Thermodynamics |
Contents
BASIC CONCEPTS AND DEFINITIONS | 1 |
WORK AND HEAT | 20 |
THE SIMPLE SYSTEM AND TEMPERATURE | 35 |
Copyright | |
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15 psia 20 psia adiabatic approximation Brayton cycle Btu/lb Calculate carbon Carnot cycle chemical potential closed system coefficient coefficient of performance combustion component composition compression compressor condenser constant pressure constant-volume control volume Determine differential energy levels entropy entropy change equation equilibrium evaluated example expression feedwater heater final temperature flow fluid ft/lb Gibbs function given h₂ heat engine heat reservoir heat transfer Hence ideal gas ideal gases increase initial inlet interactions internal energy internally reversible irreversible isentropic isentropic processes isothermal kinetic liquid macroscopic macrostate mass maximum mixture molar mole fraction nitrogen partial pressure phase pressure and temperature properties psia quantity quasistatic process reactants refrigeration relation result reversible process saturation second law solution specific heat specific volume specific-heat steady-flow steam substance T-s diagram T₁ Table thermal efficiency thermodynamic tion total pressure turbine vapor pressure variables zero ᎡᎢ