Optical spectroscopy, imaging, and therapy tissue phantoms must have the scattering and
absorption properties that are characteristic of human tissues, and over the past few …

A model based upon steady‐state diffusion theory which describes the radial dependence of
diffuse reflectance of light from tissues is developed. This model incorporates a photon …

A method is described for measuring optical properties and deriving chromophore
concentrations from diffuse reflection measurements at the surface of a turbid medium. The …

Frequency-domain reflectance for the determination of the scattering and absorption properties
of tissue clickable element to expand a topic LOGIN OR CREATE ACCOUNT PRISM …

We present in vivo values for the optical transport coefficients (μ_a, μ_s′) of the adult
human forearm, calf, and head from 760 to 900 nm measured with time-resolved …

The spatially resolved reflectance of turbid media is studied at short source–detector
separations (approximately one transport mean free path) with Monte Carlo simulations. For …

Light is a form of electromagnetic radiation that covers a wide range of wavelengths, λ.
Between electromagnetic radio wavelengths in the meter (m) range to gamma rays with …

Light reflectance by semi-infinite turbid media is modeled by a hybrid of Monte Carlo
simulation and diffusion theory, which combines the accuracy of Monte Carlo simulation …

This paper is the second of two reviewing the propagation of electromagnetic radiation of
wavelength 0.25–10 μ m in tissue. This part begins with a discussion of how the …

The goal of frequency-domain optical absorption spectroscopy is the noninvasive
determination of the absorption coefficient of a specific tissue volume. Since this allows the …