DDSCAT-MU

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)

LiteBil

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.

• Link (25 Mar 2010) broken (9 Mar 2016)
  
• Link (19 Apr 2017)
• Local copy (9 Mar 2016)

GF Package

GF Package (EM Green's function near an interface) written by , J. C. Schotland, and V. A. Markel.

• SPIE Newsroom (10 Dec 2009)

• Link (10 Dec 2009)

OpenMaX

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.

• Link (1 Oct 2009)

OpenMie

OpenMie by Magnus Lundmark is Python program under the GNU General Public License to code to calculate Mie scattering from spheres and spherical shells.

• Link (25 Sep 2009)

MieLab

MieLab is a GUI software by Ovidio Peña-Rodríguez for calculating electromagnetic scattering of by multilayered spheres.

• Link (24 Sep 09)

ScattNLay

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.

• Link (24 Sep 09)

ScattNLay 2.0

• Link (30 Dec-2020)

Erythrocyte shape

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 …

Scataggl

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.

Pol-MC

Pol-MC by Daniel Côté, Alex Vitkin and Brian Wilson is a three-dimensional polarization-sensitive Monte Carlo algorithm for tissue optics.

• Link (11 Jul 2009)