FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1987513671> ?p ?o ?g. }

• W1987513671 endingPage "S2862" @default.
• W1987513671 startingPage "S2839" @default.
• W1987513671 abstract "During the past six years, the adsorption geometries of several rare gases in structures having several different symmetries on a variety of substrates were determined using low-energy electron diffraction (LEED). In most of these studies, a preference is found for the rare gas atoms to adsorb in the low-coordination sites. Only in the case of adsorption on graphite has a clear preference for a high-coordination site for a rare gas atom been found. This unexpected behaviour is not yet completely understood, although recent density functional theory (DFT) calculations for these and similar surfaces suggest that this is a general phenomenon. This paper reviews the early studies that were presages of the discovery of top site adsorption for rare gases, the discovery itself, and the present state of understanding of this curiosity. It also details some of the features of the LEED experiments and analysis that are specific to the case of rare gas adsorption." @default.
• W1987513671 created "2016-06-24" @default.
• W1987513671 creator A5029610687 @default.
• W1987513671 creator A5034441043 @default.
• W1987513671 creator A5062425176 @default.
• W1987513671 creator A5071863845 @default.
• W1987513671 creator A5074139537 @default.
• W1987513671 creator A5074502307 @default.
• W1987513671 creator A5076503488 @default.
• W1987513671 creator A5079118365 @default.
• W1987513671 date "2004-07-10" @default.
• W1987513671 modified "2023-10-09" @default.
• W1987513671 title "The adsorption sites of rare gases on metallic surfaces: a review" @default.
• W1987513671 cites W1644033884 @default.
• W1987513671 cites W1963798714 @default.
• W1987513671 cites W1965353959 @default.
• W1987513671 cites W1967992265 @default.
• W1987513671 cites W1974012118 @default.
• W1987513671 cites W1977443759 @default.
• W1987513671 cites W1977679580 @default.
• W1987513671 cites W1979384588 @default.
• W1987513671 cites W1980485007 @default.
• W1987513671 cites W1981793726 @default.
• W1987513671 cites W1982142666 @default.
• W1987513671 cites W1983865967 @default.
• W1987513671 cites W1983927838 @default.
• W1987513671 cites W1985232911 @default.
• W1987513671 cites W1986113254 @default.
• W1987513671 cites W1986718132 @default.
• W1987513671 cites W1988190705 @default.
• W1987513671 cites W1992671069 @default.
• W1987513671 cites W1995797893 @default.
• W1987513671 cites W1996125475 @default.
• W1987513671 cites W1997029831 @default.
• W1987513671 cites W1999216227 @default.
• W1987513671 cites W2000955505 @default.
• W1987513671 cites W2003510496 @default.
• W1987513671 cites W2004538689 @default.
• W1987513671 cites W2006070541 @default.
• W1987513671 cites W2008004534 @default.
• W1987513671 cites W2010232604 @default.
• W1987513671 cites W2013628983 @default.
• W1987513671 cites W2017670541 @default.
• W1987513671 cites W2019414256 @default.
• W1987513671 cites W2019586282 @default.
• W1987513671 cites W2023096965 @default.
• W1987513671 cites W2024089572 @default.
• W1987513671 cites W2024499187 @default.
• W1987513671 cites W2025492983 @default.
• W1987513671 cites W2035029840 @default.
• W1987513671 cites W2039425308 @default.
• W1987513671 cites W2040188171 @default.
• W1987513671 cites W2040381036 @default.
• W1987513671 cites W2040918005 @default.
• W1987513671 cites W2042771968 @default.
• W1987513671 cites W2043538927 @default.
• W1987513671 cites W2052551086 @default.
• W1987513671 cites W2054928018 @default.
• W1987513671 cites W2056498940 @default.
• W1987513671 cites W2058348712 @default.
• W1987513671 cites W2059028938 @default.
• W1987513671 cites W2059834275 @default.
• W1987513671 cites W2061132686 @default.
• W1987513671 cites W2067227629 @default.
• W1987513671 cites W2074632192 @default.
• W1987513671 cites W2075248828 @default.
• W1987513671 cites W2078858860 @default.
• W1987513671 cites W2085949290 @default.
• W1987513671 cites W2088062983 @default.
• W1987513671 cites W2091864165 @default.
• W1987513671 cites W2092011285 @default.
• W1987513671 cites W2130983693 @default.
• W1987513671 cites W2224414434 @default.
• W1987513671 cites W2481200899 @default.
• W1987513671 cites W407262643 @default.
• W1987513671 cites W4239857028 @default.
• W1987513671 cites W4254176615 @default.
• W1987513671 cites W4256334922 @default.
• W1987513671 cites W567156398 @default.
• W1987513671 cites W63646768 @default.
• W1987513671 doi "https://doi.org/10.1088/0953-8984/16/29/001" @default.
• W1987513671 hasPublicationYear "2004" @default.
• W1987513671 type Work @default.
• W1987513671 sameAs 1987513671 @default.
• W1987513671 citedByCount "65" @default.
• W1987513671 countsByYear W19875136712012 @default.
• W1987513671 countsByYear W19875136712013 @default.
• W1987513671 countsByYear W19875136712014 @default.
• W1987513671 countsByYear W19875136712015 @default.
• W1987513671 countsByYear W19875136712016 @default.
• W1987513671 countsByYear W19875136712017 @default.
• W1987513671 countsByYear W19875136712018 @default.
• W1987513671 countsByYear W19875136712019 @default.
• W1987513671 countsByYear W19875136712020 @default.
• W1987513671 countsByYear W19875136712021 @default.
• W1987513671 countsByYear W19875136712023 @default.
• W1987513671 crossrefType "journal-article" @default.
• W1987513671 hasAuthorship W1987513671A5029610687 @default.

• next