arXivDaily arXiv每日学术速递 周一至周五更新
arXiv 0902.3328physics.optics
收藏

从等效电路的观点看亚波长导体孔系统中晶体与透射腔共振现象的电等效性

On Electrical Equivalence of Aperture-Body and Transmission-Cavity Resonance Phenomena in Subwavelength Conducting Aperture Systems from an Equivalent Circuit Point of View

Young Ki Cho, Jong-Ig Lee, Ki Young Kim

摘要:

对于作为孔体共振(ABR)问题的代表性例子的由导电条支撑的窄缝结构,最大功率传输的条件)和传输宽度(即,归一化的最大透过功率)与厚导体屏中的窄缝耦合问题(称为传输腔共振(TCR)问题)的结果相同。从等效电路表示的传输谐振条件和功能机制的观点来看,ABR和TCR问题被认为本质上是相同的性质。

英文摘要:

For a narrow slit structure backed by a conducting strip which is taken as a representative example of an aperture-body resonance (ABR) problem, the transmission resonance condition (i.e., condition for maximum power transmission) and the transmission width (i.e., normalized maximum transmitted power through the slit) are found to be the same as those for narrow slit coupling problem in a thick conducting screen, which is designated as a transmission-cavity resonance (TCR) problem. From a viewpoint of equivalent circuit representation for the transmission resonance condition and the funneling mechanism, the ABR and the TCR problems are thought to be essentially of the same nature.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

↑