Matches in SemOpenAlex for { <https://semopenalex.org/work/W2022166367> ?p ?o ?g. }
- W2022166367 endingPage "1089" @default.
- W2022166367 startingPage "1082" @default.
- W2022166367 abstract "Graphene on copper is a system of high technological relevance, as Cu is one of the most widely used substrates for the CVD growth of graphene. However, very little is known about the details of their interaction. One approach to gain such information is studying the superlattices emerging due to the mismatch of the two crystal lattices. However, graphene on copper is a low-corrugated system making both their experimental and theoretical study highly challenging. Here, we report the observation of a new rotational moiré superlattice of CVD graphene on Cu (1 1 1), characterized by a periodicity of (1.5±0.05) nm and corrugation of (0.15±0.05) Å, as measured by scanning tunneling microscopy (STM). To understand the observed superlattice we have developed a newly parameterized Abell–Tersoff potential for the graphene/Cu (1 1 1) interface fitted to nonlocal van der Waals density functional theory (DFT) calculations. The interfacial force field with time-lapsed classical molecular dynamics (CMD) provides superlattices in good quantitative agreement with the experimental results, for a misorientation angle of (10.4±0.5°), without any further parameter adjustment. Furthermore, the CMD simulations predict the existence of two non-equivalent high-symmetry directions of the moiré pattern that could also be identified in the experimental STM images." @default.
- W2022166367 created "2016-06-24" @default.
- W2022166367 creator A5001542159 @default.
- W2022166367 creator A5022582374 @default.
- W2022166367 creator A5022949038 @default.
- W2022166367 creator A5064339537 @default.
- W2022166367 date "2014-10-01" @default.
- W2022166367 modified "2023-10-06" @default.
- W2022166367 title "Rotation misorientated graphene moiré superlattices on Cu (111): Classical molecular dynamics simulations and scanning tunneling microscopy studies" @default.
- W2022166367 cites W1560944920 @default.
- W2022166367 cites W1782251351 @default.
- W2022166367 cites W1862221011 @default.
- W2022166367 cites W1959284815 @default.
- W2022166367 cites W1967927813 @default.
- W2022166367 cites W1970607732 @default.
- W2022166367 cites W1973206497 @default.
- W2022166367 cites W1978486867 @default.
- W2022166367 cites W1986740670 @default.
- W2022166367 cites W1989604971 @default.
- W2022166367 cites W1992325383 @default.
- W2022166367 cites W1996078486 @default.
- W2022166367 cites W1999820475 @default.
- W2022166367 cites W2001567980 @default.
- W2022166367 cites W2019465613 @default.
- W2022166367 cites W2019481672 @default.
- W2022166367 cites W2021524352 @default.
- W2022166367 cites W2023616054 @default.
- W2022166367 cites W2025338927 @default.
- W2022166367 cites W2027389406 @default.
- W2022166367 cites W2031081944 @default.
- W2022166367 cites W2032072998 @default.
- W2022166367 cites W2040214446 @default.
- W2022166367 cites W2043911566 @default.
- W2022166367 cites W2047968138 @default.
- W2022166367 cites W2049153939 @default.
- W2022166367 cites W2050944260 @default.
- W2022166367 cites W2054544666 @default.
- W2022166367 cites W2055618996 @default.
- W2022166367 cites W2059767343 @default.
- W2022166367 cites W2061181838 @default.
- W2022166367 cites W2065727969 @default.
- W2022166367 cites W2072972451 @default.
- W2022166367 cites W2077331296 @default.
- W2022166367 cites W2086687715 @default.
- W2022166367 cites W2092188263 @default.
- W2022166367 cites W2093609678 @default.
- W2022166367 cites W2099779584 @default.
- W2022166367 cites W2104198521 @default.
- W2022166367 cites W2134468614 @default.
- W2022166367 cites W2148948857 @default.
- W2022166367 cites W2158043072 @default.
- W2022166367 cites W2162248106 @default.
- W2022166367 cites W2169031946 @default.
- W2022166367 cites W2312640850 @default.
- W2022166367 cites W2316842112 @default.
- W2022166367 cites W2319403159 @default.
- W2022166367 cites W2326550952 @default.
- W2022166367 cites W2329993705 @default.
- W2022166367 cites W2335701677 @default.
- W2022166367 cites W2415374455 @default.
- W2022166367 cites W268494184 @default.
- W2022166367 cites W3122323630 @default.
- W2022166367 doi "https://doi.org/10.1016/j.carbon.2014.06.024" @default.
- W2022166367 hasPublicationYear "2014" @default.
- W2022166367 type Work @default.
- W2022166367 sameAs 2022166367 @default.
- W2022166367 citedByCount "38" @default.
- W2022166367 countsByYear W20221663672014 @default.
- W2022166367 countsByYear W20221663672015 @default.
- W2022166367 countsByYear W20221663672016 @default.
- W2022166367 countsByYear W20221663672017 @default.
- W2022166367 countsByYear W20221663672018 @default.
- W2022166367 countsByYear W20221663672019 @default.
- W2022166367 countsByYear W20221663672020 @default.
- W2022166367 countsByYear W20221663672021 @default.
- W2022166367 countsByYear W20221663672022 @default.
- W2022166367 crossrefType "journal-article" @default.
- W2022166367 hasAuthorship W2022166367A5001542159 @default.
- W2022166367 hasAuthorship W2022166367A5022582374 @default.
- W2022166367 hasAuthorship W2022166367A5022949038 @default.
- W2022166367 hasAuthorship W2022166367A5064339537 @default.
- W2022166367 hasBestOaLocation W20221663672 @default.
- W2022166367 hasConcept C105382558 @default.
- W2022166367 hasConcept C120665830 @default.
- W2022166367 hasConcept C121332964 @default.
- W2022166367 hasConcept C126061179 @default.
- W2022166367 hasConcept C171250308 @default.
- W2022166367 hasConcept C191897082 @default.
- W2022166367 hasConcept C192562407 @default.
- W2022166367 hasConcept C26873012 @default.
- W2022166367 hasConcept C2778117898 @default.
- W2022166367 hasConcept C30080830 @default.
- W2022166367 hasConcept C32909587 @default.
- W2022166367 hasConcept C47908070 @default.
- W2022166367 hasConcept C59593255 @default.
- W2022166367 hasConcept C62520636 @default.
- W2022166367 hasConcept C6518042 @default.
- W2022166367 hasConcept C70000540 @default.