The visual appearance of the artificial world is largely governed by films or composites
containing particles with at least one dimension smaller than a micron. Over the past century …

We demonstrate the interest of combining finite element calculations with the vector partial
wave formulation (used in T-matrix and Mie theory) in order to characterize the …

We present a detailed formalism allowing analytical calculations of the radiative properties
of nanoantennas. This formalism does not rely on dipole approximations and utilizes …

We produced self-assembled, densely-packed and highly-ordered aggregates of silica
nanoparticles arranged in a rather regular hexagonal–pentagonal surface lattice. To …

Comprehensive T-matrix reference database: A 2006–07 update - ScienceDirect Skip to
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We propose an original theoretical framework to model the scattering efficiency of white
paint films as a function of the volume fraction and spatial state of dispersion of rutile titanium …

This Ph. D. work provides and evaluates various solutions to characterize, with optical/
electromagnetic methods nanoparticles and aggregates of nanoparticles found in …

We study theoretically the extinction of collimated light in random systems of highly
scattering particles embedded in nonabsorbing media. We aim to provide rough guidelines …

We present an extensive theoretical study of the optical properties of hollow polymer
particles (HPP) dispersed into a polymer resin as functions of their structure and volume …

The Sh-(shape) matrix contains the morphology-dependent parameters that can be
incorporated with the size-and refractive-index-dependent parameters to form the T-matrix …