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cantera/test_problems/ChemEquil_ionizedGas/output_blessed.txt
Ray Speth 28154d847d [Test] Use more stable output for ChemEquil_ionizedGas 
The test output previously included the nondimensional chemical potential
for each species. This contains a term equal to log(mole fraction). In
some of the cases in this test, there are species with very small mass
fractions, below the tolerances of the equilibrium solver, leading to
large apparent changes in the chemical potential for species which are
present in insignificant amounts.

The comparison of the equilibrium mole fractions in this test is retained
by using the "table.csv" file.
2013-06-17 14:19:47 +00:00

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Initial T = 207.283, pres = 5.89439e-09 atm
Final T = 207.283, pres = 5.89439e-09 atm
enthalpy = -91746.5
entropy = 11980.8
Gibbs function = -2.57518e+06
heat capacity c_p = 1009.36
heat capacity c_v = 721.229
Initial T = 207.283, pres = 5.89439e-08 atm
Final T = 207.283, pres = 5.89439e-08 atm
enthalpy = -91746.5
entropy = 11317.4
Gibbs function = -2.43765e+06
heat capacity c_p = 1009.36
heat capacity c_v = 721.229
Initial T = 207.283, pres = 5.89439e-07 atm
Final T = 207.283, pres = 5.89439e-07 atm
enthalpy = -91746.5
entropy = 10653.9
Gibbs function = -2.30013e+06
heat capacity c_p = 1009.36
heat capacity c_v = 721.229
Initial T = 207.283, pres = 5.89439e-06 atm
Final T = 207.283, pres = 5.89439e-06 atm
enthalpy = -91746.5
entropy = 9990.5
Gibbs function = -2.16261e+06
heat capacity c_p = 1009.36
heat capacity c_v = 721.229
Initial T = 207.283, pres = 5.89439e-05 atm
Final T = 207.283, pres = 5.89439e-05 atm
enthalpy = -91746.5
entropy = 9327.05
Gibbs function = -2.02509e+06
heat capacity c_p = 1009.36
heat capacity c_v = 721.229
Initial T = 207.283, pres = 0.000589439 atm
Final T = 207.283, pres = 0.000589439 atm
enthalpy = -91746.5
entropy = 8663.6
Gibbs function = -1.88757e+06
heat capacity c_p = 1009.36
heat capacity c_v = 721.229
Initial T = 207.283, pres = 0.00589439 atm
Final T = 207.283, pres = 0.00589439 atm
enthalpy = -91746.5
entropy = 8000.16
Gibbs function = -1.75005e+06
heat capacity c_p = 1009.36
heat capacity c_v = 721.229
Initial T = 414.143, pres = 1.17767e-08 atm
Final T = 414.143, pres = 1.17767e-08 atm
enthalpy = 117856
entropy = 12482.2
Gibbs function = -5.05157e+06
heat capacity c_p = 1022.57
heat capacity c_v = 734.437
Initial T = 414.143, pres = 1.17767e-07 atm
Final T = 414.143, pres = 1.17767e-07 atm
enthalpy = 117856
entropy = 11818.8
Gibbs function = -4.77681e+06
heat capacity c_p = 1022.57
heat capacity c_v = 734.437
Initial T = 414.143, pres = 1.17767e-06 atm
Final T = 414.143, pres = 1.17767e-06 atm
enthalpy = 117856
entropy = 11155.3
Gibbs function = -4.50205e+06
heat capacity c_p = 1022.57
heat capacity c_v = 734.437
Initial T = 414.143, pres = 1.17767e-05 atm
Final T = 414.143, pres = 1.17767e-05 atm
enthalpy = 117856
entropy = 10491.9
Gibbs function = -4.22728e+06
heat capacity c_p = 1022.57
heat capacity c_v = 734.437
Initial T = 414.143, pres = 0.000117767 atm
Final T = 414.143, pres = 0.000117767 atm
enthalpy = 117856
entropy = 9828.43
Gibbs function = -3.95252e+06
heat capacity c_p = 1022.57
heat capacity c_v = 734.437
Initial T = 414.143, pres = 0.00117767 atm
Final T = 414.143, pres = 0.00117767 atm
enthalpy = 117856
entropy = 9164.98
Gibbs function = -3.67776e+06
heat capacity c_p = 1022.57
heat capacity c_v = 734.437
Initial T = 414.143, pres = 0.0117767 atm
Final T = 414.143, pres = 0.0117767 atm
enthalpy = 117856
entropy = 8501.54
Gibbs function = -3.403e+06
heat capacity c_p = 1022.57
heat capacity c_v = 734.437
Initial T = 1153.16, pres = 3.27918e-08 atm
Final T = 1152.47, pres = 3.27723e-08 atm
enthalpy = 930594
entropy = 13299.8
Gibbs function = -1.43969e+07
heat capacity c_p = 1172.94
heat capacity c_v = 884.809
Initial T = 1152.47, pres = 3.27723e-07 atm
Final T = 1152.61, pres = 3.27762e-07 atm
enthalpy = 930634
entropy = 12636.3
Gibbs function = -1.36341e+07
heat capacity c_p = 1172.96
heat capacity c_v = 884.832
Initial T = 1152.61, pres = 3.27762e-06 atm
Final T = 1152.66, pres = 3.27775e-06 atm
enthalpy = 930647
entropy = 11972.9
Gibbs function = -1.287e+07
heat capacity c_p = 1172.97
heat capacity c_v = 884.839
Initial T = 1152.66, pres = 3.27775e-05 atm
Final T = 1152.68, pres = 3.27779e-05 atm
enthalpy = 930651
entropy = 11309.4
Gibbs function = -1.21054e+07
heat capacity c_p = 1172.97
heat capacity c_v = 884.841
Initial T = 1152.68, pres = 0.000327779 atm
Final T = 1152.68, pres = 0.00032778 atm
enthalpy = 930652
entropy = 10646
Gibbs function = -1.13407e+07
heat capacity c_p = 1172.97
heat capacity c_v = 884.842
Initial T = 1152.68, pres = 0.0032778 atm
Final T = 1152.68, pres = 0.00327781 atm
enthalpy = 930652
entropy = 9982.52
Gibbs function = -1.0576e+07
heat capacity c_p = 1172.97
heat capacity c_v = 884.842
Initial T = 1152.68, pres = 0.0327781 atm
Final T = 1152.68, pres = 0.0327781 atm
enthalpy = 930653
entropy = 9319.07
Gibbs function = -9.81127e+06
heat capacity c_p = 1172.97
heat capacity c_v = 884.842
Initial T = 3008.94, pres = 8.55633e-08 atm
Final T = 1764.11, pres = 5.3752e-08 atm
enthalpy = 2.94317e+06
entropy = 14438.6
Gibbs function = -2.25281e+07
heat capacity c_p = 1254.18
heat capacity c_v = 945.446
Initial T = 1764.11, pres = 5.3752e-07 atm
Final T = 1879.19, pres = 5.69028e-07 atm
enthalpy = 2.9751e+06
entropy = 13729.9
Gibbs function = -2.28259e+07
heat capacity c_p = 1261.81
heat capacity c_v = 954.993
Initial T = 1879.19, pres = 5.69028e-06 atm
Final T = 2006.78, pres = 6.03356e-06 atm
enthalpy = 3.00988e+06
entropy = 13025.8
Gibbs function = -2.31301e+07
heat capacity c_p = 1269.31
heat capacity c_v = 964.67
Initial T = 2006.78, pres = 6.03356e-05 atm
Final T = 2147.22, pres = 6.40375e-05 atm
enthalpy = 3.04739e+06
entropy = 12327.1
Gibbs function = -2.34218e+07
heat capacity c_p = 1276.53
heat capacity c_v = 974.347
Initial T = 2147.22, pres = 0.000640375 atm
Final T = 2299.14, pres = 0.000679482 atm
enthalpy = 3.08701e+06
entropy = 11634.4
Gibbs function = -2.36622e+07
heat capacity c_p = 1283.27
heat capacity c_v = 983.817
Initial T = 2299.14, pres = 0.00679482 atm
Final T = 2457.5, pres = 0.0071917 atm
enthalpy = 3.12723e+06
entropy = 10948.3
Gibbs function = -2.37781e+07
heat capacity c_p = 1289.27
heat capacity c_v = 992.753
Initial T = 2457.5, pres = 0.071917 atm
Final T = 2610.53, pres = 0.0756447 atm
enthalpy = 3.165e+06
entropy = 10268.9
Gibbs function = -2.36423e+07
heat capacity c_p = 1294.24
heat capacity c_v = 1000.63
Initial T = 6437.5, pres = 1.86538e-07 atm
Final T = 2945.66, pres = 1.02718e-07 atm
enthalpy = 7.43931e+06
entropy = 16362.2
Gibbs function = -4.0758e+07
heat capacity c_p = 1321.41
heat capacity c_v = 968.083
Initial T = 2945.66, pres = 1.02718e-06 atm
Final T = 3079.99, pres = 1.07046e-06 atm
enthalpy = 7.48317e+06
entropy = 15549.9
Gibbs function = -4.04105e+07
heat capacity c_p = 1323.23
heat capacity c_v = 971.072
Initial T = 3079.99, pres = 1.07046e-05 atm
Final T = 3207.45, pres = 1.11114e-05 atm
enthalpy = 7.52439e+06
entropy = 14740.4
Gibbs function = -3.97547e+07
heat capacity c_p = 1324.78
heat capacity c_v = 973.762
Initial T = 3207.45, pres = 0.000111114 atm
Final T = 3318.6, pres = 0.000114605 atm
enthalpy = 7.55976e+06
entropy = 13933.4
Gibbs function = -3.86797e+07
heat capacity c_p = 1326
heat capacity c_v = 976.083
Initial T = 3318.6, pres = 0.00114605 atm
Final T = 3417.1, pres = 0.00117569 atm
enthalpy = 7.5898e+06
entropy = 13129.1
Gibbs function = -3.72737e+07
heat capacity c_p = 1326.98
heat capacity c_v = 978.355
Initial T = 3417.1, pres = 0.0117569 atm
Final T = 3555.18, pres = 0.012144 atm
enthalpy = 7.62902e+06
entropy = 12328.9
Gibbs function = -3.62024e+07
heat capacity c_p = 1328.33
heat capacity c_v = 982.219
Initial T = 3555.18, pres = 0.12144 atm
Final T = 3800.17, pres = 0.127987 atm
enthalpy = 7.69536e+06
entropy = 11537
Gibbs function = -3.61473e+07
heat capacity c_p = 1331
heat capacity c_v = 989.741
Initial T = 7052.08, pres = 2.37509e-07 atm
Final T = 3293.99, pres = 1.2339e-07 atm
enthalpy = 1.09488e+07
entropy = 17407.2
Gibbs function = -4.63903e+07
heat capacity c_p = 1343.53
heat capacity c_v = 963.973
Initial T = 3293.99, pres = 1.2339e-06 atm
Final T = 3516.01, pres = 1.31045e-06 atm
enthalpy = 1.10263e+07
entropy = 16535.4
Gibbs function = -4.71122e+07
heat capacity c_p = 1346.82
heat capacity c_v = 969.17
Initial T = 3516.01, pres = 1.31045e-05 atm
Final T = 3766.66, pres = 1.39577e-05 atm
enthalpy = 1.11128e+07
entropy = 15668.2
Gibbs function = -4.79042e+07
heat capacity c_p = 1350.74
heat capacity c_v = 975.267
Initial T = 3766.66, pres = 0.000139577 atm
Final T = 4050.36, pres = 0.000149089 atm
enthalpy = 1.12092e+07
entropy = 14806.5
Gibbs function = -4.87625e+07
heat capacity c_p = 1355.57
heat capacity c_v = 982.6
Initial T = 4050.36, pres = 0.00149089 atm
Final T = 4371.57, pres = 0.00159659 atm
enthalpy = 1.13163e+07
entropy = 13951
Gibbs function = -4.96714e+07
heat capacity c_p = 1361.54
heat capacity c_v = 991.482
Initial T = 4371.57, pres = 0.0159659 atm
Final T = 4734.02, pres = 0.0171296 atm
enthalpy = 1.14342e+07
entropy = 13102.7
Gibbs function = -5.05943e+07
heat capacity c_p = 1368.64
heat capacity c_v = 1002
Initial T = 4734.02, pres = 0.171296 atm
Final T = 5139.7, pres = 0.18387 atm
enthalpy = 1.15616e+07
entropy = 12263.1
Gibbs function = -5.14671e+07
heat capacity c_p = 1376.17
heat capacity c_v = 1013.69
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