Large energy transfer in hyperthermal heavy-atom-surface scattering: A study of Hg/MgO(100)

E. Kolodney; A. Amirav; R. Elber; R. B. Gerber

doi:10.1016/0009-2614(85)80265-7

Large energy transfer in hyperthermal heavy-atom-surface scattering: A study of Hg/MgO(100)

E. Kolodney^*, A. Amirav, R. Elber, R. B. Gerber

^*Corresponding author for this work

Institute of Chemistry

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Abstract

Large energy transfer to the solid was observed for Hg scattering from single-crystal MgO(100) in the 1-10 eV range. The final velocity distribution was narrow. The scattering angular distribution was narrow and slightly supraspecular. Classical trajectory calculations using a model solid constructed out of a hundred layers resulted in a double maximum compression travelling wave. This model reproduced the large energy transfer and its dependence on incident energy.

Original language	English
Pages (from-to)	303-306
Number of pages	4
Journal	Chemical Physics Letters
Volume	113
Issue number	3
DOIs	https://doi.org/10.1016/0009-2614(85)80265-7
State	Published - 18 Jan 1985

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abstract = "Large energy transfer to the solid was observed for Hg scattering from single-crystal MgO(100) in the 1-10 eV range. The final velocity distribution was narrow. The scattering angular distribution was narrow and slightly supraspecular. Classical trajectory calculations using a model solid constructed out of a hundred layers resulted in a double maximum compression travelling wave. This model reproduced the large energy transfer and its dependence on incident energy.",

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AU - Gerber, R. B.

PY - 1985/1/18

Y1 - 1985/1/18

N2 - Large energy transfer to the solid was observed for Hg scattering from single-crystal MgO(100) in the 1-10 eV range. The final velocity distribution was narrow. The scattering angular distribution was narrow and slightly supraspecular. Classical trajectory calculations using a model solid constructed out of a hundred layers resulted in a double maximum compression travelling wave. This model reproduced the large energy transfer and its dependence on incident energy.

AB - Large energy transfer to the solid was observed for Hg scattering from single-crystal MgO(100) in the 1-10 eV range. The final velocity distribution was narrow. The scattering angular distribution was narrow and slightly supraspecular. Classical trajectory calculations using a model solid constructed out of a hundred layers resulted in a double maximum compression travelling wave. This model reproduced the large energy transfer and its dependence on incident energy.

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Large energy transfer in hyperthermal heavy-atom-surface scattering: A study of Hg/MgO(100)

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