利用广义阻抗边界条件来模拟有限导电平面对电磁场的影响。
Generalized impedance boundary conditions are employed to simulate the effect of finitely conducting plane on the electromagnetic fields.
驻波的边界条件是平行界面上电磁场矢理的连续。
The boundary conditions of standing wave are the continuous electromagnetic vectors on the parallel interfaces.
在正演方面，着重分析了有限元正演方法的基本方程序，边界条件以及二维大地电磁场的有限元解法。
As to forward, emphasis is on analyzing basic equations, boundary conditions and finite-element solutions for magnetotelluric field in two dimension of finite-element forward method.
根据满足边界条件的一系列电磁场方程，推导出填充电介质的圆形槽波导的特征方程。
Based on a series of simultaneous electromagnetic field equations contented with the boundary conditions, the characteristic equation of the circular groove guide loaded with dielectric is derived.
本文根据二重性原理及矩形导体板边界条件的特点，提出了二维板表面电、磁流密度的全域基表达式，利用矩量法求解电磁场问题。
The efficient numerical solution in the region of low frequency and resonance is presented for electromagnetic scattering on rectangular conductors and dielectric-coated plates.
利用广义阻抗边界条件模拟和简化地球表面对电磁场的影响。
The Spectrum of the Transport Operator With Generalized Boundary Conditions in a Slab;
利用广义阻抗边界条件模拟和简化地球表面对电磁场的影响。
The Spectrum of the Transport Operator With Generalized Boundary Conditions in a Slab;
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