Physical mechanism of displacement currents and peculiarities of conduction processes in solids due to the electron positron lattice structure of space

M. Simhony
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Abstract

The concept of the EPOLA (electron positron lattice) is elaborated, and elastic deformations and electric polarization of the EPOLA are considered. Also examined are the calculation of polarization and displacement currents, the motion of free electrons and conduction currents in the EPOLA, the lattices of solids in the EPOLA, and the response of free electrons in solids to electric fields.<>
空间正电子晶格结构引起的位移电流的物理机制和固体中传导过程的特性
阐述了电子正电子晶格的概念,并考虑了电子正电子晶格的弹性变形和电极化。还研究了极化和位移电流的计算,EPOLA中自由电子和传导电流的运动,EPOLA中固体的晶格,以及固体中自由电子对电场的响应。
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