The lifeblood of any battery is the electrolyte. It is the medium through which positively charged elements (cations) migrate ...

The lifeblood of any battery is the electrolyte. It is the medium through which positively charged elements (cations) migrate en masse between the ...

Automation has come to tandem perovskite solar cell material discovery and testing platform for tandem perovskite solar cell ...

Brown University scientists present a new mass spectrometry technology that overcomes a major limitation of electrospray ...

Researchers think electric cars could go farther and their batteries last longer, now that they know why batteries lose ...

The divalent cation (Ca2+) serves structural roles in cell walls and membranes ... Calcium may interact with other elements to affect uptake or availability. For example, ammonium, Mg, K, and Na, can ...

GET MORE AI-GENERATED SIGNALS: September 20, 2024, 07:24 am ET, BY Bill T.- Contributor| Editor: Thomas H. Kee Jr. ( Follow ...

The ion's pathway is strongly influenced by a process that is ubiquitous across bio- and electrochemistry: ions need to ...

Researchers at TU Wien have developed a groundbreaking technique using ion pulses to study ultrafast processes on surfaces.

Losing Batteries’ Energy Even after decades of utilizing them in electronics—and now EVs—we still do not fully understand lithium-ion batteries. For example, one such issue is the tendency of ...

TU Wien (Vienna) has succeeded in generating laser-synchronized ion pulses with a duration of well under 500 picoseconds, ...

If you want to photograph something very fast, you need a camera with a very short exposure time. The same principle applies ...