Comparison of argon and helium ( [iopmath latex="$\rm e, 2e$"] e,2e [/iopmath] ) differential cross sections at 64.6 eV using symmetric detection energies and angles

Authors: Murray A.J.; Bowring N.J.; Read F.H.

Source: Journal of Physics B: Atomic, Molecular and Optical Physics, Volume 33, Number 15, 2000 , pp. 2859-2867(9)

Publisher: Institute of Physics Publishing

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Abstract:

Symmetric ( [iopmath latex="$\rm e, 2e$"] e,2e [/iopmath] ) differential cross section measurements for argon at an incident energy of 64.6 eV are presented from the coplanar to the perpendicular plane geometry. The outgoing electrons were detected at symmetric scattering angles and with the same energy. These measurements are compared with analogous results at the same incident energy using helium as the target. The argon ( [iopmath latex="$\rm e, 2e$"] e,2e [/iopmath] ) cross section shows a rich and complex structure as the scattering geometry changes, while the very deep interference minimum found in helium is missing.

Language: English

Document Type: Miscellaneous

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