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The Numerically Determined Steepest Descent Path Package (ND-SDP) is a free MATLAB toolbox for rapid computation of the fields due to an electric or magnetic line-source, operating in the presence of a dielectric (lossless) half-space, that is 2D Sommerfeld integrals are evaluated.
OpenMie by Magnus Lundmark is Python program under the GNU General Public License to code to calculate Mie scattering from spheres and spherical shells.
This Fortran code by Yu You calculates the light scattering by an arbitrary particle, which has a non-unit electric permittivity as well a non-unit magnetic permeability. The code is based on the DDA code, DDSCAT 6.1, published by Draine and Flatau.
- Link, local copy (12 Apr 2010)
 
MieLab is a GUI software by Ovidio Peña-Rodríguez for calculating electromagnetic scattering of by multilayered spheres.
LiteBil is a visualisation tool for ADDA and DDSCAT shape files, developed at the Laboratory of Paper Coating and Converting ( Martti Toivakka) at Åbo Akademi University, Finnland.
ScattNLay is a C-program by O. Peña and U. Pal to compute scattering of electromagnetic radiation by a multi-layered sphere. CPC Catalogue identifier: AEEY_v1_0.
ScattNLay 2.0
GF Package (EM Green's function near an interface) written by , J. C. Schotland, and V. A. Markel.
ScattPort 17. Aug. 2009
Erythrocyte shape
Thomas Wriedt
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To compute light scattering by the erythrocyte or red blood cell (RBC) various computer programs are available such as DDSCAT, ADDA, MMP3D and many FDTD programs [1]. To describe the shape of the erythrocyte the implicit equation given by Kuchel and Fackerell [2] is suitable:
(x^2+y^2+z^2)^2+P*(x^2+y^2)+Q*z^2+R=0
Read more ...
OpenMaX by Christian Hafner, ETH Zürich is a graphic platform for Computational Electromagnetic and Computational Optics on personal computers under Windows 95/98/ME/NT/2000/XP/Vista.
Delphi code by Uwe Kätzel to compute multiple scattering by a number of spheres.
- Link (22 Jul 2009)
- Thesis: Uwe Kätzel: Dynamic Light Scattering for the Characterization of Polydisperse Fractal Systems by the Example of Pyrogenic Silica. Dissertation, Technischen Universität Dresden, Dresden 2007.
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