Sentence examples for normalized heat from inspiring English sources
Comparison of the calculated product yields against measured industrial data validates the simulation and shows that the difference with using a predefined normalized heat flux profile is limited.
In this work, temperature rise in railway wheels is used to gauge normalized heat input coming in to wheels from braking.
IR (Infrared) thermography was used to evaluate adiabatic film cooling effectiveness, heat transfer coefficient, and the normalized heat flux on the flat surface.
Calorimetric results showed the maximum normalized heat flow of the fully charged material was 6 mW/mg under liquid phase hydrolysis; and 14 mW/mg for the fully discharged material also occurring under liquid phase hydrolysis conditions.
Moreover, a jump in the normalized heat capacity ΔCpn at the glass transition region and about 1.6 10.9% of the weight fraction of immobilized polymer layer χim in the SBR/La-GDTC/SiO2 composites are revealed.
The details of turbulent flow structure temperature fields, local heat transfer, normalized heat transfer, and thermal performance factor were obtained using Computation Fluid Dynamics (CFD) with the v2f turbulence model and constant heat flux thermal boundary conditions applied to all surfaces.
However, for a plate of thickness L exposed to dry air, the cavity pressure reaches a maximum value, which depends only on the normalized plate thickness, α = L/h and normalized heating rate, β="T˙h2/T0D T0) where ˙T is the heating rate, D T0) is the moisture diffusivity at the initial temperature T0, before it decays to zero because of the dry air outside.
An alternate way of depicting developmental expression is a within-gene normalized heat-map, which shows the relative expression of all CYPs over the course of development.
Secondly, in order to identify heat responsive miRNAs, we compared normalized expression profiles of miRNA families in TAM107 before and after heat stress.
One of them imposes the normalized theoretical heat demand to be limited to 15 kWh/m2, year.
The normalized quenching heat flux is found to be 0.29 for lean and 0.52 for stoichiometric methane/air flames.
