The authors have used an intensity modulated optical spectrometer, which measures the
phase shift across tissue experienced by intensity modulated near-infrared light, to …

We have determined the spectral dependence of the temporal point spread functions of
human tissues experimentally between 740 and 840 nm in transmittance measurements on …

For spectroscopic purposes, the forearm is a conveniently large object to be investigated
because consistent oxygenation and blood volume changes can be obtained. Human …

Near IR time resolved spectroscopy has been studied for quantitative determination of
absorbance in highly scattering medium such as tissue. When a very narrow optical pulse is …

Pathlength can be evaluated by measuring the time taken from a picosecond (psec) near
infrared (IR) laser pulse to cross tissue. Differential pathlength factor (DPF) is calculated by …

We introduce an efficient numerical method for studying the detectability of absorptive
inclusions in a multiple-scattering optical medium. Use of the method is demonstrated by the …

Time-resolved and continuous wave diffuse transmittances of near IR light through
cylindrical phantoms were measured for the purpose of inhomogeneity detection and image …

Concentration changes of haemoglobin and cytochromes indicative of tissue perfusion and
oxygenation can be quantitatively evaluated from near-infrared (NIR) measurements of …

First results of angle and time resolved light scattering measurements performed on normal
and osteoporotic human bone tissue are presented. The principle of measurement is based …

This work is mainly dedicated to the study of light transport through biological tissues and
particularly the propagation of a light pulse. This study does not take into account the …