231 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:
Evan K. Wujcik
Assistant Professor
The University of Alabama
Materials Engineering And Nanosensor [MEAN] Laboratory, Department of Chemical and Biological Engineering
Dan F. Smith Department of Chemical Engineering
Tuscaloosa, AL
77710
Phone Number: 2053482216
Email: Evan.Wujcik@ua.edu

Co-chairs:
Kevin J. Cash
Assistant Professor
Colorado School of Mines
Chemical and Biological Engineering
Golden, CO
29225
Phone Number: (303) 273-3631
Email: kcash@mines.edu

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


Papers:
Invited: Microprobe for Sensing of Multiple Neurochemicals In Vivo
Harold G. Monbouquette, University of California, Los Angeles
Enzyme-Conjugated Nanosensors with a Tunable Detection Limits for Small Bio-Molecule Monitoring
Mark S. Ferris, Colorado School of Mines; Makayla K. Elms, Colorado School of Mines; Kevin J. Cash, Colorado School of Mines
Array of Nanostructured Electrode Tailored from Isolated to Continuum Monolayer for Chemical Sensing at Sub Parts per Trillion
Jennifer A. Arcila, University of Nebraska; Rahul Tevatia, Vajra Instruments; Ravi Saraf, University of Nebraska
A Living Transistor of Quasi-1D Metal Nanoparticle Arrays As a Platform to Study Cellular Activity
Abhijeet Prasad, University of Nebraska; Ravi Saraf, University of Nebraska
Developing High Performance Low Cost Ammonia Sensors Based on a Substrate-Directed Solution Crystallization Process
Xuecheng Yu, Wayne State University; Mohamed Kilani, Wayne State University; Evan Schaefer, Wayne State University; Guangzhao Mao, Wayne State University
Portable and Low-Cost Potentiostat System for Quantification of Cadmium in Wastewaters
Crhistian Camilo Segura, Universidad de los Andes; Ana Lucía Campaña Perilla, Universidad de los Andes; Sergio Leonardo Flórez González, Universidad de los Andes; Mabel Juliana Noguera Contreras, Universidad de los Andes; Juan C Cruz, Universidad de los Andes; Johann F Osma, Universidad de los Andes
Abstract Submissions Closed
See more of this Group/Topical: Topical Conference: Sensors