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General Information |
This workshop was respectfully dedicated to the memory of our late ACER colleague
Joe Hartman
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Presentations Made at the Workshop |
Presentations
are provided in PDF format, except where indicated
otherwise. Where no link is present, we are awaiting
permission from the author concerned to publish their
presentation on our web site and/or receipt of a
revised version for general release, so please check
back soon.
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| Introductory Session |
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William F. Gale, Auburn University, ACER Executive Director
Introduction to the Workshop
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Yan Chen, Purdue University, ACER Principal Director
Objectives of the FAA ACER CoE
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Tracy Thatcher, Lawrence Berkeley National Laboratory
Contaminants of Concern — The Need for Sensing
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William F. Gale, Auburn University, ACER Executive Director
Sensor Requirements
and Comparison Method (MS Word Format)
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| Sampling I |
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Chris Van Netten, University of British Columbia
History of, and Criteria for, the Development of the VN Air Sampler Used to Capture Sporadic Air Quality Events
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Edward Stuebing, US Army ECBC
Advanced Aerosol Sampling Technologies and Bio Aerosol Testing for Aircraft Cabin Air Quality |
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Sampling II and Pathogen Detection I |
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Erich Rupprecht, Rupprecht & Patashnick Co., Inc.
Air Sampling and Monitoring Systems for Biological Aerosols, Particulate Matter Mass and Species, Ozone and VOC’s
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Charles Call, MesoSystems Technology, Inc.
Air Sampling Solutions for Aircraft
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Jerry Cabalo, US Army ECBC
Micro-UV Low Power Biofluorescence Sensor
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Pathogen Detection II |
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Daniel Cousins, MIT Lincoln Laboratory
Biosensing for Passenger Aircraft Protection
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R. Paul Schaudies, Science Applications International Incorporated
SAIC’s Molecular Radar Reliably Identifies Organisms
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Gregory Bearman, Jet Propulsion Laboratory
Microbial Characterization of Commercial Airliners Cabin Air
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Geoffrey Wilson, Hach Homeland Security Technologies
Diode Laser Induced Fluorescence Sensing of Airborne Biological Particles
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Clement Furlong, University of Washington
A surface plasmon resonance (SPR)-based sensor system for real-time monitoring of analytes that range in size from small organics to whole cells
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| IAQ Sensing and Chemical Detection |
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John Birks, 2B Technologies Inc.
Portable Ozone, NO and CO Instruments for Monitoring Cabin Air of Commercial Airliners
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Richard Cernosek, Micro-Analytical Systems Department, Sandia National Laboratory
Sandia's Micro-Chemical Analysis Systems (presentation and poster)
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H. James Harmon, Oklahoma State University
Real-Time Reagentless Detection of Chemicals and Chemical Agents at Sub-PPB Levels |
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Shekar Viswanathan, National University
Indoor Air Analysis using GC/SAW zNose® Sensor System |
| Sensor Networks/Miscellaneous Topics |
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Steven Sunshine, Smiths Detection Inc.
Distributed Sensing for Cabin Air Quality
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Donna Shandle, JPM NBC Contamination Avoidance
Department of Defense Program of Detection/Sensors
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Joseph Stetter, SRI International
Nanotechnology for Indoor Air Quality Sensors
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What & Where?
