Demonstration of beam optics analysis, a 3D finite element charged particle code with adaptive meshing

T. Bui, W. Vogler, L. Ives, M. Shephard, D. Datta, J. Remacle, M. Beal, O. Klaas
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Abstract

A modern 3D finite element charged particle code has been developed with adaptive meshing. The new code includes both electrostatic and magnetostatic field solvers and particle pusher. The magnetic field solver uses tangential vector finite elements to solve for the vector potential. Results of some simple examples are given to demonstrate the code correctness and show the graphical user interface (GUI) that requires minimal user input and simplifies code operation.
光束光学分析演示,三维有限元带电粒子自适应网格划分代码
采用自适应网格划分,开发了现代三维带电粒子有限元代码。新代码包括静电和静磁场求解器和粒子推进器。磁场求解器采用切向矢量有限元求解矢量位势。给出了一些简单的示例结果,以证明代码的正确性,并展示了图形用户界面(GUI),它需要最少的用户输入,简化了代码操作。
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