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                                       Details for article 15 of 38 found articles
 
 
  Highly multiphoton molecular excitation by an intense laser pulse
 
 
Title: Highly multiphoton molecular excitation by an intense laser pulse
Author: Teranishi, Y.
Hayashi, M.
Kong, F.
Chin, S. L.
Chao, S. D.
Mineo, H.
Lin, S. H.
Appeared in: Molecular physics
Paging: Volume 106 (2008) nr. 2-4 pages 333-339
Year: 2008-01
Contents: Multiphoton excitation of molecules by an intense laser field is treated. When the first excitation energy is much larger than both the photon energy and the transition energy between excited states, excited states are strongly coupled with each other by the photon, even though coupling with the ground state is weak. In such a case, a kind of collective excitation takes places, in which the excitation probability of every excited state is almost linear as functions of intensity on a log-log plot, and the slope is independent of the final state. By taking methane and formaldehyde as examples we numerically study this process.
Publisher: Taylor & Francis
Source file: Elektronische Wetenschappelijke Tijdschriften
 
 

                             Details for article 15 of 38 found articles
 
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