The energy spectra of H2+-like impurities confined in finite spherical quantum dots have been calculated as a function of the distance between nuclear with different sizes on the basis of effective-mass approximation by linear variational method. B-splines have been used as basis functions, which can easily construct the trial wavefunctions with appropriate boundary and cusp conditions. The quantitative analyses of the partial wave weights for ground state and some low lying states have been done
A study of variational wave functions for calculation of the ground-state energies of excitons confi...
In this work, we have performed a theoretically study on the energy spectrum, binding energy and int...
In this study, we have investigated the photoionization cross section of an on-center hydrogenic imp...
In this work, the effects of quantum confinement on the ground state energy of a correlated electron...
[[abstract]]The fine structure of the energy levels for a hydrogenic impurity located in the center ...
[[abstract]]We calculate the energy spectrum of hydrogen impurity located in the center of parabolic...
The ground state binding energy and the average interparticle distances for a hydrogenic impurity in...
Confined states of an electron-positron pair in the spherical quantum dot (QD) are theoretically inv...
[[abstract]]In previous papers we calculated the energy spectra of a hydrogen impurity located at th...
WOS: 000322610100040The binding energies of 1s-, 2p-, 3d- and 4f-states of a spherical quantum dot (...
We calculate the energy spectrum of hydrogen impurity located in the center of parabolic quantum dot...
In this work, we propose an efficient method of reducing the computational effort of variational cal...
*Yakar, Yusuf ( Aksaray, Yazar )We have calculated the ground and excited energy states of the quant...
The dependence of the electronic energy levels on the size of quantum dots (QDs) with the shape of s...
Some particular bound state energies of an electron, under Coulomb potential field, confined in a tw...
A study of variational wave functions for calculation of the ground-state energies of excitons confi...
In this work, we have performed a theoretically study on the energy spectrum, binding energy and int...
In this study, we have investigated the photoionization cross section of an on-center hydrogenic imp...
In this work, the effects of quantum confinement on the ground state energy of a correlated electron...
[[abstract]]The fine structure of the energy levels for a hydrogenic impurity located in the center ...
[[abstract]]We calculate the energy spectrum of hydrogen impurity located in the center of parabolic...
The ground state binding energy and the average interparticle distances for a hydrogenic impurity in...
Confined states of an electron-positron pair in the spherical quantum dot (QD) are theoretically inv...
[[abstract]]In previous papers we calculated the energy spectra of a hydrogen impurity located at th...
WOS: 000322610100040The binding energies of 1s-, 2p-, 3d- and 4f-states of a spherical quantum dot (...
We calculate the energy spectrum of hydrogen impurity located in the center of parabolic quantum dot...
In this work, we propose an efficient method of reducing the computational effort of variational cal...
*Yakar, Yusuf ( Aksaray, Yazar )We have calculated the ground and excited energy states of the quant...
The dependence of the electronic energy levels on the size of quantum dots (QDs) with the shape of s...
Some particular bound state energies of an electron, under Coulomb potential field, confined in a tw...
A study of variational wave functions for calculation of the ground-state energies of excitons confi...
In this work, we have performed a theoretically study on the energy spectrum, binding energy and int...
In this study, we have investigated the photoionization cross section of an on-center hydrogenic imp...