Exact solutions to the angular Teukolsky equation with s≠ 0
CY Chen, XH Wang, Y You, DS Sun… - … in Theoretical Physics, 2022 - iopscience.iop.org
We first convert the angular Teukolsky equation under the special condition of τ≠ 0, s≠ 0,
m= 0 into a confluent Heun differential equation (CHDE) by taking different function …
m= 0 into a confluent Heun differential equation (CHDE) by taking different function …
The visualization of the angular probability distribution for the angular Teukolsky equation with m ≠ 0
CY Chen, DS Sun, GH Sun, XH Wang… - … Journal of Quantum …, 2021 - Wiley Online Library
We present the exact solutions of the angular Teukolsky equation with m≠ 0 given by a
confluent Heun function. This equation is first transformed to a confluent Heun differential …
confluent Heun function. This equation is first transformed to a confluent Heun differential …
Analytical expressions for two-Coulomb-centre wavefunctions at large internuclear distances
TM Kereselidze, IL Noselidze… - Journal of Physics B …, 2003 - iopscience.iop.org
Two-Coulomb-centre quasiradial and quasiangular wavefunctions asymptotic for large
distances between the fixed positive charges (nuclei) are derived for the entire space of the …
distances between the fixed positive charges (nuclei) are derived for the entire space of the …
Radiative recombination of an electron on two protons: oscillator strengths
The hydrogen molecular ion, H 2+, is considered in the fixed nuclei approximation. The
oscillator strengths relevant to free-bound transitions in H 2+ are presented as asymptotic …
oscillator strengths relevant to free-bound transitions in H 2+ are presented as asymptotic …
Derivation, properties and application of Coulomb Sturmians defined in spheroidal coordinates
T Kereselidze, G Chkadua, P Defrance… - Molecular …, 2016 - Taylor & Francis
Coulomb Sturmian amplitude functions are derived in prolate spheroidal coordinates and
are presented in a closed algebraic form. Spheroidal Sturnian functions are revealed to be …
are presented in a closed algebraic form. Spheroidal Sturnian functions are revealed to be …
Coulomb Sturmians in spheroidal coordinates and their application for diatomic molecular calculations
T Kereselidze, G Chkadua, P Defrance - Molecular Physics, 2015 - Taylor & Francis
Coulomb Sturmians are obtained in prolate spheroidal coordinates by separation of
variables in the Schrödinger equation and direct solution of the appropriate one …
variables in the Schrödinger equation and direct solution of the appropriate one …
Energy spectra of a particle confined in a finite ellipsoidal shaped potential well
T Kereselidze, T Tchelidze, T Nadareishvili… - Physica E: Low …, 2016 - Elsevier
A charged particle confined in a strongly prolate ellipsoidal shaped finite potential well is
studied. In the case when a distance R between foci is large and accordingly R− 1 is small …
studied. In the case when a distance R between foci is large and accordingly R− 1 is small …
Electronic structure of nanorod of strongly prolate ellipsoidal shape
T Kereselidze, T Tchelidze, T Nadareishvili - arXiv preprint arXiv …, 2013 - arxiv.org
A charged particle (electron or hole) confined in nanorod of strongly prolate ellipsoidal
shape is considered. The effective-mass Schr\" odinger equation is solved in prolate …
shape is considered. The effective-mass Schr\" odinger equation is solved in prolate …
[图书][B] Elastic and Inelastic Collisions in Ultracold and Astrophysical Environments
M Gacesa - 2010 - search.proquest.com
We explore collisions of atomic particles in two different regimes. In the first part of this work,
we study atom-atom collisions of alkali metals at ultracold temperatures and conditions …
we study atom-atom collisions of alkali metals at ultracold temperatures and conditions …