Traditional lithium-ion batteries rely on polymer separators for safety, which are designed to melt or shrink at around 160 ...

From the perspective of fundamental research on new LMB technologies, it is critical to meticulously develop suitable liquid electrolyte chemistry that works with promising anodes and cathodes. They ...

The electrolyte chemistry is also an effective way to steer the carbon dioxide reduction towards the wanted, valuable products, says Melander. Figure 1: The electrochemical interface is a very ...

Creating battery electrolytes—the component that carries the charged particles back and forth between a battery's two ...

But a recently developed solid electrolyte suggests that at least some of the challenges associated with sodium could be overcome. There are a number of battery technologies that are based on ...

A number of alternative technologies have been proposed including Li-air, Li-sulfur, solid-state batteries, polymer electrolyte based systems, etc. Li all-solid-state batteries overcome the safety ...

With simple molecular tweaking, researchers have converted a common chemical waste product, triphenylphosphine oxide (TPPO), into an electrolyte material suitable for use in batteries connected to ...

Landing on the battery chemistry for this tiny product took ... The company is primarily focusing on electrolyte, the material that shuttles charge around in batteries. “This is a huge ...

Factorial Inc. (Factorial), a leader in solid-state battery technology, today announced the launch of Gammatron™, a ...