应用电磁场驱动解释金属选择性光电效应

Applying the Electromagnetic Field Drive to Explain the Selective Photoemission of Metals

摘要: 依据现有文献，列举了目前难以解释的多峰值选择性光电效应等物理现象。为了解释这些现象，应用经典理论，建立、求解了电子绕原子核旋转的矢量微分方程，根据方程的解，以数学语言解释了这些现象，并说明了真空不空、存在电磁场驱动激发逸出的运动电子。

Abstract: According to the existing literature, this paper enumerates many physical phenomena of peak se-lective photoemission which are difficult to explain currently. In order to explain these phenomena, a vector differential equation of the electron orbiting nuclear rotation was established and solved by applying the classical theory. The solutions of the equation explained these phenomena by the mathematic language, and showed that the vacuum was not empty and existing sports electrons were transgressed by electromagnetic field drive.