WSU researchers discovered that a corn protein barrier boosts lithium-sulfur batteries' lifespan, increasing commercial viability and reducing fire risks.

Chandigarh: In a move to enhance Haryana's industrial growth and focus on creating employment opportunities for local youth, ...

A team of scientists have developed zero thermal expansion (ZTE) materials. This innovation has achieved nearly 100% voltage ...

Up to now, one of the limiting factors in the development of practical devices based on oxygen ion conductors has been the need for high temperatures to obtain sufficient conductivity. For ...

The 5.5 MV Pulsed van-de-Graaff accelerator produces proton, deuteron, alpha particle, or oxygen ion beams in the pulsed or dc mode. A Mobley pulse compression system is used to obtain subnanosecond ...

Researchers proposed an oxygenation strategy, wherein the monovalent halide ion in the halogen polyhedron can be replaced by a divalent oxygen ion, to activate the lone-pair electrons of the ...

Groundbreaking research reveals a hidden degradation mechanism in lithium-ion batteries, offering insights for extending battery life through discharge control.

In panel d, the contour lines from 0 to 2 fm/Å3 by the step of 0.2 fm/Å3. Arrows in panel c denote the directions of oxide-ion O1-to-O5 migration.

A newly developed process helps solve this problem: CO 2 is directly split electrochemically into carbon and oxygen. As a Chinese research team reports in the journal Angewandte Chemie ...