New methods to model light scattering by inhomogeneous and non-spherical particles
Vadim Backman, Z. Chen, Allen Taflove
Abstract
Vadim Backman, Z. Chen, Allen Taflove
Abstract
Understanding light scattering by inhomogeneous non-spherical particles is crucial to model light transport in biological tissues. However, an analytical technique that could allow such analysis has not been developed. We present a novel analytical approach that may enable accurate modeling of light scattering by highly inhomogeneous and non-spherical particles.
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Understanding light scattering by inhomogeneous non-spherical particles is crucial to model light transport in biological tissues. However, an analytical technique that could allow such analysis has not been developed. We present a novel analytical approach that may enable accurate modeling of light scattering by highly inhomogeneous and non-spherical particles.
Key concepts: Light scattering, Scattering, Light scattering by particles, Mie scattering, Optics, Physics, Physical optics, Multiangle light scattering