Abstract
The polarized light scattering from the crysalline texture in nonspherical symmetry was discussed with a two dimensional approximation. The calculations were performed in terms of the series expansion of the shape factor in the fundamental equation of amplitude of scattered ray in order to formulate the scattering intensity distribution from the asymmetric bodies in general.The polarized scattering intensity distributions, I(θ,μ)Hv and I(θ,μ)Vv, were discussed for the following three types of crystalline textures in nonspherical symmetry; sheaf-like, N-regular polygonal, and eccentric circular textures. It was concluded that the intensity distributions change considerable having finite intensities at μ=0° and 90° for the I(θ,μ)Hv, and that the intensity, I(0,μ)Hv, does not necessarily become zero, both events occurring when the texture deviates from the circular disc.
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Tatematsu, S., Hayashi, N., Nomura, S. et al. Light Scattering Patterns from Crystalline Textures in Nonspherical Symmetry. Polym J 3, 488–499 (1972). https://doi.org/10.1295/polymj.3.488
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DOI: https://doi.org/10.1295/polymj.3.488