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Letter to the Editor Comparison between models predicting the evolution of the electrical impedance with frequency

机译:致编辑的信预测电阻抗随频率变化的模型之间的比较

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摘要

This paper explains and compares different models describing the evolution of the impedance of complex shaped conductors with low and with high frequencies. Indeed, at low frequencies, the evolution of the impedance of conductors with the frequency is negligible whereas at high frequencies, it is quite significant and generally well-known. Parameterized models, based on the diffusion equation or on phenomenological approaches, are applied on complex shaped conductors, with a variable or not section. The parameters are found by identification with finite elements models. It is shown that simple phenomenological approaches gives accurate models with few parameters.
机译:本文解释并比较了描述低频和高频复杂形状导体阻抗变化的不同模型。实际上,在低频下,导体阻抗随频率的变化可以忽略不计,而在高频下,这是相当重要的,并且是众所周知的。基于扩散方程或现象学方法的参数化模型将应用于截面可变或不可变的复杂形状的导体。通过与有限元模型的识别找到参数。结果表明,简单的现象学方法给出了具有很少参数的精确模型。

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