Please see seminar notice below (note location outside of ARMS). MATERIALS SCIENCE AND ENGINEERING SEMINAR Chirality Control of Carbon Nanotubes by Yae ji Kim Ph.D. Prelim Exam - Part I Advisor: Prof. A. Strachan ABSTRACT Single-walled carbon nanotubes have received extensive attention because of their extraordinary mechanical and electrical properties. For electrical applications, carbon nanotubes are very attractive for use in high-performance devices since metallic carbon nanotubes can show nearly ballistic conduction. Furthermore, semiconducting carbon nanotubes have a large range of band gaps energies, including direct band gaps, which make it possible to replace silicon based transistors. To realize the carbon based electrical devices, a major need for chirality control should to be fulfilled. I propose an experimental and computational setup for studying the effect of lattice mismatch and solid crystal-CNT interaction on the growth of CNTs on bimetal catalyst surfaces. I believe that these parameters are closely related to initial nucleation of CNT structures and thus will be a key to controlling the chirality of CNTs Date: Wednesday, October 31, 2012 Time: 9:30 A.M. Place: HAMP 1266 PURDUE MSE [cid:image003.png@01CDB6BC.7F8A2840] Lisa Stacey Secretary/Development Assistant Purdue University School of Materials Engineering 765/494-4100
