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Volumn 317, Issue 5843, 2007, Pages 1374-1378

Soft X-ray-driven femtosecond molecular dynamics

Author keywords

[No Author keywords available]

Indexed keywords

NITROGEN;

EID: 34548678855     PISSN: 00368075     EISSN: 10959203     Source Type: Journal    
DOI: 10.1126/science.1144920     Document Type: Article
Times cited : (199)

References (33)
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    • Using 43.2-eV photons from a synchrotron, the partial cross section for inner-valence ionized states between 23 and 43 eV was measured to be 33% of the total photoionzation cross section 22
    • Using 43.2-eV photons from a synchrotron, the partial cross section for inner-valence ionized states between 23 and 43 eV was measured to be 33% of the total photoionzation cross section (22).
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    • Some examples of such dissociation limits are (N, N, 3P, 2P0, 1S, 4S 0, 1D, 2D0, and 1D, 2P0
    • 0).
  • 28
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    • This strong feature is probably due to the concentration of the 2Σg+ oscillator strength in the region ranging from 27 to 31 eV F-band, Dissociation from this band gives rise to a quasi-monoenergetic photoelectron peak, with a corresponding well-defined KER. The observed electron-energy width results from the soft x-ray pulse bandwidth
    • + oscillator strength in the region ranging from 27 to 31 eV (F-band). Dissociation from this band gives rise to a quasi-monoenergetic photoelectron peak, with a corresponding well-defined KER. The observed electron-energy width results from the soft x-ray pulse bandwidth.
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    • We thank A. Czasch, T. Jahnke, A. Paul, W. Li, and B. Walker for technical support and useful discussions. We acknowledge support for this work from the NSF through the Physics Frontiers Centers Program and from the Department of Energy, Office of Science. This work made use of facilities provided by the NSF Engineering Research Center on Extreme Ultraviolet Science and Technology
    • We thank A. Czasch, T. Jahnke, A. Paul, W. Li, and B. Walker for technical support and useful discussions. We acknowledge support for this work from the NSF through the Physics Frontiers Centers Program and from the Department of Energy, Office of Science. This work made use of facilities provided by the NSF Engineering Research Center on Extreme Ultraviolet Science and Technology.


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