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Coherent backscattering effects with Discrete Dipole Approximation method

Antti Penttilä, Kari A. Lumme

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Abstract

We use the Discrete Dipole Approximation method to simulate light scattering from a dense cloud of wavelength-sized spherical particles. We will mimic the set-up that was used in recent articles from Mishchenko et al.[1, 2] where the superposition T-matrix method was used to simulate the scattering characteristics. We will show that the same demonstration of the evolution of the coherent backscattering phenomena can be produced with the Discrete Dipole Approximation.

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What this paper is about

We use the Discrete Dipole Approximation method to simulate light scattering from a dense cloud of wavelength-sized spherical particles. We will mimic the set-up that was used in recent articles from Mishchenko et al.[1, 2] where the superposition T-matrix method was used to simulate the scattering characteristics. We will show that the same demonstration of the evolution of the coherent backscattering phenomena can be produced with the Discrete Dipole Approximation.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

We use the Discrete Dipole Approximation method to simulate light scattering from a dense cloud of wavelength-sized spherical particles. We will mimic the set-up that was used in recent articles from Mishchenko et al.[1, 2] where the superposition T-matrix method was used to simulate the scattering characteristics. We will show that the same demonstration of the evolution of the coherent backscattering phenomena can be produced with the Discrete Dipole Approximation.

Key concepts: Discrete dipole approximation, Superposition principle, Coherent backscattering, Scattering, Dipole, Physics, Wavelength, Computational physics

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