Propagation of Current Waves along Randomly Located Multiconductor Transmission Lines inside a Rectangular Resonator

Propagation of Current Waves along Randomly Located Multiconductor Transmission Lines inside a Rectangular Resonator
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电流波沿着矩形谐振器内随机定位的多导体传输线的传播

DOI:
10.1155/2018/4150217
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发表时间:
--
影响因子:
--
通讯作者:
R. Vick
R. Vick
中科院分区:
工程技术4区
文献类型:
--
作者:
S. Tkachenko;J. Nitsch;R. Vick

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研究了矩形谐振器中电流波沿着随机分布的多导体传输线的传播。两种不同的线配置被认为是:平行线和垂直线。利用谐振腔内对称线的方法,得到了这两种线的解析解。这种方法的计算机实现使它能够获得快速的解决方案。因此,研究感应电流的统计特性成为可能。可以表明,当频率接近系统“腔和电线”中的谐振时,电线中电流的相互耦合较强,而远离这些谐振时相对较小。随机化导致共振曲线的加宽。
Propagation of current waves along randomly located multiconductor transmission lines inside a rectangular resonator is investigated. Two different line configurations are considered: parallel wires and perpendicular lines. The analytical solutions for both types of lines are obtained, using the method of symmetrical lines inside the resonator. Computer realization of this method allows it to obtain a fast solution. Therefore, it becomes possible to investigate statistical properties of induced currents. It could be shown that the mutual coupling of the currents in the wires is strong when the frequency is near resonances in the system “cavity and wires” and relatively small far from these resonances. Stochastization leads to a broadening of the resonance curves.
矩形谐振器内具有对称几何形状的传​​输线的电磁耦合
DOI: --
发表时间: 2014
期刊:
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