^Physical Propertiesof the Coexisting Phasesand Thermochemical Propertiesof the H2O Componentin Boiling NaCl Solutions
GEOLOGICAL SURVEY BULLETIN 1421-A
1 /-' ' r
\ ' \ '
Physical Propertiesof the Coexisting Phasesand Thermochemical Propertiesof the H2O Componentin Boiling NaCl Solutions
By JOHN L. HAAS, JR.
PRELIMINARY STEAM TABLES FOR NaCl SOLUTIONS
GEOLOGICAL SURVEY BULLETIN 1421-A
Tables giving the temperature-vapor pressure- density-specific volume relations for the coexisting liquid and gas and the partial molal volume, enthalpy, and entropy of the H2O component in the coexisting phases between 80° and 325° C up to saturation in halite
UNITED STATES GOVERNMENT PRINTING OFFICE, WASHINGTON : 1976
UNITED STATES DEPARTMENT OF THE INTERIOR
THOMAS S. KLEPPE, Secretary
GEOLOGICAL SURVEY
V. E. McKelvey, Director
Library of Congress Cataloging in Publication Data
Haas, John L
Physical properties of the coexisting phases and thermochemieal properties of theH20 component in boiling NaCl solutions.
(Preliminary steam tables for NaCl solutions) (Geological survey bulletin; 1421-A) Bibliography: p.Supt. of Docs, no.: I 19.3:1421-A
1. Thermochemistry Tables, etc. 2. Solution (Chemistry) Tables. 3. Water Thermal properties Tables. I. Title. II. Series. III. Series: United States.Geological Survey. Bulletin; 1421-A.
QE75.B9 no. 1421-A [QD511.8] 557.3'08s 76-608098 [541'.36'0212]
For sale by the Superintendent of Documents, U.S. Government Printing OfficeWashington, D.C. 20402
Stock Number 024-001-02904-9
CONTENTS
PageAbstract _______________________________________ AlIntroduction _____________________________________ 1Units, symbols, and constants ______________________ 2
Units and symbols used in tables and text ______________ 2Fundamental constants used in calculations ________________ 4Empirical constants used in the text and calculations _________ 4
Physical properties of the phases and thermochemical data for H^O 5Synopsis of the theoretical approach ______________ 5Vapor-pressure function _______________________.. 6Functions for the volumetric properties ________________ 8
Density of the vapor-saturated solution __________________ 8Partial molal volume of H 20 in the liquid __________ 10Partial molal volume of H20 in the gas __________ 12
Enthalpy functions _____________________________ 14Partial molal enthalpy of H^O in the gas _____ _ ____ 14Enthalpy difference between the gas and the liquid at con
stant liquid composition _ __________ 14Partial molal enthalpy of H 20 in the liquid at constant com
position _______________________________ 15Entropy functions __________________________ 15
Partial molal entropy of H20 in the gas __________ _ 15Entropy difference between the gas and the liquid at constant
liquid composition ___ ___ ____________ __ ___ 16Partial molal entropy of H20 in the liquid at constant com
position __________________________ 17Composition of the liquid at halite saturation _________ __ ___ 18The reference state for enthalpy and entropy _______ _ _____ 18
Tables for NaCl solutions ___________________________ 18References cited ____________________________ 19
ILLUSTRATIONS
Page
FIGURE 1. Schematic representation of the relation between Tz and T0 A72. Vapor pressure of Nad solutions from 0 wt percent to
halite saturation at 80° to 325° C______________ 93. Density of the liquid phase for vapor-saturated Nad solu
tions from 0 wt percent to halite saturation at 80° to 325° C ______________________________ 10
4. Specific volume of the liquid phase for vapor-saturated NaCl solutions from 0 wt percent to halite saturation at 80° to 325° C __________________________ 11
ill
IV CONTENTS
PageFIGURE 5. The partial molal volume of H20 in the liquid phase for
vapor-saturated NaCl solutions from 0 wt percent to halite saturation at 80° to 325° C _____________- A12
6. Specific volume of the gas phase for liquid-saturated NaCl solutions from 0 wt percent to halite saturation at 80° to 325° C _____________________________ 13
7. The partial molal enthalpy of H 20 in the liquid and the gas for vapor-saturated NaCl solutions from 0 wt percent to halite saturation at 80° to 325° C __________ 16
8. The partial molal entropy of H20 in the liquid and the gas for vapor-saturated NaCl solutions from 0 wt percent to halite saturation at 80° to 325° C 17
TABLES
Page
TABLES 1-28. NaCl concentration:1. 0.0000 mol/kg H»0, 0.00 wt percent, 0.000 mol
percent _____________-__-___ A242. 0.5000 mol/kg H 20, 2.84 wt percent, 0.893 mol
percent _________ _-__-___ 263. 0.9006 mol/kg H20, 5.00 wt percent, 1.597 mol
percent ________ __ _______ 284. 1.0000 mol/kg H20, 5.52 wt percent, 1.770 mol
percent ______________________ 305. 1.5000 mol/kg H20, 8.06 wt percent, 2.631 mol
percent ____________________ 326. 1.9012 mol/kg H20, 10.00 wt percent, 3.312 mol
percent ____________________ 347. 2.0000 mol/kg H20,10.47 wt percent, 3.478 mol
percent ________ _ 368. 2.5000 mol/kg H20,12.75 wt percent, 4.310 mol
percent ____________________ 389. 3.0000 mol/kg H20, 14.92 wt percent, 5.127 mol
percent _____________________ 4010. 3.0195 mol/kg H20, 15.00 wt percent, 5.159 mol
percent ____________________ 4211. 3.5000 mol/kg H20, 16.98 wt percent, 5.931 mol
percent _____________________ 4412. 4.0000 mol/kg H.O, 18.95 wt percent, 6.722 mol
percent ___-________________ 4613. 4.2777 mol/kg H20, 20.00 wt percent, 7.155 mol
percent ___________________-_ 4814. 4.5000 mol/kg H20, 20.82 wt percent, 7.499 mol
percent ___-_____-____-_ 5015. 5.0000 mol/kg H20, 22.61 wt percent, 8.263 mol
percent _________-_____-_ 5216. 5.5000 mol/kg H20, 24.32 wt percent, 9.015 mol
percent ____ _._ __________ 54
CONTENTS V
PageTABLES 1-28. NaCl concentration Continued
17. 5.7036 mol/kg H20, 25.00 wt percent, 9.318 molpercent ________ _____ A56
18. 6.0000 mol/kg H20, 25.96 wt percent, 9.755 molpercent __________________-__ 58
19. 6.5000 mol/kg H20, 27.53 wt percent, 10.482mol percent __________________ _ ___ 60
20. 7.0000 mol/kg H20, 29.03 wt percent, 11.198mol percent _ _ _ ___ ___ _ __ 62
21. 7.3332 mol/kg H20, 30.00 wt percent, 11.670mol percent 63
22. 7.5000 mol/kg H20, 30.47 wt percent, 11.903mol percent __ _ __ 64
23. 8.0000 mol/kg H20, 31.86 wt percent, 12.597mol percent ____ _ __ _ 65
24. 8.5000 mol/kg H20, 33.19 wt percent. 13.279mol percent ____________ __ 66
25. 9.0000 mol/kg H20, 34.47 wt percent, 13.952mol percent __________ __ 67
26. 9.2135 mol/kg H20, 35.00 wt percent, 14.235mol percent ______________ __ 68
27. 9.5000 mol/kg H20, 35.70 wt percent, 14.613mol percent __________________ 69
28. 10.0000 mol/kg H20, 36.89 wt percent, 15.265mol percent ______________ ___ 69
29. Halite-saturated NaCl solutions, concentrations in wtpercent ________ __ __ ___ ___ __ __ ___ 70
30. Halite-saturated NaCl solutions, concentrations in mol/kgH.O (molal) ________________________ 72
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PRELIMINARY STEAM TABLES FOR NaCi SOLUTIONS
PHYSICAL PROPERTIES OF THECOEXISTING PHASES AND
THERMOCHEMICAL PROPERTIESOF THE H2O COMPONENT
IN BOILING NaCl SOLUTIONS
By JOHN L. HAAS, JR.
ABSTRACT
Preliminary steam tables that contain data on the physical properties of vapor-saturated aqueous sodium chloride solution and the coexisting gas are given for liquid concentrations between 0 mol NaCl/kg ELO and halite satura tion at temperatures between 80° and 325° C. For the same conditions, the tables give the partial molal entropy, enthalpy, and volume of H 20 in the phases. The tables were calculated from parametric equations of state.
INTRODUCTION
The tables assembled contain data for the following physical properties of aqueous, vapor-saturated sodium chloride solution and for the thermochemical properties of H 20 in the solution:
vapor pressure of the liquiddensity of the liquidspecific volume of the liquidspecific volume of the coexisting gaspartial molal volume of H 20 in the liquidpartial molal entropy of H 20 in the liquiddifference in the partial molal entropy of H 20 between the
gas and the liquid at constant composition of the liquid partial molal entropy of H20 in the coexisting gas partial molal enthalpy of H 20 in the liquid difference in the partial molal enthalpy of H 20 between the
gas and the liquid at constant composition of the liquid partial molal enthalpy of H 20 in the coexisting gas
Al
A2 PRELIMINARY STEAM TABLES FOR NaCl SOLUTIONS
The values are tabulated for solution compositions from 0 mol NaCl/kg H 20 to halite saturation at temperatures from 80° to 325° C. The assembled tables are essentially "steam tables" for vapor-saturated H 2 0-NaCl solutions.
The tables presented here are preliminary. The functions upon which they are based represent a reasonably complete analysis of the available data through 1971. Final tables should include the energy content of the solution and the partial molal quantities for NaCl in the solution. Because there is an immediate need for the contained data, they have been made available in this preliminary form.
The tables are given as an aid to geochemical and engineering studies related to the geothermal energy program of the United States. They have been prepared in direct response to the sugges tions of scientists and engineers at the Conference on Thermody namics and National Energy Problems (National Academy of Sciences, 1974) and of an Ad Hoc Committee on Geothermal Chemistry (1974) convened by the U.S. Atomic Energy Commis sion. The research was made possible through the support of the U.S. Office of Saline Water (Agreements No. 14-30-3040) and the geothermal research program of the U.S. Geological Survey.
UNITS, SYMBOLS, AND CONSTANTS
UNITS AND SYMBOLS USED IN TABLES AND TEXT
The chosen units in the tables for measurements of temperature, pressure, specific volume, and density are °C, bars, cm3 g~ 3-, and g cm- 3 , respectively. These units are the same as those used in several widely referenced steam tables (Bain, 1964; Keenan and others, 1969). The partial molal entropy, enthalpy, and volume are given as J mol" 1 K" 1 , J mol" 1 , and cm3 mol" 1 , respectively, be cause these are the units most used in thermodynamic calcula tions. Both weight percent and molal (mol NaCl/kg H20) scales for units of sodium chloride concentration are widely used in engi neering and geochemical research. Both scales are used here to achieve maximum use of the tables.
The quantities, their symbols, and the associated units used in this text and in the tables are as follows:
H20 COMPONENT IN BOILING NaCl SOLUTIONS A3
Quantity Symbol Units
density d g cm"3specific enthalpy h J g"1molal enthalpy H J mol" 1Masson's Rule slope in the k cm"(kg HW)) 1 '2/(mol NaCl) 3/2
empirical equation forapparent molal volume
mole fraction of NaCl N mol NaCl/ (mol NaCl+mol H,0) pressure p bar (=lx!0r> pascals) molar gas constant R J mol^K"1 specific entropy s J g^K" 1 molal entropy S J mol^K"1 temperature t degrees Celsius, °C
T kelvins, Kspecific volume v cm'g"1 molal volume V cm3 mol" 1 molecular weight W g mol"1 concentration of NaCl in the x mol NaCl/kg H«0 (molal)
liquid w wt percent NaCl apparent molal volume of NaCl <t> cm3 mol" 1
in the liquid limiting apparent molal volume 0, cm3 mol" 1
of NaCl in the liquid asderived from Masson'sRule
In the text and the tables the following superscripts are used:SVbSPt Connotation
G The superscripted quantity is an attribute of thegaseous phase.
L The superscripted quantity is an attribute of theliquid phase.
- (bar) The overscored quantity is a partial molal quantityof the component indicated by the subscript, in thesolution.
In the text and the tables the following subscripts are used:*SSSS? Connotation
1 The subscripted quantity is a partial quantity for the component H-O.
2 The subscripted quantity is a partial quantity for the component NaCl.
0 The subscripted quantity is an attribute of the pure substance H-0.
x The subscripted quantity is an attribute of a solution of constant but undefined composition in the system NaCl-HoO.
sat The subscripted quantity is an attribute of a solution that is saturated in halite.
c The subscripted quantity is an attribute of the pure substance H20 at the critical point where the prop erties of the liquid and the gas are identical.
A4 PRELIMINARY STEAM TABLES FOR NaCl SOLUTIONS
FUNDAMENTAL CONSTANTS USED IN CALCULATIONS
The Committee on Data for Science and Technology (1973) of the International Council of Scientific Unions gives the molar gas constant R as (8.31441 ±0.00026) J mol- 1 K' 1 .
The Commission on Atomic Weights (1972) gives the follow ing atomic weights:
H (1.0079 ±0.0001) g mol- 10 (15.9994 + 0.0003) g mol- 1Na (22.98977 ±0.00001) g mol- 1Cl (35.453 ±0.001) g mol- 1
From these atomic weights the molecular weights of the com ponents are:
H20 PF1 =(18.0152±0.0005) gmol- 1 NaCl TF2 = (58.4428±0.0010) g mol- 1
EMPIRICAL CONSTANTS USED IN THE TEXT AND CALCULATIONS
The following list gives the constants for the equations pre- sented in the text. The equation numbers and the constants are as follows:
Equation 4:at = 5.93582 XlQ- 6 a2 =-5,19386 XlO- 5 a3 = 1.23156xlO- 5
Equation 5:6 1 = 1.15420X10- 66 2 = 1.41254 XlO- 7 63 =-1.92476xlO- 8 6 4 =-1.70717 XlO- 9 6 5 = 1.05390X10- 10
Equation 6:e0 = 12.50849 e 1 =-4.616913xl03 e2 = 3.193455xlO~ 4 e3 = 1.1965xlO- 11 e4 =-1.013137xlO- 2 e5 =-5.7148XlO~ 3 e6 = 2.9370 XlO5
Equation 9:Co =-167.219 Cl =448.55 c 2 =-261.07
H20 COMPONENT IN BOILING NaCl SOLUTIONS A5
SEquation 10:
c 3 =-13.644 c4 = 13.97
Equation 11 :
c5 =- 0.315154 ce =~ 1.203374 xlO- 3 c 7 = 7.48908 XlO- 13 c8 = 0.1342489 cfl =- 3.946263 XlO- 3
Equation 17 : ai} are as follows :i=Q i=l i=2
7 = 0 0.512004 0.611366 8.441041 -1.191807 -3.258346 28.863442 2.599832 6.393115 -270.103663 -21.433083 -6.447504 624.088354 15.281761 3.202128 -675.704555 -2.527165 -0.514945 363.167886 -2.454047 -0.120192 -79.26405
PHYSICAL PROPERTIES OF THE PHASES AND THERMOCHEMICAL DATA FOR H2O
SYNOPSIS OF THE THEORETICAL APPROACH
In previous research (Haas, 1970; 1971a, b), empirical ex pressions were presented for the vapor pressure and density of vapor-saturated sodium chloride solutions. Those results were combined with the expressions for the change of the pressure with temperature for a binary liquid of constant composition (Dalton and Barieau, 1968, p. 56, eq. 398) to prepare tables for the thermophysical properties of H20 in the coexisting liquid and gas.
(where the symbols are as defined in the previous section. The terms AS, AV, and &H (eq 2) are the partial molal entropies, volumes, and enthalpies of vaporization of the components indi cated by the subscripts. Because the coexisting liquid and gas are at equilibrium, the free-energy difference is zero and equation 1 may be restated :
-g
A6 PRELIMINARY STEAM TABLES FOR NaCl SOLUTIONS
The partial molal entropy and partial molal enthalpy of H20 in the liquid can be obtained from pressure-temperature-compo sition and density-temperature-composition functions provided that the products NG -&S2 , NG -&H2) and NG -A?2 are small, and provided that the salt content of the vapor is nil. If the salt con tent of the vapor is nil, the properties of pure gaseous H20 at the temperature and pressure of the solution may be substituted for the partial molal quantities of H20 in the gas.
At 350°C and halite saturation, the vapor contains 8xlO- 4 mol percent NaCl (Sourirajan and Kennedy, 1962). (Concentration data at 300° C are unavailable, but it would be less than 350°C.) At 300° and halite saturation, the enthalpy of vaporization of NaCl from the solution is estimated to be 15 kJ mol" 1 and the product NG -&H2 is less than 0.1 J mol" 1 (estimated from an anal ysis of the data in Liu and Lindsay, 1971, and Sourirajan and Kennedy, 1962). The product NG -&S2__is therefore less than 2X10- 4 J mol- 1 K- 1 . The product N°-AF2 could riot be estimated.
Granting that the above products are small, equations 1 and 2 may be simplified:
<2a)
In equations la and 2a, the term (7$p/'dT) x may be evaluated from the functions for the vapor pressure of the solution; the
terms Si, #1, and V\ from functions for the gaseous H 20; and
F! from the function for the density of the vapor-saturated solu
tion. The remaining terms Si and H l may be obtained by substi tution of the described functions into equations la and 2a, re spectively, and solving the results.
VAPOR-PRESSURE FUNCTION
Haas (1971a, b) used the reference substance technique as given by Othmer and Yu (1968) and further amplified by Othmer and Chen (1968) to correlate the vapor pressure of solutions of NaCl from 0 molal to halite saturation. From the Clapeyron equations for the vaporization of two liquids, Othmer and coworkers have shown that the temperature of the brine Tx and the temperature
H20 COMPONENT IN BOILING NaCl SOLUTIONS A7
of H20 liquid T0 at the same pressure are related by the following equation :
In T0 =m In Tx + c (kelvins, K) (3)Refer to figure 1 for a graphical description of the relation be- ween Tx and T0 at constant pressure. From -11° to 300° C, where precise data are available, the empirical fit was made by setting c = 0 and m= (a+bTx)- 1 . The terms a and b are concentration dependent polynomials of order 3 and 5, respectively.
2 + a^x3 (4)
The values of a< and bif revised from those given by Haas (1971a, b) are given in the section entitled "Empirical constants
'0 'X
TEMPERATURE
FIGURE 1. Schematic representation of the relation between Tf and T0. Tx is the temperature of the brine, x molal, and To is the temperature of H20 liquid, 0 molal, at the same pressure PO=PX. The relation between Tx and T0 is given in the text. The vapor pressure of the brine is equal to the vapor pressure of H20 liquid at T0.
A8 PRELIMINARY STEAM TABLES FOR NaCl SOLUTIONS
used in tables and text." The data from which the constants were obtained by least-squares regression are given in the following references. The range in temperature and composition that were covered by each data set is given in columns 2 and 3, respectively.
Reference Temperature Concentration
Smith (1939) _____________ 60 to 101 0.05 to 1.0 Smith and Hirtle (1939) ______ 61 to 105 1.5 to 4.0 Robinson and Stokes (1959) ____ 15 to 45 0.1 to 6.0 Gardner and others (1963) _____ 125 to 270 1.0 to 3.0 Lindsay and others (1968) _____ 125 to 300 0.1 to 1.0 Gardner (1969) ____________ 140 to 265 0.5 to 1.0 Liu and Lindsay (1971) ______ 75 to 300 3.7 to halite
saturationMomicchioli and others (1970) ___ Oto 11 0.02 to 3.1 International Critical Tables Na
tional Research Council, 1928) __ Oto 109 0.0 to halitesaturation
The vapor pressure of the brine at Tx was then calculated from the vapor pressure of H20 liquid at the corresponding tempera ture To by using equation 6 (modified from Bain, 1964).
In p = e 0 + + + [10< c»w">-1.0] +eJO (c^-*> (bars) (6)z z
where
y = 647.27 -T0 z = To + 0.01
The constants e 0 through eG are given in the section entitled "Em pirical constants used in the text and calculations."
By using equations 3 through 6, the standard error of estimate of the vapor pressure of sodium chloride solutions is calculated to be 0.32 percent of the observed pressure.
The vapor pressures of NaCl solutions from 0 wt percent to halite saturation are given in figure 2. The contour interval is 5 wt percent NaCl. The shaded part of the diagram is based on extrapolation of the functions given above.
FUNCTIONS FOR THE VOLUMETRIC PROPERTIES
DENSITY OF THE VAPOR-SATURATED SOLUTION
The density of the vapor-saturated sodium chloride solution is given by equations 7 through 10 below (Haas, 1970),
H20 COMPONENT IN BOILING NaCl SOLUTIONS A9
140.00
120.00 -
i I I I I I I i
75.00 100.00 125.00 150.00 175.00 200.00 225.00 250.00 275.00 300.00 325.00 TEMPERATURE, IN DEGREES CELSIUS
FIGURE 2. Vapor pressure of NaCl solutions from 0 wt percent to halite saturation at 80° to 325 °C. The contour interval is 5 wt percent NaCl con tained in the liquid phase. The data in the shaded zone were calculated by extrapolating the functions given in the text.
,(& cm~ 3 )
(cm'mol- 1 )
2Vo (cm :! mol" 1 )
(7)
(8)
(9)
Nad)'/2 ) (10)where d is the density, W2 is the molecular weight of sodium chloride, v0 is the vapor-saturated specific volume of liquid H 20 at Tx, vc is the specific volume of H20 at the critical point, 0 is the apparent molal volume of NaCl in the solution, and <£. is the limit ing apparent molal volume of NaCl as the concentration in the liquid goes to 0. The constants c 0 through c.t are given in the section entitled "Empirical constants used in the text and calculations." As stated in the original article, no significance is to be attached to the forms of equations 9 and 10 except to say that they provide an adequate description of the apparent molal volume data.
The precision with which density may be calculated from these equations is 0.002 g cm- a . R. W. Potter II (oral commun., 1975) reported that the accuracy of the above equations may be as much
A10 PRELIMINARY STEAM TABLES FOR NaCl SOLUTIONS
as 0.006 g cm- 3 because of experimental errors in the measured densities used in the regression. These errors are due to corrosion of the pressure vessels and introduction of H2 [aq] and metal ions into the liquid solution by reaction with the vessel. The errors would be most significant at low sodium chloride concentrations and relatively negligible near halite saturation.
The specific volume v0 of H20 at Tx is calculated from equation 11, which is modified from that given by Smith and Keyes (1934).
V0- (cm3 g- 1 ) (ID
where 6= 647.27 -Tx. The constants vc and c 5 through c 9 are given in the section entitled "Units, symbols, and constants."
The density and specific volume of vapor-saturated NaCl liquids are given on figures 3 and 4, respectively. The contour interval is 5 wt percent NaCl.
PARTIAL MOLAL VOLUME OF H2O IN THE LIQUID
The partial molal volume of H20 in the binary liquid system is given by equation 12:
(12)= VL - NL ( cm3 mol - l )
i i i i i i iHalite c^ Licl uicl
~~" r5i!yra tion
1.20LU Q£I LU
s 1.10I
LU
g i.oo=3 CJ
S 0.90co^
« 0.80z >-"
| 0.70LU O
0.6075.00 100.00 125.00 150.00 175.00 200.00 225.00 250.00 275.00 300.00 325.00
TEMPERATURE, IN DEGREES CELSIUS
FIGURE 3. Density of the liquid phase for vapor-saturated NaCl solutions from 0 wt percent to halite saturation at 80° to 325° C. Contour interval is 5 wt percent NaCl. The shaded zone was calculated by extrapolating the functions given in the text.
J____|____I____I
COMPONENT IN BOILING NaCl SOLUTIONS All
1.60
1.50
1.40
1 1.30
=? 1.20
1.10
0.90
0.80
Liquid + Gas
HaWe saturat.onLiquid
75.00 100.00 125.00 150.00 175.00 200.00 225.00 250.00 275.00 300.00 325.00 T£MPERATURE, IN DEGREES CELSIUS
FIGURE 4. Specific volume of the liquid phase for vapor-saturated NaCl solu tions from 0 wt percent to halite saturation at 80° to 325° C. The contour interval is 5 wt percent NaCl. The shaded zone was calculated by extrapola tion of the functions given in the text.
where VL is the volume of the liquid containing a total of one mole of molecules. The term N1-1 is the mole fraction of NaCl in the liquid and is given by equation 13 in terms of x, the molality of the solution.
NL =- - (13) 1000/TFx + a;
Wi is the molecular weight of H20. The molal volume of an x molal solution of density d is given by equation 14.
v*-Ld
(cm3 mol" 1 )
By substitution of equation 7 into equation 14,
(cm3 mol" 1 )1000/WV
(14)
(15)
Equation 12 was solved for the partial molal volume V, by using equations 13, 15, and 8 through 10 and standard analytical tech niques.
A12 PRELIMINARY STEAM TABLES FOR NaCl SOLUTIONS
The partial molal volume of H20 in the liquid phase for vapor- saturated NaCl solutions from 0 wt percent to halite saturation is shown on figure 5. The contour interval is 5 wt percent NaCl.
PARTIAL MOLAL VOLUME OF H2O IN THE GAS
The partial molal volume of H20 in the gas is assumed to be the same as the molal volume of pure gaseous H20 at the tempera ture and pressure of the liquid. The specific volume of pure gase ous H20 was obtained from equation 16, which is attributed to Juza (1962) and given by Bain (1964, equation 41, p. 13) :
" * a f . , » / c \ A / \ / v i \ /1 /»\ + <X O (T) +flT6ai(T) + (pT6 ) 4a2 (r) (cm3 g" 1 ) (16)
<r-
OV0 =
P
28.00
18.0075.00 100.00 125.00 150.00 175.00 200.00 225.00 250.00 275.00 300.00 325.00
TEMPERATURE, IN DEGREES CELSIUS
FIGURE 5. The partial molal volume of H20 in the liquid phase for vapor- saturated NaCl solutions from 0 wt percent to halite saturation at 80° to 325° C. The contour interval is 5 wt percent NaCl. The shaded zone W3S calculated by extrapolation of the functions given in the text.
H20 COMPONENT IN BOILING NaCl SOLUTIONS A13
where T=5QQ/TX and the functions «I(T) are given by summa tions of the form :
6(17)
The constants ai} are given in the foregoing section entitled "Em pirical constants used in the text and calculations."
The molal volume of the gas was obtained by multiplying the
specific volume v0 by the molecular weight of H20 :
V? = W^v° (cm3 mol- 1 ) (18)The specific volume of the gas phase for vapor-saturated NaCl
solutions from 0 wt percent to halite saturation is given on figure6. The contour interval is for 5 wt percent NaCl contained in thecoexisting liquid.
75.00 100.00 125.00 150.00 175.00 200.00 225.00 250.00 275.00 300.00 325.00 TEMPERATURE, IN DEGREES CELSIUS
FIGURE 6. The specific volume of the gas phase for liquid-saturated NaCl solutions from 0 wt percent to halite saturation at 80° to 325° C. The con tour interval is 5 percent NaCl contained in the coexisting liquid.
A14 PRELIMINARY STEAM TABLES FOR Nad SOLUTIONS
ENTHALPY FUNCTIONS
PARTIAL MOLAL ENTHALPY OF H 2O IN THE GAS
The partial molal enthalpy of H20 in the gas is assumed to be the same as the molal enthalpy of pure H20 gas at the tempera ture and pressure of the liquid solution. Bain (1964) derived the specific enthalpy function for gaseous H20, equation 20, from equation 16 by using the relation given by equation 19.
,o o 1 h0 -h.=
(20) 5 dr |
where
h? = 1809.25 +1.48286 T + 3.79025x 10- 4 T2+ 46.147 In T (Jg- 1 ) (21)
Because the gas is assumed to be H20 only, the partial molal enthalpy of H20 is:
H?=Wiho (Jmol- 1 ) (22)
ENTHALPY DIFFERENCE BETWEEN THE GAS AND THE LIQUID AT CONSTANT LIQUID COMPOSITION
From equation 2a the enthalpy difference, &Hi may be derived:
) (23)
FI and Y! are calculated by using equations 18 and 12, respective ly. The following identity enables one to evaluate the partial de rivative
Equation 6 gives the relation between pressure and temperature for H2 0. The derivative (ftp/ftT^ was obtained analytically from equation 6. Equation 3a, which is given below and which was de rived from equation 3 by inserting the appropriate substitutions, gives the relation between the temperature of the solution Tx and the temperature of the reference substance T0 at the same pres sure :
H20 COMPONENT IN BOILING NaCl SOLUTIONS A15
-In Tx (kelvins, K) <3a)
The partial derivative ('dT(l /'^Tx ) was derived analytically from equation 3a. The partial molal enthalpy difference A#, was cal culated by inserting the appropriate functions into equation 23.
PARTIAL MOLAL ENTHALPY OF H.O IN THE LIQUID AT CONSTANT COMPOSITION
The partial molal enthalpy of H20 in the liquid was obtained by subtracting the enthalpy of vaporization from the partial molal enthalpy of H20 in the gas :
(Jmol- 1 ) (25) Figure 7 shows the partial molal enthalpy of H20 in the
liquid (lower curves) and the gas (upper curves) for vapor- saturated NaCl solutions from 0 wt percent to halite saturation. The contour interval is 5 wt percent NaCl contained in the liquid phase.
ENTROPY FUNCTIONS
PARTIAL MOLAL ENTROPY OF H2O IN THE GAS
Bain (1964), using the relation given in equation 26, derived the entropy of pure gaseous H2 0, equation 27, from equation 16, above.
(26)
s0 + In p 10
where
s0 + In p 10
#1s0 + In p =
10
1" /^
5
T
5000
G 24
p^l + J^pVdr 2
tt<*224«.> + T <*T _
/L« 1 ) (27)
= -1.5535+ 1.48286 In 71 + 7.85050xlO- 4 71 -46.147/71
(Jg-'K- 1 ) (28)Because the gas is assumed to be H20 only, the partial molal
entropy of H20 is:
(29)
A16 PRELIMINARY STEAM TABLES FOR NaCl SOLUTIONS
55.00
.75.00 100.00 125.00 150.00 175.00 200.00 225.00 250.00 275.00 300.00 325.00
TEMPERATURE, IN DEGREES CELSIUS
FIGURE 7. The partial molal enthalpy of H20 in the liquid (lower curves) and the gas (upper curves) for vapor-saturated NaCl solutions from 0 wt percent to halite saturation at 80° to 325° C. The contour interval is 5 wt percent NaCl contained in the liquid. The shaded zone was calculated by extrapolation of the density and vapor pressure functions given in the text
ENTROPY DIFFERENCE BETWEEN THE GAS AND THE LIQUID AT CONSTANT LIQUID COMPOSITION
At equilibrium between the gas and the liquid, the free-energy difference is zero. Therefore, the entropy difference was calcu lated from:
&= T.
(30)
H20 COMPONENT IN BOILING NaCl SOLUTIONS A17
PARTIAL MOLAL ENTROPY OF H2O IN THE LIQUID AT CONSTANTCOMPOSITION
Similar to the calculation of the partial molal enthalpy of H20 in the liquid, which is given above, the partial molal entropy of H20 in the liquid was calculated from the following relation:
S? = 5?-A£ (Jmol^K- 1 ) (31) Figure 8 shows the partial molal entropy of H20 in the liquid
(lower curve) and the gas (upper curve) for vapor-saturated NaCl solutions. The contour interval is 5 wt percent NaCl con tained in the liquid phase.
140.00
U20.00
^100.00
o 80.00
60.00
40.00 a:
o
20.00
0.00
i i i I I I
Haiite
Liquid + Gas
Liquid
75.00 100.00 125.00 150.00 175.00 200.00 225.00 250.00 275.00 300.00 325.00 TEMPERATURE, IN DEGREES CELSIUS
FIGURE 8. The partial molal entropy of H20 in the liquid (lower curves) and the gas (upper curves) for vapor-saturated NaCl solutions from 0 wt percent to halite saturation at 80° to 325° C. The contour interval is 5 wt percent NaCl contained in the liquid. The shaded zone (temperatures greater than 300° C or concentration greater than 30 wt percent) on the lower curves was calculated by extrapolation of the density and vapor pressure functions given in the text. In the gas phase, the partial molal entropy increases with NaCl concentration. In the liquid phase, the con tours cross over so that at low temperature the halite-saturated liquid has the highest partial molal entropy, whereas at high temperatures, the Hi-0- rich liquid has the highest partial molal entropy. For details, the reader is referred to the data given in the tables.
A18 PRELIMINARY STEAM TABLES FOR Nad SOLUTIONS
COMPOSITION OF THE LIQUID AT HALITE SATURATION
R. W. Potter, II (written commun., 1975) kindly supplied the following function for the concentration of a solution that is both vapor and halite saturated. The analysis is based upon published data between 0° and 455° C and Potter's recent measurements be tween 150° and 273° C. The standard error of estimate is 0.16 wt percent.
percent NaCl) (32)
THE REFERENCE STATE FOR ENTHALPY AND EN^RQPY
In the foregoing functions and in all calculations, the reference state was that of the liquid phase for H20 at 0 mol NaCl/kg H 20 at the ice-liquid-vapor triple point of 0.01° C. The entropy and enthalpy of liquid H20 was 0.0 by definition.
TABLES FOR NaCl SOLUTIONS
Tables 1 through 28 give the temperature, pressure, density of the liquid, and the specific volumes of the liquid and the gas at constant composition and 5° intervals between 80° C (or at the 5° interval just above halite saturation) and 325° C. The partial molal quantities of entropy and enthalpy for H 20 in the gas and the liquid and of the volume for H20 in the liquid are also pre sented. Concentrations are given in both mol NaCl/kg H20 (molal NaCl) and weight percent NaCl. Tables 3, 6, 10, 13, 17, 21, and 26 give the data at 5, 10, 15, 20, 25, 30, and 35 wt percent NaCl, re spectively. The other tables give the data at intervals of 0.5 mol NaCl/kg H2O.
Tables 29 and 30 give the same data but at the given concentra tion on the halite saturation equilibrium between 80° and 325° C. Table 29 is in concentration units of wt percent NaCl and table 30 in mol NaCl/kg H20.
The tables were calculated using the functions that are given in the preceding section. Data contained within parentheses were calculated by extrapolation of the functions beyond their range.
A detailed analysis of the accuracy and precision of the tabu lated data is not possible in this preliminary report. Seven semi- theoretical or empirical equations were used to prepare the tables :
Equation Property Source
(6) Po Bain (1964) (3) Tx at px=pv This report
(11) v*(=l/do) Smith and Keyes (1934) (7) fc Haas (1970)
(16) vo Juza (1962, cited in Bain, 1964)
H20 COMPONENT IN BOILING Nad SOLUTIONS A19
Equation Property Source
(21) fcj(atpo=0) Bain (1964)
(28) [so-(fl/10)lnp]* Bain (1964)
For the pure H2 0 component, Bain (1964) gave no estimate for either the precision or accuracy of equations 6, 16, 21, and 28, except that the equations reproduce very closely the Interna tional Skeleton Tables of the Thermodynamic Properties of Water Substance, 1963 (Meyer and others, 1967). In the temperature range of this report, 80° to 325° C, the value for the accuracy of the International Skelton Tables is less than or equal to the per centages tabulated below:
pressure 0.05 percent volume of the liquid 0.05 percent volume of the gas 0.2 percent enthalpy of the liquid 0.08 percent enthalpy of the gas 0.2 percent
Smith and Keyes (1934) reported the accuracy of equation 11 as one part in 2,000 which is consistent with the above tabula tion.
For the liquids in the H2 0-NaCl system, the density of the solu tion is calculated using equation 7 with an accuracy of about 0.006 g/cm ! , and the vapor pressure with an estimated accuracy of 0.6 percent. No accuracy for the partial molal quantities for
H2 0 in the liquid (V-i , HI, and Si ) can be estimated because these properties were calculated in part by the partial differentia tion of equations 3 and 7.
In the tables, data are given with as many as six digits. This is particularly true for data for entropy and enthalpy, where most of the value represents the relative difference in the property be tween T and 0.01°C and only a minor part of the value is due to change in concentration. The number of digits reported in the tables is governed by the need to have a reasonable resolution in the property when small changes in concentration or temperature are considered.
REFERENCES CITEDBain, R. W., 1964, Steam tables, 1964: Edinburgh, H. M. Stationery Office,
147 p.Commission on Atomic Weights, 1972, Atomic weights for 1971: Pure and
Appl. Chemistry, v. 30, p. 637-649.Committee on Data for Science and Technology, 1973, Recommended con
sistent values of the fundamental physical constants, 1973: CODATA Bull. 11, p. 1-8.
A20 PRELIMINARY STEAM TABLES FOR NaCl SOLUTIONS
Dalton, B. J., and Barieau, R. E., 1968, Equations for calculating variousthermodynamic functions of a two-component system from an empiricalequation of state, including liquid-vapor equilibria data: U.S. Bur. MinesRept. Inv. 7076, 69 p.
Gardner, E. R., 1969, Osmotic coefficients of some aqueous sodium chloridesolutions at high temperature: Faraday Soc. Trans., v. 65, p. 91-97.
Gardner, E. R., Jones, P. J.. and deNordwall, H, J., 1963, Osmotic coefficientsof some aqueous sodium chloride solutions at high temperature: FaradaySoc. Trans., v. 59, p. 1994-2000.
Haas, J. L., Jr., 1970, An equation for the density of vapor-saturated NaCl-H20 solutions from 75° to 325° C: Am. Jour. Sci., v. 269, no. 5, p. 489-493.
1971a, Thermodynamic correlations for brines: NaCl-HaO liquid-vaporequilibria [abs.] : Am. Geophys. Union Trans., v. 52', no. 4, p. 379.
1971b, The effect of salinity on the maximum thermal gradient of ahydrothermal system at hydrostatic pressure: Econ. Geology, v. 66, no. 6, p. 940-946.
Juza, J., 1962, Equation of state for saturated superheated steam: Prague, Czechoslovak Acad. Sci., Mechanical Engineering Research Inst.
Keenan, J. H., Keyes, F. G., Hill, P. G., and Moore, J. G., 1969, Steam tables; Thermodynamic properties of water, including vapor, liquid and solid phases: New York, John Wiley and Sons, 162 p.
Lindsay, W. T., Jr., and others, 1968, Vapor-pressure lowering of aqueous solutions at elevated temperatures: U.S. Office Saline Water, Research and Devel. Prog. Rept. 347, 235 p.
Liu, C. T., and Lindsay, W. T., Jr., 1971, Thermodynamic properties of aqueous solutions at high temperatures: U.S. Office Saline Water, Re search and Devel. Prog. Rept. 722, 124 p.
Meyer, C. A., McClintock, R. B., Silvestri, G. J., and Spencer, R. C., Jr., 1967, Thermodynamic and transport properties of steam: New York, Am. Soc. Mechanical Engineers, 328 p.
Momicchioli, F., Devoto, 0., Grandi, G., and Cocco, G., 1970, Thermodynamic properties of concentrated solutions of strong electrolytes. I. Activity co efficients of water from freezing-point depressions for alkali chlorides: Bunsengesell. Phys. Chemie Berichte, v. 74, p. 59-66.
Natl. Acad. Sci., 1974, Conf. on Thermodynamics and National Energy Prob lems: Washington, D.C., Natl. Acad. Sci., 424 p.
Natl. Research Council, 1928, International critical tables of numerical data, physics, chemistry, and technology: New York, McGraw-Hill, v. 3, 444 p.
Othmer, D. F., and Chen, H. T., 1968, Correlating and predicting thermo dynamic data: Indus. Eng. Chemistry, v. 60, no. 4, p. 39-61; reprinted in Am. Chem. Soc., Applied Thermodynamics: Washington, D.C., Am. Chem. Soc., p. 115-139, 1968.
Othmer, D. F., and Yu, E. S., 1968, Correlating vapor pressures and vapor volumes. Use of reference substance equations: Indus. Eng. Chemistry, v. 60, no. 1, p. 22-35.
Robinson, R. A., and Stokes, R. H. 1959, Electrolyte solutions [2d ed., rev. 1970]: London, Butterworths, 571 p. (Especially p. 478 and 481.)
Smith, L. B., and Keyes, F. G., 1934, The volumes of unit mass of liquid water and their correlation as a function of pressure and temperature. Part III, Steam research program: Am. Acad. Arts Sci. Proc., v. 69, p. 285-312.
H20 COMPONENT IN BOILING NaCl SOLUTIONS A21
Smith, R. P., 1939, The boiling point elevation. II. Sodium chloride 0.05 to1.0 M and 60 to 100°: Am. Chem. Soc. Jour., v. 61, p. 500-503.
Smith, R. P., and Hirtle, D. S., 1939, The boiling point elevation. III. Sodiumchloride 1.0 to 4.0 M and 60 to 100°: Am. Chem. Soc. Jour., v. 61, p. 1123-1126.
Sourirajan, S., and Kennedy, G. C., 1962, The system H20-NaCl at elevatedtemperatures and pressures: Am. Jour. Sci., v. 260, no. 2, p. 115-141.
U.S. Atomic Energy Commission, Ad Hoc Committee on Geothermal Chemistry,1974, A recommended research program in geothermal chemistry: U.S.Atomic Energy Comm., Pub. WASH-1344, 48 p.
TABLES 1-30
CO
Ta
ble
1
t
(°C
)
80.
85.
90.
95.
100.
105.
110.
115.
120.
125.
130.
135.
140.
145.
150.
155.
160.
165.
170.
175.
180.
185.
190.
195.
NaC
l co
nce
ntr
atio
n:
P
(bars
)
0.4
74
0.5
78
0.7
01
0.8
45
1.0
13
1.2
08
1.4
33
1.6
91
1.9
85
2.3
21
2.7
01
3.1
31
3.6
14
4.1
55
4.7
60
5.4
33
6.1
80
7.0
08
7.9
20
8.9
25
10
.02
711.2
34
12
.55
213.9
89
d
(g c
m"
)
0.9
72
0.9
69
0.9
65
0.9
62
0.9
58
0.9
55
0.9
51
0.9
47
0.9
43
0.9
39
0.9
35
0.9
31
0.9
26
0.9
22
0.9
17
0.9
12
0.9
07
0.9
02
0.8
97
0.8
92
0.8
87
0.8
82
0.8
76
0.8
70
vL
0.00
00
mo
l /kg H
aO
vG
(cm
g
" )
1.0
29
1.0
32
1.0
36
1.0
40
1.0
43
1.0
47
1.0
52
1.0
56
1.0
60
1.0
65
1.0
70
1.0
75
1.0
80
1.0
85
1.0
91
1.0
96
1.1
02
1.1
08
1.1
14
1.1
21
1.1
27
1.1
34
1.1
41
1.1
49
34
10
.00
92
82
9.6
81
23
62
.11
01
98
2.9
93
1673.8
40
14
20
.06
11
21
0.6
62
10
36
.95
8892.1
26
770.7
73
668.6
16
582.2
29
508.8
61
4*6
.292
392.7
19
346.6
73
30
6.9
50
272.5
61
242.6
89
216.6
55
193.8
94
173.9
34
156.3
80
140.8
97
VL
(cm
m
ol
18.5
418.6
018.6
618.7
3
18.8
018.8
718.9
419.0
219.1
019.1
919.2
719.3
619.4
519.5
5
19.6
519.7
519.8
519.9
62
0.0
82
0.1
920.3
120.4
42
0.5
62
0.7
0
0.0
0 w
' perc
ent
gf*
l)
19.2
96
20
.35
621.4
05
22
.44
3
23.4
65
24.4
80
25
.47
926.4
67
27
.4**
28
.40
92
9.3
65
30.3
11
31.2
48
32.1
77
33.0
97
34.0
09
34
.9|4
35.8
11
36
.70
33
7.5
87
38.4
66
39
.3*0
*0.2
U8
41.0
72
'Si
(J m
ol^
K"'
11
7.8
1*
115.5
3*
113.3
07
11
1.1
31
109.0
10
10
6.9
31
10*.
90
1102.9
15
10
0.9
71
99.0
65
97
.19
695.3
62
93.5
61
91
.79
1
90
.0*9
88
.33
686.6
*88
*. 9
8*
83
.3*2
81
.72
280.1
22
78
.53
97
6.9
7*
75
.*2
4
0.0
00
mol
perc
ent
5?l)
137.1
10
135.8
90
134.7
12
13
3.5
7*
132. *
7b
131. *
11
130.3
81
129. 3
82
128. *
1*
127. *
7*
126.5
61
125.6
7*
12
*. 8
09
12
3.9
67
12
3.1
*6U
2.3
*5111.5
61
12
0.7
9b
12
0.0
*5119.3
10
11
8.5
88
11
7.8
79
11
7.1
82
116. *
96
^
6017.
6395.
6773.
7153.
7532.
79
1*.
82
9*.
8676.
9058.
9**
1.
98
2*.
10
20
9.
10
59
5.
10
98
2.
11
37
0.
11
75
9.
12
15
0.
12
5*3
.12938.
13
33
*.1
37
32
.1
*13
3.
1*5
36
.1
*94
1.
*Hl
(J m
ol"
1;
41
60
6.
41378.
41
14
8.
40
91
3.
40
67
7.
40
*36
.4
01
93
.39947.
39697.
39
4*3
.39185.
38
92
2.
38655.
36382.
38
10
*.37821.
37531.
37
23
6.
36
93
3.
36
62
*.36307.
35
98
3.
35
65
1.
35310.
*?
1
47
62
*.47773.
47
92
1.
48066.
48
20
9.
48349.
48487.
48
62
2.
48
75
4.
48883.
49009.
49131.
49249.
49364.
49474.
49580.
49682.
49779.
49871.
49
95
8.
50
0*0
.50116.
50186.
50
25
0.
H
f HH
§ W f
M 25
p
O O r
e!
H OQ
T
ZOO.
205.
210.
215.
220.
225.
230.
235.
2*0.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
15.551
17.245
19.080
21.063
23.201
25.504
27.979
30.635
33.480
36.524
39.776
43.245
46.940
50.872
55.051
59.487
64.192
69.175
74.449
80.025
85.917
( 92.136)
( 98.697)
(105.612)
(112.899)
(120.571)
0.865
0.859
0.853
0.847
0.840
0.834
0.827
0.821
0.814
0.807
0.799
0. 792
0.784
0.776
0.768
0.759
0.751
0.742
0.732
0.723
0.712
0.702
0.691
0.679
0.667
0.654
1.157
1.164
1.173
1.181
1.190
1.199
1.209
1.219
1.229
1.240
1.251
1.263
1.275
1.289
1.302
1.317
1.332
1.348
1.365
1.384
1.404
1.425
1.447
1.472
1.499
1.529
127.205
115.063
104.270
94.651
06.059
78.365
71.461
65.252
59.656
54.602
50.028
45.881
42.113
38.684
35.557
32.701
30.087
27.692
25.493
23.471
21.609
( 19.892)
( 18.306)
( 16.839)
( 15.481)
( 14.222)
20. S3
20.98
21.13
21.28
21. 4*
21.60
21.78
21. 9b
22.14
22.34
22.54
22.75
22.98
23.21
23.46
23.72
24.00
24.29
24.60
24. 9J
25.28
25.67
26.08
26.52
27.01
27.54
41.931
42.786
43.637
44.485
45.330
46.172
47.011
47.8*8
48.684
49.518
50.352
51.184
52.016
52.849
53.682
54.516
55.352
56.189
57.030
57.874
58.722
(59.576)
(60.436)
(61.304)
(62.181)
(63.070)
73.888
72.366
70.854
69.354
67.862
66.378
64.900
63.428
61.959
60.492
59.027
57.560
56.092
54.620
53.142
51.658
50.165
40.661
47.145
4b.61S
44.067
( 42.501)
( 40.914)
( 39.303)
( 37.664)
( 35.995)
115.819
115.152
114.492
113.839
113.192
112.549
111.911
111.276
110.643
110.011
109.378
108.744
108.108
107.469
106.824
106.174
105.516
104.850
104.175
103.488
102.790
(102.077)
(101.350)
(100.607)
( 99.846)
( 99.066)
15348.
15758.
16171.
16587.
17006.
17429.
17854.
18284.
18717.
19153.
19595.
20040.
20490.
20945.
21405.
21871.
22342.
22820.
23304.
23795.
24294.
(24801.)
(25318.)
(25844.)
(26382.)
(26932.)
34960.
34602.
34233.
33855.
33466.
33066.
32655.
32231.
31794.
31344.
30880.
30400.
29905.
29394.
28864.
28316.
27749.
27160.
26550.
25916.
25257.
(24572.
(23859.
(23116.
(22341.
(21531.
50309.
50360.
50405.
50442.
50473.
50495.
50509.
50514.
50511.
50497.
50474.
50440.
50395.
50339.
50269.
50187.
50091.
49980.
49854.
49711.
49551.
(49373.)
(49177.)
(48960.)
(48723.)
(48463.)
w b o 2 w O if
i i
2
O 55 p H hH O
J2!
CQ
NO
TE
. Dat
a co
ntai
ned
in
pare
nthe
ses
wer
e ca
lcul
ated
by
ex
trap
olat
ion
of
the
func
tion
s be
yond
th
eir
rang
e.
VI
to
Table
2 .
t
(°C) 80.
85.
90.
95.
100.
105.
110.
115.
120.
125.
130.
135.
140.
145.
150.
155.
160.
165.
170.
175.
180.
185.
190.
195.
NaCl concentration:
P
(bars)
0.465
0.568
0.689
0.831
0.996
1.187
1.408
1.662
1.951
2.281
2.655
3.077
3.552
4.084
4.679
5.341
6.076
6.889
7.786
8.773
,9.857
11.044
12.340
13.752
d
(g cm"
)
0.991
0.988
0.985
0.981
0.978
0.974
0.971
0.967
0.963
0.959
0.955
0.951
0.947
0.942
0.938
0.933
0.928
0.924
0.919
. 0.914
0.909
0.904
0.898
0.893
0.5000 mol/kg H O
vL
(cm
1.009
1.012
1.015
1.019
1.023
1.026
1.030
1.034
1.038
1.043
1.047
1.052
1.056
1.061
1.066
1.072
1.077
1.083
1.088
1.094
1.100
1.107
1.113
1.120
vG
3 -1.
g
)
3470.353
2879.771
2403.942
2018.133
1703.413
14*5.272
1232.184
1055.421
908.040
784.553
68U.599
592.693
518.036
454.367
399.853
352.998
312.577
277.584
247.187
220.695
197.534
177.224
159.361
143.606
VL
3(cm mol
18.53
18.59
18.66
18.72
18.79
18.86
18.94
19.01
19.09
19.18
19.26
19.35
19.44
19.54
19.64
19.74
19.84
19.95
20.06
20.18
20.30
20.42
20.55
20.68
2.84 wt percent
?l)
19.415
20.472
21.519
22.554
23.580
24.587
25.584
26.569
27.542
28.505
29.458
30.401
31.335
32.259
33.176
34.084
34.985
35.878
36.765
37.645
38.519
39.388
40.251
41.109
AS,
(J mol
K
117.846
115.568
113.345
111.172
1U9.047
106.978
104.952
102.970
101.030
$9.126
97.264
95.435
93.639
91.874
90.139
88.431
86.750
85.093
83.459
81.846
80.254
78.680
77.124
75.584
0.89
3 mol percent
i
)
137.260
136.041
134.863
133.726
132.627
131. 565
130.536
129.539
128.572
127.634
126.722
125.836
124.974
124.134
123.315
122.515
121.735
120.971
120.224
119.492
118.773
118.068
117.375
116.693
»>L
6009.
6385.
6763.
7142.
7522.
7901.
8280.
8661.
9042.
9423.
9806.
10189.
10573.
10959.
11345.
11733.
12123.
12514.
12906.
13300.
13696.
1409!>.
14495.
14897.
AH,
(J mol"
]
41617.
41391.
41161.
40928.
40691.
40454.
40212.
39968.
39720.
39468.
39212.
38952.
38687.
38417.
38142.
37862.
37576.
37283.
36985.
36679.
36367.
36047.
35720.
35384.
"G
I
47626.
47776.
47924.
48070.
48213.
48354.
48493.
48629.
48762.
48891.
49018.
49141.
49260.
49376.
49488.
49595.
49698.
49797.
49891.
49980.
50064.
50142.
50215.
50282.
CQ H
H W f
H CQ *i O » V &
O CQ
O r
d
200.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
15.287
16.953
Id. 756
20.705
22.808
25.071
27.504
30.114
32.911
35.902
39.098
42.507
46.138
50.002
54.108
58.460
63.068
67.983
73.163
78.640
84.426
( 90.533)
( 96.974)
(103.763)
(110.914)
(118.444)
0.887
0.882
0.876
0.870
0.864
0.858
0.852
0.845
0.839
0.832
0.825
0.818
0.811
0.803
0.795
0.787
0.779
0.771
0.762
0.753
0.744
0.734
0.723
0.713
0.701
0.689
1.127
1.134
1.142
1.149
1.157
1.166
1.174
1.183
1.192
1.202
1.212
1.223
1.234
1.245
1.257
1.270
1.283
1.297
1.312
1.328
1.345
1.363
1.382
1.403
1.436
1.451
129.673
117.318
106.335
96.547
87.804
79.976
72.950
66.633
60.939
55.796
51.143
46.924
43.092
39.604
36.423
33.519
30.862
28.426
26.191
24.136
22.244
( 20.499)
( 18.889)
( 17.399)
I 16.020)
( 14.742)
20.82
20.96
21.10
21.26
21.41
21.58
21.75
21.93
22.11
22.31
22.51
22.72
22.94
23.17
23.42
23.68
23.95
24.24
24.55
24.87
25.22
25.60
26.01
26.45
26.93
27.45
41.962
42.811
43.656
44.497
45.335
46.170
47.002
47.831
48.658
49.484
50.308
51.130
51.953
52.774
53.596
54.418
55.2*1
56.065
56.892
57.721
58.554
(59.391)
(60.233)
(61.003)
(61.940)
(62.808)
74.058
72.546
71.046
69.557
68.078
66.607
65.144
63.686
62.233
60.784
59.336
57.889
56.441
54.991
53.537
52.078
50.611
49.136
47.651
46.153
44.641
( 43.112)
I 41.564)
( 39.996)
( 38.403)
( 36.783)
116.020
115.357
114.702
114.055
113.413
112.777
112.145
111.517
110.892
110.268
109.644
109.020
108.394
1U7.765
107. 13J
106.496
165.852
105.202
104.542
103.874
103.194
(102.503)
(101.798)
(101.078)
(100.343)
( 99.591)
15302.
15709.
16119.
16532.
16947.
17366.
17788.
18213.
18641.
19074.
19510.
19950.
20395.
20844.
21297.
21756.
22220.
22690.
23166.
23649.
24138.
(24636.)
(25142.)
(25657.)
(26183.)
(26720.)
35041.
34688.
34326.
33954.
33573.
33180.
32777.
32362.
31935.
31495.
31042.
30574.
30092.
29593.
29079.
28546.
27996.
27425.
26834.
26222.
25586.
(24925.)
(24238.)
(23524.)
(22779.)
(22002.)
50343.
50397.
50445.
50486.
50520.
50546.
50565.
50575.
50576.
50569.
50552.
50524.
50486.
50437.
50376.
50303.
50216.
50116.
50001.
49871.
49724.
(49561.)
(49380.)
(49180.)
(48961.)
(48722.)
w
b o
o S
^ o
2 H
2
H W
O O fa
O O f d H » i
O
NO
TE
. D
ata
conta
ined
in
par
enth
eses
w
ere
calc
ulat
ed
by
extr
apo
lati
on
of
th
e fu
nct
ion
s be
yond
th
eir
range.
co 00
Table
3 .
t
(°C) 80.
85.
90.
95.
100.
105.
110.
115.
120.
125.
130.
135.
140.
145.
150.
155.
160.
165.
170.
175.
180.
185.
190.
195.
NaCl co
ncen
trat
ion:
P
(bar
s)
0.459
0.560
0.679
0.819
0.982
1.171
1.388
1.638
1.924
2.249
2.618
3.034
3.502
4.027
4.613
5.266
5.991
6.792
7.677
8. 651
9.719
10.889
12.167
13.559
d_
(g cm"
)
1.006
1.003
1.000
0.996
0.993
0.989
0.986
0.982
0.978
0.974
0.970
0.966
0.962
0.958
0.953
0.949
0.944
0.940
0.935
0.930
0.925
0.920
0.915
0.910
0.
VL
. 3
(cm
|
0.994
0.997
1.000
1.004
1.007
1.011
1.014
1.018
1.022
1.026
1.030
1.035
1.039
1.044
1.049
1.054
1.059
1.064
1.070
1.075
1.081
1.087
1.093
1.099
9006 mol /kg H
gO
vG
,S~
)
3520.028
2921.048
2438.449
2047.148
1727.946
1466.129
1250.004
1070.722
921.239
795.990
690.553
601.392
525.669
461.090
405.796
358.271
317.272
281.778
250.944
224.073
200.579
179.977
161.857
145.876
VL
3
-1
(cm mol
)
18.52
18.58
18.65
18.71
18.78
18.85
18.93
19.00
19.08
19.16
19.25
19.34
19.43
19.52
19.62
19.72
19.82
19.93
20.04
20.15
20.27
20.39
20.52
20.65
5.00 wt percent
?
19.520
20.575
21.620
22.654
23.677
24.682
25.677
26.660
27.631
28.592
29.542
30.482
31.413
32.335
33.248
34.153
35.051
35.941
36.824
37.700
38.570
39.435
40.293
41.147
AS, ,
(J mol
K"
)
117.862
115.587
113.367
111.197
109.075
107.008
104.985
103.007
101.070
99.172
97.311
95.486
93.695
91.935
90.204
88.502
86.826
85.174
83.547
81.940
80.355
78.788
77.239
75.707
1.59
7 mol percent
S°
137.382
136.163
134.986
133.850
132.752
131.690
130.662
129.666
128.701
127.764
126.853
125.969
125.108
124.270
123.452
122.655
121.876
121.115
120.370
119.641
118.925
118.223
117.533
116.854
H>L
6005.
6381.
6757.
7136.
7516.
7893.
8272.
8652.
9032.
9412.
9794.
10176.
10559.
10943.
113.
29.
11715.
12103.
12492.
12883.
13276.
13670.
14066.
14464.
14865.
4H
,
(J mol"
)
41623.
41398.
41169.
40937.
40701.
40465.
40225.
39982.
39735.
39485.
39231.
38973.
38710.
38442.
38170.
37892.
37609.
37319.
37024.
36722.
36413.
36097.
35773.
35442.
»G
47628.
47778.
47927.
48073.
48217.
48358.
48497.
48634.
48767.
48898.
49025.
4914* .
49269.
49386.
49499.
49607.
49712.
49812.
49907.
49997.
50083.
50163.
50238.
50307.
H r M W r1
M CG *J
o
» a;
P Q CQ
O
ZOO.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
15.073
16.715
IB. 493
20.415
22.487
24.718
27.116
29.689
32.446
35.395
3B.S44
41.904
45.483
49.290
53.336
57.631
62.184
67.007
72.110
77.505
83.203
( 89.218)
( 95.561)
(102.245)
(109.286)
(116.697)
0.904
0.899
0.893
0.888
0.882
0.876
0.870
0.864
0.857
0.851
0.844
0.837
O.H30
0.823
0.816
0.808
0.801
0.793
0.784
0.776
0.767
0.757
0.748
0.738
0.727
0.716
1.106
1.112
1.119
1.127
1.134
1.142
1.150
1.158
1.166
1.175
1.184
1.194
1.204
1.215
1.226
1.237
1.249
1.262
1.275
1.289
1.304
1.320
1.337
1.356
1.375
1.397
131.742
119.209
108.068
98.139
89.269
81.328
74.202
67.793
62.017
56.801
52.081
47.802
43.914
40.377
37.152
34.207
31.512
29.043
26.777
24.694
22.777
I 21.009)
( 19.377)
( 17.868)
( 16.472)
( 15.178)
20.79
20.93
21.07
21.22
21.38
21.54
21.71
21.84
22.07
22.26
22.46
22.67
22.89
23.12
23.36
23.62
23.88
24.17
24.47
24.79
25.14
25.51
25.91
26.34
26.81
27.33
41.995
42.839
43.679
44.515
45.347
46.175
47.001
47.624
48.644
49.462
50.278
51.093
51.907
52.720
53.S32
54.344
55.157
55.970
56.785
57.602
58.421
(59.244)
(60.072)
(60.906)
(61.747)
(62.597)
74.190
72.686
71.196
69.717
68.248
66.788
65.336
63.891
62.451
61.016
59.583
58.151
56.720
55.288
53.853
52.414
50.969
49.517
48.056
46.585
45.101
43.602)
42.087)
40.553)
38.997)
37.417)
116.185
115.526
114.875
114.231
113.595
112.963
112.337
111.715
111.095
110.478
109.861
109.245
108.627
108.007
107.385
166.758
106.126
105.487
104.841
104.186
103.522
(102.847)
(102.159)
(101.459)
(lbO.744)
(100.014)
15267.
15672.
16079.
16489.
16902.
17318.
17736.
18158.
18583.
19011.
19443.
19879.
20319.
20763.
21211.
21665.
22123.
22587.
23056.
23531.
24013.
(24502.)
(24999.)
(25505.)
(26020.)
(26547.)
35103.
34755.
34398.
34032.
33656.
33270.
32874.
32466.
32047.
31615.
31171.
30713.
30240.
29753.
29250.
28731.
28193.
27638.
27063.
26467.
25849.
(25209.)
(24543.)
(23851.)
(23131.)
(22381.)
50370.
50427.
50478.
50522.
50558.
50588.
50610.
50624.
50629.
50626.
50614.
50592.
50559.
50516.
50462.
50395.
50316.
50224.
50119.
49998.
49862.
(49711.)
(49542.)
(49356.)
(49152.)
(48928.)
w b T)
O
SS
M W
O o 2 p Q W
O r
a H H-t O
NO
TE
. Dat
a co
nta
ined
in
p
aren
thes
es
-wer
e ca
lcu
late
d
by
extr
apol
atio
n
of
the
fun
ctio
ns
bey
ond
th
eir
ran
ge.
to <£>
CO o
Tab
le
4
t
<°C
)
80
.8
5.
90
.9
5.
100.
10
5.
11
0.
11
5.
12
0.
12
5.
13
0.
13
5.
14
0.
14
5.
15
0.
15
5.
16
0.
16
5.
17
0.
175.
18
0.
185.
190.
19
5.
NaC
l co
ncen
trati
on
:
P
(bare
)
0.4
57
0.5
58
0.6
77
0.8
16
0.9
79
1.1
67
1.3
84
1.6
33
1.9
17
2.2
41
2.6
09
3.0
24
3.4
90
4.0
13
4.5
97
5.2
48
5.9
09
6.7
68
7.6
50
8.6
20
9.6
85
10
.85
012.1
24
13.5
11
d
(g c
m'
)
1.0
10
1.6
06
1.0
03
1.0
00
0.9
97
0.9
93
0.9
90
0.9
86
0.9
82
0.9
78
0.9
74
0.9
70
0.9
66
0.9
62
0.9
57
0.9
53
0.9
48
0.9
44
0.9
39
0.9
34
0.9
29
0.9
24
0.9
19
0.9
14
LV
1.0
00
0
mo
l /kg H
aO
vG
(cm
g
)
0.9
91
6.9
94
6.9
97
1.0
00
1.0
03
1.0
07
1.0
11
1.0
14
1.0
18
1.0
22
1.0
27
1.0
31
1.0
35
1.0
40
1.0
45
1.0
50
1.0
55
1.0
60
1.0
65
1.0
71
1.0
76
1.0
82
1.0
88
1.0
94
3532.6
10
2931.5
07
24
47
.19
52054.5
05
17
34
.16
81
47
1.4
20
12
54
.52
71
07
4.6
06
92
4.5
91
798.8
96
69
3.0
82
60
3.6
03
52
7,6
09
46
2.8
00
40
7.3
08
35
9.6
12
318.4
66
28
2.8
45
25
1.9
01
22
4.9
32
20
1.3
55
18
0.6
78
16
2.4
93
14
6.4
54
VL
(cm
m
ol
18.5
218.5
818.6
418.7
1
18.7
818.8
518.9
219.0
019.0
819.1
619.2
519.3
319.4
219.5
2
19.6
119.7
119.8
219.9
220.0
320.1
520.2
720.3
92U
.51
20.6
4
5.5
2
wt
perc
ent
SL
S
19.5
47
20.6
02
21.6
46
22
.67
9
23.7
03
24
.70
725.7
01
26.6
83
27.6
54
28.6
14
29
.56
430.5
03
31.4
34
32.3
55
33
.26
734.1
71
35.0
68
35
.95
736.8
39
37
.71
53
8.5
84
39
.44
740.3
05
41
.15
7
AS,
(Jm
ol^
K'1
117.8
66
11
5.5
91
11
3.3
71
111.2
02
10
9.0
81
107.0
15
104.9
93
10
3.0
15
10
1.0
79
99
.18
29
7.3
23
95
.49
99
3.7
08
91.9
49
90
.22
08
8.5
19
86
.84
48
5.1
94
83.5
68
81.9
63
80
.37
97
8.8
15
77
.26
87
5.7
37
1.7
70
m
ol
perc
ent
S°
)
13
7.4
13
136.1
94
135.0
17
133.8
81
13
2.7
83
131.7
22
130.6
94
12
9.6
98
12
8.7
33
12
7.7
96
126.8
86
12
6.0
02
125.1
42
124.3
04
123.4
87
122.6
90
121.9
12
121.1
51
120.4
07
119.6
78
11
8.9
63
11
8.2
62
11
7.5
72
116.8
94
^
60
04
.6
38
0.
67
56
.7134.
7514.
7892.
82
70
.8650.
90
29
.9
41
0.
9791.
10173.
10556.
10940.
11325.
11711.
12098.
12487.
12878.
13270.
13664.
14059.
14457.
14857.
AH
,
(J m
ol"
1]
41624.
41399.
41
17
1.
40939.
40703.
40468.
40228.
39985.
39739.
39489.
39236.
38978.
38715.
38
44
9.
38177.
37
89
9.
37
61
7.
37328.
37033.
36732.
36424.
36109.
35786.
35456.
-»?
1
47
62
9.
47779.
47927.
48
07
3.
48
21
8.
48
35
9.
48498.
48635.
48769.
48899.
49
02
7.
49
15
1.
49271.
49388.
49501.
49
61
0.
49715.
49815.
49911.
50002.
50088.
50
16
8.
50
24
4.
50313.
r
i i S i i 2 H
M SB
O 03 O O
SJ
OJ
200.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
15.019
16.655
18.427
20.342
22.407
24.630
27.019
29.533
32.329
35.267
38.405
41.752
45.318
49.111
53.142
57.421
61.957
66.762
71.845
77.220
82.896
( 88.887)
( 95.206)
(101.864)
(108.877)
(116.259)
0.909
0.903
0.898
0.892
0.886
0.880
0.874
0.868
0.862
0.855
0.849
0.842
0.835
0.828
0.821
0.813
0.806
0.798
0.790
0.781
0.772
0.763
0.754
0.744
0.733
0.722
1.101
1.107
1.114
1.121
1.128
1.136
1.144
1.152
1.160
1.169
1.178
1.187
1.197
1.207
1.218
1.229
1.241
1.253
1.267
1.280
1.295
1.310
1.327
1.345
1.364
1.385
132.269
119.691
108.509
98.544
89.643
81.673
74.521
68.088
62.292
57.057
52.320
48.025
44.124
40.574
37.338
34.382
31.678
29.201
26.927
24.837
22.913
( 21.139)
( 19.501)
( 17.988)
( 16.587)
( 15.288)
20.78
20.92
21.06
21.21
21.37
21.53
21.70
21.88
22.06
22.25
22.45
22.66
22.87
23.10
23.34
23.60
23.87
24.15
24.45
24.77
25.11
25.48
25.88
26.31
26.77
27.29
42.004
42.847
43.686
44.520
45.350
46.178
47.002
*7.823
48.641
49.458
50.272
51.085
51.896
52.707
53.517
54.326
55.136
55.947
56.759
57.572
58.J89
(59.208)
(60.033)
(60.862)
(61.699)
(62.545)
74.222
72.721
71.233
69.756
68.290
66.833
65.384
63.942
62.505
61.073
59.644
58.216
56.789
55.361
53.931
52.497
51.058
49.611
48.157
46.692
45.215
( 43.724)
( 42.217)
( 40.691)
( 39.145)
( 37.574)
116.226
115.568
114.918
114.276
113.640
113.010
112.385
111.764
111.146
110.531
109.916
109.301
108.686
108.068
107.448
106.823
106.194
105.558
104.915
104.264
103.604
(102.932)
(102.249)
(101.554)
(100. 844)
(100.119)
15259.
15663.
16070.
16479.
16891.
17306.
17723.
18144.
18568.
18996.
19427.
19861.
20300.
20743.
21190.
21642.
22099.
22561.
23028.
23502.
23982.
(24469.)
(24964.)
(25467.)
(25980.)
(26504.)
35118.
34771.
34416.
34051.
33677.
33293.
32898.
32492.
32075.
31645.
31203.
30747.
30277.
29793.
29293.
28776.
28243.
27691.
27119.
26528.
25915.
(25279.
(24619.
(23933.
(23219.
(22475.
50377.
50434.
50486.
50530.
50568.
50598.
50621.
50636.
50643.
50641.
50629.
50608.
50577.
50536.
50483.
50418.
50341.
50251.
S0148.
50030.
49897.
(49748.)
(49582.)
(49400.)
(49199.)
(48979.)
w b Tl
O
2 w W O - o C/2
O O
2
CO
NO
TE
. Dat
a co
ntai
ned
in
pare
nthe
ses
wer
e ca
lcul
ated
by
ex
trap
olat
ion
of
the
func
tion
s be
yond
th
eir
rang
e.> CO
CO to
Table
S
t
Na
Cl
concentr
ation:
Pd
(°C
) (b
ars
) (g
cm
" )
80.
85.
90.
95.
10
0.
10
5.
11
0.
11
5.
12
0.
12
5.
13
0.
13
5.
14
0.
14
5.
15
0.
15
5.
16
0.
16
5.
17
0.
17
5.
18
0.
18
5.
19
0.
19
5.
0.4
49
0.5
48
0.6
65
0.8
02
0.9
61
1.1
46
1.3
59
1.6
03
1.8
83
.02
7.0
24
.02
1.0
18
.01
5.0
11
.00
8.0
04
.00
02
.20
1
0.9
96
2.5
62
0.9
92
2.9
69
0.9
88
3.4
27
0.9
84
3.9
41
0.9
80
4.5
14
0.9
76
5.1
53
0.9
72
5.8
62
0.9
67
6.6
46
0.9
63
7.5
12
0
.95
88.4
64
0.9
53
9.5
10
0
.94
91
0.6
54
0
.94
41
1.9
04
C 1
.93
91
3.2
66
0
.93
4
1.5
000
mol /
kg
H O
vL
VG
(cm
g
" )
0.9
73
6.9
76
6.9
79
9.9
82
0.9
86
0.9
89
0.9
92
0.9
96
i.ooo
.00
4.0
08
.012
.016
.02
0
.02
5.0
29
.03
41.0
39
1.0
44
1.0
49
1.0
54
1.0
60
1.0
65
1.0
71
35
97
.75
12985.6
64
2492.4
94
20
92
.61
3
1766.4
05
1498.8
39
1277.9
65
1094.7
39
94
1.9
66
81
3.9
58
70
6.1
97
615.0
68
537.6
73
471.6
67
41
5.1
50
366.5
72
324.6
64
288.3
82
256.8
65
229.3
95
205.3
79
18
4.3
18
165.7
94
149.4
55
VL
(cm
m
ol
18
.51
16
.57
18
.63
18.7
0
18.7
618.8
31
8.9
118.9
819.0
619.1
419.2
21
9.3
11
9.4
019.4
9
19
.59
19.6
81
9.7
919.8
92
0.0
020.1
120.2
32
0.3
52
0.4
72
0.6
0
8.0
6
wt
pe
rce
nt
s^-
l)
19
.68
82
0.7
41
21.7
82
22.8
13
23
.83
324.8
36
25
.82
72
6.8
07
27.7
75
28.7
32
29
.67
83
0.6
14
31
.54
132.4
58
33.3
67
34
.26
735.1
59
36.0
44
36
.92
13
7.7
92
38.6
56
39
.51
440.3
66
41
.21
2
AS
,
(Jm
ol'V
11
7.8
81
11
5.6
10
11
3.3
93
111.2
27
10
9.1
10
107.0
47
10
5.0
30
10
3.0
56
10
1.1
24
99.2
32
97.3
78
95.5
59
93
.77
492.0
21
90
.29
888.6
03
86
.93
68
5.2
93
83.6
75
82.0
78
80
.50
378.9
47
77
.40
97
5.8
89
2.6
31
m
ol
perc
ent
i
13
7.5
69
13
6.3
51
135.1
75
13
4.0
40
132.9
44
131.8
83
13
0.8
57
129.8
63
12
8.8
99
127.9
64
127.0
56
12
6.1
73
12
5.3
15
12
4.4
79
123.6
65
12
2.8
70
122.0
95
121.3
37
120.5
96
11
9.8
70
119.1
59
11
8.4
61
11
7.7
75
117.1
01
*?
6001.
6376.
6752.
71
29
.
7507.
7884.
8262.
8640.
9019.
9398.
9778.
10158.
10
54
0.
10922.
11305.
11
69
0.
12075.
12462.
12
85
1.
13241.
13
63
2.
14025.
14420.
14817.
4H,
(J m
ol"
1
41630.
41
40
6.
41
17
9.
40
94
8.
40
71
4.
40
48
0.
40242.
40
00
1.
39
75
7.
39
50
9.
39258.
39002.
38
74
3.
38
47
9.
38
21
0.
37936.
37
65
6.
37
37
1.
37080.
36783.
36
48
0.
36170.
35852.
35
52
7.
«G
1
47
63
1.
47
78
2.
47931.
48077.
48222.
48
36
4.
48504.
48
64
1.
48776.
48
90
7.
49
03
6.
49161.
49282.
49
40
1.
49515.
49625.
49732.
49834.
49931.
50024.
50112.
50195.
50273.
50345.
H I I £ H
H CQ O
t-1
CJ H
» i
O
25
200.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
14.746
16.353
18.092
19.971
21.998
24.160
26.525
29.041
31.737
34.620
37.699
40.983
44.481
4.6.203
52.157
56.354
60.803
65.515
70.500
75.770
81.335
( 87.208)
( 93.401)
( 99.926)
(106.797)
(114.029)
0.929
0.923
0.918
0.913
0.907
0.901
0.896
0.890
0.884
0.878
0.871
0.865
0.858
0.852
0.845
0.838
0.631
0.823
0.816
0.808
0.800
0.791
0.782
0.773
0.764
0.754
1.077
1.083
1.089
1.096
1.103
1.109
1.117
1.124
1.132
1.139
1.148
1.156
1.165
1.174
1.184
1.193
1.204
1.215
1.226
1.238
1.251
1.364
1.278
1.293
1.310
1.327
135.006
122.192
110.802
100.650
91.582
83.463
76.176
69.624
63.719
58.386
53.561
49.186
45.213
41.597
38.301
35.291
32.537
30.015
27.700
25.573
23.615
21.810)
20.144)
18.604)
17.179)
15.859)
20.73
20.87
21.01
21.16
21.31
21. 47
21.64
21.81
21.99
22.17
22.37
22.57
22.79
23.01
23.25
23.49
23.76
24.03
24.33
24.64
24.97
25.33
25.71
26.13
26.58
27.07
42.054
42.890
43.722
44.549
45.372
46.192
47.008
47.821
48.630
49.438
50.242
51.045
51.846
52.645
53.443
54.240
55.637
55.834
56.631
57.429
58.229
(59.031)
(59.836)
(60.646)
(61.462)
(62.285)
74.304
72.894
71.418
69.954
68.501
67.058
65.623
64.197
62.777
61.362
59.951
58.543
57.137
55.731
54.325
52.916
51.504
50.086
48.662
47.230
45.788
( 44.334)
( 42.667)
( 41.384)
( 39.883)
( 38.362)
116.438
115.784
115.140
114.503
113.873
113.249
112.631
112.017
111.407
110.799
110.193
109.588
108.983
108.376
107.768
107.156
106.540
105.920
105.293
104.659
104.016
(103.365)
(102.703)
(102.031)
(101.346)
U00.647)
15216.
15618.
16021.
16427.
16835.
17246.
17659.
18076.
18495.
18918.
19344.
19773.
20206.
20642.
21083.
21528.
21977.
22431.
22890.
23354.
23825.
(24301.)
(24785.)
(25276.)
(25776.)
(26286.)
35195.
34854.
34506.
34148.
33781.
33405.
33018.
32622.
32214.
31795.
31363.
30920.
30463.
29992.
29507.
29006.
28489.
27956.
27404.
26834.
26243.
(25632.)
(24998.)
(24340.)
(23657.)
(22946.)
50411.
50472.
50527.
50575.
50616.
50651.
50678.
50697.
50709.
50712.
50707.
50693.
50668.
50634.
50590.
50534.
50466.
50387.
50294.
50188.
50068.
(49933.)
(49783.)
(49616.)
(49433.)
(49232.)
H
b o
o W
O O en
O
NO
TE
. D
ata
conta
ined
in
par
enth
eses
w
ere
calc
ulat
ed
by
extr
apola
tion
of
the
fun
ctio
ns
beyo
nd
thei
r ra
nge.
CO
C
O
CO
Tab
le
6 .
t
(°C
)
80.
85.
90
.9
5.
10
0.
10
5.
11
0.
115.
12
0.
12
5.
13
0.
13
5.
14
0.
14
5.
150.
155.
160.
165.
170.
17
5.
18
0.
18
5.
19
0.
19
5.
NaC
l co
ncen
trati
on
:
P
(bars
)
0.4
42
0.5
40
0.6
55
0.7
90
0.9
47
1.1
29
1.3
38
1.5
79
1.8
55
2.1
68
2.5
24
2.9
25
3.3
76
3.8
82
4.4
47
5.0
76
5.7
74
6.5
47
7.3
99
8.3
37
9.3
67
10.4
94
11
.72
513.0
66
d
(g c
m"
)
1.0
41
1.0
38
1.0
35
1.0
32
1.0
29
1.0
25
1.0
22
1.0
18
1.0
14
1.0
11
1.0
07
1.0
03
0.9
99
0.9
95
0.9
90
0.9
86
0.9
82
0.9
77
0.9
73
0.9
68
0.9
63
0.9
59
0.9
54
0.9
49
1.9
012
mo
l/k
g H
gO
vL
(cm
|
0.9
60
0.9
63
0.9
66
0.9
69
0.9
72
0.9
75
0.9
79
0.9
82
0.9
86
0.9
90
0.9
93
0.9
97
1.0
01
1.0
06
1.0
10
1.0
14
1.0
19
1.0
23
1.0
28
1.0
33
1.0
38
1.0
43
1.0
48
1.0
54
vG
S~
)
3652.6
83
3031.3
29
2530.6
85
2124.7
39
17
93
.57
91
52
1.9
49
12
97
.71
81111.7
05
95
6.6
07
82
6.6
49
71
7.2
45
62
4.7
26
54
6.1
49
47
9.1
35
42
1.7
54
37
2.4
32
32
9.8
82
29
3.0
44
26
1.0
43
233.1
51
20
8.7
66
18
7.3
80
16
8.5
71
15
1.9
81
VL
(cm
m
ol
)
18.5
018.5
6°
18.6
218.6
8
18.7
518.8
218.8
918.9
619.0
419.1
219.2
019.2
919.3
819.4
7
19.5
619.6
619.7
619.8
619.9
72
0.0
82
0.1
920.3
12
0.4
320.5
6
10
.00
w
t perc
ent
SL
19
.80
52
0.8
56
21
.89
52
2.9
23
23
.94
124.9
42
25.V
31
26
.90
92
7.8
74
28
.82
82
9.7
72
30.7
06
31
.62
932.5
*4
33
.44
93
4.3
46
35
.23
53
6.1
16
36
.99
037.8
56
38
.71
639.5
70
40.4
17
41
.25
9
AS,
(J m
ol"
1 K
"1)
117.8
94
115.6
26
113.4
12
11
1.2
49
109.1
35
107.0
75
105.0
60
103.0
90
101.1
62
99
.27
39
7.4
23
95
.60
99
3.8
28
92.0
80
90
.36
288.6
73
87.0
11
85.3
74
83.7
62
82.1
72
80.6
03
79.0
55
77.5
25
76
.01
3
3.3
12
m
ol
perc
en
t
s?
13
7.6
99
13
6.4
81
13
5.3
06
13
4.1
72
13
3.0
76
132.0
17
13
0.9
92
12
9.9
98
129.0
36
12
8.1
02
12
7.1
95
12
6.3
14
12
5.4
58
124.6
24
123.8
11
12
3.0
19
12
2.2
46
121.4
90
120.7
51
12
0.0
28
119.3
20
11
8.6
25
11
7.9
42
11
7.2
72
i
59
99
.6
37
3.
67
48
.7
12
4.
75
02
.7
87
8.
82
55
.8
63
2.
90
10
.9
38
8.
97
67
.10146.
10526.
10907.
11
28
9.
11672.
12
05
7.
12
44
2.
12829.
13
21
7.
13606.
13
99
8.
14
39
0.
14
78
5.
fiH
i
(J m
ol"
1)
41634.
41
41
1.
41
18
5.
40
95
6.
40724.
40490.
40
25
4.
40
01
4.
39772.
39
52
6.
39
27
6.
39
02
3.
38765.
38503.
38237.
37965.
37689.
37407.
37119.
36
82
5.
36525.
36
21
9.
35
90
6.
35
58
5.
*?
47
63
3.
47
78
4.
47
93
3.
48080..
48
22
5.
48
36
8.
48
50
9.
48
64
6.
48
78
2.
48
91
4.
49043.
49169.
49
29
2.
49
41
1.
49
52
6.
49
63
8.
49
74
5.
49
84
9.
49
94
8.
50042.
50
13
2.
50
21
6.
50
29
6.
50370.
r
H-i g C/2 H B W
f
W CO *}
O CO
O O 2 CO
200.
205.
210.
215.
220.
2:25.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
3U5.
310.
315.
320.
325.
14.524
16.106
17.819
19.670
21.665
23.814
26.123
28.601
31.254
34.093
37.124
40.357
43.801
47.464
51.356
55.487
59.865
64.502
69.407
74.592
80.067
( 85.844)
< 91.935)
( 98.352)
(105.108)
(112.218)
0.944
0.939
0.934
0.928
0.923
0.918
0.912
0.906
0.901
0.895
0.889
0.882
0.876
0.870
0.863
0.857
0.850
0.843
0.835
0.828
0.820
0.812
0.804
0.796
0.787
0.778
1.059
1.065
1.071
1.077
1.083
1.090
1.097
1.103
1.110
1.118
1.125
1.133
1.141
1.150
1.158
1.167
1.177
1.187
1.197
1.208
1.219
1.231
1.243
1.257
1.271
1.286
137.308
124.296
112.729
102.421
93.212
84.967
77.568
70.914
64.917
59.502
54.602
50.160
46.125
42.454
39.107
36.052
33.257
30.696
28.347
26.187
24.200
( 22.369)
( 20.679)
( 19.117)
( 17.672)
( 16.333)
20.69
20.82
20.96
21.11
21.26
21.42
21.58
21.75
21.92
22. ll
22.30
22.50
22.71
22.92
23.15
23.40
23.65
23.92
24.21
24.51
24.84
25.18
25.56
25.96
26.40
26.87
42.096
42.927
43.753
44.ST5
45.392
46.206
47.615
47.821
48.624
49.424
50.221
51.015
51.808
52.598
53.386
54.174
54.960
55.7*6
56.531
57.317
58.103
(58.692)
(59.683)
(60.477)
(61.276)
(62.081)
74.516
73.035
71.568
70.114
68.671
67.239
65.817
64.402
62.995
61.595
60.199
58.806
57.417
56.029
54.641
53.252
51.861
50.466
49.066
47.659
46.245
I 44.820)
( 43.384)
( 41.935)
( 40.470)
( 38.988)
116.612
115.962
115.322
114.689
114.064
113.445
112.832
112.224
111.620
111. 018
110.419
109.822
109.224
108.627
108.027
107.426
106.821
106.211
105.597
104.976
1U4.348
(103.712)
(103.067)
(102.412)
(101.746)
(101.068)
15182.
15581.
15981.
16384.
16790.
17197.
17608.
18021.
18436.
18855.
19277.
19701.
20130.
20561.
20997.
21436.
21879.
22327.
22779.
23236.
23698.
(24166.)
(24641.)
(25123.)
(25612.)
(26111.)
35257.
34922.
34578.
34226.
33865.
33495.
33116.
32726.
32326.
31915.
31493.
31059.
30612.
30152.
29678.
29190.
28687.
28167.
27631.
27078.
26505.
(25913.)
(25300.)
(24664.)
(24005.)
(23320.)
50439.
50502.
50560.
50610.
50655.
50693.
50723.
50747.
50762.
50770.
50769.
50760.
50741.
50713.
50675.
50626.
50566.
50494.
50410.
50313.
50203.
(50079.)
(49941.)
(49787.)
(49617.)
(49431.)
w b o
o O
J2J
H «
O Q P
Q CO
O r o 2 CO
NO
TE
. D
ata
conta
ined
in
par
enth
eses
w
ere
calc
ulat
ed
by
extr
apola
tion
of
the
funct
ions
beyo
nd
thei
r ra
nge.
CO
CO
Tab
le
7
t
(°C
)
80
.8
5.
90
.9
5.
100.
105.
110.
115.
120.
125.
130.
135.
140.
145.
150.
155.
160.
165.
170.
175.
180.
185.
190.
195.
NaC
l co
ncen
trati
on
:
P
(bar
e)
0.4
41
0.5
38
0.6
53
0.7
87
0.9
43
1.1
24
1.3
33
1.5
73
1.8
48
2.1
60
2.5
14
2.9
14
3.3
63
3.8
67
4.4
30
5.0
57
5.7
52
6.5
22
7.3
71
8.3
06
9.3
31
10
.45
411.6
81
13
.01
7
d
(g c
m"
)
1.0
45
1.0
42
1.6
38
1.0
35
1.0
32
1.0
29
1.0
25
1.6
21
1.0
18
1.6
14
1.0
10
1.0
06
1.0
02
0.9
98
0.9
94
0.9
90
0.9
85
0.9
81
0.9
76
0.9
72
0.9
67
0.9
62
0.9
57
0.9
53
VL
2.0
000
mo
l/k
g H
gO
vG
(cm
g"
)
0.9
57
0.9
60
6.9
63
0.9
66
0.9
69
6.9
72
0.9
76
6.9
79
6.9
83
0.9
66
6.9
90
6.9
94
0.9
98
1.0
02
1.0
06
1.0
11
1.0
15
1.0
20
1.0
24
1.0
29
1.0
34
1.0
39
1.0
44
1.0
50
3666.6
27
3042.9
18
2540.3
75
2132.8
88
18
00
.47
01527.8
08
1302.7
25
1116.0
05
960.3
16
829.8
64
72
0.0
43
627.1
72
548.2
95
481.0
25
42
3.4
25
37
3.9
15
33
1.2
03
29
4.2
24
262.0
99
234.1
01
209.6
22
188.1
54
16
9.2
73
152.6
19
VL
a (c
m
mol
18.5
018.5
518.6
118.6
8
18.7
418.8
118.8
818.9
619.0
419.1
119.2
019.2
819.3
719.4
6
19.5
519.6
519.7
519.8
519.9
620.0
72
0.1
820.3
02
0.4
22
0.5
5
10
.47
w
t perc
ent
?l)
19
.83
320.8
84
21.9
23
22
.95
0
23
.96
82
4.9
69
25.9
57
26.9
34
27
.89
928.8
52
29.7
95
30.7
28
31.6
51
32
.56
5
33
.47
034.3
66
35.2
54
36.1
34
37.0
67
37.8
72
38
.73
139.5
84
40.4
30
41
.27
1
AS,
(J m
ol
K
117.8
96
11
5.6
30
11
3.4
17
111.2
55
109.1
42
107.0
82
105.0
68
163.0
99
101.1
72
99
.28
497.4
35
95
.62
29
3.8
42
92
.09
5
90.3
78
68.6
90
87.0
30
85.3
95
83.7
84
82
.19
58
0.6
29
79
.06
27
7.5
54
76.0
43
3.4
78
m
ol
perc
en
t
S°
137.7
31
13
6.5
14
13
5.3
39
13
4.2
05
13
3.1
10
13
2.0
51
13
1.0
25
13
0.0
33
12
9.0
70
12
8.1
37
12
7.2
30
12
6.3
50
12
5.4
93
12
4.6
60
12
3.8
48
12
3.0
56
12
2.2
83
12
1.5
28
12
0.7
90
12
0.0
68
11
9.3
60
11
8.6
66
11
7.9
84
11
7.3
14
H>L
59
98
.6
37
2.
67
47
.7
12
3.
75
00
.7
87
6.
82
53
.8
63
0.
90
07
.9
38
5.
97
64
.10143.
10523.
10904.
11285.
11668.
12
05
2.
12437.
12823.
13211.
13600.
13
99
0.
14
38
3.
14777.
^
(J
mol"
1;
41
63
6.
41
41
3.
41187.
40959.
40
72
6.
40
49
3.
40
25
7.
40
01
8.
39776.
39
53
0.
39281.
39028.
38771.
38510.
36244.
37973.
37697.
37
41
6.
37129.
36836.
36
53
7.
36231.
35
91
9.
35600.
«G
I
47
63
4.
47785.
47934.
48
08
1.
48
22
6.
48369.
48510.
4B
64
8.
48783.
48915.
49045.
49171.
49
29
4.
49413.
49529.
49641.
49749.
49852.
49952.
50046.
50137.
50
22
2.
50302.
50377.
M
i i
§ CQ
H
H W r M
CQ O CQ
O f c! O
55
ZOO.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
14.469
16.045
17.751
19.595
21.583
23.723
26.024
28.491
31.135
33.962
36.982
40.202
43.633
47.281
51.158
55.272
59.633
64.251
69.137
74.300
79.753
( 85.506)
( 91.572)
( 97.963)
(104.691)
(111.771)
0.948
0.943
0.937
0.932
0.927
0.921
0.916
0.910
0.905
0.899
0.893
0.887
0.880
0.874
0.868
0.861
0.854
0.847
0.840
O.B33
0.825
0.818
0.810
0.801
0.793
0.783
1.055
1.061
1.067
1.073
1.079
1.085
1.092
1.099
1.106
1.113
1.120
1.128
1.136
1.144
1.153
1.161
1.171
1.180
1.190
1.201
1.212
1.223
1.235
1.248
1.262
1.276
137.889
124.828
113.216
102.868
93.624
85.347
77.919
71.239
65.219
59.7B3
54.865
50.405
46.355
42.670
39.311
36.243
33.438
30.867
28.509
26.342
24.347
( 22.509)
( 20.813)
( 19.245)
( 17.795)
( 16.452)
20.68
20.81
20.95
21.10
21.25
21.40
21.56
21.73
21.90
22.09
22.28
22.48
22.68
22.90
23.13
23.37
23.63
23.89
24.18
24.48
24.80
25.15
25.52
35.92
26.35
26.82
42.106
42.936
43.761
44.581
45.398
46.209
47.017
47.822
48.623
49.421
50.216
51.008
51.798
52.586
53.373
54.158
54.941
55.724
56.507
57.290
58.073
(58.658)
(59.645)
(60.436)
(61.230)
(62.031)
74.549
73.071
71.606
70.154
68.714
67.285
65.865
64.454
63.050
61.652
60.260
58.871
57.486
56.102
54.719
53.335
51.948
50.559
49.165
47.765
46.357
( 44.939)
( 43.511)
( 42.070)
( 40.614)
( 39.140)
116.655
116.007
115.367
114.735
114.111
113.494
112.882
112.275
111.673
111. 073
110.476
109.880
109.284
108.688
108.091
107.492
106.890
106.283
105.672
105.054
104.430
(103.797)
(103.156)
(102.506)
(101.844)
(101.171)
15173.
15571.
15971.
16374.
16778.
17185.
17595.
18007.
18422.
18839.
19260.
19684.
20111.
20541.
20975.
21413.
21855.
22301.
22751.
23207.
23667.
(24133.)
(24606.)
(25085.)
(25572.)
(26068.)
35273.
34939.
34596.
34246.
33886.
33518.
33140.
32752.
32354.
31945.
31525.
31093.
30649.
30191.
29720.
29235.
28735.
28220.
27687.
27137.
26569.
(25982.)
(25374.)
(24744.)
(24090.)
(23412.)
50446.
50510.
50568.
50619.
50664.
50703.
50734.
50759.
50775.
50784.
50785.
50777.
50759.
50732.
50696.
50648.
50590.
50520.
50438.
50344.
50236.
(50115.)
(49979.)
(49829.)
(49662.)
(49480.)
o o S
TJ
o
2
H W
O o 52; Q CO O f d
NO
TE
. D
ata
conta
ined
in
par
enth
eses
w
ere
calc
ula
ted
by
ex
trap
ola
tion
of
the
fun
ctio
ns
beyo
nd
thei
r ra
nge.
CO -q
CO
00
Table
8
,
t
(°C
)
80.
H5.
90
.95.
10
0.
10
5.
11
0.
11
5.
12
0.
12
5.
13
0.
13
5.
14
0.
14
5.
15
0.
15
5.
16
0.
16
5.
17
0.
17
5.
18
0.
18
5.
19
0.
19
5.
Na
Cl
concentr
ation:
P
(ba
re)
0.4
32
0.5
28
0.6
40
0.7
71
0.9
25
1.1
02
1.3
07
1.5
43
1.8
12
2.1
18
2.4
65
2.8
57
3.2
98
3.7
9*
4.3
44
4.9
59
5.6
41
6.3
96
7.2
29
8.1
45
9.1
51
10
.25
21
1.4
54
12
.76
5
d
(g c
m"
)
1.0
61
1.6
58
1.0
55
1.0
52
1.0
49
1.0
45
1.0
42
1.0
38
1.0
35
1.0
31
1.0
27
1.0
23
1.0
19
1.0
15
1.0
11
1.0
07
1.0
02
0.9
98
0.9
94
0.9
89
0.9
85
0.9
80
0.9
75
0.9
71
2.
VL
(cm
0.9
42
0.9
45
0.9
48
0.9
51
0.9
54
0.9
57
0.9
60
6.9
63
6.9
67
0.9
70
6.9
74
6.9
77
0.9
81
6.9
85
0.9
89
0.9
93
0.9
98
1.0
02
1.0
06
1.0
11
1.0
16
1.0
20
1.0
25
1.0
30
,50
00
m
ol /
kg
HaO
vG
g'1
)
3740.0
02
3103.8
67
25
91
.31
12175.7
04
18
36
.66
01558.5
65
1328.9
95
1138.5
54
979.7
63
846.7
10
73
4.7
00
63
9.9
77
55
9.5
28
490.9
16
432.1
66
381.6
68
338.1
02
300.3
85
26
7.6
18
239.0
60
214.0
91
1V
2.1
93
17
2.9
33
155.9
45
VL
(cm
m
ol
)
18.4
81
8.5
418.6
018.6
6
18.7
21
8.7
91
8.8
618.9
319.0
119.0
91
9.1
719.2
519.3
419.4
2
19.5
219.6
119.7
119.8
11
9.9
12
0.0
220.1
32
0.2
520.3
72
0.4
9
12
.75
w
t perc
ent
SL
19
.97
721.0
25
22
.06
123.0
86
24.1
01
25.1
00
26.0
85
27.0
59
28
.02
128.9
72
29.9
12
30
.84
13
1.7
60
32.6
70
33.5
71
34
.46
335.3
47
36
.22
33
7.0
91
37
.95
138.8
05
39
.65
340.4
93
41.3
28
AV
(Jm
orl
K-
1)
117.9
23
11
5.6
59
11
3.4
49
111.2
91
109.1
81
107.1
25
105.1
15
103.1
50
101.2
27
99
.34
49
7.5
00
95.6
92
93.9
18
92.1
76
90.4
66
88.7
85
87
.13
185.5
03
83.9
00
82.3
19
80.7
61
79.2
23
77
.70
57
6.2
04
4.31
0 tn
ol
perc
ent
*?
13
7.9
01
13
6.6
84
135.5
10
13
4.3
77
133.2
82
13
2.2
25
13
1.2
01
130.2
09
129.2
48
128.3
16
127.4
11
126.5
33
125.6
76
12
4.8
47
12
4.0
37
123.2
48
122.4
78
121.7
25
12
0.9
90
120.2
71
119.5
66
11
8.8
76
118.1
98
11
7.5
32
»,L
5992.
6365.
6738.
7113.
74
90
.7865.
8241.
8617.
8993.
9370.
9747.
10125.
10503.
10882.
11262.
11
64
3.
12025.
12408.
12792.
13178.
13564.
13953.
14342.
14734.
iHi
(J m
ol"
1)
41
64
5.
41
42
3.
41199.
40972.
40741.
40
50
9.
40
27
5.
40038.
39
79
7.
39
55
4.
39
30
7.
39
05
7.
38
80
2.
38544.
38
28
1.
38
01
3.
37
74
1.
37
46
3.
37
18
0.
36
89
1.
36597.
36
29
6.
35
98
9.
35
67
5.
*?
47
63
6.
47
78
8.
47
93
7.
48
08
5.
48
23
1.
48
37
4.
48
51
6.
48
65
4.
48
79
0.
48
92
4.
49
05
4.
49
18
1.
49
30
5.
49
42
6.
49
54
3.
49
65
6.
49
76
6.
49
87
1.
49
97
2.
50
06
9.
50161.
50
24
9.
50
33
1.
50
40
9.
M
i I § GO H
M W r H O w
O r
cj H HH O
525
w
200.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
14.189
15.734
17.407
19.215
21.164
23.262
25.517
27.936
30.528
33.299
36.259
39.416
42.777
46.353
50.152
54.183
58.456
62.980
67.766
72.823
78.163
( 83.797)
( 89.736)
( 95.992)
(102.578)
(109.506)
0.966
0.961
0.956
0.951
0.946
0.940
0.935
0.930
0.924
0.919
0.913
0.907
0.901
0.895
O.U89
O.b83
0.877
0.870
0.864
0.857
0.850
0.843
0.835
0.828
0.820
0.812
1.035
1.041
1.046
1.052
1.058
1.063
1.069
1.076
1.082
1.089
1.095
1.102
1.109
1.117
1.125
1.132
1.141
1.149
1.158
1.167
1.177
1.187
1.197
1.208
1.219
1.232
140.920
127.597
115.752
105.196
95.766
87.322
79.745
72.931
66.790
61.245
56.228
51.679
47.548
43.790
40.364
37.235
34.375
31.754
29.349
27.140
25.107
23.234)
21.505)
19.908)
18.431)
17.062)
20.62
20.75
20.88
21.02
21.17
21.32
21.48
21.64
21.81
21.99
22.17
22.37
22.57
22.78
23.00
23.23
23.48
23.74
24.01
24.30
24.61
24.94
25.29
25.68
26.09
26.53
42.1bB
42.981
43.800
44.613
45.422
46.226
47.027
47.823
48.615
49.404
50.190
50.972
51.752
52.529
.53.304
54.077
54.848
55.617
56.386
57.153
57.921
(58.689)
(59.458)
(60.230)
(61.004)
(61.782)
r*.r*o
73.252
71.799
70.359
68.932
67.516
66.111
64.715
63.327
61.946
60.571
59.202
57.836
56.474
55.113
53.753
52.392
51.030
49.664
48.295
46.920
( 45.53?)
( 44.146)
( 42.745)
( 41.332)
( 39.904)
116.878
116.234
115.599
114.973
114.354
113.743
113.137
112.537
111.942
111.350
110.761
110.174
109.588
109.003
108.417
107.829
107.240
106.647
106.050
105.448
104.841
(104.226)
(103.605)
(102.975)
(102.336)
(101.687)
15127.
15522.
15919.
16318.
16719.
17122.
17527.
17935.
18345.
18758.
19174.
19592.
20014.
20438.
20866.
21297.
21731.
22169.
22612.
23058.
23509.
(23965.)
(24427.)
(24894.)
(25369.)
(25851.)
35354.
35026.
34690.
34346.
33994.
33633.
33264.
32885.
32496.
32097.
31688.
31267.
30835.
30391.
29934.
29464.
28981.
28482.
27968.
27439.
26892.
(26327.)
(25744.)
(25141.)
(24516.)
(23869.)
50481.
50548.
50609.
50664.
50713.
50755.
50791.
50820.
50841.
50856.
50862.
50860.
50849.
50829.
50800.
50761.
50712.
50651.
50580.
50497.
50401.
(50293.
(50171.
(50035.
(49885.
(49719.
w b o
o g
n
o
2
w
a H W
O O J2J
P
NO
TE
. Dat
a co
ntai
ned
in
pare
nthe
ses
wer
e ca
lcul
ated
by
ex
trap
olat
ion
of
the
func
tion
s be
yond
th
eir
rang
e.CO to
Table
9.
t
(°C
)
80
.8
5.
90
.9
5.
10
0.
10
5.
11
0.
11
5.
12
0.
12
5.
13
0.
13
5.
14
0.
14
5.
15
0.
15
5.
16
0.
16
5.
17
0.
17
5.
18
0.
18
5.
19
0.
19
5.
Na
Cl
concentr
ation:
P
(ba
re)
0.4
23
0.5
17
0.6
27
0.7
56
0.9
06
1.0
80
1.2
81
1.5
12
1.7
75
2.0
76
2.4
16
2.8
00
3.2
32
3.7
16
4.2
57
4.8
60
5.5
28
6.2
68
7.0
84
7.9
83
8.9
68
10.0
48
11.2
26
12
.51
0
d
(g c
m"
)
1.0
77
1.0
74
1.6
71
1.0
68
1.0
65
1.0
61
1.0
58
1.0
54
1.0
51
1.0
47
1.0
43
1.0
39
1.0
35
1.0
31
1.0
27
1.0
23
1.0
19
1.0
15
1.6
10
1.0
06
1.6
02
0.9
97
0.9
92
0.9
88
3.
VL
(cm
0.9
28
6.9
31
0.9
33
0.9
36
0.9
39
6.9
42
0.9
45
0.9
48
6.9
52
6.9
55
6.9
59
0.9
62
0.9
66
6.9
69
0.9
73
6.9
77
0.9
81
0.9
85
0.9
90
0.9
94
0.9
98
1.0
03
1.0
08
1.0
12
00
00
m
ol /
kg H
a
vG
O
VL
14
.92
SL
g
) (c
m
mo
l )
3818.5
91
3169.0
69
2645.7
37
2221.4
00
1875.2
42
1591.3
19
1356.9
43
11
62
.51
81
00
0.4
08
864.5
78
750.2
30
653.5
33
571.4
07
50
1.3
66
441.3
94
389.8
45
345.3
74
306.8
72
27
3.4
25
244.2
73
21
8.7
85
19
6.4
33
176.7
73
159.4
32
18.4
618.5
218.5
818.6
4
18.7
018.7
718.8
31
8.9
118.9
819.0
619.1
319.2
21
9.3
019.3
$
19.4
81
9.5
719.6
619.7
619.8
61
9.9
72
0.0
82
0.1
92
0.3
02
0.4
2
20.1
14
21.1
60
22.1
93
23.2
16
24.2
27
25.2
24
26.2
07
27.1
78
28.1
37
29.0
84
30.0
21
30.9
47
31
.86
332.7
69
33.6
66
34.5
54
35.4
34
36.3
05
37
.16
93
8.0
25
38.8
74
39.7
16
40
.55
14
1.3
80
wt
perc
ent
&i
(J m
ol"
* K
"1)
11
7.9
64
11
5.7
03
113.4
96
11
1.3
41
109.2
35
10
7.1
82
105.1
76
10
3.2
15
101.2
96
99.4
18
97.5
78
95
.77
594.0
06
92
.27
1
90
.56
68
8.8
91
87.2
44
85
.62
384.0
27
82.4
54
80
.90
47
9.3
75
77
.86
576.3
74
5.1
27
s?
13
8.0
78
136.8
62
13
5.6
89
13
4.5
57
13
3.4
63
13
2.4
06
13
1.3
83
130.3
92
12
9.4
33
12
8.5
02
12
7.5
99
12
6.7
22
125.8
69
125.0
40
12
4.2
32
123.4
45
122.6
77
12
1.9
28
121.1
95
12
0.4
79
119.7
78
119.0
91
118.4
17
117.7
55
mo
l p
erc
en
t
SiL
5980.
6352.
6725.
70
99
.
7474.
78
49
.8223.
85
98
.8973.
9349.
9725.
10
10
1.
10
47
8.
10
85
6.
11234.
11
61
3.
11
99
3.
12
37
4.
12
75
6.
13140.
13
52
4.
13
91
0.
14
29
7.
14
68
6.
AH;
(J m
ol"
1)
41659.
41439.
41216.
40990.
40761.
40
53
1.
40
29
8.
40
06
3.
39824.
39
58
3.
39
33
9.
39090.
38839.
38583.
38323.
38059.
37
79
0.
37
51
6.
37236.
36
95
2.
36662.
36366.
36
06
3.
35
75
5.
Hp
47639.
47
79
1.
47
94
1.
48089.
48235.
48380.
48521.
48
66
1.
48
79
8.
48932.
49063.
49192.
49
31
7.
49439.
49
55
7.
49672.
49783.
49
89
0.
49
99
3.
50092.
50
18
6.
50
27
6.
50361.
50441.
H r H H
>
W P3 O
f
c! H
200.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
2TO.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
13.907
15.421
17.061
18.832
20.742
22.799
25.009
27.380
29.919
32.635
35.535
38.626
41.922
45.425
49.147
53.096
57.281
61.712
66.399
71.352
76.581
( 82.0961
( 87.910)
< 94.034)
(100.479)
(107.258)
0.983
0.978
0.973
0.968
0.964
0.958
0.953
0.948
0.943
0.938
0.932
0.927
0.921
0.915
0.910
0.904
0.898
0.892
0.886
0.879
0.873
0.867
0.860
6.853
0.846
0.839
1.017
i.022
1.027
1.033
1.038
1.043
1.049
1.055
1.061
1.067
1.073
1.079
1.086
1.092
1.099
1.106
1.114
1.121
1.129
1.137
1.145
1.154
1.163
1.172
1.182
1.192
144.095
130.494
118.403
107.628
98.002
89.383
81.649
74.694
68.426
62.766
57.645
53.002
48.786
44.950
41.454
38.262
35.343
32.669
30.216
27.962
25.889
( 23.978)
( 22.216)
( 20.587)
( 19.081)
( 17.686)
20.55
20.67
20.81
20.94
21.08
21.23
21.38
21.54
21.71
21.88
22.06
22.24
22.44
22.64
22.85
23.08
23.31
23.56
23.83
24.10
24.40
24.71
25.05
25.41
25.80
26.22
42.204
43.021
43.833
44.640
45.442
46.239
47.032
47.820
48.604
49.384
50.161
50.934
51.704
52.470
53.234
53.995
54.754
55.511
56.265
57.019
57.771
(58.523)
(59.275)
(60.028)
(60.783)
(61.540)
74.901
73.443
72.001
70.573
6V. 158
67.755
66.364
64.982
63.609
62.244
60.887
59.535
58.189
56.847
55.507
54.170
52.833
51.497
50.159
48.819
47.474
( 46.125)
( 44.770)
( 43.406)
( 42.034)
( 40.649)
117.105
116.465
115.835
115.214
114.600
113.995
113.395
112.802
112.213
111.629
111.048
110.469
109.893
109.317
108.741
108.165
107.587
107.007
106.424
105.837
105.246
(104.649)
(104.045)
(103.435)
(102.816)
(102.189)
15076.
15468.
15862.
16258.
16655.
17055.
17456.
17860.
18266.
18674.
19085.
19498.
19914.
20332.
20753.
21178.
21605.
22036.
22470.
22909.
23351.
(23797.)
(24248.)
(24705.)
(25167.)
(25635.)
35439.
35117.
34787.
34450.
34105.
33752.
33391.
33021.
32641.
32252.
31853.
31444.
31023.
30592.
30149.
29693.
29225.
28743.
28247.
27736.
27210.
(26667.)
(26108.)
(25529.)
(24932.)
(24314.)
50516.
50585.
50650.
50708.
90761.
S0807.
50847.
50880.
50907.
50926.
50938.
50941.
50937.
50924.
50903.
50871.
50830.
50779.
50718.
50645.
50561.
(50464.)
(50356.)
(50234.)
(50099.)
(49950.)
w b o
o g
^ o 2
w W
O o
3 {O Q W
O f c H
I I o
NO
TE
. D
ata
conta
ined
in
par
enth
eses
w
ere
calc
ulat
ed
by
extr
apola
tion
of
the
funct
ions
beyo
nd
thei
r ra
nge.
Table
10
t
(°C
)
80.
85.
90.
95.
100.
105.
110.
115.
120.
125.
130.
135.
140.
145.
150.
155.
160.
165.
170.
175.
180.
185.
190.
195.
Na
C-1
concentr
ation:
P
(bars
)
0.4
23
0.5
16
0.6
26
0.7
55
0.9
05
1.0
79
1.2
80
l.bll
1.7
74
2.0
74
2.4
14
2.7
9b
3.2
29
3.7
13
4.2
54
4.8
56
5.5
24
6.2
63
7.0
79
7.9
76
8.9
61
1U
.04
01
1.2
17
12.5
01
d
(g cm
" )
1.0
78
1.0
75
1.0
72
1.0
69
1.0
65
1.0
62
1.0
59
1.6
55
1.0
51
1.0
48
1.0
44
1.0
40
1.0
36
1.0
32
1.0
28
1.0
24
1.0
20
1.0
15
1.0
11
1.0
07
1.0
02
0.9
98
0.9
93
0.9
88
vL
3.0
19
5
mol/kg H
aO
vG
(cm
g
)
0.9
28
0.9
30
6.9
33
0.9
36
0.9
39
0.9
42
6.9
45
6.9
48
6.9
51
0.9
54
0.9
58
0.9
62
6.9
65
0.9
69
0.9
73
6.9
77
0.9
81
0.9
85
6.9
89
0.9
93
0.9
98
1.0
02
1.0
07
1.0
12
3821.7
78
31
71
.71
12
64
7.9
41
2223.2
49
18
76
.80
21
59
2.6
42
13
58
.07
11
16
3.4
85
10
01
.24
1865.2
98
75
0.8
55
654.0
78
57
1.8
85
501.7
86
441.7
65
39
0.1
74
345.6
66
30
7.1
32
273.6
57
24
4.4
82
21
8.9
73
196.6
02
17
6.9
26
159.5
71
VL
3(c
m
mol
18
.46
18
.52
18
.58
16
.64
18
.70
18.7
71
8.8
316.9
01
8.9
81
9.0
51
9.1
319.2
11
9.3
61
9.3
6
19
.47
19
.57
19
.66
19
.76
19
.86
19
.97
20
.07
20.1
92
0.3
020.4
2
15.0
0
wt
pe
rce
nt
S^
l)
20.1
19
21
.16
522.1
98
23.2
20
24
.23
225.2
28
26.2
12
27.1
62
28.1
41
29
.08
93
0.0
25
30.9
51
31
.86
732.7
73
33
.67
03
4.5
58
35
.43
73
6.3
08
37
.17
238.0
27
38.8
76
39
.71
84
0.5
53
41.3
82
AS
1
(Jm
orl
K"
:
11
7.9
66
115.7
05
113.4
98
111.3
44
10
9.2
38
10
7.1
85
105.1
79
103.2
17
101.2
99
99.4
21
97
.58
19
5.7
76
94.0
10
92.2
75
90.5
70
88.8
95
87
.24
88
5.6
28
84
.03
28
2.4
60
80
.91
079.3
81
77.8
72
76.3
81
5.1
59
mol
perc
ent
gG
138.
08
b1
36
.86
91
35
.69
61
34
.56
4
13
3.4
70
13
2.4
13
13
1.3
90
130.4
00
12
9.4
40
128.5
10
127.6
07
12
6.7
30
12
5.8
77
12
5.0
48
124.2
*0
123.4
53
12
2.6
85
12
1.9
36
12
1.2
04
12
0.4
67
119.7
86
11
9.0
99
lie. 4
25
117.7
64
H,L
5979.
6351.
6724.
70
98
.
74
74
.7848.
8223.
8597.
8972.
9348.
97
24
.1
01
00
.1
04
77
.1
08
54
.
11
23
3.
11612.
11992.
12
37
3.
12
75
5.
13
13
6.
13
52
3.
13
90
6.
14295.
14
68
4.
4H
i
(J m
ol'
1
41660.
41440.
41217.
40991.
40
76
2.
40532.
40
29
9.
40064.
39826.
39564.
39
34
0.
39092.
38
84
0.
38
58
5.
38325.
38061.
37
79
2.
37
51
8.
37
23
9.
36
95
4.
36664.
36
36
8.
36
06
6.
35758.
^)
47
63
9.
47791.
47
94
1.
48
08
9.
48236.
48
38
0.
48522.
48661.
48798.
48932.
49
06
4.
49J92.
49317.
49439.
49
55
8.
49
67
2.
49783.
49891.
49
99
4.
50
09
2.
50
18
7.
50277.
50362.
50442.
to "d f
i i g H
H W r
H ui
*1 o 02 o O
55
ifi
200.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
13.895
15.409
17.047
18.817
20.726
22.781
24.989
27.358
29.895
32.609
35.507
38.597
41.889
45.389
49.108
53.053
57.235
61.663
66.346
71.295
76.519
( 82.030)
( 87.839)
{ 93.958)
(100.397)
(107.171)
0.904
0.979
0.974
0.969
0.964
0.959
0.954
0.949
0.944
0.938
0.933
0-.927
0.922
0.916
0.910
0.905
0.899
0.893
0.887
0.880
0.874
0.868
0.861
0.854
0.847
0.840
1.017
1.022
1.027
1.032
1.037
1.043
1.048
1.054
1.060
1.066
1.072
1.078
1.085
1.091
1.098
1.105
1.113
1.120
1.128
1.136
1.144
1.153
1.162
1.171
1.180
1.191
144.222
130.610
118.509
107.725
98.091
89.465
81.725
74.764
68.491
62.826
57.701
53.055
48.835
44.996
41.497
38.302
35.381
32.705
30.250
27.995
25.920
( 24.008)
( 22.244)
( 20.614)
( 19.107)
( 17.711)
20.54
20.67
20.80
20.94
21.08
21.23
21.38
21.54
21.70
21.87
22.05
22.24
22.43
22.64
22.85
23. 01
23.31
23.56
23.82
24. 10
24.39
24.76
25.04
25.40
25.79
26.20
42.205
43.023
43.835
44.641
45.443
46.240
47.032
47.820
48.604
49.383
50.160
50.932
51.702
52.468
53.231
53.992
54.750
55.506
56.261
57.014
57.765
(58.517)
(59.268)
(60.020)
(60.774)
(61.531)
74.908
73.451
72.009
70.582
69.167
67.765
66.374
64.992
63.620
62.256
60.899
59.549
58.203
56.861
55.523
54.186
52.851
51.515
50.178
48.839
47.496
( 46.148)
( 44.794)
( 43.432)
( 42.061)
( 40.678)
117.113
116.474
115.844
115.223
114.610
114.005
113.405
112.812
112.224
111.640
111.059
110.481
109.904
109.329
108.754
108.178
107.601
107.021
106.439
105.852
105.261
(104.665)
(104.062)
(103.452)
(102.835)
(102.209)
1507*.
15466.
15860.
16255.
16653.
17052.
17453.
17857.
18262.
18670.
19081.
19494.
19910.
20328.
20749.
21173.
21600.
22031.
22465.
22903.
23344.
(23790.)
(24241.)
(24697.)
(25159.)
(25627.)
35443.
35121.
34791.
34455.
34110.
33757.
33396.
33026.
32647.
32258.
31859.
31451.
31031.
30600.
30157.
29702.
29234.
28753.
28258.
27748.
27222.
(26681.)
(26122.)
(25544.)
(24948.)
(24332.)
50517.
50587.
50651.
50710.
50762.
50809.
50849.
50883.
50909.
50929.
50940.
50944.
50940.
50928.
50906.
50875.
50835.
50784.
50723.
50651.
50567.
(50471.)
(50363.)
(50242.)
(50107.)
(49959.)
w
6 o o g ^ o 2 M
2
H U
O O p o o r c H
i i
O
55 02
NO
TE
. D
ata
conta
ined
in
par
enth
eses
w
ere
calc
ula
ted
by
extr
apo
lati
on
of
th
e fu
nct
ions
beyo
nd
thei
r ra
nge.
CO
Tab
le
11
t
(°C
)
80
.8
5.
90
.9
5.
100.
105.
110.
115.
12
0.
125.
13
0.
135.
140.
145.
150.
155.
160.
165.
17
0.
175.
180.
185.
190.
19
5.
NaC
l co
ncen
trati
on
:
P
(bars
)
0.4
14
0.5
06
0.6
13
0.7
40
0.8
87
1.0
57
1.2
54
1.4
80
1.7
38
2.0
32
2.3
65
2.7
42
3.1
65
3.6
39
4.1
69
4.7
59
5.4
14
6.1
39
6.9
39
7.8
19
8.7
85
9.8
42
10
.99
71
2.2
56
dq
(g c
m"
)
1.0
93
1.0
90
1.0
87
1.0
84
1.0
80
1.0
77
1.0
74
1.6
70
1.0
66
1.0
63
1.0
59
1.0
55
1.0
51
1.0
47
1.0
43
1.0
39
1.0
35
1.0
31
1.0
26
1.0
22
1.0
18
1.0
13
1.0
09
1.0
04
3.
vL
3(c
m
0.9
15
0.9
17
0.9
20
6.9
23
0.9
26
6.9
28
6.9
31
0.9
35
0.9
38
0.9
41
0.9
44
0.9
48
6.9
51
6.9
55
0.9
59
0.9
62
0.9
66
0.9
70
6.9
74
0.9
78
0.9
83
0.9
87
6.9
91
0.9
96
5000
m
ol/
kg
H O
vG
g")
3903.1
04
32
39
.07
12
70
4.0
77
22
70
.30
7
19
16
.47
31626.2
69
13
86
.72
11
18
8.0
16
10
22
.34
58
83
.53
77
66
.68
86
67
.87
95
83
.96
35
12
.39
9
45
1.1
24
39
8.4
58
35
3.0
23
31
3.6
89
27
9.5
19
24
9.7
39
22
3.7
02
20
0.8
68
180.7
85
16
3.0
71
VL
3
1(c
m
mo
l )
18.4
418.5
018.5
518.6
1
18.6
818.7
41
8. 8
l18.8
818.9
519.0
219.1
019.1
819.2
619.3
4
19.4
319.5
219.6
119.7
119.8
119.9
120.0
220.1
220.2
42
0.3
5
16
.98
w
t perc
ent
SL
20.2
38
21.2
81
22
.31
22
3.3
32
24
.34
12
5.3
36
26
.31
627.2
84
28
.24
02
9.1
85
30.1
19
31
.04
13
1.9
54
32.8
57
33.7
50
34.6
34
35.5
10
36.3
77
37.2
36
38
.08
73
8.9
31
39
.76
840.5
99
41.4
23
AS, .
(J m
ol"
K
" )
110.0
27
115.7
68
113.5
64
111.4
13
109.3
10
107.2
59
105.2
57
103.2
99
101.3
84
99
.51
097.6
75
95
.87
69
4.1
13
92.3
82
90.6
83
89
.01
487.3
73
85.7
59
84
.17
082.6
05
81.0
62
79.5
41
78
.04
076.5
58
5.9
31
m
ol
perc
ent
5°
138.2
65
137.0
49
135.8
77
134.7
45
13
3.6
51
132.5
95
131.5
73
130.5
83
129.6
25
128.6
95
127.7
93
126.9
18
12
6.0
67
125.2
39
124.4
33
123.6
46
122.8
83
122.1
3*
121.4
06
120.6
92
11
9.9
94
11
9.3
10
118.6
39
11
7.9
81
i
5961.
6332.
6704.
7077.
7451.
7625.
8198.
8572.
8946.
9320.
9695.
10
07
0.
10
44
6.
10
82
2.
11
19
9.
11
57
6.
11
95
4.
12
33
4.
12
71
4.
13
09
5.
13477.
13861.
14
24
6.
14
63
2.
i
(J
mol"
1)
41681.
41462.
41241.
41
01
7.
40
78
9.
40
56
0.
40
32
9.
40
09
5.
39859.
39620.
39378.
39132.
38
88
3.
38630.
38373.
38111.
37
84
6.
37
57
5.
37300.
37019.
36733.
36
44
2.
36
14
4.
35
84
1.
HG
47
64
2.
47794.
47
94
5.
48
09
3.
48
24
0.
48
38
5.
48
52
7.
48
66
8.
48
80
5.
48
94
0.
49
07
3.
49
20
2.
49
32
8.
49
45
1.
49571.
49
68
7.
498Q
O.
49
90
9.
50
01
4.
50
11
4.
50
21
1.
50
30
3.
50390.
50
47
3.
H
> g H
>
W
f
W
CO *J
O cj H K- 1 O * CQ
ZOO.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
13.624
15.108
16.714
18.450
20.322
22.337
24.502
26.825
29.314
31.975
34.816
37.846
41.073
44.505
48.151
52.01V
56.119
60.459
65.049
69.900
75.020
( 80.42U)
( 66.112)
( 92.106)
( 98.415)
(1U5.049)
1.000
0.995
0.990
0.985
0.981
0.976
0.971
0.966
0.961
0.955
0.950
0,945
0.940
0.934
0.929
0.924
0.918
0.912
0.907
0.901
0.895
0.889
0.8B3
0.877
0.671
0.864
1.000
1.005
1.010
.015
.020
.025
.030
.036
1.041
1.047
1.052
1.058
1.064
1.070
1.076
1.083
1.089
1.096
1.103
1.110
1.117
1.125
1.132
1.140
1.14H
1.157
147.405
133.513
121.163
110.156
100.325
91.522
83.622
76.518
70.117
64.337
59.107
54.366
50.061
46.144
42.574
39.315
36.335
33.606
31.102
28.802
26.686
( 24.737)
( 22.938)
< 21.277)
( 19.741)
( 18.318)
20.4'
20.59
20.72
20.85
20.99
21.13
21.28
21.43
21.59
21.76
21.93
22.11
22.30
22.49
22.70
22.91
23.14
23.37
23.62
23.89
24.17
24.46
24.78
25.12
25.48
25.87
42.240
43.052
43.858
44.658
45.454
46.244
47.029
47.810
48.586
49.358
50.126
50.890
51.650
52.407
53.160
53.910
54.657
55.402
56.144
56.884
57.622
(56.359)
(59.094)
(59.830)
(60.^66)
(61.303)
75.094
73.647
72.215
70.798
69.395
68.004
66.626
65.257
63.899
62.550
61.208
59.874
58.545
57.222
55.903
54.587
53.273
51.961
50.648
49.335
48.020
( 46.702)
( 45.379)
( 44.051)
( 42.716)
( 41.372)
117.334
116.699
116.073
115.457
114.849
114.248
113.655
113.067
112.485
111.906
111.334
110.763
110. 195
109.629
109.063
108.497
107.930
107.362
106.792
106.219
lUb.642
(105.060)
( 104.474)
(103.881)
(103.282)
(lU2.67b)
15019.
15409.
15799.
16192.
16586.
16982.
17379.
17779.
18181.
18585.
18991.
19399.
19809.
20222.
20638.
21056.
21477.
21901.
22328.
22758.
23191.
(23628.)
(24070.)
(24515.)
(24966.)
(25422.)
35531.
35214.
34891.
34560.
34222.
33876.
33523.
33161.
32790.
32410.
32021.
31622.
31213.
30794.
30364.
29922.
29468.
29002.
28523.
28030.
27523.
(27001.)
(26463.)
(25909.)
(25337.)
(24747.)
50550.
50623.
50690.
50752.
50808.
50858.
50902.
50940.
50971.
50995.
51012.
51021.
51023.
51016.
51001.
50978.
50945.
50903.
50850.
50787.
50714.
(50629.)
(50532.)
(50424.)
(50303.)
(50169.)
w b o
o W o Q p CQ
O
NO
TE
. Dat
a co
nta
ined
in
p
aren
thes
es
wer
e ca
lcu
late
d
by
extr
apol
atio
n
of
the
fun
ctio
ns
bey
ond
th
eir
ran
ge.
H HH O
55 OQ VI
OS
Ta
ble
12
.
t
(°C
)
80.
85.
90
.9
5.
10
0.
10
5.
11
0.
11
5.
12
0.
12
5.
13
0.
13
5.
14
0.
14
5.
15
0.
15
5.
16
0.
16
5.
17
0.
17
5.
18
0.
18
5.
19
0.
19
5.
NaC
l co
nce
ntr
atio
n:
P
(ba
rs)
0.4
05
0.4
94
0.6
00
6.7
23
0.8
67
1.0
34
1.2
26
1.4
48
1.7
00
1.9
88
2.3
14
2.6
82
3.0
97
3.5
61
4.0
80
4.6
58
5.3
00
6.0
09
6.7
93
7.6
55
8.6
01
9.6
37
10.7
68
12
.00
1
d
(g c
m"
)
1.1
08
1.1
05
1.1
02
1.0
99
1.0
96
1.0
92
1.6
89
1.0
85
1.0
82
1.5
78
1.0
74
-1
.07
01.6
66
1.6
62
1.0
58
1.0
54
1.6
50
1.0
46
1.0
42
1.0
37
1.0
33
1.6
29
1.0
24
1.0
20
4.0
000
mo
l /kg H
gO
vL
(cm
0.9
02
6.9
05
6.9
07
6.9
10
0.9
13
6.9
16
6.9
18
6.9
21
6.9
25
6.9
28
6.9
31
6.9
34
6.9
38
6.9
41
0.9
45
0.9
48
0.9
52
6.9
56
6.9
60
6.9
64
0.9
68
0.9
72
6.9
76
0.9
81
vG
V1)
3994.2
93
33
14
.45
32766.7
79
23
22
.77
1
19
60
.61
91663.6
21
1418.4
89
12
15
.17
01
04
5.6
66
90
3.6
59
78
4.1
26
68
3.0
56
59
7.2
26
524.0
34
46
1.3
70
407.5
13
361.0
54
320.8
35
28
5.8
99
255.4
52
228.8
34
205.4
91
184.9
62
16
6.8
55
VL
18
.95
w
t perc
ent
?3
-1(c
m
mo
l )
18.4
218.4
818.5
318.5
9
18.6
51
8.7
118.7
818.8
418.9
118.9
919.0
619.1
419.2
219.3
0
19.3
819.4
719.5
619.6
51
9.7
51
9.8
519.9
52
0.0
52
0.1
620.2
7
20.3
44
21.3
65
22.4
13
23.4
31
24.4
37
25.4
29
26.4
07
27.3
73
28.3
26
29.2
68
30.1
99
31.1
18
32.0
28
32
.92
7
33.8
17
34.6
97
35.5
69
36.4
32
37.2
87
38
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438.9
74
39.8
06
40
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141.4
50
A^
(J m
ol
K
11
8.1
18
11
5.8
61
11
3.6
60
11
1.5
11
10
9.4
12
10
7.3
63
105.3
63
103.4
09
10
1.4
97
99.6
27
97
.79
696.0
01
94
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292.5
17
90
.82
389.1
59
87
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48
5.9
15
84
.33
38
2.7
75
81.2
39
79.7
26
78.2
33
76.7
59
6.7
22 m
ol
perc
ent
5°
)
138.4
62
13
7.2
46
136.0
74
134.9
42
133.8
48
13
2.7
93
13
1.7
71
130.7
82
129.8
24
12
8.8
95
12
7.9
94
12
7.1
20
126.2
70
125.4
44
124.6
39
12
3.8
56
12
3.0
92
122.3
47
121.6
26
12
0.9
09
120.2
13
11
9.5
32
118.8
64
11
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09
H,L
59
31
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30
2.
66
73
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04
5.
74
18
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79
1.
81
64
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53
6.
89
09
.9
28
2.
96
56
.1
00
30
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04
04
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07
79
.
11
15
4.
11
53
0.
11
90
6.
12
28
4.
12662.
13
04
1.
13
42
1.
13
80
3.
14
18
5.
14
56
9.
iHi
(J m
ol'
1)
41713.
41496.
41
27
6.
41053.
40827.
40599.
40370.
40138.
39
90
4.
39
66
6.
39
42
6.
39
18
3.
38
93
6.
38
68
6.
38432.
38173.
37
91
1.
37
64
4.
37372.
37
09
5.
36
81
4.
36
52
6.
36234.
35
93
5.
*?
47645.
47797.
47
94
8.
48
09
8.
48245.
48
39
0.
48
53
4.
48675.
48813.
48949.
49
08
2.
49
21
3.
49
34
0.
49464.
49585.
49703.
49
81
7.
49
92
8.
50
03
4.
50
13
7.
50235.
50329.
50
41
9.
50
50
4.
M r CQ w
f
H
ui OJ
O f
a H
i i
O CO
ZOO.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
13.341
14.795
16.369
18.070
19.904
21.879
24.001
26.277
28.715
31.323
34.107
37.076
40.238
43.601
47.173
50.963
54.980
59.232
63.729
68.480
73.495
( 78.785)
( 84.359)
( 90.229)
( 96.406)
(102.901)
1.015
1.011
1.006
1.001
0.997
0.992
0.987
0.982
0.977
0.972
0.967
0.962
0.957
0.952
0.947
0.942
0.937
0.932
0.926
0.921
0.916
0.910
0.905
0.900
6.894
0.888
0.985
6.989
6.994
6.999
1.003
1.008
1.013
1.018
1.023
1.028
1.034
1.039
1.044
l.OSO
1.056
1.061
1.067
1.073
1.079
1.086
1.092
1.098
1.105
1.112
1.119
1.126
150.842
136.643
124.020
112.772
102.724
93.728
85.655
78.396
71.855
65.949
60.606
55.762
51.364
47.363
43.716
40.388
37.344
34.557
32.000
29.652
27.492
25.502)
23.666)
21.971)
20.403)
18.951)
20.39
20.51
20.63
20.76
20.89
21.03
21.17
21.32
21.47,
21.63
21.79
21.97
22.15
22.33
22.53
22.73
22.95
23.17
23.41
23.66
23.92
24.20
24.49
24.81
25.14
25.50
42.262
43.069
43.869
44.663
45.452
46.236
47.014
47.788
48.557
49.321
50.081
50.836
51.587
52.335
53.079
53.818
54.555
55.2U8
56.018
56.745
57.470
(58.193)
(58.913)
(59.633)
(60.351)
(61.069)
75.304
73.866
72.444
71.038
69.645
68.266
66.899
65.544
64.199
62.863
61.537
60.218
58.906
S7.601
56.300
55.004
53.711
52.421
91.132
49.844
48.556
( 47.266)
( 45.974)
( 44.678)
( 43.378)
( 42.071)
117.567
116.935
116.313
115.701
115.097
114.502
113.913
113.332
112.755
112.184
111.618
111. 054
110.494
109.936
109.379
108.822
108.266
107.709
107.150
106.590
106.026
(105.459)
(104.887)
(104.311)
(103.729)
(103.140)
14954.
15341.
15728.
16118.
16509.
16901.
172V5.
17691.
18089.
18489.
18890.
19294.
19700.
20108.
20518.
20930.
21345.
21762.
22182.
22604.
23030.
(23458.)
(23890.)
(24326.)
(24766.)
(25210.)
35630.
35319.
35001.
34677.
34346.
34Q07.
33660.
33306.
32944.
32573.
32193.
31804.
31406.
30998.
30579.
30150.
29710.
29259.
28795.
28319.
27830.
(27327.
(26810.
(26277.
(25729.
(25165.
50584.
50660.
50730.
50795.
50854.
50908.
50956.
50997.
51033.
51062.
51084.
51098.
51106.
51105.
51097.
51080.
51055.
51021.
50977.
50923.
50860.
(50785.)
(50700.)
(50604.)
(50495.)
(50375.)
w b o
o g 13
O
2 w w
o O J2{
p
O cc o H i i
O 2 CQ
NO
TE
. D
ata
conta
ined
in
p
are
nth
ese
s w
ere
calc
ula
ted
by
extr
apola
tion
of
the
fun
cti
on
s b
eyo
nd
th
eir
ra
nge.
00
Tab
le 1
3 .
t
(°C
)
80.
85
.9
0.
95
.
10
0.
105.
11
0.
11
5.
120.
12
5.
13
0.
13
5.
14
0.
145.
15
0.
15
5.
16
0.
16
5.
17
0.
17
5.
18
0.
165.
19
0.
19
5.
NaC
l P
(bars
)
0.4
00
0.4
88
0.5
92
0.7
14
0.8
56
1.0
21
1.2
11
1.4
29
1.6
79
1.9
63
2.2
85
2.6
49
3.0
59
3.5
18
4.0
31
4.6
02
5.2
36
5.9
37
6.7
12
7.5
64
0.
49
99.5
23
10
.64
21
1.8
61
co
ncen
trati
on
:
d
(g c
m"
)
1.1
16
1.1
13
1.1
10
1.1
07
1.1
04
1.1
00
1.0
97
1.0
93
1.0
90
1.0
86
1.5
82
1.0
78
1.0
75
1.0
71
1.0
67
1.0
62
1.0
58
.05
4,6
bO
.046
.041
.03
7.0
33
.026
4
LV
(cm
0.8
96
0.8
98
6.9
01
0.9
03
0.9
06
6.9
09
6.9
12
6.9
15
6.9
18
6.9
21
6.9
24
0.9
27
0.9
31
6.9
34
0.9
38
0.9
41
0.9
45
6.9
49
6.9
52
0.9
56
6.9
60
6.9
64
6.9
68
0.9
73
.2777
mo
l/k
g H
a<5
vG
g")
4048.1
29
3356.8
79
2803.6
66
2353.5
85
1966.5
05
16
85
.48
91437.0
58
12
31
.01
71
05
9.2
56
915.3
66
79
4.2
57
69
1.8
60
604.9
09
53
0.7
64
46
7.2
86
41
2.7
36
36
5.6
60
32
4.9
47
28
9.5
65
258.7
31
23
1.7
75
20
8.1
36
187.3
50
16
9.0
16
VL
(cm
m
ol
16.4
116.4
618.5
218.5
7
18.6
316.6
$18.7
618.8
216.8
916.9
619.0
419.1
119.1
$19.2
7
19.3
519.4
419.5
319.6
219.7
11
9. 8
l19.9
120.0
120.1
220.2
3
20
.00 SL
) 20
.39
321.4
32
22
.46
02
3.4
75
24
.46
025.4
72
26.4
48
27
.41
228.3
64
29
.30
530.2
34
31
.15
23
2.0
59
32.9
57
33
.84
534.7
23
35.5
93
36
.45
43
7.3
07
38
.15
13
8.9
89
39.8
18
40.6
41
41
.45
7
wt
perc
ent AS,
(J m
ol"
lK
"X)
11
8.1
83
11
5.9
28
11
3.7
28
111.5
80
10
9.4
82
10
7.4
34
10
5.4
36
10
3.4
83
10
1.5
73
99.7
05
97.8
75
96.0
83
94.3
26
92.6
03
90.9
12
89.2
51
87.6
16
86.0
13
64.4
34
62.8
79
81.3
46
79.8
38
78.3
49
76
.86
0
7.1
55
5°
13
8.5
76
137.3
60
136.1
67
13
5.0
55
13
3.9
62
13
2.9
06
13
1.8
84
13
0.8
95
12
9.9
38
12
9.0
09
12
8.1
09
12
7.2
35
12
6.3
86
12
5.5
60
12
4.7
56
12
3.9
74
123.2
11
12
2.4
67
121.7
40
121.0
31
12
0.3
36
11
9.6
56
11
8.9
90
11
8.3
37
mo
l perc
ent
«,L
5910.
6260.
6650.
7022.
7395.
7767.
6139.
8511.
8664.
9256.
9629.
10
00
2.
10
37
6.
10
75
0.
11
12
4.
11
49
9.
11
67
5.
12
25
1.
12
62
9.
13
00
7.
13
38
6.
13
76
6.
14
14
7.
14
53
0.
iHi
(J m
ol"
1)
41736.
41520.
41300.
41078.
40853.
40626.
40396.
40167.
39
93
4.
39
69
7.
39
45
6.
39
21
6.
36
97
1.
38
72
2.
36
46
9.
38
21
3.
37
95
2.
37687.
37
41
7.
37
14
2.
36
86
3.
36578.
36
26
7.
35
99
1.
*?
47646.
47799.
47
95
0.
48
10
0.
48246.
48
39
3.
48
53
7.
48
67
8.
48
81
7.
46
95
4.
49
06
8.
49
21
9.
49
34
7.
49472.
49593.
49712.
49827.
49
93
6.
50046.
50149.
50249.
50344.
50435.
50521.
CO H H
>
W f
W O d H
200.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
13.186
14.623
16.179
17.861
19.675
21.627
23.725
25.976
28.387
30.966
33.719
36.655
39.782
43.108
46.640
50.388
54.360
56.565
63.012
67.710
72.669
( 77.899)
( 83.411)
( 89.214)
( 95.321)
(101.742)
1.024
1.019
1.015
1.010
1.665
1.001
0.996
0.991
0.986
0.981
0.977
0.972
0.967
0.962
0.957
0.952
0.947
0.942
0.937
0.932
0.927
0.922
0.916
0.911
0.906
0.901
U.977
0.981
6.986
6.990
6.995
0.999
1.004
1.009
1.014
1.019
1.024
1.029
1.034
1.040
1.045
1.051
1.056
1.062
1.067
1.073
1.079
1.085
1.091
1.097
1.103
1.110
152.603
138.426
125.646
114.258
104.086
94.978
86.807
79.456
72.837
66.859
61.450
56.548
52.097
48.047
44.357
40.989
37.909
35.088
32.502
30.126
27.940
( 25.927)
( 24.070)
( 22.355)
( 20.770)
( 19.301)
20.34
20.46
20.58
20.71
20.84
20.97
21.11
21.25
21.40
21.56
21.72
21.88
22.06
22.24
22.43
22.63
22.83
23.05
23.26
23.52
23.76
24.04
24.33
24.63
24.95
25.29
42.267
43.070
43.867
44.659
45.444
46.224
46.999
47.769
48.534
49.294
50.050
50.601
51.548
52.290
53.029
53.763
54.494
55.222
55.946
56.666
57.384
(58.099)
(58.812)
(59.523)
(60.232)
(60.940)
75.429
73.996
72.579
71.178
69.791
66.410
67.057
65.708
64.370
63.042
61.723
60.413
59.110
57.813
56.522
55.236
53.954
52.675
51.399
50.124
48.649
( 47.574)
( 46.298)
( 45.018)
( 43.736)
( 42.449)'
117.696
117.066
116.446
115.836
115.235
114.642
114.057
113.478
112.904
112.337
111.773
111.214
110.657
110.103
109.551
169.000
106.449
167.897
107.344
106.790
106.233
(105.673)
(105.109)
(104.541)
(103.968)
(103.389)
14914.
15299.
15665.
16073.
16462.
16653.
17245.
17639.
16035.
16432.
18832.
19233.
19636.
20041.
20448.
20858.
21269.
21663.
22099.
22516.
22939.
(23363.)
(23790.)
(24221.)
(24655.)
(25093.)
35669.
35381.
35067.
34745.
34417.
34082.
33740.
33390.
33032.
32665.
32291.
31907.
31514.
31112.
30700.
30278.
29845.
29401.
26945.
26476.
27996.
(27505.)
(26996.)
(26478.)
(25942.)
(25391.)
50603.
50680.
50752.
50818.
50879.
50935.
50985.
51029.
51067.
51098.
51122.
51140.
51150.
51153.
51148.
51135.
51114.
51084.
51044.
50996.
50937.
(50866.)
(50789.)
(50699.)
(50597.)
(50484.)
w b o
o S *0
O 2 w W
O HH f
» i
S!
O O r
d
NO
TE
. Dat
a co
nta
ined
in
p
aren
thes
es
wer
e ca
lcu
late
d
by
extr
apol
atio
n
of
the
fun
ctio
ns
beyo
nd
thei
r ra
nge
.
Table
14
,
t
( C
)
80.
8*.
90.
95.
10
0.
10
5.
11
0.
11
5.
12
0.
12
5.
13
0.
13
5.
14
0.
14
5.
15
0.
15
5.
16
0.
16
5.
17
0.
17
5.
18
0.
18
5.
19
0.
19
5.
NaC
l concentr
ation:
P
(bars
)
0.3
95
0.4
83
0.5
86
0.7
06
0.8
47
1.0
10
1.1
98
1.4
14
1.6
62
1.9
43
2.2
62
2.6
23
3.0
28
3.4
83
3.9
91
4.5
57
5.1
85
5.8
80
6.6
47
7.4
91
8.4
18
9.4
32
10.5
41
11
.74
8
d-
(g c
m"
)
1.1
23
1.1
20
1.1
17
1.1
14
1.1
10
1.1
07
1.1
03
1.1
00
1.0
96
1.0
92
1.0
89
1.0
85
1.0
81
1.0
77
1.0
73
1.0
69
1.0
65
1.0
61
1.0
56
1.0
52
1.0
48
1.0
44
1.0
39
1.0
35
4.
VL
3
(cm
0.8
90
0.8
93
0.8
95
0.8
98
0.9
01
U.9
03
0.9
06
0.9
09
0.9
12
0.9
15
0.9
19
0.9
22
0.9
25
0.9
29
0.9
32
0.9
36
0.9
39
0.9
43
0.9
47
0.9
50
0.9
54
0.9
58
0.9
62
0.9
66
5000
m
ol /
kg H
aO
G
v .
,g
)
40
93
.01
33395.8
73
28
34
.35
02379.1
83
2007.9
85
1703.5
02
14
52
.43
11
24
4.1
22
10
70
.48
2925.0
28
80
2.6
09
699.1
11
611.2
29
S3
6.2
96
472.1
48
*17.0
21
36
9.4
72
32
8.3
13
29
2.5
63
26
1.4
10
234.1
76
21
0.2
97
189.2
96
170.7
75
VL
3
1(c
m
mol
)
ltt.40
18.4
51
8.5
118.5
6
18
.62
18.6
818.7
418.8
11
8. 8b
18.9
519.0
219.0
V1
9.1
719.2
5
19.3
319.4
21
9.5
01
9.5
V19.6
919.7
81
9.8
819.9
82
0.0
92
0.1
9
20
.82
w
t perc
ent
SL
20
.42
62
1.4
64
22
.49
123.5
05
24.5
09
25.5
02
26.4
75
27.4
38
28.3
89
29.3
28
30.2
56
31
.17
33
2.0
79
32.9
75
33
.86
13
4.7
39
35
.60
736.4
66
37.3
17
38.1
60
38
.99
539.b
23
40
.64
*41.4
58
ASt ,
(J m
ol"
K
" )
lib
. 2
44
115.9
89
11
3.7
90
11
1.6
43
10
9.5
46
10
7.4
96
10
5.5
02
103.5
50
10
1.6
41
99.7
74
97.9
46
96.1
56
94.4
00
92
.67
V
90.9
90
89.3
30
87.7
00
86
.09
884.5
21
82.9
69
81.4
40
79
.93
37
8.4
47
76.9
82
7.4
99
mol
perc
ent
S?
138.6
70
13
7.4
54
136.2
81
13
5.1
46
13
4.0
55
132.9
98
13
1.9
77
130.9
88
13
0.0
31
129.1
02
128.2
02
127.3
28
126.4
79
125.6
54
124.8
51
12
4.0
69
12
3.3
07
122.5
64
12
1.8
38
121.1
29
12
0.4
35
119.7
57
119.0
92
118.4
40
^
58
89
.6
25
9.
66
29
.7001.
7373.
7746.
8117.
8489.
8860.
9233.
96
05
.9977.
10350.
10724.
11
09
8.
11
47
2.
11
84
7.
12223.
12
59
9.
12977.
13355.
13734.
14
11
5.
14496.
*H
i
(J m
ol"
)
41758.
41542.
41
32
3.
41101.
40
87
7.
40
65
0.
40423.
40193.
39
96
0.
39725.
39
48
7.
39
24
6.
39002.
38
75
4.
38
50
2.
38247.
37987.
37724.
37
45
5.
37
18
2.
36904.
36621.
36
33
3.
36
03
9.
*?
47
64
7.
47
80
1.
47
95
2.
48
10
2.
48
25
0.
48
39
6.
48
54
0.
48
66
1.
48
82
1.
48
95
8.
49092.
49
22
3.
49
35
2.
49
47
7.
49
60
0.
49
71
9.
49
83
4.
49
9*6
.5
00
55
.5
01
59
.5
02
59
.5
03
56
.5
04
47
.5
05
35
.
tr1
t i § W f
H C/2
*l
O
» * P
O 02
O r
a
H HH O * ui
200.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
13.061
14.486
16.028
17.695
19.492
21.427
23.507
2S.738
28.12U
3U.6B3
33.412
36.323
39.422
42.718
46.220
49.935
53.872
5U.040
62.447
67.104
72.020
( 77.203)
< 82.666)
( flB.418)
( 94.470)
(100.834)
1.030
1.026
1.021
1.017
1.012
1.007
1.003
0.998
0.993
'0.989
0.984
0.979
0.974
0.969
0.964
0.960
0.9S5
0.950
0.945
0.940
0.935
0.930
0.925
0.921
0.916
0.911
0.971
6.975
0.979
0.984
6.988
0.993
0.997
1.002
1.007
1.012
1.017
1.022
1.027
1.032
1.037
1.042
1.047
1.053
1.058
1.064
1.069
1.075
1.081
1.086
1.092
1.098
154.397
139.875
126.967
115.464
105.190
95.991
87.738
80.317
73.631
67.593
62.132
57.182
52.687
48.598
44.872
41.471
38.362
35.515
32.903
30.505
28.299
( 26.267)
( 24.393)
( 22.662)
( 21.062)
( 19.580)
20. 30
20.42
20.54
20.66
20.79
20.92
21.05
21.20
21.34
21.49
21.65
21.81
21.98
22.16
22.35
22.54
22.74
22.95
23.18
23.41
23.66
23.91
24.19
24.48
24.78
25.11
42.266
43.067
43.861
44.650
45.433
46.211
46.983
47.750
48.512
49.269
50.022
50.769
51.513
52.251
52.986
53.717
54.443
55.166
55.885
56.601
57.313
(b8.023)
(58.730)
(59.434)
(60.136)
(60.837)
75.534
74.105
72.692
71.295
69.912
68.543
67.187
65.844
64.511
63.188
61.875
60.571
59.274
57.985
56.701
55.423
54.149
52.879
51.612
50.346
49.082
( 47.818)
I 46.553)
( 45.287)
( 44.018)
( 42.746)
117.800
117.171
116.553
115.945
115.345
114.754
114.171
113.594
113.023
112.458
111.897
111.340
110.787
110.236
109.687
109.139
108.592
108.045
107.497
106.947
106.396
(105.841 )
(105.283)
(104.721)
(104.154)
(103.583)
14879.
15262.
1S64B.
16034.
16422.
16812.
17203.
17595.
17989.
18385.
18783.
19182.
19583.
19986.
20391.
20798.
21207.
21619.
22032.
22448.
22866.
(23286.)
(23710.)
(24136.)
(24566.)
(24999.)
35739.
35433.
35121.
34802.
34477.
34145.
33805.
33458.
33104.
32741.
32370.
31991.
31602.
31204.
30797.
30380.
29953.
29514.
29065.
28604.
28131.
(27646.)
(27148.)
(26636.)
(26109.)
(25568.)
50618.
50696.
50769.
50837.
50899.
50956.
51008.
51054.
51093.
51126.
51153.
51173.
51185.
51191.
51189.
51178.
51160.
51133.
51097.
51052.
50997.
(50933.)
(50858.)
(50772.)
(50676.)
(50568.)
w b r>
o
S
*d
O W
O Q to
O O f
NO
TE
. D
ata
con
tain
ed
in
par
enth
eses
w
ere
calc
ula
ted
by
extr
apola
tion
of
the
fun
ctio
ns
beyo
nd
thei
r ra
nge.
en
to
Tab
le
15
t
<°C
)
80
.85
.90
.95
.
100.
105.
110.
115.
120.
125.
130.
135.
140.
145.
150.
155.
160.
165.
170.
175.
160.
165.
190.
195.
NaC
l co
ncen
trati
on
:
P
(bars
)
0.3
85
0.4
70
0.5
71
0.6
89
0.8
26
0.9
86
1.1
69
1.3
81
1.6
22
1.8
98
2.2
10
2.5
62
2.9
59
3.4
04
3.9
01
4.4
54
5.0
69
5.7
50
6.5
01
7.3
28
tt.2
35
9.2
29
10.3
15
11.4
98
d
(g c
m"
)
1.1
37
1.1
34
1.1
31
1.1
28
1.1
24
1.1
21
1.1
17
1.1
14
1.1
10
1.1
06
1.1
03
1.0
99
1.0
95
1.0
91
1.0
87
1.0
83
1.0
79
.075
.07
0.0
66
.062
.05
8.0
53
.049
5.0
000
mo
l/k
g H
O
LV
vG
(cm
g
)
0.8
79
0.8
82
0.8
84
0.8
87
0.8
89
0.8
92
6.6
95
0.8
98
6.9
01
6.9
04
6.9
07
0.9
10
0.9
13
6.9
17
0.9
20
6.9
23
6.9
27
0.9
31
0.9
34
6.9
38
0.9
42
0.9
46
0.9
49
0.9
53
42
00
.27
73484.1
17
2907.4
01
2440.0
22
20
58
.94
31746.4
20
1488.7
73
12
75
.05
01096.9
30
94
7.7
50
822.2
19
71
6.1
07
62
6.0
21
54
9.2
20
46
3.4
84
427.0
01
37
8.2
89
33
6.1
29
299.5
15
267.6
13
239.7
28
21
5.2
80
193.7
82
17
4.8
25
VL
(cm
m
ol
18.3
818.4
31
8. 4
618.5
3
18.5
918.6
518.7
118.7
718.8
418.9
118.9
819.0
519.1
219.2
0
19.2
819.3
619.4
419.5
319.6
219.7
119.6
119.9
020.0
020.1
1
22
.61
w
t perc
ent
SL
l)
20.4
78
21
.51
422.5
38
23
.55
0
24
.55
225.5
42
26.5
14
27.4
75
28.4
23
29
.36
030.2
85
31.1
99
32
.10
23
2.9
96
33
.87
934.7
53
35.6
18
36.4
73
37.3
21
36
.16
038.9
92
39
.81
640.6
32
41.4
42
^i
(Jm
or
lK
-'
lie. 4
ij116.1
59
11
3.9
61
111.8
15
109.7
20
107.6
72
105.6
79
103.7
29
101.8
22
99
.95
798.1
32
96
.34
494.5
92
92.8
75
91.1
89
89
.53
487.9
08
86
.31
084.7
38
83.1
92
61.6
68
80.1
68
78
.68
877.2
29
8.2
63
m
ol
perc
ent
3°
)
138.8
91
13
7.6
73
13
6.4
99
13
5.3
66
134.2
71
13
3.2
14
13
2.1
92
13
1.2
03
13
0.2
45
12
9.3
17
12
8.4
17
12
7.5
43
12
6.6
95
12
5.8
70
12
5.0
68
12
4.2
87
12
3.5
26
12
2.7
84
12
2.0
59
12
1.3
52
12
0.6
60
11
9.9
63
119.3
21
118.6
71
»,L
5833.
6202.
6571.
6942.
7313.
7665.
8055.
8426.
8797.
9160.
9540.
9911.
10283.
10
65
5.
11027.
11400.
11
77
4.
12
14
8.
12523.
12
89
9.
13
27
5.
13
65
3.
14
03
1.
14
41
0.
*H
!
(J m
ol'
1
41816.
41602.
41385.
41
16
5.
40942.
40716.
40491.
40262.
40
03
1.
39
79
6.
39
56
2.
39
32
3.
39
06
1.
38
83
5.
38
56
7.
38
33
4.
36
07
7.
37
81
7.
37
55
2.
37
26
2.
37
00
8.
36
72
9.
36
44
4.
36
15
5.
»G
47651.
47804.
47956.
48
10
6.
46255.
46402.
48
54
6.
46689.
48829.
48966.
49102.
49234.
49364.
49
49
0.
49614.
49734.
49851.
49965.
50075.
50
18
1.
50283.
50
38
2.
50
47
6.
50565.
cc
H W r H CG o f
200.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
12.765
14.181
15.692
17.326
19.068
20.985
23.023
25.211
27.554
30.060
32.736
35.590
38.630
41.863
45.297
48. 9*1
52.803
56.891
61.214
65.782
70.603
( 75.688)
( 81.046)
( 86.687)
( 92.622)
( 98.863)
1.044
1.040
1.036
1.031
1.027
1.022
1.017
1.013
1.008
1.004
0.999
0.994
0.990
0.985
0.981
0.976
0.971
0.967
0.962
0.958
0.953
0.949
0.944
0.940
6.936
0.932
0.957
0.962
0.966
0.970
6.974
0.978
0.983
0.987
0.992
0.996
1.001
1.006
1.010
1.015
1.020
1.025
1.029
1.034
1.039
1.044
1.049
1.054
1.059
1.064
1.069
1.073
158.063
143.202
129.993
118.224
107.713
98.304
89.862
82.273
75.434
69.261
63.677
58.616
54.021
49.842
46.033
42.558
39.381
30.472
33.804
31.354
29.101
( 27.026)
( 25.112)
( 23.345)
( 21.711)
( 20.198)
20.21
20.32
20.44
20.56
20.68
20.80
20.93
21.07
21.20
21. 3b
21.50
21.65
21.81
21.98
22.16
22.34
22.53
22.73
22.93
23.15
23.38
23.62
23.86
24.13
24.40
24.69
42.245
43.041
43.831
44.615
45.393
46.165
46.931
47.692
48.448
49.199
49.944
50.685
51.421
52.152
52.879
53.601
54.319
55.032
55.741
56.447
57.148
(57.846)
(58.540)
(59.230)
(59.918)
(60.602)
75.789
74.367
72.962
71.573
70.199
68.840
67.494
66.160
64.838
63.527
62.226
60.935
59.651
58.376
57.107
55.845
54.588
53.336
52.088
50.843
49.601
( 48.360)
( 47.120)
( 45.880)
( 44.639)
( 43.397)
118.034
117.408
116.793
116.188
115.592
115.004
114.425
113.852
113.286
112.726
112.171
111.620
111.072
110.528
109.986
109.446
108.907
108.368
107.830
107.290
106.749
(106.205)
(105.659)
(105.110)
(104.557)
(103.999)
14791.
15172.
15555.
15939.
16325.
16711.
17099.
17489.
17879.
18272.
18666.
19061.
19458.
19857.
20258.
20660.
21064.
21469.
21877.
22286.
22698.
(23111.)
(23527.)
(23945.)
(24365.)
(24788.)
35860.
35559.
35252.
34938.
34619.
34292.
33959.
33619.
33272.
32917.
32554.
32183.
31803.
31415.
3101B.
30612.
30196.
29770.
29333.
28887.
28429.
(27959.)
(27478.)
(26984.)
(26478.)
(25958.)
50650.
50731.
50807.
50678.
50943.
51004.
51059.
51108.
51151.
51188.
51219.
51244.
51261.
51272.
51275.
51271.
51259.
51239.
51210.
51173.
51126.
(51070.)
(51005.)
(50929.)
(50843.)
(50746.)
w
b o
o S W
O o p
Q to
O r
d o SJ
NO
TE
. D
ata
conta
ined
in
par
enth
eses
w
ere
calc
ulat
ed
by
extr
apola
tion
of
the
fun
ctio
ns
beyo
nd
thei
r ra
nge.
CO
Or
Tab
le 1
6.
t
<°C
)
80
.8
5.
90
.9
5.
100.
105.
110.
115.
120.
125.
130.
135.
140.
145.
150.
155.
160.
165.
170.
175.
180.
185.
190.
195.
NaC
l co
ncen
trati
on
:
P
(bars
)
0.3
75
0.4
58
6.5
56
0.6
71
0.8
05
0.9
61
1.1
40
1.3
46
1.5
83
1.8
51
2.1
56
2.5
01
2.8
89
3.3
24
3.8
10
4.3
52
4.9
54
5.6
20
6.3
55
7.1
65
8.0
54
9.0
27
10
.09
11
1.2
51
d
(g c
m
)
1.1
51
1.1
48
1.1
45
1.1
42
1.1
38
1.1
35
1.1
31
1.1
28
1.1
24
1.1
20
1.1
16
1.1
12
1.1
08
1.1
04
1.1
00
1.0
96
1.0
92
1.0
88
1.0
84
1.0
80
1.0
75
1.6
71
1.0
67
1.0
62
5
VL
(cm
0.8
69
6.8
71
6.8
73
0.8
76
0.8
79
6.8
81
6.8
84
6.8
87
6.8
90
6.8
93
6.8
96
6.8
99
6.9
02
6.9
05
0.9
09
0.9
12
6.9
16
6.9
19
6.9
23
6.9
26
6.9
30
6.9
34
6.9
37
6.9
41
.50
00
m
ol/
kf
v°
g'1
)
43
17
.34
83580.1
66
2986.7
00
25
05
.88
6
21
13
.96
61792.6
40
15
27
.81
11
30
8.1
86
1125.1
95
97
1.9
73
84
3.0
71
73
4.1
36
641.6
73
56
2.8
65
495.4
23
437.4
86
387.5
31
34
4.3
02
30
6.7
68
27
4.0
69
24
5.4
93
22
0.4
44
198.4
20
179.0
03
!H80
Jtl
(cm
m
ol
)
18.3
518.4
018.4
518.5
0
18.5
618.6
11
8.6
?18.7
318.8
618.8
618.9
319.0
019.0
719.1
5
19.2
219.3
019.3
819.4
619.5
519.6
419.7
319.8
219.9
220.0
2
24
.32
w
t perc
ent
SL
20.4
94
21.5
29
22.5
51
23.5
61
24.5
60
25.5
48
26.5
18
27.4
77
28.4
23
29
.35
73
0.2
80
31.1
92
32.0
93
32.9
83
33.8
64
34.7
35
35.5
97
36.4
49
37.2
94
38
.13
038.9
58
39.t
78
40.5
91
41.3
96
AS,
(Jm
ol^
K-
1)
118.6
30
116.3
76
114.1
78
112.0
34
109.9
39
107.8
93
105.8
99
10
3.9
51
102.0
46
100.1
83
98
.35
99
6.5
74
94.8
24
93
.10
9
91.4
26
89
.77
588.1
52
86.5
58
84
.99
08
3.4
48
81
.93
08
0.4
34
78.9
60
77.5
07
9.0
15
m
ol
perc
ent
sp
13
9.1
25
13
7.9
05
13
6.7
29
13
5.5
95
13
4.4
99
13
3.4
41
13
2.4
18
13
1.4
28
13
0.4
69
12
9.5
40
12
8.6
39
12
7.7
66
12
6.9
17
12
6.0
92
125.2
90
12
4.5
09
12
3.7
49
12
3.0
08
12
2.2
84
12
1.5
78
12
0.8
87
12
0.2
12
119.5
51
11
8.9
03
H)L
5759.
6127.
6496.
6866.
7236.
7608.
7977.
8347.
8717.
9087.
9458.
9828.
10
19
9.
10
57
0.
10
94
1.
11
31
3.
11
68
5.
12
05
8.
12
43
2.
12
80
6.
13
18
1.
13
55
6.
13
93
3.
14
31
0.
4Hx
(J m
ol"
1)
41894.
41680.
41464.
41
24
5.
41
02
4.
40
80
0.
40
57
5.
40
34
8.
40
11
9.
39
88
8.
39
65
4.
39
41
7.
39
17
7.
38934.
38
68
7.
38
43
7.
38
18
3.
37
92
5.
37
66
4.
37
39
7.
37126.
36851.
36
57
0.
36
28
5.
^
47
65
4.
47
80
8.
47
96
0.
48111.
48260.
48407.
48
55
3.
48696.
48837.
48
97
5.
49111.
49245.
49376.
49503.
49638.
49750.
49
86
8.
49984.
50095.
50203.
50307.
50407.
50503.
50
59
5.
M r K|
Ul Cd
r1
H CQ O ui
O O 2
en
ZOO.
205.
210.
215.
320.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
2B5.
290.
295.
300.
305.
310.
315.
320.
325.
12.512
13.880
15.362
16.96*
16.691
20.552
22.551
24.697
26.996
29.455
32.081
34.882
37.86S
41.038
44.409
47.986
51.777
55.791
60.035
64.520
69.254
( 74.246)
( 79.507)
( 85.046)
( 90.874)
( 97.002)
1.058
1.054
1.049
1.045
1.040
1.036
1.031
1.027
1.022
1.018
1.013
1.009
1.005
1.000
0.996
0.991
0.987
0.983
0.978
0.974
0.970
0.966
0.962
0.958
0.954
0.951
0.945
6.949
0.953
0.957
6.961
6.965
6.970
6.974
6.978
0.982
0.987
6.991
0.995
1.000
1.004
1.009
1.013
1.018
1.022
1.026
1.031
1.035
1.039
1.044
1.048
1.052
161.836
146.618
133.095
121.047
110.288
100.659
92.020
84.255
77.259
70.944
65.233
60.058
55.359
51.086
47.193
43.641
40.394
37.421
34.695
32.193
29.891
( 27.771)
( 25.817)
< 24.013)
( 22.345)
( 20.801)
20.12
20.22
20.33
20.44
20.56
20.68
20.80
20.93
21.06
21.20
21.34
21.48
21.64
21.79
21.96
22.13
22.30
22.49
22.68
22.88
23.08
23.30
23.53
23.76
24.00
24.25
42.195
42.987
43.773
44.552
45.325
46.093
46.854
47.610
48.360
49.105
49.845
50.579
51.308
52.033
52.752
53.467
54.177
54.882
55.582
56.278
56.970
(57.657)
(58.340)
(59.018)
(59.692)
(60.361)
76.072
74.657
73.259
71.877
70.511
69.159
67.821
66.497
65.184
63.883
62.593
61.312
60.041
58.778
57.523
56.274
55.032
53.796
52.565
51.337
50.114
( 48.893)
( 47.674)
( 46.458)
( 45.242)
( 44.027)
118.268
117.644
117.031
116.429
115.836
115.252
114.675
114.107
113.544
112.988
112.437
111.891
ill. 349
110.811
110.275
109.741
109.209
168.678
108.147
107.616
107.084
(166.550)
(106.014)
(165.476)
(164.934)
(164.389)
14689.
15068.
15449.
15831.
16213.
16598.
16983.
17370.
17758.
18147.
18537.
18930.
19323.
19718.
20114.
20512.
20911.
21312.
21715.
22118.
22524.
(22931.)
(23340.)
(23750.)
(24162.)
(24576.)
35994.
35697.
35395.
35087.
34772.
34452.
34124.
33790.
33449.
33101.
32745.
32382.
32011.
31631.
31243.
30847.
30441.
30026.
29602.
29167.
28723.
(28267.)
(27801.)
(27324.)
(26835.)
(26335.)
50682.
50765.
50844.
50917.
50986.
51049.
51107.
51160.
51207.
51248.
51283.
51312.
51334.
51349.
51358.
51359.
51353.
51338.
51316.
51286.
51247.
(51198.)
(51141.)
(51074.)
(50997.)
(50911.)
w b Tl
O s: M
55 H W
O Q SB O O
SJ
CO
NO
TE
. D
ata
conta
ined
in
par
enth
eses
w
ere
calc
ulat
ed
by
extr
apo
lati
on
o
f th
e fu
nct
ion
s be
yond
th
eir
range.
en
01 05
Tab
le
17.
t
(°C
)
80
.8
5.
90
.9
5.
10
0.
10
5.
11
0.
11
5.
12
0.
125.
130.
135.
140.
145.
150.
155.
160.
16,5
.1
70
.175.
180.
18
5.
190.
195.
NaC
l P
(bars
)
0.3
70
0.4
53
0.5
50
0.6
63
0.7
96
0.9
50
1.1
28
1.3
32
1.5
66
1.8
32
2.1
34
2.4
76
2.8
60
3.2
91
3.7
73
4.3
10
4.9
07
b.5
67
6.2
96
7.0
99
7.9
80
8.9
46
10
.00
11
1.1
51
co
ncen
trati
on
:
d
(g c
m"
)
1.1
57
1.1
54
1.1
50
1.1
47
1.1
44
1.1
40
1.1
37
1.1
33
1.1
29
1.1
25
1.1
22
1.1
18
1.1
14
1.1
10
1.1
06
1.1
02
1.0
98
1.0
93
1.0
89
1.0
85
1.0
81
1.0
76
1.0
72
1.0
68
5.
L
V
(cm
0.8
65
6.8
67
6.8
69
6.8
72
0.8
74
6.8
77
0.8
80
6.8
83
6.8
86
6.8
89
0.8
92
6.8
95
6.8
98
0.9
01
0.9
04
6.9
08
0.9
11
0.9
15
6.9
18
6.9
22
6.9
25
6.9
29
6.9
33
6.9
37
7036
m
ol /
kg H
aO
vG
g'1
)
43
68
.17
63
62
1.7
85
3020.9
93
2534.3
15
21
37
.66
91812.5
13
1544.5
63
13
22
.37
91137.2
79
982.3
10
851.9
53
74
1.8
01
648.3
16
568.6
44
50
0.4
71
441.9
12
391.4
24
34
7.7
40
309.8
13
276.7
75
247.9
06
222.6
00
200.3
54
180.7
41
VL
3
-1(c
m
mo
l )
18.3
418.3
918.4
418.4
9
18.5
418.6
018.6
618.7
218.7
818.8
518.9
118.9
819.0
519.1
2
19.2
01
9.2
?19.3
519.4
419.5
219.6
119.6
919.7
919.8
819.9
8
25
.00
SL
20
.49
02
1.5
24
22.5
45
23.5
54
24.5
52
25.5
39
26.5
09
27.4
67
28.4
12
29.3
46
30.2
68
31
.17
832
. ore
32.9
68
33
.84
73
4.7
17
35
.57
836.4
29
37.2
72
38.1
07
38.9
34
39.t
S3
40.5
64
41.3
68
wt
perc
ent AS,
(J m
ol^
K"
1]
118.7
34
116.4
80
114.2
82
112.1
38
110.0
43
107.9
97
106.0
04
104.0
55
102.1
50
100.2
88
98
.46
59
6.6
80
94
.93
193.2
17
91
.53
58
9.8
85
88
.26
38
6.6
71
85
.10
483.5
63
82
.04
78
0.5
53
79
.08
177.6
29
9.3
18
gG
1
139.2
24
138.0
04
136.8
27
13
5.6
92
13
4.5
95
13
3.5
36
13
2.5
13
13
1.5
22
13
0.5
63
12
9.6
33
12
8.7
32
12
7.8
58
12
7.0
09
12
6.1
85
12
5.3
82
12
4.6
02
123.8
41
123.1
00
12
2.3
77
12
1.6
71
12
0.9
80
12
0.3
06
11
9.6
45
11
8.9
98
mo
l p
erc
en
t
»,L
5724.
6092.
6460.
6829.
7199.
7571.
7940.
83
10
.8
67
9.
90
49
.9
41
9.
97
89
.1
01
60
.1
05
30
.
10
90
1.
11
27
2.
11
64
4.
12
01
6.
12
38
9.
12763.
13
13
7.
13
51
2.
13
88
8.
14
26
5.
AH
i
(J
mol"
1)
41
93
1.
41717.
41502.
41283.
41063.
40839.
40615.
40
38
9.
40
16
0.
39930.
39
69
6.
39
46
0.
39
22
1.
38979.
38733.
38484.
38
23
1.
37975.
37714.
37449.
37179.
36905.
36
62
6.
36342.
^
47655.
47
80
9.
47
96
2.
48
11
3.
48
26
2.
48
41
0.
48
55
5.
48
69
9.
48840.
48
97
9.
49115.
49
24
9.
49380.
49509.
49634.
49756.
49875.
49991.
50
10
3.
50
21
2.
50316.
50
41
7.
50
51
4.
50607.
CO H M Cd f SB
O t/
2
O
f
CJ
200.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
12.401
13.759
15.229
16.818
18.532
20.378
22.363
24.492
26.773
29.214
31.820
34.601
37.562
40.712
44.058
47.609
<51.373
(55.357
(59.572
(64.024
68.725
( 73.682)
(( 78.905)
(( 84.405)
(( 90.192)
( 96.277)
.063
L.059
1.055
.650
.046
.041
.037
.032
.028
.024
.019
.015
.010
.006
.002
>.997
1.993
J.989
).9B5
).98
1
).977
).973
).969
J.965
).962
J.958
0.940
6.944
6.948
0.952
0.956
0.960
6.964
6.969
6.973
0.977
0.981
0.986
0.990
U.994
0.998
1.003
1.007
1.011
1.016
1.020
1.024
1.028
1.032
1.036
1.040
1.044
163.403
148.035
134.379
122.214
111.351
101.629
93.908
85.069
78.007
71.633
65.869
60.645
55.904
51.592
47.664
44.080
40.803
37.804
35.055
32.530
30.208
( 28.070)
( 26.099)
( 24.280)
( 22.597)
( 21.040)
20.08
20.18
20.29
20.40
20.51
20.63
20.75
20.87
21.00
21.13
21.27
21.41
21.56
21.71
21.87
22.04
22.21
22.38
22.57
22.76
22.96
23.17
23.38
23.60
23.83
24.07
42.166
42.956
43.740
44.518
45.289
46.055
46.814
47.568
48.316
49.059
49.796
50.529
51.256
51.978
52.694
53.406
54.113
54.815
55.513
56.205
56.893
(57.576)
(58.254)
(58.928)
(59.597)
(60.261)
76.197
74.784
73.388
72.009
70.645
69.297
67.962
66.641
65.332
64.034
62.748
61.471
60.204
58.946
57.695
56.452
55.215
53.985
52.759
51.539
50.322
( 49.109)
( 47.898)
( 46.690)
( 45.483)
( 44.279)
118.363
117.740
117. 12b
116.527
115.935
115.351
114.776
114.209
113.648
113.093
112.544
112.000
111.460
110.923
110.389
109.858
109.328
108.800
108.272
107.744
107.215
(106.684)
(106.152)
(105.618)
(105.080)
(104.539)
14643.
15021.
15401.
15782.
16164.
16547.
16931.
17317.
17704.
18092.
18482.
18872.
19264.
19658.
20053.
20449.
20847.
21246.
21646.
22048.
22451.
(22856.)
(23262.)
(23669.)
(24078.)
(24488.)
36053.
35758.
35457.
35151.
34839.
34520.
34195.
33863.
33525.
33179.
32826.
32466.
32098.
31722.
31337.
30944.
30542.
30132.
29711.
29282.
28842.
(28392.)
(27932.)
(27461.)
(26979.)
(26485.)
50695.
50779.
50858.
50933.
51003.
51067.
51127.
51181.
51229.
51271.
51308.
51338.
51362.
51380.
51390.
51393.
51389.
51377.
51357.
51329.
51293.
(51248.)
(51194.)
(51130.)
(51057.)
(50973.)
w b o o g 13
O * w W
O O ? o w
O r
a H > i o 2 CQ
NO
TE
. Dat
a co
nta
ined
in
p
aren
thes
es
wer
e ca
lcu
late
d
by
extr
apol
atio
n
of
the
fun
ctio
ns
beyo
nd
thei
r ra
nge
.
en
oo
Table 18
.
t
(°C)
80.
85.
90.
95.
100.
105.
110.
115.
120.
125.
130.
135.
140.
145.
150.
155.
160.
165.
170.
175.
180.
185.
190.
195.
NaCl P
(bars)
0.364
0.445
0.540
0.652
0.783
0.935
1.110
1.311
1.542
1.804
2.102
2.439
2.818
J.244
3.719
4.249
4.838
5.490
6.210
7.003
7.873
8.827
9.870
11.006
concentration:
d
(g cm"
)
1.165
1.161
l.lbB
1.155
1.151
1.148
1.144
1.141
1.137
1.133
1.129
1.125
1.121
1.117
1.113
1.109
1.105
1.101
1.097
1.092
1.088
1.084
1.080
1.075
6.
LV
(cm
0.859
6.861
6.863
0.866
0.868
6.871
6.874
0.877
0.880
6.883
O.R86
6.889
0.892
0.895
0.898
0.902
0.905
0.908
0.912
0.915
0.919
6.923
0.926
U.930
.0000
mol/kg H O
v°
g"
1)
4445.820
3685.266
3073.226
2577.553
2173.669
1842.653
1569.934
1343.844
1155.529
997.899
865.330
753.329
658.293
577.313
508.032
448.532
397.241
352.869
314.350
280.802
251.490
225.800
203.220
183.315
VL
(cm mol
)
18.33
18.37
18.42
18.47
18.52
10.58
18.64
18.69
18.76
18.82
10.88
18.95
19.02
19.09
19.16
19.24
19.31
19.39
19.48
19.56
19.65
19.74
19.83
19.92
25. 9b SL
20.471
21.503
22.523
23.531
24.528
25.514
26.483
27.440
28.304
29.316
30.237
31.146
32.045
32.933
33.011
34.680
35.539
36.389
37.230
38.063
38.888
39.705
40.515
41.317
wt percent AS,
(T mol"
If ~
1
118.903
116.649
114.451
112.306
110.211
108.165
106.171
104.223
102.318
100.456
98.634
96.849
95.101
93.388
91.707
90.058
88.438
86.847
85.283
83.744
82.229
80.737
79.268
77.819
9.755
s°
1139.374
138.152
136.974
135.837
134.739
133.679
132.654
131.662
130.702
129.772
128.871
127.996
127.146
126.321
125.519
124.730
123.977
123.236
122.513
121.807
121.117
120.442
119.782
119.136
mol percent
HL
5666.
6034.
6402.
6770.
7140.
7511.
7880.
8249.
8618.
8988.
9357.
9727.
10096.
10466.
10837.
11207.
11578.
11950.
12322.
12695.
13060.
13442.
13817.
14193.
iH
,
(J mol"
1)
41991.
41778.
41563.
41345.
41125.
40903.
40679.
40454.
40226.
39997.
39764.
39529.
39291.
39050.
38806.
38558.
38307.
38052.
37793.
37530.
37262.
36990.
36713.
36431.
HG
47657.
47811.
47964.
48116.
48265.
48413.
48559.
48703.
48845.
40984.
49121.
49256.
49387.
49516.
49643.
4V766.
49885.
50002.
50115.
50224.
50330.
50432.
50530.
50624.
H I
g H
M H
>
W f
W 0 cc
O r O 2 O!
ZOO.
205.
210.
215.
220.
225.
230.
235.
2*0.
2*5.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
12.242
13.584
15.037
16.608
18.303
20.129
22.091
24.198
26.454
28.869
31.448
34.199
37.129
40.246
43.558
47.073
50.798
54.742
58.914
63.322
67.976
( 72.884)
( 78.055)
( 83.501)
( 89.231)
( 95.256)
1.071
1.067
1.062
1.058
1.053
1.049
1.045
1.040
1.036
1.031
1.027
1.023
1.018
1.014
1.010
1.006
1.001
0.997
0.993
0.989
0.986
0.982
0.978
0.975
0.971
0.968
0.934
0.938
0.941
0.945
0.949
0.953
0.957
0.961
0.965
6.970
0.974
6.978
0.982
0.986
6.990
6.994
6.999
1.003
1.007
1.011
1.015
1.018
1.022
1.026
1.029
1.033
165.720
150.127
136.272
123.932
112.913
103.053
94.210
86.261
79.101
72.639
66.796
61.502
56.697
52.327
48.347
44.715
41 .396
38.358
35.573
33.016
30.665
28.500)
26.504)
24.662)
22.959)
21.383)
20.02
20.12
20.22
20.33
20.44
20.55
20.67
20.79
20.91
21.04
21.17
21.31
21.45
21.60
21.75
21.90
22.07
22.23
22.41
22.59.
22.78
22.97
23.17
23.37
23.58
23.79
42.112
42.901
43.682
44.458
45.227
45.990
46.747
47.<*98
48.243
48.983
49.718
50.447
51.1/1
51.889
52.602
53.311
54.014
54.711
55.404
56.092
56.775
(57.453)
(58.125)
(58.793)
(59.455)
(60.111 )
76.390
74.979
73.587
72.211
70.851
69.506
68.175
66.858
65.554
64.261
62.979
61.708
60.447
59.194
57.950
56.714
55.485
54.262
53.044
51.832
50.625
( 49.422)
( 48.222)
( 47.025)
( 45.831)
( 44.640)
118.502
117.880
117.269
116.668
116.078
115.496
114.922
114.356
113.797
113.244
112.697
112.155
111.618
111.084
110.553
110.025
109.498
108.973
108.449
107.925
107.400
(106.874)
(106.347)
(105.818)
(105.286)
(104.751)
14570.
14948.
15326.
15706.
16087.
16469.
16852.
17236.
17621.
18008.
18396.
18765.
19175.
19567.
19960.
20354.
20749.
21146.
21543.
21942.
22342.
(22744.)
(23146.)
(23550.)
(23954.)
(24359.)
36144.
35851.
35553.
35250.
34940.
34624.
34302.
33974.
33639.
33297.
32948.
32591.
32227.
31856.
31476.
31088.
30691.
30286.
29872.
29449.
29016.
(28573.
(28121.
(27658.
(27185.
(26702.
50714.
50799.
50880.
50956.
51027.
51093.
51154.
51210.
51260.
51305.
51344.
51376.
51403.
51422.
51435.
51441.
51440.
51432.
51415.
51391.
51358.
(51317.)
(51267.)
(51208.)
(51139.)
(51061.)
w b o
o S w
O O p o CQ o
NO
TE
. D
ata
conta
ined
in
par
enth
eses
w
ere
calc
ulat
ed
by
extr
apo
lati
on
of
th
e fu
nct
ion
s be
yond
th
eir
ran
ge.
-
to
OS o
Tab
le
19.
t
(°C
)
80
. 8
5.
9U
. 9
5.
100.
105.
11
0.
115.
120.
12
5.
130.
135.
14
0.
14
5.
150.
155.
160.
165.
170.
175.
18
0.
18
5.
19
0.
195.
NaC
l concentr
ati
on:
P
(bars
)
0.4
32
0
.52
4
0.6
33
0.7
61
0.9
08
1
.07
9
1.2
75
1.5
00
1
.75
6
2.0
47
2.3
76
2.7
46
3.1
62
3.6
27
4.1
45
4.7
21
5.3
59
6.0
64
6.8
40
7
.69
3
8.6
28
9.6
49
10.7
64
d~
(g c
m
)
1.1
74
1
.17
1
1.1
68
1.1
64
1.1
61
1.1
57
1
.15
3
1.1
50
1
.14
6
1.1
42
1
.13
8
1.1
34
1
.13
0
1.1
26
1.1
22
1
.11
7
1.1
13
1
.10
9
1.1
05
1
.10
0
1.0
96
1
.09
2
1.0
87
6.
vL
(cm
0.8
51
0.8
54
0.8
56
0.8
59
0.8
62
0.8
64
0
.86
7
6.8
70
6.8
73
0.8
76
0.8
79
0.8
82
6.8
85
0.8
88
0.8
92
0.8
95
0.8
98
6.9
02
6.9
05
6.9
09
0.9
12
0.9
16
0.9
20
5000
m
ol/
kg
HaO
vG
,
g )
38
01
.02
1
31
68
.24
9
26
56
.03
1
2238.8
59
1897.1
05
16
15
.66
7
1382.4
48
11
88
.27
4
10
25
.80
7
88
9.2
23
7
73
.87
4
676.0
32
592.6
92
52
1.4
17
4
60
.22
4
40
7.4
90
3
61
.88
5
32
2.3
08
2
87
.84
8
25
7.7
49
2
31
.37
7
20
8.2
02
187.7
79
'VL
3
1(c
m
mo
l )
18.3
4
18.3
9
18.4
4
18.4
9
18.5
4
18.6
0
18.6
5
18.7
1
18.7
7
18.8
3
18.9
0
18.9
6
19.0
3
19.1
0
19
.1?
19.2
5
19.3
2
19.4
0
19.4
8
19.5
6
19.6
5
19.7
3
19.8
2
27
.53
w
t perc
ent
SL
21.4
32
22.4
50
23.4
56
24.4
51
25.4
35
26.4
03
27
.35
8
28
.30
1
29
.23
1
30.1
50
31
.U5
8
31.9
54
32
.B4
0
33
.71
6
34
.58
2
35.*
39
36
.28
7
37
.12
6
37
.95
6
38.7
78
39
.59
3
40.3
99
41.1
99
AS, ,
(J m
ol
K
)
11
6.9
83
1
14
.78
4
112.6
38
11
0.5
42
108.4
95
106.5
00
104.5
51
10
2.6
46
1
00
.78
4
98.9
62
97.1
78
9i.
43
0
V3
.M8
92.0
38
90
.39
0
88.7
72
8F
.183
8b
.62
0
84.0
84
82.5
72
81.0
83
79
.61
7
78
.17
1
10.4
82
mo
l perc
ent
S°
13
8.4
16
137.2
34
136.0
94
134.9
94
133.9
30
13
2.9
03
1
31
.90
9
13
0.9
47
1
30
.01
5
12
9.1
12
1
28
.23
5
127.3
84
126.5
58
125.7
54
12
4.9
73
124.2
11
123.4
69
12
2.7
46
1
22
.04
0
121.3
50
12
0.6
76
1
20
.01
6
119.3
70
i
59
18
. 6285.
6653.
7022.
73
92
. 7760.
81
29
. 8498.
88
66
. 9
23
5.
9604.
9972.
10
34
2.
10
71
1.
11
08
1.
11
45
1.
11
82
1.
12
19
2.
12
56
4.
12
93
6.
13
30
9.
13682.
14
05
7.
*H,
(J m
ol
)
41
89
8.
41
68
4.
41468.
41
24
9.
41
02
8.
40
80
5.
40
58
1.
40
35
5.
40127.
39
89
6.
39663.
39427.
39
18
8.
38946.
38
70
1.
38
45
2.
38
19
9.
37
94
3.
37
68
2.
37417.
37148.
36
87
4.
36
59
6.
»G
47815.
47968.
48
12
0.
48271.
48
41
9.
48
56
6.
48
71
0.
48
85
3.
48
99
3.
49
13
1.
49267.
49399.
49
53
0.
49657.
49
78
1.
49902.
50020.
50135.
50
24
6.
50353.
50457.
50
55
7.
50
65
3.
M r 09 H M 03 r H
tn O 90 02
o o 2 CO
200.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
11.976
13.292
14.718
16.260
17.923
19.716
21.643
23.712
25.929
28.301
30. 835
33.540
36.420
39.486
42.743
46.200
49.865
53.746
57.851
62.189
66.769
( 71.600)
( 76.692)
( 82.053)
( 87.695)
( 93.628)
1.083
1.079
1.074
1.670
1.066
1.061
1.057
1.053
1.048
1.044
1.040
1.035
1.031
1.027
1.023
1.019
1.015
1.011
1.007
1.004
1.000
0.997
0.993
0.990
0.987
0.984
0.923
0.927
0.931
0.935
0.938
0.942
0.946
0.950
0.954
0.958
0.962
6.966
0.970
6.974
0.978
0.981
0.985
0.989
0.993
0.996
1.000
1.003
1.007
1.010
1.013
1.016
169.731
153.740
139.535
126.885
115.593
105.491
96.432
88.291
80.961
74.346
68.365
62.948
58.032
53.562
49.491
45.778
42.385
39.280
36.434
33.821
31.419
24.208)
27.170)
25.289)
23.550)
21.942)
19.91
20.01
20. li
20.21
20.31
20.42
20.52
20.64
20.75
20.87
21.00
21.12
21.25
21.39
21.53
21.67
21.82
21.97
22.13
22.29
22.46
22.63
22.80
22.97
23.15
23.31
41.991
42.776
43.S55
44.327
45.092
45.852
46.605
47.352
48.094
48.829
49.559
50.284
51.003
51.716
52.4Z5
53.127
53.824
54.516
55.202
55.883
56.559
(57.228)
(57.892)
(58.550)
(59.201)
(59.B45)
76.746
7b.339
73.951
72.580
71.225
69.885
68.560
67.249
65.951
64.665
63.391
62.127
60.874
59.630
58.395
57.169
55.950
54.738
bJ.b33
52.333
51.140
( 49.951)
( 48.767)
( 47.587)
( 46.412)
( 45.241)
118.737
118.116
117.506
116.907
116.317
115.737
115.165
114.601
114.045
113.495
112.950
112.411
111.877
111.347
110.820
110.296
109.774
109.254
1080
.735
108.217
107.698
(107.179J
(166.659)
(106.137)
(105.613)
(105.086)
14432.
14808.
15185.
15563.
15942.
16322.
16703.
17086.
17469.
178S3.
18239.
18625.
19013.
19401.
19791.
20182.
20574.
20967.
21361.
21755.
22151.
(22547.)
(22944.)
(23342.)
(23740.)
(24137.)
36312.
36024.
35729.
35430.
35125.
34813.
34496.
34173.
33843.
33506.
33163.
32813.
32455.
32090.
31717.
31337.
30949.
30552.
30147.
29733.
29311.
(28879.)
(28438.)
(27988.)
(27529.)
(27061.)
5074*.
50832.
50915.
50993.
51067.
51136.
51200.
51258.
51312.
51359.
51401.
51438.
51468.
51491.
51509.
51519.
51523.
51519.
51508.
51489.
51462.
(51426.)
(51383.)
(51330.)
(51269.)
(51198.)
w b o
o O
55 W
O O 25
p
Q CO
O
f
CJ
CO
NO
TE
. D
ata
con
tain
ed
in
par
enth
eses
w
ere
calc
ula
ted
by
extr
apo
lati
on
of
th
e fu
nct
ion
s be
yond
th
eir
range.
Table 20
. NaCl concentration:
t
(°C)
135.
140.
145.
150.
155.
160.
165.
170.
175.
180.
185.
190.
195.
200.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
P
(bars)
2.311
2.673
3.079
3.533
4.040
4.603
5.227
5.917
6.677
7.513
8.428
9.430
10.522
11.711
13.002
14.402
15.915
17.549
19.310
21.203
23.237
25.416
27.749
30.242
32.902
35.737
38.754
41.961
45.365
48.974
52.797
56.841
61.116
65.630
( 70.392)
( 75.412)
( 80.698)
( 86.262)
( 92.113)
d-3
(g cm
)1.150
1.146
1.142
1.138
1.133
1.129
1.125
1.121
1.116
1.112
1.108
1.103
1.099
1.095
1.090
1.086
1.082
1.077
1.073
1.069
1.064
1.060
1.056
1.052
1.047
1.043
1.539
1.035
1.631
1.027
1.024
1.020
1.017
1.013
1.010
1.007
1.664
1.661
0.998
7.
VL
(cm
0.870
6.873
0.876
0.879
0.882
0.886
0.889
6.892
6.896
6.899
6.903
6.906
0.910
0.913
6.917
0.921
0.925
6.928
6.932
6.936
6.940
0.943
0.947
0.951
6.955
0.959
6.962
6.966
6.970
6.973
6.977
0.980
6.984
0.987
6.990
6.993
6.996
0.999
1.002
0000
mol/kg H O
vG
g-1) 796.029
695.107
609.180
535.725
472.686
418.385
371.441
330.717
295.273
264.324
237.217
213.404
192.426
173.894
157.478
142.901
129.923
118.342
107.984
98.698
90.355
82.845
76.069
69.945
64.399
59.367
54.793
50.629
46.831
43.362
40.187
37.278
34.608
32.154
( 29.896)
( 27.814)
( 25.893)
( 24.119)
( 22.477)
VL
(cm mol
18.84
18.91
18.97
19.04
19.10
19.17
19.25
19.32
19.40
19.47
19.55
19.64
19.72
19.81
19.89
19.99
20.08
20.18
20.28
20.38
20.48
20.59
20.70
20.81
20.93
21.05
21.17
21.30
21.43
21.56
21.70
21.84
21.98
22.12
22.27
22.41
22.56
22.69
22.82
29.0
3 wt percent
SL
)30.921
31.816
32.700
33.574
34.439
35.293
36.139
36.976
37.804
38.624
39.436
40.240
41.037
41.827
42.610
43.385
44.155
44.917
45.674
46.424
47.168
47.906
48.639
49.365
50.606
50.801
51.510
52.214
52.912
53.605
54.291
54.972
55.647
56.316
(56.979)
(57.635)
(58.285)
(58.927)
(59.560)
AS,
(J mol
K97.565
95.017
94.104
92.425
90.777
89.160
87.571
86.010
84.475
82.964
81.477
80.013
78.570
77.147
75.743
74.358
72.990
71.639
70.303
68.982
67.675
66.382
65.101
63.832
62.575
61.328
60.091
58.863
57.644
56.434
55.231
54.035
52.846
51.663
50.487)
49.316)
48.150)
46.990)
45.837)
H.19U mol per
cent
3?
128.486
127.633
126.804
125.999
125.216
124.453
123.710
122.986
122.279
121.588
120.913
120.253
119.607
118.974
118.353
117.743
117.145
116.556
115.977
115.406
114.843
114.288
113.740
113.198
112.661
112.129
111.601
111.077
110.557
110.038
109.522
169.007
108.493
107.979
(167.465)
(106.951)
(166.435)
(165.917)
(165.397)
H>L
9457.
9825.
10193.
10562.
10931.
11300.
11669.
12039.
12410.
12781.
13153.
13525.
13899.
14273.
14647.
15023.
15400.
15777.
16156.
16535.
16916.
17297.
17679.
18063.
18447.
18833.
19219.
19606.
19995.
20384.
20773.
21164.
21555.
21947.
(22339.
(22731.
(23123.
(23515.
(23906.
i
(J mol"
1)39821.
39587.
39350.
39110.
38866.
38620.
38369.
38115.
37857.
37595.
37329.
37058.
16762.
36502.
36217.
35926.
35630.
35329.
35021.
34708.
34389.
34064.
33732.
33394.
33049.
32697.
32338.
31972.
31598.
31216.
30827.
30430.
30024.
29611.
(29189.)
(28758.)
(28319.)
(27872.)
(27417.)
"G
49278.
49412.
49543.
49671.
49797.
49919.
50039.
50155.
50267.
50376.
50482.
50583.
50681.
50775.
50864.
50949.
51030.
51106.
51177.
51243.
51305.
51361.
51412.
51457.
51496.
51530.
51557.
51578.
51592.
51600.
51600.
51594.
51580.
51558.
(51528.)
(51490.)
(51443.)
(51387.)
(51323.)
OS to M f w H
M W r
M 02 *J O » V p> Q w o t-1 a H
t i
O 2
W
Tab
le
21
. N
aC
l co
ncen
trati
on
:
t
(°C
)
160.
165.
170.
175.
180.
185.
190.
195.
200.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
3315.
320.
325.
P
(bars
)
4.5
23
5.1
38
5.8
18
6.5
68
7.3
92
8.2
95
9.2
83
10
.36
1
11
.53
51
2.8
10
14.1
92
15
.68
71
7.3
02
19.0
42
20.9
14
22.9
25
25.0
80
27.3
88
29
.85
532.4
87
35
.29
33
8.2
80
41.4
55
44.8
26
48.4
01
52.1
88
56.1
95
60
.43
1
64.9
05
( 69.6
25)
( 74.6
01)
( 79.8
42)
( 85.3
59)
( 91.1
61 )
d
(g c
m"
)
1.1
37
1.1
33
1.1
28
1.1
24
1.1
20
1.1
15
1.1
11
1.1
07
1.1
02
1.0
98
1.0
93
1.0
89
1.0
85
1.0
80
1.0
76
1.0
72
1.0
67
1.0
63
1.0
59
1.0
55
1.0
51
1.0
47
1.0
43
1.0
39
1.0
35
1.0
32
1.0
28
1.0
25
1.0
21
1.0
18
1.0
15
1.0
12
1.0
09
1.6
67
7.3
332
mol/
kg H
aO
VL
(cm
g
0.8
80
6.8
83
6.8
86
0.8
90
6.8
93
6.8
97
0.9
00
0.9
04
0.9
07
0.9
11
0.9
15
0.9
18
0.9
22
6.9
26
0.9
29
0.9
33
6.9
3?
0.9
41
0.9
44
0.9
48
0.9
52
0.9
55
0.9
59
0.9
63
6.9
66
0.9
69
6.9
73
0.9
76
0.9
79
6.9
82
(
0.9
85
(
6.9
88
(
6.9
91
(
6.9
93
(
vG
r1) 426.0
73
37
8.1
68
336.6
23
30
0.4
74
268.9
19
241.2
88
217.0
22
195.6
50
17
6.7
74
16
0.0
58
14
5.2
17
13
2.0
09
12
0.2
24
10
9.6
86
100.2
40
91.7
57
84.1
20
77.2
33
71.0
09
65.3
73
60
.26
155.6
15
51.3
86
47.5
30
44.0
08
40.7
85
37.8
33
35.1
24
32.6
34
30.3
43)
28.2
32)
26.2
84)
24.4
85)
22.8
20)
VL
3
- 1
(cm
m
ol
19.1
219.1
919.2
619.3
419.4
119.4
919.5
719.6
5
19.7
319.8
219.9
019.9
92
0.0
92
0.1
82
0.2
82
0.3
82
0.4
82
0.5
8
20
.69
20.8
020.9
12
1.0
321.1
421.2
72
1.3
921.5
121.6
421.7
7
21.9
02
2.0
22
2.1
522.2
72
2.3
82
2.4
8
30.0
0
wt
perc
ent
sj-
')
35
.16
93
6.0
13
36
.84
937.6
76
38.4
94
39.3
05
40.1
08
40.9
04
41
.69
242.4
73
43
.24
844.0
15
44
.77
64
5.5
31
46
.28
0 -
47
.02
24
7.7
58
48.4
89
49
.21
34
9.9
32
50
.64
55
1.3
52
52
.05
45
2.7
49
53
.43
954.1
23
54
.80
15
5.4
72
30.1
38
(56.7
97)
(57.4
48)
(58.0
93)
(58.7
29)
(59.3
57)
AS,
(J m
ol"
1 K
~l)
89
.45
187.8
62
86.3
01
84.7
66
83.2
56
81.7
70
80.3
06
78
.86
4
77.4
42
76.0
39
74
.65
573.2
89
72
.93
97
0.6
05
69.2
86
67.9
82
66
.69
165.4
13
64.1
4?
62.8
92
61.6
48
60.4
15
59.1
91
57.9
76
56.7
70
55
.57
154.3
81
53.1
97
52
.02
1(
50.8
51)
( 4
9.6
8?)
( 48.5
29)
( 47.3
78)
( 46.2
34)
11
.67
0
rno
l perc
ent
S°
124.6
20
123.8
75
12
3.
15U
122.4
42
121.7
50
121.0
75
120.4
14
119.7
67
119.1
34
118.5
12
117.9
03
117.3
04
116.7
15
116.1
36
115.5
66
115.0
04
114.4
49
11
3.9
01
11
3.3
60
11
2.8
24
112.2
93
11
1.7
67
111.2
44
110.7
25
11
0.2
09
109.6
94
109.1
82
10
8.6
70
108.1
58
(16
7.6
47
)(1
07.1
35)
(16
6.6
22
)(1
06.1
08)
(10
5.5
91
)
i
11185.
11
55
4.
11
92
4.
12
29
4.
12664.
13035'.
13
40
7.
13
78
0.
14
15
3.
14
52
7.
14
90
2.
15
27
8.
15
65
5.
16
03
2.
16
41
1.
16
79
0.
17171.
17
55
2.
17
93
4.
18
31
8.
18
70
2.
19
08
7.
19
47
3.
19
85
9.
20
24
7.
20635.
21
02
4.
21
41
3.
21
80
2.
(22192.)
(22
58
1.)
(22970.)
(23
35
9.)
(23
74
5.)
4Hi
(J
mol"
1)
38
74
6.
38497.
38244.
37
98
8.
37
72
7.
37
46
3.
37194.
36920.
36642.
36
35
8.
36
07
0.
35776.
35477.
35172.
34861.
34
54
5.
34
22
2.
33894.
33
55
8.
33
21
6.
32868.
32512.
32149.
31
78
0.
31402.
31
01
7.
30
62
5.
30224.
29
81
6.
(29
39
9.)
(28
97
5.)
(28
54
2.)
(28
10
2.)
(27
65
5.)
«G
49
93
1.
50
05
1.
50168.
50
28
2.
50392.
50
49
8.
506Q
1.
50700.
50795.
50
88
5.
50
97
2.
51
05
4.
51
13
1.
51204.
51
27
2.
51
33
5.
51
39
3.
51
44
6.
51
49
3.
51
53
4.
51
57
0.
51
59
9.
51622.
51
63
9.
51
64
9.^
51652.
51
64
8.
51
63
7.
51
61
8.
(51591.)
(51556.)
(51513.)
(51
46
1.)
(51
40
0.)
w b o
o g *o o 2 M
Z
H W
O O 525
P O CQ
O f
d H
NO
TE
. D
ata
conta
ined
in
par
enth
eses
w
ere
calc
ula
ted
by
extr
apo
lati
on
of
th
e fu
nct
ion
s be
yond
th
eir
range.
CO
Table
22
. N
aC
l co
ncen
trati
on
:
t P
(°C
) (b
ars
)170.
5.7
68
175.
6.5
12
180.
7.3
30
185.
8.2
27
190.
9.2
09
195.
10
.28
0
20
0.
11
.44
62
05
. 1
2.7
13
210.
14.0
87
21
5.
15
.57
32
20
. 17.1
78
22
5.
18
.90
82
30
. 20.7
70
23
5.
22
.76
9240.
24.9
13
245.
27.2
09
250.
29.6
62
25
5.
32
.28
22
60
. 35.0
74
26
5.
38.0
46
270.
41.2
05
27
5.
44.5
60
280.
48.1
19
28
5.
51.8
89
29
0.
55.8
78
295.
60.0
96
300.
64.5
50
30
5.
( 69.2
50)
310.
( 74.2
06)
31
5.
( 79.4
26)
320.
( 8
4.9
20
)325.
( 90.6
99)
a(g
cm
" )
(1.1
32)
(1.1
28)
(1.1
23)
(1.1
19
)(1
.11
5)
(1.1
10)
(1.1
06)
(1.1
01
)(1
.09
7)
(1.0
93)
(1.0
88)
(1.0
84)
(1.0
80
)(1
.07
5)
(1.0
71)
(1.0
67)
(1.0
63
)(1
.65
8)
(1.0
54
)(1
.050)
(1.0
46)
(1.0
43
)(1
.03
9)
(1.0
35
)(1
.03
2)
(1.0
28)
(1.0
25
)(1
.022)
(1.0
19)
(1.6
16)
(1.0
13)
(1.0
11)
7.5
000
mol/
kg H
O
30
.47
w
t perc
ent
11.9
03 m
ol
perc
ent
VL
j
yG
yL
jj
L
^
=G
^L
&j
j i£
jG
3-1
3-1
-1
-1
-1
(cm
g
) (c
m
mo
l )
(J m
ol
- K
)
(J
mol
)
(0.8
83)
33
9.6
87
(1
9.2
4)
(36.7
76)
( 86.4
57)
12
3.2
34
(1
1861.
(38314.
50
17
5.
(0.8
87)
30
3.1
68
(1
9.3
1)
(37.6
03)
( 84.9
22)
12
2.5
25
(1
2231.
(38
05
8.
50
28
9.
(6.8
90)
271.2
95
(19.3
8)
(38.4
Z1)
( 83.4
12)
12
1.8
33
(1
2601.
(37
79
8.
50
39
9.
(0.8
94)
24
3.3
90
(1
9.4
6)
(39.2
31)
( 81.9
26)
12
1.1
57
(1
2972.
(37
53
4.
50
50
6.
(0.8
97
) 218.8
87
(19.5
3)
(40
.03
4)
( 80.4
62)
120.4
96
(13344.
(37
26
6.
50
61
0.
(0,9
01)
19
7.3
09
(1
9.6
1)
(40.8
28)
{ 79.0
20)
119.8
49
(13716.
(36
99
3.
50
70
9.
(0.9
04)
17
8.2
54
(1
9.6
9)
(41.6
16)
( 77.5
99)
11
9.2
15
(1
4089.
(36
71
6.
50
80
5.
(6.9
08)
161.3
82
(19.7
8)
(42.3
97)
( 76.1
97)
118.5
93
(14463.
(36433.
50
89
6.
(6.9
12)
14
6.4
04
(1
9.8
6)
(43.1
70)
( 74.8
13)
117.9
83
(14837.
(36
14
6.
50
98
3.
(0,9
15)
133.0
75
(19.9
5)
(43
.93
7)
( 73.4
47)
11
7.3
84
(1
5213.
(35
85
3.
51
06
6.
(0.9
19)
121.1
85
(20.0
4)
(44.6
98)
( 72.0
98)
11
6.7
96
(1
5589.
(35
55
5.
51
14
4.
(6.9
23)
11
0.5
53
(2
0.1
3)
(45
.45
2)
( 70.7
65)
11
6.2
17
(1
5966.
(35
25
1.
51
21
8.
(0.9
26)
10
1.0
26
(2
0.2
3)
(46.2
00)
( 69.4
47)
11
5.6
46
(1
6344.
(34
94
2.
51
28
6.
(6.9
30
) 92.4
69
(20.3
2)
(46.9
41)
( 6
8.1
43
) 1
15
.08
4
(16723.
(34
62
7.
51
35
0.
(0.9
34)
84.7
68
(20.4
2)
(47.6
77)
( 66.8
53)
11
4.5
30
(1
7103.
(34306.
51
40
9.
(0,9
37)
77
.82
2
(20.5
2)
(48.4
07)
( 65.5
76)
11
3.9
82
(1
7484.
(33
97
8.
51
46
2.
(0.9
41
) 7
1.5
47
(2
0.6
3)
(49
.13
0)
( 64.3
11)
113.4
41
(17866.
(33
64
4.
51
51
0.
(6.9
45
) 65.8
65
(20.7
3)
(49.8
48)
( 6
3.0
57
) 112.9
05
(18249.
(33
30
4.
51
55
3.
(6.9
48
) 6
0.7
11
(2
0.8
4)
(50.5
60)
( 61.8
15)
11
2.3
75
(1
8633.
(32
95
7.
51
58
9.
(0.9
52)
56.0
29
(20.9
5)
(51.2
66)
( 6
0.5
83
) 1
11
.84
9
(19017.
(32603.
51
62
0.
(6.9
56)
51.7
66
(21.0
7)
(51.9
67)
( 59.3
60)
11
1.3
27
(1
9402.
(32
24
2.
51
64
4.
(6.9
59)
47.8
80
(21.1
8)
(52.6
61)
( 58.1
47)
11
0.8
08
(1
9788.
(31873.
51
66
2.
(6.9
63
) 4
4.3
31
(2
1.3
0)
(53.3
50)
( 5
6.9
43
) 1
10
.29
3
(20175.
(31
49
8.
51
67
3.
(0,9
66
) 41.0
84
(21.4
2)
(54.0
32)
( 5
5.7
47
) 1
09
.77
9
(20562.
(31115.
51677.
(6.9
69)
38.1
09
(21.5
4)
(54.7
09)
( 54.5
58)
10
9.2
67
(2
0950.
(30
72
4.
51
67
5.
(0.9
72
) 3
5.3
80
(2
1.6
6)
(55.3
79)
( 5
3.3
77
) 1
08
.75
6
(21338.
(30326.
51
66
5.
(0.9
75
) 32.8
72
(21.7
8)
(56.0
43)
( 52.2
03)
10
8.2
46
(2
1727.
(29920.
51
64
7.
(0.9
78
) 30.5
65)
(21.9
0)
(56.7
00)
( 51.0
36)
(167.7
36)
(22115.
(29506.
(51
62
2.)
(6.9
81
) 28.4
39)
(22.0
1)
(57.3
50)
( 49.8
75)
(16
7.2
25
) (2
2504.
(29
08
5.
(51588.)
(0,9
84
) 26.4
77)
(22.1
2)
(57.9
92)
( 4
8.7
21
) (1
06
.71
3)
(22891.
(28655.
(51547.)
(0.9
87)
24.6
65)
(22.2
2)
(58.6
26)
( 47.5
74)
(10
6.2
00
) (2
3278.
(28219.)
(5
1496.)
(6.9
89)
22.9
89)
(22.3
0)
(59.2
50)
( 4
6.4
34
) (1
65
.68
5)
(23663.)
(2
7775.)
(5
14
38
.)
H r to H
co S9 Q CG
o
f
d H
I I o 2 CO
NO
TE
. D
ata
co
nta
ined
in
pare
nth
ese
s w
ere
calc
ula
ted
b
y
extr
apola
tion
of
the
fun
cti
on
s beyond
their
ra
nge.
Tab
le
23.
NaC
l co
ncen
trati
on
:
t
(°C
)
200.
205.
210.
215.
220.
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
29
0.
295.
300.
305.
310.
315.
320.
325.
P
(bars
)
11
.17
81
2.4
21
13
.76
91
5.2
29
16
.80
618.5
06
20.3
37
22.3
0*
24.4
13
26.6
73
29.0
90
31.6
70
34.4
21
37
.35
140.4
67
43.7
77
47.2
89
51.0
10
54.9
49
59.1
14
63.5
15
( 68.1
60)
( 73.0
58)
( 78.2
19)
( 83.6
53)
( 89.3
69)
d
(g c
m"
)
(1.1
16)
(1.1
12
)(1
.10
7)
(1.1
03)
(1.0
99)
(1.6
94)
(1.0
90)
(1.0
86)
(1.0
81)
(1.0
77)
(1.0
73)
(1.0
69)
(1.0
65)
(1.0
61)
(1.0
57)
(1.0
53
)(1
.04
9)
(1.0
46
)(1
.04
2)
(1.0
39)
(1.0
36
)(1
.03
3)
(1.0
30
)(1
.027)
(1.0
25
)(1
.02
2)
8.0
00
0
mo
l /kg H
aO
vL
(cm
(0.8
96)
(6.8
99
)(6
.90
3)
(0.9
07)
(0.9
10
)(6
.91*)
(6.9
18
)(6
.921)
(6.9
25)
(6.9
28
)
(6.9
32
)(0
.93
6)
(0.9
39
)(0
.94
3)
(0.9
*6)
(0.9
50
)(6
.95
3)
(0.9
56
)(6
.95
9)
(6.9
62
)
(0.9
65
)(0
.96
8)
(6.9
71
)(0
.97
3)
(6.9
76
)(6
.97
9)
GV
.
V1) 18
2.8
77
16
5.5
08
15
0.0
96
13
6.3
86
124.1
61
11
3.2
35
10
3.4
*7
9*. 6
60
86.7
5*
79
.62
7
73
.19
067.3
6*
62.0
81
57.2
83
52.9
16
48.9
36
45.3
03
41
.98
038.9
37
36
.1*
6
33
.58
1(
31.2
23)
( 29.0
50)
( 27.0
*6)
( 25.1
95)
( 23.4
84)
VL
(cm
m
ol
(19.5
8)
(19.6
5)
(19.7
3)
(19.8
1)
(19.9
0)
(19.9
8)
(20.0
7)
(20.1
6)
(20.2
5)
(20.3
*)
(20.4
3)
(20.5
3)
(20.6
2)
(20.7
2)
(20.8
2)
(20.9
2)
(21.0
2)
(21.1
3)
(21.2
3)
(21.3
3)
(21.4
2)
(21.5
2)
(21.6
0)
(21.6
8)
(21.7
3)
(21.7
7)
31
.86
w
t perc
ent
s^-
*)
(41.3
54)
(42.1
33)
(42
.90
5)
(43.6
71)
(44
.42
9)
(45
.18
2)
(45
.92
8)
(46.6
68)
(47
.40
1)
(48
.12
9)
(48
.85
1)
(49.5
66)
(50.2
76)
(50.9
80)
(51
.67
8)
(52.3
69)
(53
.05
5)
(53
.73
5)
(54.4
08)
(55
.07
4)
(55
.73
4)
(56
.38
6)
(57.0
31)
(57
.66
7)
(58
.29
4)
(58
.91
1)
^i
(J m
or'
K"
1
( 78.1
08)
( 76.7
07)
( 75.3
24)
( 73.9
58)
( 72.6
10)
( 71.2
78)
( 69.9
61)
( 68.6
59)
( 67.3
71)
( 66.0
96)
( 64.8
33)
( 63.5
82)
( 62.3
43)
( 61.1
14)
( 59.8
95)
( 58.6
86)
( 57.4
85)
( 56.2
94)
( 55.1
11)
( 53.9
35)
( 52.7
68)
( 51.6
07)
( 50.4
55)
( 49.3
10)
( 48.1
73)
( 47.0
44)
12
.59
7
mo
l perc
ent
sf)
119.4
63
118.8
40
11
8.2
29
11
7.6
29
11
7.0
40
11
6.4
60
115.8
89
115.3
27
114.7
72
11
*. 2
25
11
3.6
8*
113.1
*8
112.6
19
112.0
93
111.5
72
111.0
55
11
0.5
*1
110.0
28
109.5
18
109.0
09
10
8.5
01
(107.9
94)
(10
7.4
86
)(1
06.9
77)
(10
6.4
67
)(1
05.9
55)
R1L
(13878.)
(14
25
1.)
(14624.)
(14999.)
(15374.)
(15751.)
(16128.)
(16506.)
(16885.)
(17264.)
(17645.)
(18027.)
(18409.)
(18792.)
(19176.)
(19560.)
(19945.)
(20330.)
(20716.)
(21
10
2.)
(21
48
8.)
(21873.)
(22258.)
(22
64
2.)
(23
02
4.)
(23404.)
i i
(J
mol"
1)
(36
95
7.)
50835.
(36677.)
50928.
(36
39
3.
(36
10
3.
(35808.
(35
50
7.
(35
20
1.
(34889.
(3*
57
1.
(3*2*7.
(33
91
7.
(33
58
1.
(33
23
8.
(32
88
8.
(32532.
(32
16
8.
(31
79
8.
(31
*2
0.
(31036.
(30
6*
3.
(30
2*
*.
(29837.
(29*23.
(29
Q0
1.
51
01
7.
51
10
2.
51
18
2.
51
25
8.
51
32
9.
51
39
5.
51
*5
6.
51
51
2.
51
56
3.
51
60
8.
51
6*
7.
51680.
51708.
51
72
9.
51
7*
3.
51
75
1.
51752.
517*5.
51732.
(51
71
0.)
(51681.)
(51644.)
(28
57
*.)
(5
1598.)
(28
1*
0.)
(5
15
*3
.)
W
b o
o W
O Q P
O O f a
NO
TE
. D
ata
con
tain
ed
in
par
enth
eses
w
ere
calc
ula
ted
by
extr
apola
tion
of
the
fun
ctio
ns
beyo
nd
thei
r ra
nge.
OS
OS W
MT
ab
le
24
.
t
<°C
)
225.
230.
235.
240.
245.
250.
255.
260.
265.
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
NaC
l co
ncen
trati
on
: 8
P
(bars
)
18
.09
81
9.8
98
21.8
33
23.9
09
26.1
34
28.5
14
31.0
57
33
.77
036.6
60
39
.73
44
3.0
01
46.4
68
50.1
44
54.0
37
58.1
54
62.5
06
I 67.1
00)
( 71.9
47)
( 77.0
55)
( 82.4
35)
( 88.0
96)
d
(g c
m"
)
(1.1
04
)(1
.099)
(1.0
95)
(1.0
91
)(1
.08
7)
(1.0
82)
(1.0
78
)(1
.074)
(1.0
70
)(1
.066)
(1.0
63)
(1.0
59)
(1.0
55)
(1.0
52)
(1.0
49
)
(1.0
46)
(1.0
43)
(1.0
40)
(1.0
37)
(1.0
34
)(1
.031)
L.V
(cm
(0.9
06)
(0.9
10)
(0.9
13)
(0.9
17)
(0.9
20)
(0.9
24)
(0.9
27)
(0.9
31)
(0.9
34
)(0
.938)
(0.9
41)
(0.9
44)
(0.9
47)
(0.9
51)
(0.9
54
)
(0.9
56)
(0.9
59)
(0.9
62)
(0.9
64)
(0.9
67)
(0.9
70)
5000
m
ol/
kg
HaO
33.1
9
wt
perc
ent
13
.27
9
mo
l perc
ent
G
L
'
L
G
L
G
v.
V[
Sj^
AS1
S
t H
I 4H
j H
^
g"
) (c
m
mo
l"1)
(J
m
ol"
1K
"1)
(J
m
ol"
1)
11
6.0
79
(1
9.8
3)
(44
.86
0)
71.8
51)
11
6.7
10
(1
5506.
(35
79
2.
51
29
8.
10
6.0
07
(1
9.9
0)
(45.6
04)
70.5
34)
11
6.1
38
(1
5882.
(35
48
9.
51
37
1.
96.9
69
(19.9
8)
(46.3
43)
69.2
32)
11
5.5
75
(1
6260.
(35180.
51
44
0.
88
.84
1
(20.0
6)
(47
.07
5)
67.9
44)
11
5.0
19
(1
6638.
(34865.
51
50
3.
81
.51
7
(20.1
5)
(47.8
02)
66.6
69)
114.4
71
(17017.
(34545.
51
56
1.
74.9
04
(20.2
3)
(48.5
22)
65.4
0d)
11
3.9
29
(1
7396.
(34
21
8.
51
61
4.
68.9
22
(20.3
1)
(49.2
36)
64.1
58)
11
3.3
94
(1
7777.
(33885.
51
66
2.
63
.50
0
(20.4
0)
(49.9
44)
62.9
19)
11
2.8
64
(1
8158.
(33545.
51
70
4.
58.5
77
(20.4
8)
(50
.64
7)
61.6
92)
11
2.3
39
(1
8540.
(33200.
51
74
0.
54.0
99
(20.5
7)
(51.3
43)
60.4
75)
11
1.8
18
(1
8923.
(32847.
51
77
0.
50.0
19
(20.6
6)
(52
.03
3)
59.2
68)
11
1.3
00
(1
9306.
(32488.
51
79
4.
46.2
95
(20.7
4)
(52.7
16)
58.0
70)
11
0.7
86
(1
9690.
(32121.
51
81
1.
42
.89
1
(20.8
2)
(53.3
93)
56.8
81)
11
0.2
75
(2
0074.
(31
74
8.
51
82
2.
39
.77
5
(20.9
1)
(54.0
64)
55.7
02)
10
9.7
66
(2
0458.
(31
36
8.
51
82
6.
36.9
18
(20.9
8)
(54
.72
8)
54.5
30)
10
9.2
58
(2
0842.
(30
98
1.
51
82
3.
34.2
94
(21.0
6)
(55.3
84)
53.3
67)
108.7
51
(21226.
(30587.
51
81
3.
( 31.8
81)
(21.1
2)
(56.0
33)
52.2
11)
(10
8.2
44
) (2
1609.
(30186.
(51795.)
( 29.6
59)
(21.1
8)
(56.6
73)
51.0
64)
(10
7.7
38
) (2
1991.
(29778.
(51769.)
( 27.6
10)
(21.2
1)
(57
.30
5)
49.9
26)
(10
7.2
31
) (2
2372.
(29364.
(51736.)
( 25.7
18)
(21.2
3)
(57
.92
6)
48.7
96)
(10
6.7
22
) (2
2750.
(28944.
(51
69
4.)
( 23.9
70)
(21.2
2)
(58.5
35)
47.6
77)
(10
6.2
13
) (2
3125.
(28518.
(51
64
3.)
CO H
W W
tr1
M
GO CO O O S5 CO
NO
TE
. D
ata
con
tain
ed
in
par
enth
eses
w
ere
calc
ula
ted
by
extr
apo
lati
on
o
f th
e fu
nct
ion
s be
yond
th
eir
ran
ge.
Table
2
5.
t
(°C
)
25
0.
255.
260.
265.
27
0.
275.
28
0.
285.
290.
295.
300.
30
5.
310.
315.
320.
325.
Na
Cl
concentr
ation:
P
(ba
rs)
27
.92
530.4
31
33.1
05
35.9
55
38
.98
94
2.2
15
45
.63
94
9.2
71
53
.11
957.1
91
61.4
97
( 66.0
44)
( 7
0.8
42
)(
75.9
02)
( 8
1.2
33
)(
86
.84
4)
d
(g cm
" )
(1.0
91
)(1
.08
7)
(1.0
83)
(140
79
)(1
.07
5)
(1.6
71)
(1.0
68
)(1
.06
4)
(1.6
61
)(1
.05
7)
(1.0
54
)(1
.05
1)
(1.0
48
)(1
.04
5)
(1.0
42
)(1
.03
9)
9
VL
(cm
(0.9
16)
(6.9
20)
(6.9
23)
(0.9
27)
(0.9
30
)(6
.933)
(6.9
37)
(6.9
40)
(6.9
43)
(6.9
46)
(0.9
49)
(0.9
51)
(6.9
54)
(0.9
57)
(0.9
59)
(0.9
62)
00
00
m
ol/kg H
O
vG
g") 7
6.7
33
70.5
79
65.0
04
59.9
44
55
.34
45
1.1
55
47
.33
34
3.8
41
40
.64
53
7.7
16
35
.02
7(
32
.55
5)
( 30.2
80)
( 28.1
83)
( 26.2
48)
( 2
4.4
59
)
VL
(cm
m
ol
(20
.02
)(2
0.1
0)
(20
.17
)(2
0.2
4)
(20
.31
)(2
0.3
8)
(20
.45
)(2
0.5
1)
(20
.58
)(2
0.6
3)
(20
.66
)(2
0.7
1)
(20
.74
)(2
0.7
4)
(20
.72
)(2
0.6
5)
34.4
7
wt
perc
ent
^
AS
,
) (Jm
orV
1
(48
.14
0)
(48
.85
4)
(49
.56
1)
(50
.26
2)
(50.9
57)
(51
.64
6)
(52
.32
9)
(53.0
04)
(53
.67
3)
(54
.33
5)
(54
.98
9)
(55.6
35)
(56
.27
2)
(56
.90
0)
(57.5
16)
66.0
43)
64.7
93)
63
.55
5)
62
.32
7)
61
.11
1)
59
.90
4)
58.7
07)
57
.52
0)
56.3
42)
55.1
72)
54
.01
1)
52
.85
9)
51
.71
6)
50
.58
2)
49
.45
6)
(58.1
19)
( 4
8.3
46
)
13.9
5:,!
sf
11
4.1
84
11
3.6
47
11
3.1
16
112.5
90
11
2.0
68
111.5
50
111.0
36
11
0.5
24
11
0.0
15
10
9.5
07
10
9.0
00
(10
8.4
94
)(1
07
.98
8)
(10
7.4
82
)(1
66
.97
4)
(16
6.4
65
)
mol
pe
rce
nt
»!L
iH
!
(J m
ol'
1)
(17
11
6.
(17
49
6.
(17
87
7.
(16
25
9.
(18
64
0.
(19
02
3.
(19
40
6.
(19
78
8.
(20
17
1.
(20
55
4.
(20
93
6.
(21
31
8.
(21
69
7.
(22
07
5.
(22
45
0.
(22
82
1.
(34551.)
(34221.)
(33884.)
(33542.)
(33
19
2.)
(32837.)
(32474.)
(32105.)
(31729.)
(31
34
6.)
(30
95
7.)
(30
56
1.)
(30156.)
(29750.)
(29
33
6.)
(28918.)
HG
51667.
51717.
51761.
51800.
51833.
51859.
51880.
51893.
51900.
51
90
0.
51693.
(51878.)
(51656.)
(51625.)
(51787.)
(51740.)
w b o 3 w W
o o p o 02 o
f
d H
NO
TE
. D
ata
conta
ined
in
par
enth
eses
w
ere
calc
ulat
ed
by
extr
apola
tion
of
the
fun
ctio
ns
beyo
nd
thei
r ra
nge.
Oi
00
Tab
le 2
6 .
NaC
l co
ncen
trati
on
:
t P
(°C
) (b
ars
)260.
32.8
13
265.
35.6
46
270.
38.6
63
275.
41.8
70
280.
45.2
77
285.
48
.89
1290.
52.7
19
295.
56.7
72
300.
61
.05
8305.
( 65.5
86)
310.
( 70.3
65)
315.
( 75.4
04)
320.
( 80.7
15)
325.
( 8
6.3
06
)
d
(g c
m'
)
(1.0
87
)(1
.08
3)
(1.0
79
)(1
.07
5)
(1.0
71)
(1.0
68
)(1
.06
4)
(1.0
61
)
(l.O
t-8
)(1
.05
4)
(1.0
51 )
(1.0
48
)(1
.04
5)
(1.0
42)
9
LV
3(c
m
(0.9
20)
(0.9
24)
(0.9
27)
(0.9
30)
(6.9
34)
(0.9
37)
(0.9
40)
(0.9
43)
(0.9
46)
(0.9
48)
(0.9
51)
(0.9
54)
(0.9
57)
(0.9
60)
.2135
mo
l/k
g H
aO
35
.00
w
t perc
ent
14.2
35
mo
l perc
ent
GV
g-
1) 65.6
83
60.5
60
55.9
04
bl.
664
47.7
97
44.2
65
41.0
33
38
.07
1
35.3
52
( 32.8
54)
( 30.5
55)
( 28.4
36)
( 26.4
80)
( 24.6
73)
vL
SIL
aSi
sp
HIL
*H
nf
(cm
m
ol"
1)
(Jm
ol"
lK
"1)
(J
rno
l"1)
(20.0
7)
(49
.38
1)
63.8
47)
113.2
27
(17747.)
(3
4040.)
5
17
86
.(2
0.1
3)
(50.0
B2)
62.6
19)
11
2.7
01
(1
8128.)
(3
3698.)
5
18
26
.(2
0.2
0)
(50
.77
7)
61.4
02)
11
2.1
79
(1
8510.
(33350.
51
86
0.
(20.2
6)
(51.4
65)
60.1
95)
111.6
60
(18892.
(32
99
6.
51
88
8.
(20.3
2)
(52.1
47)
58.9
98)
11
1.1
46
(1
9274.
(32
63
5.
51
90
9.
(20.3
8)
(52.8
22)
57.8
11)
110.6
34
(19657.
(32267.
51
92
4.
(20.4
3)
(53.4
91)
56.6
33)
110.1
24
(20039.
(31
89
3.
51
93
2.
(20.4
8)
(54.1
52)
55.4
64)
109.6
16
(20422.
(31512.
51
93
3.
(20.5
1)
(54.8
05)
54.3
04)
10
9.1
09
(2
0803.
(31
12
4.
51
92
7.
(20.5
4)
(55.4
50)
53.1
52)
(108.6
03)
(21184.
(30730.
(51
91
4.)
(20.5
5)
(56.0
86)
52.0
10)
(108.0
97)
(21563.
(30330.
(51
89
3.)
(20.5
3)
(56
.71
2)
50.8
78)
(107.5
90)
(21940.
(29
92
4.
(51
86
4.)
(20.4
9)
(57.3
27)
49.7
56)
(107.0
83)
(22314.
(29
51
3.
(51
82
6.)
(20.4
1)
(57.9
27)
( 48.6
46)
(10
6.5
74
) (2
2683.
(29
09
8.
(51
78
1.)
NO
TE
. D
ata
conta
ined
in
par
enth
eses
w
ere
calc
ula
ted
by
extr
apo
lati
on
of
th
e fu
nct
ion
s be
yond
th
eir
ran
ge.
w H-1
g
I I
Cfl W f Sfl
O
Tab
le 2
7.
t
(°C
)
270.
275.
280.
285.
290.
295.
300.
305.
310.
315.
320.
325.
Tab
le 2
8.
t
(°C
)
290.
295.
300.
305.
310.
315.
320.
32
5.
NaC
l co
ncen
trati
on
: 9.5
000
mol/
Rg H
O
35
.70
w
t perc
ent
14.6
13
mo
l perc
ent
P
(bars
)
38
.21
341.3
96
44.7
78
48.3
66
52.1
70
56.1
97
60.4
56
64.9
57)
69.7
10)
74.7
22)
80.0
06)
85.5
70)
d v
L
vG
V
tL
S^
l^
Sp
H
^
Ir^
Hp
33
1
31
11
(g c
m"
) (c
m
g"
) (c
m
mo
l"
) (J
m
ol"
K
" )
(J
mol"
)
(1.0
83
) (0
.923)
56
.69
1
(20.0
5)
(50
.51
8)
-( 61.8
14)
112.3
31
(18
32
3.)
(3
35
74
. 5
18
97
.(1
.07
9)
(6.9
27)
52
.38
0
(20.1
0)
(51
.20
6)
60.6
06)
11
1.8
12
(1
87
05
.)
(33
22
1.
51
92
7.
(1.0
75
) (6
.930)
48.4
49
(20.1
5)
(51
.88
8)
59.4
09)
11
1.2
97
(1
90
87
.)
(32
86
2.
51
95
0.
(1.0
72)
(6.9
33)
44.8
59
(20.2
0)
(52.5
63)
58.2
22)
11
0.7
84
(1
94
70
.)
(32496.
51
96
6.
(1.0
68
) (0
.936)
41.5
75
(20.2
4)
(53.2
30)
57.0
43)
11
0.2
74
(1
98
52
.)
(32
12
4.
51
97
6.
(1.0
65
) (6
.939)
38
.56
6
(20.2
7)
(53
.89
1)
55.8
74)
10
9.7
65
(2
02
33
.)
(31745.
51
97
9.
(1.0
62)
(0.9
42)
35.8
06
(20.2
9)
(54.5
43)
54.7
15)
10
9.2
58
(2
06
14
.)
(31
36
0.
51
97
4.
(1.0
59
) (0
.94
5)
( 33.2
70)
(20.3
0)
(55
.18
7)
53.5
64)
(10
8.7
52
) (2
0994.)
(3
0968.
(51962.)
(1.0
56
) (0
.947)
I 30.9
36)
(20.2
9)
(55.8
22)
52.4
23)
(10
8.2
45
) (2
13
72
.)
(30
57
1.
(51
94
3.)
(1.0
52)
(0.9
50)
( 28.7
86)
(20.2
5)
(56
.44
6)
51.2
92)
(10
7.7
38
) (2
17
48
.)
(30168.
(51
91
6.)
(1.0
49)
(6.9
53
) (
26.8
03)
(20.1
8)
(57.0
58)
50.1
73)
(10
7.2
31
) (2
21
20
.)
(29
76
0.
(51
88
0.)
(1.0
46)
(0.9
56)
( 24.9
70)
(20.0
7)
(57.6
56)
( 49.0
66)
(10
6.7
22
) (2
2488.)
(2
93
49
. (5
18
36
.)
NaC
l co
ncen
trati
on
: 10.0
000 m
ol/
kg
fcj
O
36
.89
w
t perc
ent
15.2
65
mo
l perc
ent
P
(bars
)51.1
56
55.1
36
59.3
48
( 63.8
01)
( 68.5
05)
( 73.4
69)
( 78.7
04)
( 84.2
20)
d v
L
v°
7L
S
^
AS^
S
p
H^
4Ht
Hp
(g c
m
) (c
m
g )
(cm
m
ol
) (J
mo
l K
" )
(J m
ol"
)
(1.0
75)
(0.9
30)
42.6
04
(19.8
9)
(52.7
31)
57.8
20)
11
0.5
52
(1
9494.
(32
56
2.
52
05
5.
(1.0
72)
(0.9
33)
39
.50
6
(19.8
9)
(53.3
91)
56.6
51)
11
0.0
42
(1
9875.
(32
18
6.
52
06
1.
(1.0
68)
(0.9
36)
36
.66
5
(19.8
9)
(54
.04
2)
55.4
91)
10
9.5
33
(2
0255.
(31
80
5.
52060.
(1.0
65)
(0.9
39)
34.0
55)
(19.8
7)
(54.6
85)
54.3
41)
(10
9.0
26
) (2
0634.
(31
41
7.
(52
05
1.)
(1.0
62)
(0.9
42)
31.6
56)
(19.8
2)
(55.3
17)
53.2
01)
(10
8.5
19
) (2
1010.
(31
02
4.
(52
03
5.)
(1.0
58)
(0.9
45)
29.4
46)
(19.7
5)
(55.9
39)
52.0
72)
(10
8.0
11
) (2
1384.
(30
62
6.
(52
01
0.)
(1
.05
5)
(0.9
48)
27.4
08)
(19.6
4)
(56.5
47)
50.9
56)
(10
7.5
03
) (2
1754.
(30
22
4.
(51
97
8.)
(1.0
51)
(0.9
52
) 25.5
27)
(19.4
7)
(57.1
40)
49.8
53)
(10
6.9
93
) (2
2118.
(29
82
0.
(51
93
7.)
W
b o
o ta o o O co
o f o * 03
NO
TE
. D
ata
conta
ined
in
par
enth
eses
w
ere
calc
ulat
ed
by
extr
apola
tion
of
the
funct
ions
beyo
nd
thei
r ra
nge.
Oi
CO
Tab
le
29
. H
ali
te -
sa
tura
ted N
aCl
solu
tions,
concentr
ati
ons
in w
t perc
ent.
X wt
percent
37.473
37.596
37.725
37.859
27.998
28.143
28.293
28.448
38.608
38.774
38.945
29.122
29.304
29.491
29.683
PO 0o 1
C 7 QO 1
30.084
30.292
30.505
30.724
30.948
31.178
31.413
31.653
t
<°C) 80.
85.
90.
95.
100.
105.
110.
115.
130.
125.
130.
135.
140.
145.
150.
155.
160.
165.
170.
175.
180.
185.
190.
195.
P
(bar
s)
0.353
0.431
0.522
0.629
0.754
0.897
1.063
1.253
1.470
1.716
1.994
2.308
3.659
3.053
3.491
3.978
4.516
5.111
5.765
6.483
7.368
8.135
9.058
10.073
d
(g cm"
)
1.177
1.175
1.173
1.171
1.168
1.166
1.163
1.161
1.158
1.156
1.153
1.151
1.148
1.145
1.143
1.140
1.137
(1.135)
(1.133)
(1.130)
(1.137)
(1.124)
(1.122)
(1.119)
vL
(cm
0.849
0.851
0.853
0.854
0.856
6.858
0.860
6.861
0.863
6.865
0.867
0.869
0.871
0.873
0.875
0.877
0.879
(0.881)
(6.883)
(0.885)
(0.887)
(6.889)
(0.892)
(0.894)
v°
g")
4582.148
3806.274
3181.029
2673.933
3360.131
1930.473
1640.310
1407.499
1313.35V
1050.590
913.471
797.433
698.800
614.610
542.457
480.377
426.766
380.301
339.890
304.627
273.758
246.652
222.778
201.691
VL
3
- 1
(cm mol
)
18.30
18.34
18.39
18.43
18.48
18.53
18.58
18.63
18.68
18. 7J
18.78
18.84
18.89
18.95
19.01
19.06
19.12
(19.18)
(19.24)
(19.29)
(19.35)
(19.41)
(19.46)
(19.52)
SL
20.405
21.428
23.438
33.434
34.418
35.390
36.345
37.386
38.313
29.125
30.625
30.911
31.785
32.646
33.495
34.333
35.156
(35.970)
(36.771)
(37.562)
(38.341)
(39.109)
(39.865)
(40.611)
V5,
(Jmol^K-
1)
119.226
116.999
114.831
112.718
110.657
108.647
106.689
104.780
102.918
101.100
99.325
97.590
95.895
94.238
92.617
91.031
89.478
87.957)
86.468)
85.008)
83.577)
82.174)
80.798)
( 79.449)
gG
139.631
138.427
137.269
136.152
135.075
134.036
133.034
132.066
131.130
130.335
139.349
138.501
127.680
126.884
136.113
125.363
124.634
133.927
133.339
133.570
131.918
121.383
130.664
120.060
»,L
5556.
5912.
6268.
6624.
6981.
7337.
7691.
8045.
8397.
8748.
9098.
9447.
9795.
10141.
10487.
10831.
11174.
(11516.)
(11857.)
(12196.)
(12534.)
(12871.)
(13306.)
(13539.)
i
(J mol'
1)
43105.
41903.
41701.
41497.
41292.
41085.
40878.
40670.
40462.
40353.
40043.
39833.
39619.
39406.
39191.
38975.
38757.
(38539.
(38318.
(38096.
(37873.
(37648.
(37433.
(37194.
*?
47660.
47815.
47969.
48121.
48272.
48422.
48569.
48715.
48859.
49001*
49141.
49278.
49414.
49547.
49678.
49806.
49932.
50055.
50175.
50293.
50407.
50519.
50628.
50733.
VI
H Vi *J
O Vi
O O 2 03
31.898
200.
33.149
205.
32.405
210.
32.666
215.
32.932
220.
33.204
225.
33.481
230.
33.764
235.
34.052
240.
34.345
245.
34.643
250.
34.947
255.
35.256
260.
35.570
265.
35.889
270.
36.214
275.
36.544
280.
36.880
285.
37.221
290.
37.567
295.
37.918
300.
38.275
305.
38.637
310.
39.004
315.
39.376
320.
39.754
325.
11.170
12.357
13.639
15.019
16.502
18.093
19.797
21.619
23.564
25.636
27.841
30.183
32.668
35.301
38.086
41.029
44.133
47.404
50.845
54.461
58.253
< 62.226)
( 66.379)
( 70.713)
( 75.227)
( 79.918)
(1.116)
(1.114)
(1.111)
(1.109)
(1.106)
(1.104)
(1.102)
(1.099)
(1.097)
(1.095)
(1.092)
(1.090)
(1.088)
(1.086)
(1.084)
(1.082)
(1.081)
(1.079)
(1.677)
(1.075)
(1.073)
(1.071)
(1.069)
(1.066)
(1.063)
(1.058)
(0.896)
(6.898)
(0.900)
(6.902)
(6.904)
(0.906)
(6.908)
(6.910)
(6.912)
(6.914)
(0.915)
(6.917)
(6.919)
(6.921)
(0.922)
(0.924)
(0.925)
(0.927)
(6.929)
(6.930)
(0.932)
(0.933)
(6.935)
(0.938)
(6.941)
(6.945)
183.015
166.429
151.662
138.481
126.689
116.113
106.608
98.047
90.320
83.332
77.000
71.251
66.023
61.261
56.916
52.945
49.311
45.982
42.927
40.121
37.542
( 35.168)
( 32.983)
( 30.971)
( 29.118)
( 27.411)
(19.57)
(19.63)
(19.66)
(19.73)
(19.78)
(19.83)
(19.87)
(19.91)
(19.94)
(19.97)
(19.99)
(20. 01)
(20.02)
(20.02)
(20.00)
(19.98)
(19.93)
(19.87)
(19.78)
(19.67)
(19.52)
(19.33)
(19.08)
(18.77)
(18.37)
(17.86)
(41.346)
(42.670)
(42.783)
(43.485)
(44.176)
(44.856)
(45.524)
(46.181 )
(46.827)
(47.461)
(48.083)
(48.692)
(49.289)
(49.873)
(50.443)
(51.000)
(51.541)
(52.067)
(52.576)
(53.067)
(53.539)
(53.990)
(54.417)
(54.818)
(55.189)
(55.523)
78.124)
76.824)
75.548)
74.295)
73.065)
71.858)
70.672)
69.507)
68.363)
67.240)
66.138)
65.055)
63.993)
62.952)
61.931)
60.931)
59.952)
58.995)
58.061)
57.151)
56.267)
55.411)
54.585)
53.793)
53.041)
52.333)
11V.47U
118.894
118.331
117.780
117.241
116.713
116.196
115.688
115.190
114.701
114.220
113.748
113.283
112.825
112.374
111.930
111.493
111.062
110.637
110.218
109.806
(109.401)
(109.002)
(108.611)
(108.229)
(107.857)
(1JBM .
(14201.
(14530.
(14856.
(15181.
(15503.
(15823.
(16140.
(16455.
(16766.
(17075.
(17380.
(17681.
(17978.
(18270.
(18557.
(18839.
(19114.
(19382.
(19642.
(19893.
(20134.
(20361.
(20575.
(20771.
(20945.
(J6V64.
(36733.
(36501.
(36267.
(36032.
(35796.
(35558.
. (35320.
(35081.
(34840.
(34600.
(34359.
(34118.
(33878.
(33638.
(33399.
(33162.
(32928.
(32697.
(32471.
(32250.
(32036.
(31831.
(31639.
(31461.
(31303.
3UB36.
50935.
51031.
51124.
51213.
51299.
51381.
51460.
51535.
51607.
51674.
51739.
51799.
51855.
51908.
51956.
52001.
52042.
52079.
52113.
52143.
(52169.)
(52193.)
(52213.)
(52232.)
(52249.)
w b o
o g
*a
o 2 H td
O o 8s O o f C3 H
i i
O
NO
TE
. D
ata
con
tain
ed
in
par
enth
eses
w
ere
calc
ulat
ed
by
extr
apola
tion
of
the
fun
ctio
ns
beyo
nd
thei
r ra
nge.
to
X
(mo
lal)
6.4
81
6.5
22
6.5
64
6.6
08
6.6
54
6.7
01
6.7
51
6.8
03
6.8
57
6.9
13
6.9
70
7.0
30
7.0
92
7.1
57
7.2
23
7.2
92
7.3
62
7.4
36
7.5
11
7.5
89
7.6
69
7.7
52
7.8
37
7.9
24
Table
30
t
(°C
)
80.
85.
90.
95.
100.
105.
110.
115.
120.
125.
130.
135.
140.
145.
150.
155.
160.
165.
170.
175.
180.
185.
190.
195.
Halite
- sa
tura
ted
Na
Cl
so
lutio
ns,
concentr
ations itfm
ol/kE
H O
(m
ola
l).
P
(ba
rs)
0.3
53
0.4
31
0.5
22
0.6
29
0.7
54
0.8
97
1.0
63
1.2
53
1.4
70
1.7
16
1.9
94
2.3
08
2.6
59
3.0
53
3.4
91
3.9
78
4.5
16
5.1
11
5.7
65
6.4
83
7.2
68
8.1
25
9.0
58
10
.07
2
d
(g cm
" )
1.1
77
1.1
75
1.1
73
1.1
71
1.1
68
1.1
66
1.1
63
1.1
61
1.1
58
1.1
56
1.1
53
1.1
51
1.1
48
1.1
45
1.1
43
1.1
40
1.1
37
(1.1
35
)(1
.13
2)
(1.1
30
)(1
.12
7)
(1.1
24
)(1
.12
2)
(1.1
19
)
LV
(cm
0.8
49
0.8
51
0.8
53
6.8
54
0.8
56
0.8
58
6.8
60
6.8
61
0.8
63
0.8
65
0.8
67
0.8
69
0.8
71
0.8
73
0.8
75
0.8
77
0.8
79
(0.8
81)
(U.8
83)
(0.8
85)
(6.8
87)
(0.8
89)
(0.8
92)
(6.8
94
)
GV
.
g"
1)
45
82
.14
83
80
6.2
74
31
61
.02
92
67
3.9
33
2260.1
31
1920.4
73
16
40
.21
01407.4
99
1213.3
59
1050.5
90
913.4
71
797.4
32
698.8
00
61
4.6
10
542.4
57
480.3
77
42
6.7
66
380.3
01
339.8
90
304.6
27
273.7
58
24
6.6
52
22
2.7
78
201.6
91
VL
(cm
m
ol
18.3
01
8.3
41
8.3
91
8.4
3
18
.48
18
.53
18
.58
18
.63
18
.66
18.7
31
8.7
81
8.8
41
8.8
91
8.9
5
19.0
11
9.0
61
9.1
2(1
9.1
8)
(19
.24
)(1
9.2
9)
(19.3
5)
(19.4
1)
(19.4
6)
(19
.52
)
a
^) 2
0.4
05
21
.42
82
2.4
38
23
.43
4
24.4
18
25
.39
026.3
45
27.2
86
28
.21
22
9.1
25
30.0
25
30.9
11
31
.78
532.6
46
33.4
95
34.3
32
35.1
56
(35
.97
0)
(36
.77
1)
(37
.56
2)
(38
.34
1)
(39
.10
9)
(39
.86
5)
(40
.61
1)
AS
,
(J m
ol"
1 K
"1)
119.2
26
116.9
99
114.8
31
112.7
18
110.6
57
108.6
47
106.6
89
104.7
80
102.9
18
101.1
00
99
.32
597.5
90
95.8
95
94
.23
8
92
.61
79
1.0
31
89.4
78
»T
.9
57
)3
6.4
68
)8
5.0
06
)83.5
77)
62
.17
4)
60
.79
8)
79
.44
9)
gG
139.6
31
138.4
27
137.2
69
136.1
52
135.0
75
134.0
36
133.0
34
132.0
66
131.1
30
130.2
25
129.3
49
128.5
01
127.6
80
126.8
84
126.1
12
125.3
62
124.6
34
123.9
27
12
3.2
39
122.5
70
121.9
18
121.2
83
120.6
64
120.0
60
»>L
5556.
5912.
6266.
6624.
6981.
7337.
7691.
8045.
8397.
8748.
90
9U
.9447.
9795.
10
14
1.
10
48
7.
10
83
1.
11
17
4.
(11516.)
(11857.)
(12196.
(12
53
4.
(12871.
(13
20
6.
(13
53
9.
iH,
(J m
ol"
1)
42105.
41903.
41701.
41497.
41
29
2.
41
08
5.
40
87
8.
40670.
40
46
2.
40253.
40
04
3.
39
83
2.
39619.
39406.
39
19
1.
38975.
38757.
(38539.
(38
31
6.
(38
09
6.
(37873.
(37648.
(37422.
(37
19
4.
>
H?
47660.
47815.
47
96
9.
48121.
48272.
48
42
2.
48569.
48715.
48659.
49001.
49
14
1.
49278.
49
41
4.
49547.
49678.
49606.
49932.
50
05
5.
50
17
5.
50293.
50407.
50
51
9.
50628.
50733.
g HH 55 W
f O O
r
c! H
i <
O 525
8.014
200.
8.107
205.
8.203
210.
8.301
215.
8.402
220.
8.506
225.
8.613
230.
8.722
235.
8.835
240.
8.951
245.
9.070
250.
9.192
25S.
9.317
260.
9.446
265.
9.579
270.
9.715
275.
9.854
280.
9.997
285.
10.145
290.
10.296
295.
10.451
300.
10.610
305.
10.774
310.
10.941
315.
11.114
320.
11.291
325.
11.170
12.357
13.639
IS. 019
16.502
18.093
19.797
21.619
23.564
25.636
27.841
30.183
32.668
35.301
38.086
41.029
44.133
47.404
50.845
54.461
58.253
( 62.226)
( 66.379)
( 70.713)
( 7S.227)
( 79.918)
(1.116)
(1.114)
(1.111)
(1.109)
(1.106)
(1.104)
(1.102)
(1.099)
(1.097)
(1.095)
(1.092)
(1.090)
(1.088)
(1.086)
(1.084)
(1.082)
(1.081)
(1.079)
(1.677)
(1.075)
(1.073)
(1.071)
(1.069)
(1.066)
(1.063)
(1.058)
(0.896)
(6.898)
(0.900)
(0.902)
(0.904)
(0.906)
(0.908)
(0.910)
(6.912)
(0.914)
(0.915)
(0.917)
(6.919)
(0.9
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(0.922)
(0.924)
(0.925)
(0.927)
(0.929)
(0.930)
(0.932)
(0.933)
(0.935)
(0.938)
(0.941)
(0.945)
183.015
166.429
151.662
138.481
126.689
116.113
106.608
98.047
90.320
83.332
77.000
71.251
66.023
61.261
56.916
52.945
49.311
45.982
42.927
40.121
37.542
35.168)
32.983)
30.971)
29.118)
27.411)
(19.57)
(19.63)
(19.68)
(19.73)
(19.78)
(19.83)
(19.87)
(19.91)
(19.94)
(19.97)
(19.99)
(20.01)
(20.02)
(20.02)
(20.00)
(19.98)
(19.93)
(19.87)
(19.78)
(19.67)
(19.52)
(19.33)
(19.08)
(18.77)
(18.37)
(17.86)
(41.346)
(42.070)
(42.703)
(43.485)
(44.176)
(44.856)
(45.524)
(46.181)
(46.827)
(47.461)
(48.083)
(48.692)
(49.289)
(49.873)
(50.443)
(51.000)
(51.S41 )
(52.067)
(52.576)
(53.067)
(53.539)
(53.990)
(54.417)
(54.818)
(55.189)
(55.523)
78.124)
76.824)
75.548)
74.295)
73.065)
71.858)
70.672)
69.507)
68.363)
67.240)
66.138)
65.055)
63.993)
62.952)
61.931)
60.931)
59.952)
58.995)
58.061)
57.151)
56.267)
55.411)
54.585)
53.793)
53.041)
52.333)
119.470
118.894
118.331
117.780
117.241
116.713
116.196
115.688
115.190
114.701
114.220
113.748
113.283
112.825
112.374
111.930
111.493
111 .062
110.637
110.218
1U9.806
(109.401)
(109.002)
I 108.611)
(108.229)
(107.857)
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(20771.
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(36964.)
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50836.
50935.
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51213.
51299.
51381.
51460.
51535.
51607.
51674.
51739.
51799.
51855.
51908.
51956.
52001.
52042.
52079.
52113.
52143.
(52169.)
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