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Ionization probability of the hydrogen atom suddenly released from confinement
(Wiley, 2017)
The problem of the stability of a confined atom when it is extracted from the confining cavity has been investigated, modeled by a spherical hard wall potential. The ionization probability when the atom is released from ...
Ionization and excitation probabilities of a hydrogen atom suddenly released from penetrable confinement
(Taylor & Francis, 2018)
The problem of the stability of the hydrogen atom when it is released from a confining environment is studied. The stability is analysed in terms of excitation and ionization probabilities of the final state for different ...
Confined orbitals in fullerenes and quantum dots calculated by analytic continuation method
(Springer, 2021)
The Schrödinger equation with a Gaussian potential to model a confined system as a quantum dot or a hydrogen atom inside a fullerene is solved by using the analytic continuation method. The use of the Rodrigues formula ...
Stability after confinement of the H atom
(Elsevier, 2019)
The stability of a spherically confined atomic system when confinement is removed is studied. We consider s, p, d, and f states of the Hydrogen atom confined by a finite barrier. The stability is characterized in terms of ...
Effects of size on the spectrum and stability of a confined on-center Hydrogen atom
(IOP Publishing, 2022)
In this work we studied the problem of the stability of confined atoms when they are released from confinement. We analyzed the confined Hydrogen atom inside a cage modelled by a square-well potential, in particular the ...
On- and off-center helium atom in a spherical multilayer quantum dot with parabolic confinement
(Springer, 2023)
The ground state energy of a helium atom inside a spherical multilayer quantum dot as a function of the atomic impurity location inside the quantum dot has been calculated. The multilayer quantum dot is modeled by a ...
An off-center endohedrally confined hydrogen molecule
(Royal Society of Chemistry, 2022)
In this study, we address the problem of a C60 endohedrally confined hydrogen molecule through a configuration–interaction approach to electronic dynamics. Modeling the confinement by means of a combination of two Woods–Saxon ...