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  Nanotechnology Applications to Chemical and Biological Defense
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1:00 Emerging and New Nanotechnology for Chemical and Biological Defense STEPHEN LEE, U.S. Army Research Office |
1:20 Spectral Reproducibility in Surface-Enhanced Spectroscopies NAOMI HALAS, Rice University |
1:40 Multi-layered SERS Substrate Geometries and Their Application to Chemical Nano-imaging Probes for Biological Agent Detection BRIAN CULLUM, University of Maryland, Baltimore County |
2:00 Studies of Electron Beam Lithographically Prepared Pillar-Silver Nano-Discs as SERS Substrates MICHAEL SEPANIAK, University of Tennessee |
2:20 Recess |
2:35 Surface-Enhanced Raman Spectroscopy (SERS) for Rapid and Sensitive Virus Detection JEREMY D DRISKELL, University of Georgia, Richard A Dluhy, Yiping Zhao, Ralph A Tripp |
2:55 UK Chemical and Biological Defense Applications of Nanotechnology NICOLA E CANT, Dstl |
3:15 SERS Technology Solutions for Rapid Trace Level Detection of Chemical and Biological Agents CATERINA M NETTI, D3 Technologies Ltd, Karen Shaw, Ewen Smith, Karen Faulds, Duncan Graham |
3:35 Surface-Enhanced Raman Chemical Imaging of Bacteria STEVEN CHRISTESEN, US Army Edgewood Chem Bio Center, Jason Guicheteau, Ashish Tripathi |
Overview:
Nanotechnology is rapidly maturing as an area of vigorous research and is arguably the “new frontier of science.” This contributed session will focus on applications of nanotechnology towards development of rapid, reliable sensing approaches which may be used for determination of high consequence Chemical and Biological Threat Agents. Demonstrations of Surface-enhanced Raman Spectroscopy (SERS) for trace level identification of Chemical and Biological Threat Agents will be an integral part of this session.
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