Science
Stable supramolecular structure system to identify activity origin of carbon dioxide electroreduction – Phys.org
N-doped or N-heterocyclic nanostructured electrocatalysts for electrocatalytic CO2 reduction reaction have made important progress in product selectivity. For further development, it is important to identify the exact activity origin of these electrocatalysts…
N-doped or N-heterocyclic nanostructured electrocatalysts for electrocatalytic CO2 reduction reaction have made important progress in product selectivity. For further development, it is important to identify the exact activity origin of these electrocatalysts. Crystal electrocatalysts with accurate structures can provide a visual research platform for identifying catalytic active sites and studying reaction mechanism. The catalytic activity of pyridine N for CO2 electroreduction was first determ…
-
Business19 hours agoWhy is Alphabet stock worth less than Nvidia, Microsoft, Apple, and Amazon even though it is the most profitable S&P 500 company?
-
Noosa News18 hours ago‘Sunny, benign’ school holiday weather after morning showers in parts of Queensland
-
General13 hours agoDeveloper warns wind energy capacity may not be ready by WA coal deadline
-
Noosa News16 hours agoTips to improve engagement – Proctor