Near infrared (NIR) spectroscopy is a potential technique for the quantification of the temperature reached (TR) in burned soils.
This system provides a double-redundant quantification of the temperature, topology and emissivity distributions of an optically opaque diesel-flame with a temporal and spatial resolution of 10,000 images/s and 16 Pinels/mm2 in this set-up.
This unique nanothermometer technique opens a path for experimental quantification of both the temperature in nanoenvironments and heat transfer on the nanoscale, and it provides a novel method for small-scale temperature characterization in biomedical hyperthermia applications.
These landscape features allow us to reconstruct the shape and position of former ice tongues, and permit quantification of past atmospheric temperature.
It is observed that quantification of entropy and temperature change in a ferroelectric material is highly dependent on the mode of measurement used and the nature of variables employed.
The study on X-ray scattering from coal has paramount importance, as it enables quantification of low and high temperature ash as well as mineral content.
CMK planned and performed the experiments for the objective quantification of the background effect on temperature.
To design and optimize high pressure processes at low temperatures, a quantification of the effects of different processing steps on the food structure is required.
Based on the experimental dataset provided here, a numerical flow-through reactor model for quantification of electrochemical reactions at elevated temperatures and salinities was developed and reaction rates and the progress of reaction with numerical simulations were quantified.
