“nonequilibrium statistical mechanics”的概念、定义、翻译、参考文献-科学参考

nonequilibrium statistical mechanics

Physics

The statistical mechanics of systems not in thermal equilibrium. One of the main purposes of nonequilibrium statistical mechanics is to calculate transport coefficients and inverse transport coefficients, such as conductivity and viscosity, from first principles and to provide a basis for transport theory. The nonequilibrium systems easiest to understand are those near thermal equilibrium. For systems far from equilibrium, such possibilities as chaos, turbulence, and self-organization can arise due to nonlinearity.

Chemistry

The statistical mechanics of systems not in thermal equilibrium. One of the main purposes of nonequilibrium statistical mechanics is to calculate transport coefficients and inverse transport coefficients, such as conductivity and viscosity, from first principles and to provide a basis for transport theory. The nonequilibrium systems easiest to understand are those near thermal equilibrium. For systems far from equilibrium, such possibilities as chaos and self-organization can arise due to nonlinearity.

单词	nonequilibrium statistical mechanics
释义	nonequilibrium statistical mechanics Physics The statistical mechanics of systems not in thermal equilibrium. One of the main purposes of nonequilibrium statistical mechanics is to calculate transport coefficients and inverse transport coefficients, such as conductivity and viscosity, from first principles and to provide a basis for transport theory. The nonequilibrium systems easiest to understand are those near thermal equilibrium. For systems far from equilibrium, such possibilities as chaos, turbulence, and self-organization can arise due to nonlinearity. Chemistry The statistical mechanics of systems not in thermal equilibrium. One of the main purposes of nonequilibrium statistical mechanics is to calculate transport coefficients and inverse transport coefficients, such as conductivity and viscosity, from first principles and to provide a basis for transport theory. The nonequilibrium systems easiest to understand are those near thermal equilibrium. For systems far from equilibrium, such possibilities as chaos and self-organization can arise due to nonlinearity.
随便看	Scheuchzer, Johann Jacob (1672–1733) Schiaparelli Schiaparelli, Giovanni Virginio Schiaparelli, Giovanni Virginio (1835–1910) schiefspiegler telescope Schiff base Schiff, Moritz Schiff’s base (DRAFT) Schiff’s reagent schiller Schiller, Ferdinand Canning Scott (1864–1937) Schiller, Johann Cristoph Friedrich (1759–1805) Schimper, Andreas Franz Wilhelm Schindewolf, Otto H. (1896–1971) Schirach, Baldur von (1907–74) Schirra, Walter (1923–2007) schist schistosity schizocarp schizochroal schizodont schizogeny Schizomycophyta SCH laser Schlegel, Friedrich von (1772–1829)