Matches in SemOpenAlex for { <https://semopenalex.org/work/W2029239040> ?p ?o ?g. }
- W2029239040 endingPage "3323" @default.
- W2029239040 startingPage "3314" @default.
- W2029239040 abstract "Chemical functionalization of carbon nanotubes (CNTs) and graphene allows for fine-tuning their physical and chemical properties to realize fascinating new fundamental phenomena as well as exotic applications. A primary challenge in such endeavors is the need to identify the chemical nature of attached functionalities at a single-nano-object level in a spatially resolved manner. Here we report the vibrational fingerprinting of functional groups that are attached to individual CNTs and graphene flakes. In order to achieve this, we decorate noncovalently functionalized CNTs and graphene with nanoparticles, which leads to the appearance of Raman peaks that can be correlated with the vibrational modes characteristic of the functional groups with diffraction-limited spatial resolution. The presented strategy is generic enough to be extended to other chemical modification routes on a range of nanostructures and hence will allow for rapid characterization of chemical modification of individual (semi)conducting nanostructures." @default.
- W2029239040 created "2016-06-24" @default.
- W2029239040 creator A5032612631 @default.
- W2029239040 creator A5037008818 @default.
- W2029239040 creator A5080751011 @default.
- W2029239040 date "2015-03-04" @default.
- W2029239040 modified "2023-10-18" @default.
- W2029239040 title "Identifying Chemical Functionalization on Individual Carbon Nanotubes and Graphene by Local Vibrational Fingerprinting" @default.
- W2029239040 cites W1963860368 @default.
- W2029239040 cites W1964313317 @default.
- W2029239040 cites W1964428506 @default.
- W2029239040 cites W1966150831 @default.
- W2029239040 cites W1971960767 @default.
- W2029239040 cites W1973157663 @default.
- W2029239040 cites W1975426802 @default.
- W2029239040 cites W1976375476 @default.
- W2029239040 cites W1977562482 @default.
- W2029239040 cites W1978560362 @default.
- W2029239040 cites W1983079073 @default.
- W2029239040 cites W1983771948 @default.
- W2029239040 cites W1984640126 @default.
- W2029239040 cites W1985021644 @default.
- W2029239040 cites W1986544274 @default.
- W2029239040 cites W1987001741 @default.
- W2029239040 cites W1988033952 @default.
- W2029239040 cites W1993176694 @default.
- W2029239040 cites W1994461769 @default.
- W2029239040 cites W1995143488 @default.
- W2029239040 cites W2004992045 @default.
- W2029239040 cites W2007429028 @default.
- W2029239040 cites W2008995269 @default.
- W2029239040 cites W2013280482 @default.
- W2029239040 cites W2015382336 @default.
- W2029239040 cites W2018998388 @default.
- W2029239040 cites W2019577638 @default.
- W2029239040 cites W2019631874 @default.
- W2029239040 cites W2026131444 @default.
- W2029239040 cites W2032274689 @default.
- W2029239040 cites W2036417795 @default.
- W2029239040 cites W2037866782 @default.
- W2029239040 cites W2039352854 @default.
- W2029239040 cites W2039653974 @default.
- W2029239040 cites W2048740576 @default.
- W2029239040 cites W2052633391 @default.
- W2029239040 cites W2054417110 @default.
- W2029239040 cites W2055531839 @default.
- W2029239040 cites W2056072621 @default.
- W2029239040 cites W2059690423 @default.
- W2029239040 cites W2062663211 @default.
- W2029239040 cites W2067191185 @default.
- W2029239040 cites W2070112653 @default.
- W2029239040 cites W2070682899 @default.
- W2029239040 cites W2072449661 @default.
- W2029239040 cites W2074933194 @default.
- W2029239040 cites W2074969877 @default.
- W2029239040 cites W2075862341 @default.
- W2029239040 cites W2077331674 @default.
- W2029239040 cites W2078860984 @default.
- W2029239040 cites W2081789258 @default.
- W2029239040 cites W2083652896 @default.
- W2029239040 cites W2085320170 @default.
- W2029239040 cites W2088321686 @default.
- W2029239040 cites W2090053708 @default.
- W2029239040 cites W2095730293 @default.
- W2029239040 cites W2098348440 @default.
- W2029239040 cites W2106235591 @default.
- W2029239040 cites W2107510502 @default.
- W2029239040 cites W2113306332 @default.
- W2029239040 cites W2121621337 @default.
- W2029239040 cites W2130582706 @default.
- W2029239040 cites W2136269858 @default.
- W2029239040 cites W2139301404 @default.
- W2029239040 cites W2148300587 @default.
- W2029239040 cites W2154773020 @default.
- W2029239040 cites W2160495912 @default.
- W2029239040 cites W2167633453 @default.
- W2029239040 cites W2168473965 @default.
- W2029239040 cites W2171612604 @default.
- W2029239040 cites W2316638743 @default.
- W2029239040 cites W2320446055 @default.
- W2029239040 cites W2327326252 @default.
- W2029239040 cites W3154680125 @default.
- W2029239040 doi "https://doi.org/10.1021/acsnano.5b00479" @default.
- W2029239040 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25731644" @default.
- W2029239040 hasPublicationYear "2015" @default.
- W2029239040 type Work @default.
- W2029239040 sameAs 2029239040 @default.
- W2029239040 citedByCount "17" @default.
- W2029239040 countsByYear W20292390402015 @default.
- W2029239040 countsByYear W20292390402016 @default.
- W2029239040 countsByYear W20292390402017 @default.
- W2029239040 countsByYear W20292390402018 @default.
- W2029239040 countsByYear W20292390402019 @default.
- W2029239040 countsByYear W20292390402022 @default.
- W2029239040 countsByYear W20292390402023 @default.
- W2029239040 crossrefType "journal-article" @default.
- W2029239040 hasAuthorship W2029239040A5032612631 @default.
- W2029239040 hasAuthorship W2029239040A5037008818 @default.