Sentence examples for measuring the thermal from inspiring English sources

The nano-Thermal Transport Array is a silicon-based micromachined device for measuring the thermal properties of nanoscale materials in a high-throughput methodology.

This was verified by measuring the thermal chemiluminescence of plasma treated flakes.

A novel device for measuring the thermal conductivity of polymeric materials (pure polymers or nanocomposites) is presented here.

The apparatus was calibrated by measuring the thermal conductivity variations with temperature for aluminum, zinc, tin and indium metals.

To address these issues, an instrument has been developed for measuring the thermal contact resistance of interfaces relevant to polymer processing, in particular for injection moulding.

This paper aims to propose a novel design of microdevice for measuring the thermal conductivity of a liquid drop with a few volumes.

We have developed a robust and accurate assay, LCP-Tm, for measuring the thermal stability of membrane proteins embedded in an LCP matrix.

In this paper, the application of photoflash technique to measuring the thermal diffusivity of gold nanofluids of very low concentration at room temperature was presented.

The thermal conductivities were determined by measuring the thermal diffusivity using a laser-flash method and measuring the specific heat using a differential scanning calorimeter.

Quantitative characterization is performed by measuring the thermal impedance, and then identifying the thermophysical parameters of the system through fitting the measured impedance to a theoretical model.

The temperature distribution of the IR source could be obtained by measuring the thermal mechanical rotation angle distribution of every pixel in the cantilever array, which is consisted of two materials with mismatching thermal expansion coefficients.