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Despite their advantages, integrally-heated tools can suffer from uneven distribution of temperature, variability in heat flow rate and inconsistency in heating/cooling time.
Heat flow rate, total annual cost and entropy generation number are considered as objective functions.
The distribution configurations of fields of velocity, pressure, temperature and local heat flow rate were revealed.
Reducing heat flow rate would reduce the electricity cost for the house lifetime.
This diagram is based on heat flow rate as a function of temperature.
In other words, it is not involved with the heat flow rate, which is difficult to measure.
Smooth curves were obtained by normalizing the measured heat flow rate by the actual heating rate yielding excess heat capacity as function of temperature.
Concerning the research of heat transfer, some researchers have calculated and analyzed the temperature difference of interfaces and the rate of evaporation under steady heat flow rate.
Furthermore, during the polytropic expansion based path function, heat is absorbed by being submitted to a controlled heat flow rate, to achieve the desired polytropic expansion.
The solar energy radiation is calculated and used to calculate the solar-air temperature which is employed for the determination of the heat flow rate.
Bcl-2 synthesis, however, was associated with 125% increase in heat flow rate (HFR) measured in the chemically (triacetin) calibrated batch microcalorimeter.
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