We present broadband measurements of the optical properties of tissue-mimicking solid
phantoms using a single integrating sphere to measure the hemispherical reflectance and …

Scattering and absorption from nanoparticles are of major importance in optical research as
well as in a range of applications. The Kubelka–Munk two‐flux radiative transfer model gives …

Monte Carlo methods are an established technique for simulating light transport in biological
tissue. Integrating spheres make experimental measurements of the reflectance and …

To facilitate optical design of energy-efficient materials and devices, a detailed knowledge of
their basic optical parameters is necessary. In this paper we present a novel method for …

Interaction of light with plasmonic Au nanoparticles have received extensive attention owing
to their extremely large absorption and scattering coefficients and enhanced local …

Varies functional nanoparticles play crucial roles in energy-and optical-related applications.
The incorporation of functional nanoparticles into non-absorbing polymers to form optical …

During the STTR Phase II program, Nanohmics designed and implemented prototype
instrumentation the Broadband Optical CharacterizationSystem (BOCS) for the …

Our recent research on Monte Carlo simulation of light propagation in biomedical phantoms
has involved the implementation of an algorithm to solve for the optical attenuation and …