Integrating sphere remains a valuable tool for biomedical optics research. Specifically, it has
been used to determine the optical properties (ie, absorption coefficient, scattering …

There is a need for a common reference point that will allow for the comparison of the optical
properties of tissue-mimicking phantoms. After a brief review of the methods that have been …

A system is described and evaluated for the simultaneous measurement of the intrinsic
optical properties of tissue: the scattering coefficient, the absorption coefficient, and the …

The optical properties of white matter human brain, canine prostate and pig liver were
measured in the wavelength range 330-1100 nm. The measurements were carried out in …

Tissue simulators, the so-called tissue phantoms, have been used to mimic human tissue for
spectroscopic applications. Phantoms' design depends on patterning the optical properties …

The optical properties of white matter human brain, canine prostate and pig liver were
measured in the wavelength range 330-1100 nm. The measurements were carried out in …

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 …

The detection of interactions between light and tissue can be used to characterize the optical
properties of the tissue. The development is described of a method that determines optical …

Extensive research in biomedical optics essentially requires the determination of optical
properties of various biological tissues. Quantitative characterization of biological tissues in …

The double integrating sphere setup (DIS) measures diffuse reflectance, diffuse
transmittance and collimated transmittance, from which the optical properties of tissue (the …