Light propagation in two-layered turbid media having an infinitely thick second layer is
investigated in the steady-state, frequency, and time domains. A solution of the diffusion …

The effect of temperature on the optical properties of human dermis and subdermis as a
function of near-infrared wavelength has been studied between C and C. Measurements …

The hypothesis of the feasibility of one-point in vivo calibration of intravenously implanted
glucose sensors during periods of rapid rise and decline of venous blood glucose …

We have experimentally investigated the meaning of the effective optical absorption
[μ_a^(eff)] and the reduced scattering [μ_s′^(eff)] coefficients measured on the surfaces of …

Most instruments used to measure tissue optical properties noninvasively employ data-
analysis algorithms that rely on the simplifying assumption that the tissue is semi-infinite and …

Light propagation in two-layered turbid media that have an infinitely thick second layer is
investigated with time-resolved reflectance. We used a solution of the diffusion equation for …

We report the use of steady-state diffuse reflectance spectroscopy (SSDRS) to measure the
near-infrared absorption spectrum of liquid phantoms containing human erythrocytes in …

We have examined the possibility of determining the optical properties of a two-layer
medium by using a diffusion approximation radiation transport model [Appl. Opt. 37, 779 …

The performance of an amperometric biosensor, consisting of a subcutaneously implanted
miniature (0.29 mm diameter, 5× 10− 4 cm2 mass transporting area), 90 s 10–90 …

An amplitude-sensitive optical heterodyne polarimeter was set up to monitor noninvasively
the aqueous glucose concentration in a rabbit's eye. A Zeeman laser in conjunction with a …