Shape effects in scattering and absorption by randomly oriented particles small compared to the wavelength.

Details Shape effects in scattering and absorption by randomly oriented particles small compared to the wavelength. Shape effects in scattering and absorption by randomly oriented particles small compared to the wavelength.

Sep 2003

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2003elst.conf..230m&link_type=abstract

In: Electromagnetic and Light Scattering-Theory and Applications VII, Editor Thomas Wriedt, 2003, pp.230-233.

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Applications

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Light Scattering And Absorption, Nonspherical Particles

Scientific paper

We conduct a systematic theoretical study on the effects of
non-sphericity of randomly oriented particles on the shape averaged
scattering and absorption cross sections as functions of the refractive
index. The Rayleigh or electrostatic approximation is used.

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