but it does provide a better understanding of why the materials work as they do, and could lead to improvements in other catalytic processes. Understanding that "catalysts can transit between ...

Imagine if we could make chemical reactions thousands of times faster just by using a magnetic field. That’s exactly what ...

"Our work provides valuable key information about the different mechanisms of iridium oxide-based electrocatalysts during the oxygen evolution reaction and deepens our understanding of catalyst ...

"It's very important for catalyst design to see how a catalyst works and also how it degrades. If we don't know how it fails, we won't be able to improve the design. And we're very confident we're ...

The job of a catalyst is to ultimately speed up reactions, which could reduce an hour-long process into several minutes. It ...

“It’s very important for catalyst design to see how a catalyst works and also how it degrades. If we don’t know how it fails, we won’t be able to improve the design. And we’re very confident we’re ...