Abstract
The collision-induced dissociation of diatomic (H2 −, HD−, D2 −) and triatomic (H3 −, HD2 −, D3 −) negative hydrogen ions to produce negative atomic ions and positive atomic and molecular ions upon collision with target gas has been investigated in the energy range 5–15 keV. The cross sections for collision-induced dissociation and double electron detachment have been measured by monitoring the growth of the fragment ions with target gas pressure. The total collisional attenuation cross sections of the parent negative molecular ions have also been determined.
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