H. AL-Bayati, K., A. Kareem, A., CH. Madhkoor, N. (2015). Calculation of Radial Electron-Electron Distribution function and Expectation Values for Li-Atom in Excited States 1s 2p, 1s 3p and 1s 3d. Alustath, 12(3), 591-596.
Khalil H. AL-Bayati; Ali A. Kareem; Naeemah CH. Madhkoor. "Calculation of Radial Electron-Electron Distribution function and Expectation Values for Li-Atom in Excited States 1s 2p, 1s 3p and 1s 3d". Alustath, 12, 3, 2015, 591-596.
H. AL-Bayati, K., A. Kareem, A., CH. Madhkoor, N. (2015). 'Calculation of Radial Electron-Electron Distribution function and Expectation Values for Li-Atom in Excited States 1s 2p, 1s 3p and 1s 3d', Alustath, 12(3), pp. 591-596.
H. AL-Bayati, K., A. Kareem, A., CH. Madhkoor, N. Calculation of Radial Electron-Electron Distribution function and Expectation Values for Li-Atom in Excited States 1s 2p, 1s 3p and 1s 3d. Alustath, 2015; 12(3): 591-596.

Calculation of Radial Electron-Electron Distribution function and Expectation Values for Li-Atom in Excited States 1s 2p, 1s 3p and 1s 3d

Baghdad Science Journal
Article 1, Volume 12, Issue 3, September 2015, Pages 591-596
Authors
Khalil H. AL-Bayati; Ali A. Kareem; Naeemah CH. Madhkoor
Abstract
The electron correlation for inter-shells (1s 2p), (1s 3p) and (1s 3d) was described by the inter-particle radial distribution function f(r12). It was evaluated for Li-atom in the different excited states (1s2 2p), (1s2 3p) and (1s2 3d) using Hartree-Fock approximation (HF). The inter particle expectation values for these shells were also evaluated. The calculations were performed using Mathcad 14 program.
Keywords
Radial electron; electron distribution function; Hartree Fock approximation; inter; shell; non; spherically symmetric system
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