Matches in SemOpenAlex for { <https://semopenalex.org/work/W2908044811> ?p ?o ?g. }
- W2908044811 endingPage "49" @default.
- W2908044811 startingPage "31" @default.
- W2908044811 abstract "Carbon nanotubes (CNTs) are a central part of advanced nanomaterials and are used in state-of-the-art technologies, based on their high tensile strength, excellent thermal transfer properties, low-band gaps and optimal chemical and physical stability. Carbon nanotubes are also intriguing given their unique π-electron-rich structures, which opens a variety of possibilities for modifications and alterations of their chemical and electronic properties. In this review, a comprehensive survey of the methods of solubilization of carbon nanotubes is presented, forming the methodological foundation for synthesis and manufacturing of modified nanomaterials. The methods presented herein show that solubilized carbon nanotubes have a great potential in being applied as reactants and components for advanced solar cell technologies, nanochemical compounds in electronics and as parts in thermal transfer management. An example lies in the preservation of the aromatic chemistry in CNTs and ligation of functional groups to their surfaces, which confers CNTs with an optimal potential as tunable Schottky contacts, or as parts in nanotransistors and nano-resistances. Future nanoelectronic circuits and structures can therefore depend more and more on how carbon nanotubes are modified and functionalized, and for this, solubilization is often a critical part of their fabrication process. This review is important, is in conjecture with the latest developments in synthesis and modification of CNTs, and provides the know-how for developing new CNT-based state-of-the-art technologies, particularly with emphasis on computing, catalysis, environmental remediation as well as microelectronics." @default.
- W2908044811 created "2019-01-11" @default.
- W2908044811 creator A5013713874 @default.
- W2908044811 creator A5045022779 @default.
- W2908044811 date "2019-01-02" @default.
- W2908044811 modified "2023-09-30" @default.
- W2908044811 title "Methods for dispersing carbon nanotubes for nanotechnology applications: liquid nanocrystals, suspensions, polyelectrolytes, colloids and organization control" @default.
- W2908044811 cites W1217041744 @default.
- W2908044811 cites W1626022136 @default.
- W2908044811 cites W1681053337 @default.
- W2908044811 cites W1755554430 @default.
- W2908044811 cites W1964380577 @default.
- W2908044811 cites W1965774747 @default.
- W2908044811 cites W1966858105 @default.
- W2908044811 cites W1968625816 @default.
- W2908044811 cites W1970008915 @default.
- W2908044811 cites W1971761493 @default.
- W2908044811 cites W1974745520 @default.
- W2908044811 cites W1976774331 @default.
- W2908044811 cites W1977067159 @default.
- W2908044811 cites W1977233215 @default.
- W2908044811 cites W1977294692 @default.
- W2908044811 cites W1977389062 @default.
- W2908044811 cites W1977493896 @default.
- W2908044811 cites W1977546408 @default.
- W2908044811 cites W1978245540 @default.
- W2908044811 cites W1978560362 @default.
- W2908044811 cites W1979805835 @default.
- W2908044811 cites W1981656532 @default.
- W2908044811 cites W1981967342 @default.
- W2908044811 cites W1982298489 @default.
- W2908044811 cites W1983266280 @default.
- W2908044811 cites W1983683707 @default.
- W2908044811 cites W1983976862 @default.
- W2908044811 cites W1985163105 @default.
- W2908044811 cites W1987602354 @default.
- W2908044811 cites W1988210456 @default.
- W2908044811 cites W1989036786 @default.
- W2908044811 cites W1989184617 @default.
- W2908044811 cites W1990543783 @default.
- W2908044811 cites W1990943566 @default.
- W2908044811 cites W1991752458 @default.
- W2908044811 cites W1992826453 @default.
- W2908044811 cites W1994507480 @default.
- W2908044811 cites W1995063101 @default.
- W2908044811 cites W1995260164 @default.
- W2908044811 cites W1997313367 @default.
- W2908044811 cites W1999084831 @default.
- W2908044811 cites W1999679934 @default.
- W2908044811 cites W1999932382 @default.
- W2908044811 cites W2000673688 @default.
- W2908044811 cites W2002338457 @default.
- W2908044811 cites W2003549988 @default.
- W2908044811 cites W2004691335 @default.
- W2908044811 cites W2004882783 @default.
- W2908044811 cites W2005122055 @default.
- W2908044811 cites W2005301034 @default.
- W2908044811 cites W2008055897 @default.
- W2908044811 cites W2008488603 @default.
- W2908044811 cites W2009392824 @default.
- W2908044811 cites W2009635110 @default.
- W2908044811 cites W2010825644 @default.
- W2908044811 cites W2011022767 @default.
- W2908044811 cites W2011657699 @default.
- W2908044811 cites W2012249071 @default.
- W2908044811 cites W2012507778 @default.
- W2908044811 cites W2012758752 @default.
- W2908044811 cites W2013483788 @default.
- W2908044811 cites W2013508835 @default.
- W2908044811 cites W2014368748 @default.
- W2908044811 cites W2016081276 @default.
- W2908044811 cites W2016412029 @default.
- W2908044811 cites W2018650334 @default.
- W2908044811 cites W2019219628 @default.
- W2908044811 cites W2019310228 @default.
- W2908044811 cites W2019985255 @default.
- W2908044811 cites W2020665089 @default.
- W2908044811 cites W2022179117 @default.
- W2908044811 cites W2024081211 @default.
- W2908044811 cites W2024424009 @default.
- W2908044811 cites W2025674300 @default.
- W2908044811 cites W2025704628 @default.
- W2908044811 cites W2025857296 @default.
- W2908044811 cites W2026052512 @default.
- W2908044811 cites W2026131444 @default.
- W2908044811 cites W2027237257 @default.
- W2908044811 cites W2028434820 @default.
- W2908044811 cites W2028527374 @default.
- W2908044811 cites W2029445495 @default.
- W2908044811 cites W2030205465 @default.
- W2908044811 cites W2030376296 @default.
- W2908044811 cites W2030496130 @default.
- W2908044811 cites W2030671441 @default.
- W2908044811 cites W2032291435 @default.
- W2908044811 cites W2032891525 @default.
- W2908044811 cites W2033884896 @default.
- W2908044811 cites W2035647435 @default.
- W2908044811 cites W2037045668 @default.