Using a customized coupled dipoles technique, we quantify the influence of the state of spatial coherence of an incident field on the statistical properties of optical radiation scattered from randomly inhomogeneous media. © 2011 Optical Society of America
We show that by using Monte Carlo simulations, one can study the characteristics of beams with adjus...
The field generated by scattering of light from a quasi-homogeneous source on a quasi-homogeneous, r...
We report on modeling the statistical properties of near-field scattered intensity. When the sensing...
Using a customized coupled dipoles technique, we quantify the influence of the state of spatial cohe...
The properties of light scattered from material systems depend on the characteristics of input optic...
The properties of light scattered from material systems depend on the characteristics of input optic...
The properties of light scattered from material systems depend on the characteristics of input optic...
We report coupled dipole calculations of near field responses from optically inhomogeneous media. Th...
We report coupled dipole calculations of near field responses from optically inhomogeneous media. Th...
A scattering experiment is described in which the spatial coherence properties of the incident light...
A scattering experiment is described in which the spatial coherence properties of the incident light...
The conventional coherence theory suggests that the fields radiated by statistically homogeneous sou...
The conventional coherence theory suggests that the fields radiated by statistically homogeneous sou...
We show that by using Monte Carlo simulations, one can study the characteristics of beams with adjus...
The conventional coherence theory suggests that the fields radiated by statistically homogeneous sou...
We show that by using Monte Carlo simulations, one can study the characteristics of beams with adjus...
The field generated by scattering of light from a quasi-homogeneous source on a quasi-homogeneous, r...
We report on modeling the statistical properties of near-field scattered intensity. When the sensing...
Using a customized coupled dipoles technique, we quantify the influence of the state of spatial cohe...
The properties of light scattered from material systems depend on the characteristics of input optic...
The properties of light scattered from material systems depend on the characteristics of input optic...
The properties of light scattered from material systems depend on the characteristics of input optic...
We report coupled dipole calculations of near field responses from optically inhomogeneous media. Th...
We report coupled dipole calculations of near field responses from optically inhomogeneous media. Th...
A scattering experiment is described in which the spatial coherence properties of the incident light...
A scattering experiment is described in which the spatial coherence properties of the incident light...
The conventional coherence theory suggests that the fields radiated by statistically homogeneous sou...
The conventional coherence theory suggests that the fields radiated by statistically homogeneous sou...
We show that by using Monte Carlo simulations, one can study the characteristics of beams with adjus...
The conventional coherence theory suggests that the fields radiated by statistically homogeneous sou...
We show that by using Monte Carlo simulations, one can study the characteristics of beams with adjus...
The field generated by scattering of light from a quasi-homogeneous source on a quasi-homogeneous, r...
We report on modeling the statistical properties of near-field scattered intensity. When the sensing...
DOI
Add to ORKG