Add to ORKGPhoton movement in a turbid medium such as biological tissue has posed challenging problems due to the strong influence of light scattering at ultraviolet, visible, and near-infrared wavelengths. Photons which escape from a tissue as either reflectance or transmittance may have propagated along many different paths within the tissue. Therefore, it is difficult to interpret the magnitude of photon escape in terms of either tissue absorption or the presence of an internal heterogeneity. The use of measurement techniques which allow time-resolved measurements of photons has offered a new approach toward understanding photon propagation
The determination of the optical properties of turbid biological media is of primary importance in s...
Abstract. In this paper we shall approach only the interaction of laser radiations with highly scatt...
This investigation explores the effect of index of refraction, as an optical property, on light tran...
Photon movement in a turbid medium such as biological tissue has posed challenging problems due to t...
The use of laser-based optical techniques for medical imaging is an attractive alternative to other ...
The propagation of light inside biological tissues can be described in terms of a transport process ...
In this work I present the model for diffusive photon transport in tissue-like media along with solu...
Various characteristics of photon diffusion in turbid biological media are examined. Applications in...
Published Article,To study how light behaves inside a highly diffusing medium such as biological tis...
A novel technique for studying photon propagation in scattering media is proposed and demonstrated, ...
In this work a number of theoretical models, describing light propagation in matter, have been appli...
In this work time-resolved reflectance spectroscopy (TRS) measurements were performed in vivo on bio...
Monte Carlo simulations of photon propagation offer a flexible yet rigorous approach toward photon t...
The applicability and limits of time-resolved transillumination to determine the internal details of...
The propagation of photons through layered tissues is discussed using time resolved Monte Carlo meth...
The determination of the optical properties of turbid biological media is of primary importance in s...
Abstract. In this paper we shall approach only the interaction of laser radiations with highly scatt...
This investigation explores the effect of index of refraction, as an optical property, on light tran...
Photon movement in a turbid medium such as biological tissue has posed challenging problems due to t...
The use of laser-based optical techniques for medical imaging is an attractive alternative to other ...
The propagation of light inside biological tissues can be described in terms of a transport process ...
In this work I present the model for diffusive photon transport in tissue-like media along with solu...
Various characteristics of photon diffusion in turbid biological media are examined. Applications in...
Published Article,To study how light behaves inside a highly diffusing medium such as biological tis...
A novel technique for studying photon propagation in scattering media is proposed and demonstrated, ...
In this work a number of theoretical models, describing light propagation in matter, have been appli...
In this work time-resolved reflectance spectroscopy (TRS) measurements were performed in vivo on bio...
Monte Carlo simulations of photon propagation offer a flexible yet rigorous approach toward photon t...
The applicability and limits of time-resolved transillumination to determine the internal details of...
The propagation of photons through layered tissues is discussed using time resolved Monte Carlo meth...
The determination of the optical properties of turbid biological media is of primary importance in s...
Abstract. In this paper we shall approach only the interaction of laser radiations with highly scatt...
This investigation explores the effect of index of refraction, as an optical property, on light tran...