3.419 43.50 230.442 3.533 51.20 304.480 3.812 48.00 268.960 3.759 46.40 243.328 3.877 54.40 320.071 4.175 51.00 282.851 4.108 49.30 255.932 4.239

57.60 335.293 4.561 54.00 296.438 4.482 52.20 268.254 4.617

6 0.80 350.144 4.964 57.00 309.714 4.869 55.10 280.302 5.020 64.00 364.649 5.394 60.00 322.685 5.282 58.00 292.077 5.443 67.20 378.799 5.839 63.00 335.359 5.713 60.90 303.592 5.882 70.40 392.602 6.317 66.00 347.740 6.164 63.80 314.834 6.345

73.60 406.069 6.818 69.00 359.832 6.644 66.70 325.820 6.833

76.80 419.201 7.342 72.00 371.643 7.145 69.60 336.555 7.346

80.00 432.011 7.896 75.00 383.162 7.672 72.50 347.035 7.879

83.20 444.494 8.481 78.00 394.422 8.221 75.40 357.269 8.448

8 6.40 456.657 9.098 81.00 405.399 8.806 78.30 367.259 9.035

89.60 468.519 9.747 84.00 416.112 9.417 81.20 377.011 9.666 92.80 480.069 10.426 87.00 426.564 10.060 84.10 386.528 10.315

950.00 623.374 940.00 567.913 930.00 516.309

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

2.80 15.928 0.165 2.60 13.781 0.167 2.50 12.310 0.179

5.60 31.545 0.343 5.20 27.304 0.345 5.00 24.407 0.359

8.40 46.853 0.527 7.80 40.570 0.528 7.50 36.278 0.554 11.20 61.855 0.720 10.40 53.590 0.720 10.00 47.918 0.755 14.00 76.551 0.928 13.00 66.353 0.927 12.50 59.349 0.964 16.80 90.960 1.142 15.60 78.880 1.137 15.00 70.562 1.189 19.60 105.073 1.366 18.20 91.166 1.365 17.50 81.563 1.417 22.40 118.886 1.609 20.80 103.204 1.597 20.00 92.351 1.664 25.20 132.430 1.856 23.40 115.016 1.845 22.50 102.932 1.917 28.00 145.690 2.124 26.00 126.590 2.103 25.00 113.310 2.185 30.80 158.665 2.398 28.60 137.941 2.371 27.50 123.484 2.467 33.60 171.375 2.692 31.20 149.059 2.656 30.00 133.466 2.757 36.40 183.812 2.997 33.80 159.959 2.957 32.50 143.247 3.067 39.20 195.987 3.318 36.40 170.638 3.265 35.00 152.827 3.387 42.00 207.897 3.654 39.00 181.101 3.594 37.50 162.229 3.720 44.80 219.553 4.011 41.60 191.354 3.937 40.00 171.434 4.075 47.60 230.952 4.386 44.20 201.387 4.293 42.50 180.453 4.438 50.40 242.110 4.774 46.80 211.219 4.669 45.00 189.291 4.828 53.20 253.014 5.185 49.40 220.847 5.063 47.50 197.946 5.226 56.00 263.673 5.618 52.00 230.269 5.470 50.00 206.423 5.648 58.80 274.106 6.067 54.60 239.493 5.904 52.50 214.725 6.094 61.60 284.293 6.541 57.20 248.521 6.353 55.00 222.853 6.550 64.40 294.251 7.041 59.80 257.356 6.824 57.50 230.811 7.035 67.20 303.982 7.563 62.40 266.001 7.325 60.00 238.599 7.542 70.00 313.488 8.111 65.00 274.458 7.837 62.50 246.222 8.072 72.80 322.775 8.692 67.60 282.730 8.381 65.00 253.681 8.614 75.60 331.844 9.294 70.20 290.820 8.951 67.50 260.979 9.191 78.40 340.699 9.932 72.80 298.730 9.545 70.00 268.119 9.795 81.20 349.344 10.603 75.40 306.464 10.158 72.50 275.102 10.429

PAGE G4
B FACTORS FOR WATER

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) <R> (PSIA) (R)

t (PSIA) 920.00 468.391 910.00 423.958 900.00 382.81.3

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) <R> (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 2.40 10.978 0.180 2.20 9.322 0.179 2.10 8.230 0.193

4.80 21.754 0.371+ 4.40 18.1*88 0.373 4.20 16.317 0.387

7.20 32.335 0.571 6.60 27.495 0.569 6.30 24.270 0.597

9.60 42.720 0.783 8.80 36.348 0.77 8 8.1*0 32.101 0.809 12.00 52.914 1.000 11.00 1*5.053 0.995 10.50 39.786 1.036

14. 40 62.920 1.234 13.20 53.598 1.220 12.60 1.7.344 1.267

16.80 72.738 1.471* 15.i*0 61.992 1.457 14.70 54.773 1.515

19.20 82.375 1.726 17.60 70.251 1.700 16.80 62.075 1.769 21.60 91.831 1.991 19.80 78.354 1.961 18.90 69.249 2.032

24.00 101.100 2.265 22.00 86.311* 2.224 21.00 76.299 2.313

26.140 110.194 2.556 24.20 94.132 2.506 23.10 83.225 2.599

28.80 119.123 2.856 26.1*0 101.809 2.801 25.20 90.030 2.897

31.20 127.868 3.171 28.60 109.3i*7 3.100 27.30 96.711. 3.213 33.60 136.446 3.501 30.80 116.7i*8 3.421 29.40 103.279 3.541

36.00 144.856 3.851 33.00 124.011* 3.751 31.50 109.727 3.884

38.1.0 153.100 i*.206 35.20 131.146 4.094 33.60 116.058 4.231 40.80 161.180 4.588 37.1.0 138.1i»5 4.1*56 35.70 122.275 4.596 43.20 169.100 4.982 39.60 H.5.014 4.833 37.80 128.378 4.980

1*5.60 176.860 5.393 41.80 151.754 5.227 39.90 134. 370 5.381 48.00 184.463 5.827 4i*. 00 158.366 5.626 1*2.00 140.252 5.798 50.40 191.912 6.281 46.20 164.854 6.01*8 44.10 146.024 6.231 52.80 199.207 6.751 1*8.1*0 171.217 6.1*92 1.6.20 151.689 6.683

55.20 206.353 7.236 50.60 177.459 6.951* 1*8.30 157.248 7.149 57.60 213.349 7.750 52.80 183.579 7.436 50.1.0 162.702 7.638 60.00 220.201 8.289 55.00 189.580 7.937 52.50 168.052 8.158 62.40 226.907 8.853 57.20 195.465 8.457 54. 60 173.301 8.686 64.80 233.472 9.441 59.40 201.233 8.997 56.70 178.448 9.232 67.20 239.897 10.053 61.60 206.887 9.575 58.80 183.497 9.804 69.60 246.181* 10.690 63.80 212.429 10.169 60.90 188.448 10.403

00 344.875 880.00 309.886 870.00 277.710

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 000 2.00 7.230 0.193 1.90 6.325 0.210 1.70 5.201 .205 4.00 14.343 0.402 3.80 12.550 0.418 3.40 10.327 410 6.00 21.340 0.620 5.70 18.676 0.643 5.10 15.377 626 8.00 28.221 0.838 7.60 24.702 0.877 6.80 20.353 853 10.00 34.989 1.073 9.50 30.632 1.121 8.50 25.255 1 088 12.00 41.644 1.320 11.40 36.465 1.376 10.20 30.084 1 332 14.00 48.189 1.567 13.30 42.203 1.632 11.90 34.841 1 585 16.00 54.623 1.631 15.20 47.848 1.901 13.60 39.526 1 847 16.00 60.948 2.108 17.10 53.399 2.185 15.30 44.141 2 118 20.00 67.165 2.3 95 19.00 58.659 2.480 17.00 48.686 2 .398 22.00 73.277 2.695 20.90 64.228 2.787 18.70 53.162 2 687 24.00 79.283 2.996 22.80 69.506 3.106 20.40 57.569 2 ,990 26.00 85.186 3.317 24.70 74.696 3.437 22.10 61.908 3 312 28.00 90.986 3.652 26.60 79.799 3.780 23.80 66.180 3 636 30.00 96.685 4. 001 28.50 84.815 4.135 25.50 70.386 3 969 32.00 102.284 4.365 30.40 89.745 4.507 27.20 74.526 4 .314 34.00 1D7.784 4.742 32.30 94.590 4.904 28.90 78.6D2 4 671 36.00 113.186 5.135 34.20 99.352 5.304 30.60 82.613 5 045 38.00 118.492 5. 541 36.10 104.031 5.717 32.30 86.561 5 .437 40.00 123.703 5.963 38.00 106.629 6.147 34.00 90.446 5 835 42.00 128.820 6.416 39.90 113.146 6.594 35.70 94.269 6 241 44.00 133.844 6.876 41.80 117.582 7.068 37.40 98.030 6 .677 46.00 138.776 7.348 43.70 121.941 7.553 39.10 101.730 7 121 48.00 143.618 7.843 45.60 126.222 8.048 40.80 105.371 7 562 50.00 148.370 8.356 47.50 130.425 8.579 42.50 108.952 8 061 52.00 153.034 8.900 49.40 134.554 9.122 44.20 112.475 a 549 54.00 157.611 9.457 51.30 138.607 9.690 45.90 115.939 9 063 56.00 162.102 10.028 53.20 142.586 10.275 47.60 119.347 9 58S 58.00 166.508 10.642 55.10 146.492 10.885 49.30 122.697 10 135

PAGE G5
8 FACTORS FOR HATER

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

860.00 243.190 850.00 221.172 840.00 196.505

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (P.) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 1.60 4.487 0.211 1.50 3.846 0.227 1.40 3.274 0.233

3.20 8.910 0.430 3.00 7.640 0.455 2.80 6.505 0.469

if. 80 13.271 0.656 4.50 11.382 0.688 4.20 9.694 0.708 6.40 17.570 0.890 6.00 15.073 0.928 5.60 12.840 0.953

8.00 21.807 1.131 7.50 18.712 1.177 7.00 15.945 1.214

9.60 25.983 1.380 9.00 22.302 1.432 8.40 19.009 1.484

11.20 30.099 1.647 10.50 25.841 1.700 9.80 22.032 1.754 12.80 34.155 1.921 12.00 29.331 1.984 11.20 25.014 2.042 14.40 38.152 2.199 13.50 32.771 2.268 12.60 27.956 2.335 16.00 42.091 2.484 15.00 36.164 2.558 14.00 30.858 2.633

17.60 45.971 2.781 16.50 39.508 2.863 15.40 33.721 2.949 19.20 49.795 3.086 18.00 42.805 3.186 16.80 36.545 3.269 20.80 53.561 3.409 19.50 46.055 3.508 18.20 39.331 3.596

22.40 57.271 3.745 21.00 49.257 3.848 19.60 42.077 3.941

24.00 60.926 4.084 22.50 52.414 4.198 21.00 44.786 4.300 25.60 64.525 4.431 24.00 55.525 4.552 22.40 47.458 4.665 27.20 68.070 4.803 25.50 58.591 4.928 23.80 50.093 5.032

28.80 71.562 5.163 27.00 61.613 5.309 25.20 52.691 5.420

3 0.40 75.000 5.572 28.50 64.590 5.702 26.60 55.252 5.823

32.00 78.385 5.984 3 .'0 67.522 6.116 28.00 57.777 6.240

33.60 81.718 6.398 31.50 70.412 6.543 29.40 60.266 6.667 35.20 85.000 6.834 33.00 73.259 6.975 30.80 62.721 7.107 36.80 88.231 7.280 34.50 76.063 7.421 32.20 65.140 7.560 38.40 91.411 7.740 36.00 78.826 7.889 33.60 67.524 8.031 40.00 94.540 8.223 37.50 81.546 8.375 35.00 69.874 8.513 41.60 97.621 8.723 39.00 84.226 8.875 36.40 72.190 9.009 43.20 100.653 9.229 40.50 86.865 9.389 37.80 74.472 9.519

44.80 103.637 9.755 42.00 89.463 9.918 39.20 76.721 10.049

46.40 106.573 10.305 43.50 92.022 10.470 40.60 78.938 10.595

830.00 174 . 044 820.00 153.649 810.00 135.182

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.30 2.765 0.240 1.20 2.315 0.247 1.10 1.919 0.249

2.60 5.496 0.482 2.40 4.603 0.496 2.20 3.817 0.505

3.90 8.192 0.726 3.60 6.864 0.743 3.30 5.694 0.769

5.20 10.854 0.987 4.80 9.097 1.005 4.40 7.549 1.039

6.50 13.483 1.252 6.00 11.303 1.279 5.50 9.382 1.316

7.60 16.0 79 1.519 7.20 13.483 1.56 6.60 11.195 1.600

9.10 18.640 1.801 8.40 15.636 1.850 7.70 12.988 1.891 10.40 21.170 2.095 9.60 17.764 2.147 8.80 14.760 2.191

11.70 23.667 2.398 10.60 19.865 2.45 2 9.90 16.511 2.500 13.00 26.132 2.701 12.00 21.941 2.766 11.00 18.242 2.815

14.30 28.564 3.012 13.20 23.991 3.090 12.10 19.954 3.139

15.60 30.966 3.341 14.40 26.016 3.422 13.20 21.645 3.471

16.90 33.335 3.681 15.60 28.015 3.763 14.30 23.317 3.811 18.20 35.674 4. 031 16.80 29.990 4.112 15.40 24.969 4.161

19.50 37.982 4.390 18.00 31.940 4.472 16.50 26.601 4.519

2 0.80 40.260 4.759 19.20 33.866 4.844 17.60 28.215 4.886

22.10 42.508 5.139 20.40 35.768 5.225 18.70 29.809 5.263

2 3.40 44.725 5.533 21.60 37.646 5.615 19.80 31.385 5.651 24.70 46.913 5.937 22.80 39.500 6.017 20.90 32.941 6.060 26.00 49.071 6.351 24.00 41.330 6.429 22.00 34.479 6.479

27.30 51.200 6.776 25.20 43.137 6.852 23.10 35.999 6.897 28.60 53.301 7.216 26.40 44.921 7.287 24.20 37.500 7.327 29.90 55.373 7.671 27.60 46.682 7.733 25.30 38.983 7.782 31.20 57.417 8.136 28.80 48.421 8.192 26.40 40.449 8.243

32.50 59.433 8.613 30.00 50.136 8.666 27.50 41.897 8.706 33.80 61.422 9.105 31.20 51.830 9.166 26.60 43.326 9.179 35.10 63.382 9.610 32.40 53.501 9.673 29.70 44.738 9.665 36.40 65.316 10.131 33.60 55.151 10.182 30.80 46.133 10.172

37.70 67.223 10.664 34.80 56.779 10.718 31.90 47.511 10.698

PAGE G6
B FACTORS FOR HATER

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA) 800.00 118.513 790.00 103.513 780.00 90.062

DTV DPV e DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

1.00 1.573 0.253 0.90 1.272 0.264 0.80 1.013 0.261

2.00 3.130 0.512 1.80 2.532 0.535 1.60 2.017 0.530

3.00 4.670 0.778 2.70 3.779 0.803 2.40 3.011 0.805

it. 00 6.194 1.050 3.60 5.014 1.075 3.20 3.997 1.08O

5.00 7.701 1.328 4.50 6.237 1.359 4.00 4.974 1.374

6.00 9.192 1.614 5.40 7.44 8 1.657 4.80 5.942 1.656

7.00 10.668 1.906 6.30 8.647 1.956 5.60 6.901 1.943

8.00 12.128 2.206 7.20 9.834 2.255 6.40 7.852 2.241

9.00 13.572 2.511 8.10 11.010 2.560 7.20 8.793 2.551

10.00 15.000 2.828 9.00 12.172 2.869 8.00 9.726 2.868 11.00 16.413 3.161 9.90 13.324 3.189 8.80 10.651 3.191 12.00 17.810 3.502 10.80 14.464 3.523 9.60 11.567 3.521 13.00 19.192 3.840 11.70 15.593 3.867 10.40 12.474 3.658 14.00 20.559 4.187 12.60 16.710 4.222 11.20 13.373 4.204

15.00 21.911 4.554 13.50 17.815 4.585 12.00 14.264 4.553 16.00 23.2 49 4.928 14.40 18.910 4.950 12.80 15.146 4.900 17.00 24.572 5.303 15.30 19.993 5.313 13.60 16.020 5.252

18.00 25.880 5.685 16.20 21.066 5.688 14.40 16.886 5.617

19.00 27.172 6.073 17.10 22.127 6.080 15.20 17.745 5.997 20.00 28.451 6.474 18.00 23.178 6.482 16.00 18.595 6.384

21.00 29.716 6.893 18.90 24.217 6.894 16.80 19.436 6.779 22.00 30.966 7.325 19.80 25.245 7.314 17.60 20.270 7.182 23.00 32.202 7.773 20.70 26.263 7.745 18.40 21.096 7.594 24.00 33.425 8.228 21.60 27.271 8.18 5 19.20 21.914 8.013 25.00 34.633 8.679 22.50 28.267 8.627 20,00 22.725 8.441 26.00 35.829 9.142 23.40 29.254 9.070 20.80 23.527 8.875 27.00 37.010 9.625 24.30 30.230 9.529 21.60 24.322 9.320 28.00 38.178 10.123 25.20 31.196 10.008 22.40 25.109 9.780 29.00 39.332 10.633 26.10 32.151 10.497 23.20 25.889 10.260

770.00 78. 041 760.00 67.337 750.00 57.844

0.00 0.000 0.000 0.00 0.00 0.000 0.00 0.000 0.000

0.80 0.903 0.300 0.70 0.70 3 0.292 0.60 0.533 0.295

1.60 1.798 0.604 1.40 1.399 0.590 1.20 1.063 0.598

2.40 2.685 0.909 2.10 2.090 0.897 1.80 1.588 0.904

3.20 3.563 1.212 2.80 2.775 1.220 2.40 2.110 1.211

4.00 4.433 1.525 3.50 3.45 5 1.550 3.00 2.627 1.516

4.80 5.295 1.852 4.20 4.129 1.882 3.60 3.141 1.827

5.60 6.149 2.189 4.90 4.796 2.213 4.20 3.651 2.144

6.40 6.995 2.534 5.60 5.45 9 2.549 4.80 4.157 2.462

7.20 7.833 2.885 6.30 6.115 2.891 5.40 4.659 2.788

8.00 8.663 3.244 7.00 6.766 3.239 6.00 5.157 3.122

6.80 9.485 3.610 7.70 7.411 3.594 6.60 5.652 3.468

9.60 10.299 3.984 6.40 8.051 3.955 7.20 6.143 3.823 10.40 11.106 4.366 9.10 8.685 4.320 7.80 6.631 4.185

11.20 11.904 4.753 9.80 9.314 4.697 8.40 7.114 4.552

12.00 12.695 5.153 10.50 9.938 5.088 9.00 7.594 4.929

12.80 13.479 5.572 11.20 10.556 5.494 9.60 8.070 5.309 13.60 14.255 6.001 11.90 11.168 5.903 10.20 8.542 5.691

14.40 15.024 6.433 12.60 11.776 6.313 10.80 9.011 6.069

15.20 15.784 6.867 13.30 12.378 6.726 11.40 9.477 6.453

16.00 16.538 7.309 14.00 12.975 7.147 12.00 9.938 6.848

16.80 17.284 7.758 14.70 13.566 7.573 12.60 10.396 7.256

17.60 18.023 8.216 15.40 14.152 6.008 13.20 10.851 7.675

18.40 18.754 8.684 16.10 14.733 8.455 13.80 11.301 6.100 19.20 19.479 9.160 16.80 15.309 8.919 14.40 11.749 8.532 20.00 20.197 9.652 17.50 15.681 9.395 15.00 12.193 8.972 20.80 20.907 10.166 18.20 16.447 9.879 15.60 12.635 9.418 21.60 21.610 10.692 18.90 17.007 10.376 16.20 13.072 9.872

2 2.40 22.306 11.222 19.60 17.563 10.878 16.80 13.505 10.337

23.20 22.996 11.754 20.30 18.114 11.385 17.40 13.935 10.807

PAGE &7
B FACTORS FOR HATER

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

71*0.00 1.9.1.59 730.00 42.083 720.00 35.626

DTV DPV B DTV DPV B DTV DPV B <R> (PSIA) (R) (PSIA) <R) (PSIA)

0.00 0.000 0. 000 0.00 0.000 0.000 0.00 0.000 0.000

0.60 0.1.70 0.327 0.46 0.316 0.292 0.40 0.241 0.296

1.20 0.937 0.656 0.92 0.631 0.592 0.80 0.480 0.595

1.80 1.1.00 0.994 1.38 0.943 0.696 1.20 0.717 0.699

2.1.0 1.859 1.343 1.84 1.254 1.204 1.60 0.954 1.206

3.00 2.315 1.705 2.30 1.563 1.517 2.00 1.189 1.516

3.60 2.767 2.073 2.76 1.87 1.834 2.40 1.423 1.830

4.20 3.215 2.447 3.22 2.176 2.155 2.80 1.656 2.145

4.80 3.661 2.828 3.68 2.47 9 2.481 3.20 1.888 2.465

5.1.0 4.103 3.215 4.14 2.780 2.811 3.60 2.118 2.792

6.00 4.541 3.609 4.60 3.080 3.143 4.00 2.347 3.124

6.60 4.976 4.012 5.06 3.378 3.479 4.40 2.574 3.465

7.20 5.1.07 4.422 5.52 3.673 3.822 4.80 2.800 3.819

7.80 5.835 4.836 5.98 3.967 4.173 5.20 3.025 4.175

8.40 6.259 5.251 6.44 4.259 4.534 5.60 3.249 4.532 9.00 6.681 5.662 6.90 4.549 4.907 6.00 3.471 4.892

9.60 7.099 6.084 7.36 4.837 5.283 6.40 3.692 5.252 10.20 7.511+ 6.517 7.82 5.124 5.661 6.80 3.912 5.608

10.80 7.925 6.967 8.28 5.408 6.041 7.20 4.131 5.970 11.40 8.333 7.425 8.74 5.691 6.420 7.60 4.349 6.338 12.00 8.738 7.891 9.20 5.973 6.803 8.00 4.565 6.714

12.60 9.139 8.366 9.66 6.252 7.191 8.40 4.780 7.098

13.20 9.538 8.849 10.12 6.53 7.585 8.80 4.994 7.497 13.80 9.933 9.339 10.58 6.806 7.983 9.20 5.206 7.897

lit. 1.0 10.326 9.837 11.04 7.080 8.387 9.60 5.418 8.300 15.00 10.715 10.339 11.50 7.353 8.796 10.00 5.628 8.706 15.60 11.100 10.854 11.96 7.62 4 9.211 10.40 5.837 9.112

16.20 11.1.83 11.382 12.42 7.893 9.630 10.80 6.045 9.513 16.80 11.862 11.933 12.88 8.160 10.052 11.20 6.252 9.921

17.1.0 12.238 12.493 13.34 8.426 10.483 11.60 6.458 10 .337

710.00 29.998 700.00 25.117 690.00 20.907

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 0.34 0.178 0.296 0.30 0.136 0.304 0.26 0.101 0.317

0.68 0.355 0.586 0.60 0.271 0.601 0.52 0.202 0.648 1.02 0.531 0.880 0.90 0.40 5 0.901 0.78 0.302 0.960 1.36 0.706 1.179 1.20 0.539 1.206 1.04 0.402 1.309

1.70 0.881 1.483 1.50 0.672 1.515 1.30 0.502 1.636

2.04 1.054 1.793 1.80 0.805 1.830 1.56 0.601 1.944

2.38 1.227 2.108 2.10 0.937 2.148 1.82 0.700 2.259

2.72 1.399 2.432 2.40 1.069 2.472 2.08 0.798 2.582

3.06 1.569 2.759 2.70 1.200 2.800 2.34 0.896 2.914

3.40 1.740 3. 090 3.00 1.330 3.134 2.60 0.994 3.262

3.74 1.909 3.424 3.30 1.46 3.472 2.86 1.091 3.613

4.08 2.077 3.762 3.60 1.589 3.815 3.12 1.187 3.968

4.42 2.245 4.104 3.90 1.718 4.163 3.38 1.284 4.327

4.76 2.412 4.449 4.20 1.846 4.516 3.64 1.380 4.695

5.10 2.578 4.797 4.50 1.973 4.881 3.90 1.476 5.060

5.44 2.743 5.150 4.80 2.100 5.252 4.16 1.571 5.423

5.78 2.907 5.506 5.10 2.226 5.62 5 4.42 1.666 5.775

6.12 3.071 5.866 5.40 2.352 6.000 4.68 1.761 6.119

6.46 3.234 6.230 5.70 2.477 6.377 4.94 1.855 6.471

6.60 3.396 6.598 6.00 2.60 2 6.756 5.20 1.949 6.833

7.14 3.557 6.970 6.30 2.726 7.137 5.46 2.042 7.209

7.48 3.717 7.345 6.60 2.849 7.515 5.72 2.135 7.595

7.82 3.877 7.725 6.90 2.972 7.896 5.98 2.227 7.984

8.16 4.036 8.109 7.20 3.094 8.281 6.24 2.320 8.376

8.50 4.193 8.499 7.50 3.216 8.670 6.50 2.411 8.772

8.64 4.350 8.895 7.80 3.337 9.062 6.76 2.502 9.172

9.18 4.507 9.292 8.10 3.45 8 9.458 7.02 2.593 9.574

9.52 4.662 9.692 8.40 3.578 9.856 7.28 2.684 9.981

9.86 4.817 10. 094 8.70 3.69 8 10.253 7.54 2.775 10.391

PAGE G8
B FACTORS FOR WATER

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) IP) (PSIA) (R) (PSIA)

680.00 17.296 675. 00 15.693 670.00 14.216

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) IP) (PSIA) (P) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.22 0.073 0.305 0.20 0.061 0.316 0.20 0.057 0.344

0.i*i* 0.146 0.621 0.40 0.123 0.634 0.40 0.113 .690 0.66 0.219 0.946 0.60 0.18 4 0.955 0.60 0.169 1.038

0.68 0.291 1.274 0.80 0.24 4 1.277 0.80 0.226 1.389

1.10 0.364 1.604 1.00 0.305 1.602 1.00 0.281 1.743

1.32 0.436 1.936 1.20 .365 1.930 1.20 0.337 2.099

1.51* 0.507 2.271 1.40 0.42 5 2.259 1.40 0.393 2.458

. 1.76 0.579 2.609 1.60 0.48 6 2.591 1.60 0.446 2.819

1.98 0.650 2.949 1.80 0.545 2.925 1.80 0.503 3.183

2.20 0.721 3.292 2.00 0.605 3.262 2.00 0.558 3.549

2.42 0.792 3.637 2.20 0.66 5 3.601 2.20 0.613 3.919

2.6i» 0.862 3.985 2.40 0.724 3.942 2.40 0.667 4.290

2.86 0.933 4.336 2.60 0.783 4.286 2.60 0.722 4.665

3.08 1.003 4.689 2.80 0.842 4.632 2.80 0.776 5.042

3.30 1.072 5.045 3.00 0.901 4.981 3.00 0.830 5.421

3.52 1.142 5.404 3.20 0.95 9 5.332 3.20 0.884 5.804

3.74 1.211 5.765 3.40 1.018 5.685 3.40 0.938 6.189

3.96 1.280 6.129 3.60 1.076 6.041 3.60 0.992 6.577

If. 18 1.348 6.496 3.80 1.134 6.400 3.80 1.045 6.968

4. i+O 1.417 6.866 4.00 1.191 6.761 4.00 1.098 7.361

4.62 1.485 7.238 4.20 1.249 7.124 4.20 1.151 7.758

4.84 1.553 7.614 4.40 1.306 7.490 4.40 1.204 8.157

5.06 1.621 7.992 4.60 1.363 7.859 4.60 1.256 8.559

5.28 1.689 8.373 4.80 1.42 8.230 4.80 1.308 8.964

5.50 1.756 8.757 5.00 1.477 8.604 5.00 1.360 9.371

5.72 1.823 9.144 5.20 1.534 8.980 5.20 1.413 9.782

5.94 1.889 9.533 5.40 1.59 9.359 5.40 1.465 10.195

6.16 1.956 9.926 5.60 1.646 9.741 5.60 1.516 10.611

6.38 2.022 10.321 5.80 1.703 10.125 5.80 1.568 11.030

665.00 12.856

0.00 0.000 0. 000 0.18 0.047 0.337

0.36 0.094 0.676

0.54 0.140 1.017

0.72 0.187 1.360

0.90 0.233 1.706

1.08 0.280 2.054

1.26 0.326 2.404

1.44 0.372 2.757

1.62 0.418 3.112

1.80 0.463 3.469

1.98 0.509 3.828

2.16 0.554 4.190

2.34 0.599 4.555

2.52 0.644 4.911

2.70 0.689 5.275

2.88 0.734 5.645

3.06 0.778 6.023

3.24 0.823 6.406

3.42 0.867 6.808

3.60 0.911 7.221

3.78 0.956 7.632

3.96 1.000 8.042

4.14 1.044 8.450

4.32 1.087 8.856

4.50 1.131 9.251

4.68 1.174 9.648

4.86 1.217 10.047

5.04 1.261 10.449

5.22 1.304 10.853

660.00 11.605

0.00 0.000 0.000 0.16 0.038 0.326

0.32 0.07 6 0.655

0.48 0.114 0.985

0.64 0.152 1.317

0.80 0.190 1.652

0.96 0.228 1.988

1.12 0.266 2.326

1.28 0.303 2.667

1.44 0.340 3.002

1.60 0.378 3.339

1.76 0.415 3.682

1.92 0.452 4.031

2.08 0.489 4.385

2.24 0.526 4.745

2.40 0.563 5.120 2.56 0.599 5.507

2.72 0.636 5.894

2.88 0.673 6.279

3.04 0.709 6.662

3.20 0.745 7.044

3.36 0.782 7.422

3.52 0.818 7.792

3.68 0.854 8.164

3.84 0.890 8.539

4.00 .926 8.915

4.16 0.962 9.294

4.32 0.998 9.675

4.48 1.033 10.049

4.64 1.06 8 10.42 8

655.00 10.457

0.00 0.000 0.000 0.16 0.035 0.363

0.32 0.070 0.731 0.48 0.105 1.125

0.64 0.140 1.519

0.80 0.175 1.911

0.96 0.210 2.302

1.12 0.244 2.692

1.28 0.279 3.030 1.44 0.313 3.458

1.60 0.347 3.836 1.76 0.381 4.215

1.92 0.415 4.597

2.08 0.449 4.981 2.24 0.482 5.367

2.40 0.516 5.751

2.56 0.550 6.133

2.72 0.583 6.521

2.88 0.617 6.916 3.04 0.650 7.317

3.20 0.683 7.725

3.36 0.717 8.143

3.52 0.750 8.584

3.68 0.783 9.023

3.84 0.816 9.461

4.00 0.849 9.897

4.16 0.882 10.332

4.32 0.914 10.765

4.48 0.947 11.176

4.64 0.979 11.592

PAGE G9
B FACTORS FOR WATER

TFi PF1 TFI PF1 TFI PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

650.00 9.406 61*5.00 8. i»i*i» 61*0.00 7.566

DTV DPV B OTV DPV B DTV DPV B <R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 .000 0.000 0.00 0.000 0.000

0.114 0.028 0.31*7 0.12 0.022 0.337 0.12 0.020 0.376

0.28 0.056 0.699 0.2i* . Oi+i* 0.671. 0.2i* 0.01*0 0.753

0.1*2 0.081* 1.070 0.36 0.066 l.OOi* 0.36 0.060 1.136

0.56 0.112 1.1*1*7 0.1*8 0.088 1.320 0.1*6 0.060 1.527

0.70 0.11*0 1.821* 0.60 0.110 1.61+1 0.60 0.100 1.917

0.61* 0.168 2.200 0.72 0.131 1.966 0.72 0.120 2.306

0.98 0.196 2.571. 0.81* 0.153 2.295 0.81* 0.1i*0 2.691* 1.12 0.221* 2.9i»7 0.96 0.17 5 2.628 0.96 0.159 3.081 1.26 0.251 3.319 1.08 0.196 2.965 1.08 0.179 3.1*67

l.<tO 0.279 3.679 1.20 0.218 3.307 1.20 0.199 3.852

1.5*» 0.306 i*.031 1.32 0.240 3.652 1.32 0.218 1+.236 1.68 0.333 i*.389 l.i*i* 0.261 i+.Oll l.i*i* 0.238 1+.599 1.82 0.361 i*.752 1.56 0.283 1+.373 1.56 0.258 1+.965 1.96 0.388 5.120 1.68 0.301* 1+.736 1.68 0.277 5.335

2.10 0.i*15 5.1.93 1.80 0.325 5.101 1.80 0.297 5.710

2.21* O.i* i*2 5.872 1.92 0.31*7 5.1+68 1.92 0.316 6.090 2.38 0.1*69 6.261* 2.01* 0.368 5.836 2.0i« 0.335 6. i*7i* 2.52 0.1.96 6.671 2.16 0.389 6.206 2.16 0.355 6.861* 2.66 0.522 7.078 2.28 0.1*11 6.576 2.28 0.371* 7.258

2.60 0.51*9 7.1*83 2.1*0 0.1.32 6.957 2.1*0 0.393 7.663

2.91* 0.576 7.887 2.52 0.1.53 7.31+1 2.52 0.1*13 8.076

3.08 0.603 8.289 2.6i» 0.i*7i* 7.721+ 2.6i* 0.1*32 8.1*91 3.22 0.629 8.691 2.76 0.1.95 8.105 2.76 0.1*51 8.908 3.36 0.656 9.086 2.88 0.516 8.1.86 2.88 0.1*70 9.326

3.50 0.682 9.1*66 3.00 0.537 8.866 3.00 0.1*89 9.71*7

3.6i* 0.709 9.851 3.12 0.558 9.21.5 3.12 0.508 10.170

3.78 0.735 10.21*1 3.2i* 0.579 9.623 3.2i* 0.527 10.595

3.92 0.762 10.637 3.36 0.600 9.991. 3.36 0.51*6 11.022

it. 06 0.788 11.039 3.1+8 0.62 10.352 3.1*8 0.565 ll.i*51

635.0 6.766 630.00 6.038 625.00 5.377

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.10 0.015 0.31*0 0.10 O.OH* 0.380 0.08 0.010 0.335

0.20 0.030 0.679 0.20 0.028 0.761 0.16 0.020 0.672

0.30 0.01*6 1.017 0.30 0.01*1 l.li*i* 0.2i* 0.030 1.010

0.1*0 0.061 1.31*0 0.i*0 0.055 1.529 0.32 0.0i*0 1.31*8 0.50 0.076 1.660 0.50 0.069 1.915 O.i+O 0.050 1.688

0.60 0.091 1.981* 0.60 0.083 2.302 0.1+8 0.060 2.029

0.70 0.106 2.311 0.70 0.096 2.692 0.56 0.070 2.372

0.80 0.121 2.61*1 0.6U 0.110 3.083 0.61+ 0.080 2.715

0.90 0.136 2.976 0.90 0.121* 3.1*75 0.72 0.090 3.060

1.00 0.151 3.313 1.00 0.137 3.869 0.80 0.100 3.1*05 1.10 0.166 3.651* 1.10 0.151 i*.265 0.88 0.110 3.752

1.20 0.181 3.999 1.20 0.161* 1+.662 0.96 0.120 i+ . 100 1.30 0.196 i*.3i*8 1.30 0.178 5.061 1.01+ 0.129 i*. 1*50 1.1*0 0.211 i*.707 1.1*0 0.191 5.1*62 1.12 0.139 i*.8Q0 1.50 0.226 5.071 1.50 0.20 5 5.865 1.20 0.11*9 5.152

1.60 0.21*1 5.1*36 1.60 0.218 6.269 1.26 0.159 5.501* 1.70 0.255 5.803 1.70 0.232 6.671* 1.36 0.169 5.858

1.80 0.270 6.172 1.80 0.21*5 7.081 l.i+i* 0.179 6.213

1.90 0.265 6.51*2 1.90 0.259 7.1*90 1.52 0.188 6.570

2.00 0.300 6.913 2.00 0.272 7.901 1.60 0.198 6.927

2.10 0.311* 7.286 2.10 0.285 8.313 1.68 0.208 7.286

2.20 0.329 7.661 2.20 0.299 8.727 1.76 0.218 7.61*6 2.30 0.31*1* 8.037 2.30 0.312 9.11*3 1.8i* 0.227 8.007

2.1*0 0.358 8.1*11+ 2.i*0 0.325 9.560 1.92 0.237 8.369

2.50 0.373 8.793 2.50 0.338 9.980 2.00 0.21*7 8.733

2.60 0.387 9.171+ 2.60 0.352 10.1*00 2.08 0.256 9.098

2.70 0.1*02 9.556 2.70 0.365 10.623 2.16 0.266 9.i*6i* 2.80 0.1*16 9.91+0 2.80 0.378 11.21*7 2.2i* 0.276 9.831

2.90 0.1*31 10.325 2.90 0.391 11.673 2.32 0.285 10.199

PAGE G10
B FACTORS FOR WATER

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

620.00 4.779 615.00 4.237 610.00 3.749

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.06 0.009 0.371 0.08 0.008 0.412 0.06 0.006 0.360 0.16 0.018 0.744 0.16 0.016 0.825 0.12 0.011 0.720 D.24 0.027 1.117 0.24 0.025 1.239 0.18 0.017 1.079

0.32 0.036 1.492 0.32 0.033 1.655 0.24 0.022 1.438

0.40 0.045 1. 869 0.40 Q.041 2.062 0.30 0.028 1.797

0.48 0.054 2.246 0.48 0.049 2.470 0.36 0.033 2.145

0.56 0.063 2.625 0.56 0.057 2.883 0.42 0.039 2.484

0.6<t 0.072 3.006 0.64 0.065 3.298 0.48 0.044 2.825

0.72 0.081 3.387 0.72 0.074 3.718 0.54 0.050 3.168

0.80 0.090 3.770 0.80 0.082 4.141 0.60 0.055 3.514

0.88 0.099 4.154 0.88 0.090 4.567 0.66 0.061 3.862

0.96 0.108 4.540 0.96 0.096 4.997 0.72 0.066 4.212

1.04 0.117 4.926 1.04 0.106 5.431 0.78 0.072 4.564

1.12 0.126 5.314 1.12 0.114 5.866 0.84 0.077 4.919

1.20 0.135 5.704 1.20 0.12 2 6.309 0.90 0.083 5.275

1.28 0.144 6.095 1.28 0.13 6.753 0.96 0.068 5.634

1.36 0.153 6.482 1.36 0.138 7.211 1.02 0.094 5.996

1.44 0.162 6.865 1.44 0.146 7.68 6 1.08 0.099 6.359

1.52 0.170 7.252 1.52 0.154 8.160 1.14 0.104 6.725

1.60 0.179 7.641 1.60 0.162 8.633 1.20 0.110 7.0 94 1.68 0.188 8.034 1.68 0.17 9.107 1.26 0.115 7.464

1.76 0.197 8.430 1.76 0.17 8 9.579 1.32 0.121 7.837 1.84 0.206 6.829 1.84 0.186 10.051 1.38 0.126 8.230 1.92 0.214 9.232 1.92 0.194 10.523 1.44 0.131 8.626

2.00 0.223 9.638 2.00 0.201 10.994 1.50 0.137 9.021

2.08 0.232 10.047 2.08 0.209 11.465 1.56 0.142 9.417

2.16 0.241 10.460 2.16 0.217 11.935 1.62 0.148 9.812

2.24 0.249 10.876 2.24 0.225 12.405 1.68 0.153 10.207

2.32 0.258 11.295 2.32 0.233 12.874 1.74 0.158 10.602

605.00 3.309 600. 00 2.914 595.00 2.560

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.06 0.005 0.387 0.06 0.004 0.431 0.06 0.004 0.506

0.12 0.010 0.776 0.12 0.009 0.866 0.12 0.006 1.014

0.18 0.015 1.167 0.16 0.013 1.303 0.18 0.012 1.523

0.24 0.020 1.561 0.24 0.018 1.742 0.24 0.016 2.034

0.30 0.025 1.958 0.30 0.022 2.165 0.30 0.020 2.546

0.36 0.030 2.369 0.36 0.027 2.637 0.36 0.024 3.059

0.42 0.035 2.791 0.42 0.031 3.097 0.42 0.026 3.574

0.48 0.040 3.214 0.48 0.036 3.558 0.46 0.032 4.091

0.54 0.045 3.636 0.54 0.040 4.021 0.54 0.036 4.609

0.60 0.050 4. 058 0.60 0.045 4.485 0.60 0.040 5.128

0.66 0.055 4.480 0.66 0.049 4.950 0.66 0.044 5.649

0.72 0.060 4. 901 0.72 0.053 5.417 0.72 0.048 6.171

0.78 0.064 5.322 0.78 0.058 5.885 0.78 0.052 6.695

0.84 0.069 5.743 0.84 0.062 6.354 0.84 0.056 7.220

0.90 0.074 6.163 0.90 0.067 6.824 0.90 0.060 7.747

0.96 0.079 6.583 0.96 0.071 7.296 0.96 0.064 8.275

1.02 0.084 7.003 1.02 0.075 7.769 1.02 0.068 8.804

1.08 0.069 7.422 1.08 0.080 8.244 1.08 0.072 9.336

1.14 0.094 7.841 1.14 0.084 8.719 1.14 0.075 9.868

1.20 0.099 8.260 1.20 0.089 9.196 1.20 0.079 10.403

1.26 0.104 8.678 1.26 0.093 9.675 1.26 0.083 10.938

1.32 0.109 9.096 1.32 0.097 10.154 1.32 0.087 11.475

1.38 0.113 9.494 1.38 0.102 10 .646 1.38 0.091 12.026

1.44 0.118 9.891 1.44 0.106 11.140 1.44 0.095 12.579

1.50 0.123 10.290 1.50 .110 11.634 1.50 0.099 13.132

1.56 0.128 10.692 1.56 0.115 12.127 1.56 0.103 13.685

1.62 0.133 11.096 1.62 0.119 12.620 1.62 0.107 14.237

1.68 0.136 11.503 1.68 0.12 3 13.112 1.68 0.110 14.789

1.74 0.142 11.912 1.74 0.12 8 13.605 1.74 0.114 15.341

PAGE Gil
B FACTORS FOR HATER

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (R) (PSIA)

590.00 2.243 585.00 1.960 580.00 1.708

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.04 0.002 0.378 0.04 0.002 0.425 0.04 0.002 0.479

o.oa 0.005 0.757 0.08 0.004 0.851 0.08 0.004 0.958

0.12 0.007 1.137 0.12 0.006 1.278 0.12 0.006 1.439

0.16 0.010 1.517 0.16 0.009 1.705 0.16 0.008 1.921

0.20 0.012 1.898 0.20 0.011 2.133 0.20 0.009 2.403

0.24 O.Oli* 2.280 0.24 0.013 2.563 0.24 0.011 2.887

0.28 0.017 2.663 0.28 0.015 2.993 0.28 0.013 3.372

0.32 0.019 3.046 0.32 0.017 3.424 0.32 0.015 3.857

0.36 0.021 3.430 0.36 0.019 3.846 0.36 0.017 4.333

0.40 0.024 3.815 0.40 0.021 4.267 0.40 0.019 4.608

0.44 0.026 4.201 0.44 0.023 4.69 0.44 0.021 5.285

0.48 0.029 4.587 0.48 0.025 5.115 0.48 0.023 5.764

0.52 0.031 4.974 0.52 0.026 5.542 0.52 0.024 6.245

0.56 0.033 5.362 0.56 0.030 5.971 0.56 0.026 6.728

0.60 0.036 5.750 0.60 0.032 6.401 0.60 0.028 7.213

0.64 0.038 6.140 0.64 0.034 6.833 0.64 0.030 7.700

0.68 0.040 6.530 0.68 0.036 7.268 0.68 0.032 8.189

0.72 0.043 6.920 0.72 0.038 7.704 0.72 0.034 8.681

0.76 0.045 7.312 0.76 .040 8.141 0.76 0.036 9.175

0.80 0.047 7.704 0.80 0.042 8.581 0.80 0.038 9.670

0.84 0.050 8. 097 0.84 0.044 9.023 0.84 0.039 10.168

0.88 0.052 8.491 0.68 0.046 9.466 0.86 0.041 10.668

0.92 0.055 8.885 0.92 0.049 9.912 0.92 0.043 11.171

0.96 0.057 9.281 0.96 0.051 10.359 0.96 0.045 11.675

1.00 0.059 9.677 1.00 0.053 10.608 1.00 0.047 12.182

1.04 0.062 10.073 1.04 0.055 11.259 1.04 0.049 12.690

1.08 0.064 10.471 1.08 0.057 11.712 1.08 0.050 13.201

1.12 0.066 10.869 1.12 0.059 12.167 1.12 0.052 13.714

1.16 0.069 11.268 1.16 0.061 12.624 1.16 0.054 14.229

575.00 1.485 570.00 1.287 565.00 1.113

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000 0.04 0.002 0.566 0.04 0.001 0.641 0.02 0.001 0.368

0.08 0.003 1.133 0.08 0.003 1.283 0.04 0.001 0.736

0.12 0.005 1.699 0.12 0.004 1.924 0.06 0.002 1.104

0.16 0.007 2.265 0.16 0.006 2.565 0.08 0.003 1.473

0.20 0.008 2.831 0.20 0.007 3.206 0.10 0.003 1.843

0.24 0.010 3.397 0.24 0.009 3.846 0.12 0.004 2.212

0.28 0.012 3.962 0.28 0.010 4.487 0.14 0.005 2.582

0.32 0.013 4.528 0.32 0.012 5.128 0.16 0.005 2.953

0.36 0.015 5.082 0.36 0.013 5.742 0.18 0.006 3.324

0.40 0.017 5.633 0.40 0.015 6.349 0.20 0.007 3.695

0.44 0.018 6.185 0.44 0.016 6.96 0.22 0.007 4.067

0.48 0.020 6.738 0.48 0.018 7.573 0.24 0.008 4.439

0.52 0.022 7.292 0.52 0.019 8.188 0.26 0.009 4.811

0.56 0.023 7.847 0.56 0.021 8.807 0.28 0.009 5.184

0.60 0.025 8.404 0.60 0.022 9.428 0.30 0.010 5.557

0.64 0.027 8.962 0.64 0.024 10.052 0.32 0.010 5.931

0.68 0.028 9.520 0.68 0.025 10.679 0.34 0.011 6.310

0.72 0.030 10.080 0.72 0.027 11.308 0.36 0.012 6.694

0.76 0.032 10.641 0.76 0.028 11.941 0.38 0.012 7.079

0.80 0.033 11.204 0.80 0.030 12.576 0.40 0.013 7.463

0.84 0.035 11.767 0.84 0.031 13.213 0.42 0.014 7.847

0.88 0.037 12.331 0.88 0.032 13.854 0.44 0.014 8.231

0.92 0.038 12.897 0.92 0.034 14.497 0.46 0.015 8.616

0.96 0.040 13.464 0.96 0.035 15.144 0.48 0.016 9.000

1.00 0.042 14.032 1.00 0.037 15.793 0.50 0.016 9.384 1.04 0.043 14.601 1.04 0.038 16.445 0.52 0.017 9.769

1.08 0.045 15.171 1.08 0.040 17.099 0.54 0.018 10.153

1.12 0.046 15.743 1.12 0.041 17.757 0.56 0.018 10.537

1.16 0.048 16.315 1.16 0.043 18.417 0.58 0.019 10.921

PAGE G12
B FACTORS FOR WATER

TF1 PF1 TF1 PF1 TF1 PF1

(R) (PSIA) (R) (PSIA) (Rl (PSIA) 560.00 0.959 555.00 0.824 550.00 0.705

DTV DPV B DTV DPV B DTV DPV B (R) (PSIA) (R) (PSIA) (R) (PSIA)

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.02 0.001 0.414 0.02 0.001 0.478 0.02 0.000 0.572

0.04 0.001 0.829 0.04 0.001 0.956 0.04 0.001 1.144

0.06 0.002 1.243 0.06 0.002 1.435 0.06 0.001 1.716

0.08 0.002 1.658 0.08 0.002 1.915 0.08 0.002 2.288

0.10 0.003 2. 072 0.10 0.003 2.395 0.10 0.002 2.861

0.12 0.003 2.486 0.12 0.003 2.876 0.12 0.003 3.433

0.14 0.004 2.901 0.14 0.004 3.357 0.14 0.003 4.005

0.16 0.005 3.315 0.16 0.004 3.838 0.16 0.004 4.577

0.18 0.005 3.729 0.18 0.005 4.320 0.18 0.004 5.150

0.20 0.006 4.144 0.20 0.005 4.803 0.20 0.004 5.722

0.22 0.006 4.558 0.22 0.006 5.286 0.22 (J. 005 6.295

0.24 0.007 4.972 0.24 0.006 5.770 0.24 0.005 6.867

0.26 0.007 5.387 0.26 0.007 6.255 0.26 0.006 7.439

0.28 0.008 5.801 0.28 0.007 6.739 0.28 0.006 8.012

0.30 0.009 6.215 0.30 0.008 7.225 0.30 0.007 8.585

0.32 0.009 6.629 0.32 0.008 7.711 0.32 0.007 9.157

0.34 0.010 7.032 0.34 0.009 8.197 0.34 0.007 9.722

0.36 0.010 7.423 0.36 0.009 8.684 0.36 0.008 10.280

0.38 0.011 7.816 0.38 0.010 9.172 0.38 0.008 10.839

0.1*0 0.011 8.209 0.40 0.010 9.660 0.40 0.009 11.398

0.42 0.012 8.603 0.42 0.011 10.148 0.42 0.009 11.958

0.44 0.013 8.999 0.44 0.011 10.638 0.44 0.010 12.518

0.46 0.013 9.395 0.46 0.012 11.127 0.46 0.010 13.079

0.1.8 0.014 9.792 0.48 0.012 11.617 0.48 0.011 13.641

0.50 0.014 10.190 0.50 0.013 12.108 0.50 0.011 14.203

0.52 0.015 10.588 0.52 0.013 12.600 0.52 0.011 14.767

0.54 0.015 10.988 0.54 0.014 13.091 0.54 0.012 15.330

0.56 0.016 11.389 0.56 0.014 13.584 0.56 0.012 15.894

0.58 0.017 11.790 0.58 0.015 14.077 0.58 0.013 16.459

545.00 0.602 540.00 0.512 535.00 0.43 4

0.00 0.000 0.000 0.00 0.000 0.000 0.00 0.000 0.000

0.02 0.000 0.653 0.02 .000 0.747 0.02 0.000 0.864

0.04 0.001 1.306 0.04 0.001 1.494 0.04 0.001 1.727

0.06 0.001 1.885 0.06 0.001 2.241 0.06 0.001 2.590

0.08 0.002 2.542 0.08 0.001 2.987 0.08 0.001 3.453

0.10 0.002 3.200 0.10 0.002 3.587 0.10 0.001 4.315

0.12 0.002 3.857 0.12 0.002 4.344 0.12 0.002 5.021

0.14 0.003 4.514 0.14 0.002 5.101 0.14 0.002 5.896

0.16 0.003 5.171 0.16 0.003 5.85 8 0.16 0.002 6.771

0.18 0.003 5.829 0.18 0.003 6.616 0.18 0.003 7.646

0.20 0.004 6.486 0.20 0.003 7.373 0.20 0.003 8.522

0.22 0.004 7.144 0.22 0.004 8.131 0.22 0.003 9.398

0.24 0.005 7.801 0.24 0.004 8.888 0.24 0.003 10.273

0.26 0.005 8.459 0.26 0.004 9.646 0.26 0.004 11.149

0.28 0.005 9.116 0.28 0.005 10.404 0.28 0.004 12.025

0.30 0.006 9.774 0.30 0.005 11.161 0.30 0.004 12.901

0.32 0.006 10.432 0.32 0.005 11.919 0.32 0.005 13.777

0.34 0.007 11.081 0.34 0.006 12.657 0.34 0.005 14.631

0.36 0.007 11.722 0.36 0.006 13.376 0.36 0.005 15;462

0.38 0.007 12.363 0.38 0.006 14.097 0.38 0.005 16.295

0.40 0.008 13.006 0.40 0.007 14.819 0.40 0.006 17.130

0.42 0.008 13.649 0.42 0.007 15.543 0.42 0.006 17.968

0.44 0.008 14.293 0.44 0.007 16.269 0.44 0.006 18.807

0.46 0.009 14.937 0.46 0.008 16.996 0.46 0.007 19.648

0.48 0.009 15.583 0.48 0.008 17.725 0.48 0.007 20.491

0.50 0.010 16.229 0.50 0.008 18.456 0.50 0.007 21.336

0.52 0.010 16.876 0.52 0.009 19.188 0.52 0.007 22.183

0.54 0.010 17.523 0.54 0.009 19.922 0.54 0.008 23.032

0.56 0.011 18.172 0.56 0.009 20.658 0.56 0.008 23.759

0.58 0.011 18.821 0.58 0.010 21.172 0.58 0.008 24.606

PAGE G13

Appendix H: Computer interpolation routine used to obtain property

data for water and refrigerant 114 at temperatures

intermediate to vaSues listed in property data compilations.

FTN5.^H 11/10/70

FUNCTION ATKINT(X,YMAT,XMAT,NELMTS,NMAX,NESSY, ACRCY)

C THIS PROGRAM HAS BEEN CHANGED SO THAT THE OSCILLATING NATURE OF

C THE MATRIX TO BE INTERPOLATED EXISTS ONLY AT THE UPPER END OF THE

C TABLE

C THIS ROUTINE WILL TAKE INPUT MATRICES OF UP TO 999 ELEMENTS EACH,

C ARRANGED SO THAT THE X MATRIX(XMAT) IS IN EITHER ASCENDING OR

C DESCENDING ORDER, SELECT NMAX OF THESE POINTS , CHOSEN SO THAT

C SUCESSIVE X VALUES OSCILATE ABOUT THE VALUE OF THE ARGUMENT X C UNLESS THE ENDS OF THE XMATRIX INTERFERE (IN THIS CASE THE

C OSCILATORY NATURE IS LOST BUT THE PROGRAM WILL STILL PERFORM AN

C INTERPOLATION), INTERPOLATE ON THESE NMAX PAIRS OF DATA BY

C AN OSCILATING VARIABLE POINT AITKEN INTERPOLATION ALGORITHM

C EITHER UNTIL THE PERCENTAGE CHANGE IN THE INTERPOLANT IS LESS

C THAN THE ACRCY ARGUMENT(THE ARGUMENT NESSY INDICATES THE

C NUMBER OF THE POINT JUST BEFORE THE LAST ONE CHECKED) OR UNTIL

C THE NMAX POINTS ARE ALL USED. IT IS SUGGESTED THAT NMAX

C BE LESS THAN 10, AND OF COURSE LESS THAN NELMTS. NELMTS

C INDICATES THE NUMBER OF ELEMENTS IN XMAT OR YMAT.

C IF NESSY IS ZERO IT INDICATES THAT THE INTERPOLATION REQUIREMENT

C HAS NOT BEEN SATISFIED. IF NESSY IS 1 IT MEANS THAT THE VALUE OF

C X LIES OUT SIDE THE RANGE OF XMAT.

DIMENSION YMAT(999), XMAT (999) , A( 21, 20)

100 F0RMAT<*t2HINTERP0LATI0N REQUIREMENT NOT S ATISF IED ( X= , E16 .8 , 1H) / 33H

1LAST 2 APPROXIMATIONS OF Y ARE ( Y= , El 6. 8 , 1H , , E16 .8 , 1H)

)

200 F0RMAT(55HTHIS REPRESENTS AN EXTRAPOLATION OF THE XMAT MATRIX(X=,

1E16.8,1H) /33HN0 CALCULATION HAS BEEN PERFORMED)

300 F0RMAT(2*+HNELMTS IS LESS THAN NMAX)

<+00 F0RMAT(22HNMAX IS LARGER THAN 20)

IF(NMAX-20)71,71,69

69 WRITE OUTPUT TAPE 6,<t00

ATKINT=0.0

RETURN

71 IF(NMAX-NELMTS) 75,75,73

73 WRITE OUTPUT TAPE 6,300

ATKINT=0.0

RETURN

75 CONTINUE

C FIRST TWO SUCCESSIVE VALUES OF THE XMATRIX THAT STRADDLE THE

C VALUE X WILL BE SOUGHT

JJ1=NELMTS-1

DO 20 1=1, JJ1

DIF1=X-XMAT(I)

DIF2 = XMAT (I+D-X

IF(DIF1)16,15,16

15 ATKINT=YMAT (I)

NESSY =NMAX

RETURN

16 IF(DIF2)18, 17,18

17 ATKINT=YMAT (1+1)

NESSY =NMAX

RETURN

18 RATIO=DIFl/ DIF2

IF(RATIO) 20,20,19

19 IMID=I

GO TO 32

pahf: hi
FTN5.<+H ATKINT 11/1Q/70

20 CONTINUE

C AT THIS POINT ONE COULD PRINT THE FOLLOWING STATEMENT

C WRITE OUTPUT TAPE 6,200,X

NESSY=1

ATKINT=0.0

RETURN

32 CONTINUE

C NOTE THAT RATIO IS POSITIVE IF THE TWO POINTS STRADDLE X C REGARDLESS WHICH IS LARGER

JJJ=IMID

JUP=IMID

JDN=IMID

IF( JJJ+NMAX-NELMTS+1)98,98,102

98 DO 201 J=1,NMAX

JJJ=IMID+J-i

A(i,J)=XMAT (JJJ)

201 A(2,J) = YMAT (JJJ)

GO TO 203

102 DO *»i J = 1,NMAX

JJ=J/2

J0E=J-2*JJ

C JOE IS IF J IS EVEN AND 1 IF J IS ODD

IF(J-l) 33,it0,33

33 IF(JDN-l)3i+,36,34

Zk IF(JUP-NELMTS)35,37,35

35 IF(JOE) 37,36,37

36 JUP=JUP+1

JJJ=JUP

GO TO ifO 37 JDN=JDN-1

JJJ=JDN

GO TO kQ

kO A(1,J)=XMAT(JJJ)

A(2,J)=YMAT (JJJ)

<+i CONTINUE

203 NNN=NMAX+1

DO 6 J=3,NNN

L = J-1

DO 5 K=L,NMAX

C J IS THE COLUMN NUMBER

C K IS THE ROW NUMBER

0A(J,K)=(A(J-1,K)-A(J-1, J-2) )*(X-A (1, J-2)) / (A (1 , K) -A (1, J-2)

)

1 +A(J-l,J-2)

IF(K-L)3,2,3

2 IF(ABSF((A(J,L) -A(J-1,L-1))/A(J,L) ) -ACRCY/100 . ) 7 ,7 ,

3

3 CONTINUE

5 CONTINUE

6 CONTINUE

NESSY=0

C AT THIS POINT ONE COULD PRINT OUT THE FOLLOWING STATEMENT.

C WRITE OUTPUT TAPE 6, 100 , X , A ( NNN , NMAX) , A (NNN-1 , NMAX-1)

ATKINT=A(NNN,NMAX)

RETURN

7 NESSY=J-1

ATKINT=A(J,L)

RETURN

END

PAGE HZ

GPO 833-276