Experimental and simulation study of neon collision dynamics with a 1-decanethiol monolayer

N. Isa; K. D. Gibson; T. Yan; W. Hase; S. J. Sibener

doi:10.1063/1.1635805

Experimental and simulation study of neon collision dynamics with a 1-decanethiol monolayer

N. Isa, K. D. Gibson, T. Yan, W. Hase, S. J. Sibener

Chemistry and Biochemistry

Research output: Contribution to journal › Article › peer-review

96 Scopus citations

Abstract

The neon collision dynamics with a 1-decanethiol monolayer were studied. The low energy component shows rapid and substantial accomodation with the surface. Most low energy neon atoms undergo parallel momentum accomodation with the surface within a few picoseconds. The results show that the 60% of the incident neon energy is exchanged within a very short interaction time.

Original language	English
Pages (from-to)	2417-2433
Number of pages	17
Journal	Journal of Chemical Physics
Volume	120
Issue number	5
DOIs	https://doi.org/10.1063/1.1635805
State	Published - Feb 1 2004

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abstract = "The neon collision dynamics with a 1-decanethiol monolayer were studied. The low energy component shows rapid and substantial accomodation with the surface. Most low energy neon atoms undergo parallel momentum accomodation with the surface within a few picoseconds. The results show that the 60% of the incident neon energy is exchanged within a very short interaction time.",

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N2 - The neon collision dynamics with a 1-decanethiol monolayer were studied. The low energy component shows rapid and substantial accomodation with the surface. Most low energy neon atoms undergo parallel momentum accomodation with the surface within a few picoseconds. The results show that the 60% of the incident neon energy is exchanged within a very short interaction time.

AB - The neon collision dynamics with a 1-decanethiol monolayer were studied. The low energy component shows rapid and substantial accomodation with the surface. Most low energy neon atoms undergo parallel momentum accomodation with the surface within a few picoseconds. The results show that the 60% of the incident neon energy is exchanged within a very short interaction time.

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Experimental and simulation study of neon collision dynamics with a 1-decanethiol monolayer

Abstract

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