A novel spectral domain approach was adopted to derive higher-order tensor impedance boundary conditions (HOTIBC) for anisotropic coated planar conductor.
在求解各向异性介质涂敷物体的电磁散射中，采用高阶各向异性阻抗边界条件可以简化求解过程，提高近似解的精度。
A novel spectral domain approach was adopted to derive higher-order tensor impedance boundary conditions (HOTIBC) for anisotropic coated planar conductor.
在求解各向异性介质涂敷物体的电磁散射中，采用高阶各向异性阻抗边界条件可以简化求解过程，提高近似解的精度。
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