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  • Benchmark angle-differential cross-section ratios for the electron-impact excitation of the xenon 5p6 1S0→5p56s[3/2]2, 5p56s[3/2]1, 5p56s′[1/2]0, and 5p56s′[1/2]1+5p56p[1/2]1 transitions at low and near-threshold incident electron energies

    Author(s)
    Sakaamini, A
    Faure, JB
    Khakoo, MA
    Zatsarinny, O
    Bartschat, K
    Griffith University Author(s)
    Bartschat, Klaus
    Year published
    2021
    Metadata
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    Abstract
    Experimental benchmark intensity ratios for the angle-differential scattering intensities for electron-impact excitation from the xenon ground state 5p6 1S0 to its lowest five excited states 5p56s[3/2]2, 5p56s[3/2]1, 5p56s′[1/2]0, and (combined) 5p56s′[1/2]1+5p56p[1/2]1 are reported and compared to predictions from a full-relativistic B-spline R-matrix close-coupling model as well as earlier experimental work. The above ratios, which provide a stringent test of theoretical electron scattering models, are presented for this heavy rare gas with particular emphasis on the role of spin-exchange and direct excitation processes ...
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    Experimental benchmark intensity ratios for the angle-differential scattering intensities for electron-impact excitation from the xenon ground state 5p6 1S0 to its lowest five excited states 5p56s[3/2]2, 5p56s[3/2]1, 5p56s′[1/2]0, and (combined) 5p56s′[1/2]1+5p56p[1/2]1 are reported and compared to predictions from a full-relativistic B-spline R-matrix close-coupling model as well as earlier experimental work. The above ratios, which provide a stringent test of theoretical electron scattering models, are presented for this heavy rare gas with particular emphasis on the role of spin-exchange and direct excitation processes affecting their angular dependence.
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    Journal Title
    Physical Review A
    Volume
    104
    Issue
    6
    DOI
    https://doi.org/10.1103/PhysRevA.104.062805
    Subject
    Classical physics
    Publication URI
    http://hdl.handle.net/10072/411428
    Collection
    • Journal articles

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