LightScatPro5

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(Mie scattering of spherical particles prepared by using Matlab program Mie theory. In the use of photonics in a wide range of very convenient to use)

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