Noble gases (Ngs) are recognized as the least reactive elements due to their fully filled
valence electronic configuration. Their reluctance to engage in chemical bond formation …

Noble gases (Ngs) are the least reactive elements in the periodic table towards chemical
bond formation when compared with other elements because of their completely filled …

Excess electron generation through do** with alkali and superalkali metals is well known
to enhance NLO responses. On the contrary, superhalogen do** is an unexplored …

Herein, we predict the first set of covalently bonded triatomic molecular compounds
composed exclusively of noble gases. Using a combination of double-hybrid DFT, CCSD …

In this article, we systematically study the stability and chemical bond nature of EH4Ng+
compounds (E= Al–Tl; Ng= He–Rn) at the CCSD (T) and ωB97XD levels of theory …

Herein, a study of the thermodynamic and kinetic stability of compounds containing noble
gases (Ngs) encapsulated within the cage-like structure of recently synthesized …

The present communication shows an unprecedented superelectrophilic behaviour of
dianion [BeB11 (CN) 11] 2−, containing a positively charged electrophilic center embedded …

A series of complexes (HNgMX3), formed from superhalogen MX3 (M= Be–Ca, X= F–Br)
noble gas (Ar–Rn) and the hydrogen atom, were investigated via combined high-level ab …

Although the toxicity of beryllium compounds causes impediments in experiments involving
them, beryllium chemistry has seen a recent upsurge of interest and considerable progress …

Closed-shell noble gas (Ng) compounds in the singlet electronic state have been
extensively studied in the past two decades after the revolutionary discovery of 1HArF …