Titlebook: Desorption Induced by Electronic Transitions DIET V; Proceedings of the F Alan R. Burns,Ellen B. Stechel,Dwight R. Jennison Conference proc

水土

廣大

Molecular Photochemistry on Surfaces: Role of Adsorbate-Substrate StructureRecent surface photochemistry experiments — CF.I and SO. on Ag(111), and ASH. on GaAs(100) — are briefly described, emphasizing the important role played by the local surface structure.

小口啜飲

CON

親屬

打擊

胎兒

Desorption of H?, O? and OH? Ions During Impact of Very Low Energy Electrons on Surfaceshanges followed the initial bond breaking. Ejected with similar kinetic energies, the heavy ions encounter increased neutralizations in spite of their high electron affinities. In addition the reported experiments show that preliminary electron bombardment often remain essential to raise the efficie

aggrieve

Electron and Photon Stimulated Desorption of Negative Ions from Oriented Physisorbed Moleculesen observed in electron stimulated desorption, dissociative attachment (DA) and dipolar dissociation (DD). Dissociative attachment is shown to be sensitive to the molecular orientation on the surface, whereas in the case of dipolar dissociation, the yield is less orientation dependent, a result we a

follicular-unit

Resonance Electron Scattering by O2 Monolayers on Graphite: Reinterpretedeatures observed in ESD and IES arise from the same anion resonant states. IED, however, unlike ESD, provides information on the symmetry of the anion resonant states through the angular distributions of the inelastically scattered electrons. Such electron angular distributions from O. on graphite h

mercenary

Non-Adiabatic Curve Crossings in Dissociative Electron Attachment of Condensed O2attachment (DEA) via the .Σ.. resonant state can result in two different dissociation products (i.e. by proceeding to the dissociation limits O(.P) + O.(.P) and O*(.]D) + O.(.p)). The O*(.D) product requires dissociation via a non-adiabatic curve crossing. O* (.D) is the dominant DEA product in gase