'Cnt' diaporamas de présentation

Electronic Structure Calculations for Carbon Nanotube Electronic devices

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An ab-initio Study of the Growth and the Field Emission of CNTs : Nitrogen Effect

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CNT-FED Part I Yesterday and Today

CNT-FED Part I Yesterday and Today. Min Hee Cho , Changhwan Shin, Wookhyun Kwon. Roadmap. Roadmap. Part I : Yesterday and Today * Display technology summary CRT ? LCD ? FED * Current CNT FED technology and limitation. Part II : New technology * AM (Active matrix) CNT-FED

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ECE 802-604: Nanoelectronics

ECE 802-604: Nanoelectronics. Prof. Virginia Ayres Electrical & Computer Engineering Michigan State University ayresv@msu.edu. Lecture 18, 29 Oct 13. Carbon Nanotubes and Graphene Carbon nanotube/Graphene physical structure Carbon bond hybridization is versatile : sp 1 , sp 2 , and sp 3

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Development of Carbon Nanotube radiation detectors

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Compositional Verification of Termination-Preserving Refinement of Concurrent Programs

Compositional Verification of Termination-Preserving Refinement of Concurrent Programs. Hongjin Liang Univ. of Science and Technology of China (USTC) Joint work with Xinyu Feng (USTC) and Zhong Shao (Yale). Applications of Refinement of Concurrent Programs.

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Carbon NanoTube(CNT) Process & Application

Carbon NanoTube(CNT) Process & Application. OUTLINE. Introduction History Structure Synthesis Properties Application Challenges References. What is CNT?. CNT is a tubular form of carbon with diameter as small as 1nm. Length: few nm to microns. CNT is configurationally equivalent

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Tutorial 8

Tutorial 8. Derek Wright Wednesday, March 9 th , 2005. Logic Devices. Ferroelectric FETs Resonant Tunneling Quantum Devices Single-Electron Devices Carbon Nanotubes. FeFETs. Structure similar to a MOSFET Substrate with source/drain, dielectric, gate Dielectric has magnetic dipoles

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Mechanics of Nanostructures

Mechanics of Nanostructures (Conformational states of nanotubes & tensile-loading mechanics of CNTs) Prof. Rod Ruoff Department of Mechanical Engineering Northwestern University 2145 Sheridan Road Evanston, IL 60208-3111 r-ruoff@northwestern.edu http://bucky-central.mech.northwestern.edu/

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In-situ Controlled Growth of Carbon Nanotubes by Local Synthesis

In-situ Controlled Growth of Carbon Nanotubes by Local Synthesis. Researchers Takeshi Kawano and Michael Cho Advisor Professor Liwei Lin Berkeley Sensor & Actuator Center kawano@me.berkeley.edu. Outline. Background Motivation Experimental procedure

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Carbon Nanomaterials and Nanocomposites

Carbon Nanomaterials and Nanocomposites. LA-UR: 12-25532 Author: Quanxi Jia Intended for: 24 th Modern Engineering & Technology Seminar (METS 2012), Taipei, Taiwan, Nov. 11 - 14, 2012. Carbon Nanomaterials and Nanocomposites. Quanxi Jia E-mail: qxjia@lanl.gov

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Thermal transport in partially unzipped CNTs

Thermal transport in partially unzipped CNTs. Xiaobin Chen Tsinghua University. 2010.7.8 TIENCS workshop NUS , Singapore. OUTLINE. Background Model Results Discussion Conclusion. Background. Tour, Nature (2009). Vega-Cantu, Nano Lett (2009). Narrow ribbons.

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Spin and Charge Transport in Carbon-based Molecular Devices

Spin and Charge Transport in Carbon-based Molecular Devices. Rafael Gutierrez Molecular Computing Group University of Regensburg Germany. P. W. Chiu et al. Appl. Phys. Lett. 80,3811 (2002). nanoscale electrodes. H. Watanabe et al., Appl. Phys. Lett. 78, 2928 (2001).

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Molecular-Dynamics Simulations on Heat Conduction in Peapod

Molecular-Dynamics Simulations on Heat Conduction in Peapod. Fumio Nishimura Takahiro Yamamoto Kazuyuki Watanabe Department of Physics, Tokyo University of Science. 1.Background. High thermal conductivity of CNT. Application of heat sink. Substrate. Chip. Cu: ? = 400W/mK. Carbon nanotube.

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Numerical study of transport properties of carbon nanotubes

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Sieve of Eratosthenes

Sieve of Eratosthenes. Lecture L7.2. Sieve of Eratosthenes in Java. package com.research.hanna; import com.ajile.drivers.gptc.TimerCounter; /** * @author Darrin Hanna */ public class Sieve { private static int j, a, b; private static int primeCount;

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Hybrid Approach of Top Down and Bottom Up to Achieve Nanofabrication of Carbon Nanotube Devices

Hybrid Approach of Top Down and Bottom Up to Achieve Nanofabrication of Carbon Nanotube Devices. Maggie Zhang. A Dielectrophoretic Method for High Yield Deposition of Suspended, Individual Carbon Nanotubes with four-Point Electrode Contact.

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Agriculture Workgroup (AgWG) Meeting Recommendations

Agriculture Workgroup (AgWG) Meeting Recommendations. Chesapeake Bay Program Office Annapolis, Maryland March 30, 2011. AgWG Recommendations. Meeting Minutes joint meeting AgWG/WTWG typo for Gary Shenk comments CNT added to list by EPA

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CNT

b. c. a. d. CNT Shish. CNT. CNT. Folded Polymer single crystals. PE edge-on crystals Kebabs. PE edge-on crystals Kebabs. 100nm. 50nm. Nano Hybrid Shish Kebab: Periodically Functionalized Carbon Nanotubes Christopher Li, Drexel University, DMR-0239415.

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In Vivo Imaging by Luminescent Nanotubes

(A). (B). (A). (002) graphite. (B). (A). [011] Er 2 O 3. (B). (A). B. CNT (002). 2 nm. 20 nm. CNT d 002 =0.34 nm. (c). (d) ). Nanobiotechnology:Biosystems at Nanoscale. (C). (D). ZnS (110). Y 2 O 3 , d 002 =0.304 nm. Y 2 O 3 , d 002 =0.304 nm. (B).

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