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Human body transmission characteristic is investigated as nonuniform medium. The body is divided into multilayer and modeled with nonuniform transmission line. The analytical result is obtained with this simple and novel method. Numerical simulation is applied to validate this analytical method. The difference between them is within 0.01V/m.
Problems on average electrical impedance are tackled for human body, when taking into account reflection influences of conducting medium in vicinity of human body. A cylindrical model of human body was proposed to analyze electrical properties of tissues and organs, which have certain information facilitating to determination of healthy state of human body. Function relationship was discussed between...
This work is performed to investigate the effects of normal incident electromagnetic wave with arbitrary polarization angle on the electric shielding effectiveness of a rectangular metallic enclosure with aperture by using an analytical method and numerical simulation A formulation depending on the polarization angle is successfully determined using transmission line method (TLM). A single mode normal...
This article mainly deduces the new method of the shielding effectiveness, using transmission lines method to compute power, then we can use power to compute the shielding effectiveness with PCB in it. Because power takes into account the attenuation of electromagnetic fields in the high-frequency, compared to voltage method, we can get that power method calculating shielding effectiveness is accurate...
An analytical formulation has been developed for shielding effectiveness calculation of rectangular enclosure with an off-center aperture. It deals with more general case including arbitrary located aperture and high frequency incident wave by making use of high-order TEmn mode transmission line model. The incident electromagnetic field impinges on the enclosure with arbitrary incident angle and polarization...
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