Quick links Alphabetically by Author
| Presentations |
| Daniel Austin, Brigham Young University Progress in Two-plate Ion Trap Mass Analyzers Abstract |
| Luann Becker, Johns Hopkins Unuversity Mars Organic Molecule Analyzer (MOMA): Instrument Concepts and Results Abstract |
| Philip S. Berger, Ceramitron, LLC A Compact, Stand-Alone, Integrated MS/Vacuum Package Abstract |
| David E. Burchfield, Hamilton Sundstrand Modeling the Orion Air Monitor Abstract |
| Kerry Cheung, Massachusetts Institute of Technology Chip-Scale Quadrupole Mass Filters for a Micro-Gas Analyzer Abstract |
| James H. Clemmons, The Aerospace Corporation Status of the Rotating Electric Field Ion Mass Spectrograph (REFIMS) and Its Use in the Space Environment Abstract |
| J. Andres Diaz, Universidad de Costa Rica The ULISSES Project: Utilization In-Situ Airborne MS based Instrumentation for the Study of Gaseous Emissions at Active Volcanoes Abstract |
| Liang Gao, Purdue University Discontinuous Atmospheric Pressure Interface for Miniature Mass Spectrometers Abstract |
| Ben D. Gardner, Hamilton Sundstrand Space Systems International Improving the Measurement Accuracy of Water Partial Pressure Using the Major Constituent Analyzer Abstract |
| John H. Hoffman, University of Texas at Dallas Mars Phoenix Lander Thermal and Evolved Gas Analyzer Abstract |
| Gottfried Kibelka, OI Analytical A Transportable Double-Focusing Mass Spectrometer Abstract |
| Franziska Lange, Bruker Daltonics E2M – The Enhanced Environmental Mass Spectrometer: Case Studies using the Mobile MS Abstract |
| Doug Later, Torion Technologies, Inc GUARDION™ 7 Hand-Portable Gas Chromatograph-Toroid Ion Trap Mass Spectrometer (GC-TMS): Recent Enhancements and New Applications Abstract |
| Frants R. Lauritsen, Copenhagen University Hot Cell MIMS: Direct analysis of semi-VOCs liberated from practically any type of solid sample Abstract |
| Evan L. Neidholdt, California Institute of Technology Switched Ferroelectric Plasma Ionizer (SwiFerr): A Robust Ion Source for Mass Spectrometry in Harsh Environments Abstract |
| Garth Patterson, ICx Technologies, Inc. Mobile GC/MS and Sampling Tools for Continuous Air Monitoring Abstract |
| R. Timothy Short, SRI International Fabrication and Testing of Micro-Cylindrical Ion Trap Arrays for Miniaturized Mass Spectrometer Development Abstract |
| Phillip Smith, Uniformed Services University Influence of Fast Temperature Program Rate and Fast Linear Velocity on GC-MS Analysis of Chemical Warfare Agent Degradation Products Abstract |
| JackSyage, Syagen Technology, Inc. HighPerformance, Militarized Mass Spectrometer System Abstract |
| Stephen Taylor, University of Liverpool Miniature QMF and LIT using LBMT for HEMS Applications Abstract |
| Guido F. Verbeck, University of North Texas Achievable Resolution and Efficiency of Tandem Mass Spectrometry for Sub-mm Ion Traps Abstract |
Stanislav Vlasov, Saint-Petersburg State Polytechnical University Magnet portable mass spectrometer with membrane inlet system Abstract |
| Mitch Wells, ICx Technologies, Inc. Autonomous Light-weight Integrated Direct Sampling Mass Spectrometer for TIC and CWA Detection Abstract |
| Régulo Miguel Ramírez Wong, Technische Universität Redesign of the Construction and Increase in the Performance of the Peripheral Devices of a Micro Mass Spectrometer Abstract |
| Posters |
| Luther W. Beegle, Jet Propulsion Laboratory Development of an APPIS-IMS instrument for space applications Abstract |
| Daniel Carpenter, National Renewable Energy Lab Real Time Monitoring of Pilot-Scale Biomass Gasification Using a Molecular Beam Mass Spectrometer Abstract |
| James D. Fox, University of North Texas Deployable Remote Miniature Cylindrical Ion Trap Mass Spectrometer (ReMiCIT) Abstract |
| T. Gentz, Alfred-Wegener-Institute Online membrane inlet mass spectrometry (Inspectr200-200) for quantification of the methane concentration field around Pockmarks Abstract |
| Stephanie Getty, NASA Goddard Space Flight Center Characterization of a Carbon Nanotube Field Emission Electron Gun for the VAPoR Miniaturized Pyrolysis-Time-of-Flight Mass Spectrometer Abstract |
| Yuichiro Hashimoto, Hitachi, Ltd. High-throughput detection of improvised explosive devices (IEDs) by walkthrough portal with wire linear ion-trap mass spectrometric technology Abstract |
| Yetty Madrigal, Universidad de Costa Rica Review of In-Situ Mass Spectrometers Applied to Volcanic Activity Monitoring Abstract |
| Manuel Manard, National Security Technologies, LLC Differential Mobility Spectrometry/Mass Spectrometry Abstract |
| Jeffrey G. Rathbone, Brooks Automation, Inc. Anharmonic Resonant Trap Mass Spectrometry (ART MS) Abstract |
| Maria Reinhardt, Technische Universität New Structures and Measurements of a Planar Integrated Micro Mass Spectrometer (PIMMS) with Integrated Micro-Channel Abstract |
| Farnoush Salarzaei, University of Liverpool Development and Mathematical Modeling of a Membrane Inlet Mass Spectrometer for Environmental Monitoring Abstract |
| Paul Sorensen, Creare, Inc. Miniature Vacuum System for Portable Instruments Abstract |
| William A. Spencer, Savannah River National Laboratory Why High Resolution Mass Spectrometry Is Sometimes a Desire - The Problem of Measuring Methane, Ammonia and Water in a HDT Environment Abstract |
| Strawn Toler, SRI International Underwater Mass Spectrometry: Developments and Deployments Abstract |
| Stanislav Vlasov, Saint-Petersburg State Polytechnical University Characterization of Mobile water mass-spectrometer for direct analysis metals in water samples Abstract |