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Light scattering by an arbitrary particle: the scattering-order formulation of the coupled-dipole method
81
Citations
11
References
1988
Year
Numerical AnalysisEngineeringDipolar ArrayRayleigh ScatteringCoupled-dipole MethodCoupled DipolesOptical PropertiesArbitrary ParticleComputational ElectromagneticsApproximation TheoryBiophysicsPhotonicsPhysicsClassical OpticsAtomic PhysicsInverse Scattering TransformsScattering-order FormulationNatural SciencesSpectroscopyWave ScatteringLight ScatteringHigh-frequency Approximation
The field scattered by an arbitrary particle modeled as an array of coupled dipoles can be expressed as an infinite series in terms of scattering orders. The fields of a given scattering order can be calculated from those of the previous order. When the series converge, the approximate method agrees well with the exact theory for a sphere. The maximum size of the dipolar array that can be used with the method as well as the number of terms required for convergence depends on the relative refractive index and the shape of the particle.
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