Lithium-ion batteries (LIBs) have been widely used as the main power sources for consumer
electronics and electric vehicles. However, LIBs are usually suffered from serious reduction …

Production of sustainable nanomaterials (NMs) through the valorization of heterogeneous
wastes is of high importance due to escalating environmental sustainability and depletion of …

We report a combined experimental and computational study of carbon dioxide activation at
gas-phase Ho+ and HoO+ centres. Infrared action spectra of Ho (CO2) n+ and [HoO (CO2) …

Molecular complexes with electron-rich metal centers are highlighted as potential catalysts
for the following five important chemical transformations: selective conversion of methane to …

We investigate activation of carbon dioxide by singly charged hydrated magnesium cations
Mg.+(H2O) n, through infrared multiple photon dissociation (IRMPD) spectroscopy combined …

The metallo-formate anions, M (CO2)−, M= Ni, Pd, and Pt, were formed by electron-induced
CO2 activation. They were generated by laser vaporization and characterized by a …

Compared with monometallic selenides, bimetallic selenides have better synergistic effects
and more abundant active sites for electrochemical reactions. As an important member of …

Small clusters have captured the imaginations of experimentalists and theorists alike for
decades. In addition to providing insight into the evolution of properties between the atomic …

In the current study, a non-conventional application of the magnetron sputtering technique
was proposed. A four-step synthesis procedure allowed us to produce a magnetic …

High-level quantum chemical calculations on RuO0,±elucidate the electronic structure of
their low-lying electronic states. For thirty-two states, we report the electronic configurations …