04 | 07 | 2020

Exact and approximate FORTRAN programs for scattering by monodispersions or polydispersions of spheres, coated spheres, anisotropic spheres, infinite cylinders, coated infinite cylinders, finite  cylinders, spheroids and some other irregular particles.

Subroutines availlable from

Blair T. N. Evans, Dept. of National Defence, Defence Research Establishment Ottawa, 3701 Carling Avenue, Bldg. 29, Ottawa, Ontario, Canada, K1A 0Z4

  • Tel: (613) 998-2215
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Program to calculate the scattering from a sphere containing a nonconcentric spherical inclusion.

This program was written by Dat Ngo. It follows the derivation of Ngo, Videen and Chylek given in Computer  Physics Communications 1077, p. 94-112 (1996).

Finely stratified Sphere Model Fortran program by Li Kai.

  • Link (local copy, 10 Jun 1998)

Mathcad programme of the Mie theory by Michael Knappmann.

The FORTRAN code of this GLMT multilayered sphere model is available from Zhen Sen Wu, Department of Physics, Xidian University, Xidian, 710071 Shaanxi Province, China.

Semi-emperical model of absoption and scattering by  isotropic fractal aggragates of spheres.

Fortran code printed in

M.S. Abrishamian, R.A. Sadeghzadeh, N.L. McEwan, Mutual interaction of human head and half-wave dipole antenna using spherical and spheroidal wave expansion, Department of Electrical Engineering, Postgraduate Division, University of Bradford, UK, Report No. 532, January 1994.

Program for the Analysis of a Laser Beam Focused Within an Aerosol Spray (FLSPRY) for theoretical analysis of the propagation of a laser pulse optically focussed within an aerosol spray.

Dat Ngo, Gorden Videen, Petr Chylek: A FORTRAN code for the scattering of EM waves by a sphere with a nonconcentric spherical inclusion. Computer Physics Comunications  99(1996) 1, 94-112.

Available from the CPC International Program Library.

  • Link (28 Nov 2008)

Program in TurboPascal, TurboC or FORTRAN 95 by E. B. Shybanov, and V. I. Haltrin to compute scattering by large spherical particles.


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