Before revision: reservoirThermodynamic engine: Carnot engine efficiency:Refrigeration K = coefficient of refrigeration performanceRefrigeration performance Carnot refrigeration performance See also Antoine equation Bejan number Bowen ratio Bridgman's equations Clausius–Clapeyron relation Departure functions Duhem–Margules equation Ehrenfest equations Gibbs–Helmholtz equation Gibbs' phase rule Kopp's law Kopp–Neumann law Noro–Frenkel law of corresponding states Onsager reciprocal relations Stefan number Triple product rule Exact differential References Atkins, Peter and de Paula, Julio Physical Chemistry, 7th edition, W.H.
After revision: reservoirThermodynamic engine: Carnot engine efficiency:Refrigeration K = coefficient of refrigeration performanceRefrigeration performance Carnot refrigeration performance See also Antoine equation Bejan number Bowen ratio Bridgman's equations Clausius–Clapeyron relation Departure functions Duhem–Margules equation Ehrenfest equations Gibbs–Helmholtz equation Gibbs' phase rule Kopp's law Noro–Frenkel law of corresponding states Onsager reciprocal relations Stefan number Triple product rule Exact differential References Atkins, Peter and de Paula, Julio Physical Chemistry, 7th edition, W.H.