Cobalt‐copper (CoCu) catalysts have industrial potential in CO/CO2 hydrogenation
reactions, and CoCu alloy has been elucidated as a major active phase during reactions …

The direct epoxidation of propylene to propylene oxide (PO) using molecular oxygen is an
attractive alternative to current production methods using chlorohydrin or hydroperoxide …

Copper (Cu) based catalysts are frequently used in CO 2 hydrogenation, particularly in
reverse water-gas shift (rWGS) and CO 2-to-methanol reaction. Cu 0 and Cu+ are the key …

Bimetallic AgCu catalysts have gained considerable interest, as both metals have
demonstrated ability to perform selective oxidation reactions. Many of these studies have …

The surface morphology and composition of a catalyst during excursions between oxidizing
and reducing conditions can change substantially, especially in bimetallic alloys. Both …

Recent heterogeneous catalysis studies have demonstrated that synergy between Ag and
Cu can lead to more selective partial oxidation chemistries. We performed a series of …

Efficient CH bond activation is key to low temperature methane oxidation in catalytic
converters of natural gas-powered vehicles. Through ab initio calculations, we investigate …

The subject of this research is the characterization of the activation process of the oxygen
molecule on solvated selected transition metals (3d). In this study, using the Density …

Our recent theoretical studies have screened out CuCs-doped Ag-based promising catalysts
for ethylene epoxidation [ACS Catal. 11, 3371 (2021)]. The theoretical results were based on …

Przedmiotem pracy jest charakterystyka procesu aktywacji cząsteczki tlenu molekularnego
na solwatowanych wybranych metalach przejściowych (3d). W niniejszej pracy, korzystając …