FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2326555770> ?p ?o ?g. }

• W2326555770 endingPage "16685" @default.
• W2326555770 startingPage "16677" @default.
• W2326555770 abstract "This article reports a new way to covalently bond chlorine to multiwalled carbon nanotubes (MWCNTs) by using a carbon tetrachloride cold plasma treatment. Several factors controlling the efficiency of the plasma treatment were considered. In particular, the methodology to produce the plasma and the temperature and time of treatment were taken into account. The largest chlorine surface concentration was obtained when the MWCNTs were treated with helium plasma before the CCl4 plasma to activate the surface. Short periods of plasma treatment (5–10 min) were then sufficient to reach high degrees of chlorination (up to 19.2% by weight) much larger than those previously reported. The functionalization takes place mainly in the borders and defects of the tubes, thus preserving the conjugation existing in the graphene layers. Moreover, the treatments show no influence on the textural characteristics of the nanotubes (i.e., porosity and interlayer spacing). Therefore, the method proposed in this work is an excellent approach to introducing surface chlorine atoms, capable of acting as leaving groups, as a first step for further functionalization with more complex molecules, while preserving the morphology and mechanical properties of the nanotubes still intact." @default.
• W2326555770 created "2016-06-24" @default.
• W2326555770 creator A5018047190 @default.
• W2326555770 creator A5033415067 @default.
• W2326555770 creator A5058603519 @default.
• W2326555770 creator A5063292195 @default.
• W2326555770 creator A5064779926 @default.
• W2326555770 creator A5069951560 @default.
• W2326555770 creator A5087357913 @default.
• W2326555770 date "2013-08-05" @default.
• W2326555770 modified "2023-10-18" @default.
• W2326555770 title "Carbon Tetrachloride Cold Plasma for Extensive Chlorination of Carbon Nanotubes" @default.
• W2326555770 cites W1735974563 @default.
• W2326555770 cites W1972877240 @default.
• W2326555770 cites W1976259596 @default.
• W2326555770 cites W1976995015 @default.
• W2326555770 cites W1977364803 @default.
• W2326555770 cites W1978560362 @default.
• W2326555770 cites W1981868535 @default.
• W2326555770 cites W1982800249 @default.
• W2326555770 cites W1982807435 @default.
• W2326555770 cites W1983138782 @default.
• W2326555770 cites W1983836861 @default.
• W2326555770 cites W1990152384 @default.
• W2326555770 cites W1992242390 @default.
• W2326555770 cites W1993230633 @default.
• W2326555770 cites W1993881208 @default.
• W2326555770 cites W1995521654 @default.
• W2326555770 cites W1995766384 @default.
• W2326555770 cites W1996972953 @default.
• W2326555770 cites W1998054245 @default.
• W2326555770 cites W2000620119 @default.
• W2326555770 cites W2006349923 @default.
• W2326555770 cites W2007468489 @default.
• W2326555770 cites W2010472659 @default.
• W2326555770 cites W2012013528 @default.
• W2326555770 cites W2017568564 @default.
• W2326555770 cites W2019146326 @default.
• W2326555770 cites W2020483488 @default.
• W2326555770 cites W2025084627 @default.
• W2326555770 cites W2025674300 @default.
• W2326555770 cites W2031752309 @default.
• W2326555770 cites W2038587886 @default.
• W2326555770 cites W2040296495 @default.
• W2326555770 cites W2044757333 @default.
• W2326555770 cites W2044898170 @default.
• W2326555770 cites W2047913444 @default.
• W2326555770 cites W2047923547 @default.
• W2326555770 cites W2048527968 @default.
• W2326555770 cites W2057107480 @default.
• W2326555770 cites W2060765602 @default.
• W2326555770 cites W2060841828 @default.
• W2326555770 cites W2061596970 @default.
• W2326555770 cites W2062663211 @default.
• W2326555770 cites W2063624577 @default.
• W2326555770 cites W2068248971 @default.
• W2326555770 cites W2082881674 @default.
• W2326555770 cites W2085545356 @default.
• W2326555770 cites W2086507654 @default.
• W2326555770 cites W2087468615 @default.
• W2326555770 cites W2087846721 @default.
• W2326555770 cites W2095204665 @default.
• W2326555770 cites W2102275775 @default.
• W2326555770 cites W2106612860 @default.
• W2326555770 cites W2108529933 @default.
• W2326555770 cites W2108647090 @default.
• W2326555770 cites W2119486519 @default.
• W2326555770 cites W2121648068 @default.
• W2326555770 cites W2124684184 @default.
• W2326555770 cites W2130021372 @default.
• W2326555770 cites W2137534178 @default.
• W2326555770 cites W2143128689 @default.
• W2326555770 cites W2159284026 @default.
• W2326555770 cites W2163078250 @default.
• W2326555770 cites W2321375058 @default.
• W2326555770 cites W2952197875 @default.
• W2326555770 cites W4237527968 @default.
• W2326555770 cites W4237881864 @default.
• W2326555770 cites W4247702224 @default.
• W2326555770 doi "https://doi.org/10.1021/jp404390h" @default.
• W2326555770 hasPublicationYear "2013" @default.
• W2326555770 type Work @default.
• W2326555770 sameAs 2326555770 @default.
• W2326555770 citedByCount "24" @default.
• W2326555770 countsByYear W23265557702014 @default.
• W2326555770 countsByYear W23265557702015 @default.
• W2326555770 countsByYear W23265557702016 @default.
• W2326555770 countsByYear W23265557702017 @default.
• W2326555770 countsByYear W23265557702018 @default.
• W2326555770 countsByYear W23265557702019 @default.
• W2326555770 countsByYear W23265557702020 @default.
• W2326555770 countsByYear W23265557702021 @default.
• W2326555770 countsByYear W23265557702022 @default.
• W2326555770 countsByYear W23265557702023 @default.
• W2326555770 crossrefType "journal-article" @default.
• W2326555770 hasAuthorship W2326555770A5018047190 @default.
• W2326555770 hasAuthorship W2326555770A5033415067 @default.
• W2326555770 hasAuthorship W2326555770A5058603519 @default.

• next