The formation of LS-forbidden triplet states in single photon absorption by helium was assessed. Six of the seven predicted doubly excited states were observed by detection of metastable atoms formed following fluorescence of the doubly excited states.

Observation of triplet doubly excited states in single photon excitation from ground state helium

Alagia;
2001

Abstract

The formation of LS-forbidden triplet states in single photon absorption by helium was assessed. Six of the seven predicted doubly excited states were observed by detection of metastable atoms formed following fluorescence of the doubly excited states.
2001
Atoms
Decomposition
Fluorescence
Helium
Ionization
Light absorption
Nuclear physics
Particle beams
Photons
Relativity
Ultraviolet radiation
Excited states
Ground state helium
Ionization thresholds
Photon beam
Single photon excitation
Spin-orbit interaction
Synchrotron vacuum ultraviolet sources
Ground state
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/209675
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