Optical properties of different human tissues in vitro have been evaluated by measuring
extinction and absorption coefficients at 635-and 515-nm wavelengths and a scattering …

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 …

Optical parameters of biological tissues play an important role in tissue characterization,
including the absorption and scattering coefficients and the anisotropy factor. These …

Optical parameters of bulk animal tissue in vitro, including absorption coefficient (μa),
reduced scattering coefficient (μ′ s) or scattering coefficient (μs), total attenuation …

The anisotropy factor g, one of the optical properties of biological tissues, has a strong
influence on the calculation of the scattering coefficient μ s in inverse Monte Carlo (iMC) …

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 …

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 …

Medical laser applications require knowledge about the optical properties of target tissue. In
this study, the optical properties of selected native and coagulated human brain structures …

Optical phantoms mimicking optical properties of real biotissues in the visible and IR
spectral regions are developed based on measurements of the spectral characteristics of ex …

Biomedical laser light dosimetry relies on spatial light distribution measurements in
combination with the appropriate laser–tissue interaction model that may be used to …