email@example.com 1 4/25/2005 1 FUNCTIONALIZATION OF CARBON NANOTUBES DEFORMATIONS, RECONSTRUCTIONS and DEVICE APPLICATIONS A First-Principles Study Oguz Gulseren Bilkent University Department of Physics ACKNOWLEDGEMENT: Dr. TanerYildirim, NIST Prof. SalimCiraci, Bilkent University ...
Our experiments demonstrate that carbon nanotube FETs are sensitive to a wide range of solvent vapors at concentrations in the ppm range. Keywords: Carbon Nanotube, ...
Conference Paper for the 3 rd International Workshop on Structural Health Monitoring 1 Carbon Nanotube Chemical and Mechanical Sensors Shu Peng, James O'Keeffe, Chengyu Wei, K. Cho* Department of Mechanical Engineering, Stanford University Jing Kong, Robert Chen, Nathan Franklin, H. Dai ...
Eindhoven University of Technology The Wondrous World of Carbon Nanotubes ‘a review of current carbon nanotube technologies’ 27 February 2003
Depending on whether the tube is wrapped as a simple cylinder or a tighter helical form, the nanotube material can possess the properties of a semiconductor or a metallic material.
Nanotube quantum dots that are as long as 10µm have been found to exhibit these well-ordered oscillations, again indicating that the mean free path can be very long.
AN INTRODUCTION TO CARBON NANOTUBES FINAL cnt ETP 6 NANOTUBE GEOMETRY: There are three unique geometries of carbon nanotubes. The three different geometries are also referred to as flavors.
Nanotube Synthesis and Processing SWNTsandMWNTsare usually made by carbon-arc discharge, laser ablation of carbon, or chemical vapor deposition (typically on catalytic particles) ( 11 ).
the intrinsic gate capacitance of carbon nanotube (CN)-array based back-gated ﬁeld-effect transistors (FETs) is proposed. The model accounts for electrostatic screening effect for any given
H. T. Soh, Quate Group, Stanford University . What is a Carbon Nanotube? •Discovered in 1991 by Sumio Ijima (NEC) in his study of arc-discharge products.