FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3138264043> ?p ?o ?g. }

• W3138264043 endingPage "6659" @default.
• W3138264043 startingPage "6650" @default.
• W3138264043 abstract "Subsurface H can affect catalytic reactivity and selectivity. H resurface and H2 recombination with a subsurface H on Ni(111) were investigated by the quantum instanton method, and the arrangement, surface coverage, lattice motion, and hot H effects were explored. The arrangement effect of a surface H and a subsurface H varied the H resurfacing rate constant by 57 times at 300 K. From the clean Ni(111) to two H adsorbed Ni(111), the increase of surface coverage suppressed the H resurfacing rate constant by four orders of magnitude at 300 K, whereas it increased the H penetration rate constant by about 10 times. The lattice motion effect was extremely remarkable for H resurface, H penetration, and direct H2 recombination, which enhanced the corresponding rate constants by about 10, 14, and 9 orders of magnitude, respectively, at 300 K. The hot resurfacing H could speed up H2 recombination by 140 times at 300 K. For the H2 recombination of a surface H and a subsurface H, the two-step process was much faster than the direct process. In the two-step process, H resurface was the rate-limiting step at extremely low temperatures due to the frozen lattice, while the recombination of two surface H atoms became the rate-limiting step as the lattice was relaxed with increasing temperature." @default.
• W3138264043 created "2021-03-29" @default.
• W3138264043 creator A5001954537 @default.
• W3138264043 creator A5034455972 @default.
• W3138264043 date "2021-03-19" @default.
• W3138264043 modified "2023-10-12" @default.
• W3138264043 title "H Resurface and Hot H Promoted H₂ Recombination on Ni(111): Effects of Arrangement, Surface Coverage, and Lattice Motion" @default.
• W3138264043 cites W1686176019 @default.
• W3138264043 cites W1972196948 @default.
• W3138264043 cites W1981991118 @default.
• W3138264043 cites W1988512998 @default.
• W3138264043 cites W1992278781 @default.
• W3138264043 cites W1993563224 @default.
• W3138264043 cites W1994735688 @default.
• W3138264043 cites W1995438165 @default.
• W3138264043 cites W2003448112 @default.
• W3138264043 cites W2006843932 @default.
• W3138264043 cites W2008225813 @default.
• W3138264043 cites W2024841525 @default.
• W3138264043 cites W2028954058 @default.
• W3138264043 cites W2028972390 @default.
• W3138264043 cites W2030169097 @default.
• W3138264043 cites W2030990630 @default.
• W3138264043 cites W2032040039 @default.
• W3138264043 cites W2033861264 @default.
• W3138264043 cites W2034067442 @default.
• W3138264043 cites W2035730005 @default.
• W3138264043 cites W2036918252 @default.
• W3138264043 cites W2039572756 @default.
• W3138264043 cites W2041091748 @default.
• W3138264043 cites W2045551291 @default.
• W3138264043 cites W2054402623 @default.
• W3138264043 cites W2057942903 @default.
• W3138264043 cites W2058212117 @default.
• W3138264043 cites W2066731635 @default.
• W3138264043 cites W2067232632 @default.
• W3138264043 cites W2068606414 @default.
• W3138264043 cites W2075426529 @default.
• W3138264043 cites W2077661812 @default.
• W3138264043 cites W2085800047 @default.
• W3138264043 cites W2087223640 @default.
• W3138264043 cites W2087678225 @default.
• W3138264043 cites W2087899871 @default.
• W3138264043 cites W2090183054 @default.
• W3138264043 cites W2091336595 @default.
• W3138264043 cites W2109639153 @default.
• W3138264043 cites W2109715412 @default.
• W3138264043 cites W2112940941 @default.
• W3138264043 cites W2119337741 @default.
• W3138264043 cites W2122847007 @default.
• W3138264043 cites W2123138902 @default.
• W3138264043 cites W2150925176 @default.
• W3138264043 cites W2151852701 @default.
• W3138264043 cites W2316144341 @default.
• W3138264043 cites W2520717917 @default.
• W3138264043 cites W2566438240 @default.
• W3138264043 cites W2599404867 @default.
• W3138264043 cites W2698673965 @default.
• W3138264043 cites W2741234663 @default.
• W3138264043 cites W2752981574 @default.
• W3138264043 cites W2771066650 @default.
• W3138264043 cites W2775452999 @default.
• W3138264043 cites W2784110901 @default.
• W3138264043 cites W2790875244 @default.
• W3138264043 cites W2804936359 @default.
• W3138264043 cites W2811507783 @default.
• W3138264043 cites W2901319625 @default.
• W3138264043 cites W2904790037 @default.
• W3138264043 cites W2906857369 @default.
• W3138264043 cites W2911911074 @default.
• W3138264043 cites W2913052617 @default.
• W3138264043 cites W2944320506 @default.
• W3138264043 cites W2969390264 @default.
• W3138264043 cites W3009281760 @default.
• W3138264043 cites W3023234698 @default.
• W3138264043 cites W3034472544 @default.
• W3138264043 cites W3039020663 @default.
• W3138264043 cites W3039973063 @default.
• W3138264043 cites W3040257495 @default.
• W3138264043 cites W3047587733 @default.
• W3138264043 cites W3087145639 @default.
• W3138264043 cites W3092581274 @default.
• W3138264043 cites W3093735906 @default.
• W3138264043 cites W3102032341 @default.
• W3138264043 cites W4298431253 @default.
• W3138264043 doi "https://doi.org/10.1021/acs.jpcc.0c11519" @default.
• W3138264043 hasPublicationYear "2021" @default.
• W3138264043 type Work @default.
• W3138264043 sameAs 3138264043 @default.
• W3138264043 citedByCount "4" @default.
• W3138264043 countsByYear W31382640432022 @default.
• W3138264043 countsByYear W31382640432023 @default.
• W3138264043 crossrefType "journal-article" @default.
• W3138264043 hasAuthorship W3138264043A5001954537 @default.
• W3138264043 hasAuthorship W3138264043A5034455972 @default.
• W3138264043 hasConcept C104317684 @default.
• W3138264043 hasConcept C113196181 @default.
• W3138264043 hasConcept C120665830 @default.

• next