Sentence examples for temperature gains from inspiring English sources

Temperature gains compared to ambient far above 200 °C were possible under solar irradiance of 1000 W/m2 with collector efficiencies of 30% and more.

Finally, it was shown that optimizing with respect to a normalized combination of energy and exergy efficiencies (as opposed to only energy or exergy efficiencies) results in more reasonable design vectors with a balance between collector power and temperature gains.

In such systems, moreover, radiant temperature gains a far greater importance than in traditional systems; and therefore the importance of measurement and control techniques grow; but at the same time, in presence of these systems, unavoidably the radiant field tends to become asymmetrical.

For a temperature gain of 227 °C (fluid outlet temperature 253 °C), the collector efficiency was 30%, and for a temperature gain of 214 °C (fluid outlet temperature 240 °C), the collector efficiency was 49%.

To reach high heat capacity in absorption storage, a maximum temperature gain and concentration difference is mandatory.

The performance of fishpond was assessed in terms of temperature gain, mean thermal efficiency and thermal load leveling.

Effects of each variable on the temperature gain, thermal efficiency, and thermal loss parameter are theoretically analyzed.

In the presence of manganese based catalysts, the temperature gain is about 275 °C compared to the non-catalysed carbon black oxidation.

Temperature gain of air in the range of 17 °C to 5 °C for approximately 10 hrs duration was achieved during discharging of LHS.

A finite difference model was developed to calculate the temperature gain and the heat recovery of these solar collectors as a function of design and operating parameters.

Previous analyses showed the need of improvement of FCI thickness and thermal properties in order to obtain a desirable liquid metal temperature gain of 300 °C.