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MIE:
The Mie code computes the following parameters involved in
electromagnetic scattering from a homogeneous sphere:
scattering and extinction efficiencies
asymmtery factor
forward- and backscatter amplitude
scattering amplitude vs. scattering angle
Legendre polynomial expansion coefficients
polarized radiative transfer quantities
resonance information.
References
Wiscombe, W. 1979. 'Mie scattering calculations - Advances in
technique and fast, vector-speed computer codes', NCAR Tech Note
TN-140+Str, National Canter for Atmospheric Research (NCAR), Boulder,
CO. (Note: contact the author or NTIS for a copy; NCAR no longer
distributes this document).
Wiscombe, W. 1980. 'Improved Mie scattering algorithms', Appl. Opt.,
Vol. 19, pp. 1505-1509.
Bohren, C. and D. Huffman. 'Absorption and scattering of light by
small particles', Wiley, New York.
Dave, J.V. 1970a. 'Coefficients of the Legendre and Fourier series for
the scattering Functions of spherical particles', Appl. Opt., Vol. 9,
pp. 1888-1896.
Dave, J.V. 1979b. 'Intensity and polarization of the radiation
emerging from a plane-parallel atmosphere containing Monodisperse
aerosols', Appl. Opt., Vol. 9, pp. 2673-2684.
Nussenzweig, H. and W. Wiscombe. 1980. 'Efficiency factors in Mie
scattering', Phys. Rev. Lett., Vol. 45, pp. 1490-1494.
Nussenzweig, H. 1992. 'Diffraction effects in semiclassical
scattering', Cambridge University Press.
Van De Hulst. 1957, 1982. 'Light scattering by small particles', Dover
Press, New York.
Remote Execution command
The name of the module to call from Remote Execution client is: mie
See the example below.
Downloads
An example of input file is here.
An example of output file is here.
An example of the input file for the remote execution of the module mie is here.
It is available here an example program (Matlab), that creates an input file, launches the Remote Execution, retrieves the output file and plots the results.
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