Optical extinction in mammalian tissues is measured at 633 nm by using heterodyne
detection. Its sensitivity, directivity and signal to noise ratio allows one to detect coherent …

A Monte Carlo algorithm is applied to simulate the measurements of a sample with glass
slides sandwiched between the double integrating sphere (DIS) setup. The effects caused …

Accurate data on in vivo tissue optical properties in the ultraviolet A (UVA) to visible (VIS)
range are needed to elucidate light propagation effects and to aid in identifying safe …

We describe an instrument which will permit simultaneous collection of radial resolved
reflectance over the spectral range 600-1000 nm and a neural network algorithm which …

Recent technological advancements in the photonics industry have spurred real progress
toward the development of clinical functional imaging and surgical and therapeutic systems …

The spatially resolved transmission through porcine liver is measured with a CCD-Camera.
A solution of the diffusion equation is derived to investigate whether the optical coefficients …

We have a toolbox to quantify tissue optical properties that is composed of specialized
fiberoptic probes for UV-visible diffuse reflectance spectroscopy and a fast, scalable inverse …

A new iterative inverse method to calculate the absorption and scattering coefficients of
optically turbid media from total reflectance and transmittance measured by integrating …

The invention relates to an ophtalmological examination and/or treatment station that
comprises, in the form of modules, a lighting device, an observation device, an optical …

On the basis of the diffusion theory model, frequency-domain spectroscopy allows for a
quantitative determination of the absorption ((mu) a) and scattering ((mu) s') coefficient …