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Creator:: Wilson, Heather, Ripp, Sophie, Prisbrey, Landon, Brown, Morgan A., Sharf, Tal, Myles, Daniel J. T., Blank, Kerstin G., and Minot, Ethan D.
Abstract:: Many carbon nanotube (CNT) applications require precisely controlled chemical functionalization that is minimally disruptive to electrical performance. A promising approach is the generation of sp³ hybridized carbon atoms in the sp²-bonded lattice. We have investigated the possibility of using a carboxylic acid functionalized diazonium reagent to introduce a defined number...
Full Text:: Nanotubes Heather Wilson, Sophie Ripp, Landon Prisbrey, Morgan Brown, Tal Sharf, Daniel J. T. Myles

Creator:: Wilson, Heather, Ripp, Sophie, Prisbrey, Landon, Brown, Morgan A., Sharf, Tal, Myles, Daniel J. T., Blank, Kerstin G., and Minot, Ethan D.
Abstract:: Many carbon nanotube (CNT) applications require precisely controlled chemical functionalization that is minimally disruptive to electrical performance. A promising approach is the generation of sp³ hybridized carbon atoms in the sp²-bonded lattice. We have investigated the possibility of using a carboxylic acid functionalized diazonium reagent to introduce a defined number...
Full Text:: Individual Carbon Nanotubes Wilson, H., Ripp, S., Prisbrey, L., Brown, M. A., Sharf, T., Myles, D. J

Creator:: Wilson, Heather, Ripp, Sophie, Prisbrey, Landon, Brown, Morgan A., Sharf, Tal, Myles, Daniel J. T., Blank, Kerstin G., and Minot, Ethan D.
Abstract:: Many carbon nanotube (CNT) applications require precisely controlled chemical functionalization that is minimally disruptive to electrical performance. A promising approach is the generation of sp³ hybridized carbon atoms in the sp²-bonded lattice. We have investigated the possibility of using a carboxylic acid functionalized diazonium reagent to introduce a defined number...
Resource Type:: Article

ScholarsArchive@OSU