The study of atomic spectroscopy and collision processes in a dense plasma environment
has gained a considerable interest in the past few years due to its several applications in …

Extensive non-relativistic variational calculations for estimating the energy values of 2pnd
(Do1, 3) states [n= 3–6] of two electron atoms (He, Li+, Be2+) and 2pnp (Pe1)[n= 3–8] and …

This work presents accurate ab initio investigations of various spectroscopic properties of a
few Li-like ions in the presence of a plasma environment within the Debye screening …

Atomic structures and radiative properties of He like Ar XVII in the presence of dense plasma
environments and external magnetic field have been presented within the framework of the …

Pioneering calculation is done to evaluate the resonance parameters (position and width)
for the first four 1 S e resonance states of He iso-electronic ions (Z= 2–6, Z is the nuclear …

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 …

Doubly-excited 1, 3Pe and 1, 3Do states of Li II, Be III, B IV, CV are calculated using highly
correlated exponential wave functions within the framework of Ritz variational principle. The …

In this study, the energy levels of two-electron Cornell quantum dot (TECQD) immersed in
Debye and quantum plasma mediums are probed. To model plasma mediums, the more …

In this study, the atomic nuclei embedded in the plasma environment are analyzed. The
related interactions in plasma environments considered as Debye and quantum plasma are …