'Su 8' presentation slideshows

Fabrication Process PDMS Electrode Array

Fabrication Process PDMS Electrode Array. ME342 MEMS Laboratory Jennifer Blundo Gretchen Chua Yong-Lae Park Ali Rastegar. Project Goal.

857 views • 70 slides

Fabrication Process PDMS Electrode Array

Fabrication Process PDMS Electrode Array. ME342 MEMS Laboratory Jennifer Blundo Gretchen Chua Yong-Lae Park Ali Rastegar. Project Goal.

956 views • 70 slides

On Recent Developments in N =8 Supergravity

On Recent Developments in N =8 Supergravity. Renata Kallosh. Stanford university. EU RTN Varna, September 15, 2008. Outline. Talks of Dixon, Cachazo, Green, RK at Strings 2008 UV properties of gravity and supergravity:

599 views • 48 slides

SNF Grand Rounds July 13, 2006

SNF Grand Rounds July 13, 2006. ME342 Jennifer Blundo Gretchen Chua Yong-Lae Park Ali Rastegar. Project Goal. Design a bioMEMs substrate to apply and measure electromechanical forces in the differentiation of human embryonic stem cell-derived (hESC)-cardiac myocytes (CM).

520 views • 39 slides

A Novel Method for the Fabrication of High-Aspect Ratio C-MEMS Structures

A Novel Method for the Fabrication of High-Aspect Ratio C-MEMS Structures. Outline. Objective Introduction Experimental Results and Discussion C-MEMS structures with Overhangs Importance of Baking Source Self Organization of Resist features in 2-D Arrays 3-D Suspended C- MEMS

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Ultra-thin Electronic Skin for Real-Time Health Monitoring

Ultra-thin Electronic Skin for Real-Time Health Monitoring. Client & Adviser: Dr. Liang Dong. Iowa State University Spring 2019 - Senior Design Team 20 Justin Gordon, Omar ElSherbiny, Sangwon Lee, Sovann Chak, Sungmin Kang. Problem Statement.

598 views • 37 slides

Multilayer Microfluidics

Multilayer Microfluidics. ENMA490 Fall 2003 Brought to you by: S. Beatty, C. Brooks, S. Dean, M. Hanna, D. Janiak, C. Kung, J. Ni, B. Sadowski, A. Samuel, K. Thaker. Problem Definition. Motivation BioMEMS research is growing rapidly, but restricted to single layer microfluidics

517 views • 30 slides

Multilayer Microfluidics

Multilayer Microfluidics. ENMA490 Fall 2003 Brought to you by: S. Beatty, C. Brooks, S. Dean, M. Hanna, D. Janiak, C. Kung, J. Ni, B. Sadowski, A. Samuel, K. Thaker. Problem Definition. Motivation BioMEMS research is growing rapidly, but restricted to single layer microfluidics

329 views • 30 slides

TimePix / InGrid Problems and solutions

437 views • 27 slides

Integrated Nanoscale Ion-Channel Sensor

Integrated Nanoscale Ion-Channel Sensor. AgCl Electrode. Oxide. SU-8 Resist. Si. Project Goals. Goal 1: Embed channels in an integrated device that maintains stable potential across them and allows recording of stable, artifact free current through them.

330 views • 25 slides

Fabrication of integrated structures for coupling VCSEL to fibre

Fabrication of integrated structures for coupling VCSEL to fibre. Denis Wohlfeld, K.-H. Brenner Chair of Optoelectronics, University of Mannheim. Outline. Motivation: Coupling VCSEL to fibre Negative photoresist SU-8 SU-8 bevelled structures - problems & solutions Results Conclusion.

370 views • 21 slides

Producing Ultra High Aspect Ratio SU-8 Structures With Optical Lithography

Producing Ultra High Aspect Ratio SU-8 Structures With Optical Lithography. John D. Williams, Wanjun Wang Dept. of Mechanical Engineering Louisiana State University 2508 CEBA Baton Rouge, LA 70808. Crosses displayed here are 1500 ? m tall and range in width from 35 to 70 ? m.

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Microfabrication Technologies

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Vertical Pillars for Biological Force Sensing

258 views • 17 slides

Flow Cytometry

A MEMS Micro Flow-cytometer Based on Dielectric Particle Focusing and Integrated Optical and Impedance Detection. Peter R.C. Gascoyne Department of Molecular Pathology MD Anderson Cancer Center Li Shi Department of Mechanical Engineering The University of Texas at Austin. Flow Cytometry.

470 views • 16 slides

Nanolithography Using Bow-tie Nanoantennas

Nanolithography Using Bow-tie Nanoantennas. Rouin Farshchi EE235 4/18/07. Sundaramurthy et. al., Nano Letters, 6 355-360 (2006). Near-field optics and Nanoantennas Nanolithography Bow-tie nanoantennas - lithography - FDTD modeling Summary. Outline.

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Vertical Pillars for Biological Force Sensing

113 views • 11 slides

Device Design: Stage 2 (Modified Microchannel Design)

Device Design: Stage 2 (Modified Microchannel Design). Device Objective To test the viability of a two-level passive micro-fluidic device Modifications from Stage 1 Moved reservoir positions to fit existing packaging

111 views • 7 slides

Flexible High Electron Mobility Transistor

Integration of Compound Semiconductors on Flexible Substrates Terry L. Alford, Arizona State University, DMR 0902277. Flexible High Electron Mobility Transistor Recent work has been focused on the process of fabricating high electron mobility transistors on flexible substrates.

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Device Design: Stage 2 (Modified Microchannel Design)

154 views • 2 slides