AECL-7531Tables of thermodynamic Tables des proprieties properties of heavy water thermodynamiques de I’eau in S.1.units Iourde en unites S.1.
Prepared for Atomic Etablies pour l’Energie Energy of Canada Limited Atomique du Canada, Limit6e and Ontario Hydro et I’Ontario Hydro
by R G. Hill, R.D. MacMillan par PG. Hill, R.D. MacMillan and Victor Lee, Department of et Victor Lee, Department of Mechanical Engineering, the Mechanical Engineering, the University of British Columbia University of British Columbia
1981 December 1981 D6cembre
of Canada Limited du Canada, Limit&
Englnaarlng Company Soc16t6 d’lng6nleraal
-----
Tables of thermodynamic Tables des proprieties properties of heavy water thermodynamiques de I’eau in S.1.units Iourde en unites S.1.
Prepared for Atomic Etablies pour l’Energie Energy of Canada Limited Atomique du Canada, Limit6e and Ontario Hydro et I’Ontario Hydro
by R G. Hill, R.D. MacMillan par R G. Hill, R.D. MacMillan and Victor Lee, Department of et Victor Lee, Department of Mechanical Engineering, The Mechanical Engineering, the University of British Columbia University of British Columbia
1981 December 1981 D6cembre
TABLES DES PROPRI=ES THERMODYNAMIQUES DE L’EAU LOURDE EN UNITES S1
par P.G. Hill, R.D. MacMillan, V. Lee
Resume
Les tables indiquent Ies propri&4s thermodynamiques du D20 & 100°/0 pour une s6rie compl&e d’&ats ~ une seule phase s’&ageant entre la temp&ature de point triple et 800°C et entre Ies valeurs de pression de gaz id6al et 100 MPa.
Ces tables sent baw$es sur une nouvelle 6quation d’&at qui est con- tinue clans Wventail complet d’&ats. LMquation se pr6sente sous forme d’une fonction Helmholtz de densitd et temperature et a W formu16e d’apr~s un examen complet de donn6es existantes.
Les propri6t6s des btats satur6s sent pr6sent6es sous forme de fonctions de temp&ature et de fonctions de pression. Les 6tats Iiquide et vapeur y figurent avec Ies arguments temp&ature et pres- sion ainsi que I’entropie et la pression et I’enthalpie et la pression. Une table particulibre est consacr6e A la r6gion critique ainsi qu’au gaz id6al.
1981 d6cembre
Engineering Company Soci4t6 d’lng6niereal
Sheridan Park Mississauga, Ontario L5N 3B3 AECL 7531
AECL 7531
TABLES OF THERMODYNAMIC PROPERTIES OF ‘HEAVY WATER IN S.1. UNITS
by P.G. Hill, R.D. MacMiIlan,-V. Lee
ABSTRACT
These tables display the thermodynamic properties of 100°/0 D20 over the complete range of single phase states between the triple point temperature and 800°C and from ideal gas pressures up to 100 MPa.
The tables are based on a new equation of state which is continuous over the entire range of states. The equation is in the form of a Helmholtz free energy function of density and temperature and has bee n formulated after a comprehensive review of available data.
\ \
Engineering Company Soci6t~ d’lngf$niereal
Sheridan Park
Symbols Used in Tables.
Liquid and Vapour States as Functions of Temperature and Pressure
The Critical Region
Enthalpy of Vapour and Vapour-Liquid States as a Function of Entropy and Pressure
Entropy of Vapour and Vapour-Liquid States as a Function of Enthalpy and Pressure
The Ideal Gas States
Dynamic Viscosity
Kinematic Viscosity
Thermal Conductivity
Conversion Factors
The Vapour Pressure of Heavy Water
Comparisons of the Equation of State with Experimental Data
Specific Volumes of Liquid and Vapour with Uncertainties
Liquid Specific Heat at Constant Pressure
The Transport Properties of Heavy Water
Acknowledgements
References
Figures
PAGE
ii
1
7
14
118
129
142
155
157
159
160
161
162
165
171
172
174
174
175
177
178
180
*
.
pressure, megapascals, MPa. isentropic pressure ratio factor pr = @exp (~)
specific entropy, kilojoules per kilogram kelvin, kJ/kg.K specific entropy of semiperfect vapour at 0.1 MPa; kilojoules per kilogram kelvin, kJ/kg.K= tt]ermodynamic temperature, degrees Celsius, “C. thermodynamic temperature, kelvin, K. specific internal energy, kilojoules per kilogr~~ kJ/kQ. specific internal energy at zero pressure, kllo]oules per kilogram, kJ\kg. 3 specific volume, cubic meters per kilogram, m /kg.
T dho ideal gas enthalpy integral $ = I —
276.95 T specific Gibbs free gergy of semiperfect vapour at 0.1 MPa, kilojoules per kilogram, kJ/kg. specific Helmholtz free energy of semiperfect vapour at 0.1 MPa, kilojoules per kilogram, kJ/kg.
Units are
Datum Values
to to to
defined and compared
a property of liquid a property of vapour a change by evaporation.
in Table 9.
in equilibrium with vapour. in equilibrium with liquid.
The specific entropy and the specific internal set equal to zero for the triple point liquid state.
Significant Fiqures
energy are
least one more significant figur~ than is warranted by the accuracy of the underlying experimental data.
ii
Liquid Evap,
h h
f fg
O.OQ 2323.7
0.84 2323.2
5.06 2320.6
9.28 2318,1
13.50 2315.6
17.72 2313.0
21.95 2310.5
26.18 2307.9
30.41 2305.4
34.65 2302.8
0.0935 8.1508 8.2443
0.1084 6.1131 8,2215
0.1233 8.0757 8.1990
0.i381 8.0385 8,1766
0.1529 8.0016 8.1545
0.1969 7.8924 8.0893
0.2406 7.7853 8.0259 0.2550 7.7501 8.0051
0.2694 7.7151 7.9845
0.2838 7.6804 7.9642
0.2981 7.6459 7,9440
0.3407 7.5437 7.8844
0.3548 7.5101 7.8649
0.3689 7.4767 7.8456
0.3829 7.4436 7.8265
0.3968 7.4106 7.8075
0.4384 7.3131 7.7515
0.4522 7.28i0 7.7332
0.4659 7.2491 7,7151
0.4796 7.2174 7,6971
0.4932 7.1860 7.6792
0.5607 7.0315 7.5922
o.574f 7.0Q12 7.5753
0.5874 6.971~ 7.5585
0.6006 6.9412 7.5418
0.6138 6.9115 7.5253
0.6270 6.8819 7.5089
0.6401 6.8525 7,4927
0.6532 6.8233 7.4766
0.7436 6.6239 7.3675
0.7563 6.5961 7.3524
0.7690 6.5685 7,3374
81.30 2274.6
85.54 2272.0
‘110.99 2256.5 115.23 2254.0 119.47 2251.4 123,71 2248.8 127.95 2246.2
2367.5 2369.2
144.89 2235.9
149.13 2233.3
2375.8 2377.5
174.51 2217,9 178.73 2215.3 182.96 2212.7 187.18 2210.1 191.40 2207.5
195.63 2205.0 199.85 2202.4
216.71 2192.1 220.93 2189.5
Liquid h
258.77 2026,6 2285,4
262.97 2023.6 2286.6
275.56 20i4,7 2290.3
288.14 2005.8 2293.9 292.33 2002.8 2295, i 296.52 1999.8 2296.3
3oo.7t 1996.8 2297.5 304.89 1993.8 2298.7
309.08 1990,8 2299.9
313.26 1987.8 2301.i
317.44 1984.9 2302.3
329.98 1975.9 2305.9 334.16 1972.9 2307.0 338.34 1969.9 2308.2
342.51 1966.9 2309.4
359,20 1954.9 2314.1
363.37 1951.9 23$5.3 367.54 1948.9 2316.4 371.71 1945.9 2317,6 375.88 1942,9 2318.7 380.04 i939.8 2319.9
384.21 1936.8 2321.0 388, 37 1933.8 2322.2 392.53 f930.8 2323.3 396.70 1927.8 2324.5 400. e6 1924.7 2325.6
405.02 1921,7 2326.7 409.18 1918.7 2327.9 413.34 1915.7 2329.0 447.50 t912.6 2330.~ 421.65 1909.6 2331.2
425.81 1906.5 2332.3 429.97 1903.5 2333.5
434.12 1900,4 2334.6 438.28 1897.4 2335.7 442.43 1894.3 2336.8
446,59 1891.3 2337.9 450.74 J888.2 2338.9 454.89 1885.1 2340.0 459.04 1882.1 2341.1 463.20 1879.0 2342.2
467.35 ~875.9 2343.3 471.50 1872.8 2344.3 475.65 1869.7 234S,4 479.80 $866.7 2346.5 483,95 1863.6 2347.5
Entropy
Liquid
Liquid
u +
0.0009979
0.0009990
0.0010002
0.0010013
0.OO1OO25
0.0010036
0.0QIO048
O.OQ1OO59
O.oofooll
4.3896 4.3722 4.3548
6.0804
6.0733
6.0663
f774,7 2587.1 1771.0 2587.7
823.68
827.97
832.26
1688.4 2596.7
2.5171 3.2623
2.5259 “3.2471
2.5347 3.2349
921.59
926.03
930.48
1684.3 2587.0 f680, 1 2597.2 i675.9 2597.5 1671.7 2597.7 1667.4 2597.9
1663. i 2598.1 1658.9 2598.2
1654.5 2598,4 1650.2 2598.5 1645.8 2598.6
24f8.9 2419.0
24~9.2
2419.3 2419.4
954.22 958.65
1600.9 2598.8
1572,6 2598.0
1567.8 2597,8
1563.0 2597.5
1558.1 2597.3
1553.2 2597.0
1548.3 2596.8 1543.3 2596.4 1538.4 2596. i 1533.4 2595.8 i528.3 2595.4
Ener
Liquid
u
f
2.7271 2.8992
1507,8 2593.7 1502.6 2593.2
1089.86
1113.15
1117.83
2.8491 2.6873
2,8579 2.6721
1136.67 1141.41
1360.4 2572.7
5.4908
5.4843
1322,1 2565.1 1315.6 2563.7 1309.0 2562.2 1302,3 2560.7 1295.6 2559.2
1233.61
1238.59
3.0871 2.2685 3.0961 2.2525
5,3556 5.3485
5.3415 5.3344
3 VO1 ume, m /kg Enthalpy, kd/kg Energy, kJ/kg
Liquid Vapour Liquid Evap. Vapour Liquid EvaP. Vapour Temp. Press. Entrop
Liquid s
6
40.8i 2299.1
140.07 2238.9 146.66 2234.8 152.76 2231.1 158,52 2227.6 163,90 2224.3
2378.9 2381.5
7.4800 7.452? 7.4276
Liquid Evap. Vapour
0.8777 6.3345 7.2122
0.8881 6.3i25 7.2006
0.8981 6,2913 7.1894
0.9077 6.2709 7.1786
0.9171 6.2511 7.1682
1.1379 5.7948 6.9327 1.i598 5,7504 6.9103 1.1804 5.7091 6.8895
1.1988 5.6703 6.8701 +.2180 5.6338 6.8518 t.2354 5.5993 6.8347
*,2518 5.5666 6.8184 i .2675 5,5355 6.803i
1.2716 5.5275 6.7891 1.2826 5.5058 6.7884 1.2869 5.4776 6,7745 1.3107 5.4505 6.7612 1.3240 5.4245 6.7485
1.3368 5.3995 6.7363
1.3491 5.3755 6.7246
1.3610 5.3523 6.7133
1.3944 5.2875 6.6819
1,4049 5.2672 6.6721 1.4151 5.2476 6.6627 1.4250 5.2285 6.6535 1.4346 5,2100 6.6446
1.4440 5.1920 6.6360
1.4532 5.1745 6.6276 1.4621 5.1574 6.6f95 1,4708 5.1408 6.6115 1.4793 5.1245 6.6038
1.4876 5.1087 6.5963
1.4957 5.0932 6.5890
i.5265 5.0348 6.56f3
1.5618 4.9682 6.53CQ f .5685 4.9556 6.524f
1.5750 4.9433 6.5183
Enthalr Ltquid
Liquid Evap. Vapour
h h h
f fg 9
536.76 1986.6 2523.4
539.24 1984.9 2524.1
541.70 1983.2 2524.9
544.12 1981.5 2525.6
546.50 1979.9 2526.4
548.86 1978.2 2527.1
551.18 1976.6’ 2527.8
553.47 1975.0 2528.5
555.74 1973.4 2529.2
557.97 1971,9 2529.8
560.18 1970.3 2530.5
562.36 1968.8 2531,1
564.51 1967.3 2531.8
566.64 1965.8 2532.4
568.74 1964.3 2533.0
570.82 1962.8 2533.6
572.87 1961.4 2534.2
574.90 1959.9 2534,8
576.9t 1958.5 2535.4
578.90 1957.1 2536.0
580.87 1955.7 2536.6
582.81 1954.3 2537.1
584.74 1952.9 2537.7
586.64 1951.6 2538.2
588.53 1950.2 2538.8
590.40 1948.9 2539.3
594.08 1946.2 2540,3
597.69 1943.7 2541.3
614.78 1931.3 2546.0
618.02 1928.9 2546.9
621.21 1926.5 2547,8
624.36 1924.2 2548.6
627.45 1922.0 2549.4
636.45 1915.3 2551.8
639.36 1913.1 2552.5
642.23 1911,0 2553,2
645.06 1908.9 2554.0
658.67 i898.7 2557.3 661.29 1896.7 2558.0 663.87 1894.7 2558.6
666.43 i892.8 2559.2
668.95 1890.9 2559.8 671.45 1889.0 2560.4 673.91 i887. 1 2561,0 676.35 1885,2 2561,6
671J.76 1883.4 2562.1 681.15 i88f.5 2562.7
683.50 1879.7 2563.2
685.84 1877.9 2563.8
688.15 1876.1 2564.3
450. 460.
470. 480.
1.6460 4.8106
1801.1 2367.4 ~799,5 2367.9
1793.1 2369.7 1791.6 2370, 1
i .6772 4.7528 1.6821 4.7436 i.68i’O 4.7346
1.6919 4.7256 i ,6966 4.7168
6.43@3
6.4257
6.4216
6.4175
6.4134
580.50
582.44
584.36
586.26
588.14
6.3902
1.7820 4.5601
1,7896 4.546f
T,7971 4.5325
6.3235 6.3176
1,8527 4.4316 1.8591 4.4199
1735.0 2385.1
f728.6 2386.6 1726.4 2387.1 1724.4 2387.6
1722.3 2388, 1 1720.2 2388.5 1718.2 2389.0 1716.2 2389.4 1714.2 2389.9
1.9018 4.3429 1.9075 4.3325 1.9132 4.3223 1.9189 4.3122
i .9244 4.3022
1712.3 2390.3 ~7io.3 2390.7 1708.4 2391.2 1706.5 2391.6 1704.6 2392,0
i.9299 4.2924 1.9353 4.2827
0.i07823 0.104734
0. 1078?6
1023.69 1395.7 2419.4
1030.66 1388.5 2419.2
1037.51 1381.4 2418.9
1044.25 1374.4 2418.7
1050.87 1367.5 2418.4
1057.39 1360.6 2418.0
1063.81 1353,9 2417.7
1117.58 1295.9 24i3.5
1123.17 1289.7 2412.9
1128.70 1283.6 2412.3
1134.16 1277,6 2411.7
1139.57 1271.5 2411.1 1144.91 1265.5 2410.4 115G. 19 1259.6 2409.8 1155,42 1253.7 2409.1
1160.59 1247.8 2408.4 1165,71 1242.0 2407.7 1170,78 1236.2 2407.0 1175,81 1230.4 2406.2 1180,78 1224.7 2405.5
1185.7f 12*9.O 2404.7 1190.59 f213.3 2403.9 1195.43 1207.7 2403. i 1200.22 1202.1 2402.3 1204.98 1196.5 240i.4
1209.69 1190.9 2400.6
1214.37 1185.4 2399.7
2 2566.5 1228. +8 1168.9 2397.1
1
kPa
P
7500.
7600.
7700.
7800.
7900.
8000.
8100.
0.0012408 0.022214 1246.64 1317.4 2564.0 1237.21 1158.0 2395.2 3.0409
3.0489
3.0569
3.0648
3.0726
1109.9 2386.2 lt04.7 2385.2
1099.4 2384.1 1094.2 2383.0
1057.8 2375.0
1037. + 2370,2
1032.0 2369.0
1026.8 2367.7
955. i 2348.7 950.0 2347.3
944.9 2345.8
877.7 2325.3 872.5 2323.6 867.3 2321,9
862,0 2320.2
856.8 2318.5
1.6692 1.6578
Liquid
u fg
0.0015319
0.0015369
0.0015420
0.0015471
0.0015523
0.008648
0.008556
0.008465
0.008375
0.008286
0.0015576
4.1815 0.0 4.18150.0027933 0.002793 1965.73 0.0 1965.7 1905.22 0.0
13
0.0403 0.1273 0.1906 Liq. sat 8.3265 8.1928 8.0985 Vap. sat
1.6
11.2 35.8 2328.2 2337.9
sat Liq. sat 0.0009043 0.0009042 0.0009044 Vap. sat 145.0086 96.6632 75.0985
35.8 2219.5
54.0 2224.9
t(c) 3.8 0.0009046 0.0009046 0.0009046 0.0
5.1 2216.7
0.0 5.1
0.0 5.1
26.2 47.4
26.2
0.0 0.0 0.0 0.0182 0.0182 0.0182 8.3481 0.0935 0.0935 8.3781 8.2092 0.1676
8.4076 8.2388 8.1188
200. 205. 210.
0.0G09045 0.0009045 0. 0G09045 146.8516 0.0Q09042 0.00Q9042 149.4543 99.6107 0.0009043
101.3474 75.9932
47.4 2351.0
2223.2 2229.7
2268.9 2275.5 2282. i 2288.7 2295.3
2302.0 2308.6 2315.3 2322.0 2328.7
2335.4 2342.1 2348.9 2355.7 2362.5
152,0559
245.5230 248. ~180 250.7130
271.4725 274.0674 276.6622 279.2571 2S1 .8520
2351.2
103.0833 104.8183 106.5527 108.2866 ilo. ot99
111.7529 113.4856 115.2179 116,9500 118.6819
120.4136 122.1451 123.8765 125.6077 127.3388
129.0698 130.8007 132.5316 134,2623 135.9930
~37 .7237 139.4542 14i .1848 142.9153 144.6457
146.3761 148.1065 149,8368 151,5671 153.2974
155.0276 156.7578 158.4880 160.2182 161.9484
163.6785 165.4087 167.1388
77.2966 78.5992 79.9011 8 i .2026 82.5035
83.8040 85.1042 86.4041 87.7038 89. CU332
90.3025 91.6015 92.9004 94.1992 95.4979
96.7965 98.0949 99.3933
109.7783 111.0762 112,3741 113.6720 114,9688
116.2676 117.5654 118.8631 120.1609 121.4586
122.7563 124.0540 125.35i6 126.6493 127.9469
129.2445 130.5421 131.8397 133.1373 134.4349
135,7324 137.0300 138.3275 139.6251 140.9226
2359.6 2368.3 2376.9 2385.6 2394.2
2402.9 2411.5 2420.2 2428.9 2437.6
2446.4 2455.1 2463.9 2472.6 2481.4
2490.2 2499.0 2507.9
2369,2 2376.0
2490.3 2499. i 2507.9 2516.8 2525.6
2516.7 2525.6
2382,9 2389.7 2396.6
2579.2 2588.2 2597.2 2606.3 2615.3
2624.4 2633.5 2642.6 2651.7 2660.8
2670.0 2678.2 2688.4 2697.6 2706.8
2716.1 2725.4 2734.7 2744.0 2753.4
2579.2 2588.2 2597.2 2606.2 2615.3
2624.3 2633.4 2642.5 2651.7 2660.8
2670. O 2679.2 2688.4 2697.6 2706.8
2716. i 2725.4 2734.7 2744.0 2753.4
2762.7 2772.1 2781.5 2790.9 2800.4
2579.2 2588.2 2587.2 2606.2 2615.3
2624.3 2633.4 2642.5 2651.6 2660.8
2670.0 2679.1 2688.3 2697.6 2706.8
2716.1 2725.4 2734,7 2744.0 2753.3
2762.7 2772.1 2781.5 2780.9 2800.4
2403.6 2410.5 2417.4 2424.4 2431.3
9.1537 9.1738 9.1938 9.2136 9.2333
8.9853 9.0055 9.0255 9,0453 9.0649
2438.3 2445.3 2452.4 2459.4 2466.5
2473.6 2480,7 2487.8 2495.0 2502.1
2508.3 2516.5 2523.7 2531.0 2538.3
2545.6 2552.9 2560.2 2567.5 2574.9
2438.3 2445.3 2452.4 2459.4 2466.5
2473.6 2480,7 2487.8 2484.9 2502.1
2509.3 2516.5 2523.7 2531.0 2538.3
2545.5 2552.9 2560.2 2567.5 2574.9
2438.3 2445.3 2452,3 2459.4 2466.5
2473.5 2480.7 2487.8 2484.9 2502.1
2509.3 2516.5 2523.7 2531.0 2538.2
2545,5 2552.8 2560.2 2567.5 2574.9
9,2527 9.2720 9.2912 9.3102 9.3290
9.3477 9.3663 9.3847 9.4029 9.4210
9.4390 8.4569 9.4746 9.4922 9.5097
9.0844 9. io37 9.1228 9.1418 9.1607
8.9649 8.9842 8 .0Q34 9.0224 9.0412
9.1794 9.1979 9.2163 9.2346 9.2527
9.2707 9.2885 9.3063 9,3239 9.3413
9.0598 9.0785 9.0969 9.1151 9.1332
8.1512 9.1691 9.1868 9.2044 9,2219
2762.7 2772.1 2781.5 2790.9 2800.4
14
Table 3. Liquid and Vapour
3 Volume, m /kg Enthalpy, kJ/kg Energy, kJ/kg Entropy, kd/kg. K
p(kPa) 0.8 1.2 1.6 0.8 1.2 1.6 0.8 1.2 1.6 0.8 1.2 1.6 p(kPa)
t(c) 189.6290 191.3590 193,0889 194.8189 196.5488
198, 2787 200.0087 201.7385 203.4685 205.1984
206.9283 208.6582 210,3881 212,1180 213.8478
215.5777 217.3075 219.0373 220.7672 222.4972
224.2270 225.9569 227.6867 229.4167 231.1465
232.8763 236.3359 239.7957 243.2554 246.7151
250.1748 253.6343 257.0941 260.5537 264.0134
267.4730 270,9328 274.3923 277.8519 281.3116
284.7712 288.2310 291.6905 295.1502 298.6097
302.0693 308.9885 3f5.9078 322. S271 329,7463
336.6656 343.5846 350,5038 357.4231 364.3423
371.26”15
148.7076 150.0051 151,3025 152.6000 153.8975
155.1949 156.4924 ~57 .7898 159.0873 160.3847
161.6821 162.9795 164,2769 !65 .5743 166.8719
168.1693 169.4666 170.7640 172.0616 173.3589
174.6563 177.2511 179.8460 182.4407 185,0356
187.6303 190.2250 192.8199 195.4146 198.0094
200.6041 203.1990 205.7937 208.3883 210.9832
213.5779 216.1727 218.7674 221,3622 223.9568
226.5515 231.7410 236.9305 242.1199 247.3094
252.4989 257.6882 262.8776 268,0670 273.2564
278.4459
2857.5 2867. i 2876.7 2886.4 2896.0
2905.7 2915.4 2925.1 2934.9 2944.6
2809.8 2819.3 2826.8 2838.4 2847.9
2857.5 2867.1 2876.7 2886.3 2896.0
2905.7 2915.4 2925.1 2934.8 2944.6
2582.3 2589.7 2597.2 2604.6 2612.1
2619.6 2627.1 2634.6 2642.2 2649.8
2657.4 2665.0 2672.6 2680.3 2688.0
2582.3 2589.7 2597.1 2604.6 2612.1
2619.6 2627.1 2634.6 2642.2 2649 8
2657.4 2665.0 2672.6 2680.3 2688.0
2582.3 2589.7 2597.1 2604.6 2612.1
2619.6 2627.1 2634.6 2642.2 2649.8
2657.4
9.3587 9.2392 9.3759 8.2565 9.393o 9.2736 9.410Q 9.2906 9.4269 9.3075
9.4437 9.3243 9.4604 9.3409 9.4769 9.3575 8.4934 9.3739 9.5097 9.3903
9.5260 9.4065 9.542f 9.4227 9.5582 9.4387 9.5741 9.4547 9.5900 9.4706
t(c) 275. 280. 285. 290. 295.
300. 305. 310. 315. 320.
325. 330. 335, 340. 345.
350, 355. 360. 365. 370.
375. 380. 385. 390. 395.
400. 410. 420. 430. 440.
450. 460. 470. 480. 490,
500. 510. 520. 530. 540.
550. 560. 570.
800.
800.
401.2108 406. 4(3Q4 411.5897 416.7790 421.9685
427.1578 432.3474 437.5367 442.7262 447.9155
453. J048 463, 4836 473.8625 484.2413 494.6201
504,9890 5+5.3774 525.7562 536.1351 546,5138
556.8926
9.6058 9.4863 9.6214 9.5020 9.6370 9.5176 9.6525 9.5331 9.6678 9.5485
2954.4 2964.2 2974.0 2983.9 2993.8
3003.7 3013.6 3023.5 3033.5 3043.4
3053.4 3073.5 3093.6 3113.9 3134.2
3154.6 3175.1 3195.7 3216.3 3237.1
3257.9 3278.8 3299.8 3320.9 3342.1
3363.3 3384.6 3406.1 3427,6 3449.1
3470.8 3514.4 3558.2 3602.4 3646.9
2954.4 2964.2 2974.0 2983.9 2993.8
2954.4 2964.2 2974.0 2983.9 2993.7
2695.7 2703.4 2711.2 2719.0 2726.8
2695.7 2703.4 2711.2 2719.0 2726.8
2695.7 2703.4 2711.2 2719.0 2726.8
9.7741 9.7898 9.8054 9.8208 9.8363
9.6832 9.5638 9.6985 9.5790 9.7136 9.5942 9.7287 9.6093 9.7437 9.6242
30+33 .6 3013.6 3023.5 3033.4 3043.4
3003.6 3013.6 3023.5 3033.4 3043.4
2734.6 2742.4 2750.3 2758.2 2766.1
2734.6 2742.4 2750.3 2758.1 2766.1
2734,6 2742,4 2750.3 2758. 1 2766.0
9.8516 9.8668 9.8820 9,8970 9.9120
3053.4 3073.5 3093.6 3113.9 3134.2
3154.6
3474.7
3~08.3 3f43.6 3179.1 32i5. O 3251.2
3287.7 3324.5 3361.6 3399.0 3436.7
3474.7
3474.7
9.7586 9.6392 9.7882 9.6687 9.8175 9.6980 9.8464 .9.7270 9.8751 9.7557
10.0719 10.1000 iO. 1279 10.1555 10.1829
10.2100 10.2369 10.2635 10.2899 10.3i61
10.3421 10.3678 10.3934 10,4187 10.4439
10.4688 10.5182 10.5667 10.6146 10.6618
10.7083 10.7542 10.7995 10.8441 10.8882
10.9317
10,0145 9.8951
10.0417 9.8222 10.0685 9.8491 10.0952 9.9757 10.1216 10.0022 10, 1478 10,0284
10.1738 10.0543 10.1995 10.0801 10.2251 iO. 1056
10.2504 10.1310 10.2756 10.1561
10.3005 10.1811 10.3498 10.2304 10.3984 10.2790 10.4463 10.3269 10.4935 10.3740
3175.1 3i95.7 3216.3 3237.1
3470.8 3514.3 3558.2 3602.4 3646.9
3691.7 3736.8 3782.2 3827.9 3873.9
3691.7 3736.0 3782.2 3827.9 3873,9
3920,2
10.5400 10.4206 10.5859 tO.4665 10.6311 10.51t7 10.6758 10,5564 10.7199 10.6005
10.7634 tO.6440
3920.2 3820.2
3 Volume. m /kg
p(kPa) 2. 3. 4.
t 20.01 26.50 31.32 sat
Liq. sat 0.0009047 0.0009057 0. CM)09067 Vap. sat 60.7821 4 i .4045 31.5425
t(c)
0.2407 0.3336 0.4012 Liq. sat 8.0257 7.8942 7.8015 Vap. sat
68.6 96.2 116,6
2350.9 2361.7 2369.7
0.0 0.0 5.1 5.1
26.2 26.2 47.4 47.4
26.2 26.2 47.4 47.4 68,6 68.6
2235.8 89.8 2242.4 2242. t 2249.0 2248.7 2255.5 2255.3 2262.1 2261.9
2268.7 2268.5 2275.3 2275.1 2281.9 2281.8 2288.5 2288.4 2295,2 2295.0
2301.8 2301.7 230a.5 2308.4 2315.2 2315.1 2321.9 2321.8 2328.6 2328.5
2335.3 2335.2 2342.0 2342.0 2348.8 2348.7 2355.6 2355.5 2362.4 2362.3
2369.2 2369.1 2376,0 2376.0 2382.9 2382.8 2389.7 2389,7 2396.6 2396.5
2403.5 2403.5 2410.4 2410.4 2417.4 2417.3 2424.3 2424.3 2431,3 2431.2
2438.3 2438.2 2445.3 2445.3 2452.3 2452.3 2459.4 2459.3 2466.4 2466.4
2473.5 2473.5 2480.6 2480.6 2487.8 2487.7 2494.9 2494.9 2502. i 2502.1
0.0 5.1
0.0 0.0 0.0182 0.0182 0.0935 0.0935 0.1676 0.1676 0.2406 0.2406
8.0549 0.3123 8.0837 7.9144 8.1120 7.9428 8.1399 7.9708 8.1673 7.9983
0.0 0.0182 0.0935 0.1676 0.2406
3.8 ,. ------- . .,. A. A.. . ,.-.,, ”. u Uv-Jsu’+v u w..’+. “ .-.”.0
0.00Q9045 0.00Q9045 0.0009045 0.0009042 0.0009042 0.0009042 0.0009043 0.0009043 0.0009043 0.0009047 0.0009047 0.0009047
5. 10. 15. 20.
200. 205. 210.
61,8246 0.0009054 0.0009054 62.8677 41.8924 0.0009064 63.9102 42.5889 31.9283 64.9521 43.2849
89.8 111.0
2402.8 2411.5 2420. i 242a.9 2437.6
2446.3 2455.0 2463.8 2472.6 2481.4
2490.2 2499.0 2507.8 2516.7 2525.6
2534.4 2543.3 2552,3 2561.2 2570.2
2579.1 2588.1 2597.2 2606.2 2615.2
2624.3 2633.4 2642.5 2651.6 2660. a
89.8 2367.8 2376.5
41.3040 4+ .8238 42.3435 42.8631 43.3827
43,9023 44.4218 44,9413 45.4607 45.9802
46.4996 47.0190 47.5383 48.0576 48.5769
49,0963 49,6155 50, 1348
54.2884 54.8076 55.3267 55.8458 56.3649
2385.2 2393.8
2446. i 2454.9 2463.7 2472.4 2481.2
2490. f 2498.9 2507.7 25i6.6 2525.5
2534.4 2543.3 2552.2 2561.1 2570, 1
2579.1 2588.1 2597.1 2606.1 2615.2
2624.2 2633.3 2642.5 2651.6 2860,7
2384.9 2393.6
2579.0 2588.0 2597.0 2606. i 2615.1
2624.2 2633.3 2642.4 2651.5 2660.7
65.9936
93.0116 94.0499 95,0882 96, 1265 97.1647
98.2029 99.2412
108.5844 109.6225 i 10.6606 111.6987 112.7367
43.9804
48.1469 4tT. a405 49.5340 50.2274 50.9206
51.6138 52.3068 52.9998 53.6927 54.3855
55.0783 55.7710 56,4637 57.1563 57. a489
58.5414 58.2339 59.9264 60.6188 61.3112
62,0036 62.6960 63.3883 64.0806 64.7729
65.4652 66.1574 66.8497
8.1944 8.0254 8.22i0 8.0522 8.2473 8.0785 8.2732 8.1045 8.2988 8.1301
7.9054 7.9322 7.9586 7.9846 8.0103
2301.6 2308.3 2315.0 2321.7 2328.4
2335.1 2341.9 2348.6 2355.4 2362.2
2369.1 2375.9 2382.7 2389.6 2396,5
2403.4 2410.3 2417.3 2424.2 243i.2
2438.2 2445.2 2452.2 2459.3 2466.4
2473.5 2480.6 2487.7 2494.9 2502.0
8.3241 8.1554 8.3490 8.1804 8,3737 8.2050 8,3980 8.2294 8.4220 8.2534
8.4458 8.2772 8.4693 8.3007 8.4925 8.3239 8.5154 8.3469 8.5381 8.3696
8.5606 8.3921 8.5828 8.4i43 8.6048 8.4363 8.6266 8.4581 8.6481 8.4797
8.6695 8.5010 8.6906 8.5222 8.7115 8.5431 8.7323 8.5639 8.7528 8.5844
8.7732 8.6048 8.7933 8.6249 8.8133 8.6449 8.8331 8,6647 8.852a 8.6844
8.8723 8.7039 8.8916 8.7232 8.9107 8.7423 8.9297 8.7613 8.9486 8.7802
8.0356 8,0606 8.0853 8.1097 8.1337
8.1575 8.1811 0.2043 8.2273 8.2500
8.2725 8.2948 8.3168 8.3386 8.3601
8.3815 8.4026 8.4236 8.4443 8.4648
8.4852 8.5054 8.5254 8.5452 8.5648
8.5844 8.6037 8,6228 8,6418 8,6607
2669.9 2679.0 2688.2 2697.5 2706.7
2716.0 2725.3 2734.6 2743.9 2753.3
2762.6 2772.0 2781.4 2790.9 2800.3
2669.9 2679.1 2688.3
8.9673 8.7989 8,9858 8.8174 9.0042 8.8358 9.0225 8.8541 9.0406 8.8722
8.6794 8.6979 8.7163 8.7346 8.7527
2509,3 2509.3 2516.5 2516.5 2523.7 2523.7 2531.0 2530.9 2538.2 2538.2
2509.2 2516.4 2523.7 2530.9 2538.2
9.0586 8.8902 9.0764 8.9081 9.0942 8.9258 9.1118 8.9434 9.1292 8,9609
8.7707 8.7886 8,8063 8.8239 a.8444
2545.5 2545.5 2552.8 2552.8 2560.2 2560. i 2567.5 2567.5 2574.9 2574.9
2545.5 2552.8 2560.1 2567.5 2574.8
16
3 Vo 1ume. m /kg Energy, kd/kg
2. 3. 4
Entropy, kd/kg. K
Enthal
2.
148.5041
4.
59.4796 59.9986 60.5177 61.0368 61.5558
62.0749 62.5939 63.1130 63.6320 64.1510
64.6701 65.1891 65.7081 66.2271 66.7462
67.2652 67.7842 68.3033 68.8223 69.3413
69.8603 70.8983 71.9363 72.9743 74,0123
75,0503 76.0882 77. 1262 78, 1642 79.2022
80.2401 81.2781 82.3161 83.3539 84.3919
85.4299 86.4678 87.5057 88.5437 89.5816
90.6195 92.6954 94.7712 96.8470 98.9229
100.9988 103.0745 105.1503 107,2261 109,3020
111,3778
300. 305. 310. 315. 320.
325. 330. 335. 340. 345.
350. 355. 360, 365. 370.
375. 380. 385. 390. 395.
400. 410. 420. 430. 440,
450. 460. 470. 480. 490.
50Q 510, 520. 530. 540.
550. 560. 570.
800.
2582.3 2582.2 2589.7 2589.7 2597.1 2597.1 2604.6 2604.6 2612.0 2612.0
9.1466 9.i638 9.1809 9.1979 9.2148
8.9782 8.8588 8.9955 8.8760 9.0126 8.8931 9.0296 8.9101 9.0465 8,9270
275. 280. 285. 290. 295.
300. 305. 310. 315. 320.
325. 330. 335. 340. 345.
350. 355. 360. 365. 370.
375. 380. 385. 390. 395.
400. 410. 420. 430. 440.
450. 460. 470. 480. 490.
500. 5to. 52o. 530. 540.
550. 560. 570. 580. 590.
600. 620. 640. 660. 680.
700. 720. 740. 76o. 780.
800.
124,1549 125, 1929 126.2309 127.2689 128.3068
129. ?448 130.3827 131.4207 132.4586 133.4967
134.5346 135.5725 136.6104 i37 .6485 138.6864
139.7243 141.8001 143.8761 145.9519 !48.0278
150.1036 152.1794 154.2553 156,3311 158,4070
160.4828 162.5587 164.6345 166.7102 168.7861
170.6619 172.9377 175,0135 177,0894 179.1651
181.2409 185.3925 189,5441 193.6957 197.8472
201.9988 206.1503 210.3018 214.4534 218.6050
222.7565
2809.8 2809.8 2819.3 2819.3 2828.8 2828.8 2838.3 2838.3 2847.9 2847.9
9.0633 8.9438 9.0799 8.8605 9.0965 8.9770 9.1129 8,9935 9.1293 9.0098
2857.5 2867. i 2876.7 2886.3 2896.0
2857.5 2857.4 2867.1 2867.0 2876.7 2876.7 2886.3 2886.3 2896.0 2896.0
2619.6 2627. i 2634 6 2642.2 2649.8
2619.5 2619.5 2627.1 2627.0 2634.6 2634.6 2642.2 2642.1 2649.7 2649,7
9.2316 9.2483 9.2648 9.2813 9.2976
2905.7 2915.4 2925.1 2934.8 2944.6
2954.4 2964.2 2974.0 2983.9 2993.7
3003.6 3013,5 3023.5 3033.4 3043.4
3053.4 3073.5 3093.6 3113.9 3134.2
3154.6 3175.1 3195.7 3216.3 3237.1
3257.9 3278.8 3299.8 3320.9 3342. i
3363.3 3384,6 3406.0 3427.5 3449. i
3470.8 3514.3 3558.2 3602.4 3646.9
3691.7 3736.8 3782.2 3827.9 3873.9
3920.2
2905.7 2905.6 2915.4 2915.3 2925.1 2925.1 2934.8 2934.8 2944.6 2944.6
2954.4 2954.4 2964.2 2964.2 2974.0 2974.0 2983.9 2983.8 2993.7 2993.7
3003.6 3003.6 3013.5 3013.5 3023.5 3023.5 3033.4 3033.4 3043.4 3043.4
3053.4 3053.4 3073,5 3073.5 3093.6 3093.6 3113.8 3113.8 3134.2 3134.2
3154.6 3154.6 3175.1 31751 3195.6 3195.6 3216.3 32t6.3 3237.0 3237.0
3257.9 3257.9 3278.8 3278.8 3299.8 3299.8 3320.9 3320.9 3342.0 3342.0
3363.3 3363.3 3384.6 3384.6 3406.0 3406.0 3427.5 3427.5 3449. t 3449. i
3470.8 3470.8 3514.3 35\4.3 3558,2 3558.2 3602,4 3602.4 3646.9 3646.9
3691.7 3691.7 3736,8 3736.8 3782.2 3782.2
.3827,9 3827.9 3873.9 3873.9
3474.7
2657.3 2657.3 2665.0 2665.0 2672.6 2672.6 2680.3 2680.3 2688.0 2688.0
2695.7 2695.7 2703.4 2703.4 27it.2 27tl.2 2718.9 2718.9 2726.7 2726.7
2734.6 2734.5 2742.4 2742.4 2750.3 2750.2 2758.1 2758.1 2766.0 2766.0
2774.0 2773.9 2789.9 2789.9 2805.8 2805.9 2821.9 2821.9 2838. f 2838.1
2854.4 2854.4 2870.7 2870.7 2887.1 2887.1 2903,6 2903.6 2920.2 2920.2
2936,9 2936,9 2953.7 2953.7 2970.5 2970.5 2987.5 2987,5 3004.5 3004.5
302i.6 3021.6 3038.8 3038.7 3056.0 3056.0 3073.4 3073.4 3090.8 3090.8
3108.3 3108.3 3143.6 3143.5 3i79. f 3179.1 3215.0 3215.0 3251,2 3251.2
9.3139 9.3300 9.3461 9.3620 9.3779
9.3937 9.4093 9.4249 9.4404 9.4558
9.4712 9.4864 9,5015 9.5166 9.5316
9.5465 9.5761 9.6054 9.6344 9.6631
9.6915 9.7196 9.7475 9.7751 9.8025
9.8296 9.8565 9.8831 9.9095 9.9357
9.9617 9.9874
9.1455 8.0261 9.16i7 9.0422 9.1777 9.0583 9.1937 9.0742 9.2096 9.0901
9.2253 9.1059 9.24i0 9.1216 9.2566 9.1371 9.2721 9.1526 9.2875 9.1680
9.3028 9.1834 9.3180 9.1986 9.3332 9.2138 9.3483 9.2288 9.3633 9.2438
9.3782 9.2587 9.4078 8.2883 9.4370 9.3i76 9.4660 9.3466 9.4947 9.3753
9.5231 9.4037 9.5513 9.43i8 9.5791 9.4597 9.6068 9.4873 9,6341 9.5147
9.6612 9.5418 9.6881 9.5687 9.7148 9,5953 9.7412 9,6217 9.7674 9.6479
9.7934 9.6739 9.8191 9.6997 9.8447 9.7252
9.8700 9.75o6 9.8952 9.7757
10.0180 9,8986 10.0659 9,9464 10.1131 9.9936
3287.7 3287.7 3324.5 3324.5 3361.6 3361.6 3399.0 3399.0 3436.7 3436.7
tO.3279 10.3738 10.4191 10.4637 10,5078
10.1596 10.0402 10.2055 10.0860 10.2507 10.1313 10.2954 10.1760 10.3395 10.2201
3474.7 3474.7 10.5513 10.3830 10.2636
f7
p(kPa) 5. 6. 7.
t 35.18 38,42 41.22
sat Liq, sat 0.cX)09077 0.0Q09086 0.0009095 Vap. sat 25.5466 21.5068 18.5955
Enthalpy. kJ/k 9
5. 6. 7. p(kPa)
0.4546 0.4989 0.5368 Liq. sat 7.73W 7.6718 7.6228 Vap. sat
5. 6.
35.18 38.42
t(c) 0.0009046 0.0009046 0.00Q9046 0.0009045 0.0009045 0.0009045
0.0 0.0 5.1 5.1
0.0 5.1
26.2 47.4 68.6
0.0 0.0 0.0 0.0182 0.0182 0.0182 0.0935 0.0935 0.0935 0.1676 0.i676 0.1676 0.2406 0.2406 0.2406
0.3t23 0.3123 0.3123 0.3S29 0.3829 0.3829
3.8 5.
0.0009042 0.0009042 0.0009042 0. CQ09043 0.0009043 0.00Q9043 0. CGQ9047 0.0009047 0.0009047
0.0009054 0.0009054 0. CO09054 0. 000s064 0.0009064 0. 0Q08064
89.8 89.8 111.0 ht. o
89.8 111.0 132.2 153.4
132.2 132.2 2384.6 2384.3 2393.3 2393.1
132.2 2254.8 2261.5
132.2 2254.6 226i.3
2267.9 2267.7 2274.6 2274.4 2281.3 228i.1 2287.9 2287.8 2294.6 2294.5
7,8121 7.8390 7.8655 7.8915 7.9172
7.9426 7.9676 7.9923 8.0167 8.0409
7.7358 7.762a 7.7893 7.8154 7.64f2
7,6712 7.6982 7.7248 7.75~o 7.7768
26.7882 27.2062 27.6240 28.0414 28.4587
28.8757 29.2926 29.7083 30.1260 30.5424
30.9588 31.3751 31.7913 32.2074 32.6235
33,0395 33.4555 33.8714 34.2872 34.7030
35.1188 35.5346 35.9503 36.3659 36,7815
37.1972 37.6120 38.0283 38.4439 38.8594
39.2749 39.6904 40, 1059 40.5213 40.9368
41.3522 41.7676 42.1830 42.5985 43.0138
43,4292 43.8446 44.2599 44.6753 45.0806
22.3164 22.6652 23.0137 23.3620 23.7101
24.0579 24.4056 24.7532 25.1006 25,4479
25.7951 26.1422 26, 4892 26.8361 27.1830
27.5298 27,8766 28,2233 28,5700 28.9166
29.2632 29.8097 29.8562 30.3027 30.6491
30.9956 31.3420 31.6884 32.0347 32.38+0
32.7274 33.0737 33.4200 33.7662 34.1125
34.4587 34.8049 35.1511 35.4974 35.8435
36.1897 36.5359 36.8821 37,2282 37.5744
19.1222 19.4216 19.7207 20.0196 20.3182
20.6167 20,8149 21.2130 21.5110 21.8089
22. f067 22.4044 22.7020 22.8995 23.2969
23.5943 23.8917 24.1890 24,4862 24.7834
25.0805 25.3777 25.6748 25.9718 26.2689
26.5659 26.8628 27.1598 27,4567 27.7536
28.0505 28.3474 28.6443 28,9411 29,2380
29.5348 29.8316 30.1284 30.4251 30.7219
31.0187 31.3154 31.6122 31.9089 32.2056
2402.1 2401.8 2410.8 2410.6 2419.6 2419.4 2428.3 2428. i 2437.1 2436,9
2401.6 2410.4 2419.1 2427.9 2436.7
2268.1 2274.8 2281.4 2288.3 2294.8
2301.3 2301.2 2308.0 2307.9 2314.7 2314.6 2321.5 2321.4 2328.2 2328.1
7.8666 7.8916 7.9164 7.9408 7.9649
7.8022 7,8273 7,8521 7.8765 7, 90Q7
2445.8 2454.6 2463.4 2472.2 2481.0
2489.8 2498.7 2507.5 2516.4 2525,3
2534.2 2543.1 2552. o 2561.0 2570.0
2578.9 2587.9 2597,0 2606.0 2615,1
2624.1 2633.2 2642.4 265f.5 2660.6
2669,8 2679.0 2688.2 2697.4 2706.7
2716.0 2725.2 2734.6 2743.9 2753.2
2762.6 2772.0 2781.4 2790.8 2800.3
2445.7 2454.5 2463.3 2472.1 2480.9
2489.7 2498.6 2507.4 2516.3 2525.2
2534.1 2543.0 2552.0 2560.9 2569.9
2578.9 2587.9 2596.9 2606.0 2615.0
2624.1 2633.2 2642.3 2651.4 2660.6
2669.8 2679.0 2688.2 2697.4 2706.6
2715.9 2725.2 2734.5 2743.8 2753.2
2762.6 2772.0 2781.4 2790.8 2800.3
2445.5 2454.3 2463.1 2473.9 2480.8
2301.5 2308.1 2314.8 2321.6 2328,3
2489.6 2498.5 2507.3 2516.2 2525.1
2534,0 2542,9 2551.9 2560.8 2569.8
2578.8 2587.8 2596.8 2605.9 2615.0
2624.0 2633. i 2642.3 265f.4 2660.5
2669.7 2678.9 2688.1 2697.4 2706.6
2715.9 2725.2 2734.5 2743.8 2753.2
2762.5 2771. !3 2781.3 2790.8 2800.2
2335.0 2341.8 2348.6 2355.4 2362.2
2369. o 2375.8 2382,7 2389.6 2396.4
2403.3 24i0.3 2417.2 2424.2 2431.2
2438.2 2445.2 2452.2 2459.3 2466.3
2473.4 2480.5 2487.7 2494.8 2502.0
2509.2 2516.4 2523.6 2530,9 2538.2
2545.5 2552,8 2560.1 2567.5 2574.8
2335.0 2341,7 2348.5 2355.3 2362.1
2368.9 2375.8 2382.6 2389.5 2396.4
2403.3 2410.2 24 f7.2 2424. i 2431.1
2438.1 2445.1 2452.2 2459.2 2466.3
2473.4 2480.5 2487.6 2494.8 2502.0
2509.2 25 f6.4 2523.6 2530.9 2538.1
2545,4 2552.7 2560.1 2567.4 2574.8
2334.9 2341.6 2348.4 2355.2 2362,0
2368.9 2375.7 2382.6 2389.4 2396.3
2403.2 2410.2 2417.1 2424.1 2431.1
2438. i 2445.1 2452.1 2459.2 2466.3
2473.4 2480.5 2487.6 2494.8 2501.9
2509.1 2516.4 2523.6 2530.8 2538. t
2545,4 2552.7 2560, 1 2567.4 2574.8
8.0647 8.0882 8.lf15 8.1345 8. f572
7.9887 8.0f23 8.0356 8.0586 8.0813
7.9245 7.9481 7.97f4 7.9944 8.0172
8.0397 8.0620 8.0840 8. f058 8.1274
8.1488 8.1700 8.1909 8,2117 8,2323
8.2526 8.2728 8.2928 8.3127 8.3323
8.3518 8.3712 8.3903 B .4093 8.4282
8.1797 8.2020 8.2240 8.2458 8.2674
8.2887 8.3099 8.3308 8.35f6 8.3721
8,3925 8.4127 8.4327 8.4525 8.4722
8.49i7 8.5110 8.53o1 8.549f 8.5680
8.5867 8.6052 8.6237 8.6419 8,6601
8.678f 8.6958 8,7f36 8.73f3 8.7487
8.1038 8.1261 8. f482 8.17CX3 8.1915
8.2129 8.2341 8.2550 8.2758 8.2963
8,3167 8.3368 8.3569 8.3767 8.3964
8.4159 8.4352 8.4544 8.4734 8.4922
8.5109 8.5295 8.5479 8.5662 8,5843
8.6023 8.6202 8.6379 8.6555 8.6730
8.4469 8.4655 8.4838 8,5021 8,5203
8.5383 8.5561
3 Volume, m /kg Entha
5.
37.9205 38.2666 38.6128 38.9589 39.3050
39.65tl 39.9972 40.3433 40.6894 41.0355
41.3816 41.7276 42.0737 42.4198 42.7658
43.1119 43.4579 43.8040 44,1500 44.4961
44,8421 45.1881 45.5342 45.8802 46.2263
46.5723 47.2643 47.9564 48.6484 49.3405
50.0325 50.7245 51.4166 52. t085 52,8006
53.4926 54.1846 54.8766 55.5685 56.2605
56.9525 57.6445 58.3365 59.0285 59.7204
60.4124 61.7964 63.1803 64.5642 65,9482
67.3321 68.7160 70.0999 71.4838 72,8677
74.25$6
7.
63.6441
300. 305. 3io. 315. 320.
325. 330. 335. 340. 345.
350. 355. 360. 365. 370.
375. 380. 385. 390. 395.
400. 410. 420. 430. 440.
450. 460. 470, 480, 490.
500. 510. 520. 530. 540.
550. 560. 570.
800,
300. 305. 3fo. 315. 320.
325. 330. 335. 340. 345.
350. 355. 360. 365. 370.
375. 380. 385. 390. 395.
400. 410. 420. 430. 440.
450. 460. 470. 480. 490,
500. 510, 520. 530. 540.
550. 560. 570. 580. 590.
600. 620. 640. 660. 680.
700. 720. 740, 760. 780.
80Q
2582.2 2582.2 2589.6 2589.6 2597.1 2597.0 2604.5 2604,5 2612.0 2612.0
8.766i 8.6904 8.7833 8.7076 8.8005 8.7247 8.8175 8.7417 8.8343 8.7586
8.6263 8.6436 8.6607 8.6777 8,6946
45.5059 45.9213 46.3366 46.7519 47.1672
47.5825 47.9978 48.4131 48,8283 49.2436
49.6589 50.0742 50.4894 50.9047 51.3199
51.7351 52.1504 52.5656 52.9808 53.3961
53.8114 54.2266 54,6418 55.0571 55,4723
55.8875 56.7179 57.5484 58.3788 59.2092
60.0396 60.8700 61.7004 62.5308 63.36i2
64.1916 65.0220 65.8524 66.6827 67.5131
68.3434 69.1738 70.0042 70.8346 71.6649
72.4953 74.1560 75. P167 77,4774 79.1381
80,7988 82.4594 84, 1200 85.7807 87.4414
89.1021
2809.8 28t9.2 2828.8 2838.3 2847.8
2857.4 2867.0 2876.6 2886.3 2895.9
2857.4 2867.0 2876.6 2886.3 2895.9
2857.4 2867.0 2876.6 2886.2 2895.9
2619.5 2627.0 2634.6 2642. ! 2649.7
2619.5 2619.5 2627.0 2627.0 2634,6 2634.5 2642. t 2642 1 2649.7 2649.7
8.8511 8.7754 8.8678 8.7921 8.8844 8.8086 8.8008 8.8251 8.9172 8.8415
8.7114 8.7281 8.7446 8.7611 8.7774
2905.6 2915.3 2925.0 2934.8 2944.5
2954.3 2964.1 2974.0 2983.6 2983.7
3003.6 3013.5 3023.4 3033.4 3043.4
3053.4 3073.4 3093.6 3113.8 3134.1
3154.6 3t75. o 3195.6 3216.3 3237.0
2905.6 2915.3 2925,0 2934.8 2944.5
2954.3 2964.1 2974.0 2983.8 2993.7
3003.6 3013.5 3023.4 3033.4 3043.4
3053.4 3073.4 3093.6 3113.8 3134.1
2905.6 2915.3 2925.0 2934.7 2944.5
2954.3 2964. i 2973.9 2983.8 2993.7
3003.6 3013.5 3023.4 3033.4 3043.3
3053.3 3073.4 3093.6 3113.8 3134. i
2657.3 2664.9 2672.6 2680.3 2687.9
2695.7 2703.4 2711.1 2718.9 2726.7
2734.5 2742.4 2750.2 2758.1 2766.0
2773.9 2789.8 2805.8 2821.9 2838.1
2657.3 2657.3 2664.9 2664.9 2672.6 2672.6 2680.2 2680.2 2687.9 2687.9
2695.6 2695.6 2703,4 2703.4 27 fl.1 2711.1 2718.9 27i8.9 2726.7 2726.7
2734.5 2734.5 2742.4 2742.3 2750.2 2750.2 2758.1 2758. i 2766.0 2766.0
2773.9 2773.9 2789.8 2789.8 2805.8 2805.8 2821.9 2821.9 2838. * 2838.1
2854.3 2854.3 2870,7 2870.7 2887. ~ 2887. ~ 2903.6 2903.6 2920.2 2920.2
8.9334 8.8577 8.9496 8.8739 8.9656 8.8899 8.9816 8.9059 8.9974 8.9217
9.0i32 8.9375 9.0289 8.9532 9.0445 8.9688 9.0600 8.9843 9.0754 8.9997
8.0907 8.0150 9.1059 9.0302 9.1211 9.0454 9.1362 9,0605 9.1512 9.0755
9.1661 9.0904 9.1957 9.1200 9.2249 9.1492 9.2539 9.1782 9.2826 9.2069
8.7937 8.8098 8.8259 8.8419 8,8577
8.8735 8.8892 8.9048 8.9203 8.9357
8.9510 8.9662 8.9814 8.8965 9.0114
9.0264 9.0559 9,0852 9.1142 9.1429
3154.5 3175.0 3195.6 3216.3 3237.0
3154.5 3175.0 3195.6 3216.3 3237.0
2854.4 2870.7 2887.1 2903.6 2920.2
8.3110 9.2353 9.3392 9.2635 9.3671 9.2914 9.3947 9.3190 9.4220 9.3463
9.1713 9.1995 9.2274 9.2550 9.2823
3257.9 3278.8 3299.8 3320.9 3342.0
3257.8 3278.8 3299.8 3320.8 3342.0
2936.9 2936.9 2953.7 2953.7 2970.5 2970.5 2987.4 2987.4 3004.5 3004.4
9,4492 8.3735 9.4760 9 .40Q3 9.5027 9.4270 9.5291 9.4534 9.5553 9.4796
3257.9 3278.8 3299.8 3320.9 3342.0
2936.8 2953.7 2970.5 2887.4 30Q4 .5
9.3095 9.3363 9,3630 9.3894 9.4156
3363.3 3384.6 3406.0 3427.5 3449.1
3363.3 3384.6 3406,0 3427.5 3449.1
3363.3 3384.6 3406.0 3427.5 3449.1
3021.6 3038.7 3056.0 3073,3 3090.8
3021,6 3021.5 3038.7 3038.7 3056.0 3056.0 3073.3 3073.3 3090.8 3090.8
8.5813 9.5056 9.6070 9.5313 9.6326 8.5569 9.6579 9.5822 9.6831 9,6074
9.7080 9.6323 9.7573 9,68t7 9.8059 9.7302 9.8538 9.7781 9.9010 9.8253
9.9475 9.8718 9.9934 9.8177
10.1709 10.0952
10.0312
3920.2
3820.2
3920.2
3474.7
3108.3 3108.3 3143.5 3143.5 3179.1 3179.1 3215.0 3215.0 3251.2 3251.2
3287.7 3287.7 3324.5 3324.5 3361.6 3361.6 3398.0 3399.0 3436.7 3436.7
3474.6 3474.6
0.5700 0.5995 0.6261 Liq. sat 7.5805 7.5432 7.5100 Vao. sat
178.4 2261.8
Liq. sat 0.0009104 o.00091il 0.0C09119 Vap. sat 16.3952 14.6723 13.2856
t(c)
0.0 5.1
3.8 5.
0.0009046 0. o@39045 0.0009042 0.0009043 0.0009047
0.0009046 0.0009045 0.0009042 0.0009043 0.0009047
0. 0Q09046 0. CWQ9045 0.0009042 0.0009043 0 .0Q09047
0.0 5.1
0. 0Q09054 0. WJ09064 0.0009077 0.0009091 O. OQO91O8
0. 0Q09054 0.0Q09064 0.0009077 0.0009091 0.0009108
89.8 ill. o 132,2
89.8 111.0 132.2 153.4
2445.2 2454.0 2462.8 2471.7 24ao.5
2489.4 2498.3 2507,1 2516.0 2524.9
89.8 111.0 132.2 153.4 174.5
2400.9 2409.7 24i8.5 2427.4 2436.2
2445.0 2453.9 2462.7 2471.6 2480.4
2489.3 2498.1 2507,0 2515.9 2524.8
89.8 111.0 132.2 153.4
2300.9 2307.7 23*4.4 2321.2 2327.9
2334.7 2341.5 2348.3 2355, 1 2361.9
89.8 111.0 132.2 153.4 174.5
2267.1 2273.9 2280.6 2287.3 2294.1
230U.8 2307.6 2314.3 2321.1 2327.8
2334.6 234f.4 2348.2 2355.0 2361.8
2368.7 2375.5 2382.4 2389.3 2396.2
0.0009091 16.4638
153.4 2392.5
27.1404 27 .?001 27.6598 27,8194 28. 179*
13.3726 13.5831 13,7933 14.0032 14,2128
34.4223 14,63!6 14,8408 15,0498 15.2588
15.4676 15.6763 15.8848 16,0935 16.3020
16.5104 16.7188 16.9271 17.1354 17.3437
17.5519 17.7600 17.9682 18.1762 18. 3a43
18.5924 18.8004 19.0084 19.2164 19.4243
19.6322 19,8402 20,0481 20.2560 20.4638
20.67i7 20,8795 21.0874 21.2952 21.5030
21.7108 21.9186 22.1264 22.3341 22.5419
14.8633 15.0968 15.3300 15.5630 *5.7957
16,0283 16.2606 16.4929 16.7250 16.9570
17.1888 17.4206 17,6523 17,8839 18.1155
18.3470 *8. 5784 18.8098 19.0412 18.2725
19.5037 19.7350 19,9662 20.1973 20.4285
20.6596 20.8907 21.1217 21.3528 21.5838
21.8148 22.0457 22.2767 22.5077 22.7386
22.8695 23.2004 23.4313 23.6622 23.893i
24.1240 24.3548 24.5856 24.8165 25.0473
2401.3 2410.1 2418.9 2427.7 2436.6
2445.4 2454,2 2463.0 2471.8 2480.6
2489.5 2498.4 2507.2 2516.1 2525.0
2267.5 2274.2
7.9841 8. CQ64 8.0284 8.0503 8.0719
2280.9 2287.6 2294.4
2438,0 2445.0 2452.0 2459. i 2466.2
8.0932 6.1144 8.1354 8.1562 8.1767
8.0442 8.0654 8.0864 8.1072 8.1277
8.1481 8.1683 8.1683 8.2082 8.2279
2578,7 2587.6 2596.8 2605.8 2614.9
2578.7 2587,7 2596.7 2605.8 2614.8
2578.6 2587.6 2596.7 2605.7 26i4.8
2403.2 2410,1 2417. t 2424.0 2431.0
2403. i 2410,1 2417.0 2424.0 2431.0
8.0004 8.0215 8.0425 8.0633 8.0839
2624,0 2633. i 2642.2 2651.3 2660.5
2623.9 2633.0 2642.2 2651.3 2660.5
2623.9 2633.0 2642.1 2651.2 2660.4
2438.0 2445.1 2452.1 2459.2 2466.2
2438.0 2445.0 2452.1 2459. i 2466.2
8.1971 8.2173 8.2373 8.2572 8.2768
8.1043 6, 1245 8.1445 8.1644 8.1840
2473.3 2480.4 2487.5 2494.7 2501.9
8.2963 8.3157 8.3348 8.3538 8.3727
8.2474 8.2667 8.2859 8.3049 8.3237
2669.7 2678.9 2688.1 2697.3 2706.6
27t5.8 2725.1 2734.5 2743.8 2753, J
2762.5 2771.9 2781.3 2790.7 2800.2
2669.6 2678.8 2688.0 2697.3 2706.5
2715.8 2725.1 2734.4 2743a 2753.1
2762.5 2771.9 2781.3 2790.7 2800.2
2669.6 2678.8 2688.0 2697.2 2706.5
2715.8 2725.1 2734.4 2743.7 2753.1
2762.4 2771.8 2781.3 2790.7 2800.1
2473.3 2480.4 2467.6 2494.7 2501.9
2509.1 2516.3 2523.6 2530.8 2538.1
2545.4 2552.7 2560.0 2567.4 2574,8
2473.3 2480.4 2487.6 2484.7 2501.9
2509.1 2516.3 2523.5 2530.8 2538.1
2545.4 25S2 .7 2560.0 2567.4 2574.7
8,2035 8.2229 8.2421 8.2611 8.2799
8.2987 8.3472 8.3356 8,3539 8.3721
8.3901 8.4079 8.4257 8.4433 8,4608
2509.1 2516.3 2523.5 2530.8 2538.0
2545.3 2552.7 2560.0 2567.3 2574.7
8.3914 8.4100 8.4284 8.4467 8.4648
8,3425 8.3610 8.3794 8.3977 8.4159
8.4339 8.4517 8.4695 8.4871 8.5046
8.4828 8. 5CY37 8.5184 8.5360 8.5535
20
8.
25.2781 25.5089 25.7398 25.9706 26.2013
26.4321 26.6629 26.8937 27.1245 27.3552
27.5860 27.8168 28.0475 28.2782 28.5090
28.7397 28.97o5 29.2012 29.4319 29.6627
29.8934 30.1241 30.3548 30.5856 30.8163
31.0470 31.5084 31.9698 32.4312 32.8926
33.3540 33.8154 34.2768 34.7381 35.1995
35.6609 36.1222 36.5836 37.0449 37.5063
37.9676 38.4290 38,8903 39.3517 39.8130
40.2743 41.1970 42.1197 43.0423 43.9650
44.8876 45.8103 46.7329 47.6555 48.5782
49.5008
10.
30.0183 30.4335 30.8488 3i .2640 31.6793
32.0945 32.5098 32.925o 33, 3402 33.7555
34.1707 34.5859 35.0011 35.4163 35.8315
36.2467 37.0772 37.9076 38.7380 39.5684
40.3987 41.2291 42.0595 42.8899 43.7202
44.5506
300. 305. 310. 3f5. 320.
325. 330. 335. 340. 345.
350. 355. 360. 365. 370.
375. 380. 385. 390. 395.
400. 410. 420. 430. 440.
450. 460. 470, 480, 490.
500. 510. 520. 530. 540.
550. 560. 570. 580. 590.
600. 620. 640. 660. 680.
700. 720. 740. 760. 780.
800.
325. 330. 335. 340. 345.
350. 355. 360. 365. 370.
375. 380. 385. 390. 395.
400. 410. 420. 430. 440.
450. 460. 470. 480. 490.
500. 510. 520. ’530. 540.
550. 560, 570. 580. 590.
60Q 620. 640. 660. 680.
700. 720. 740. 760. 780.
800,
32, 3328 32.5923 32.8519 33.1114 33.3710
33.6306 33.890i 34.1497 34.4092 34.6688
34.9283 35.4474 35.9665 36.4855 37.0046
37.5236 38.0427 38.5617 39.0807 39.5998
40.1188 40.6378 41.1568 4 t .6758 42.1949
42.7139 43.2329 43.7519 44.2709 44.7899
45.3089 46.3469 47.3848 48.4228 49.4608
50.4987 51.5367 52.5746 53.6126 54.6505
55.6885
2905,6 2915.3 2925. o 2934.7 2944.5
2954.3 2964.1 2973.9 2983.8 2993.6
3003.5 3013.5 3023.4 3033.4 3043.3
3053.3 3073.4 3093.6 3113.8 3134.1
3154.5 3175.0 3195.6 3216.3 3237.0
3257.8 3278,7 3299.7 332o.8 3342,0
3363.3 3384.6
2809.6 2809.6 2819.1 2819.1 2828.7 2828.6 2838.2 2838.2 2847.8 2847.7
2857.3 2857.3 2866.9 2866.9 2876.6 2876.5 2886.2 2886.2 2895.9 2895.8
2905.5 2905.5 2915.2 2915.2 2925.0 2924.9 2934.7 2934.7 2944.5 2944,5
2954,3 2954.2 2964.1 2964.1 2973.9 2973,9 2983,8 2983.7 2993.6 2993.6
3003.5 3003.5 3013.4 3013.4 3023.4 3023.4 3033.3 3033.3 3043.3 3043.3
3053.3 3053.3 3073.4 3073.4 3093.5 3093.5 3113.8 3113.8 3134.1 3134.1
3154.5 3154.5 3175.0 3175.0 3195.6 3195.6 3216.2 3216.2 3237. o 3237.0
2582.2 2589.6 2597.0 2604.5 2612.0
2619.5 2627.0 2634.5 2642.1 2649.7
2657.3 2664.9 2672.6 2680.2 2687.9
2695.6 2703.4 2711.1 2718.9 2726.7
2734.5 2742.3 2750.2 2758.1 2766.0
2773.9 2789.8 2805.8 2821.9 2838. i
2582.1 2589.6 2597.0 2604.5 2611.9
2619.4 2627.0 2634.5 2642.1 2649.7
2657.3 2664.9 2672.5 2680.2 2687.9
2695.6 2703.3 2711.1 2718.9 2726.7
2734.5 2742.3 2750.2 2758.1 2766.0
2773.9 2789,8 2805.8 2821,8 2838. t
2582.1 2589.5 2597.0 2604.4 2611.9
2619.4 2626.9 2634.5 2642.1 2649.6
2657.2 2664.9 2672.5 2680.2 2687.9
2695.6 2703.3 2711.1 2718.9 2726.7
2734.5 2742,3 2750.2 2758.1 2766. o
8.5709 8.5219 8.4782 8.588! 8.5392 8.4954 8.6052 8.5563 8.5125 8.6222 8.5733 8.5295 8.6391 8.5902 8.5464
8.6559 8,6070 8,5632 8.6726 8.6237 8,5799 8.6892 8.6402 8.5965 8.7056 8.6567 8,6129 8.7220 8.6731 8.6293
8.7382 8.6893 8.6455 8.7544 8.7055 8.6617 8.7704 8.7215 8.6770 8.7864 8.7375 8.6937 8.8023 8.7533 8.7096
8.8180 8.7691 8.7254 8.8337 8,7848 8.7410 8.8493 8.8004 8.7566 8.8648 8.8159 8.7721 8.8802 8.8313 8.7875
8.8955 8.8466 8.8029 8.9108 8.8619 8.8181 8.9259 8.8770 8.8333 8.9410 8.8921 8.8483 8.9560 8,9071 8.8633
8.9709 8.9220 8.8782 9.00Q5 8.9516 8.9078 9.0298 8.9809 8.937* 9.0588 9.0099 8,9661 9.0875 9.0386 8,9948
9.lf59 9.0670 9,0232 9.1440 9.0951 9.0514 9.1719 9.1230 9.0793 9.1995 9.1506 8.1069 9.2268 9.1780 9.1342
9.2540 9.2051 9.1614 9.2809 9,2320 9.1882 9.3075 9.2586 9.2149 9.3340 9,2851 9.2413 9.3602 9.3112 9.2675
9.3861 9.3372 9.2935 9.4119 9.3630 9.3192 9.4374 9.3885 9.3448 9.4628 9.4139 9.3701 9.4879 9.4390 9.3953
9.5129 9.4640 9.4202 9.5622 9.5133 9.4696 9.6108 9.5619 9.5181 9.6587 9.6098 9.5660 9.7o59 9.6570 9.6132
9.7524 9.7o35 9.6597 9.7983 9.7494 9.7056 9.8435 9.7946 9.7509 9.8882 9.8393 9.7956 9.9323 9.8834 9.8396
9,9758 9,9269 9.8832
2854.3 2870.7 28S7. i 2903.6 2920.2
3257.8 3257.8 3278.7 3278.7 3299.7 3299.7 3320.8 3320.8 3342,0 3342. o
2936.9 2953.6 2970.5 2987.4 3004.4
2936.8 2953.6 2970.5 2987,4 3004.4
2936.9 2953.6 297o 5 2987.4 3004.4
3363.2 3363.2 3384.6 3384.6 3408.0 3406.0 3427.5 3427.5 3449.1 3449.1
3470.7 3470.7 3514.3 3514,3 3558.2 3558.2 3602.4 3602.4 3646.9 3646.9
3691.7 3691.7 3736.8 3736.8 3782.2 3782.2
, 3827.9 3827.9 3873.9 3873.9
3021.5 3021.5 3038.7 3038.7 3056.0 3056.0 3073.3 3073.3 3090.8 3090.8
3021.5 3038.7 3056.0 3073.3 3090.7
3406.0 3427.5 3449. i
3920.1
3108.3 3108.3 3143.5 3143.5 3179.1 3179.1 3215.0 3215.0 3251,2 3251.2
3108.3 3143.5 3179.1 3215.0 3251.2
3287,7 3287.7 3324.5 3324.5 3361,6 3361.6 3399.0 3399.0 3436,7 3436.7
3287.7 3324.5 3361.6 3399.0 3436.7
3474,63920, 1 3920.1 3474.6 3474.6
Table 3. Liquid and Vapour
3 Volume . m /kg
t 49.79 51.50 53.09
12. i3.
0.6504 0.6727 0.6934 Liq. sat 7.4800 7.4527 7.4276 Vap. sat
11. 12. 13. 11.
49.79 51.50 53.09 49.79 51.50 53.09
sat Liq. sat 0.0Q09126 0.0009133 0.0CX)9139 Vap. sat 12,1448 11.1894 10.3773
194.7 201,9 208.7 240Q.2 2403.0 2405.7
194.7 2266.6
t(c) 0.0 0.0 0.0 5.1 5.1 5.1
26.2 26.2 26.2 47,4 47.4 47.4 68.6 68.6 68,6
0.0 5.t
0.0 0.0182 0.0935 0.1676 0.2406
0.0 0.0182 0.0935 0.1676 0.2406
0.0 0.0182 0.0935 0.1676 0.2406
3.8 5.
0.0009046 0.0009045 0.0009042 0. 0Q09043 0. CWQ9047
0.0009046 0.0009045 0 .OOQ9042 0.0009043 0.0009047
0.0039046 0. OQ09045 0.0009042 0.0009043 0.0009047
89.8 111.0
89.8 89,8 111.0 111.0 132.2 132.2 153.4 153.4 174.5 !74.5
0.3123 0.3829 0.4522 0.5204 0.5874
0.3123 0.3829 0.4522 0.5204 0.5874
0.3123 0.3829 0.4522 0.5204 0.5874
0.0009054 0. CC09064 o .0Q09077 0.0009091 0.0009108
0.0009054 0.0009064 0.0009077 0 .0G09091 0.0009108
0.0009054 0.0009064 0.0009077 0.0009091 0.0009i08
89.8 89.8 89,8 111,0 111.0 111.0 132,2 132.2 132.2 153.4 153.4 153.4 174.5 174.5 174.5
132.2 153,4 174.5
12.1530 0.0009127 0.0009127 2400.6 195.6 195.6 12.3446 11.3125 10.4393 2409.5 2409.3 2409.1
2266.9 2273.7 2280.5 2287.2 2293,9
195.6 ~ 2273.5 2273.3 2280,3 2280.1 2287.0 2286.9 2293,8 2293.7
7.4812 0.6532 0.6532
7.5084 7.4717 7.4380
12.5359 12.7269 12.9178
15.0078 15, T973 75.3868 15.5762 15.7655
15.9549 16.1442 16.3334 16.5226 16.7118
16.9010 17.0902 17.2793 ~7 .4684 17,6575
17.8466 18.0356 18.2246 18.4136 18.6026
18.7916 18.9806 19.1696 19.3585 19.5475
19,7364 19.9253 20.1142 20.3031 20.4920
11.4881 11.6634 11.8385
12.8857 13.0598 13.2339 13.4078 13.5817
13,7556 i3.9294 14.1031 14.2768 14.4504
14.6240 14,7976 14.9711 15.1446 15.3181
15.4916 15.6650 ~5.8384 16.0118 16.1851
16.3585 16.5318 16,7051 16.8784 17.05!7
17.2249 ~7 .3982 17.5714 ~7 ,7446 17.9179
*8.0911 18.2643 18.4374 18.61fx 38,7838
10.6015 10.7635 10.9253
11,0869 i 1.2483 1 i .4096 1 t .5707 11.7318
11.8927 12.0535 12,2142 12.3749 12.5355
12.6960 12.8565 13,0169 13.1773 13.3376
13.4979 13.6582 13.8184 !3 ,9786 14.1388
14.2989 14.4591 14.6192 14.7792 14.9393
15.0993 15.2593 15.4193 15.5793 15.7393
15.8993 16.0592 16.2191 16.3790 16.5390
16.6989 16.8587 f7.0f86 17.1785 17.3384
2418.3 2418.1 2417.9 2427.2 2427. o 2426.8 2436.0 2435.9 2435.7
7.5352 7.5615 7.5875
7,4986 7,4649 7.5250 7.4913 7.5510 7.5174
7.5766 7.5430 7,6019 7.5683 7,6268 7.5932 7,6513 7,6178 7.6756 7.6421
2444.9 2453.7 2462.6 2471.4 2480, 3
2489.2 2498.0 2506.9 2515.8 2524,7
2533.7 2542.6 255i.6 256o.6 2569.5
2578.5 2587.6 2596.6 2605.7 2614.7
2623,8 2632.9 2642.1 2651.2 2660.4
2669.5 2678.7 2688.0 2697.2 2706.5
2715.7 2725.0 2734.3 2743.7 2753.0
2762.4 2771,8 2781,2 2790.7 2800.1
2444,7 2444.6 2453.6 2453.4 2462.4 2462.3 2471.3 2471.2 2480.2 2480.0
2489.0 2488.9 2497.9 2497.8 2506.8 2506.7 2515.7 2515.6 2524.7 2524.6
2533.6 2533.5 2542,5 2542.5 2551.5 2551.4 2560.5 2560.4 2569.5 2569.4
2578,5 2578.4 2587.5 2587.4 2596.5 2596.5 2605.6 2605.5 2614.7 2614.6
2623.8 2623.7 2632.9 2632.8 2642.0 2642, o 2651.2 2651.1 2660.3 2660.3
2669.5 2669.5 2678.7 2678.7 2687.9 2687.9 2697.2 2697.1 2706.4 2706.4
2715.7 2715.7 2725.0 272S.0 2734.3 2734.3 2743.7 2743,6 2753.0 2753.0
2762.4 2762.4 2771.8 2774.8 z78f.2 278t.2 2790.6 2790,6 2800, 1 2800.1
2300.7 2307.4 2314.2 232i. O 2327.7
2334.5 2341.3 2348.1 2354.9 2361.7
2368.6 2375.4 2382.3 2389.2 2396, 1
2403.0 2410.0 2416.9 2423.9 2430.9
2437.9 2444.9 2452.0 2459.0 2466. i
2473,2 2480,4 2487.5 2494.7 2501.8
2509.0 2516,2
230Q.6 2300.4 2307.3 2307.2 2314.1 23+4.0 2320.9 2320.8 2327,6 2327.5
2334.4 2341.2 2348.0 2354,8 2361.7
2368,5 2375.4 2382.3 2389.2 2396. t
2403,0 2409.9 2416.9 2423.9 2430.9
2437.9 2444.9 2451.9 2459. o 2466. i
2473,2 2480.3 2487.5 2494.6 250+.8
2509.0 2516,2 2523.5 2530.7
2368.5 2375.3 2382.2 2389.1 2396.0
2402.9 2409.9 2416.8 2423.8 2430.8
2437.8 2444.9 2451.9 2459.0 2466.1
2473.2 2480.3 2487.4 2494.6 2501.8
2509.0 2516.2 2523.4 2530.7 2538.0
2545.3 2552.6 2559.9 2567.3 2574.7
7,7359 7.7595 7.7829 7.8060 7.8288
7.8514 7.8737 7,8958 7.9176 7.9393
7.9607 7.9819 8.0Q29 8.0236 8.0442
8.0646 8.0848 8, 1049 8. f247 8.1444
8.1639 8.1832 8,2024 8.2214 8.2403
8.2590 8.2776 8,2960 8.3143 8,3325
8.3505 8.3683 8.3861 8.4037 8.4212
7.6995 7.6661 7,7232 7.6898 7.7466 7.7131 7.7697 7.7363 7.7925 7.7591
7.8151 7.78J7 7.8374 7.8040 7.8595 7.826t 7.88f4 7.8480 7,9030 7.8697
7.9244 7.891+ 7.9456 7.9123 7.9666 7.9333 7 .9a74 7.9541 8.0080 7,9747
8.0284 7.995+ 8.0486 8.0153 8.0687 8.0354 8.0885 8.0552 8.1082 8.0749
8.1277 8.0944 a. 1471 8.1138 8.1662 8.i329 8.t853 8.1520 8.2041 8,+708
8.2229 8, la96 8.2414 8.2081 8.2599 8.2266 8.278f 8.2449 8.2963 8.2630
8.3143 8.28*O 8.3322 8.2988 8.3499 8.3166 8.3675 8.3343 8.385o 8.3518
2523.5 2530.7 2538.0 2538.0
2545.3 2552.6 2560. o 2567.3 2574.7
22
3 Volume. m /kg Entha
11,
18.9569 19.1301 19.3033 19.4764 19.6495
19.8226 19,9958 20.1689 20.3420 20.5151
20.6882 20.8613 21.0344 2 i .2075 21.3806
21.5537 21.7267 21.8998 22.0729 22.2460
22.4190 22.5921 22,765t 22.9382 23.1113
23.2843 23.6304 23.9765 24.3226 24.6687
25.0147 25.3608 25.7069 26.0529 26.3990
26.7450 27.0911 27.4371 27,7831 28.1292
28.4752 28.8212 29.1673 29.5133 29.8593
30.2053 30.8974 31.5894 32.2814 32,9734
33.6654 34.3574 35.0494 35.7414 36.4334
37.1254
13.
18.2974 18.4572 18.6170 ~8 .7768 18,9366
19.0964 19.2562 19.4160 19,5758 19.7356
19.8953 20.0551 20.2149 20.3746 20.5344
20.6942 20.8539 21.0137 21.1734 21.3332
21.4929 21.8124 22.1319 22.4514 22.7708
23.0903 23.4097 23.7292 24.0486 24.3681
24.6875 25.0070 25.3264 25.6458 25.9652
26.2846 26.6041 26.9235 27.2429 27.5623
27.8817 28.5205 29. 159? 29.7981 30.4369
3t .0757 31.7144 32, 3532 32.9920 33.6307
34.2695
3CH3 305. 310. 315. 320.
325. 330. 335. 340. 345.
350. 355. 360. 365. 370.
375. 380. 385. 390. 395.
400. 410. 420. 430. 440.
450. 460. 470. 480. 490.
500, 510. 520. 530. 540.
550. 560. 570. 580. 590.
600. 620. 640, 660. 680.
700. 720. 740. 760. 780.
800.
300. 305. 310, 315. 320.
325. 330. 335. 340. 345.
350. 355. 360. 365. 370.
375. 380. 385. 390. 395.
400, 410. 42o. 430. 440.
450. 460. 470. 480, 490,
500. 510. 520. 530. 540.
550. 560. 570. 580. 590.
600, 620. 640. 660. 680.
700. 720. 740. 760. 780.
800.
21.6252 21.8141 22.0029 22.1918 22.3806
22.5694 22.7582 22.9471 23.1359 23.3247
23.5135 23.7023 23.8911 24.0799 24.2687
24.4575 24.6463 24.8350 25.0238 25.2126
25.4014 25.7789 26.1565 26.5340 26.9116
27.2891 27.6666 28.0441 28.4216 28.7991
29.1766 29.5541 29.9316 30.3091 30.6866
31.0640 31.4415 31.8190 32.1965 32.5740
32.9514 33.7063 34.4613 35.2162 35.9711
36. ?260 37,4809 38,2358 38.9907 39.7456
40, 5005
2809.6 2819.1 2828.6 2838. i 2847.7
2809.5 2819.0 2828.6 2838. i 2847.7
2582. i 2582.1 2589.5 2589.5 2597.0 2596.9 2604.4 2604.4 2611.9 2611.9
2582. 1 2589.5 2596.9 2604.4 2611.9
8.4386 8.4558 8.4729 8.4899 8.5068
8.4024 8.4196 8.4368 8.4538 8.4707
8.3691 8.3864 8.4035 8.4205 8.4374
8.5236 8.5403 8.5569 8.5733 8.5897
8.4875 8.5042 8.5207 8.5372 8.5535
8.4542 8.4709 8.4875 8.5039 8.5203
2857.3 2866.9 2876.5 2886.1 2895.8
2905.5 2915.2 2924.9 2934.7 2944,4
2954.2 2964.0 2973.9 2983.7 2993,6
3003.5 3013.4 3023.3 3033.3 3043.3
3053.3 3073.4 3093.5 3113.8 3134.1
31’54.5 3175.0 3195.6 3216.2 3237.0
3257.8 3278.7 3299.7 3320.8 3342.0
3363.2 3384.6 3406.0 3427.5 3449.1
2857.3 2866,9 2876.5 2886.1 2895.8
2905.5 2915.2 2924.9 2934.7 2944.4
2954.2 2964.0 2973.9 2983.7 2993.6
3003.5 3013,4 3023.3 3033.3 3043.3
3053.3 3073.3
2619.4 2619.4 2626.9 2626.9 2634.5 2634.5 2642.0 2642.0 2649.6 2649.6
2619.4 2626.9 2634.4 2642.0 2649.6
2905.5 29i5.2 2924.9 2934.6 2944.4
2954.2 2964.0 2973.8 2983.7 2993.6
3003.5 3013.4 3023.3 3033.3 3043.3
3053.3 3073.3
2657.2 2657.2 2664.9 2664.8 2672.5 2672.5 2680.2 2680.2 2687.9 2687.9
2695.6 2695.6 2703.3 2703,3 271!.1 2711.1 2718.8 2718.8 2726.6 2726.6
2734.5 2734.5 2742.3 2742.3 2750.2 2750.2 2758.0 2758.0 2766.0 2765.9
2773,9 2773.9 2789.8 2789.8 2805.8 2805.8 2821.9 2821.9 2838.0 2838.0
2854.3 2854.3 2870.6 2870.6 2887. i 2887. i 2903.6 2903.6 2920.2 2920.2
2936,9 2936.9 2953,6 2953,6 2970.5 2970.5 2987.4 2987,4 3004.4 3004.4
302t.5 3021.5 3038.7 3038.7 3056.0 3056.0 3073.3 3073.3 3090.7 3090.7
2657,2 2664.8 2672.5 2680.2 2687.8
2695.6 2703.3 2711.0 2718.8 2726.6
2734.4 2742.3 2750.1 2758.0 2765,9
2773.9 2789.8 2805.8 2821.9 2838.0
2854.3 2870.6 2887.1 2903.6 2820.2
2936.8 2953.6 2970.5 2987.4 30Q4 .4
3021.5 3038.7 3056.0 3073.3 3090.7
8.6060 8.6221 8.6382 8.6541 8.6700
8.6858 8.7014 8.7170 8.7325 8.7480
8.7633 8.7785 8.7937 8.8088 8.8237
8.8387 8.8683 8.8975 0.9265 8.9552
8.9836 9.0118 9.0397 9.0673 9.0947
9.1218 9.1487 9.1753 9.20i7 9.2279
9.2539 9.2797 9.3052 9.3306 9.3557
8.5698 8.5860 8.6020 8.6180 8.6339
8.6496 8.6653 8.6809 8.6964 8.7118
8.7271 8.7424 8.7575 8.7726 8.7876
8.8o25 8.832~ 8.8614 8.8904 8.9191
8.9475 8.9757 9.0035 9.0312 9.0585
9.0857 9.1125 9 1392 9. i656 9.1918
9.2178 9.2435 9.2691 9.2944 9.3196
8.5366 8.5527 8.5688 8.5847 8.6006
8.6164 8.6321 8,6476 8.6632 8.6786
8.6939 8.7091 8.7243 8.7394 8.7544
8.7693 8.7988 8.8282 8.8572 8.8859
8.9143 8.9424 8.9703 8.9979 9,0253
9.0524 9.0793 9.1059 9.1324 9.1586
9.1845 9.2103 9.2358 9.2612 9,2863
3093.5 3093.5 3113.7 3113.7 3134.1
3154.5 3175.0 3195.5 3216.2 3237.0
3257.8 3278.7 3299.7 3320.8 3342.0
3363,2 3384.6 3406,0 3427.5 3449.0
3134,1
3154.5 3175.0 3195.5 3216.2 3237.0
3257.8 3278.7 3299.7 3320.8 3342.0
3363.2 3384.5 3406.0 3427,5 3449.0
3470.7 3514.3 3558.2 3602.4 3646.8
3470.7 3514.3 3558.2 3602.4 3646,9
3470.7 3514.3 3558.1 3602.3 3646.9
3108.3 3108.2 3143.5 3143.5 3179.1 3179.1 32i5. O 3215.0 3251.2 3251.2
3108.2 3143.5 3179.1 3215,0 3251,2
9.3807 9.4300 9.4766 9.5265 9.5736
9.3445 9.3939 9.4424 9.4803 9.5375
9.3113 9.3606 9.4092 9.4571 9.5043
3287.7 3287.7 3324.5 3324.5 3361.6 3361.6 3399.0 3399.0 3436.7 3436.7
3287.7 3324.5 3361.6 3399.0 3436.7
3681.7 3736.8 3782.2 3827.9 3873.9
3691.7 3736.8 3782.2 3827.9 3873.9
3691.7 3736.8 3782.2 3827.9 3873.9
9.6202 9.6661 9.7113 9.7560 9.8001
9.5840 9.6299 9.6752 9.7199 9.7639
9.5508 9.5967 9.6420 9.6866 9.7307
3920. i 3920.1 3920. t 3474.6 3474.6 3474.6 9.8436 9.8075 9.7742
23
3 Volume. m /kg
t 54.59 55.99 57.32
0.7126 0.7306 0.7476 Liq. sat 7.4044 7.3828 7.3627 Vap. sat
Enthalpy, kd/kg
Energy, kd/kg
215.0 220.9 226.5 2272.6 2274.3 2276.0
sat Liq. sat 0.0009146 0.0009152 0.0009158 Vap, sat 9.6782 9.0699 8.5356
t(c) 3.8
200. 205. 210.
+(c)-.-, 0.0 5.f
26.2 47.4 68.6
3.8 5.
200. 205. 210.
0.0009046 0.0009045 0.0009042 0.0009043 0. 0Q09047
0. 0Q09046 0. 0W9045 0.0009042 0.0009043 0.0009047
0.0009046 0.0009045 0.0009042 0 .CKW9043 0.0009047
0.0935 0.1676 0.2406
0.0935 0.1676 0.240668.6
89.8 ill. o 132.2 153.4 174.5
89.8 111.0 132.2 153.4 174.5
89.8 111.0 132.2 153.4 174.5
0.3123 o.3a29 0.4522 0.5204 0.5874
0.3123 0.3829 0.4522 0.5204 0.5874
0.3123 0.3829 0.4522 0.5204 0.5874
0.0009054 0.0009064 0. 00Q9077 o .CKW9091 0.0009108
0.0009054 0.0009064 0.0009077 0.0009091 0.0009108
0.0009054 0.0008064 0.0009077 0.0009091 O. OCQ91O8
89.8 Ilt. o 132.2 153.4 174.5
0.0Q09127 0.0009127 0.0009127 9.6907 0.0009148 0.0009148 9.8416 9.1830 8.6067
195.6 2408.8
195.6 216.7
2417.5
195.6 195 6 195.6 m 2i6.7 2280.0 2279.8 2286.7 2286.6 2293.5 2293.4
195.6 0.6532 0.6532 0.6532 7,4066 0.7180 0.7180
7.4336 7.4045 7.3772 7.4601 7.4310 7,4038
216.7 2417.3
11.0415 11.1909 11.3403 11.4895 11.6387
~ 1.7878 11.8369 12.0859 12.2349 12.3838
12.5327 12.6a16 12.8304 12.8792 13.1280
13,2767 13,4254 13.5741 13.7228 i3 .8714
14.0201 14,1687 f4 .3173 14.4658 14,6144
14.7630 14.9115 15.0600 15.2085 15.3570
15.5055 15.6540 15.8025 15.9510 16.0994
9.3237 9.4642
1 i .6962 11.8352 11.9741 12,1130 12.2519
i 2.3908 12.5296 f2.6684 +2.8072 12.9459
13.0847 13.2234 13.3621 13.5008 13.6395
13.7782 13.9168 14.0555 14,1941 14,3327
14.4713 14.6099 14.7485 f4 .8871 15.0257
8.7387 a.a706
9.6583 9.7892 9.9200
*O. 0508 10.1814
10.9642 1 t .0946 11.2249 11.3551 11.4854
11,6156 11.7457 11.8759 i2.0060 12.1361
12.2662 12.3963 12.5264 12.6564 12.7865
12.9165 13.0465 13.1765 i 3.3065 13.4364
13.5664 13.6963 13.8263 13.9562 14.0861
2426.5 2435.4
7.4571
7.7220 7.7443 7.7664 7.7883 7.8t O0
7.4299
2300.3 2300.2 2307.1 2307.0 2313.9 2313.8
2300. i 2306.8 2313.6 2320.4 2327.2
2444.4 2453.3 2462.2 2471.0 2479.9
2488.8 2497.7 2506.6 2515.5 2524.5
2533.4 2542.4 2551,3 256o.3 2569.3
2578.3 2587.4 2596.4 2605.5 2614.6
2623.7 2632.8 2641.9 2651.1 2660.2
2669.4 2678.6 2687.8 2697.1 2706.3
2715.6 2724.9 2734.2 2743.6 2752.9
2762.3 2771.7 2781.1 2790,6 28CKI. O
2444.2 2453.1 2462.0 2470.9 2479.8
2488.7 2497.6 2506.5 2515.5 2524.4
2533.3 2542,3 2551.3 2560.3 2569.3
2578.3 2587.3 2596.4 2605.4 2614,5
2623.6 2632.7 2641.9 2651.0 2660.2
2669.4 2678.6 2687.8 2697.0 2706.3
2715.6 2724.9 2734.2 2743.6 2752.9
2762.3 2771.7 2781.1 2790.6 280Q. O
2444.1 2453.0 2461.9 2470.8 2478.7
2320.6 2320.5 2327.4 2327.3
2334.1 2340.9 2347.7 2354.5 2361.4
2488.6 2497.5 2506.4 2515.4 2524.3
2334.2 2334. i 2341.0 2341.0 2347.9 2347.8 2354.7 2354.6 2361,5 2361.5
2368.3 2375.1 2382.0 2388.9 2395.8
2533.3 2542.2 2551.2 2560.2 2569.2
2578.2 2587.2 2596.3 2605.4 2614.5
2623.6 2632.7 2641.8 2651.0 2660. i
2669.3 2678.5 2687.8 2697.0 2706.3
2715.6 2724.9 2734.2 2743.5 2752.9
2762.3 2771.7 2781.1 2790.5 280+3.0
2368.4 2368.3 2375.3 2375.2 2382.1 2382.1 2389.0 2389.0 2396.0 2385.9
7.8602 7.8314 7.8045 7.8814 7.8526 7.8257 7.9024 7,8737 7.8468 7.9232 7,8945 7.8676 7.9438 7.915~ 7.8882
2402.9 2409.8 2416.8 2423.8 2430.8
2437.8 2444.8 2451.9 2458.9 2466.0
2473.1 2480.3 2487.4
2402.8 2409. a 2416.7 2423.7 2430.7
2402.8 2409.7 2416.7 2423,7 2430.7
7.9642 7.9355 7.9086 7.9845 7.9557 7.9289 8.0045 7.9758 7.9488 B.0244 7.9956 7.9688 8.0441 8.0153 7.9885
2437.7 2444.8 2451.8 2458.9 2466.0
2473.1 2480.2 2487,4
8.0636 8.0349 8.0080 8.0829 8.0542 8.0274 8.1021 8.0734 8.0466
8.1211 8.0924 8.0656 8.1400 8.lii3 8.0845
2473.1 2480.2 2487.3
24
3 Volume, m /kg Enthalpy, kU/kg Energy. ktJ/kg
p(k Pa) 14. 15. 16. 14. 15. 16. 14. 15. 16.
Entropy, kJ/kg. K
t(c) 275. 280. 285. 290. 295.
300. 305. 310. 315. 320.
325. 330. 335. 340. 345.
350. 355. 360. 365. 370.
t(c) 275. 280. 285. 290. 295.
300. 305. 310. 315. 320.
325. 330. 335. 340. 345.
350. 355. 360. 365. 370.
16.2479 16.3963 16.5447 16.6932 16.8416
16.9900 17. t384 17. ?868 17,4352 17.5836
17.7320 17.8804 18.0288 18. i772 18.3255
18.4739 18.6223 18.7706 18.9190 19.0674
15.1642 15.3028 15.4413 15.5799 t5 .7184
15.8570 15.9955 16.1340 16.2725 16,4110
16.5495 16.6880 16.8265 16.9650 77.1035
17.2420 17.3805 17,5190 17,6574 17,7959
17.9344 18.0729 18.2113 18.3498 f8 .4883
18.6267 t8 .9036 19.1805 19.4574 19,7343
14.2161 14.3460 14.4759 14.6058 14.7357
2809.5 2819.0 2828.5 2838.1 2847.6
2B09.5 2809.5 2819.0 2819.0 2828.5 2828.5
2838.1 2838.0 2847.6 2847.6
2657.2 2664,8 2672.5
2657.2 2664.8 2672.4 2680. i 2687.8
8.3383 8.3556 8.3727 8.3897 8.4066
8.4234 8.4401 8.4567 8.4731 8.4895
8.5058 8.5219 8.5380 8.5539 8.5698
8.3096 8.3269 8.3440 8.3611 8.3780
8.3947 8.4114 8.4280 8.4445 8.4608
8.4771 8.4933 8.5093 8.5253 8.5412
8.2828 8.3oo1 8.3172 8.3342
14.8655 14.9954 15.1253 15.2552 t5 .3850
2857.2 2866.8 2876.4 2886.1 2895.8
2857 2 2857.2 2866.8 2866.8 2876.4 2876.4 2886. i 2886,0 2895.7 2895.7
2905.4 29i5.1 2924.9 2934.6 2944.4
2954.2 2964.0 2973.8 2983.7 2993.5
3003.4 3013.4 3023.3 3033.3 3043,2
3053.2 3073.3 3093.5 3113.7 3t34. o
2905.4 2915.1 2924.8 2934.6 2944.4
15.5149 15.6447 15.7746 15.9044 16.0343
16, 164! 16.2939 16.4238 16.5536 16.6834
16.8132 16.9431 17.0729 17,2027 17.3325
17.4623 17.7219 17,9815 18.2411 18.5007
2905.4 2915.1 2924.9 2934.6 2944.4
2954.2 2964.0 2973.8 2983.7 2993.6
3003.4 3oi3.4 3023.3 3033.3 3043.2
3053.2 3073.3 3093,5 3113.7 3t34. o
2680.1 2687.8
2954. 1 2964.0 2973.8 2983.6 2993.5
3C03 .4 3013.3 3023.3 3033.2 3043.2
3053.2 3073.3
3093.4 3113.7 3134.0
3154.4 3154.4 3174.9 3174.9 3195.5 3195.5 3216.2 3216.2 3236.9 3236.9
450. 460. 470. 480, 490.
21 .440s 21.7374 22.0341 22.3307 22.6273
20.0112 20.2880 20.5649 20.8418 21.1187
18.7603 19.0199 19.2794 19.5390 18.7986
3154.4 3174.9 3195.5 3216.2 3236.8
2936.8 2936.8 2936.8 2953.6 2953.6 2953,6 2970.5 2970.4 2970,4 2987.4 2987.4 2987.4 3004.4 3004,4 3004.4
9.0216 9.0485 8.0752 9.1016 9.1278
9.1538 9.1795 9.2051 9,2304 9.2556
500. 510. 520. 530. 540.
22.9239 23.2206 23.5172
3257.8 3257.8 3278.7 3278.7 3299.7 3299.7 3320.8 3320.8 3341.9 3341.9
23.8i38 24.1104
3021.5 3021.5 3021.5 3038.7 3038.7 3038.7 3056.0 3055.9 3055.9 3073.3 3073.3 3073.3 3090.7 3090.7 3090.7
550. 560. 570. 580. 590.
24,4070 24,7036 25.0002 25.2968 25.5934
25.8900 26.4832 27.0764 27.6696 28.2627
28.8559 29.4490 30.0422 30.6353 31.2285
22.7797 23.0566 23.3334 23.6103 23.887~
24.1639 24.7~75 25.2712 25.8248 26.3785
26.9321 27.4857 28.0393 28.5829 29.1465
21.3559 21.6154 21.8749 22.1345 22.3940
22.6535 23.1726 23.6916 24.2107 24.7287
25.2487 25.7678 26.2868 26.8058 27.3248
27.8438
3920.1
3470.7 3514.3 3558. f 3602.3 3646.8
3691.7 3736.8 3782.2 3827.9 3873.9
3920.1
3470.7 3514.2 3558. t 3602.3 3646.8
3691,6 3736.8 3782.2 3827.9 3873.8
392o. i
3108.2 3143.5 3179.1 3215.0 3251.2
3108.2 3143.5 3179.1 3215.0 3251.2
3108.2 3143.5 3179.1 3215.0 3251.2
8.2805 9.2519 9.2251 9.3299 9.30i2 9.2744 9.3784 9.3498 9.3230 9.4263 9.3877 9.3709 9.4735 9.4449 9.4181
600. 620. 640. 660. 680,
3287.7 3324.5 3361.6 3399.0 3436.7
3287.7 3324.5 3361.6 3399.0 3436.7
3287.7 3324.5 3361.6 3399.0 3436.7
9.52oO 9.4914 9.4646 9.5659 9.5373 9.5105 9.6i12 9.5825 9.5557 9.6559 9.6272 9.6004 9.6999 9.6713 9.6445
9.7435 9.7148 9.6880
800.
29.7001 3474.6 3474.6 3474.631.8216
p(kPa) 17. 18. 19.
t 58.57 59.77 60.91
sat Liq, sat 0.0009163 0.0009169 0.00Q9174 Vap. sat 8.0626 7.6407 7.2620
Enthalpy , kd/kg
Energy. kJ/kg Entropy. kd/kg. K
17. 18. !9. P(kPa)
0.7636 0.7787 0.7931 Liq. sat 7.3438 7.3260 7.3092 Vap. sat
17. 18. 19,
58.57 59.77 60.91
231.7 236.8 241.6
2277.5 2279.0 2280.4
200. 205. 210,
t(c) 0.0 5.1
26.2 47.4 68.6
3,8 5.
200. 205. 210.
0.0009046 0. m9045 0. OW)9042 0.0009043 0.0009047
0.0009046 0. coo9045 0.0009042 0.0009043 0.0009047
0. 00Q9046 0. 0GQ9045
68.6 6.9.6 68,6
0.3123 0.3829 0.4522 0.5204 0.5874
0.3123 0.3829 0.4522 0.5204 0.5874
0.3123 0.3829 0.4522 0.5204 0.5874
0.0009054 0.0009064 0.0009077 0.0009091 0.0009108
0. cx209054 0.0009064 0.0009077 0.0009091 0.0009108
89.8 89.8 89.8 111.0 111.0 111.0 132.2 132.2 132.2 153.4 153.4 153.4 174.5 174.5 t74.5
89.8 lil. o 132.2 153.4 174.5
89.8 Iti. o 132.2 153.4 i74,5
89.8 fil. o 132.2 153.4 174.5
0.6532 0.6532 0.6532 0.7180 0.7180 0.7180 7.3515 7.3273 0,7816 7.3782 7.3540 7.3311 7.4044 7.3802 7.3574
0.00Q9127 0.0009127 0.0009127 195.6 t95,6 216.7
2416.9 2425.9 2434,8
2533.1 2542.1 2551.0 2560.0 2569. i
19’5,6 216.7 237.8
216.7 2417.1 237,8
2286.3 2293.1
2286.1 2293.0
2333.9 2340.7 2347.5 2354.4 2361.3
2368.1 2375.0 2381.9 2386,8 2395.7
2402.7 2409.6 2416.6 2423,6 2430.6
8.3468
9.7043 9.8272 9.9501
11.5441 11. 66G5 11.7890
7.8813
8.5825 8.6980 8.8154 8.9317 9,0480
9.1641 9.2803 9.3964 9.5124 9.6284
9.7443 9.8602 9.9761
t 1,4803 11.5959 11.7115 11.8271 11.8426
12.0582 12.1737 12.2882 12.4047 12.5203
7.4647
8.6808 8.7909 8.9009 9.0109 9. +208
9.2307 9.3405 9.4503 9,5601 9.6698
9.7796 9.8892 9.9989
2434.7
2488.3 2497.2 2506.1 25~5.1 2524.0
2533.0 2542. o 2551.0 2560.0 2569.0
2299.7 2306.5 2313.3 2320. i 2327.0
2333.8 2340.6 2347.5 2354.3 2361.2
2368.1 2374.9 2381.8 2388.8 2395.7
2402.6 2409.6 2416.6 2423.6 2430.6
7.4302 7.4556 7.4806 7,5053 7.5297
7. S538 7.5775 7.60i O 7.6241 7.6470
7.6697 7.6920 7.7142 7.7361 7.7578
7.7792 7.8005 7.8215 7.8423 7.8629
7.4o6i 7.4315 7.4566 7.4813 7.5057
7.5298 7.5535 7.5770 7.6002 7.623i
7.6458 7.6682 7.6903 7,7122 7.7339
7.7554 7.7766 7.7976 7.8185 7.8391
7.3833 7.4087 7.4338 7.4586 7.4830
7.5071 7.5309 7.5544 7.5776 7. 60Q5
7.6232 7.6456 7.6677 7,6896 7.7113
7.7328 7.754~ 7.775i 7. -/959 7.8166
2578.1 2578.1 2578.0 2587.2 2587.1 2587.1 2596.2 2596.2 2596.1 2605.3 2605.3 2605.2 2614.4 2614.3 2614.3
2402.7 2409.7 2416.7 2423,6 2430.6
7.8595 7.8798 7.8998 7.9197 7,9394
7,8370 7.8572 7.8773 7.8972 7.9169
2623,5 2632.6 2641.8 2650.9 2660, 1
2669.3 2678.5 2687.7
2762.2 2771.6 2781.1 2790.5 2800.0
2623.4 2632.6 2641.7 2650.9 2660,0
2669.2 2678.4 2687.7
2762.2 2771.6 2781.0 279o.5 2799.9
2623,4 2632.5 264i.7 2650.8 2660.0
2668.2 2678.4 2687.6
2762.2 2774.6 278f. O 2790,4 2799.9
2437.7 2444.7 2451.8 2458.8 2465.9
2473.0 2480.2 2487.3
2473,0 248o. f 2487.3
2473.0 2480. i 2487.2
7.9828 8.0021 8,0213
7.9590 7.9783 7.9975
7.9364 7.9558 7.9750
8.t232 8.1411 8, 1589 8. i765 8.1840
26
Table 3. Liquid and VapOUr
3 Volume, m /kg Enthalpy, kJ/kg Energy, kd/kg Entropy, kd/kg, K
17. 18. 19. 17. 18, 19. 17. 18. 19. 17. 18. 19, p(kPa)p(kPa)
t(c) 275. 13.3794
12.5174 12.6268 i2 .7362 12.8456 12.9550
13.0643 13.1737 13.2831 13.3924 13.5018
2809.4 2818.9 2828.5 2838.0 2647.6
2857.2 2866.8 2876.4 2886.0 2895.7
2905.4 2915.1 2924.8 2934.6 2944.3
2954. i 2963.9 2973.8 2983.6 2993.5
2809.4 2818.9 2828.4 2838.0 2847.5
2857.3 2866.7 2876.4 2886.0 2895.7
2905.4 2915. t 2924.8 2934.5 2944.3
2954.1 2963.9 2973.8 2983.6 2993.5
2809.4 2818.9 2828.4 2838.0 2847.5
2857.1 2866.7 2876.3 2886.0 2895.6
2905.3 2915.0 2924.8 2934.5 2944.3
2954.1 2963.9 2973.7 2983.6 2993.5
2582.0 2589.4 2596.9 2604.3 2611.8
2619.3 2626.8 2634.4 2641.9 2649.5
2657.1 2664.8 2672.4 2680. i 2687.8
2695.5 2703.2 27it. O 2718,8 2726.6
2582.0 2589.4 2596.8 2604.3 2611.8
2619.3 2626.8 2634.4 2641.9 2649.5
2657. i 2664.8 2672.4 2680.1 2687.8
2695.5 2703.2 2711.0 2718.8 2726.6
2581.9 2589.4 2596.8 2604.3 2611.8
8.2576 8.2339 8.2114 8.2749 8.2511 8.2286 8.2920 8.2682 8.2458 8.3090 8.2853 8.2628 8.3259 8.3022 8,2797
t(c) 275. 280. 285. 290. 295.
280. 285. 290. 295.
13.2132 13.3286 13.4441 13.5595 13.6750
2619.3 2626.8 2634.3 2641.9 2648.5
2657.1 2664.7 2672.4 2680.1 2687.8
2695.5 2703.2 2711.0 2718.8 2726.6
8.3427 8.3190 8.2965 8.3594 8.3357 8.3132 8.3760 8.3522 8.3298 8.3925 8.3687 8.3462 8.4088 8.3851 8.3626
300. 305. 310.’ 315. 320.
300. 305. 310. 315. 320.
13.9908 14. li30 14.2352 14.3575 14.4797
13.7804 13.9059 i4.02i3 14. f367 14.2522
8.4251 8.4412 8.4573 8,4733 8.4891
8.5049 8.5206 8.5362 8.5517 8.5671
8.5825 8.5977 8.6129 8.6279 8.6429
8.4013 8.4175 8.4336 8.4495 8.4654
8.4812 8.4969 8.5125 8.5280 8.5434
8.5587 8.5740 8.5891 8.6042 8.6192
8.3789 8.3950 8,4111 8.427~ 8.4429
8.4587 8.4744 e .4900 8.5055 8.5209
8.5362 8.5515 8.5666 8.5817 8.5967
325. 330. 335. 340. 345.
325. 330. 335. 340. 345.
14.6019 14.7242 14.8464 14.9686 15.0908
13.6112 13.7205 13.8298 13.9392 14.0485
350. 355. 360. 365. 370.
375. 380. 385. 390. 395.
350. 355. 360, 365. 370.
375. 380. 385. 390. 395.
400. 410. 420, 430. 440.
450. 460. 470. 48o. 490.
500. 510, 520. 530, 540.
550. 560. 570. 580. 590.
6(XJ 620. 640. 660. 680,
7(XI 720. 740. 760. 78o.
800.
f5 .8240 15.9462 16,0683 16.1905 16.3127
16,4349 16.6792 16.9236 17.1679 17.4123
17.6566 17.9009 18.1452 18.3895 18.6338
18.8781 19, 1224 19.3667 19.6110 19.8552
20.0995 20.3438
16.6755
2734.4 2734.4 2734.4 2742.2 2742.2 2742.2 2750.1 2750. ~ 2750. < 2758.0 2758.0 2758.0 2765.9 2765.9 2765.9
14.1579 14.2672 14.3765 14.4859 14.5952
14,7045 14.9232 15.1418 15.3604 15.5791
15.7977 16.0163 16,2349 16.4535 16,6721
16.8907 i7. 1093 17.3278 17.5464 17.7650
17.8836 18.2021 18.4207 18.6393 18,8578
19.0764 19.5135 18.9506 20.3877 20.8248
21.2619 21.6990 22.1361 22.5731 23.0102
3003.4 3013.3 3023.3 3033.2 3043.2
3053.2 3073.3 3093.4 3113.7 3134.0
3154,4 3174.9 3195.5 3216.2 3236.9
3257.7 3278.7 3299.7 3320.8 3341.9
3363.2 3384,5
3053.2 3073.3 3093.4 3113.7 313<.0
3154.4 3174.9 3195.5 3216.2 3236.9
3257.7 3278.7 3299.7 3320.7 3341.9
3363.2 3384.5
3363.2 3384.5
8.6578 8.6341 8.61i6 8.8874 8.6637 8.6412 8.7167 8.6930 8.6705 8.7457 8.7220 8.6995 8.7744 8.7507 8.7282
400. 410. 420. 430, 440.
2773.8 2773.8 2773.8 2789.7 2789.7 2789.7 2805.7 2805.7 2805.7 2821.8 2821.8 2821.8 2838.0 2838.0 2838.0
2854.3 2870.6 2887.0 2903.5 2920.1
2936.8 2953.6 2970.4 2987.4 3004.4
3021.5 3038.7 3055.9 3073.3 3090.7
3108.2 3143.5 3179.1 3215.0 3251.2
3287.7 3324.5 3361.6 3399.0 3436.6
2854.2 2870.6 2887.0 2903.5 2920.1
2936.8 2953.6 2870.4 2987.4 3CXJ4 .4
3021.5 3038.7 3055.9 3073.3 3090.7
3108.2 3143.5 3179.1 3214.9 3251.1
3287.7 3324.5 3361.6 3399.0 3436.6
2854.2 2870.6 2887.0 2903.5 2920. i
2936.8 2953,6 2970.4 2987.4 3004,4
3021.5 3038.7 3055.9 3073.3 3090.7
3108.2 3143,5 3179.0 3214,9 3251.1
3287.7 3324.5 3361.6 3399.0 3436.6
8.8029 8.8310 8.8589 8.8865 8.9139
8.9410 8.9679 8.9945 9.0210 9.0472
9.0731 9.0989 9.1245 9.1498 9.1749
9.1999 9.2492 9.2978 9.3457 9,3929
8.7791 8.8073 8.8352 8.8628 8.8901
8.8173 8.9442 8.9708 8.9972 9.0234
9.0494 9.0752 9.1OO7 9.1261 9.15i2
9.1762 9.2255 9.274i 9.3220 9.3692
8.7567 8.7848 8.8127 8.8403 8.8677
450. 460. 470. 480. 490.
16.9082 17.1370 17.3677 17,5984
18.8828 19.2135 19.4442 19.6749 19.9056
20.1363 20.5977 21.0591 21.5204 21.9818
22.4432 22.9045 23.3659 23.8273 24.2886
8.8948 8.9217 8.9483 8.9748 9.0010
8.0269 9.0527 9,0783 9.1036 9,1288
9.1537 9.2030 9.2516 8.2995 9.3467
500. 510. 520. 530. 540.
550. 560. 570.
20.5881 20.8323
21.0766
26.2059
3470.7 3514.2 3558.1 3602.3 3646.8
3470,7 3514.2 3558.1 3602.3 3646.8
3691.6 3736.8 3782.2 3827,9 3873,8
3691.6 3736.7 3782.2 3827.9 3873.8
3691.6 3736.7 3782.2 3827.9 3873.8
9.4394 9.4157 9.3932 9.4853 9.4616 9.4391 9.5306 9.5068 9.4844 9.5752 9.5515 9.5291 9.6193 9.5956 9.5731
24.7499 23.4473 3920.1 3920.1 3920.1 3474.6 3474.6 3474.6 9.6628 9.6391 9.6167 800.
27
t 62.00 63.04 64.05
0.8068 0.8i99 0.8324 Liq. sat 7.2933 7.2782 7.2638 Vap. sat
Enthalpy, kd/1 Ener
62. oO 63.04 64.05 62.00 63.04 64.05
Sat Liq. sat 0.0009179 0.0009184 0.00Q9189 Vap sat 6,9202 6.6101 6.3274
246.2 250.6 2420.1 2421.8
200. 205, 210.
26.2 26.2 47.4 47.4 68.6 68.6
0.0 5.1
3.8 5.
0.0009046 0.0009045 0.0009042 0.0009043 0. COQ9047
0.0009046 0.0009045 0. 00Q9042 0.0009043 0.0009047
0. 0Q09046 0.0009045 0.0009042 0.0009043 0.0009047
26.2 47.4 68.6
89.8 89.8 111.0 111.0 132.2 132.2 153.4 153.4 174.5 174.5
89,8 111.0 132.2 153.4 174.5
89,8 111.0 132.2 153.4 174.5
89,8 111.0 132.2 153.4 174.5
89.8 ilt. o 132.2 153.4 174.5
0.3123 0.3829 0.4522 0.5204 0.5874
0.3123 0.3828 0.4522 0.5204 0.5874
0.3123 0.3829 0.4522 0.5204 0.5874
0.0009054 0.0009064 0.0009077
0. 0Q09054 0.0009064 0.0009077
0.0009091 0.0009108
9.8644 9.8590
6.9839 6.6496
195,6 216.7
195.6 216.7
237,8 2425.5
9.8109 9.9150
10.85I6 10.9556 1 t .0596 11. f636 11.2676
6.7506
9.8390 9.9381
10.0372 10.1363
2434.5
2577.9 2587.0 2596. i 2605.1 2614.2
2443.3 2452.3 2461.2 2470. i 2479.1
2488.0 2497.0 2505.9 2514.9 2523.9
2532.8 2541.8 2550.8 2559.8 2568.8
2577.9 2586.9 2596.0 2605.1 2614.2
2443. 1 2452.1 2461.1 2470.0 2479.0
2487.9 2496.9 2505.8 2514.8 2523.8
2532.7 2541.7 2550.7 2559,7 2568.8
2577,8 2586.9 2595.9 2605.0 2614.1
2623,2 2632.4 2641.5 2650.7 2659.9
2299.5 2306,4 2313.2 2320.0 2326.9
2333.7 2340.5 2347.4 2354.2 2361, f
2368. o 2374.9 2381.8 2388.7 2395.6
2402.6 2409.5 2416.5 2423.5 2430.5
2437.5 2444.6 2451.6 2458.7 2465.8
2472.9 2480.1 2487.2 2494.4 2501.6
2299.4 2306.3 2313.1 23!9.9 2326,8
2333.6 2340.5 2347.3 2354.2 2361.0
2367.9 2374.8 2381.7 2388.6 2395.6
2402.5 2409.5 2416.5 2423.5 2430.5
2437.5 2444.5 2451.6 2458.7 2465. !3
2472.9 2480.0 2487.2 2494, 4 2501.5
2299.3 2306. 1 2313.0 2319.8 2326.7
2333.5 2340.4 2347.2 2354. t 236f. O
2367.9 2374.8 238i.7 2388.6 2395.5
2402.5 2409.4 2416.4 2423.4 2430.4
2437.5 2444.5 245i.6 2458.6 2465.7
2472.9 2480,0 2487.2 2494.3 2501,5
7.36i6 7.3871 7.4122 7.4370 7.4615
7.3410 7.3665 7.3917 7.4165 7.4409
7,3213 7, 3469 7.3721 7.3969 7.4214
7.4856 7.5094 7.5329 7,5561 7.5790
7.60i7 7.624i 7.6463 7.6682 7.6899
7.71t4 7.7326 7.7537 7.7745 7.7952
7.8156 7,8359 7.8559 7.8758 7.8955
7.9151 7.9344 7.9537
7. 8;54 7,8947 7.9140 7.9330 7,9519
2623.3 2623.3 2632.5 2632.4 2641.6 2641,6 2650.8 2650.7 2660,0 2659.9
2668.1 2669.1 2678.4 2678.3 2687.6 2687.6 2696.8 2696.8 2706.1 2706. i
2669, 1 2678.3 2687.5 2696.8 2706.0
2715.4 2724.7 2734.0 2743.4 2752.8
2715.4 2724.7 2734.0 2743.4 2752.7
27 f5.3 2724.6 2734.0 2743.3 2752.7
2508.8 25i6. o 2523.3 2530.5 2537.8
2508.8 2516.0 2523.2 2530.5 2537.8
2508.7 2516.0 2523.2 2530.5 2537,8
8.0103 8.0289 8.0474 8,0657 8.0838
8.1019 8.1198 6.1375 8.1552 8.1727
7.9900 8.0086 8.0271 8.0454 8.0635
8.0816 8,0995 8.1172 8.1349 8.1524
7.9707 7.9893 8.0077 8.0260 8.0442
8.0622 8.0801 8.0979 8.1155 8. f330
2762.1 2771.5 278i. O 2790.4 2799.9
2762. i 277*.5 2780.9 2790.4 2799.8
2762.1 2771,5 2780.9 2790.4 2799.8
2545.1 2552.4 2559.8 2567. i 2574.5
2545.1 2552.4 2559.8 2567.1 2574.5
2545.1 2552.4 2559.7 2567.1 2574.5
28
3 VO1 ume, m /kg
p(k Pa) 20
300. 305. 310. 315. 320.
325. 330. 335. 340. 345.
350. 355. 360. 365. 3-10,
375. 380. 385. 390. 395.
400. 410, 420. 430. 440.
450. 460. 470. 480, 490.
500. 510. 520. 530. 540.
550, 560. 570. 580. 590.
600. 620. 640. 660. 680.
700, 720, 740. 760. 780.
Boo
11.8913 11.9952 12.0991 12.2030 t 2.3070
12.4109 12.5148 12.6187 !2 .7226 12.8265
12.9304 13.0342 13.1381 13.2420 13.3459
13.4498 13,5536 13,6575 13,7614 13.8652
13.9691 14.1768 14.3845 14.5922 14.7999
15.0076 15,2153 15.4230 15.6307 15.8383
16.0460 16. L537 16.4613 16.6680 16.8766
i7 .0843 17.2919 17.4996 17.7072 17.9148
18.1225 18.5377 18.9530 19.3683 19.7835
20.1987 20.6140 21.0292 21.4444 21.8596
22.2749
21.
11.3247 11.4237 11.5227 11.6217 11.7207
11.8196 11.9186 12.0176 12. li65 12.2155
12.3144 12.4134 12.5123 12.6112 t2. 7102
12.8091 12.9080 13. C070 13.1059 13.2048
13.3037 13.5016 i3.6994 13.8972 T4 .0950
14.2928 14.4906 14,6884 14,8862 15.0840
15.2818 15.4796 15.67?3 15.8751 16.0729
16.2706 16,4684 16.6662 16.8639 17.0617
17.2594 17.6549 i 8.0504 18.4459 18.84!4
19.2368 19.6323 20.0278 20.4232 20.8187
21.2141
22.
10.8097 10.9042 10.9987 11.0932 11.1877
11.2821 11.3766 11.4711 11.5655 11.6600
11.7545 1 i .8489 tl .9434 t2 ,0378 12.1323
12.2267 12,3211 12,4156 12.5100 12.6044
12.6989 12.8877 13.0765 13.2654 ~3 .4542
13.6430 13.8318 i 4.0206 14.2094 14.3983
14.5870 14.7758 14.9646 15,1534 15.3422
i5.5310 t5 .7197 i 5.9085 16.0973 16.2861
16.4748 16.8523 17,2299 17.6074 17.9849
18.3624 18.7399 19.1174 19.4948 19.8723
20.2498
20. 21. 22
2809.4 2809.3 2809.3 2818.9 2818.8 2818.8 2828.4 2828.4 2828.3 2837.9 2837.9 2837.9 2847.5 2a47 .5 2a47.5
2857.1 2857. * 2857.0 2866.7 2866.7 2866.6 2a76. 3 2876.3 2876.3 28a6. O 2885.9 2a85.9 2895.6 2895.6 2895.6
2905.3 2905,3 2905.3 2915.0 2915.0 2915.0 2924.8 2924.7 2924.7 2934.5 2934.5 2934.5 2944 3 2944.3 2944.2
2954.1 2954. i 2954.0 2963.9 2963.9 2963.9 2973.7 2973.7 2973.7 2883,6 2983.6 2983.5 2993.5 2993.4 2993.4
3003.4 3003.3 3003.3 3013.3 3013.3 30i3.2 3023.2 3023.2 3023.2 3033.2 3033.2 3033.2 3043.2 3043.1 3043. i
3053,2 3053.2 3053.1 3073.2 3073.2 3073,2 3093.4 3093.4 3093,4 3113.6 3113.6 3113.6 3134.0 3134.0 3133.9
3154.4 3154.4 3154.4 3174.9 3174.9 3174.9 3195.5 3195.5 3195.4 3216.1 3216.1 3216.1 3236.9 3236.9 3236,9
3257.7 3257.7 3257.7 3278.6 3278.6 3278.6 3299.6 3299.6 3299.6 3320.7 3320.7 3320.7 3341.9 3341.9 3341.9
3363.2 3363.1 3363.1 3384.5 3384.5 3384.5 3405,9 3405.9 3405.9 3427.4 3427.4 3427.4 3449,0 3449,0 3449,0
3470.7 3470.6 3470.6 3514.2 3514.2 3514.2 3558.1 3558.1 3558.1 3602.3 3602.3 3602.3 3646.8 3646.8 3646.8
3691.6 3691.6 3691.6 3736.7 3736.7 3736.7 3782. ? 3782.1 3782.1 3827.8 3827.8 3827.8 3873.8 3873.8 3873.8
3920.1 3920.1 3920.1
20, 21. 22.
2581.9 2581.9 2581.9 2589,4 2589.3 2589.3 2596.8 2596.8 2596.8 2604.3 2604.2 2604.2 261i.8 2611.7 2611.7
2619.3 2619.2 2619.2 2626.8 2626.8 2626.8 2634.3 2634.3 2634.3 2641.9 2641.9 2641.9 2649.5 2649.5 2649.5
2657. i 2657.1 2657.1 2664.7 2664.7 2664.7 2672.4 2672.4 2672.4 2680.1 2680.0 2680.0 2687.8 2687.7 2687.7
2695.5 2695.5 2695.4 2703.2 2703.2 2703.2 2711.0 2710.9 2710.9 2718.7 2718.7 2718.7 2726.5 2726.5 2726.5
2734.4 2734.3 2734.3 2742.2 2742.2 2742.2 2750.1 2750.1 2750.0 2758,0 2757.9 2757.9 2765.9 2765.8 2765.8
2773.8 2773.8 2773.8 2789.7 2789.7 27a9.7 2805.7 2805.7 2805.7 2821.8 282<.8 2821.8 283a. O 2a38. O 2838.0
2854.2 2854.2 2854.2 2870.6 2870.6 2870.6 2887.0 2887.0 2887.0 2903,5 2903.5 2903.5 2920.1 2920. i 2920.1
2936.8 2936a 2936.8 2953.6 2953.6 2953.6 2970.4 2970.4 2970.4 2987.4 2887.3 2987.3 3004.4 3004.4 3004.4
3021.5 302i.5 3021.5 3038.7 3038.6 3038.6 3055.9 3055,9 3055.9 3073.3 3073.3 3073.3 3090.7 3090.7 3090.7
3108.2 3108.2 3108.2 3143.5 3143,5 3143.5 3179.0 3179.0 3179.0 3214.9 3214.9 32!4.9 3251.1 3251. ! 3251.1
3287.6 3287.6 3287.6 3324.5 3324.5 3324.4 3361.6 3361.6 3361.6 3399.0 3399.0 3398.9 3436.6 3436,6 3436.6
3474.6 3474.6 3474.6
Entropy. kU/kg. K
20. 21. 22. D(k Pa)
8.1900 8.1697 8, 1504 8.2073 8.1870 8.1677 8.2244 8.2042 8.1848 8.2415 8.2212 8.2018 8.2584 8.2381 8.21a7
8.2752 8.2549 8.2355 8.2919 8.2716 8.2522 8.3084 a. 2882 8.2688 a. 3249 a .3046 8.2853 8.3473 8.32t0 a. 30+7
8.3575 8.3373 8.3179 8.3737 8.3534 8.334~ 8.3a98 8.3695 8.3502 8.4057 a .3855 8.3661 a. 4216 8.4013 8.3820
8.4374 8.4171 8.3978 8.4531 8.4328 8.4135 8.4687 8.4484 8.429f 8.4842 8.4639 8.4446 8.4996 8.4793 8.4600
8.5149 a.4947 8.4753 8.5302 8.5099 8.4906 8.5453 8.5251 8.5057 8.5604 8.5401 8,5208 8.5754 8.5551 8.5358
8.5903 8.570i 8.5507 8.6199 8.5997 8.5803 8.6492 8.6290 8.6096 8.6782 8.6580 8.6386 8.7069 a.6a67 8.6673
8.7354 8.7151 8,6958 8.7635 8.7432 8.7239 8.7974 8.77i~ 8.7518 8.8190 8.7988 8.7794 8.8464 8.8261 8.8068
8.8735 8,8532 8.8339 8.9004 8.8807 8.8608 8.9270 8.9068 8.8875 8.9535 8.9332 8.9139 8.9797 8.9594 8.940*
9. IX156 a.9854 8.9661 9.0314 9.0111 8.9918 9.0570 9.0367 9.0174 9.0823 9.0620 9.0427 9.1075 9.0872 9.0679
9.1324 9.1122 9.0928 9.1817 9.1615 9.1422 9.2303 9.2101 9.1908 8.2782 9.2580 9.2386 9.3254 9.3051 9. 285a
9.3719 9.3517 9.3324 9.4178 9.3976 9.3782 9.4631 9.4428 9.4235 9.5078 9.4875 8.4682 9,5518 9,5316 9.5123
9.5954 9.5751 9.5558
300. 305. 310. 315. 320.
325. 330. 335. 340. 345.
350. 355. 360. 365. 370,
375. 380. 385. 390. 395.
4oiJ 410. 420. 430. 440.
450. 460. 470. 4ao. 490.
500. 510. 52o. 530. 540.
550. 560 570. 580. 590.
600. 620. 640. 660. 6ao.
70Q 720. 740. 760, 780,
8CXJ
29
p(kPa) 23. 24, 25.
Entha
23,
0.8444 0.8559 0.8670 Liq. sat 7.2501 7.2369 7,2243 Vap sat
sat Liq. sat 0.0009194 0.0009199 0.00Q9203 Vap. sat 6.0685 5.8307 5,6114
258.8 2425.0
266.5 2427,9
258.8 2285.4
262.7 2286.5
266.5 2287.6
t(c) 3.8
t(c) 3.8
0.0 0.0 5.1
26.2 47.4 68.6
195.6 216.7 237.8 258.8
195.6 216.7 237.8 258.8
195.6 216.7
0.0 5.1
195.6 216.7
0.0 5.1
0.0009054 0.0009064 0.0009077 0 .0U09091 0.0009108
0.0009127 0.0GC19148 0,0009170
0. m9054 0. 00Q9064 0.0009077 o.CO09091 0.0009t08
0.0009127 0.0GQ9148 0.0009170
0.0009127 0.0009148 0. CK)09170
5.1 26.2 0.0935 0.0935
0.1676 0.1676 0.2406 0.2406
195.6 216,7 237.8 258,8
195.6 216.7
237.8 258.8
7.6227 7.7135 7,8043 7.8951 7. 9a59
8.0766 8.1673 8.2580 8,34