A new technique for numerical electromagnetics

A. Ludwig
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引用次数: 40

Abstract

A new method for numerically solving electromagnetic boundary value problems has been independently developed by at least five groups worldwide [l-61. The unique feature of the technique is that the unknowns are analytic solutions of the field equations corresponding to sources that are some distance away from the surface where a boundary condition is being enforced. A generic name for the technique has not yet been generally accepted. Proposed names include "Extended Source Technique," "Generalized Source Technique," and "Generalized Multipole Technique," with the latter being favored by most of the workers using the method. It is hoped that a special session can be arranged for this technique at the next AP meeting in San Jose, and anyone working on this type of solution is invited to submit a paper to the AP session.
数值电磁学的新技术
在世界范围内,至少有五个小组独立地开发了一种新的数值求解电磁边值问题的方法[l-61]。该技术的独特之处在于,未知量是场方程的解析解,对应于距离表面一段距离的源,其中边界条件被强制执行。该技术的通用名称尚未被普遍接受。建议的名称包括“扩展源技术”、“广义源技术”和“广义多极技术”,后者受到大多数使用该方法的工作者的青睐。希望在圣何塞举行的下一届AP会议上可以为这种技术安排一个特别的会议,并邀请从事这种解决方案的任何人向AP会议提交一篇论文。
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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