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首页> 外文期刊>IEEE Transactions on Electromagnetic Compatibility >General solutions of Maxwell's equations for signals in a lossy medium. I. Electric and magnetic field strengths due to electric exponential ramp function excitation
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General solutions of Maxwell's equations for signals in a lossy medium. I. Electric and magnetic field strengths due to electric exponential ramp function excitation

机译:损耗介质中信号的麦克斯韦方程的一般解。一,电指数斜坡函数激发引起的电场和磁场强度

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摘要

Modification of Maxwell's equations to obtain general solutions for a lossy medium is reviewed. It is done by adding an extra term, referred to as the fictitious magnetic charge density. The solutions, which are in integral form, are solved numerically by computer for an exponential ramp function excitation. Computer plots for the electric and magnetic field strengths as functions of time at different locations in a lossy transmission medium are presented.
机译:回顾了麦克斯韦方程的修改以获得有损介质的一般解。这是通过添加一个额外的术语来完成的,称为虚拟磁电荷密度。积分形式的解由计算机用数字方式求解,用于指数斜坡函数激励。给出了有损传输介质中不同位置的电场和磁场强度随时间变化的计算机绘图。

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