"component temperature" is a correct and usable phrase in written English.
You can use it to describe the temperature of the component of a larger system. For example, you could say, "To ensure the longevity of the system, we must measure the component temperature regularly."
These variations mainly result from the change of the component temperature.
Likewise, it is highlighted that COP and rational efficiency are fluctuated regarding the component temperature of ARS.
It has also been found that an increase of particle concentration has produced a clear decrease of the heated component temperature.
In addition, the system design parameters that affected the process performance, such as the ambient temperature, mass flow rate, and component temperature, were analyzed.
Initial experiments confirm that the antenna component temperature increases according to the amount of neutral beam energy injected into the plasma.
The influences of different flow physical parameters on fluid velocity component, temperature distribution and concentration profile as well as the entropy generation number are discussed in details.
Both fuel temperatures and key component temperatures are evaluated.
Thus, the developed validated thermal model enables to predict the component temperatures for concentrating photovoltaic systems.
The ultimate goal of the thermal design is not the prediction of component temperatures, but rather the reduction of risk, which is thermally associated to the product [1].
Plus, the board works with a piece of software (pictured above) that, along with monitoring the health of the cooling system and component temperatures, allows you to manually make adjustments or setup task-specific profiles that will automatically adjust fan speeds if say, a particular game is launched or you're watching a DVD.
The recorded connection component temperatures were simulated by using the SAFIR fire engineering software to calibrate the thermal boundary conditions in different connection components.
