Start date
End date
Trigonal selenium (Se) is an elemental, direct-bandgap (1.95 eV) semiconductor with a low processing temperature, which could be a suitable top absorber for tandem solar...
Ceria is a promising material for cathodes in high-temperature CO2 electrolysis cells because ceria can become a mixed electronic and ionic conductor through doping, which...
Predicting activation energies for reaction steps is essential for modeling catalytic processes, but accurate barrier simulations often require considerable computational...
High-entropy alloys (HEAs) have the potential to be a paradigm-shift for rational catalyst discovery but this new type of alloy requires a completely new approach to predict...
Determination of atomic structures is a key challenge in the fields of computational physics and materials science, as a large variety of mechanical, chemical, electronic...
Controlled electrochemical oxidation of hydrocarbons to desired products is an attractive approach in catalysis. Here we study the electrochemical propene oxidation under...
CO reduction studies over nanostructured copper catalysts are hindered by copper’s instability in alkaline conditions, which results in dissolution during immersion into...
Nitric acid is manufactured by oxidizing ammonia where the ammonia comes from an energy demanding and non-eco-friendly, Haber–Bosch process. Electrochemical oxidation of...
Electrochemistry–mass spectrometry is a versatile and reliable tool to study the interfacial reaction rates of Faradaic processes with high temporal resolutions. However...
Oxynitride perovskites such as BaTaO2N are among the most promising materials to achieve efficient direct solar-to-chemical conversion. Albeit photoelectrochemical water...