Sentence examples for maximum heat flow from inspiring English sources

A thermal oil cycle serves as the heat source and is powered electrically with a maximum heat flow of 158 kW.

The fin performance ratio, an indicator to quantify the actual heat flow through a fin relative to a maximum heat flow through a fin.

A linear correlation between the final setting time (tfinal) and the time of maximum heat flow rate (tQ¨= max) is derived.

Furthermore, the strongly anisotropic thermal transport properties of talc filled polypropylene allow the design of composites with a predefined maximum heat flow capability to transport heat in a preferred direction.

The resulting heat pipe was tested on two different test configurations, and is capable of a maximum heat flow rate in vertical (reflux) orientation of 500 W for chip temperatures of 100 °C, and 1000 W for chip temperatures of 150 °C.

The results from isothermal calorimeter and semi-adiabatic calorimetry test show that SA could decrease the maximum heat flow from the 2.6 mW/g to 1.5 mW/g and the peak temperature from 35.9 °C to 24.9 °C when the SA dosage increased from 0%to0.6%6% (weight ratio of SA/cement).

The maximum measured heat flow reaches values of 300 35000 mW/m2, but the extent of the anomalies is not larger than 2 to 4 km in diameter.

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.

Using these tools, a parametric study is performed to determine the variation of maximum heat flux with total volumetric flow rate for different combinations of the channel's geometrical parameters for three working fluids, HFE-7100, R134a, and water.

The increase of the maximum heat flux with the volumetric flow rate can be attributed to the increase of the operating temperature.

The method enables the determination of the maximum rate of heat flow provided the thermodynamic properties of both heat-carrying media are known.