球形粒子Mie 散射用matlab编写的Mie theory计算我要分享

Mie theory calculation of spherical particle Mie scattering with MATLAB

matlab-Mie matlab---mie Mie-散射 Mie光子 散射-球形粒子

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代码分类: 智能算法

开发平台: matlab

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代码描述

中文说明:球形粒子Mie 散射用matlab编写的Mie theory计算程序。在光子学中运用广泛,使用非常方便


English Description:

Mie theory calculation program written by Matlab is used to calculate Mie scattering of spherical particles. It is widely used in Photonics and is very convenient to use


代码预览

version5

........\DescriptionAgregats

........\...................\2spheres.m

........\...................\2spheres2.m

........\...................\2spheresId.m

........\...................\DetectNanoPart.m

........\...................\DetectNanoPartTaflove.m

........\...................\DetectNanoPartTaflove2.m

........\diffusion.m

........\LightScatPro5.htm

........\OndesIncidentes

........\...............\ondeinc.mat

........\...............\OndePlane1.m

........\prog

........\....\acquisition_coeff.m

........\....\acquisition_post.m

........\....\axespolar.m

........\....\callback_interface.m

........\....\changerep.m

........\....\CoordEspace.m

........\....\cross_section.m

........\....\Debut.m

........\....\DecompostionOndePlane.m

........\....\diffusion_diagram.m

........\....\donnees.m

........\....\exclu.m

........\....\FichierTemp.m

........\....\Fin.m

........\....\interface_coeff.fig

........\....\interface_coeff.m

........\....\interface_Post_Traitement.fig

........\....\interface_Post_Traitement.m

........\....\Jlimite.m

........\....\ordre.m

........\....\PostTraitement.m

........\....\PostTraitement2.m

........\....\poynting.m

........\....\recons_champs.m

........\....\recons_champs_b.m

........\....\retour.m

........\....\stokes.m

........\....\T1.m

........\....\T1sphere.m

........\....\T1sphere_in.m

........\....\T2spheres.m

........\....\TestProg.htm

........\....\test_multi_translation_z.m

........\....\TNspheres.m

........\....\translation_astuce.m

........\....\translation_fct.m

........\....\translation_qcq.m

........\....\translation_qcq2.m

........\....\translation_z.m

........\....\translation_zc.m

........\....\view_champs.m

........\....\view_vecteur.m

........\....\wigner_mat1.m

........\....\wigner_mat2.m

........\....\wigner_recurrence1.m

........\....\wigner_recurrence2.m

........\scripts

........\.......\comparaison.m

........\.......\Description_scripts.htm

........\.......\EtudeCouplageNanoJet.m

........\.......\film_demo.m

........\.......\LargeurAiry.m

........\.......\NanoJet2.m

........\.......\PIERS_backscatt_kd.m

........\.......\polar_circ.m

........\.......\S0_IncCoeff_Lmax.m

........\.......\S0_IncWave_Lmax.m

........\.......\S1_BackScattDiag_R.m

........\.......\S1_BackScrosssection_R_n.m

........\.......\S1_Cext_R.m

........\.......\S1_CoefOndeScatt_R.m

........\.......\S1_crosssection_L99.m

........\.......\S1_crosssection_R.m

........\.......\S1_filmIzR2L_n.m

........\.......\S1_focale_n1.m

........\.......\S1_focale_n2.m

........\.......\S1_Imax_R93.m

........\.......\S1_movieIz_n.m

........\.......\S1_MoviePolar_angle.m

........\.......\S1_MoviePoynting_R.m

........\.......\S1_movieT_n.m

........\.......\S1_movie_n.m

........\.......\S1_Nanojet_AmplInt2.m

........\.......\S1_Nanojet_phi.m

........\.......\S1_Ttemps_R33.m

........\.......\S2ag_BackForScat_Lmax.m

........\.......\S2_BackScrosssection_d92.m

........\.......\S2_BackScrosssection_R2.m

........\.......\S2_BackScrosssection_R2_64.m

........\.......\S2_Cext_d65.m

........\.......\S2_crosssection_d.m

........\.......\S2_crosssection_R.m

........\.......\S2_stokes.m

........\.......\S_WE.m

........\.......\T22_test.m