FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1574992015> ?p ?o ?g. }

• W1574992015 abstract "In this thesis, a study of a range of functional surfaces formed in ultra-high vacuum (UHV) conditions using primarily scanning probe microscopy is presented. The construction of a combined scanning tunnelling and atomic force microscope, and the experiments performed using this instrument, are also detailed.Boron nitride and graphene monolayers were formed on rhodium thin films in UHV and investigated with in-situ and ex-situ (ambient conditions) scanning tunnelling microscopy. Simultaneous scanning tunnelling and atomic force microscopy images were also produced for the graphene monolayers. X-ray photoelectron spectroscopy and diffraction results for graphene monolayers on Rh(111) surfaces, as well as low energy electron diffraction data, are also included. The novel formation of monolayer and few-layer graphene on nickel thin films is also described. Graphene layers were detached from these nickel thin films and isolated on other substrates. The results of characterisation experiments using scanning probe microscopy, X-ray photoelectron spectroscopy, X-ray diffraction and electron microscopy techniques are detailed. Graphene layers with approximately 75% monolayer graphene coverage and an increased electronic quality, when compared to many other methods of graphene production, were revealed. Different organic molecules were adsorbed on both the boron nitride and graphene monolayers formed on rhodium thin films in UHV conditions. Perylene tetracarboxylic diimide (PTCDI) and di(propylthio)-PTCDI molecules were investigated on these surfaces and compared with the adsorption of PTCDI on a graphite surface. Furthermore, dibutyl-coronene tetra-carboxylic diimide was deposited on the graphene (on rhodium) surface, in UHV. Although the boron nitride and graphene surfaces were similar, it was discovered that very contrasting molecular formations were formed on the dierent surfaces. The positioning of these nanostructures was determined by the Moire superstructure formed due to the mismatch between the monolayers and the Rh(111) surface. Additionally, different hydrogen-bonded molecular junctions were formed depending on the length of the side chains of the adsorbed organic molecules." @default.
• W1574992015 created "2016-06-24" @default.
• W1574992015 creator A5067958141 @default.
• W1574992015 date "2010-12-01" @default.
• W1574992015 modified "2023-09-27" @default.
• W1574992015 title "Scanning probe microscopy of adsorbed molecules on boron nitride and graphene monolayers" @default.
• W1574992015 cites W1582577293 @default.
• W1574992015 cites W1963766014 @default.
• W1574992015 cites W1964391885 @default.
• W1574992015 cites W1967311848 @default.
• W1574992015 cites W1967445304 @default.
• W1574992015 cites W1970951320 @default.
• W1574992015 cites W1977361990 @default.
• W1574992015 cites W1979579530 @default.
• W1574992015 cites W1980745639 @default.
• W1574992015 cites W1982637326 @default.
• W1574992015 cites W1983382833 @default.
• W1574992015 cites W1983631682 @default.
• W1574992015 cites W1983856897 @default.
• W1574992015 cites W1985854442 @default.
• W1574992015 cites W1986055204 @default.
• W1574992015 cites W1986980084 @default.
• W1574992015 cites W1987176987 @default.
• W1574992015 cites W1987579245 @default.
• W1574992015 cites W1995242957 @default.
• W1574992015 cites W1996580770 @default.
• W1574992015 cites W1998050200 @default.
• W1574992015 cites W1998160700 @default.
• W1574992015 cites W2001383948 @default.
• W1574992015 cites W2003988271 @default.
• W1574992015 cites W2005884429 @default.
• W1574992015 cites W2007860556 @default.
• W1574992015 cites W2010971702 @default.
• W1574992015 cites W2013459581 @default.
• W1574992015 cites W2014935324 @default.
• W1574992015 cites W2015440401 @default.
• W1574992015 cites W2018575885 @default.
• W1574992015 cites W2019905013 @default.
• W1574992015 cites W2021712013 @default.
• W1574992015 cites W2023573271 @default.
• W1574992015 cites W2026237155 @default.
• W1574992015 cites W2027011161 @default.
• W1574992015 cites W2028328706 @default.
• W1574992015 cites W2031930804 @default.
• W1574992015 cites W2034151899 @default.
• W1574992015 cites W2037878653 @default.
• W1574992015 cites W2040306273 @default.
• W1574992015 cites W2041830669 @default.
• W1574992015 cites W2042205161 @default.
• W1574992015 cites W2044658187 @default.
• W1574992015 cites W2045083408 @default.
• W1574992015 cites W2045478351 @default.
• W1574992015 cites W2045821009 @default.
• W1574992015 cites W2046032184 @default.
• W1574992015 cites W2047205370 @default.
• W1574992015 cites W2052618837 @default.
• W1574992015 cites W2057889396 @default.
• W1574992015 cites W2059719484 @default.
• W1574992015 cites W2063813425 @default.
• W1574992015 cites W2064605029 @default.
• W1574992015 cites W2064962215 @default.
• W1574992015 cites W2066134528 @default.
• W1574992015 cites W2067326868 @default.
• W1574992015 cites W2068377751 @default.
• W1574992015 cites W2068625979 @default.
• W1574992015 cites W2068893462 @default.
• W1574992015 cites W2072836371 @default.
• W1574992015 cites W2072923279 @default.
• W1574992015 cites W2081846178 @default.
• W1574992015 cites W2082397017 @default.
• W1574992015 cites W2084764612 @default.
• W1574992015 cites W2086687715 @default.
• W1574992015 cites W2087596838 @default.
• W1574992015 cites W2087845732 @default.
• W1574992015 cites W2091359169 @default.
• W1574992015 cites W2092188263 @default.
• W1574992015 cites W2097773259 @default.
• W1574992015 cites W2099779584 @default.
• W1574992015 cites W2110167104 @default.
• W1574992015 cites W2112304948 @default.
• W1574992015 cites W2120009513 @default.
• W1574992015 cites W2120364108 @default.
• W1574992015 cites W2121772044 @default.
• W1574992015 cites W2126421651 @default.
• W1574992015 cites W2126934395 @default.
• W1574992015 cites W2130741878 @default.
• W1574992015 cites W2134364772 @default.
• W1574992015 cites W2135775044 @default.
• W1574992015 cites W2136334331 @default.
• W1574992015 cites W2141430668 @default.
• W1574992015 cites W2142224432 @default.
• W1574992015 cites W2144429427 @default.
• W1574992015 cites W2148088996 @default.
• W1574992015 cites W2148144129 @default.
• W1574992015 cites W2150304343 @default.
• W1574992015 cites W2150705598 @default.
• W1574992015 cites W2285201908 @default.
• W1574992015 cites W3150248096 @default.
• W1574992015 hasPublicationYear "2010" @default.
• W1574992015 type Work @default.

• next