The large effects of electron correlation on the multiplet generalized oscillator strengths of non-closed shell systems: Be 1s22s21S → 1s22s2p 1P0 and B 1s22s22p 2p0 → 1s22s2p22D
✍ Scribed by Oktay Sinanoǧlu; Stephen L. Davis
- Publisher
- Elsevier Science
- Year
- 1975
- Tongue
- English
- Weight
- 679 KB
- Volume
- 32
- Category
- Article
- ISSN
- 0009-2614
No coin nor oath required. For personal study only.
✦ Synopsis
Correlation effects are shown to change generalized oscillator strengths and inelr&c form factors by large factors a5 large as 10, from the Hartree-Fock values. The effects are fully included in the charge wavefunctions of the non-closed shell mny-electron theory by Sirmna~u. We calculate ihe charge wvavefunctions and obtzin from them the gcner&zed OScfitor strength Iron(q) VPISUS In q2 and the integrated cross section Q,(E) versus In E, far Be1 2s2 tS --c 2~2~ 'PO and BI ZP zp .= PO + 2s2pz = D cases, exemplifying the method. Electron impact spectroscopy measures the apparent generalized oscillator strength; Fn, (q), between initial p,(i) =jexp(b*r)Pen(r)dr ,iJolurik'32; number 3. ,-CHEMICAL PHYSICS LETTERS ',
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## Abstract Time‐resolved investigations of the atomic resonance fluorescence Sr(5^3^P~1~ → 5^1^S~0~) and the molecular chemiluminescence from SrCl(A^2^Π~1/2,3/2~, B^2^Σ^+^ → X^2^Σ^+^) are reported following the reaction of the electronically excited strontium atom, Sr(5s5p(^3^P~J~)), 1.807 eV abov