Sentence examples for more compact heat from inspiring English sources

Using nanofluids with a corrugated channel can improve the thermal performance because it can lead to more compact heat exchangers.

Besides saving a considerable amount of energy, achieving greater rates of heat transfer can lead to the development of more compact heat transfer systems with higher thermal efficiencies.

Indeed, the improved storage density and the constant temperature release of energy allow for more compact heat exchanger design and simplify system management.

In general it has been observed that more compact heat exchanger can be designed using plate fins but at a higher pumping power cost.

Three new coiled flow inverter (CFI) heat exchangers with heat transfer area (At) of 0.88 m2 (4-banks), 0.44 m2-banksnks) and 0.22 m2 (1-bank) were designed, fabricated and commissioned to develop a more compact heat exchanger.

The present work will be helpful to develop more compact, higher heat transfer efficiency, lower fan power and quieter heat exchanger of refrigeration and air condition system.

The deactivation rate, though, from the intermediate form to the completely inactive enzyme (E2) is significantly slower, advocating for a more compact and heat resistant character for the E1 enzyme.

The presented research is helpful in designing more compact and effective heat transfer exchangers for the air-conditioning systems using R161.

As energy transport processes are integrated in most industrial areas, the development of more efficient and compact heat transfer equipment has focused a lot of attention during the last decades.

Whereas in other proteins the cold-denatured states have been found to be slightly more compact than the heat-denatured states, these two states occupy similar volumes in IscU.

More importantly, the fin heat exchanger is more compact and efficient than the tube heat exchanger.