Page 27 - Mechanical Engineers' Handbook (Volume 4)
P. 27

16   Thermophysical Properties of Fluids

                          Table 9 Thermodynamic Properties of Saturated Mercury a
                                                                   h            s            c p
                          T (K)       P (bar)      v (m /kg)     (kJ/kg)     (kJ/kg K)    (kJ/kg K)
                                                       3
                            0                      6.873. 5 b     0           0             0
                           20                      6.875. 5       0.466       0.0380        0.0513
                           40                      6.884. 5       1.918       0.0868        0.0894
                           60                      6.897. 5       3.897       0.1267        0.1067
                           80                      6.911. 5       6.129       0.1588        0.1156
                          100                      6.926. 5       8.497       0.1852        0.1209
                          120                      6.942. 5       10.956      0.2076        0.1248
                          140                      6.958. 5       13.482      0.2270        0.1278
                          160                      6.975. 5       16.063      0.2443        0.1304
                          180                      6.993. 5       18.697      0.2598        0.1330
                          200                      7.013. 5       21.386      0.2739        0.1360
                          220                      7.034. 5       24.139      0.2870        0.1394
                          234.3       7.330. 10    7.050. 5       26.148      0.2959        0.1420
                          234.3       7.330. 10    7.304. 5       37.585      0.3447        0.1422
                          240         1.668. 9     7.311. 5       38.395      0.3481        0.1420
                          260         6.925. 8     7.339. 5       41.224      0.3595        0.1409
                          280         5.296. 7     7.365. 5       44.034      0.3699        0.1401
                          300         3.075. 6     7.387. 5       46.829      0.3795        0.1393
                          320         1.428. 5     7.413. 5       49.609      0.3885        0.1386
                          340         5.516. 5     7.439. 5       52.375      0.3969        0.1380
                          360         1.829. 4     7.472. 5       55.130      0.4048        0.1375
                          380         5.289. 4     7.499. 5       57.874      0.4122        0.1370
                          400         1.394. 3     7.526. 5       60.609      0.4192        0.1366
                          450         0.01053      7.595. 5       67.414      0.4352        0.1357
                          500         0.05261      7.664. 5       74.188      0.4495        0.1353
                          550         0.1949       7.735. 5       80.949      0.4624        0.1352
                          600         0.5776       7.807. 5       87.716      0.4742        0.1356
                          650         1.4425       7.881. 5       94.508      0.4850        0.1360
                          700         3.153        7.957. 5      101.343      0.4951        0.1372
                          750         6.197        8.036. 5      108.242      0.5046        0.1382
                          800        11.181        8.118. 5      115.23       0.5136        0.1398
                          850        18.816        8.203. 5      122.31       0.5221        0.1416
                          900        29.88         8.292. 5      129.53       0.5302        0.1439
                          950        45.23         8.385. 5      137.16       0.5381        0.1464
                          1000       65.74         8.482. 5      144.41       0.5456        0.1492
                          a v   specific volume; h   specific enthalpy; s   specific entropy, c p   specific heat at constant pressure. Properties
                          above the solid line are for the solid; below they are for the liquid. Condensed, converted, and interpolated from the
                          tables of M. P. Vukalovich, A. I. Ivanov, L. R. Fokin, and A. T. Yakovlev, Thermophysical Properties of Mercury,
                          Standartov, Moscow, USSR, 1971.
                          b The notation 6.873. 5 signifies 6.873   10 .
                                                      5
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