We have developed a method to quickly determine tissue optical properties (absorption
coefficient μ a and transport scattering coefficient μ's) by measuring the ratio of light fluence …

In a previous paper the calibration of an isotropic light detector in clear media was described
and validated. However, in most applications the detector is used to measure light …

Miniature light detectors with isotropic response (isotropic light dosimetry probes) permit
quantitative measurement of light energy fluence rates in turbid media such as biological …

We investigate theoretically the errors in determining the reduced scattering and absorption
coefficients of semi-infinite turbid media from frequency-domain reflectance measurements …

Diffusion theory is often used to model the transport of light within tissue. It can be used to
calculate the light fluence rate in tissue, for example, during photodynamic therapy, or to …

The response of an isotropic light dosimetry probe as function of the tissue refractive index
(n) has been calculated using diffusion theory. The response has also been measured in a …

A model based upon steady‐state diffusion theory which describes the radial dependence of
diffuse reflectance of light from tissues is developed. This model incorporates a photon …

Many methods of optical tissue diagnosis require that measurements be performed with
small source–detector separations in a backscatter geometry. Monte Carlo simulations are …

We have developed an analytic solution for spatially resolved diffuse reflectance within the
approximation to the radiative transport equation for a semi‐infinite homogeneous turbid …

The depth at which photons penetrate into a diffusive medium before being re-emitted has
been investigated with reference to a semi-infinite homogeneous medium illuminated by a …