The arbitrarily shaped field emitter mathematical modeling

G. Doronin, E. Vinogradova
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Abstract

This article is devoted to the field emitter of the arbitrary shape mathematical modeling. The axially symmetrical diode system with a field cathode on a plane substrate and a plane anode is under investigation. The effect of the field emitter is simulated using the charged circular lines to solve the boundaryvalue problem so that the zero electrostatic equipotential coincided with the cathode surface. The potentialal distribution as the Fourier-Bessel series is found an analytical form in the cylindrical coordinates.
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任意形状场发射极的数学建模
本文研究了任意形状场发射体的数学建模。本文研究了在平面衬底上具有场阴极和平面阳极的轴对称二极管系统。利用带电圆线模拟了场发射极的作用,解决了边值问题,使零静电等电位与阴极表面重合。在柱坐标下,得到了傅里叶-贝塞尔级数的势分布的解析形式。
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