A new method for non-invasive determination of optical parameters (absorption and reduced
scattering coefficients) of biological tissues from diffuse reflectance measurements with a …

Biomedical laser light dosimetry relies on spatial light distribution measurements in
combination with the appropriate laser–tissue interaction model that may be used to …

The single scattering properties (extinction coefficient and scattering function at small
forward scattering angles) of bovine and swine brain were obtained from transmissometric …

Abstract Knowledge of the optical absorption and scattering properties of tissues is required
to calculate the spatial distribution of light in vivo for applications such as photodynamic …

Detection of interactions between light and tissue can be used to characterize the optical
properties of the tissue. The purpose of this paper is to develop an algorithm that determines …

Accurate assessment of light distributions in the brain is vital for both diagnostic and
therapeutic applications. This, in turn, requires knowledge of the optical properties of brain …

Knowledge of tissue optical properties, in particular the absorption μa and the reduced
scattering coefficient μ s′, is required for diagnostic and therapeutic applications in which …

Sized-fiber array spectroscopy describes a device and method for measuring absorption
and reduced scattering properties of tissue. The device consists of two or more optical fibers …

In principle, the measurement of the time-resolved diffuse reflectance, as interpreted on the
basis of the diffusion theory, allows one to determine the optical properties (absorption …

Local and superficial optical characterization of biological tissues can be achieved by
measuring the spatially resolved diffuse reflectance at small source-detector separations …