The total time-resolved diffusion reflectance from a semi-infinite turbid media was
investigated, which based on the diffusion approximation with zero boundary conduction …

The optics of living tissue are complicated by gross and microscopic inhomogeneous
structure, dynamic changes in blood content, shape, multiple absorbing compounds, and …

The effects of discrete absorbing and scattering objects on light propagation characteristics
in random media were examined. Light propagation in the inhomogeneous medium was …

The propagation of light radiation within tissues is an important problem that confronts the
dosimetry of therapeutic laser delivery and the development of diagnostic spectroscopy. In …

It is well known that tumors can be detected by fluorescence imaging after administration of
suitable photosensitizers. The tumor's thickness, however, an important diagnostic …

Near infrared spectroscopy (NIRS) is an optical technique that can measure physiological
parameters such as blood volume and changes in tissue oxygenation (Vaithianathan, et al …

The concentrations of chromophores in skin provide important information for making a
diagnosis, and images can provide additional information, such as the size of a lesion, that …

A novel algorithm is demonstrated to determine the reduced scattering and absorption
coefficients from time-resolved reflectance measurements at two positions on the surface of …

Continuous monitoring of blood oxygenation in brain is of great clinical interest. Hyperoxia
and hypoxia, even over a short period of time, can lead to irreversible neurological damage …

The influences of fluorescence, scattering, and flocculation in random media were
interpreted for the scattered fluorescence intensity and wavelength, it has been studied the …