Detailed descriptions
of the theories and formulations behind these codes can be foundin the
three-volume bookScattering of Electromagnetic Waves published by John Wiley & Sons:
§
Volume
II: Numerical Simulations (2001) by L. Tsang, J.A. Kong, K.H. Ding, and C.O.
Ao
§
Volume
III: Advanced Topics (2001) by L. Tsang and J.A. Kong
Download
all programs: .zip or .tar.gz
Disclaimer: The material on this web site is provided “as
is” without warranty of any kind. Users are free tomodify the programs for
their own use, but please retain any copyright notice and credit to the programmers that are included in the
distribution.
Random
rough surface generation
R1.
Gaussian surface with Gaussian spectrum
R2.
Gaussian
surface with Exponential spectrum
Monte Carlo simulation of random rough surface scattering: Dirichlet
case
R3. Gaussian surface with Gaussian spectrum
R4. Gaussian surface with ocean spectrum
R5.
Emissivities
from 2-D dielectric rough surface using small perturbation method
D1.Monte Carlo simulation
of volume scattering by point scatterers
D2.Percus-Yevick
pair distribution function for hard spheres
D3.Monte Carlo
simulation of pair distribution function for hard spheres
D4.Effective
propagation constant for Mie scatterers based on QCA
Last updated on April 26, 2006.
Please send questions and suggestions to our affiliate professor Kung-Hau Ding