This study aims to investigate the combination of speckle pattern analysis, polarization
parameters, and chemometric tools to predict the optical absorption and scattering …

Biomedical Optics as an interdisciplinary field of science has been developed during many
years and is experiencing tremendous growth, to cover a wide range of optical techniques …

We present a detailed characterization of a system for fast time-resolved spectroscopy of
turbid media based on supercontinuum generation in a photonic crystal fiber. The light …

The purpose of the study is to analyze and compare differences in the optical properties
between normal and adenomatous<? xpp j?> human colon tissues in vitro at 630-, 680-, 720 …

Abstract Visible and Near-infrared (Vis–NIR) spectroscopy is now a common analytical
method to measure different physical and chemical properties of soils, including carbon …

We present a new variant of a noncontact, oblique incidence spatially resolved reflectance
setup. The continuously variable source detector separation enables adaptation to high and …

Significance The estimation of tissue optical properties using diffuse optics has found a
range of applications in disease detection, therapy monitoring, and general health care …

We report a novel diffuse optical spectroscopy probe design for determining optical
properties of superficial volumes of turbid samples. The fiber-based probe employs a highly …

The authors' aim is to assess and quantitatively measure brain hemodynamic and
morphological variations during closed-head injury (CHI) in mice using orthogonal diffuse …

The present thesis is devoted to two different matters: One part is the development of a novel
optical technique for characterisation of solid pharmaceutical materials. The other part being …