Metal Nanoparticles and Clusters by Francis Leonard Deepak

Author:Francis Leonard Deepak
Language: eng
Format: epub
Publisher: Springer International Publishing, Cham

6.3.1.2 NO Reduction and Oxidation

NO-related catalysis have also served as prototypes for the assessment of KMC modelling techniques and are of practical significance because of environmental and health impacts. Thus, several studies have investigated such chemistries using KMC models focusing on the impact of geometry for clusters of sites catalysing the NO reduction by CO [52–54], the effect of impurities blocking catalytic sites [53] as well as the effect of step sites [55] in this system, the adsorbate-induced phase transition and the oscillatory characteristics of NO reduction by NH3 [56], as well as the different pathways and the effect of lateral interactions of NO decomposition during TPR experiments [57, 58]. Further, kinetic oscillations, reaction fronts and pattern formation phenomena for the NO chemistries have received much attention and have been simulated with deterministic models [59, 60] as well as KMC methods [61–67].

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