Author: "Sheehan, Paul E." / Journal: acs nano - Searchworks@Jio Institute Digital Library Search Results

Your search keyword '"Sheehan, Paul E."' showing total 6 results

Start Over Author "Sheehan, Paul E." Journal acs nano

Author: Tsoi, Stanislav, primary, Dev, Pratibha, additional, Friedman, Adam L., additional, Stine, Rory, additional, Robinson, Jeremy T., additional, Reinecke, Thomas L., additional, and Sheehan, Paul E., additional
Published: 2014
Full Text: View/download PDF

Author: Lee, Woo-Kyung, primary, Haydell, Michael, additional, Robinson, Jeremy T., additional, Laracuente, Arnaldo R., additional, Cimpoiasu, Elena, additional, King, William P., additional, and Sheehan, Paul E., additional
Published: 2013
Full Text: View/download PDF

Author: Hernández, Sandra C., primary, Bennett, Charlee J. C., additional, Junkermeier, Chad E., additional, Tsoi, Stanislav D., additional, Bezares, Francisco J., additional, Stine, Rory, additional, Robinson, Jeremy T., additional, Lock, Evgeniya H., additional, Boris, David R., additional, Pate, Brian D., additional, Caldwell, Joshua D., additional, Reinecke, Thomas L., additional, Sheehan, Paul E., additional, and Walton, Scott G., additional
Published: 2013
Full Text: View/download PDF

Author: Fletcher, Patrick C., primary, Felts, Jonathan R., additional, Dai, Zhenting, additional, Jacobs, Tevis D., additional, Zeng, Hongjun, additional, Lee, Woo, additional, Sheehan, Paul E., additional, Carlisle, John A., additional, Carpick, Robert W., additional, and King, William P., additional
Published: 2010
Full Text: View/download PDF

Author: Lee, Woo-Kyung, Haydell, Michael, Robinson, Jeremy T., Laracuente, Arnaldo R., Cimpoiasu, Elena, King, William P., and Sheehan, Paul E.
Abstract: Graphene nanoribbons (GNRs) would be the ideal building blocks for all carbon electronics; however, many challenges remain in developing an appropriate nanolithography that generates high-quality ribbons in registry with other devices. Here we report direct and local fabrication of GNRs by thermochemical nanolithography, which uses a heated AFM probe to locally convert highly insulating graphene fluoride to conductive graphene. Chemically isolated GNRs as narrow as 40 nm show p-doping behavior and sheet resistances as low as 22.9 KΩ/□ in air, only approximately 10× higher than that of pristine graphene. The impact of probe temperature and speed are examined as well as the variable-temperature transport properties of the GNR.
Published: 2013
Full Text: View/download PDF

Books, media, physical & digital resources

Searchworks