Sentence examples for heat source surface from inspiring English sources
Insulation between air and heat source surface can prevent the condensate water due to low surface temperature.
The influences of edge effect on flow and temperature uniformities were investigated for oblique-finned structure on both planar and cylindrical heat source surface though numerical and experimental studies.
This improvement was achieved by implementing a novel thermopile design in which wagon wheel-shaped thermoelectric elements contact the entire circumference of the heat source whereas traditional approaches utilize only one heat source surface.
The effect of the micropolar parameter, heat source parameter, surface parameter and dissipation parameter on the velocity, micro-rotation and temperature functions have been discussed.
Determination of the equivalent internal heat source from surface temperature measurements in microwave processing of materials is formulated as an inverse source problem of a nonlinear diffusion equation.
Infrared is invisible and travels in straight lines from the heat source to surfaces and objects without significantly heating the space (air) it passes through.
We model such heating by putting an instantaneous spherical surface heat source on the silicate core surface and take the temperature distribution of the silicate core at t = 0 to be T (r, 0) = const · δ(r - a).
The results show that, first of all, the location of PCM layer close to the heat source reduces the surface temperature by 2 °C and no effect is observed when the PCM layer is placed far from the heat source.
It is best to use high or medium-high heat, depending on your heat source and cooking surface.
In the DCTEG, one thermoelectric module (TEM) surface is directly exposed to a heat source, and the other surface is in direct contact with a coolant flow.
To perform grinding temperature field analysis, the heat source on the finished surface is more convenient compared with the heat source on the workpiece/wheel contact surface.
