Supplementary files for article Ru nanoparticles supported on partially reduced TiO 2 as highly efficient catalyst for hydrogen evolution. The development of low-cost yet highly efficient ca
Inspired by the active site structure of [FeFe]-hydrogenase, we built a series of iron dicarbonyl diphosphine complexes with pendant amines and predicted their potentials to catalyze the hydrogenation
This research proposal aims for understanding the dynamic behaviour of single atom supported over CeO2 towards the CO2 hydrogenation reaction under operando conditions. After successful understanding
.xlsx spreadsheets with ascii data recorded during reduction and reaction. X-ray absorption spectroscopy was performed at Diamond Light Source, UK, at B18, through proposal SP30647 (August 2022)
Dataset from our paper "How the nature of the promoter -Ga vs. Zn- shapes copper-based CO2 hydrogenation catalyst structures evaluated via metadynamics". They correspond to the textual output CP2K fil
