ECE 497 HR
Instructor:
Dr. Slava V. Rotkin, Prof. Karl Hess
Tuesday/Thursday
1:00-2:25 /
EL 245
Contact Information:
Slava V. Rotkin,
send e-mail
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Chapter A: Introduction to carbon based novel materials
Introduction to the field of carbon-based materials.
Symmetry and structure of nanotubes.
Electronic structure of SWNTs.
Mechanical properties of nanotubes.
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Chapter B: Fundamentals of nanotube applied physics
Electromechanical action of nanotubes.
Quantum effects in SWNT based devices.
Quantum correction to the nanotube van der Waals (vdW) cohesion.
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Chapter C: Device theory for ion channels, nanotubes and nanowires
Transport in nanotubes.
Charge carrier scattering in nanotubes.
Simulation of Biological Ion Channels.
Nanotube devices revisited.
Devices with semiconductor nanowires.
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