We investigate the shape dependence of the scattering by dielectric and metallic particles on surfaces by considering particles whose free-space scattering properties are nearly identical. The scattering by metallic particles is found to be strongly dependent upon the shape of the particle in the region near where the particle and surface contact. These results have a significant impact on the use of light scattering to size and identify particles on surfaces
Nanometer to micrometer scale colloidal particles are regularly found in applications in which surfa...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
The special optical properties of small metal particles have been of scientific interest for a long ...
We investigate the shape dependence of the scattering by dielectric and metallic particles on surfac...
Roughness exists on almost all natural particle surfaces, such as spores, aerosols, cells, etc. In t...
We compare four different model geometries for particles with small-scale surface roughness. The geo...
We develop a numerical algorithm for calculating the light-scattering properties of small particles ...
Ever-increasing surface quality requirements call for advanced, highly sensitive as well as nonconta...
The efficiency of light scattering on metal nanoparticles with an excitation of plasmon resonance el...
The physics of the interaction of light with a particulate surface are important to understanding an...
There is hardly a field of science or engineering that does not have some interest in light scatteri...
We describe a method for the calculation of the optical properties of a two-dimensional array of non...
International audienceThe relationship between statistical distributions of geometrical parameters a...
It is a well-known fact of observation that most reflecting surfaces usually also scatter a little l...
The unifying theme of this thesis is that of light scattering by particles, using computational appr...
Nanometer to micrometer scale colloidal particles are regularly found in applications in which surfa...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
The special optical properties of small metal particles have been of scientific interest for a long ...
We investigate the shape dependence of the scattering by dielectric and metallic particles on surfac...
Roughness exists on almost all natural particle surfaces, such as spores, aerosols, cells, etc. In t...
We compare four different model geometries for particles with small-scale surface roughness. The geo...
We develop a numerical algorithm for calculating the light-scattering properties of small particles ...
Ever-increasing surface quality requirements call for advanced, highly sensitive as well as nonconta...
The efficiency of light scattering on metal nanoparticles with an excitation of plasmon resonance el...
The physics of the interaction of light with a particulate surface are important to understanding an...
There is hardly a field of science or engineering that does not have some interest in light scatteri...
We describe a method for the calculation of the optical properties of a two-dimensional array of non...
International audienceThe relationship between statistical distributions of geometrical parameters a...
It is a well-known fact of observation that most reflecting surfaces usually also scatter a little l...
The unifying theme of this thesis is that of light scattering by particles, using computational appr...
Nanometer to micrometer scale colloidal particles are regularly found in applications in which surfa...
Due to copyright restrictions, the access to the full text of this article is only available via sub...
The special optical properties of small metal particles have been of scientific interest for a long ...
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