Multiphoton Ionization of NO-Rare Gas van der Waals Species
Multiphoton Ionization of NO-Rare Gas van der Waals Species
To date. most spectroscopic studies of electronic states of clusters involving small molecules and rare gas (RG) atoms have employed laser-induced fluorescence techniques. Consequently, such studies (e.g., Levy and co-workers on I2-RG species [1]) have been limited to the lowest lying electronic states, which are usually valence in character. Furthermore. the identification of the cluster often must be inferred from spectral shifts, pressure dependence, etc.
- University of North Texas United States
- Oak Ridge National Laboratory United States
Photon-Molecule Collisions, Ionization, Photoelectron Spectroscopy, Multi-Photon Processes, Photon Collisions, Oxides, Rare Gas Compounds, Molecule Collisions, Excited States, Van Der Waals Forces, Nitric Oxide, Spectroscopy 640304* -- Atomic, Molecular & Chemical Physics-- Collision Phenomena, Energy Levels, Energy-Level Transitions, Nitrogen Oxides, Collisions, Nitrogen Compounds, Oxygen Compounds, 74 Atomic And Molecular Physics, Electron Spectroscopy, Chalcogenides
Photon-Molecule Collisions, Ionization, Photoelectron Spectroscopy, Multi-Photon Processes, Photon Collisions, Oxides, Rare Gas Compounds, Molecule Collisions, Excited States, Van Der Waals Forces, Nitric Oxide, Spectroscopy 640304* -- Atomic, Molecular & Chemical Physics-- Collision Phenomena, Energy Levels, Energy-Level Transitions, Nitrogen Oxides, Collisions, Nitrogen Compounds, Oxygen Compounds, 74 Atomic And Molecular Physics, Electron Spectroscopy, Chalcogenides
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