The binding energy of an off-center hydrogenic donor impurity in a finite confining potential quantum well was calculated by using a variational method of the Bastard type. New analytical expressions for the binding energy and for the initial deviation from the result of an infinite confining potential well were derived for the ground energy state. The sign of the initial deviation was found to depend on the location of the impurity. The analytical expressions were utilized further to derive some other important parameters. PACS numbers: 71.15.–m, 71.55.–i 1
AbstractThe donor binding energy of a hydrogenic donor impurity located in the center of a GaAs-AlxG...
Using a two-parameter wave function, we calculate variationally the binding energy of an exciton bou...
We present the results of a variational calculation of the ground state energy of a (D+,X) complex i...
The binding energy of an off-center hydrogenic donor impurity in a finite confining potential quantu...
This paper treats theoretically the angle dependence of the ground state binding energy of a shallow...
In this work, we directly calculate the ground state energies for an electron in quantum well wires ...
We present a variational method to compute the binding energies for a hydrogenic impurity located at...
The calculations of the ground and a few low-lying excited states of impurity in the quantum wells (...
The ground-state energies and wave functions for an electron in quantum well-wires (QWWs) with diffe...
We present a new variationnal method for calculating the ground state energy of an electron bound t...
By using an appropriate coordinate transformation, we have calculated variationally the ground state...
The ground-state binding energy of a hydrogenic impurity is retrieved as a function of the effective...
The binding energy of a negatively charged hydrogenic impurity with on- and off-center positions in ...
© 2021 Elsevier LtdIn this work, we perform a theoretical investigation on the effect of position-de...
The ground state binding energy and the average interparticle distances for a hydrogenic impurity in...
AbstractThe donor binding energy of a hydrogenic donor impurity located in the center of a GaAs-AlxG...
Using a two-parameter wave function, we calculate variationally the binding energy of an exciton bou...
We present the results of a variational calculation of the ground state energy of a (D+,X) complex i...
The binding energy of an off-center hydrogenic donor impurity in a finite confining potential quantu...
This paper treats theoretically the angle dependence of the ground state binding energy of a shallow...
In this work, we directly calculate the ground state energies for an electron in quantum well wires ...
We present a variational method to compute the binding energies for a hydrogenic impurity located at...
The calculations of the ground and a few low-lying excited states of impurity in the quantum wells (...
The ground-state energies and wave functions for an electron in quantum well-wires (QWWs) with diffe...
We present a new variationnal method for calculating the ground state energy of an electron bound t...
By using an appropriate coordinate transformation, we have calculated variationally the ground state...
The ground-state binding energy of a hydrogenic impurity is retrieved as a function of the effective...
The binding energy of a negatively charged hydrogenic impurity with on- and off-center positions in ...
© 2021 Elsevier LtdIn this work, we perform a theoretical investigation on the effect of position-de...
The ground state binding energy and the average interparticle distances for a hydrogenic impurity in...
AbstractThe donor binding energy of a hydrogenic donor impurity located in the center of a GaAs-AlxG...
Using a two-parameter wave function, we calculate variationally the binding energy of an exciton bou...
We present the results of a variational calculation of the ground state energy of a (D+,X) complex i...