Scattering of electromagnetic radiation near the backward direction is more sensitive to
particle shape than scattering near the forward direction. Mie theory is therefore of dubious …

The coupled dipole approximation is applied to the calculation of the scattering matrix of an
arbitrary particle. Both isotropic and anisotropic dipoles are used in the calculations. The …

The coupled dipole model of scattering by an arbitrary particle has been reformulated in
terms of internal scattering processes of all orders. This formalism readily permits physical …

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 …

An efficient numerical method is derived for evaluation of the scattering properties of
randomly distributed particles described by the coupled dipole approximation. An exact …

The coupled dipole method has been used to study the light scattering properties of fractal
aggregates. The importance of including dipolar interactions in calculating the total …

Differential phase measurements on scattered light are possible using the two-frequency
Zeeman effect laser. We refer to such measurements as phase differential scattering (PDS) …

The coupled dipole method is used to calculate the circular intensity differential scattering
(CIDS) from chiral particles. The particles are described by a collection of spherical or …

The theory of the circular intensity differential scattering (CIOS) has previously been
considered for molecules with one level of chiral structure. 1-8 Biological macromolecules …

A hybrid method for light scattering by an arbitrary particle using the scattering-order
formulation of the coupled dipole method is described. An arbitrary particle is divided into …