17341-25-2Relevant academic research and scientific papers
Fragmentation of Na3+ clusters following He impact: theoretical analysis of fragmentation mechanisms
Babikov,Gislason,Sizun,Aguillon,Sidis
, p. 9417 - 9426 (2000)
The fragmentation of an Na3+ cluster following a collision with a fast He atom was theoretically studied. Trajectory results indicate that very different mechanisms contribute to the fragmentation process even in the simplest pathway when the cluster always stays in the ground electronic state and fragments adiabatically. The results are explained in terms of the binary, diatom, sequential, and complex mechanisms.
Dalitz plot analysis of three-body fragmentation of Na3+ excited by He impact
Babikov,Gislason,Sizun,Aguillon,Sidis,Barat,Brenot,Fayeton,Picard
, p. 4871 - 4876 (2002)
Theoretical and experimental Dalitz plots for three-body fragmentation of Na+ excited by He impact were studied. The fragmentation involves three adiabatic electronic states of Na3+ . Each of the three sectors of the Dalitz plots correspond to a different product adiabatic electronic state.
Collisional dissociation and chemical relaxation of alkali halide molecules: 2000-4200 K
Milstein, Richard,Berry, R. Stephen
, p. 6025 - 6037 (2007/10/02)
Shock-induced dissociation and the subsequent chemical relaxation processes of diatomic alkali halide molecules have been studied by time-resolved absorption spectrometry of alkali atoms, halide ions, and alkali halide molecules.The salts studied in detai
