Free, Bound, and Mobile Charge Density

G. Kennell
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引用次数: 2

Abstract

Questions and difficulties are presented pertaining to the quantitative characterization of the electric field in certain scenarios. Specific examples concerning electrolytes are explored. Newton’s third law is invoked and the concept of mobile charge density is presented in relation to free charge density and bound charge density. The notion of mobile charge density is utilized to develop a theory and model for the electric field coupled with electrolytic properties and transport. Validations, simulations, and implications of the model are presented and discussed, including: is it possible to extend Maxwell’s equations to a more generalized form?
自由、束缚和移动电荷密度
提出了在某些情况下与电场的定量表征有关的问题和困难。探讨了有关电解质的具体实例。引用牛顿第三定律,提出了移动电荷密度相对于自由电荷密度和束缚电荷密度的概念。利用移动电荷密度的概念,建立了电场与电解质性质和输运耦合的理论和模型。给出并讨论了该模型的验证、模拟和含义,包括:是否有可能将麦克斯韦方程扩展到更广义的形式?
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
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