Sentence examples for quantification of heat from inspiring English sources

Further, the knowledge of these fields has been used for the quantification of heat transfer and thermal stratification phenomenon.

Second, some parameter specifications in our data analysis are subjective primarily because no consensus exists on the definition of heat waves and quantification of heat effects, for example, percentile-based heat wave definitions in summer months are different from the heat index used by NWS and may not capture all heat wave days.

This study has explored the working mechanisms of utilizing gas liquid two-phase flow to enhance heat transfer and mitigate scaling formation in MD concentration process, based on the quantification of heat-transfer coefficients and local scaling-resistance associated with bubble size properties.

The quantification of the heat in place provided first information for the potential resource area in the Eastern Cape.

Additionally, quantification of the heat shock (stress) protein Hsp70 was carried out in newly hatched larvae; furthermore, physico-chemical water parameters were measured in order to gain baseline information about the limnologic conditions.

The proposed method, not only delivers a steady state thermal assessment as reliable as the standardized Hot Box procedure, but also allows a precise quantification of internal heat flows and the capability to conduct realistic transient state thermal assessments.

High space velocity operation with accompanying theoretical analysis enabled an efficient determination of the intrinsic catalytic kinetics, quantification of the heat and mass transport coefficients and determination of the resistances due to reaction, washcoat diffusion and external mass transport processes.

The present investigation involves quantification of the heat generated by the Gugi Granites using the the U, Th and K contents in the rock samples and probing their possible influence on the evolution of the Rajapur springs, based on the geochemistry of the thermal waters, published Bouguer gravity anomaly data, and the overall geological setup.

The design and optimization of the geothermal plant, the quantification of the exploitable heat and the assessment of the eventual consequences on the surrounding ground are here discussed.

A method for the quantification of the radiative heat losses in a steady-state thermal conductivity measurement set-up is developed based on the Stefan Boltzmann radiation law with the assumption of a linear temperature distribution along the specimen.

Owing to the quantification of the radiative heat losses the accuracy of the steady-state thermal conductivity measurement method is improved and the measurement range can be extended to higher temperatures.