Add to ORKGElectronic states in the cylindrical quantum dot with Morse confining potential have been theoretically investigated. Analytical expressions for the energy and wave function of particle have been obtained
The time independent Schrödinger equation for two electrons confined in an external potential is sol...
A calculation of the variations of the energy and oscillator strength of the ground state of an exci...
We calculated the total energy of a semiconductor quantum dot formed in gate and etching defined dev...
This research aims i) to determine the density profile and calculate the ground state energy of a qu...
Our approach is quasi-analytical. We consider the Hamiltonian of a two-electron quantum dot composed...
The bound states of a particle in a lens-shaped quantum dot with finite confinement potential are ob...
It is established the theory of electron spectrum in semiconductor cylindrical closed quantum dot in...
Exact wave functions and energy levels are obtained for the bound states of a particle in the Lobach...
In this work, the effects of quantum confinement on the ground state energy of a correlated electron...
In the framework of the perturbation theory the electronic states in the cylindrical Quantum Dot (QD...
Abstract:- We study the problem of an electron confined in a semiconductor quantum dot shaped as a s...
We have studied quantum-theoretical behaviors of electrons in three quantum dots system in which a o...
The electronic structure of dynamic quantum dots formed by surface acoustic waves potential and the ...
The confinement model potential for quantum dot considered in the present paper is smooth, has finit...
Confined states of an electron-positron pair in the spherical quantum dot (QD) are theoretically inv...
The time independent Schrödinger equation for two electrons confined in an external potential is sol...
A calculation of the variations of the energy and oscillator strength of the ground state of an exci...
We calculated the total energy of a semiconductor quantum dot formed in gate and etching defined dev...
This research aims i) to determine the density profile and calculate the ground state energy of a qu...
Our approach is quasi-analytical. We consider the Hamiltonian of a two-electron quantum dot composed...
The bound states of a particle in a lens-shaped quantum dot with finite confinement potential are ob...
It is established the theory of electron spectrum in semiconductor cylindrical closed quantum dot in...
Exact wave functions and energy levels are obtained for the bound states of a particle in the Lobach...
In this work, the effects of quantum confinement on the ground state energy of a correlated electron...
In the framework of the perturbation theory the electronic states in the cylindrical Quantum Dot (QD...
Abstract:- We study the problem of an electron confined in a semiconductor quantum dot shaped as a s...
We have studied quantum-theoretical behaviors of electrons in three quantum dots system in which a o...
The electronic structure of dynamic quantum dots formed by surface acoustic waves potential and the ...
The confinement model potential for quantum dot considered in the present paper is smooth, has finit...
Confined states of an electron-positron pair in the spherical quantum dot (QD) are theoretically inv...
The time independent Schrödinger equation for two electrons confined in an external potential is sol...
A calculation of the variations of the energy and oscillator strength of the ground state of an exci...
We calculated the total energy of a semiconductor quantum dot formed in gate and etching defined dev...