2023
DOI: 10.57634/rcr5079
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Single-atom catalysts in methane chemistry

N. V. Kolesnichenko,
N. N. Ezhova,
Yu. M. Snatenkova

Abstract: Обобщены и систематизированы литературные данные (с акцентом на результаты, опубликованные в последние годы), касающиеся применения в химии метана "одноатомных" катализаторов—гетерогенных каталитических контактов последнего поколения с активными металлическими центрами в виде одиночных атомов, закрепленными на подложке из неорганического материала. Рассмотрены особенности активации молекулы CH<sub>4</sub> на поверхности таких катализаторов, проведено сравнение их поведения с поведением других извес… Show more

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Cited by 6 publications
(3 citation statements)
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“…Subnanometric clusters of optimal size (0.9 nm) assembled by successive treatment of exchanged zeolite with H 2 and CO have demonstrated 73.2% methanol selectivity and TOF = 39.7 h −1 , which is almost an order of magnitude higher than for any previously reported Rh@MFI catalyst. 195,196 Another recent paper describes the extension of the ShinBt assembly strategy to the preparation of Pd 4 clusters, encapsulated in the pores of FER zeolite. These clusters, assembled during the treatment of Pd-exchanged zeolite with humid CO, are highly active catalysts for low-temperature CO oxidation due to the fact that the active sites of the catalyst are not poisoned by CO molecules as in the case of larger Pd particles.…”
Section: Ship-in-a-bottle Assemblymentioning
confidence: 99%
See 1 more Smart Citation
“…Subnanometric clusters of optimal size (0.9 nm) assembled by successive treatment of exchanged zeolite with H 2 and CO have demonstrated 73.2% methanol selectivity and TOF = 39.7 h −1 , which is almost an order of magnitude higher than for any previously reported Rh@MFI catalyst. 195,196 Another recent paper describes the extension of the ShinBt assembly strategy to the preparation of Pd 4 clusters, encapsulated in the pores of FER zeolite. These clusters, assembled during the treatment of Pd-exchanged zeolite with humid CO, are highly active catalysts for low-temperature CO oxidation due to the fact that the active sites of the catalyst are not poisoned by CO molecules as in the case of larger Pd particles.…”
Section: Ship-in-a-bottle Assemblymentioning
confidence: 99%
“…Subnanometric clusters of optimal size (0.9 nm) assembled by successive treatment of exchanged zeolite with H 2 and CO have demonstrated 73.2% methanol selectivity and TOF = 39.7 h −1 , which is almost an order of magnitude higher than for any previously reported Rh@MFI catalyst. 195,196…”
Section: Strategies For the Synthesis Of Zeolite-encapsulated Subnano...mentioning
confidence: 99%
“…The molecule of methane has a regular tetrahedron configuration with very stable chemical properties, such as the formation of four equivalent C-H bonds after the sp 3 hybridization of its central carbon atom, a H-C-H bond angle of 109.5 • , a C-H bond length of 1.087 Å [8], a small molecular polarization rate (2.84 × 10 −40 C 2 m 2 J −1 ), etc. [9], which make it difficult for it to undergo intra-molecular polarization and chemical bond breaking in a conventional environment.…”
Section: Introductionmentioning
confidence: 99%