FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1973978907> ?p ?o ?g. }

• W1973978907 endingPage "920" @default.
• W1973978907 startingPage "910" @default.
• W1973978907 abstract "Physisorption on graphite, graphene, nanotubes, and other graphitic structures has been the subject of numerous studies, partly driven by interest in the nature of order in two-dimensional systems, their phase transitions, and the use of graphitic scaffolds for reversible storage of hydrogen at high volumetric density and low mass. In contrast, physisorption on individual fullerenes or small aggregates of fullerenes has remained largely unexplored, last but not least, because of technical challenges. A summary of recent progress in identifying specific adsorption sites on positively charged C60, C70, and their aggregates is given in this Minireview. Adsorption energies and storage capacities for helium, hydrogen, methane, oxygen, nitrogen, water, and ammonia are determined. Mass spectrometric data reveal the formation of a commensurate phase in which all hollow sites of C60 or C70 are occupied. This phase is identified for all nonpolar molecules, including oxygen, which does not form a commensurate phase on planar graphite. The polar molecules, on the other hand, do not wet fullerenes and they do not form this commensurate phase. A hierarchy of other distinct adsorption sites are identified for nonpolar molecules, namely, groove sites for fullerene dimers and beyond, and dimple sites for fullerene trimers and beyond. Furthermore, evidence is presented for the preferential adsorption of hydrogen and methane in registered sites on fullerene dimers. The interpretation of experimental data that merely count the number of preferred adsorption sites is aided by molecular dynamics simulations, which utilize interaction potentials derived from ab initio calculations to determine adsorption energies." @default.
• W1973978907 created "2016-06-24" @default.
• W1973978907 creator A5014252631 @default.
• W1973978907 creator A5019741955 @default.
• W1973978907 creator A5027268206 @default.
• W1973978907 creator A5049370878 @default.
• W1973978907 creator A5051040221 @default.
• W1973978907 creator A5054915258 @default.
• W1973978907 date "2013-07-31" @default.
• W1973978907 modified "2023-10-18" @default.
• W1973978907 title "Adsorption of Polar and Nonpolar Molecules on Isolated Cationic C₆₀, C₇₀, and Their Aggregates" @default.
• W1973978907 cites W1584622118 @default.
• W1973978907 cites W1628233120 @default.
• W1973978907 cites W1910830629 @default.
• W1973978907 cites W1963860844 @default.
• W1973978907 cites W1965848674 @default.
• W1973978907 cites W1966625499 @default.
• W1973978907 cites W1968794076 @default.
• W1973978907 cites W1969145108 @default.
• W1973978907 cites W1976780288 @default.
• W1973978907 cites W1978887441 @default.
• W1973978907 cites W1981097421 @default.
• W1973978907 cites W1982345975 @default.
• W1973978907 cites W1984329991 @default.
• W1973978907 cites W1987267623 @default.
• W1973978907 cites W1988387872 @default.
• W1973978907 cites W1990226499 @default.
• W1973978907 cites W1991153795 @default.
• W1973978907 cites W1995472598 @default.
• W1973978907 cites W1995607402 @default.
• W1973978907 cites W1999908724 @default.
• W1973978907 cites W2002895737 @default.
• W1973978907 cites W2004707265 @default.
• W1973978907 cites W2005663359 @default.
• W1973978907 cites W2007193747 @default.
• W1973978907 cites W2007214296 @default.
• W1973978907 cites W2011234002 @default.
• W1973978907 cites W2011492699 @default.
• W1973978907 cites W2012785804 @default.
• W1973978907 cites W2012859150 @default.
• W1973978907 cites W2017597475 @default.
• W1973978907 cites W2018491930 @default.
• W1973978907 cites W2023431898 @default.
• W1973978907 cites W2026090253 @default.
• W1973978907 cites W2027345363 @default.
• W1973978907 cites W2027410023 @default.
• W1973978907 cites W2028069031 @default.
• W1973978907 cites W2028639187 @default.
• W1973978907 cites W2031368748 @default.
• W1973978907 cites W2031440762 @default.
• W1973978907 cites W2034964002 @default.
• W1973978907 cites W2039559035 @default.
• W1973978907 cites W2049541689 @default.
• W1973978907 cites W2050779488 @default.
• W1973978907 cites W2051760653 @default.
• W1973978907 cites W2052916470 @default.
• W1973978907 cites W2056586284 @default.
• W1973978907 cites W2059344500 @default.
• W1973978907 cites W2059795460 @default.
• W1973978907 cites W2065626533 @default.
• W1973978907 cites W2068026351 @default.
• W1973978907 cites W2070157055 @default.
• W1973978907 cites W2071483674 @default.
• W1973978907 cites W2073343381 @default.
• W1973978907 cites W2075399579 @default.
• W1973978907 cites W2076642035 @default.
• W1973978907 cites W2076866740 @default.
• W1973978907 cites W2085351805 @default.
• W1973978907 cites W2087991213 @default.
• W1973978907 cites W2088202267 @default.
• W1973978907 cites W2089659441 @default.
• W1973978907 cites W2090395432 @default.
• W1973978907 cites W2090887123 @default.
• W1973978907 cites W2093261067 @default.
• W1973978907 cites W2095452052 @default.
• W1973978907 cites W2109827533 @default.
• W1973978907 cites W2110377797 @default.
• W1973978907 cites W2112440486 @default.
• W1973978907 cites W2116491897 @default.
• W1973978907 cites W2117360920 @default.
• W1973978907 cites W2119917995 @default.
• W1973978907 cites W2124023130 @default.
• W1973978907 cites W2132246459 @default.
• W1973978907 cites W2136222338 @default.
• W1973978907 cites W2140479136 @default.
• W1973978907 cites W2161000070 @default.
• W1973978907 cites W2162348793 @default.
• W1973978907 cites W2171277967 @default.
• W1973978907 cites W2172091006 @default.
• W1973978907 cites W2295218294 @default.
• W1973978907 cites W2314953851 @default.
• W1973978907 cites W2315276436 @default.
• W1973978907 cites W2320365247 @default.
• W1973978907 cites W2327502723 @default.
• W1973978907 cites W2329427634 @default.
• W1973978907 cites W2330895640 @default.
• W1973978907 cites W2330961964 @default.
• W1973978907 cites W2334879047 @default.

• next