The development of more sensitive and accurate sensors is essential to monitor the levels of
pollutant gases that are causing high damage to the biosphere. One of the most promising …

This work presents a study involving dimers composed of He, Ne, Ar, Kr, Xe, Rn, and Og
noble gases with oganesson, a super-heavy closed–shell element (Z= 118). He–Og, Ne …

This study provides basic information on the strength, range, and nature of the interaction in
adducts formed between mercury and noble gases by combining the results of advanced …

Previous studies have shown that the weakly bonded H 2 S dimer demands high level
quantum chemical calculations to reproduce experimental values. We investigated the …

The Lennard–Jones (LJ) and Improved Lennard–Jones (ILJ) potential models have been
deeply tested on the most accurate CCSD (T)/CBS electronic energies calculated for some …

The NH 2-Ng intermolecular interactions are characterized exploiting a combined theoretical-
phenomenological approach that suggests the use of effective interaction potential energy …

Abstract The Kr–CH 3 OH (Krypton–Methanol) system has several technological
applications, such as the determination of diffusivity coefficients, their use in the …

In this work, the binding features of adducts formed by a noble gas (Ng= He, Ne, Ar, Kr, Xe,
and Rn) atom and the oxygen molecule (O2) in its ground Σ g− 3, in the past target of several …

Using accurate methodologies, an extensive study was conducted to investigate the
electronic, spectroscopic, dynamic, and thermodynamic properties of systems comprising …

A study of the spectroscopic properties of the buckyball dimer (C 70) 2 was performed, which
involved map** the potential energy curve of this system. The spectroscopic constants of …