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We acknowledge support of this project by Deutsche Forschungsgemeinschaft (DFG) within the special program "Themenorientierte Informationsnetzwerke".


The page is hosted by the University of Bremen.

G-sphere - Free Fortran software for generating Gaussian sample spheres by K. Muinonen and T. Nousiainen.

Method of Moments based software (MATLAB Antenna Toolbox) for the modeling of basic metal-dielectric antennas and resonators by Sergey N. Makarov and Leo C. Kempel.

 

 

Mathematica code for analytical treatment of surface plasmon single particle scattering by René Petersen.

Real-time Java simulations of multiple interference dielectric filters.
An interactive Java applet for real-time simulation and visualization of the transmittance properties of multiple interference dielectric filters by Alexandre N. Kireev, Olivier J.F. Martin.

Ocean Optical Phytoplankton Simulator (OOPS)
A GUI-based control software package by Minsu Kim.

GranFilm: Optical Properties of Granular Thin Films.
Fortran software package aimed at calculating the polarizability of truncated spheres or spheroids deposited on a substrate and all the derived Fresnel quantities for island layers by Rémi Lazzari and Ingve Simonsen.

R. W. Schaefer's FORTRAN code (1980) for scattering by an ensenble of spheroids.

R.W. Schaefer, Calculation of the light scattered by randomly oriented ensembles of spheroids of size comparable to the wavelenght, Thesis, State Univ. of New York, Albany, 1980.

Mathematica Software Codes By L.W. Li, X.K. Kang, & M.S. Leong to compute scattering by a coated spheroid using spheroidal wave functions.

  • Link (29 Nov 2008)

A C++ object class library developed to distribute bidirectional reflectance distribution function (BRDF) models for light scattering from surfaces.

  • Link (29 Nov 2008)

The program performs computation of the propagation constants for electromagnetic waves in dispersive media
formed of homogeneous monodispersed spherical particles using the quasi-crystalline approximation.

  • Link  (29 Nov 2008)
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