Thermodynamics and Statistical Mechanics, Volume 1University Press, 1972 - Particles (Nuclear physics) |
Contents
Introduction | 3 |
Mixture and Ideal Gaseous Mixtures | 5 |
Cb Thermodynamic processes in gas systems | 21 |
Copyright | |
38 other sections not shown
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Common terms and phrases
absolute zero adiabatic arbitrary Boltzman Bose Carnot cycle cell chapter chemical potential chemical reaction components Consider constant pressure constant temperature Curie's current density difference diffusion distribution driving forces electromotive force electrons energy dissipation enthalpy entropy entropy increase equal equation of continuity equilibrium pressure equilibrium temperature external field external forces Fermi systems flow fluids formula free enthalpy function gaseous mixture heat exchange heat flux ideal gas identical increase of entropy integral intensive variables interaction irreversible process isolated system kinetic magnetic field molar concentration molecule motion n₁ Nernst's third law non-uniformity number density number of moles number of particles obtain Onsager's reciprocal relations p₁ paramagnetic phase equilibrium phase space phase transition reversible second laws solid solvent specific heat statistical mechanics sub-systems surrounding T₁ tensor theory thermal thermodynamic equilibrium throttling process unconstrained thermodynamic vanish vapor vector velocity virtual process ат др