heat-transfer rate

Increasing the generative chemical reaction parameter increases the surface heat transfer rate and decreases the surface mass transfer rate.

Usually, it also causes the wall heat transfer rate to decrease somewhat in the region downstream from the point of separation.

Due to higher surface area and surface roughness, the heat transfer rate from the heat sink surface to the cooling air increases.

As expected, the heat transfer rate depends on the cooling capacity rate of air.

Higher heat transfer rate as air mass flow rate increases. However, increase of heat transfer rate is less than that of air mass flow rate.

The results indicate that the larger diameter of thermosyphon is the better to the enhancement of heat transfer rate.

The wet grinding can reduce the grinding zone temperature effectually, which is more availably to material with bigger heat transfer rate.

State what is measured by heat transfer rate.

In the same conditions the heat transfer rate for counter cross layout is 3%~4% higher than that for parallel layout.

Test Method for Calibration of Heat Transfer Rate Calorimeters Using a Narrow-Angle Blackbody Radiation Facility

Test Method for Measuring Heat-Transfer Rate Using a Thermal Capacitance (Slug) Calorimeter

Measurement of heat transfer rate of refrigerant evaporator in the real operating condition

A method for verifying mechanisms of increased stagnation point heat transfer rate in dusty flow

standard test method for measuring heat transfer rate using a thin - skin calorimeter

Test Method for Measuring Heat Transfer Rate Using a Thin-Skin Calorimeter

Study on limit of heat transfer rate for internal single-phase convection