Resonance enhanced two‐photon dissociation of H2 by the X→(EF+GK+I ) transition via intermediate B,C states
Author:
Publisher
AIP Publishing
Subject
Physical and Theoretical Chemistry,General Physics and Astronomy
Link
http://aip.scitation.org/doi/pdf/10.1063/1.461073
Reference40 articles.
1. Rotational state selective photoionization of the H2molecule fromB 1Σ+u(v ’=0,3) states
2. Rotational state selective photoionization of the H2molecule fromB 1Σ+u(v ’=0,3) states
3. Rotational state selective photoionization of the H2molecule fromB 1Σ+u(v ’=0,3) states
4. Rotational state selective photoionization of the H2molecule fromB 1Σ+u(v ’=0,3) states
5. Rotational state selective photoionization of the H2molecule fromB 1Σ+u(v ’=0,3) states
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1. Polarization and intensity effects in two-photon dissociation ofH2in two-frequency laser fields;Physical Review A;2001-01-17
2. Resonance-enhanced two-photon dissociation ofH2through nonadiabatically coupled intermediate and final states;Physical Review A;1999-08-01
3. Resonant two-photon transition to the continuum from an initialJ=0 state using elliptically polarized light;Physical Review A;1994-12-01
4. Nonadiabatic effects on resonance-enhanced two-photon dissociation ofH2;Physical Review A;1994-03-01
5. Polarization effects on the two-photon dissociation ofHD+with two radiation fields in the presence of one and two intermediate resonant states;Physical Review A;1993-09-01
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