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py_gmm: Generalized Multiparticle Mie code
A Fortran 90 implementation of the Generalized Multiparticle Mie method by Giovanni Pellegrini, especially suited for plasmonics and near field computation.
for90-MoM2
for90-MoM2 by Jouni Mäkitalo is a Method of Moments electromagnetic wave scattering solver implemented in Fortran 90 for EM scattering from dielectric/lossy/plasmonic/PEC objects.
LIP2016
The 11th international conference series on Laser-light and Interactions with Particles (LIP2016) which will be held from April 22 to 26, 2016 in Xi'an, China.
gprMax3D
Ground Penetrating Radar (GPR) is a non-destructive electromagnetic investigative tool used in many diverse applications across the fields of engineering and geophysics.
T-DDA (thermal discrete-dipole approximation)
The T-DDA calculates the steady-state temperature distribution within and surrounding an externally-illuminated target immersed in a homogeneous background medium.
Mie Simulator GUI
This is a Mie Simulator GUI application. Mie Simulator GUI tool is capable of calculating
- Scattering coefficient
- Scattering cross section
- Reduced scattering coefficient
- Phase function
- S1 and S2
- Average cosine of the phase function
for a single or series of wavelengths
Series: ScattPort Series, Vol. 2
Wriedt, Thomas (Ed.)
Light Scattering by Complex Particles
epubli, Berlin 2015, Softcover 24,90 €
ISBN: 9783737571937
Virtual Tissue Simulator
Virtual Tissue Simulator (VTS) is a modular and scalable computational platform, to provide an integrated suite of computational tools to define, solve, visualize, and analyze relevant forward and inverse radiative transport problems in biomedical optics. This is a beta release of a MATLAB interoperability package that works with the Windows version of MATLAB.
PAME
PAME (Plasmonic Assay Modeling Environment) by Adam Hughes is a graphical Python application for simulating plasmonic biosensors, particularly fiberoptic biosensors with nanoparticles.
NPL Simulations
This code by Giuseppe Toscano is an extension to the COMSOL 4.2a RF Module. It is based on the hydrodynamic model which incorporates nonlocal effects in the optical response of nanoplasmonic structures. The extension can only handle 2D structures.
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