@article{ijp2018661,
author={{Sow, B. and Diouf, A. and Gning, Y. and Diop, B. and Sow, M. and Wague, A.},
title={Application of Complex Rotation Method for Calculate to Correlation Factor and the 2sns<SUP>+1,3</SUP>S<SUP>e</SUP>, 2snp<SUP>+1,3</SUP>P<SUP>0</SUP>, 2pnp<SUP>+1,3</SUP>D<SUP>e</SUP>, 3d4d <SUP>+1,3</SUP>G<SUP>e</SUP> Autoionizing States of He-like Atoms},
journal={International Journal of Physics},
volume={6},
number={6},
pages={174--180},
year={2018},
url={http://pubs.sciepub.com/ijp/6/6/1},
issn={2333-4576},
abstract={Calculations of the energy levels of atoms and ions with Z ¡Ü 10 are carried out in this paper using the complex rotation method. Using a new wave function with two terms including a new method to calculate the correlation factor taking into account spherical harmonics through hypergeometric functions to calculate excited 2<i>s</i>n<i>s</i><SUP>+1,3</SUP><i>S</i><SUP>e</SUP>, 2<i>s</i>n<i>p</i><SUP>+1,3</SUP><i>P</i><SUP><i>0</i></SUP>, 2<i>p</i>n<i>p</i><SUP>+1,3</SUP><i>D</i><SUP>e</SUP>, 3d4d <SUP>+1,3</SUP>G<SUP>e</SUP> states. The results obtained show quantitatively the great significance of electron correlation effects in the doubly excited states. These results are in compliance with some experimental and theoretical data.},
doi={10.12691/ijp-6-6-1}
publisher={Science and Education Publishing}
}