Program PolyMie to calculate optical properties (phase function or matrix, extinction and absorption coefficients) of water droplet clouds: description, version for IBM PC DOS, another version for IBM PC DOS (including lognormal and arbitrary distributions for droplets' size), version for UNIX (there are errors in "MonoMie" program, the corrected version can be found here), examples of calculation, additional description
Program Mie is aimed to compute phase functions for clouds of spherical particles (of water or ice). Analogue of program PolyMie.
Program Layer_1 for Monte Carlo simulation of radiation transfer (for a plane-parallel stationary source) in a plane layer with optically homogeneous and isotropic medium
"Random.exe" is the program for calculation of all non-zero elements of Muller matrix for randomly oriented ice crystal particles of various convex shapes
"Facet_Tracing.exe" is the code for calculation the light scattering by ice particles of various convex shapes for a fixed particle orientation
Program LIDA_1 for Monte Carlo simulation of monostatic LIDAR temporal return signals for different scattering orders (without polarization).
Program LIDA_1b for Monte Carlo simulation of bistatic LIDAR temporal return signals for different scattering orders (without polarization).
Program to test results of numerical calculations of Mueller matrices in I-Q form for randomly oriented non-spherical particles.
Program Layer_1A for Monte Carlo simulation of radiation transfer (for a plane-parallel stationary source) in a plane layer with optically homogeneous and anisotropic (!) medium (preliminary release).