Sentence examples for more effective battery from inspiring English sources

Now, research by MIT associate professor of chemical engineering and mathematics Martin Bazant and postdoctoral associate of chemical engineering Daniel Cogswell has provided surprising new results showing that the material behaves quite differently than had been thought, helping to explain its performance and possibly opening the door to the discovery of even more effective battery materials.

A key challenge hindering the mass adoption of Lithium-ion and other next-gen chemistries in advanced battery applications such as hybrid/electric vehicles (xEVs) has been management of their functional performance for more effective battery utilization and control over their life.

By 1904 studies reinforced by battle experience in the Spanish-American and Russo-Japanese wars indicated that fire from large guns at longer ranges was more effective than mixed-battery fire closer in.

"Even after 150 charges, which would be one year or more of operation, the battery is still five times more effective than lithium-ion batteries on the market today," said lead scientist Prof Harold Kung from the chemical and biological engineering department at Northwestern.

In more general terms, from Figure16 we can observe that increasing the solar panel size is more effective than increasing the battery size for improving the data-rate.

The naval gunfire proved more effective than the aerial bombardment; the battery at Longues was the only one to return fire, and was quickly destroyed by the light cruiser.

Chu, whose current work includes research into more powerful and effective batteries, says: "Sometimes you will get 100% wind but other times the wind will not be blowing and you do need back-up power and that is going to come from fossil fuel or nuclear.

Its myriad of possible uses: bendy touchscreens for mobiles, super-light batteries, artificial retinas, more effective drug delivery … and that's just for starters.

Its myriad of possible uses: bendy touchscreens for mobiles, super-light batteries, artificial retinas, more effective drug delivery … and that's just for starters.

Chemists are already dreaming of new proteins for far more effective drugs, novel electrolytes for better batteries, compounds that could turn sunlight directly into a liquid fuel, and much more efficient solar cells.

Some authors have suggested that heterogeneous training batteries may be more effective in influencing global behavioral outcomes such as academic learning or clinical diagnoses (Wallace & Rogers, 2010), although this question has not to our knowledge been assessed systematically.