We present the temperature dependence of absorption and reduced scattering coefficients
of 1.8% Intralipid measured by frequency-domain photon-migration spectroscopy between …

The temperature sensitivities of absorption and reduced scattering coefficients in the range
700–1000 nm are determined for the liquid phantom Intralipid® using spatially resolved …

We investigated the stability of light transmission through Intralipid-based optical phantoms
in the wavelength range of 400–950 nm at temperatures between 35 and 70° C. Optical …

This article presents a modified method of measuring the optical-transport-coefficients of
intralipid: the diffuse reflectance of intralipid with added-ink R d ink is measured by using an …

Reflectance spectra measured in Intralipid (IL) close to the source are sensitive to
wavelength-dependent changes in reduced scattering coefficient _ (μ^′ _s) and scattering …

We present a wavelength-tunable frequency-domain instrument for the characterization of
liquid turbid media. The instrument employs a tunable titanium-sapphire laser modulated by …

Measurements of optical properties carried out at visible and NIR wavelengths on many
samples of Intralipid 20% showed a high stability and surprisingly small batch-to-batch …

The objective is derived from the need for a reliable absorption spectrum of lipids for
component analysis of in vivo tissue spectra. NIR in vivo spectroscopy enables to derive the …

In-vivo optical spectroscopy and the determination of tissue absorption and scattering
properties have a central role in the development of novel optical diagnostic and therapeutic …

The intensity of the collimated and diffusely scattered components of a light flux transmitted
through a layer of adipose tissue at various temperatures has been investigated. It is shown …