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Pol-MC by Daniel Côté, Alex Vitkin and Brian Wilson is a three-dimensional polarization-sensitive Monte Carlo algorithm for tissue optics.
Fortran code based on the Coupled Diple Methode by Shermila Singham. Apparently the sample scatterer comming with the code is a small sphere.
Mie program for PDA (Pocket-PC) with Windows CE by Norbert Riefler. Based on the Matlab clone LME (Lightwave Math Engine).
OpenDDA by James Mc Donald is a highly optimised computational framework, written in the C language, for the Discrete Dipole Approximation.
Fortran code for a semi-empirical model of absorption and scattering by isotropic fractal aggregates of spheres by Pascal Rannou.
Giacomo Benelli: Development of the fictitious sources method for stratified media and design of resonant cavities antennas. Thèse, Université Paul Cézanne, Marseille 2007.
This Fortran program by Dan Bruton calculates scattering quantities for spheres with l outer layers, i.e., a core with l spherical concentric shells.
C program for a coated sphere by Jianqi Shen. The rar file includes the code, a doc and a paper decribing the algorithm.
Yu-lin Xu's GMM (Generalized Multiparticle Mie-Solution) Fortran codes for multi-particle light-scattering calculations. There are codes for fixed-orientation or random-orientation of a number of spheres, core-mantle spheres, various shaped particles.
VHOT (vectorial theory of holographic optical trapping) program written in IDL (Interactive Data Language) by Bo Sun to compute the force and torque for planar wave scattering by a sphere to investigate holographical optical trapping. A holographical phasemask can also be used to generate the incident field using an angular spectrum of planar waves. The program include an IDL code for Mie theory. There is a IDL compatible free GDL (GNU Data Language) incremental compiler.
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