Introduction to ThermodynamicsAcademic Press, 1964 - 278 pagine THE NATURE OF THERMODYNAMICS; THE FIRST LAW OF THERMODYNAMICS; SOME MATHEMATICAL TOPICS; REVERSIBILITY AND IRREVERSIBILITY; PERFECT GASES AND SOME OTHER THINGS; THE SECOND LAW OF THERMODYHAMICS; ENTROPY AND FREE ENERGY; EQUILIBRIUM AND THE DIRECTION OF SPONTANEOUS CHANGE; THE STATISTICAL INTERPRETATION OF EQUILIBRIUM AND ENTROPY; CHEMICAL REACTION AND MEMBRANE EQUILIBRIA; CHEMICAL AND TRANSPORT PROCESSES IN DILUTE SOLUTIONS; DILUTE SOLUTIONS OF ELECTROLYTES; THE THERMODYNAMICS OF IRREVERSIBLE PROCESSES. |
Sommario
The Nature of Thermodynamics | 1 |
The First Law of Thermodynamics | 9 |
Some Mathematical Topics | 21 |
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A. A. Milne activity coefficient adiabatic affinity amount battery calculated cell Chapter chemical potential chemical reaction component concentration consequence considered constant course decrease defined definition derived Dewar flask differential diffusion discussed Donnan phase electrical potential engine entropy entropy change equal equation equilibrium example expression fact firstly fluxes forces free energy change frictional further Gibbs free energy gradient harnessed heat energy increase infinitesimal internal energy involved ions isothermal kcal matter maximum means measured mechanical membrane metabolic microstates molality molar volume mole molecular molecules movement partial molar partial molar volume pathway perfect gas physical physiologist piston Pooh potential energy principle properties quantity radiation reader redox relation result reversible reversibly salt Second Law simple solution sort spontaneous process substance suction potential Suppose surroundings T₁ T₂ temperature and pressure thermodynamics V₁ vapour WINNIE-THE-POOH zero