QPT, a simple particle tracker for tube simulation

A. Grede, H. Henke
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Abstract

Today, numerical simulations are an inherent part of the design process of electron vacuum tubes. By now, a number of PIC codes have been developed which allow for the simulation of complete electron tubes. However, due to their long calculation times these codes are not a good choice at the beginning of a design process or for the quick inspection of a new idea. Moreover, there are a lot of structures which can only be adequately modeled by a very fine mesh, resulting in an extremely small time step and therefore in an inconvienent simulation time. The particle tracker presented in this paper shows, that there is not always the need for an expensive high performance code or a large computer cluster. For a lot of problems, satisfying results can be achieved much faster by a simple code.
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QPT,一个简单的粒子跟踪管模拟
今天,数值模拟是电子真空管设计过程中不可缺少的一部分。到目前为止,已经开发了许多PIC代码,可以模拟完整的电子管。然而,由于它们的计算时间长,这些代码在设计过程的开始或对新想法的快速检查中不是一个好的选择。此外,有许多结构只能通过非常精细的网格来充分建模,导致时间步长非常小,因此在模拟时间上不方便。本文提出的粒子跟踪器表明,并不总是需要昂贵的高性能代码或大型计算机集群。对于许多问题,通过简单的代码可以更快地获得令人满意的结果。
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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