Sentence examples for desirable heat from inspiring English sources

Side cooling rectification and side heating generation are designed to achieve desirable heat matching for better internal heat recovery thus improving the system performance.

This paper reports a simulation procedure that aims to identify desirable heat flow and temperature distribution to improve the performance of thin-film STEGs.

A desirable heat carrier/feed ratio on a volume basis is about 2; this means that the empty space between the heat carrier grains of about 40% of the total bed volume is filled with the bulky diminuted biofeed.

The desirable heat release and char yield properties of these structures are realized without the presence of any conventional flame retardant, such as halogenated structures or inorganic fillers that are commonly utilized in commercial materials.

At the Billboard Music Awards in Las Vegas this past weekend, David Guetta and Nicki Minaj's performance of their tune "Hey Mama" drew headlines for the rapper's twerking, but the stage design itself is now bringing a much less desirable heat.

We also included a few of the less desirable heats.

Small size and large surface to volume ratio of nanoparticles cause higher thermal conductivity, less clogging in flow channel and high heat transfer rate along with long-term stability of nanofluids, ensuring that they become the most desirable heating or cooling medium for today as well as for tomorrow.

These advantages, along with its light weight, make the metal desirable for heat exchangers in naval vessels and offshore oil platforms.

In many cases, it is highly desirable to enhance heat transfer at the solid-air interface while maintaining small size of the thermal management solution.

It is predicted that the sphere shape nanoparticles have dynamic achievements in squeezing flow development over a porous sensor surface, the sphere shape nanoparticle in SWCNTs – engine oil in the existence of magnetic field has more desirable enrichment on heat transfer as compared with the other nanoparticle shapes in different nanofluid flow regime.

Formation of CO has to be avoided as much as possible, because CO acts as a strong poison for almost all fuel cell catalysts.[ 3] Low temperature activity is highly desirable to leverage heat integration potentials between the endothermic steam reforming and the exothermic fuel cell operation.