Dissociative excitation as the source of neutral atoms in hydrogen discharges
D. H. Mcneill
Abstract
Open-access reader
D. H. Mcneill
Abstract
Open-access reader
Electron impact dissociative excitation of H/sub 2/ molecules is identified as the origin of the narrow width and structure of Balmer lines observed in various low density hydrogen discharges. On the basis of this data and estimates of the rates of competing processes in plasmas, dissociative excitation, together with other molecular reactions, is proposed as the source of neutral atoms and protons in these discharges.
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Electron impact dissociative excitation of H/sub 2/ molecules is identified as the origin of the narrow width and structure of Balmer lines observed in various low density hydrogen discharges. On the basis of this data and estimates of the rates of competing processes in plasmas, dissociative excitation, together with other molecular reactions, is proposed as the source of neutral atoms and protons in these discharges.
Key concepts: Excitation, Balmer series, Atomic physics, Dissociation (chemistry), Dissociative, Hydrogen, Molecule, Collisional excitation