Geometry changes in the reaction of ONNO species with CO on Cu 38
![Geometry changes in the reaction of ONNO species with CO on Cu 38](https://www.researchgate.net/publication/330860804/figure/fig4/AS:722752055037953@1549328926350/Geometry-changes-in-the-reaction-of-ONNO-species-with-CO-on-Cu-38-affording-N-2-and-CO.png)
Download scientific diagram | Geometry changes in the reaction of ONNO species with CO on Cu 38 , affording N 2 and CO 2 molecules. Distances are in Angstrom. In parentheses are Gibbs energy changes (in kcal/mol) relative to the sum of Cu 38 and free gas molecule(s). from publication: Catalysis of Cu Cluster for NO Reduction by CO: Theoretical Insight into the Reaction Mechanism | Density functional theory calculations here elucidated that Cu38-catalyzed NO reduction by CO occurred not through NO dissociative adsorption but through NO dimerization. NO is adsorbed to two Cu atoms in a bridging manner. NO adsorption energy is much larger than that of CO. | Carbon Monoxide, Reaction Mechanisms and Carbon Dioxide | ResearchGate, the professional network for scientists.
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![](https://www.researchgate.net/publication/330860804/figure/fig2/AS:722752050843655@1549328925652/Geometry-changes-in-NO-dimerization-on-Cu-38-Distances-are-in-Angstrom-In-parentheses.png)
Geometry changes in NO dimerization on Cu 38. Distances are in