The multiphoton ionization of liquid benzene at 355 nm is found to be a three-photon process iavol~iag a tv.o-photon produced intermediate state which hves 10 ns or lonser\_ Polarization experiments can be rationalized if the tuo-pboton absorption at 177 nm (6.99 cV) involves transitions into a mixt
On the satellite structure accompanying the ionization of benzene
โ Scribed by H.-G. Weikert; L.S. Cederbaum
- Publisher
- Elsevier Science
- Year
- 1995
- Tongue
- English
- Weight
- 423 KB
- Volume
- 237
- Category
- Article
- ISSN
- 0009-2614
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โฆ Synopsis
The satellite structure accompanying the valence-shell ionization of benzene is investigated by means of the many-body Green function method. The results are discussed and compared with experiment and other calculations. Interesting satellite lines are found in the outer-valence region of the ionization spectrum. In particular, the prominent intense low-lying 7r-'rr * shake-up state, 1e~g21e2u, 2A2u, which has recently been observed in the Penning ionization electron spectrum is well reproduced by the present calculations. A pronounced splitting of the spectral intensity is predicted for the inner-valence ionizations, implying a complete breakdown of the molecular orbital picture of ionization.
๐ SIMILAR VOLUMES
New features were observed by us in the Rydbcrg series of benzene convcrghq to the second ionization limit. A new interpretation of the vibronic structure and vibronic intensity pattern is presented. An interesting vibronic coupIing schcmc in which four very nearly degcneratc electronic states parti
The orbital energies of benzene from photoeiectron spectroscopy measurements have been discuss& by use of electron impact enerm loss measurements and mass-spectrometric measurements. Between the n-orbitals at 9.3 eV and 12.1 eV there is a c-orbital at 11.4 eV. Also the remaining molecular orbitals h