'Wires' diaporamas de présentation

Multi-scale modeling of nano-material and realistic devices

Multi-scale modeling of nano-material and realistic devices. Amritanshu Palaria Electrical and Computer Engineering Purdue University Advisors: Gerhard Klimeck Alejandro Strachan. Si nanowire array FET (Wang et al., 2006). Si nanowire inverter (Cui and Leiber, 2000).

704 views • 61 slides

Introductory Interfacing & Electronics

Introductory Interfacing & Electronics Peter Beens peter@beens.org Presented at Durham College November, 2004 Overview This presentation covers a basic introduction to interfacing with the parallel port and just enough electronics to keep you from damaging your computer.

1.15k views • 53 slides

580 views • 44 slides

Health Monitoring Using Mobile Phones

Health Monitoring Using Mobile Phones. Course:- Mobile Networking Instructor:- Dr. Helmy Ahmed. Group 2 Presented By :- 1. Rishabh Krishna 2 . Sk Minhazul Islam 3 . Bharath Yarlagadda. Contents. Introduction Why Health Monitoring? Brief Discussion on Related W ork

584 views • 40 slides

CS 453

468 views • 32 slides

2009-2010 F.2 Project Learning Project Presentation

2009-2010 F.2 Project Learning Project Presentation. Clean Door Knob. Chow Tung Yee (4) Wong Lai Ying (17) Lau Hin Chung (31) Li Wing Mun (32). Introduction.

407 views • 30 slides

G ? Love

351 views • 24 slides

PHENIX Drift Chamber operation principles

PHENIX Drift Chamber operation principles. Modified by Victor Riabov Focus meeting 01/06/04 Original by Sergey Butsyk Focus meeting 01/14/03. Outline. Drift chamber (DCH) design Construction and assembling Operation principles Calibration aspects Trackfinding principles Future goals.

511 views • 23 slides

Benefits of using Electric Payments

Benefits of using Electric Payments. aka Cost Savings. As presented by Julie Feldman, State Accounting Bureau Chief Montana Department of Administration February 2011. Topics. Types of Electronic Payments allowed Types of Payment Advices Cost of Processing Payments

581 views • 22 slides

HOW TO FACE VIVA VOCE EDC/WS LABS

HOW TO FACE VIVA VOCE EDC/WS LABS. Prof. K.APPA RAO ME(IISc),FIETE,MCSI. Email: apparao_kotha@hotmail.com Web site: www.freewebs.com/apparao_kotha Tel : 040-2774 9839, 040 3243 0039 (cell). COMMON QUESTIONS FOR EDC/WS LABS. WHAT IS THE DIFFERNECE BETWEEN

660 views • 20 slides

CHAPTER 5 LAB MANUAL

STARTER SERVICE. CHAPTER 5 LAB MANUAL. STARTING SYSTEM COMPONENTS. BATTERY CABLES AND WIRING IGNITION SWITCH NEUTRAL SAFETY SWITCH STARTER RELAY/SOLENOID STARTER MOTOR. LAB 155. TROUBLESHOOTING. Problems fall into Four categories No Crank Slow Crank

335 views • 20 slides

Computer Organization and Assembly Language

Computer Organization and Assembly Language. Week 10. Memory Cell. We are following the Von-Neumann Machine Architecture. Previously you have learnt about processors, their design, types and the operations and simplifications they perform. Now we will jump on Memory Cell.

296 views • 17 slides

Characterization of Long Wire Data Leakage in Deep Submicron FPGAs

Characterization of Long Wire Data Leakage in Deep Submicron FPGAs. George Provelengios , Chethan Ramesh, Shivukumar B. Patil, Russell Tessier, Daniel Holcomb University of Massachusetts Amherst Ken Eguro Microsoft Research. Contribution.

302 views • 13 slides

Mid-Term Review 10 December 2018, Brussels

Mid-Term Review 10 December 2018, Brussels. Mattia, ORTINO ESR13, WP2. ESR13, WP2. ESR13, WP2 - Background. 2010. Background: - B.Sc in Mechanical Engineering (Cosenza, IT)

450 views • 12 slides

digital Photos

173 views • 11 slides

NCI

Fields in Maggie, Craig Creek and Catabwa valleys. 7 Mile Mtn. Pasture. N. Church. L. Maggie. Bridge. Newcastle. NCI. Hay Bales. Long Pasture. Watson. Red Church. Creek. Wires. J&H. Gap. Silos. Catabwa. Midway. Coaster. Maggie Bridge.

118 views • 10 slides

Bio-nanotechnology at the University of Idaho

Bio-nanotechnology at the University of Idaho. James J. Nagler Department of Biological Sciences. Bio-nano is based on nanoscale particles, wires, and springs. 10,000 times smaller than a human hair. 5.34 nm. Application 1: Bioseparation and cell biolabeling using nanomagnets.

207 views • 9 slides

First two slides (3 & 4) together make a tool box talk. Simply print both on one page as a 2 slide set. See direct

228 views • 6 slides

Novel quantum interference device made of DNA-templated superconducting nanowires

Novel quantum interference device made of DNA-templated superconducting nanowires Alexey Bezryadin, University of Illinois at Urbana-Champaign, DMR-0134770.

245 views • 4 slides

Future Releases

Future Releases. Remaining Releases 3.1 Target Date March 2011 CTX Format Same Day Pay Requests (Wires) International ACH Transactions Releases 4.0 and beyond DataStage ZLinux Conversion Holds Remaining legacy applications User Interface upgrades.

131 views • 1 slides