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POST_LABORATORIO 3_UASLP, Ejercicios de Transmisión de Calor

LABORATORIO DE TRANSFERENCIA DE CALOR QUE ES DE CARCASA Y TUBOS

Tipo: Ejercicios

2021/2022

Subido el 09/11/2023

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Datos Fvh [Lpm] Tca Tha Tcb
Di 0.01445 5.33 310.59 20 1196.88 23 70 24
Ntu 17 11.6 676.79 20.64 1234.81 23 70 27
L 0.9 16.5 963.27 20.68 1237.2 23 70 27
Do 0.0156 28.48 1663 20.64 1234.56 23 70 28
PT 0.0199 33.96 1984 20.68 1236.83 23 70 29
De 0.01206993 43.53 2545 20.54 1228.46 23 70 29
Af 0.00278788 20.44 1196 5.44 323.919 18 90 61
As 0.00402324 20.25 1185 10.1 602.667 18 90 49
B 0.1124 20.2 1182 15.68 936.849 18 90 41
Ds 0.17 19.96 1173 20.06 1199 18 90 38
C' 0.00419 19.53 1144 25.45 1522 18 90 35
Xw 0.000575 19.77 1156 30 1794.42 18 90 33
Dm 0.01501766 20.06 1171 35.02 2095.11 18 90 32
Ao 0.74983533 19.96 1165 40.6 2428.94 18 90 32
Ai 0.69455901 20.3 1183 46.75 2797.43 18 90 30
6 349.52 20.5 1227.79 13 90 27
12.72 741 20.5 1227.29 13 90 31
18.81 1115 20.5 1227 13 90 33
26.4 1562 20.5 1226.68 13 90 35
31.51 1863 20.5 1226.56 13 90 36
34.5 2038 20.5 1226.43 13 90 37
42.5 2510 20.5 1226.19 13 90 38
44.2 2610 20.5 1226.06 13 90 39
5.33 314.59 20 1196.88 23 70 24
11.6 685.7 20.64 1234.81 23 70 27
16.5 975.15 20.68 1237.2 23 70 27
28.48 1683 20.64 1234.56 23 70 28
33.96 2003 20.68 1236.83 23 70 29
43.53 2581 20.54 1228.46 23 70 29
21.02 1246 4.23 252.531 23 70 41
19.86 1175 43.87 2625.09 23 70 25
18.23 1077 32.56 1948.33 23 70 25
17.85 1051 23.52 1407.25 23 70 26
20.37 1200 35 2090.55 23 70 38
6.35 373.49 19.87 1189.82 20 70 22
9.60 563.85 19.87 1189.7 20 70 23
20.00 1172 19.87 1189.46 20 70 25
29.50 1726 19.87 1189.1 20 70 27
44.16 2582 19.87 1188.38 20 70 32
31.07 1814 19.87 1188.38 20 70 32
Fvh(kg
/h)
Fvc
[Lpm]
Fvc(kg/
h)
pf3
pf4
pf5
pf8
pf9
pfa
pfd
pfe
pff
pf12
pf13
pf14
pf15
pf16
pf17
pf18
pf19
pf1a
pf1b
pf1c
pf1d
pf1e

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Datos Fvh [Lpm] Tca Tha Tcb

Fvh(kg /h) Fvc [Lpm] Fvc(kg/

Evaluado a Tcp Evaluando a Tw Thb Thp (°C) Tw(°C) Fc(m3/s) V(m/s) Ki Cp 31 24 50.5 37 0.00033 8.9E-05 0.1196 997.4 0.5092 0.5922 0.0009 0.9989 4. 39 25 54.5 39.75 0.00034 0.00019 0.1234 997.1 0.511436 0.5948 0.0009 0.9989 4. 42 25 56 40.5 0.00034 0.00028 0.1236 997.1 0.511436 0.5948 0.0009 0.9989 4. 45 26 57.5 41.5 0.00034 0.00047 0.1234 996.9 0.512124 0.5956 0.0009 0.9989 4. 46 26 58 42 0.00034 0.00057 0.1236 996.8 0.512812 0.5964 0.0009 0.9989 4. 47 26 58.5 42.25 0.00034 0.00073 0.1228 996.8 0.512812 0.5964 0.0009 0.9989 4. 72 40 81 60.25 9.07E-05 0.00034 0.0325 992.4 0.53061 0.6171 0.0007 0.9987 4. 68 34 79 56.25 0.00017 0.00034 0.0604 994.5 0.52313 0.6084 0.0007 0.9989 4. 66 30 78 53.75 0.00026 0.00034 0.0937 995.8 0.517799 0.6022 0.0008 0.9989 4. 65 28 77.5 52.75 0.00033 0.00033 0.1199 996.2 0.515649 0.5997 0.0008 0.9989 4. 64 27 77 51.75 0.00042 0.00033 0.1521 996.7 0.513585 0.5973 0.0009 0.9989 4. 61 26 75.5 50.5 0.0005 0.00033 0.1793 996.9 0.512124 0.5956 0.0009 0.9989 4. 60 25 75 50 0.00058 0.00033 0.2094 997.1 0.511436 0.5948 0.0009 0.9989 4. 60 25 75 50 0.00068 0.00033 0.2427 997.1 0.511436 0.5948 0.0009 0.9989 4. 59 24 74.5 49.25 0.00078 0.00034 0.2795 997.3 0.509974 0.5931 0.0009 0.9989 4. 45 20 67.5 43.75 0.00034 0.0001 0.1226 998.2 0.503955 0.5861 0.001 0.9989 4. 54 22 72 47 0.00034 0.00021 0.1226 997.8 0.506965 0.5896 0.001 0.9989 4. 60 23 75 49 0.00034 0.00031 0.1226 997.6 0.508426 0.5913 0.0009 0.9989 4. 67 24 78.5 51.25 0.00034 0.00044 0.1226 997.3 0.509974 0.5931 0.0009 0.9989 4. 68 25 79 51.75 0.00034 0.00053 0.1226 997.2 0.510662 0.5939 0.0009 0.9989 4. 71 25 80.5 52.75 0.00034 0.00058 0.1226 997.1 0.511436 0.5948 0.0009 0.9989 4. 73 26 81.5 53.5 0.00034 0.00071 0.1226 996.9 0.512124 0.5956 0.0009 0.9989 4. 73 26 81.5 53.75 0.00034 0.00074 0.1226 996.8 0.512812 0.5964 0.0009 0.9989 4. 31 24 50.5 37 0.00033 8.9E-05 0.1196 997.4 0.5092 0.5922 0.0009 0.9989 4. 39 25 54.5 39.75 0.00034 0.00019 0.1234 997.1 0.511436 0.5948 0.0009 0.9989 4. 42 25 56 40.5 0.00034 0.00028 0.1236 997.1 0.511436 0.5948 0.0009 0.9989 4. 45 26 57.5 41.5 0.00034 0.00047 0.1234 996.9 0.512124 0.5956 0.0009 0.9989 4. 46 26 58 42 0.00034 0.00057 0.1236 996.8 0.512812 0.5964 0.0009 0.9989 4. 47 26 58.5 42.25 0.00034 0.00073 0.1228 996.8 0.512812 0.5964 0.0009 0.9989 4. 48 32 59 45.5 7.05E-05 0.00035 0.0253 995 0.521152 0.6061 0.0008 0.9989 4. 42 24 56 40 0.00073 0.00033 0.2623 997.3 0.509974 0.5931 0.0009 0.9989 4. 43 24 56.5 40.25 0.00054 0.0003 0.1947 997.3 0.509974 0.5931 0.0009 0.9989 4. 44 25 57 40.75 0.00039 0.0003 0.1406 997.2 0.510662 0.5939 0.0009 0.9989 4. 51 31 60.5 45.5 0.00058 0.00034 0.2092 995.5 0.519174 0.6038 0.0008 0.9989 4. 29 21 49.5 35.25 0.00033 0.00011 0.1188 998 0.505417 0.5878 0.001 0.9989 4. 31 22 50.5 36 0.00033 0.00016 0.1188 997.9 0.506191 0.5887 0.001 0.9989 4. 39 23 54.5 38.5 0.00033 0.00033 0.1188 997.7 0.507738 0.5905 0.0009 0.9989 4. 45 24 57.5 40.5 0.00033 0.00049 0.1188 997.4 0.5092 0.5922 0.0009 0.9989 4. 56 26 63 44.5 0.00033 0.00074 0.1188 996.8 0.512812 0.5964 0.0009 0.9989 4. 55 26 62.5 44.25 0.00033 0.00052 0.1188 996.8 0.512812 0.5964 0.0009 0.9989 4. Tcp (°C) Fh(m3/ s) Densidad(k g/m ki corregida Viscosi dad cp corregi da

Evaluando a Tw Evaluando a Thp kw Vi/Vw hi Ko Prandlt 6.511 0.000692 0.5276 0.6136 1869.41 1.332 754.48 0.5647462 0.657 0.00035 2.236 1. 6.263 0.000656 0.53095 0.6175 1996.44 1.357 790.549 0.5637144 0.656 0.000359 2.296 1. 6.263 0.000647 0.53181 0.6185 2000.31 1.376 793.324 0.5631985 0.655 0.000364 2.327 1. 6.184 0.000635 0.53293 0.6198 2018.71 1.386 797.697 0.5629405 0.655 0.000366 2.343 1. 6.106 0.00063 0.53353 0.6205 2045.42 1.383 803.597 0.5625966 0.654 0.000368 2.359 1. 6.106 0.000627 0.53379 0.6208 2031.57 1.389 799.758 0.5618227 0.653 0.000375 2.408 1. 4.469 0.000465 0.55133 0.6412 707.26 1.419 321.893 0.5614788 0.653 0.000378 2.425 1. 5.099 0.000494 0.54798 0.6373 1169.88 1.501 499.694 0.5614788 0.653 0.000378 2.425 1. 5.601 0.000514 0.54574 0.6347 1672.88 1.567 683.324 0.5612208 0.653 0.00038 2.442 1. 5.809 0.000523 0.5448 0.6336 2072.65 1.593 819.379 0.5567496 0.648 0.000418 2.704 0. 6.03 0.000531 0.54385 0.6325 2545.32 1.62 976.079 0.5597591 0.651 0.000393 2.53 1. 6.184 0.000543 0.54256 0.631 2934.17 1.623 1099.94 0.5614788 0.653 0.000378 2.425 1. 6.263 0.000547 0.54213 0.6305 3387.37 1.628 1237.88 0.5634564 0.655 0.000361 2.311 1. 6.263 0.000547 0.54213 0.6305 3927.11 1.628 1393.31 0.5637144 0.656 0.000359 2.296 1. 6.427 0.000554 0.54136 0.6296 4420.14 1.645 1542.53 0.5644882 0.657 0.000352 2.251 1. 7.152 0.00061 0.53551 0.6228 1764.19 1.643 757.225 0.5649182 0.657 0.000348 2.222 1. 6.775 0.000576 0.53904 0.6269 1850.47 1.658 778.393 0.5649182 0.657 0.000348 2.222 1. 6.597 0.000556 0.5411 0.6293 1894.34 1.676 789.625 0.5425622 0.631 0.000543 3.595 0. 6.427 0.000536 0.54334 0.6319 1938.24 1.701 801.388 0.5464315 0.636 0.000508 3.344 0. 6.344 0.000531 0.54385 0.6325 1960.64 1.695 806.035 0.5477213 0.637 0.000496 3.258 0. 6.263 0.000523 0.5448 0.6336 1982.9 1.703 811.692 0.549011 0.639 0.000485 3.175 0. 6.184 0.000516 0.54549 0.6344 2005 1.705 816.718 0.549441 0.639 0.000481 3.148 0. 6.106 0.000514 0.54574 0.6347 2027.61 1.692 820.877 0.5498709 0.64 0.000477 3.122 0. 6.511 0.000692 0.5276 0.6136 1869.41 1.332 754.48 0.5503008 0.64 0.000474 3.096 0. 6.263 0.000656 0.53095 0.6175 1996.44 1.357 790.549 0.5477213 0.637 0.000496 3.258 0. 6.263 0.000647 0.53181 0.6185 2000.31 1.376 793.324 0.5481512 0.638 0.000492 3.23 0. 6.184 0.000635 0.53293 0.6198 2018.71 1.386 797.697 0.5485811 0.638 0.000489 3.202 0. 6.106 0.00063 0.53353 0.6205 2045.42 1.383 803.597 0.5515046 0.641 0.000463 3.02 0. 6.106 0.000627 0.53379 0.6208 2031.57 1.389 799.758 0.5416164 0.63 0.000552 3.662 0. 5.279 0.000591 0.5374 0.625 475.336 1.294 239.949 0.5425622 0.631 0.000543 3.595 0. 6.427 0.000653 0.53121 0.6178 4147.84 1.395 1432.58 0.5464315 0.636 0.000508 3.344 0. 6.427 0.00065 0.53156 0.6182 3078.5 1.401 1129.33 0.549011 0.639 0.000485 3.175 0. 6.344 0.000644 0.53207 0.6188 2249.48 1.398 875.783 0.5534822 0.644 0.000446 2.9 0. 5.469 0.000591 0.5374 0.625 3813.37 1.335 1285 0.5531383 0.643 0.00045 2.923 0. 6.96 0.000716 0.52537 0.611 1751.59 1.366 729.201 0.5553739 0.646 0.00043 2.788 0. 6.866 0.000706 0.52631 0.6121 1772.43 1.37 734.268 0.5570936 0.648 0.000415 2.683 0. 6.685 0.000672 0.52941 0.6157 1814.9 1.404 746.577 0.5594152 0.651 0.000396 2.548 1. 6.511 0.000647 0.53181 0.6185 1857.26 1.424 757.59 0.5614788 0.653 0.000378 2.425 1. 6.106 0.000602 0.53637 0.6238 1965.3 1.447 783.272 0.5620807 0.654 0.000373 2.391 1. 6.106 0.000604 0.53611 0.6235 1965.3 1.441 782.781 0.5629405 0.655 0.000366 2.343 1. Prandl t Viscosida d w kw corregid a (DiVi Pi)/Visc ko corregida Viscosida d cp corregi do

Cp Gs ms (kg/s) ho UoTeo UiTeo AiTeo AoTeo Qgan Qced

Densi dad (De*Gs) /Vo (Vo/

Datos Fvh (kg/h) Fvc [Lpm] Fvc (kg/h) Tha

  • Di 0.01445 5.33 310.59 20 1196.88
  • Ntu 17 11.6 676.79 20.64 1234.81
  • L 0.9 16.5 963.27 20.68 1237.2
  • Do 0.0156 28.48 1663 20.64 1234.56
  • PT 0.0199 33.96 1984 20.68 1236.83
  • De 0.01206993 43.53 2545 20.54 1228.46
  • Af 0.00278788 20.44 1196 5.44 323.919
  • As 0.00402324 20.25 1185 10.1 602.667
  • B 0.1124 20.2 1182 15.68 936.849
  • Ds 0.17 19.96 1173 20.06
  • C' 0.00419 19.53 1144 25.45
  • Xw 0.000575 19.77 1156 30 1794.42
  • Dm 0.01501766 20.06 1171 35.02 2095.11
  • Ao 0.74983533 19.96 1165 40.6 2428.94
  • Ai 0.69455901 20.3 1183 46.75 2797.43 - 6 349.52 20.5 1227.79
    • 12.72 741 20.5 1227.29
    • 18.81 1115 20.5
      • 26.4 1562 20.5 1226.68
    • 31.51 1863 20.5 1226.56
      • 34.5 2038 20.5 1226.43
      • 42.5 2510 20.5 1226.19
      • 44.2 2610 20.5 1226.06
      • 5.33 314.59 20 1196.88
      • 11.6 685.7 20.64 1234.81
      • 16.5 975.15 20.68 1237.2
    • 28.48 1683 20.64 1234.56
    • 33.96 2003 20.68 1236.83
    • 43.53 2581 20.54 1228.46
    • 21.02 1246 4.23 252.531
    • 19.86 1175 43.87 2625.09
    • 18.23 1077 32.56 1948.33
    • 17.85 1051 23.52 1407.25
    • 20.37 1200 35 2090.55
      • 6.35 373.49 19.87 1189.82
      • 9.60 563.85 19.87 1189.7
    • 20.00 1172 19.87 1189.46
    • 29.50 1726 19.87 1189.1
    • 44.16 2582 19.87 1188.38
    • 31.07 1814 19.87 1188.38
    • 5.82 339.67 40.33 2415.2
    • 9.57 558.18 40.33 2414.72
    • 15.3 892.11 40.33 2414.23
  • 20.11 1170 40.33
  • 24.39 1423 40.33 2413.51
  • 30.02 1749 40.33 2413.27
  • 35.45 2065 40.33
  • 38.82 2262 40.33
    • 44.4 2587 40.33 2412.78
  • 40.00 2331.6 7.89 469.518
  • 41.00 2391 18.00 1074.49
  • 43.20 2559 22.40 1337.55
  • 41.60 2461 27.00 1612.87
  • 41.30 2436 30.59 1827.69
  • 40.60 2396 33.70 2013.71
  • 40.90 2410 37.60 2247.2
  • 41.60 2450 46.00 2749.51
    • 4.95 290.91 47.04 2816.76
  • 10.77 631.47 46.67 2793.76
  • 25.88 1514 46.75 2797.43
  • 19.87 1162 46.75 2797.71
  • 33.67 1966 46.61 2788.77
  • 43.96 2564 46.47 2780.39
    • 5.90 343.8 30.59 1830.26
    • 9.96 580.21 30.59 1829.53
  • 15.30 891 30.5 1823.6
  • 20.60 1200 30.5 1823.41
  • 24.90 1452 30.5
  • 30.30 1770 30.54 1825.25
  • 35.40 2065 30.3 1810.55
  • 41.30 2409 30.02 1793.63 - 44 2573 30.59 1827.69
  • 30.00 1751 6.4 380.774
  • 30.00 1751.4 12.4 739.164
  • 30.00 1754 18 1074.6
  • 31.00 1812 25 1492.8
  • 31.00 1810 30 1791.36
  • 30.50 1781 35 2091.18
  • 29.63 1729 40.6
  • 29.87 1743 48 2867.33
  • 25.45 1484 48.68 2910.58
    • 25.1 1463 42.14 2519.3
  • 25.06 1459 35.59 2127.07
  • 25.01 1469 31.65 1891.21
  • 25.01 1464 25.93
  • 24.82 1450 20.54 1226.24
  • 24.96 1457 14.91 889.232
  • 24.77 1445 10.45 622.611
  • 24.63 1436 5.29 314.543
    • 5.34 311.08 25.25 1509.24
  • 12.30 726 25.21 1505.94
  • 19.29 1140 25.04 1495.64
  • 24.50 1449 25.11 1499.37
  • 29.15 1722 25 1492.5
  • 32.08 1895 25.11 1498.92
  • 38.00 2245 25.21 1504.58
  • 15.00 886.05 10.73 641.74
  • 15.54 917.95 31.31 1873.15
  • 15.60 921.49 45.30 2712.29
  • 15.60 921.49 18.20 1088.83
  • 41 21 65.5 43 0.00067 9.7E-05 0.2411 998.1 0.504729 0.587 0.001 0.9989 4.
  • 46 22 68 44.75 0.00067 0.00016 0.2411 997.9 0.506191 0.5887 0.001 0.9989 4.
  • 53 23 71.5 47 0.00067 0.00026 0.2411 997.7 0.507738 0.5905 0.0009 0.9989 4.
  • 60 23 75 49 0.00067 0.00034 0.2411 997.6 0.508426 0.5913 0.0009 0.9989 4.
  • 62 24 76 49.75 0.00067 0.00041 0.2411 997.4 0.5092 0.5922 0.0009 0.9989 4.
  • 65 24 77.5 50.75 0.00067 0.0005 0.2411 997.3 0.509974 0.5931 0.0009 0.9989 4.
  • 67 25 78.5 51.5 0.00067 0.00059 0.2411 997.2 0.510662 0.5939 0.0009 0.9989 4.
  • 69 25 79.5 52 0.00067 0.00065 0.2411 997.2 0.510662 0.5939 0.0009 0.9989 4.
  • 70 25 80 52.5 0.00067 0.00074 0.2411 997.1 0.511436 0.5948 0.0009 0.9989 4.
  • 77 41 83.5 62.25 0.00013 0.00067 0.0472 991.8 0.532416 0.6192 0.0006 0.9987 4.
  • 69 33 79.5 56 0.0003 0.00068 0.1076 994.9 0.52184 0.6069 0.0008 0.9989 4.
  • 72 32 81 56.25 0.00037 0.00072 0.1339 995.2 0.520464 0.6053 0.0008 0.9989 4.
  • 73 30 81.5 55.75 0.00045 0.00069 0.1614 995.6 0.518487 0.603 0.0008 0.9989 4.
  • 72 30 81 55.25 0.00051 0.00069 0.1829 995.8 0.517799 0.6022 0.0008 0.9989 4.
  • 72 29 81 55 0.00056 0.00068 0.2015 995.9 0.517111 0.6014 0.0008 0.9989 4.
  • 71 29 80.5 54.5 0.00063 0.00068 0.2248 996.1 0.516423 0.6006 0.0008 0.9989 4.
  • 70 28 80 54 0.00077 0.00069 0.275 996.2 0.515649 0.5997 0.0008 0.9989 4.
  • 33 21 51.5 36.25 0.00078 8.3E-05 0.2812 998 0.505417 0.5878 0.001 0.9989 4.
  • 39 23 54.5 38.5 0.00078 0.00018 0.279 997.7 0.507738 0.5905 0.0009 0.9989 4.
  • 50 24 60 42 0.00078 0.00043 0.2795 997.3 0.509974 0.5931 0.0009 0.9989 4.
  • 49 24 59.5 41.5 0.00078 0.00033 0.2795 997.4 0.5092 0.5922 0.0009 0.9989 4.
  • 54 25 62 43.25 0.00078 0.00056 0.2786 997.2 0.510662 0.5939 0.0009 0.9989 4.
  • 56 25 63 43.75 0.00077 0.00073 0.2778 997.2 0.510662 0.5939 0.0009 0.9989 4.
  • 44 25 67 45.75 0.00051 9.8E-05 0.1829 997.2 0.510662 0.5939 0.0009 0.9989 4.
  • 52 26 71 48.5 0.00051 0.00017 0.1829 996.8 0.512812 0.5964 0.0009 0.9989 4.
  • 59 27 74.5 50.75 0.00051 0.00026 0.1823 996.5 0.514273 0.5981 0.0009 0.9989 4.
  • 62 28 76 51.75 0.00051 0.00034 0.1823 996.4 0.514961 0.5989 0.0008 0.9989 4.
  • 65 28 77.5 52.75 0.00051 0.00042 0.1823 996.2 0.515649 0.5997 0.0008 0.9989 4.
  • 69 29 79.5 54 0.00051 0.00051 0.1826 996.1 0.516423 0.6006 0.0008 0.9989 4.
  • 72 29 81 55 0.00051 0.00059 0.1811 995.9 0.517111 0.6014 0.0008 0.9989 4.
  • 73 30 81.5 55.5 0.0005 0.00069 0.1795 995.8 0.517799 0.6022 0.0008 0.9989 4.
  • 74 30 82 55.75 0.00051 0.00073 0.1829 995.8 0.517799 0.6022 0.0008 0.9989 4.
  • 73 42 81.5 61.5 0.00011 0.0005 0.0383 991.6 0.532932 0.6198 0.0006 0.9987 4.
  • 70 37 80 58.25 0.00021 0.0005 0.0741 993.5 0.526999 0.6129 0.0007 0.9989 4.
  • 64 32 77 54.5 0.0003 0.0005 0.1076 995 0.521152 0.6061 0.0008 0.9989 4.
  • 68 32 79 55.25 0.00042 0.00052 0.1495 995.2 0.520464 0.6053 0.0008 0.9989 4.
  • 69 32 79.5 55.5 0.0005 0.00052 0.1793 995.2 0.520464 0.6053 0.0008 0.9989 4.
  • 61 30 75.5 52.5 0.00058 0.00051 0.2092 995.8 0.517799 0.6022 0.0008 0.9989 4.
  • 67 31 78.5 54.5 0.00068 0.00049 0.2427 995.5 0.519174 0.6038 0.0008 0.9989 4.
  • 66 30 78 54 0.0008 0.0005 0.287 995.6 0.518487 0.603 0.0008 0.9989 4.
  • 62 27 76 51.5 0.00081 0.00042 0.291 996.5 0.514273 0.5981 0.0009 0.9989 4.
  • 63 28 76.5 52 0.0007 0.00042 0.2519 996.4 0.514961 0.5989 0.0008 0.9989 4.
  • 65 29 77.5 53 0.00059 0.00042 0.2128 996.1 0.516423 0.6006 0.0008 0.9989 4.
  • 66 29 78 53.5 0.00053 0.00042 0.1892 995.9 0.517111 0.6014 0.0008 0.9989 4.
  • 68 30 79 54.5 0.00043 0.00042 0.155 995.6 0.518487 0.603 0.0008 0.9989 4.
  • 68 32 79 55.5 0.00034 0.00041 0.1228 995 0.521152 0.6061 0.0008 0.9989 4.
  • 70 35 80 57.5 0.00025 0.00042 0.0891 994 0.525107 0.6107 0.0007 0.9989 4.
  • 71 38 80.5 59.25 0.00017 0.00041 0.0625 993 0.528805 0.615 0.0007 0.9987 4.
  • 74 43 82 62.5 8.82E-05 0.00041 0.0316 991 0.534652 0.6218 0.0006 0.9987 4.
  • 46 28 68 48 0.00042 8.9E-05 0.151 996.2 0.515649 0.5997 0.0008 0.9989 4.
  • 57 30 73.5 51.75 0.00042 0.00021 0.1507 995.6 0.518487 0.603 0.0008 0.9989 4.
  • 64 31 77 53.75 0.00042 0.00032 0.1497 995.5 0.519174 0.6038 0.0008 0.9989 4.
  • 66 32 78 54.75 0.00042 0.00041 0.1501 995.2 0.520464 0.6053 0.0008 0.9989 4.
  • 69 32 79.5 55.75 0.00042 0.00049 0.1495 995 0.521152 0.6061 0.0008 0.9989 4.
  • 70 33 80 56.25 0.00042 0.00053 0.1501 994.9 0.52184 0.6069 0.0008 0.9989 4.
  • 73 33 81.5 57.25 0.00042 0.00063 0.1507 994.7 0.522442 0.6076 0.0007 0.9989 4.
  • 48 26 59 42.5 0.00018 0.00025 0.0641 996.8 0.512812 0.5964 0.0009 0.9989 4.
  • 43 25 56.5 40.75 0.00052 0.00026 0.1872 997.1 0.511436 0.5948 0.0009 0.9989 4.
  • 41 22 55.5 38.5 0.00076 0.00026 0.2708 997.9 0.506191 0.5887 0.001 0.9989 4.
  • 45 25 57.5 41.25 0.0003 0.00026 0.1088 997.1 0.511436 0.5948 0.0009 0.9989 4.
  • 7.055 0.000618 0.53465 0.6218 3512.8 1.602 1305.15 0.5634564 0.655 0.000361 2.311 1.
  • 6.866 0.000599 0.53663 0.6241 3597.5 1.613 1323.58 0.5639723 0.656 0.000357 2.281 1.
  • 6.685 0.000576 0.53904 0.6269 3683.68 1.639 1344.07 0.5642303 0.656 0.000355 2.266 1.
  • 6.597 0.000556 0.5411 0.6293 3726.76 1.676 1356.81 0.565864 0.658 0.00034 2.165 1.
  • 6.511 0.000549 0.54187 0.6302 3769.67 1.678 1365.65 0.5639723 0.656 0.000357 2.281 1.
  • 6.427 0.00054 0.54282 0.6313 3813.14 1.686 1375.41 0.5647462 0.657 0.00035 2.236 1.
  • 6.344 0.000534 0.54359 0.6322 3857.2 1.688 1384.21 0.5649182 0.657 0.000348 2.222 1.
  • 6.344 0.000529 0.54402 0.6327 3857.2 1.702 1385.82 0.5647462 0.657 0.00035 2.236 1.
  • 6.263 0.000525 0.54454 0.6333 3901 1.697 1394 0.5647462 0.657 0.00035 2.236 1.
  • 4.331 0.000451 0.55297 0.6431 1054.26 1.421 440.04 0.5644882 0.657 0.000352 2.251 1.
  • 5.218 0.000496 0.54772 0.637 2043.34 1.525 786.508 0.5642303 0.656 0.000355 2.266 1.
  • 5.341 0.000494 0.54798 0.6373 2491.59 1.564 929.622 0.543594 0.632 0.000534 3.529 0.
  • 5.534 0.000498 0.54755 0.6368 2911.06 1.601 1064.74 0.5464315 0.636 0.000508 3.344 0.
  • 5.601 0.000502 0.54703 0.6362 3263.6 1.606 1170.23 0.5511606 0.641 0.000467 3.045 0.
  • 5.669 0.000504 0.54686 0.636 3557.38 1.616 1258.29 0.5507307 0.641 0.00047 3.07 0.
  • 5.739 0.000508 0.54643 0.6355 3927 1.621 1366.11 0.5527084 0.643 0.000453 2.947 0.
  • 5.809 0.000512 0.54592 0.6349 4752.84 1.626 1596.1 0.5534822 0.644 0.000446 2.9 0.
    • 6.96 0.000702 0.52666 0.6125 4146.69 1.393 1457 0.5564057 0.647 0.000421 2.724 0.
  • 6.685 0.000672 0.52941 0.6157 4262.77 1.404 1478.25 0.5590712 0.65 0.000399 2.567 0.
  • 6.427 0.00063 0.53353 0.6205 4420.14 1.447 1515.19 0.5612208 0.653 0.00038 2.442 1.
  • 6.511 0.000635 0.53293 0.6198 4369.75 1.451 1506 0.5620807 0.654 0.000373 2.391 1.
  • 6.344 0.000615 0.535 0.6222 4457.83 1.464 1523.42 0.5629405 0.655 0.000366 2.343 1.
  • 6.344 0.00061 0.53551 0.6228 4444.44 1.477 1521.67 0.5639723 0.656 0.000357 2.281 1.
  • 6.344 0.000589 0.53775 0.6254 2925.66 1.531 1094.48 0.5647462 0.657 0.00035 2.236 1.
  • 6.106 0.000561 0.54058 0.6287 3025.6 1.552 1117 0.5649182 0.657 0.000348 2.222 1.
  • 5.955 0.00054 0.54282 0.6313 3083.8 1.576 1130.48 0.5651761 0.657 0.000346 2.207 1.
  • 5.881 0.000531 0.54385 0.6325 3117.54 1.585 1138.08 0.5649182 0.657 0.000348 2.222 1.
  • 5.809 0.000523 0.5448 0.6336 3151.34 1.593 1145.67 0.5642303 0.656 0.000355 2.266 1.
  • 5.739 0.000512 0.54592 0.6349 3189.62 1.608 1155.43 0.5625966 0.654 0.000368 2.359 1.
  • 5.669 0.000504 0.54686 0.636 3198.47 1.616 1155.67 0.5637144 0.656 0.000359 2.296 1.
  • 5.601 0.0005 0.54729 0.6365 3202.79 1.612 1153.4 0.5639723 0.656 0.000357 2.281 1.
  • 5.601 0.000498 0.54755 0.6368 3263.6 1.618 1171.55 0.5618227 0.653 0.000375 2.408 1.
  • 4.286 0.000456 0.55236 0.6424 862.938 1.393 372.913 0.5634564 0.655 0.000361 2.311 1.
  • 4.768 0.000479 0.5497 0.6393 1523.36 1.458 605.707 0.5631985 0.655 0.000364 2.327 1.
  • 5.279 0.000508 0.54643 0.6355 2022.71 1.505 780.643 0.5620807 0.654 0.000373 2.391 1.
  • 5.341 0.000502 0.54703 0.6362 2780.8 1.539 1012.74 0.5623386 0.654 0.000371 2.375 1.
  • 5.341 0.0005 0.54729 0.6365 3337 1.545 1172.42 0.5629405 0.655 0.000366 2.343 1.
  • 5.601 0.000525 0.54454 0.6333 3734.1 1.536 1295.32 0.5631985 0.655 0.000364 2.327 1.
  • 5.469 0.000508 0.54643 0.6355 4423.51 1.553 1477.9 0.5637144 0.656 0.000359 2.296 1.
  • 5.534 0.000512 0.54592 0.6349 5175.22 1.557 1680.53 0.5637144 0.656 0.000359 2.296 1.
  • 5.955 0.000534 0.54359 0.6322 4921.94 1.596 1646.12 0.5642303 0.656 0.000355 2.266 1.
  • 5.881 0.000529 0.54402 0.6327 4307.32 1.591 1474.83 0.5644882 0.657 0.000352 2.251 1.
  • 5.739 0.000521 0.54497 0.6338 3717.05 1.583 1303 0.5651761 0.657 0.000346 2.207 1.
  • 5.669 0.000516 0.54549 0.6344 3341 1.578 1192.68 0.5570936 0.648 0.000415 2.683 0.
  • 5.534 0.000508 0.54643 0.6355 2795.7 1.57 1028 0.5606189 0.652 0.000385 2.476 1.
  • 5.279 0.0005 0.54729 0.6365 2308.13 1.529 869.52 0.5625966 0.654 0.000368 2.359 1.
  • 4.929 0.000485 0.54901 0.6385 1779.16 1.484 692.603 0.5631985 0.655 0.000364 2.327 1.
  • 4.615 0.000472 0.55056 0.6403 1321 1.438 535.444 0.5639723 0.656 0.000357 2.281 1.
  • 4.157 0.00045 0.55314 0.6433 732.677 1.375 324.343 0.5642303 0.656 0.000355 2.266 1.
  • 5.809 0.000566 0.54007 0.6281 2608.9 1.472 974.12 0.5649182 0.657 0.000348 2.222 1.
  • 5.534 0.000531 0.54385 0.6325 2718.07 1.501 998.819 0.5503008 0.64 0.000474 3.096 0.
  • 5.469 0.000514 0.54574 0.6347 2728.2 1.534 1002.29 0.5481512 0.638 0.000492 3.23 0.
  • 5.341 0.000506 0.5466 0.6357 2793 1.527 1015.17 0.5472913 0.637 0.0005 3.286 0.
  • 5.279 0.000498 0.54755 0.6368 2809.32 1.535 1018.11 0.549011 0.639 0.000485 3.175 0.
  • 5.218 0.000494 0.54798 0.6373 2850.46 1.532 1027.09 0.549011 0.639 0.000485 3.175 0.
  • 5.158 0.000487 0.54884 0.6383 2891 1.54 1036.75 0.549011 0.639 0.000485 3.175 0.
  • 6.106 0.000624 0.53414 0.6212 1061.28 1.396 476.037 0.549011 0.639 0.000485 3.175 0.
  • 6.263 0.000644 0.53207 0.6188 3028.52 1.382 1106.21 0.549011 0.639 0.000485 3.175 0.
  • 6.866 0.000672 0.52941 0.6157 4040.83 1.438 1429.3 0.549011 0.639 0.000485 3.175 0.
  • 6.263 0.000638 0.53267 0.6195 1760.43 1.395 717.66 0.549011 0.639 0.000485 3.175 0.
  • 4.195 971.2 21.44413 0.086275 739.301 0.506 755.5 257.29 277.8 1.10453 1.1924298 1195.6
  • 4.193 972.4 46.72782 0.187997 1571 0.547 1164 298.54 322.3 1.47353 1.590796 4933.8
  • 4.192 973 66.50731 0.267575 2208.36 0.562 1414 313.37 338.3 1.60666 1.7345254 4943.4
  • 4.192 973.3 114.831 0.461993 3787.93 0.576 1913 333.67 360.2 2.1446 2.3152763
  • 4.192 973.7 136.9826 0.551114 4490.41 0.585 2108 340.45 367.5 2.40633 2.5978364 7412.8
    • 4.19 974.6 175.7469 0.707072 5650.65 0.599 2414 346.84 374.4 2.77378 2.9945342 7362.6
    • 4.19 974.9 82.54933 0.332116 2636.58 0.813 1659 198.41 214.2 2.05735 2.2210813
    • 4.19 974.9 81.78199 0.329029 2612.07 0.765 1636 258.96 279.6 1.76419 1.9045951
    • 4.19 975.2 81.60516 0.328317 2589.3 0.74 1624 303.94 328.1 1.56804 1.6928349
  • 4.185 979.2 80.96634 0.325747 2336.26 0.8 1592 328.72 354.9 1.51702 1.6377515
  • 4.188 976.6 79.01172 0.317883 2425.4 0.74 1581 352.51 380.6 1.45041 1.5658438
    • 4.19 974.9 79.84345 0.32123 2550.16 0.697 1594 369.05 398.4 1.52709 1.6486267
  • 4.193 972.7 80.83183 0.325206 2701.09 0.66 1613 385.52 416.2 1.56234 1.6866756
  • 4.193 972.4 80.40407 0.323485 2703.26 0.656 1610 400.34 432.2 1.60914 1.7371985
  • 4.195 971.5 81.698 0.328691 2799 0.636 1625 413.47 446.4 1.57765 1.703204
  • 4.196 970.9 24.13228 0.09709 837.237 0.571 821.2 266.04 287.2 1.25268 1.352376
  • 4.196 970.9 51.16043 0.205831 1774.94 0.604 1251 303.58 327.7 1.50529 1.6250857
  • 4.182 987.8 76.97158 0.309675 1712.52 0.975 1477 317.65 342.9 1.62887 1.7585062
  • 4.182 985.9 107.8225 0.433796 2560.82 0.948 1805 333.29 359.8 1.60198 1.7294771
  • 4.182 985.2 128.6013 0.517394 3127.56 0.934 1998 340.36 367.4 1.7254 1.862713
  • 4.182 984.5 140.7043 0.566088 3503.08 0.927 2112 344.83 372.3 1.64842 1.7796118
  • 4.182 984.2 173.2786 0.697142 4348.15 0.931 2375 352.37 380.4 1.72167 1.8586908
  • 4.182 984 180.1731 0.72488 4555.25 0.928 2430 354.47 382.7 1.79655 1.9395238
  • 4.182 983.7 21.72013 0.087385 553.431 0.685 729.2 254.17 274.4 1.12801 1.2177797 1195.6
  • 4.182 985.2 47.34291 0.190472 1151.37 0.756 1120 295.54 319.1 1.50117 1.6206449 4933.8
  • 4.182 985 67.32754 0.270875 1650.36 0.761 1363 310.8 335.5 1.6335 1.7635041 4943.4
  • 4.182 984.7 116.176 0.467404 2869.91 0.769 1847 331.62 358 2.17537 2.3485007
  • 4.183 982.9 138.2769 0.556321 3604 0.736 2052 338.94 365.9 2.43229 2.625865 7412.8
  • 4.182 988.2 178.1993 0.716939 3898.59 0.88 2299 344.38 371.8 2.82343 3.0481293 7362.6
  • 4.182 987.8 86.01502 0.346059 1913.72 0.918 1557 159.92 172.7 3.42914 3.7020453 4540.6
  • 4.182 985.9 81.11192 0.326333 1926.44 0.778 1501 393.07 424.4 1.48851 1.6069746 5244.4
  • 4.182 984.5 74.34897 0.299124 1851 0.746 1442 360.61 389.3 1.37179 1.4809638 3892.4
  • 4.184 981.6 72.58474 0.292026 1963.45 0.693 1443 328.03 354.1 1.43152 1.545443 4217.1
  • 4.183 981.9 82.85732 0.333355 2224.88 0.76 1569 386.23 417 2.16564 2.3379914
  • 4.185 980.3 25.78727 0.103748 723.334 0.601 808.7 259.47 280.1 1.35458 1.4623826
  • 4.186 978.9 38.9298 0.156624 1131.15 0.589 1021 279 301.2 1.71072 1.8468714 3565.2
  • 4.188 976.9 80.93804 0.325633 2467.58 0.589 1549 310.56 335.3 2.09123 2.2576642 5940.8
    • 4.19 974.9 119.1392 0.479326 3805.24 0.584 1938 326.36 352.3 2.20106 2.3762283 8314.5
  • 4.191 974.3 178.2356 0.717085 5767.54 0.62 2448 344.78 372.2 1.83078 1.9764821
  • 4.192 973.3 125.2739 0.504007 4132.4 0.605 2021 334.65 361.3 1.57403 1.6993029
  • 4.193 972.7 23.45171 0.094352 783.667 0.584 802.8 313.48 338.4 1.35443 1.462218
  • 4.194 972.1 38.53856 0.15505 1304.06 0.595 1062 348.34 376.1 1.5284 1.650041
  • 4.194 971.8 61.59435 0.247809 2097.15 0.616 1383 379.57 409.8 1.63717 1.7674592
  • 4.197 969.6 80.77505 0.324978 2871.72 0.61 1622 397.43 429.1 1.55724 1.6811752
  • 4.194 972.1 98.21896 0.395159 3323.51 0.649 1797 408.3 440.8 1.65172 1.783169
  • 4.195 971.2 120.7791 0.485924 4163.94 0.648 2024 420.27 453.7 1.70093 1.8362935
  • 4.196 970.9 142.5815 0.57364 4946.68 0.652 2223 429.44 463.6 1.77072 1.9116373
  • 4.195 971.2 156.1841 0.628366 5384.55 0.662 2338 433.89 468.4 1.71957 1.8564253
  • 4.195 971.2 178.634 0.718688 6158.53 0.667 2520 440.87 476 1.8189 1.9636544
  • 4.195 971.5 160.9813 0.647667 5515.28 0.781 2429 253.47 273.6 2.24204 2.4204702
  • 4.194 971.8 165.0568 0.664063 5619.81 0.714 2428 347.82 375.5 2.18601 2.3599799
  • 4.182 987.3 176.6873 0.710856 3996.63 1.08 2378 374.27 404.1 1.91985 2.0726381
  • 4.182 985.9 169.9021 0.683557 4035.24 1.02 2342 394.98 426.4 1.68534 1.8194663
  • 4.183 983.2 168.2149 0.676769 4351.35 0.929 2356 410.04 442.7 1.72162 1.8586322
  • 4.183 983.4 165.3974 0.665434 4246.62 0.932 2331 420.29 453.7 #DIV/0! #DIV/0!
  • 4.183 982.2 166.4163 0.669533 4436 0.891 2349 433.06 467.5 1.72586 1.8632078
  • 4.184 981.6 169.1611 0.680576 4575.89 0.871 2372 456.19 492.5 1.8147 1.9591268
  • 4.185 979.5 20.08548 0.080809 575.434 0.6 708.8 304.34 328.6 0.93057 1.0046239 5627.3
  • 4.187 977.2 43.59852 0.175407 1320.2 0.593 1101 361.42 390.2 1.42473 1.5381136
    • 4.19 975.2 104.5516 0.420636 3317.38 0.604 1809 419.33 452.7 1.63074 1.7605241
  • 4.191 974.3 80.19793 0.322656 2595.13 0.587 1566 403.83 436 1.41899 1.5319221
  • 4.192 973.3 135.7571 0.546184 4478.21 0.595 2107 434.82 469.4 1.61132 1.739555
  • 4.194 972.1 177.0277 0.712225 5990.22 0.585 2449 447.8 483.4 1.63958 1.7700661
  • 4.195 971.2 23.73741 0.095501 818.363 0.595 817.2 301.13 325.1 1.38318 1.4932563
  • 4.196 970.9 40.05958 0.161169 1389.81 0.62 1098 335.32 362 1.49961 1.6189569
  • 4.196 970.6 61.51829 0.247503 2147.26 0.64 1398 360.96 389.7 1.54786 1.6710501
  • 4.196 970.9 82.85415 0.333342 2874.52 0.655 1650 376.94 406.9 1.64446 1.7753315
  • 4.194 971.8 100.2418 0.403297 3413 0.678 1832 386.91 417.7 1.67453 1.8078017
  • 4.192 973.7 122.2195 0.491719 4006.46 0.719 2038 396.96 428.6 1.64401 1.7748436
  • 4.193 972.4 142.6004 0.573716 4794.36 0.712 2231 404.11 436.3 1.61785 1.7466069
  • 4.194 972.1 166.3158 0.669129 5627.76 0.713 2433 410.11 442.7 1.70866 1.8446453
    • 4.19 974.6 177.6445 0.714707 5711.66 0.754 2507 414.72 447.7 1.69299 1.8277249
  • 4.193 972.7 120.8851 0.48635 4039.52 0.792 2064 224.18 242 2.31504 2.4992821
  • 4.192 973 120.9224 0.4865 4015.2 0.759 2049 297.89 321.6 1.97006 2.1268418
  • 4.191 974.3 121.0839 0.48715 3918.16 0.734 2026 336.75 363.6 1.99046 2.1488673
  • 4.191 974 125.0815 0.503233 4073.73 0.738 2068 378.59 408.7 1.68174 1.8155804
  • 4.192 973.3 124.9916 0.502872 4123.09 0.732 2072 400.84 432.7 1.64927 1.7805286
  • 4.192 973 122.9377 0.494608 4082.12 0.693 2041 413.19 446.1 1.94099 2.0954598
  • 4.193 972.4 119.3574 0.480204 4012.91 0.706 2021 431.33 465.7 1.70736 1.8432369
  • 4.193 972.4 120.3241 0.484093 4045.41 0.701 2028 448.49 484.2 1.77009 1.9109675
  • 4.194 971.8 102.456 0.412205 3488.4 0.664 1849 435.63 470.3 1.67487 1.8081633
  • 4.195 971.5 101.0158 0.406411 3460.84 0.666 1838 421.23 454.8 1.63321 1.7631916
  • 4.196 970.6 100.7613 0.405387 3517 0.664 1844 405.37 437.6 1.60111 1.7285304
  • 4.186 978.9 101.4202 0.408038 2946.88 0.804 1807 391.6 422.8 1.58369 1.7097252
  • 4.189 975.7 101.0887 0.406704 3165.89 0.758 1827 371.65 401.2 1.52863 1.6502871
  • 4.192 973.7 100.1151 0.402787 3281.86 0.736 1832 347.38 375 #DIV/0! #DIV/0!
  • 4.192 973 100.6074 0.404768 3340.64 0.75 1849 313.72 338.7 1.77772 1.919198
  • 4.194 972.1 99.74922 0.401315 3375.29 0.756 1852 274.64 296.5 1.95011 2.105307
  • 4.194 971.8 99.15483 0.398924 3376 0.789 1860 202.18 218.3 2.26437 2.4445846
  • 4.196 970.9 21.47773 0.08641 745.141 0.615 778.3 285.79 308.5 1.36476 1.4733699
  • 4.182 983.7 50.12338 0.201659 1277.15 0.891 1198 331.83 358.2 1.55995 1.6840929
  • 4.182 985 78.71201 0.316678 1929.42 0.957 1534 354.18 382.4 1.5515 1.6749795
  • 4.182 985.4 100.0118 0.402372 2413.31 0.988 1750 366.62 395.8 1.71795 1.8546755
  • 4.182 984.5 118.8849 0.478303 2959.85 0.973 1938 374.91 404.7 1.71467 1.8511332
  • 4.182 984.5 130.8346 0.526379 3257.35 0.981 2045 380.21 410.5 1.77703 1.9184573
  • 4.182 984.5 154.9787 0.623517 3858.46 0.996 2249 388.47 419.4 1.7511 1.8904611
  • 4.182 984.5 61.17578 0.246125 1523.08 0.777 1303 240.76 259.9 1.59551 1.7224911 7692.4
  • 4.182 984.5 63.37811 0.254986 1577.91 0.753 1323 350.31 378.2 1.87048 2.019346
  • 4.182 984.5 63.62282 0.25597 1584 0.721 1318 378.42 408.5 1.32029 1.4253672 8127.9
  • 4.182 984.5 63.62282 0.25597 1584 0.76 1327 295.93 319.5 1.66154 1.7937723
  • 0.098527 6664.98 21.724 409.16 441. n Qt ∆Tm Uoexp Uiexp
  • 0.234859 12970.7 27.311 633.37 683.
  • 0.183088 15971.6 29.384 724.88 782.
    • 0.14814 23894.5 30.93 1030.3
  • 0.155515 27539.5 31.138 1179.5
  • 0.125687 32970.9 31.745 1385.1
  • 0.645967 17721.7 40.213 587.72 634.
  • 0.715738 22368.1 45.351 657.77 710.
  • 0.758339 24953.3 48.498 686.18 740.
  • 0.817576 26626.6 49.458 717.98 775.
    • 0.86854 27800.8 50.366 736.13 794.
    • 0.80126 30221.1 49.672 811.4
  • 0.833134 32233.4 49.57 867.2 936.
  • 0.971022 34474.6 49.57 927.49
  • 0.912523 35139.4 49.899 939.16
  • 1.089466 16465.1 45.763 479.82
  • 0.825578 24398.1 49.455 657.93 710.
  • 0.733948 28957.1 51.839 744.95 804.
  • 0.751522 31413.7 54.498 768.72 829.
  • 0.688608 34551.3 54.498 845.5 912.
    • 0.76036 34035.3 55.462 818.4 883.
  • 0.718668 36614.5 55.905 873.45
  • 0.718742 38072.9 55.378 916.88 989.
  • 0.097577 6724.02 21.724 412.78 445.
  • 0.232417 13081 27.311 638.76 689.
    • 0.18129 16105.5 29.384 730.96 789.
  • 0.146775 24088 30.93 1038.6
  • 0.154391 27713.1 31.138
  • 0.124194 33322.9 31.745 1399.9
  • 0.165888 15955.9 26.951 789.56 852.
  • 0.159646 19047.4 30.155 842.39 909.
  • 0.134053 16464.1 30.829 712.22 768.
  • 0.154416 15763.6 31.095 676.08 729.
  • 1.375272 27050.1 29.956 1204.3
  • 0.155322 8840.38 23.298 506.05 546.
  • 0.162189 12773.4 24.789 687.19 741.
  • 0.163458 21142.4 30.155 935.05
  • 0.192627 25739.3 33.19 1034.2
  • 0.393829 25207.7 36.991 908.8 981.
  • 0.522847 20744.9 36.479 758.4 818.
  • 1.302896 19189 41.862 611.31
  • 1.078678 25565.1 44.478 766.54 827.
  • 0.948333 32204.6 48.004 894.69 965. - 0.9597 34467.5 51.587 891.05
  • 0.906499 38027.8 52.231 970.98
  • 0.880381 41190.1 53.374 1029.2
    • 0.86098 44284.5 53.944 1094.8
  • 0.861057 44282.4 54.976 1074.2 - 0.8369 47609.6 54.994 1154.6
  • 0.648569 25028.8 40.796 818.19 883.
  • 0.533668 38556.3 46.972 1094.7
  • 0.668013 38365.8 49.458 1034.5
  • 0.771272 36999.8 51.485 958.41
  • 0.791846 39247.2 51.498 1016.4
  • 0.834186 41953.1 51.994 1076.1 0.8406 39639.8 #DIV/0! ### ###
  • 0.897558 46451.6 51.974 1191.9
  • 0.523129 8192.17 26.794 407.75 440.
  • 0.712905 16763 30.155 741.37 800.
  • 0.737706 26329 35.664 984.55
  • 0.801326 21987.5 35.542 825.03 890.
  • 0.796087 28282.3 37.391 1008.7
  • 0.695281 30473.5 38.446 1057.1
    • 1.26938 17976.8 39.979 599.68 647.
  • 1.158112 23838.7 43.912 723.99 781.
  • 1.053067 28411.1 47.103 804.41 868.
  • 0.919677 32316.1 48.291 892.45 963. - 0.9017 34565.5 49.417 932.82
  • 0.930904 35927.3 50.993 939.6
  • 0.971697 36697.9 51.994 941.29
  • 0.917385 39319.1 51.974 1008.9
  • 0.930777 39765 52.46 1010.9
  • 0.472094 21936.4 39.152 747.21 806.
  • 0.568533 27500.1 43.406 844.93 912. - 0.4234 32477.9 44.881 965.07
  • 0.635516 32619 47.456 916.67 989.
  • 0.799318 34238.3 47.972 951.82
  • 0.525339 39423.4 45.532 1154.7
  • 0.912677 38073.8 47.889 1060.3
  • 0.957471 40989 47.826
    • 0.83839 38251.1 48.561 1050.5
  • 0.826699 36143.9 48.665 990.5
  • 0.871793 34214.5 48.829 934.46
  • 0.857699 32733.6 48.891 892.89
    • 0.86434 30036.1 48.973 817.94
  • 0.852513 27022.5 44.881 802.96 866. 0.843846 29440.9 #DIV/0! ### ###
    • 0.76897 24316.2 42.055 771.1 832.
  • 0.600588 18417.2 37.263 659.15 711.
  • 1.319086 15902.9 37.767 561.56 606.
  • 1.006004 23996.8 42.941 745.28 804.
  • 0.857999 27499.6 46.354 791.17 854.
  • 0.819643 31587.5 46.455 906.81
  • 0.825702 32964.2 47.498 925.55 999.
  • 0.830748 34645.6 47.498 972.76
  • 0.867647 35586.3 48.457 979.4
  • 0.395151 13579.7 32.746 553.05 597.
  • 0.755954 21731.2 30.72 943.4
  • 0.304559 17407.7 32.273 719.34 776.
  • 0.472752 16941.4 31.915 707.94 764.
  • Di 0.00515 0.6 35.6688 2 119.68 23 47.4 24.7 39.8 23. Fvh [Lpm] Tca [°C] Tcb Thb Tcp (°C)
  • Ntu 7 1 59.292 2 119.64 23.8 52.6 26.5 46.8 25.
  • L 0.144 1.5 88.884 2 119.62 24.3 53.2 27.6 48.8 25.
  • Do 0.00635 2 118.464 2 119.58 25.3 53.7^29 50 27.
  • PT 9.00E-03 2.4 142.085 2 119.44 29.3 54.2^33 51.7 31.
  • De 0.00755394 2.8 165.749 2 119.38 30.8 54.4 34.6 51.8 32.
  • Af 0.00014582 2 118.392 0.5 29.829 29.6^54 38.9^52 34.
  • As 0.00091667 2 118.356 1 59.7 28.7 55.1 35.2 52.4 31.
  • B 0.044 2 118.392 1.5 89.613 27.4 54.8^32 51.5 29.
  • Ds 0.0375 2 118.44 2 119.54 26.2 54.1^30 50.5 28.
  • C' 5.00E-03 2 118.476 2.5 149.52 24.4 53.6 27.7 49.7 26.
  • Xw 0.0006 2 118.44 3 179.5 23.1 54.4^26 49.9 24.
  • Dm 0.00572907 2 118.476 3.8 227.38 23 53.8 25.4 49.3 24.
  • Ao 0.02010871 0.5 29.667 3 179.5 23.7 52.6 25.2 43.6 24.
  • Ai 0.01630864 1 59.31 3 179.55 22.5^52 24.1 45.7 23.
    • 1.5 88.893 3 179.51 22.8 53 25.2 48.4
      • 2 118.416 3 179.48 23.4 54.6 26.5 50.6 24.
    • 2.5 148.05 3 179.46 23.7 53.9 27 50.4 25.
    • 2.7 159.862 3 179.44 23.6 54.4 27.4 51 25.
    • 0.5 29.637 3.6 215.44 23.3 55.8 24 44.9 23.
      • 1 59.184 3.6 215.37 24.5 57 25 50 24.
    • 1.5 88.713 3.6 215.42 23 58 25.3 52 24.
      • 2 118.068 3.6 215.4 23 61.3 26 56 24.
    • 2.5 147.36 3.6 215.35 22.9 64 27.3 59 25.
    • 0.6 35.6688 2 119.68 23 47.4 24.7 39.8 23.
      • 1 59.292 2 119.64 23.8 52.6 26.5 46.8 25.
    • 1.5 88.884 2 119.62 24.3 53.2 27.6 48.8 25.
      • 2 118.464 2 119.58 25.3 53.7 29 50 27.
    • 2.4 142.085 2 119.44 29.3 54.2 33 51.7 31.
    • 2.8 165.749 2 119.38 30.8 54.4 34.6 51.8 32.
      • 2 118.392 0.5 29.829 29.6 54 38.9 52 34.
      • 2 118.356 1 59.7 28.7 55.1 35.2 52.4 31.
      • 2 118.392 1.5 89.613 27.4 54.8 32 51.5 29.
      • 2 118.44 2 119.54 26.2 54.1 30 50.5 28.
      • 2 118.476 2.5 149.52 24.4 53.6 27.7 49.7 26.
      • 2 118.44 3 179.5 23.1 54.4 26 49.9 24.
      • 2 118.476 3.8 227.38 23 53.8 25.4 49.3 24.
      • 3 176.868 0.5 29.841 20.7 62.1 45 60.3 32.
      • 3 176.922 1 59.784 20.5 62.1 34 59 27.
      • 3 177.03 1.5 89.73 20.7 61.3 30 57.6 25.
      • 3 176.976 2 119.65 21.1 62.1 28.6 58 24.
    • 3 177.048 2.5 149.48 27.1 61.4 27.3 57.1 27.
    • 3 177.12 3 179.57 20.3 60.8 25.5 56.1 22.
    • 3 177.012 3.5 208.95 30 61.5 33.9 57.7 31.
  • 2.5 147.6 3.5 209.31 24.4 60.7 28.6 56.3 26.
    • 2 118.128 3.5 209.37 23.3 60 27 55.2 25.
  • 1.5 88.623 3.5 209.37 23.7 59.8 26.5 54.4 25.
    • 1 59.076 3.5 209.37 23.9 60.6 26.2 54 25.
  • 0.5 29.577 3.5 209.39 23.9 59.7 25.6 49.3 24.
  • 0.5 29.46 2 119.69 21.3 66.6 26 57.9 23.
    • 1 58.968 2 119.68 21.3 64 26.7 57.7
  • 1.5 88.362 2 119.65 21.4 65.4 28.1 60 24.
    • 2 117.672 2 119.63 21.4 67.4 29.5 62.3 25.
    • 2 117.636 0.5 29.835 21.4 66.7 45.8 64.1 33.
    • 2 117.768 1 59.778 21.4 65.4 34.2 61.6 27.
    • 2 117.732 1.5 89.703 21.4 66.1 31.3 61.7 26.
    • 2 117.756 2 119.64 21.4 66.1 29.3 61.1 25.
    • 2 117.84 2.5 149.57 21.5 64.8 27.8 59.7 24.
    • 2 117.792 3 179.5 21.5 65.8 27 60.3 24.
    • 2 117.864 3.6 215.44 21.5 64.7 26 59.1 23.
  • 2.5 147.105 0.5 29.823 21.1 65 48.7 64.5 34.
  • 2.5 147.135 1 59.76 20.9 65 36.7 63.6 28.
  • 2.5 147.21 1.5 89.649 23.5 65 33.3 61.7 28.
  • 2.5 147.21 2 119.57 23.6 65 31.4 61.9 27.
  • 2.5 147.24 2.5 149.37 26.6 65 32.6 61 29.
  • 2.5 147.27 3 179.28 26.3 65 31.3 60.4 28.
  • 2.5 147.27 3.5 209.2 26.5 65 30 60.3 28.
    • 2 117.816 3.5 209.16 26.9 65.1 30.9 60.1 28.
  • 1.5 88.407 3.5 209.16 27.2 64.4 30.5 59 28.
    • 1 58.95 3.5 209.14 27.7 64.3 30.5 58.5 29.
  • 0.5 29.484 3.5 209.14 28.1 64.9 30.2 56.8 29.
    • 43.6 33.725 3.3333E-05 0.00001 0.2286 997.3 0.509716116 0.5928 0.0009143 0.9989004 4.183 6. Thp (°C) Tw(°C) Fc(m3/s) V(m/s) ki(corregida) Ki Viscosidad cp(corregida) Cp Prandlt
    • 49.7 37.425 3.3333E-05 1.67E-05 0.2286 997 0.511607775 0.595 0.0008875 0.9989004 4.183 6.
      • 51 38.475 3.3333E-05 2.5E-05 0.2286 996.8 0.512811558 0.5964 0.0008716 0.9989004 4.183 6.
  • 51.85 39.5 3.3333E-05 3.33E-05 0.2286 996.5 0.514531248 0.5984 0.0008486 0.9989004 4.183 5.
  • 52.95 42.05 3.3333E-05 0.00004 0.2286 995.3 0.520034256 0.6048 0.0007786 0.9989004 4.183 5.
    • 53.1 42.9 3.3333E-05 4.67E-05 0.2286 994.8 0.522097884 0.6072 0.0007539 0.9989004 4.183 5.
      • 53 43.625 8.3333E-06 3.33E-05 0.05715 994.3 0.5240755275 0.6095 0.0007305 0.9989004 4.183 5.
  • 53.75 42.85 1.6667E-05 3.33E-05 0.1143 995 0.52106607 0.606 0.0007657 0.9989004 4.183 5.
  • 53.15 41.425 0.000025 3.33E-05 0.17145 995.7 0.5180566125 0.6025 0.0008028 0.9989004 4.183 5.
    • 52.3 40.2 3.3333E-05 3.33E-05 0.2286 996.2 0.5158210155 0.5999 0.0008311 0.9989004 4.183 5.
  • 51.65 38.85 4.1667E-05 3.33E-05 0.28575 996.8 0.5128975425 0.5965 0.0008696 0.9989004 4.183 6.
  • 52.15 38.35 0.00005 3.33E-05 0.3429 997.2 0.51074793 0.594 0.0008997 0.9989004 4.183 6.
  • 51.55 37.875 6.3333E-05 3.33E-05 0.43434 997.3 0.510232023 0.5934 0.000907 0.9989004 4.183 6.
    • 48.1 36.275 0.00005 8.33E-06 0.3429 997.2 0.510575961 0.5938 0.0009018 0.9989004 4.183 6.
  • 48.85 36.075 0.00005 1.67E-05 0.3429 997.5 0.5089422555 0.5919 0.0009261 0.9989004 4.183 6.
    • 50.7 37.35 0.00005 2.5E-05 0.3429 997.3 0.5099740695 0.5931 0.0009112 0.9989004 4.183 6.
    • 52.6 38.775 0.00005 3.33E-05 0.3429 997.1 0.5113498215 0.5947 0.0008915 0.9989004 4.183 6.
  • 52.15 38.75 0.00005 4.17E-05 0.3429 997 0.511951713 0.5954 0.0008835 0.9989004 4.183 6.
    • 52.7 39.1 0.00005 4.5E-05 0.3429 996.9 0.512123682 0.5956 0.0008805 0.9989004 4.183 6.
  • 50.35 37 0.00006 8.33E-06 0.41148 997.4 0.5094581625 0.5925 0.0009186 0.9989004 4.183 6.
    • 53.5 39.125 0.00006 1.67E-05 0.41148 997.1 0.5110058835 0.5943 0.0008956 0.9989004 4.183 6.
      • 55 39.575 0.00006 2.5E-05 0.41148 997.3 0.5101460385 0.5933 0.000908 0.9989004 4.183 6.
  • 58.65 41.575 0.00006 3.33E-05 0.41148 997.2 0.5106619455 0.5939 0.0009007 0.9989004 4.183 6.
    • 61.5 43.3 0.00006 4.17E-05 0.41148 997 0.5115217905 0.5949 0.0008885 0.9989004 4.183 6.
    • 43.6 33.725 3.3333E-05 0.00001 0.2286 997.3 0.509716116 0.5928 0.0009143 0.9989004 4.183 6.
    • 49.7 37.425 3.3333E-05 1.67E-05 0.2286 997 0.511607775 0.595 0.0008875 0.9989004 4.183 6.
      • 51 38.475 3.3333E-05 2.5E-05 0.2286 996.8 0.512811558 0.5964 0.0008716 0.9989004 4.183 6.
  • 51.85 39.5 3.3333E-05 3.33E-05 0.2286 996.5 0.514531248 0.5984 0.0008486 0.9989004 4.183 5.
  • 52.95 42.05 3.3333E-05 0.00004 0.2286 995.3 0.520034256 0.6048 0.0007786 0.9989004 4.183 5.
    • 53.1 42.9 3.3333E-05 4.67E-05 0.2286 994.8 0.522097884 0.6072 0.0007539 0.9989004 4.183 5.
      • 53 43.625 8.3333E-06 3.33E-05 0.05715 994.3 0.5240755275 0.6095 0.0007305 0.9989004 4.183 5.
  • 53.75 42.85 1.6667E-05 3.33E-05 0.1143 995 0.52106607 0.606 0.0007657 0.9989004 4.183 5.
  • 53.15 41.425 0.000025 3.33E-05 0.17145 995.7 0.5180566125 0.6025 0.0008028 0.9989004 4.183 5.
    • 52.3 40.2 3.3333E-05 3.33E-05 0.2286 996.2 0.5158210155 0.5999 0.0008311 0.9989004 4.183 5.
  • 51.65 38.85 4.1667E-05 3.33E-05 0.28575 996.8 0.5128975425 0.5965 0.0008696 0.9989004 4.183 6.
  • 52.15 38.35 0.00005 3.33E-05 0.3429 997.2 0.51074793 0.594 0.0008997 0.9989004 4.183 6.
  • 51.55 37.875 6.3333E-05 3.33E-05 0.43434 997.3 0.510232023 0.5934 0.000907 0.9989004 4.183 6.
    • 61.2 47.025 8.3333E-06 0.00005 0.05715 994.7 0.522269853 0.6074 0.0007516 0.9989004 4.183 5.
  • 60.55 43.9 1.6667E-05 0.00005 0.1143 996.4 0.5146172325 0.5985 0.0008467 0.9989004 4.183 5.
  • 59.45 42.4 0.000025 0.00005 0.17145 997 0.511951713 0.5954 0.0008835 0.9989004 4.183 6.
  • 60.05 42.45 3.3333E-05 0.00005 0.2286 997.1 0.5111778525 0.5945 0.0008936 0.9989004 4.183 6. - (kg/m Densidad
  • 59.25 43.225 4.1667E-05 0.00005 0.28575 996.5 0.514531248 0.5984 0.0008476 0.9989004 4.183 5.
  • 58.45 40.675 0.00005 0.00005 0.3429 997.6 0.508340364 0.5912 0.0009348 0.9989004 4.183 6.
    • 59.6 45.775 5.8333E-05 0.00005 0.40005 995 0.52106607 0.606 0.0007657 0.9989004 4.183 5.
    • 58.5 42.5 5.8333E-05 4.17E-05 0.40005 996.7 0.5135854185 0.5973 0.0008609 0.9989004 4.183 6.
    • 57.6 41.375 5.8333E-05 3.33E-05 0.40005 997 0.511607775 0.595 0.0008875 0.9989004 4.183 6.
    • 57.1 41.1 5.8333E-05 2.5E-05 0.40005 997 0.5115217905 0.5949 0.0008885 0.9989004 4.183 6.
    • 57.3 41.175 5.8333E-05 1.67E-05 0.40005 997 0.511435806 0.5948 0.0008895 0.9989004 4.183 6.
    • 54.5 39.625 5.8333E-05 8.33E-06 0.40005 997.1 0.5110058835 0.5943 0.0008956 0.9989004 4.183 6.
  • 62.25 42.95 3.3333E-05 8.33E-06 0.2286 997.4 0.5094581625 0.5925 0.0009186 0.9989004 4.183 6.
  • 60.85 42.425 3.3333E-05 1.67E-05 0.2286 997.3 0.5099740695 0.5931 0.0009112 0.9989004 4.183 6.
    • 62.7 43.725 3.3333E-05 2.5E-05 0.2286 997.1 0.5110058835 0.5943 0.0008956 0.9989004 4.183 6.
  • 64.85 45.15 3.3333E-05 3.33E-05 0.2286 996.9 0.5120376975 0.5955 0.0008815 0.9989004 4.183 6.
    • 65.4 49.5 8.3333E-06 3.33E-05 0.05715 994.5 0.523301667 0.6086 0.0007402 0.9989004 4.183 5.
    • 63.5 45.65 1.6667E-05 3.33E-05 0.1143 996.3 0.515391093 0.5994 0.0008365 0.9989004 4.183 5.
    • 63.9 45.125 0.000025 3.33E-05 0.17145 996.7 0.513327465 0.597 0.0008638 0.9989004 4.183 6.
    • 63.6 44.475 3.3333E-05 3.33E-05 0.2286 997 0.511951713 0.5954 0.0008835 0.9989004 4.183 6.
  • 62.25 43.45 4.1667E-05 3.33E-05 0.28575 997.1 0.510919899 0.5942 0.0008977 0.9989004 4.183 6.
  • 63.05 43.65 0.00005 3.33E-05 0.3429 997.2 0.5103180075 0.5935 0.0009059 0.9989004 4.183 6.
    • 61.9 42.825 0.00006 3.33E-05 0.41148 997.4 0.509544147 0.5926 0.0009165 0.9989004 4.183 6.
  • 64.75 49.825 8.3333E-06 4.17E-05 0.05715 994.1 0.5249353725 0.6105 0.0007211 0.9989004 4.183 4.
    • 64.3 46.55 1.6667E-05 4.17E-05 0.1143 996 0.516766845 0.601 0.0008185 0.9989004 4.183 5.
  • 63.35 45.875 0.000025 4.17E-05 0.17145 996.1 0.516250938 0.6004 0.0008256 0.9989004 4.183 5.
  • 63.45 45.475 3.3333E-05 4.17E-05 0.2286 996.4 0.5149611705 0.5989 0.0008421 0.9989004 4.183 5. - 63 46.3 4.1667E-05 4.17E-05 0.28575 995.8 0.5178846435 0.6023 0.0008046 0.9989004 4.183 5.
    • 62.7 45.75 0.00005 4.17E-05 0.3429 996 0.516766845 0.601 0.0008185 0.9989004 4.183 5.
  • 62.65 45.45 5.8333E-05 4.17E-05 0.40005 996.2 0.516078969 0.6002 0.0008283 0.9989004 4.183 5.
    • 62.6 45.75 5.8333E-05 3.33E-05 0.40005 996 0.516938814 0.6012 0.0008168 0.9989004 4.183 5.
    • 61.7 45.275 5.8333E-05 2.5E-05 0.40005 996 0.5168528295 0.6011 0.0008176 0.9989004 4.183 5.
    • 61.4 45.25 5.8333E-05 1.67E-05 0.40005 995.9 0.5171967675 0.6015 0.0008132 0.9989004 4.183 5.
  • 60.85 45 5.8333E-05 8.33E-06 0.40005 995.9 0.517282752 0.6016 0.0008124 0.9989004 4.183 5.
  • 4.195 60.25 0.6171 60.25 0.