Rapid generation of multipactor charts by numerical solution of the phase equation
Rapid generation of multipactor charts by numerical solution of the phase equation
复制标题
通过相位方程的数值求解快速生成多重图
DOI：
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发表时间：
2005
期刊：
影响因子：
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通讯作者：
R. Seviour
中科院分区：
文献类型：
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作者：
A. Dexter;R. Seviour
平行板几何图形的多因子图是用一个程序来计算的，该程序在数值上解决了交叉时间的相位方程，而不是通过详细的电子路径计算。跟踪了三维运动，并采用了二次发射和与壁面弹性碰撞的详细模型。该方法的速度优势允许多因子预测依赖于表面特性和多因子标准，例如在较宽的参数范围内评估随后的阵雨中的电子数量。
Multipactor charts for parallel plate geometries have been computed using a program that numerically solves a phase equation for the crossing times rather than by detailed computation of electronic paths. Motion in three-dimensional is tracked and detailed models for secondary emission and elastic collisions with the walls are employed. The speed advantage of the method allows the dependence of multipactor prediction on surface properties and multipactor criteria, such as the number of electrons within a shower that are followed, to be assessed over a broad parameter range.