Evidence For The Spin-Orbit-Induced P(4)(D-1(2))Md F-2(E) Resonances In Atomic Br And Cl
Abbreviated Journal Title
Phys. Rev. A
BROMINE; PHOTOIONIZATION; CHLORINE; Optics; Physics, Atomic, Molecular & Chemical
Evidence is presented for the occurrence of the LS-forbidden p(4)(D-1(2))md(2)F(e) autoionization resonances in both Br and Cl by a measurement of the photoelectrons associated with the J-resolved P-3(2,1,0) final ionic states. Effects of spin-orbit coupling an delineated at the J-term level for both the F-2(e) and the S-2(e) resonances, and differences for these spin-orbit-induced pathways are highlighted.
Physical Review A
"Evidence For The Spin-Orbit-Induced P(4)(D-1(2))Md F-2(E) Resonances In Atomic Br And Cl" (1996). Faculty Bibliography 1990s. 3029.