2012 Final Program - Pittcon
2012 Final Program - Pittcon
2012 Final Program - Pittcon
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PITTCON <strong>2012</strong> TECHNICAL PROGRAM<br />
Tuesday Morning<br />
SYMPOSIUM Session 960<br />
The Increasing Importance of Temperature in Liquid Chromatography -<br />
arranged by Matthew R Linford, Brigham Young University<br />
Tuesday Morning, Room 308C<br />
Matthew R Linford, Brigham Young University, Presiding<br />
8:00 Introductory Remarks - Matthew R Linford<br />
8:05 (960-1) The Role of Temperature in HPLC Selectivity JOHN W DOLAN, LC Resources<br />
8:40 (960-2) Van’t Hoff Analysis in Liquid Chromatography Applied to Thermally Stable<br />
Materials MATTHEW R LINFORD, Brigham Young University, Landon A Wiest,<br />
Chuan-Hsi Hung, Loryn K Killpack, James M Christensen, Grant M Brown, Robert C<br />
Davis, Richard Vanfleet, Michael A Vail, Andrew E Dadson, Pavel N Nesterenko<br />
9:15 (960-3) High Speed Two Dimensional LC at Elevated Temperatures PETER W CARR,<br />
University of Minnesota, Dwight Stoll, Marcelo R Filgueira<br />
9:50 (960-4) Coupling the Hydrophobic Subtraction Model with Organic Modifiers and<br />
Elevated Temperature for Optimization of Selectivity and Efficiency FRANK L<br />
DORMAN, The Pennsylvania State University, Ty Kahler, Richard Lake, Michael Wittrig<br />
10:25 (960-5) The Role of Temperature in HPLC Efficiency and Speed PAT SANDRA, Research<br />
Institute for Chromatography<br />
SYMPOSIUM Session 970<br />
The State-of-the-Art Technologies from Japan:<br />
Analytical Instruments with/for Nano-chemistry Technology I (JAIMA) -<br />
arranged by Koichiro Matsuda, Japan Analytical Instruments Manufacturers’ Association (JAIMA)<br />
Tuesday Morning, Room 207A<br />
Koichiro Matsuda, Japan Analytical Instruments Manufacturers’ Association (JAIMA) and Takeshi Kawamoto,<br />
Japan Analytical Instruments Manufacturers’ Association, Presiding<br />
8:00 Introductory Remarks - Shigehiko Hattori<br />
8:05 (970-1) Electroluminescence From Organic Liquid Emitting Layer and Its Application for<br />
Micro-TAS CHIHAYA ADACHI, Kyushu University<br />
8:40 (970-2) Photo-Controllable Magnetic and Superconducting Nanomaterials<br />
YASUAKI EINAGA, Keio University<br />
9:15 (970-3) Microfluidic Technology for Biofabrication and Biosensing<br />
SHOJI TAKEUCHI, University of Tokyo<br />
9:50 (970-4) Microdroplets for Chemical Analysis AKIHIDE HIBARA, The University of Tokyo<br />
10:25 (970-5) Photoelectrochemical Applications of Plasmonic Metal Nanoparticles<br />
TETSU TATSUMA, University of Tokyo<br />
WORKSHOP Session 980<br />
GC-on-a-Chip: The Next Generation -<br />
arranged by Edward T Zellers, University of Michigan and R Joseph Simonson, Sandia National Laboratories<br />
Tuesday Morning, Room 313<br />
Edward T Zellers, University of Michigan, Presiding<br />
8:00 Introductory Remarks - Edward T Zellers and R Joseph Simonson<br />
8:05 (980-1) Microfabricated Gas Chromatographs with Microsensor Array Detectors for the<br />
Determination of Complex Vapor Mixture Components EDWARD T ZELLERS,<br />
University of Michigan<br />
8:25 (980-2) A Microfabricated High-speed GCxGC System R JOSEPH SIMONSON, Sandia<br />
National Laboratories, Joshua J Whiting, Paul Galambos, Douglas Read<br />
8:45 (980-3) GC-on-a-Chip: Fundamental Considerations of Microcolumn Separations<br />
JOSHUA J WHITING, 3 Degrees of Separation, R Joseph Simonson, Pete Stevens<br />
9:05 Panel Discussion<br />
9:25 Recess<br />
9:40 (980-4) Micro-Fabricated Planar GCXGC-PID Using a Glass Substrate ALASTAIR C LEWIS,<br />
University of York, Jacqueline F Hamilton, Jaydene Halliday, Richard Lidster, Sam<br />
Edwards<br />
10:00 (980-5) MEMS and Nanotechnology: Taking µGC Beyond Miniaturizing Gas<br />
Chromatography MASOUD AGAH, Virginia Tech<br />
10:20 (980-6) Optical Sensors for Micro-Gas Chromatography Development XUDONG FAN,<br />
University of Michigan, Sun Yuze, Liu Jing, Karthik Reddy, Maung K Khaing Oo<br />
10:40 Panel Discussion<br />
ORGANIZED CONTRIBUTED SESSION Session 990<br />
Analytical Applications of Broadly Tunable Lasers -<br />
arranged by Richard A Crocombe, Thermo Fisher Scientific and Mark A Druy, Physical Sciences Inc<br />
Tuesday Morning, Room 308A<br />
Richard A Crocombe, Thermo Fisher Scientific, Presiding<br />
8:00 (990-1) IR Microscopy Using Broadly Tunable External-Cavity Quantum-Cascade Lasers<br />
ROBERT SHINE, Daylight Solutions, Miles Weida, Peter Buerki, Tim Day<br />
8:20 (990-2) Chemical and Photoacoustic Imaging Using an Optical Parametric Oscillator<br />
ELI MARGALITH, OPOTEK, Inc., Lam K Nguyen<br />
8:40 (990-3) Analytical Applications of Quantum Cascade and Interband Cascade Lasers<br />
KRISHNAN R PARAMESWARAN, Physical Sciences Inc., David M Sonnenfroh, Mark G<br />
Allen, John L Bradshaw, Richard T Wainner<br />
9:00 (990-4) High Performance Chemical Analyzers Based on Frequency Agile Mid-infrared<br />
Lasers JAMES J SCHERER, Thermo Fisher, Joshua Paul, Hans-Jurg Jost<br />
9:20 Recess<br />
9:35 (990-5) Structure and Orientation in Electrospun Nanofibers BRUCE CHASE, University of<br />
Delaware, Craig Prater<br />
9:55 (990-6) Quantum Cascade Laser Based Gas Analyzer for Process Applications<br />
RUTH E LINDLEY, Cascade Technologies Ltd<br />
10:15 (990-7) Applications of External Cavity Quantum Cascade Lasers for Chemical Imaging<br />
MARK C PHILLIPS, Pacific Northwest National Laboratory, Bruce E Bernacki, Jonathan D<br />
Suter<br />
10:35 (990-8) Stand-Off Molecular Surface Analysis Using Hand-Held, Widely Tunable Mid-<br />
Infrared Quantum Cascade Laser (QCL) Spectrometers ERIK R DEUTSCH, Block<br />
Engineering, Jeffery W Sherman, Frederick G Haibach<br />
ORGANIZED CONTRIBUTED SESSION Session 1000<br />
Celebrating the Future of Analytical Chemistry - The ACS Division of Analytical Chemistry<br />
Graduate Fellows (ACS-ANYL)<br />
Tuesday Morning, Room 308B<br />
Paul Edmiston, College of Wooster, Presiding<br />
8:00 (1000-1) Voltammetric Assessment of Dopamine Transporter Activity in the Drosophila<br />
CNS TRISHA L VICKREY, University of Virginia, B Jill Venton<br />
8:20 (1000-2) Task-Specific Ionic Liquids for Applications in Photonics and Optoelectronics<br />
SERGIO L DE ROOY, Louisiana State University, Ridgely Lodes, Noureen Siraj, Susmita<br />
Das, Isiah Manuel Warner<br />
8:40 (1000-3) Classifying Human Brain Tumors Using Lipid Imaging by Desorption<br />
Electrospray Ionization Mass Spectrometry LIVIA S EBERLIN, Purdue University,<br />
Isaiah Norton, Allison L Dill, Alexandra J Golby, Keith L Ligon, Sandro Santagata,<br />
Nathalie Y.R. Nagar, R Graham Cooks<br />
9:00 (1000-4) Protein Conformations Studied via the Vapor Treatment of Electrospray Droplets<br />
ANASTASIA KHARLAMOVA, Purdue University, Scott A McLuckey<br />
9:20 Recess<br />
9:35 (1000-5) Measuring D-Amino Acids in Aplysia Neurons via Capillary Electrophoresis with<br />
Enzymatic and Immunological Treatments NOBUTOSHI OTA, University of Illinois at<br />
Urbana-Champaign, Stanislav Rubakhin, Liping Wang, Lee Replogle, Jonathan V<br />
Sweedler<br />
9:55 (1000-6) Composition and Reactivity of Atmospherically-Relevant Nanoparticles by Mass<br />
Spectrometry BRYAN BZDEK, University of Delaware, Murray Johnston<br />
10:15 (1000-7) The Past, Present, and Future of the DAC Graduate Fellowship <strong>Program</strong><br />
PAUL L EDMISTON, College of Wooster<br />
10:35 (1000-8) ACS-DAC Graduate Fellowship Sponsor Perspective: It’s All About Great Science<br />
and Great Scientists! ANNE M WARNER, Eli Lilly & Company<br />
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