Add to ORKGThe problem of eight-dimensional oscillator in the Euler coordinates is analyzed. The spherical and cylindrical bases are constructed, two representations for the coefˇcients of spherical-cylindrical and cylindrical-spherical interbasis expansion are proved, and the three-term recurrence relations generating a spheroidal basis for the eight-dimensional oscillator are established
The "back-to-front" derivation of the properties of the quantum harmonic oscillator, starting with i...
The "back-to-front" derivation of the properties of the quantum harmonic oscillator, starting with i...
The "back-to-front" derivation of the properties of the quantum harmonic oscillator, starting with i...
This article deals with a nonrelativistic quantum mechanical study of a dynamical sys-tem which gene...
This article deals with a nonrelativistic quantum mechanical study of a dynamical system which gener...
This article deals with a nonrelativistic quantum mechanical study of a dynamical system which gener...
23 pages, Latex File, to be published in International Journal of Quantum ChemistryThis article deal...
13 pages, Latex file. Submitted for publication to Yadernaya Fizika - Phys.Atom.Nucl. 61 (1998) 1782...
We study the possible generalized boundary conditions and the corresponding solutions for the quantu...
This article deals with nonrelativistic study of a D-dimensional superintegrable system, which gener...
In the relativistic mean field (RMF) calculations usually the basis expansion method is employed. Fo...
An exact quantization rule for the bound states of the one-dimensional Schr\"{o}dinger equation is p...
A simple derivation of the classical solutions of a nonlinear model describing a harmonic oscillator...
We consider the classical superintegrable Hamiltonian system given by Hλ = T + U = p 2 2(1 + λq2) ω2...
In this work we investigate three-body systems when the dimension changes in a continuous way from t...
The "back-to-front" derivation of the properties of the quantum harmonic oscillator, starting with i...
The "back-to-front" derivation of the properties of the quantum harmonic oscillator, starting with i...
The "back-to-front" derivation of the properties of the quantum harmonic oscillator, starting with i...
This article deals with a nonrelativistic quantum mechanical study of a dynamical sys-tem which gene...
This article deals with a nonrelativistic quantum mechanical study of a dynamical system which gener...
This article deals with a nonrelativistic quantum mechanical study of a dynamical system which gener...
23 pages, Latex File, to be published in International Journal of Quantum ChemistryThis article deal...
13 pages, Latex file. Submitted for publication to Yadernaya Fizika - Phys.Atom.Nucl. 61 (1998) 1782...
We study the possible generalized boundary conditions and the corresponding solutions for the quantu...
This article deals with nonrelativistic study of a D-dimensional superintegrable system, which gener...
In the relativistic mean field (RMF) calculations usually the basis expansion method is employed. Fo...
An exact quantization rule for the bound states of the one-dimensional Schr\"{o}dinger equation is p...
A simple derivation of the classical solutions of a nonlinear model describing a harmonic oscillator...
We consider the classical superintegrable Hamiltonian system given by Hλ = T + U = p 2 2(1 + λq2) ω2...
In this work we investigate three-body systems when the dimension changes in a continuous way from t...
The "back-to-front" derivation of the properties of the quantum harmonic oscillator, starting with i...
The "back-to-front" derivation of the properties of the quantum harmonic oscillator, starting with i...
The "back-to-front" derivation of the properties of the quantum harmonic oscillator, starting with i...