The stability of a two-electron Zee system trapped inside an impenetrable spherical cavity is
analyzed using an explicitly correlated multi-exponent Hylleraas-type basis set in the …

The critical nuclear charge Z c of the two-electron atoms below which the ground state
transforms into a shape resonance and the critical stability of the system around Z c have …

Complete critical bound region of the generalized exponential cosine screened Coulomb
potential - IOPscience Skip to content IOP Science home Accessibility Help Search Journals …

We applied a relativistic configuration-interaction (CI) framework to the stabilization method
as an approach for obtaining the autoionization resonance structure of heliumlike ions. In …

The structural properties of Li atom in 1 s 2 nl [n= 2–5, l= 0–4] state inside an impenetrable
cavity is studied. The system is assumed to be composed of two parts namely the core (1 s …

The stability of spatially confined two-electron system (Zee) has been studied as a function
of continuously varying nuclear charge (Z) by adopting multi-exponent Hylleraas type basis …

The structural properties and radial distributions of the valence electron in different excited
levels of Na atom (n= 3–5, l= 0–4; n and l being the principal and orbital angular momentum …

Bound state energy (E) and the position (E_r E r) and width (Γ Γ) of the first S symmetry
doubly excited Feshbach resonance state of various symmetrical three-body systems (XYY) …