Matches in SemOpenAlex for { <https://semopenalex.org/work/W2110535401> ?p ?o ?g. }
- W2110535401 endingPage "10530" @default.
- W2110535401 startingPage "10525" @default.
- W2110535401 abstract "Platinum is the most versatile element in catalysis, but it is rare and its high price limits large-scale applications, for example in fuel-cell technology. Still, conventional catalysts use only a small fraction of the Pt content, that is, those atoms located at the catalyst’s surface. To maximize the noble-metal efficiency, the precious metal should be atomically dispersed and exclusively located within the outermost surface layer of the material. Such atomically dispersed Pt surface species can indeed be prepared with exceptionally high stability. Using DFT calculations we identify a specific structural element, a ceria “nanopocket”, which binds Pt2+ so strongly that it withstands sintering and bulk diffusion. On model catalysts we experimentally confirm the theoretically predicted stability, and on real Pt-CeO2 nanocomposites showing high Pt efficiency in fuel-cell catalysis we also identify these anchoring sites." @default.
- W2110535401 created "2016-06-24" @default.
- W2110535401 creator A5006920649 @default.
- W2110535401 creator A5008273175 @default.
- W2110535401 creator A5009535029 @default.
- W2110535401 creator A5012273051 @default.
- W2110535401 creator A5024001888 @default.
- W2110535401 creator A5032114586 @default.
- W2110535401 creator A5032316007 @default.
- W2110535401 creator A5035522337 @default.
- W2110535401 creator A5038596029 @default.
- W2110535401 creator A5043951136 @default.
- W2110535401 creator A5047113144 @default.
- W2110535401 creator A5049743165 @default.
- W2110535401 creator A5052952835 @default.
- W2110535401 creator A5055338886 @default.
- W2110535401 creator A5061069452 @default.
- W2110535401 creator A5063618343 @default.
- W2110535401 creator A5067976530 @default.
- W2110535401 creator A5079336887 @default.
- W2110535401 creator A5085921979 @default.
- W2110535401 date "2014-06-11" @default.
- W2110535401 modified "2023-10-15" @default.
- W2110535401 title "Maximum Noble-Metal Efficiency in Catalytic Materials: Atomically Dispersed Surface Platinum" @default.
- W2110535401 cites W1504362703 @default.
- W2110535401 cites W1965418779 @default.
- W2110535401 cites W1967427850 @default.
- W2110535401 cites W1968806874 @default.
- W2110535401 cites W1971897361 @default.
- W2110535401 cites W1977077997 @default.
- W2110535401 cites W1979371521 @default.
- W2110535401 cites W1984079364 @default.
- W2110535401 cites W1988436283 @default.
- W2110535401 cites W1992277893 @default.
- W2110535401 cites W1993998340 @default.
- W2110535401 cites W2002393616 @default.
- W2110535401 cites W2019209684 @default.
- W2110535401 cites W2019584170 @default.
- W2110535401 cites W2033480918 @default.
- W2110535401 cites W2043305067 @default.
- W2110535401 cites W2047437797 @default.
- W2110535401 cites W2054097386 @default.
- W2110535401 cites W2061070241 @default.
- W2110535401 cites W2061200300 @default.
- W2110535401 cites W2068035701 @default.
- W2110535401 cites W2078976117 @default.
- W2110535401 cites W2079216151 @default.
- W2110535401 cites W2088011474 @default.
- W2110535401 cites W2095146078 @default.
- W2110535401 cites W2095467919 @default.
- W2110535401 cites W2107529590 @default.
- W2110535401 cites W2108359042 @default.
- W2110535401 cites W2124126215 @default.
- W2110535401 cites W2125592718 @default.
- W2110535401 cites W2133782445 @default.
- W2110535401 cites W2134716155 @default.
- W2110535401 cites W2158991738 @default.
- W2110535401 cites W2163488899 @default.
- W2110535401 cites W2325852722 @default.
- W2110535401 cites W30447695 @default.
- W2110535401 doi "https://doi.org/10.1002/anie.201402342" @default.
- W2110535401 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24919780" @default.
- W2110535401 hasPublicationYear "2014" @default.
- W2110535401 type Work @default.
- W2110535401 sameAs 2110535401 @default.
- W2110535401 citedByCount "367" @default.
- W2110535401 countsByYear W21105354012014 @default.
- W2110535401 countsByYear W21105354012015 @default.
- W2110535401 countsByYear W21105354012016 @default.
- W2110535401 countsByYear W21105354012017 @default.
- W2110535401 countsByYear W21105354012018 @default.
- W2110535401 countsByYear W21105354012019 @default.
- W2110535401 countsByYear W21105354012020 @default.
- W2110535401 countsByYear W21105354012021 @default.
- W2110535401 countsByYear W21105354012022 @default.
- W2110535401 countsByYear W21105354012023 @default.
- W2110535401 crossrefType "journal-article" @default.
- W2110535401 hasAuthorship W2110535401A5006920649 @default.
- W2110535401 hasAuthorship W2110535401A5008273175 @default.
- W2110535401 hasAuthorship W2110535401A5009535029 @default.
- W2110535401 hasAuthorship W2110535401A5012273051 @default.
- W2110535401 hasAuthorship W2110535401A5024001888 @default.
- W2110535401 hasAuthorship W2110535401A5032114586 @default.
- W2110535401 hasAuthorship W2110535401A5032316007 @default.
- W2110535401 hasAuthorship W2110535401A5035522337 @default.
- W2110535401 hasAuthorship W2110535401A5038596029 @default.
- W2110535401 hasAuthorship W2110535401A5043951136 @default.
- W2110535401 hasAuthorship W2110535401A5047113144 @default.
- W2110535401 hasAuthorship W2110535401A5049743165 @default.
- W2110535401 hasAuthorship W2110535401A5052952835 @default.
- W2110535401 hasAuthorship W2110535401A5055338886 @default.
- W2110535401 hasAuthorship W2110535401A5061069452 @default.
- W2110535401 hasAuthorship W2110535401A5063618343 @default.
- W2110535401 hasAuthorship W2110535401A5067976530 @default.
- W2110535401 hasAuthorship W2110535401A5079336887 @default.
- W2110535401 hasAuthorship W2110535401A5085921979 @default.
- W2110535401 hasConcept C127413603 @default.
- W2110535401 hasConcept C159985019 @default.