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calorimetric's Usage Examples:

hold for the calorimetric material being used, and the propositions are mathematically written: The thermal response of the calorimetric material is fully.

Crystallinity can be measured using x-ray crystallography, but calorimetric techniques are also commonly used.

A sorption calorimetric experiment is performed at isothermal regime, but different temperatures.

1795), a chemist and physician, was a pioneer in the development of calorimetric methods for measuring the specific heat capacity of substances and the.

compressed-air energy storage infused with water vapour in order to retain calorimetric energy and increase energy efficiency up to marketable levels.

A very sensitive calorimetric sensor known as a transition-edge sensor (TES) takes advantage of superconductivity.

physiologist who, with Francis Gano Benedict, perfected the technique for calorimetric measurement of metabolism.

photolysis, measurements of chemical kinetics and equilibrium, and various calorimetric and electrochemical methods have been used to measure bond dissociation.

capable of both accurately identifying and making precise 3D spatial and calorimetric measurements of particles.

The calorimetric method provides a quantitative thermodynamic scale of acetate properties by measuring the heat of adsorption.

Atwater, perfected the technique for calorimetric measurement of metabolism.

Phelps of the 2004 article, "Water bath calorimetric study of excess heat generation in resonant transfer plasmas" by J.

In calorimetric detectors, the rms energy resolution δ E {\displaystyle \delta E} due.

correction factor, known as the phi-factor, can be used to adjust the calorimetric result to account for these heat losses.

"Latent image formation: Nanoscale topography and calorimetric measurements in chemically amplified resists".

calorimetric's Meaning':

of or relating to the measurement of heat