OPTICAL-MODEL COMPUTATIONS OF DISSOCIATIVE CHEMISORPTION
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作者:
FARRELLY, D
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HEBREW UNIV JERUSALEM, FRITZ HABER RES CTR MOLEC DYNAM, IL-91904 JERUSALEM, ISRAELHEBREW UNIV JERUSALEM, FRITZ HABER RES CTR MOLEC DYNAM, IL-91904 JERUSALEM, ISRAEL
FARRELLY, D
[1
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LEVINE, RD
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HEBREW UNIV JERUSALEM, FRITZ HABER RES CTR MOLEC DYNAM, IL-91904 JERUSALEM, ISRAELHEBREW UNIV JERUSALEM, FRITZ HABER RES CTR MOLEC DYNAM, IL-91904 JERUSALEM, ISRAEL
LEVINE, RD
[1
]
机构:
[1] HEBREW UNIV JERUSALEM, FRITZ HABER RES CTR MOLEC DYNAM, IL-91904 JERUSALEM, ISRAEL
Activated dissociative chemisorption increases rapidly with the collision energy. For a given molecule and substrate, the dissociation probability can be quite different for different faces of the crystal. It is shown that the optical model can account qualitatively and quantitatively for these trends.