Sentence examples for increase the outlet from inspiring English sources

This paper provides a review of current state-of-the-art commercial central receiver systems and emerging technologies intended to increase the outlet temperature to >700 °C.

The results show that the semi circular heat absorbing plate has a large heat absorbing area, which is favorable for increasing the heat exchange between the air and the heat absorbing plate, so as to increase the outlet temperature and improve the efficiency of the air collector.

The study concluded that the presence of porous media in the second channel increases the outlet temperature, therefore increases the thermal efficiency of the systems.

Experimental results show that under low-temperature and low-humidity operations, increasing the outlet pressure enhances stack performance and reduces performance differences between various stack temperatures.

For a given rotational speed within the operating range of 200 1000 rpm, results show that increasing the outlet angle from 45° to 135° enhances the overall cooling performance by up to 16%.

In addition, the results revealed that using NF- SiO2 in the PV/T collector reduced the PV module temperature from 65 °C to 45 °C and increased the outlet temperature from 35 °C to 44 °C, leading to an electrical and thermal efficiency enhancement of 12.70% and 5.76% respectively at a solar irradiance of 1000 W/m2.

Increasing the outlets from 1 to 4 may have improved flow distribution, but did not increase the performance.

In this case, if the turbine inlet temperature (point 2) is above the inlet temperature heat regenerator (point 6), a middle regenerator can be used to reduce the turbine outlet fluid temperature before entering the condenser and increase the pump outlet fluid temperature before entering the regenerator.

To deal with these issues, some MOX fuel is applied in the bottom region of blanket assemblies to mitigate the power change in blanket assembly and to increase the coolant outlet.

The aim of this study is the optimal dimensioning of the air circuit's outlet nozzle in relation with the load duration curve, for a given PEMFC generator, in order to maximize the PEMFC efficiency and to increase the net outlet power.

Further design investigations may be necessary to reduce CSDT and increase the average core outlet temperature.