Add to ORKGIn an effort to understand complex scattering phenomena, characteristics of optical waves such as polarization, angular spectrum, and temporal coherence have been extensively studied. In this article we will review several applications where the coherence properties of broad-band radiation offer unique sensing and diagnostic capabilities
A scattering experiment is described in which the spatial coherence properties of the incident light...
Abstract A modified Michelson interferometer is used to measure path-length resolved angular distrib...
All optical fields are inherently of statistical nature undergoing random fluctuations. The underlyi...
In an effort to understand complex scattering phenomena, characteristics of optical waves such as po...
A modified Michelson interferometer is used to measure path- length resolved angular distributions o...
Even though most of the properties of optical fields, such as wavelength, polarization, wavefront cu...
Thesis (Ph. D.)--University of Washington, 2000In this dissertation I describe and evaluate Optical ...
We present a novel interferometer for measuring angular distributions of backscattered light. The ne...
Through analysis of the field angular correlation the scattering of quasimonochromatic optical field...
Coherence is the fundamental property of optical radiation. Methods based on this characteristic are...
Using a customized coupled dipoles technique, we quantify the influence of the state of spatial cohe...
We investigate how the near field affects partially coherent light scattered from an aperture in an ...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Physics, 1971Vita.Bibliography:...
An analytical theory for coherent backscattering (CBS) of low-coherence light is presented. An expre...
The properties of light scattered from material systems depend on the characteristics of input optic...
A scattering experiment is described in which the spatial coherence properties of the incident light...
Abstract A modified Michelson interferometer is used to measure path-length resolved angular distrib...
All optical fields are inherently of statistical nature undergoing random fluctuations. The underlyi...
In an effort to understand complex scattering phenomena, characteristics of optical waves such as po...
A modified Michelson interferometer is used to measure path- length resolved angular distributions o...
Even though most of the properties of optical fields, such as wavelength, polarization, wavefront cu...
Thesis (Ph. D.)--University of Washington, 2000In this dissertation I describe and evaluate Optical ...
We present a novel interferometer for measuring angular distributions of backscattered light. The ne...
Through analysis of the field angular correlation the scattering of quasimonochromatic optical field...
Coherence is the fundamental property of optical radiation. Methods based on this characteristic are...
Using a customized coupled dipoles technique, we quantify the influence of the state of spatial cohe...
We investigate how the near field affects partially coherent light scattered from an aperture in an ...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Physics, 1971Vita.Bibliography:...
An analytical theory for coherent backscattering (CBS) of low-coherence light is presented. An expre...
The properties of light scattered from material systems depend on the characteristics of input optic...
A scattering experiment is described in which the spatial coherence properties of the incident light...
Abstract A modified Michelson interferometer is used to measure path-length resolved angular distrib...
All optical fields are inherently of statistical nature undergoing random fluctuations. The underlyi...