本文是作者从微观量子统计理论出发应用微观可逆性原理讨论非平衡统计定常态普遍性质的第一部份。
This is the first part of our work on time reversal symmetry applied to non-equilibrium statistical stationary states from a unified microscopic quantum statistical point of view.
其原理是根据伴随着染色变化在光化反应中的可逆性。
The principle is based on the reversibility of a photochemical reaction accompanied by a change of coloration.
将具有传热不可逆性的动力装置功率优化传热原理扩展到流体流动分析。
The heat transfer principle of power maximization in power plants with heat transfer irreversibilities is extended to fluid flow.
将具有传热不可逆性的动力装置功率优化传热原理扩展到流体流动分析。
The heat transfer principle of power maximization in power plants with heat transfer irreversibilities is extended to fluid flow.
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