Exergy_Analysis

Exergy_Analysis - S Cooling CeO2-41.752 J/mol K S Cooling...

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Exergy Analysis H2O CO2 deltai 0.0637 TH 1773.15 deltai 0.0637 TH 1773.15 deltaf 0.0055 deltaf 0.006 Δdelta 0.0582 Δdelta 0.0577 Qsolar Qsolar ΔH Dissociation 1499.1156 J/mol CeO2 ΔH Dissociation 1486.2366 J/mol CeO2 Heating CeO2 58412 J/mol CeO2 Heating CeO2 58412 J/mol CeO2 Heating H2O 9313.7044 J/mol CeO2 Heating H2O 4766.2888 J/mol CeO2 eta absorption 0.7197 eta absorption 0.7197 Qsolar 96185.66 J/mol CeO2 Qsolar 89849.278 J/mol CeO2 Q reradiation 26960.84 Q reradiation 25184.75 ΔS Dissociation 25.39 J/mol K ΔS Dissociation 25.39 J/mol K Heating CeO2 41.752 J/mol K Heating CeO2 41.752 J/mol K Irr Dissociation 103.32 Irr Dissociation 100.94 ΔH Cooling ceria -58413 J/mol ΔH Cooling ceria -58413 J/mol Cooling O2 -735.357 J/mol Cooling O2 -729.0395 J/mol Cooling H2 -1329.4044 J/mol Cooling CO -1392.5895 J/mol Q cooling -60477.7614 J/mol Q cooling -60534.629 J/mol
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Unformatted text preview: S Cooling CeO2-41.752 J/mol K S Cooling CeO2-41.752 J/mol K Cooling O2-0.53 J/mol K Cooling O2-0.53 J/mol K Cooling H2-0.94 J/mol K Cooling CO-2.26 J/mol K Irr Cooling 159.62 Irr Cooling 158.49 H Oxidation-51561 J/mol H Oxidation-51561 J/mol H2O-splitting 14445.2982 J/mol CO2-splitting 32579.2664 J/mol Hydrolysis-37115.7018 Hydrolysis-18981.7336 S Oxidation-25.39 J/mol K S Oxidation-25.39 J/mol K H2O-splitting 7.0647122 J/mol K CO2-splitting 5.0062251 J/mol K Hydrolysis-18.3252878 Hydrolysis-20.3837749 Heating H2O 19.2983052 Heating CO2 4.5281806 Irr Hydrolysis 125.46 Irr Hydrolysis 47.81 Q FC, ideal 770.807851 Q FC, ideal 1487.49665 W FC, ideal 13801.6062 W FC, ideal 14839.5168 14.35% 16.52%...
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This note was uploaded on 01/03/2012 for the course CH 242a taught by Professor List during the Fall '10 term at Caltech.

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