Mild hypothermia (HT 32° C− 33° C) is an effective neuroprotective strategy for a variety of
acute brain injuries. However, the wide clinical adaptation of HT 32− 33° C has been …

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 …

The fluorescence of Intralipid and polystyrene microspheres with sphere diameter of 1 µm at
a representative lipid and microsphere concentration for simulation of mucosal tissue …

High concentrations of suspended solids can cause water quality deterioration, leading to
ecological degradation of the aquatic environment. In highly eutrophic waters, they are …

Optical techniques are promising methods for measuring tissue temperature noninvasively
due to the transparency of tissue to near infrared-light and the temperature dependent light …

As a fast and non-destructive detection method, near infrared spectroscopy, mainly
containing overtones and combinations, can be used to quantify the components with a …

This article investigates the possibility of using non-contact interactance as a method for
profiling the temperature in a processed meat product (liver pâté) as it comes out of the …

It is possible to detect various microplastics (MPs) floating on water or contained in ice due
to the unique optical characteristics of plastics of various chemical compositions and …

Hemozoin (Hz) is a crystal by-product of hemoglobin consumption by malaria parasites.
There are currently no in vivo deep tissue sensing methods that can quantify Hz presence …

Broadband near-infrared spectroscopy (NIRS) can provide an endogenous indicator of
tissue temperature based on the temperature dependence of the water absorption spectrum …