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首页> 外文期刊>Journal of Physics, D. Applied Physics: A Europhysics Journal >Finite-time thermodynamics. Active potentiostatting
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Finite-time thermodynamics. Active potentiostatting

机译:有限时间热力学。主动恒电位

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The paper addresses minimization of the dissipation in systems maintaining constant temperature or other constant intensive variables (potentiostatted systems). The entropy production and energy consumption of such systems are reduced from those of the traditional scheme if additional chambers are interposed between the system and its surroundings, in which intermediate values of thermodynamic potentials are maintained. The analysis is applied to a cryogenic system but it can be extended to high-temperature systems and to the systems in which insulation from mass transfer (constant chemical potential) or electrical conductivity (constant electrical potential) is maintained. [References: 2]
机译:本文致力于在保持恒定温度或其他恒定强度变量的系统(恒电位系统)中使耗散最小化。如果在系统及其周围环境之间插入额外的腔室,则该系统的熵产生和能量消耗将比传统方案的熵产生和能量消耗减少,在该腔室中保持热力学势的中间值。该分析适用于低温系统,但可以扩展到高温系统以及与传质(化学势恒定)或电导率(电势)保持绝缘的系统。 [参考:2]

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