372 Micro and Nanofabricated Sensors


Description:
This session will focus on micro and nanosensors, with specific emphasis on the fabrication approaches and unique applications. Silicon-based MEMS fabrication technology and its potential and limitations for microsensor development will be addressed in this session. The incorporation of sensors into arrays and other forms of integration within micro and nanosystems are also of interest. Advances in non-planar, non-silicon based fabrication strategies, including nanotube and nanoelectrode configurations as microsensors or microdetection systems are also invited.

Sponsor:
Sensors


Chair:
Dongmei (Katie) Li
University of Wyoming
Chemical Engineering Department
Laramie, WY
82071
Email: dli1@uwyo.edu


Papers:
372a
Development of Highly Sensitive Pico-Calorimetric Sensors Based on Thermoelectric Effect
Jinhye Bae, Harvard University; Haitao Zhang, Harvard University; Joost J. Vlassak, Harvard University
372b
A Micro-Fabricated Electrochemical Gas Sensor for VOCs Detection
Pierre-Alexandre Gross, Stanford University; Sadeghipour Ehsan, Stanford University; Thomas F. Jaramillo, Stanford University; Beth L. Pruitt, Stanford University
372c
Highly Selective, Flame-Made Sensors for Breath Analysis
Andreas T. Güntner, Particle Technology Laboratory, Institute of Process Engineering, Department of Mechanical and Process Engineering, ETH Zurich; Sotiris E. Pratsinis, ETH Zurich
372d
A Drinking Water Sensor for Lead and Other Heavy Metals
Wen-Chi Lin, University of Michigan; Zhongrui Li, University of Michigan; Sarah E. Mena, University of Michigan; Mark A. Burns, University of Michigan
372e
Real-Time Underwater Detection of Trace Organic Analytes
Andrew L. Wagner, Mainstream Engineering Corporation; Paul E. Yelvington, Mainstream Engineering Corporation
372f
Application of Hydrophobic-Polymer Coated TiO2 Nanotube Electrochemical Sensors in Humid Environments
Christina Willis, University of Utah; Yalda Saffary, University of Utah; Manoranjan Misra, University of Utah; Swomitra Mohanty, University of Utah
372g
Micro-Tensiometer -- a Sensor That Measures the Chemical Potential of Water
Siyu Zhu, Cornell University; Michael Santiago, Cornell University; Abraham D. Stroock, Cornell University
Abstract Submissions Closed
See more of this Group/Topical: Topical Conference: Sensors
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