Page 600 - Modelling in Transport Phenomena A Conceptual Approach
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580 APPENDIX D. PHYSICAL PROPERTIES
Table D.5 Properties of saturated liquid water.
T Psat x lo3 eP px lo6 k x lo3 Pr
273 0.00611 1.000 2502 4.217 1750 569 12.99
275 0.00697 1.000 2497 4.211 1652 574 12.22
280 0.00990 1.000 2485 4.198 1422 582 10.26
285 0.01387 1.000 2473 4.189 1225 590 8.70
288 0.01703 1.001 2466 4.186 1131 595 7.95
290 0.01917 1.001 2461 4.184 1080 598 7.56
293 0.02336 1.001 2454 4.182 1001 603 6.94
295 0.02617 1.002 2449 4.181 959 606 6.62
298 0.03165 1.003 2442 4.180 892 610 6.11
300 0.03531 1.003 2438 4.179 855 613 5.83
303 0.04240 1.004 2430 4.178 800 618 5.41
305 0.04712 1.005 2426 4.178 769 620 5.20
308 0.05620 1.006 2418 4.178 721 625 4.82
310 0.06221 1.007 2414 4.178 695 628 4.62
313 0.07373 1.008 2407 4.179 654 632 4.32
315 0.08132 1.009 2402 4.179 631 634 4.16
320 0.1053 1.011 2390 4.180 577 640 3.77
325 0.1351 1.013 2378 4.182 528 645 3.42
330 0.1719 1.016 2366 4.184 489 650 3.15
335 0.2167 1.018 2354 4.186 453 656 2.88
340 0.2713 1.021 2342 4.188 420 660 2.66
345 0.3372 1.024 2329 4.191 389 664 2.45
350 0.4163 1.027 2317 4.195 365 668 2.29
355 0.5100 1.030 2304 4.199 343 671 2.14
360 0.6209 1.034 2291 4.203 324 674 2.02
365 0.7514 1.038 2278 4.209 306 677 1.91
370 0.9040 1.041 2265 4.214 289 679 1.80
373 1.0133 1.044 2257 4.217 279 680 1.76
375 1.0815 1.045 2252 4.220 274 681 1.70
380 1.2869 1.049 2239 4.226 260 683 1.61
385 1.5233 1.053 2225 4.232 248 685 1.53
390 1.794 1.058 2212 4.239 237 686 1.47
400 2.455 1.067 2183 4.256 217 688 1.34
T = K; Pat = bar; V = m3/ kg; = kJ/ kg; bP = kJ/ kg. K;
p= kg/m.s; IC= W/m.K
