Characterization of particles requires detailed understanding of light interaction with homogeneous/inhomogeneous and regular/irregular shaped particles, or fractallike structures, within optically thin or thick media. Even after the development of such theoretical understanding, focused experiments need to be carried out to measure scattered light intensity profiles and change in the absorption due to particles present in a given medium. Eventually, the data from such experiments are to be processed thoroughly with the help of robust inverse analyses to determine the required properties. This trilogy of particle characterization research was one of the focus areas of the Radiation Transfer Laboratory at the University of Kentucky over the ...
Knowledge of optical properties and morphological characteristics of aggregated aerosols is importan...
This work has focussed on developing solutions and obtaining verifying data for the emission from me...
Original article can be found at: http://www.iop.org/EJ/journal/0957-0233/1--Copyright Institute of ...
Literature on the propagation of light in turbid media has been thoroughly explored, so an existing ...
Doctor of PhilosophyPhysicsChristopher M. SorensenWe present light scattering studies of irregularly...
190 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1993.Light scattering techniques h...
Common particle characteristics needed for many applications may include size, eccentricity, porosit...
The influence of the internal structure of inhomogeneous particles on their radiative properties is ...
A T-Matrix method has been implemented and used to calculate the propagation properties for multiple...
The physics of the interaction of light with a particulate surface are important to understanding an...
Light scattering-based techniques are being developed for non-invasive diagnostics of inhomogeneous ...
In the optical analysis of collections of particles embedded in a matrix, the ultimate goal is to pr...
Francine Foula Mitsiopoulos* (ffm@uwm.edu), Sugato Ray (sugato@uwm.edu), Ghazal Azafar (gazarfar@uwm...
International audienceWe compute light scattering by a planetary-regolith analog surface. The corres...
We employ a physical theory to construct a computational model that accounts for both multiple scatt...
Knowledge of optical properties and morphological characteristics of aggregated aerosols is importan...
This work has focussed on developing solutions and obtaining verifying data for the emission from me...
Original article can be found at: http://www.iop.org/EJ/journal/0957-0233/1--Copyright Institute of ...
Literature on the propagation of light in turbid media has been thoroughly explored, so an existing ...
Doctor of PhilosophyPhysicsChristopher M. SorensenWe present light scattering studies of irregularly...
190 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1993.Light scattering techniques h...
Common particle characteristics needed for many applications may include size, eccentricity, porosit...
The influence of the internal structure of inhomogeneous particles on their radiative properties is ...
A T-Matrix method has been implemented and used to calculate the propagation properties for multiple...
The physics of the interaction of light with a particulate surface are important to understanding an...
Light scattering-based techniques are being developed for non-invasive diagnostics of inhomogeneous ...
In the optical analysis of collections of particles embedded in a matrix, the ultimate goal is to pr...
Francine Foula Mitsiopoulos* (ffm@uwm.edu), Sugato Ray (sugato@uwm.edu), Ghazal Azafar (gazarfar@uwm...
International audienceWe compute light scattering by a planetary-regolith analog surface. The corres...
We employ a physical theory to construct a computational model that accounts for both multiple scatt...
Knowledge of optical properties and morphological characteristics of aggregated aerosols is importan...
This work has focussed on developing solutions and obtaining verifying data for the emission from me...
Original article can be found at: http://www.iop.org/EJ/journal/0957-0233/1--Copyright Institute of ...