文件名称:sphere_scattering
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米氏散射的模拟,很有帮助，有兴趣的请关注。-Mie scattering calculations
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下载文件列表
sphere_scattering\@DielectricMaterial\cat.m
.................\...................\DielectricMaterial.m
.................\...................\display.m
.................\...................\fieldnames.m
.................\...................\get.m
.................\...................\getComplexPermeability.m
.................\...................\getComplexPermittivity.m
.................\...................\getComplexRefractiveIndex.m
.................\...................\getElectromagneticSpeed.m
.................\...................\getElectromagneticWavelength.m
.................\...................\getElectromagneticWaveNumber.m
.................\...................\getIntrinsicImpedance.m
.................\...................\getPermeability.m
.................\...................\getPermittivity.m
.................\...................\horzcat.m
.................\...................\struct.m
.................\...................\subsasgn.m
.................\...................\subsref.m
.................\...................\vertcat.m
.................\besselh_derivative.m
.................\besselj_derivative.m
.................\cart2sph.m
.................\getDielectricSphereFieldUnderPlaneWave.m
.................\getMultilayerSphereFieldUnderPlaneWave.m
.................\getN_max.m
.................\getPlaneWaveUsingCartesianExpansion.m
.................\kzlegendre.m
.................\license.txt
.................\plotDielectricSphereTotalFieldUnderPlaneWave.m
.................\plotMultilayerSphereTotalFieldUnderPlanewave.m
.................\plotSphereRCS.m
.................\ric_besselh.m
.................\ric_besselh_derivative.m
.................\ric_besselj.m
.................\ric_besselj_derivative.m
.................\ric_bessely.m
.................\ric_bessely_derivative.m
.................\@DielectricMaterial
sphere_scattering