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Starting with Cantera 3.0, the Python test suite is no longer packaged with the Python
module. Unit tests can be accessed in the directory "test/python" of the source code,
which can be retrieved from the project's GitHub repository
(https://github.com/Cantera/cantera).
ELEMENTS
H
C
END
SPECIES
H
CH3
CH4
END
THERMO ALL
300. 1000. 3500.
CH3 C 1H 3 G 300.00 3500.00 1270.00 1
2.57723974e+00 6.62601164e-03-2.54906392e-06 4.67320141e-10-3.34867663e-14 2
1.65488693e+04 6.94195966e+00 3.53327401e+00 3.61488008e-03 1.00739068e-06 3
-1.39958516e-09 3.34014277e-13 1.63060366e+04 2.10113860e+00 4
CH4 C 1H 4 G 300.00 3500.00 1070.00 1
-2.82321416e-01 1.42739336e-02-6.77628877e-06 1.55380951e-09-1.39473841e-13 2
-9.36383584e+03 2.03507024e+01 2.85765313e+00 2.53571100e-03 9.67916346e-06 3
-8.69880870e-09 2.25599770e-12-1.00357904e+04 4.98969392e+00 4
H H 1 G 300.00 3500.00 1490.00 1
2.50000000e+00 7.40336223e-15-5.56967416e-18 1.73924876e-21-1.92673709e-25 2
2.54716200e+04-4.60117600e-01 2.50000000e+00-4.07455160e-15 5.98527266e-18 3
-3.43074982e-21 6.74775716e-25 2.54716200e+04-4.60117600e-01 4
END
REACTIONS
H+CH3(+M)=CH4(+M) 1.2000e+15 -0.400 0.00
LOW/ 6.40e+23 -1.800 0.0/
SRI/ 0.4500 797.0000 979.0000 0.0000 0.0000/
END
Initial T = 207.282, pres = 5.89429e-09 atm
Final T = 207.282, pres = 5.89429e-09 atm
enthalpy = -91747.5
entropy = 11980.7
Gibbs function = -2.57513e+06
heat capacity c_p = 1009.35
heat capacity c_v = 721.223
Initial T = 207.282, pres = 5.89429e-08 atm
Final T = 207.282, pres = 5.89429e-08 atm
enthalpy = -91747.5
entropy = 11317.3
Gibbs function = -2.43762e+06
heat capacity c_p = 1009.35
heat capacity c_v = 721.223
Initial T = 207.282, pres = 5.89429e-07 atm
Final T = 207.282, pres = 5.89429e-07 atm
enthalpy = -91747.5
entropy = 10653.9
Gibbs function = -2.3001e+06
heat capacity c_p = 1009.35
heat capacity c_v = 721.223
Initial T = 207.282, pres = 5.89429e-06 atm
Final T = 207.282, pres = 5.89429e-06 atm
enthalpy = -91747.5
entropy = 9990.41
Gibbs function = -2.16258e+06
heat capacity c_p = 1009.35
heat capacity c_v = 721.223
Initial T = 207.282, pres = 5.89429e-05 atm
Final T = 207.282, pres = 5.89429e-05 atm
enthalpy = -91747.5
entropy = 9326.97
Gibbs function = -2.02506e+06
heat capacity c_p = 1009.35
heat capacity c_v = 721.223
Initial T = 207.282, pres = 0.000589429 atm
Final T = 207.282, pres = 0.000589429 atm
enthalpy = -91747.5
entropy = 8663.53
Gibbs function = -1.88754e+06
heat capacity c_p = 1009.35
heat capacity c_v = 721.223
Initial T = 207.282, pres = 0.00589429 atm
Final T = 207.282, pres = 0.00589429 atm
enthalpy = -91747.5
entropy = 8000.09
Gibbs function = -1.75002e+06
heat capacity c_p = 1009.35
heat capacity c_v = 721.223
Initial T = 414.143, pres = 1.17766e-08 atm
Final T = 414.143, pres = 1.17766e-08 atm
enthalpy = 117855
entropy = 12482.1
Gibbs function = -5.05153e+06
heat capacity c_p = 1022.56
heat capacity c_v = 734.431
Initial T = 414.143, pres = 1.17766e-07 atm
Final T = 414.143, pres = 1.17766e-07 atm
enthalpy = 117855
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