08:20 Svante Wold, Umeã University & Umetrics, Inc., Ballroom B

08:20 J. Michael Ramsey, Oak Ridge National Laboratory, Ballroom C
 

09:40 Source Switching in TOFMS for the Rapid Acquisition of Elemental and Molecular Mass Spectra; Gary M. Hieftje, SJ Ray, JP Guzkowski; Indiana University (2)

10:00 Elemental Analysis with ICP/TOFMS; David Myers; LECO Corporation (3)

10:20 Applications of Ultra-high Mass Resolution ICP/ FT/ICR/MS; John R. Eyler; University of Florida (4)

10:40 Break

11:00 Dissociation of Diatomic Species in a Quadrupole Ion Trap; Douglas C. Duckworth; Oak Ridge National Laboratory (5)

11:20 Reaction Chemistry Techniques in Multipole and Ion Trap Mass Spectrometers; David W. Koppenaal, Gregory C. Eiden, Charles J. Barinaga; Pacific Northwest National Laboratory (6)

11:40 New Developments with Quadrupole Mass Analyzers; R. Sam Houk; Iowa State University (7)

12:00 Improving the Resolution and Abundance Sensitivity of Quadrupole ICP/MS; Donald Douglas; University of British Columbia (8)

09:40 Surface Enhanced Infrared Absorption of Antibody/antigen Complexes Using Colloidal Substrates; John Seelenbinder, C. W. Brown, A. Chen, D. Bu; Department of Chemistry, University of Rhode Island (10)

10:00 Inorganic /organic Composites As a New Surface Enhanced Infrared Material for the Detection of Antibody /antigen; Anne Okafor, C. W. Brown, J. A. Seelenbinder; Department of Chemistry, University of Rhode Island (11)

10:40 Break

11:00 Effect of Spectral Resolution on Qualitative and Quantitative NIR Analyses of Pharmaceutical Samples; Qian Wang, Stephen DeJesus; Bruker Optics (13)

11:20 Infrared Spectroscopy of Human Breast Tissue-Nondestructive Analysis; Rina Dukor, Michael N. Liebman; Vysis, Inc. (14)

11:40 Determination of Cyclooxygenase-2 in Cells Using Immunoassay and Surfaced-enhanced Raman Microspectroscopy; Kasem Nithipatikom, Sharon R. Hawi, Fran Adar, William B. Campbell; Medical College of Wisconsin, Dept. of Pharmacology (15)

12:00 Nucleic Acid Base-pair Analysis by SERS; Stuart Farquharson, Wayne W. Smith, Jay F. Sperry Wilfred H. Nelson; Advanced Fuel Research, Inc. (16)

12:20 Reactivity of NADH in the Presence of Oxygen Under Mildly Acidic Conditions; Alexander Scheeline, Ewa S. Kirkor, Vadim Lvovich; University of Illinois (17)
 

09:40 FTIR Based Analyzer for Rapid Screening of Soil Samples for Volatile Organic Compounds; Ronald Micheels, Benjamin W. Maynor; Polestar Technologies, Inc. (19)

10:00 Rapid Characterization of Wood by FTIR-photoacoustic Spectroscopy and Transient Infrared Spectroscopy with PLS Regression; Roger Jones, Stanley J. Bajic, Bonnie R. Hames, John F. McClelland, Robert R. Meglen; Ames Laboratory (20)

10:20 Detection of Carbon Monoxide by FTIR Spectroscopy Using Metal Complexes; Dongsheng Bu, William B. Euler, Chris W. Brown; University of Rhode Island (21)

10:40 Break

11:00 Adapting Laboratory GC-IR Analysis to the Fuel Refinery Environment; Sheldon Cantor, Jay Powell; Bio-Rad Laboratories, Digilab Division (22)

11:20 Condition-based Maintenance of a Synthetic Lubricant Oil Via Fiber-optic Fluorescence Spectroscopy; Christopher Stellman, K.J. Ewing, F. Bucholtz, G. Nau I.D. Aggarwal; Naval Research Laboratory (Code 5606) (23)

11:40 Detection of Trace Levels of Methylphosphonic Acid in Water Using Infrared Reflectance Spectroscopy; Kenneth Ewing, Dominique Dagenais, Frank Bucholtz, Ishwar Aggarwal; Naval Research Laboratory, Code 5606 (24)

12:00 Micro-multispectral Approach for Assessing Contaminant Species Distributions in Hazardous Wastes; Forrest Weesner, George Havrilla, Jon Schoonover; Los Alamos National Laboratory (25)
 

09:40 Determination of Lead in Calcium Carbonate by ICP/MS; Elzbieta (Ela) Bakowska; Hewlett-Packard Company (27)

10:00 Achieving ppq and Sub-Ppq Detection Limits for Actinides Using ICP/MS; Simon Nelms; VG Elemental (28)

10:20 Analysis of Zircons and Fluid Inclusions by Laser Ablation ICP/MS; Fergus Keenan; VG Elemental (29)

10:40 Break

11:00 The Determination of Lead in Unleaded Gasoline on an Axially Viewed, Sequential ICP-AES; Andrew Ryan, Glyn Russell, Doug Shrader; Varian Australia (30)

11:20 Simultaneous Multi-element Determination of Trace Metals Using Tungsten Coil Electrothermal Vaporization ICP-AES; Keith Levine, Karl Wagner, Bradley Jones; Wake Forest University (31)

11:40 Determination of Trace Metals in Vapor Phase Decomposition (VPD) Samples for Semiconductor Type Analysis; Jenny Godfrey; VG Elemental (32)

09:40 Interfacing Condensation Nucleation Light Scattering Detection with Capillary Electrophoresis Using Electrospray; John Koropchak, Amy Brenner, Teresa Morrell, Joseph Zajac, Bogdan Szostek; Southern Illinois University at Carbnondale (34)

10:00 Photothermal Deflection with a Low Noise Position Sensitive Detector for Detection in Capillary Electrophoresis; Gregory Klunder, Jonathan D. Spear, Susanne Conradi, Patrick M. Grant, Brian D. Andresen, Richard E. Russo; Lawrence Livermore National Laboratory (35)

10:20 Capillary Electrophoretic Determination of Oxalate in Biological Solutions and Biological Fluids Reexamined; Bryant Nelson, Gary Rockwell, Steve Wise; National Institute of Standards and Technology (NIST) (36)

10:40 Break

10:00 The Role of LC/MS in a Drug Metabolism Department; Mark Cole; Pfizer, Inc (38)

10:20 Well Characterized Biologicals, the Role of Mass Spectrometry in Recombinant Protein Analysis; Tim Edmunds; Genzyme (39)

10:40 Break

11:00 Use of High-sensitivity LC-MS and LC-MS/MS in Identification and Sequencing of Unknown Proteins; Elliott Nickbarg; Genetics Institute, Inc. (40)

11:20 Identification of Biomolecules Using Electrospray Ionization Time-of-flight Mass Spectrometry; John Peltier; PerSeptive Biosystems (41)

12:00 Peptide and Protein Mass Spectral Analysis in a Small Molecule Pharmaceutical Environment; Justin Stroh; Pfizer, Inc. (42)

10:00 Analytical Investigations and Applications in High-resolution Continuum Source AAS; Uwe Heitmann, M. Schuetz, H. Becker-Ross, S. Florek; Gesellschaft zur Foerderung angewandter Optik (44)

10:20 Ultratrace Analysis in Graphite Furnace Using Laser Induced Fluorescence; E. Maser, Y. Lerat, P. Mauchien, B. Remy; Kodak European Research (45)

10:40 Break

11:00 What You See Is What You Get-High Resolution CS-AAS with Array Detectors; Helmut Becker-Ross, S. Florek; Institut fuer Spektrochemie und angewandte Spektroskopie (ISAS) (46)

11:40 Optical Saturation and Calibration Accuracy in Multielement Laser Excited Atomic Fluorescence Spectrometry of Complex Matrices; Bob Michel, Xiandeng Hou, Jack X. Zhou, Karl X. Yang; University of Connecticut (47)

12:00 Calibration for CS-AAS; Desmond Wichems, R.E. Fields, J.M Harnly; USDA, BHNRC, FCL (48)
 

09:40 Measurement of Analytes in Serum and Whole Blood Samples by Near IR Raman Spectroscopy; Andrew Berger, Tae-Woong Koo, Irving Itzkan, Michael S. Feld; Massachusetts Institute of Technology (50)

10:00 Determination of Glucose and Metabolites in A Bioreactor by Fiber-optic Raman Spectroscopy; Thomas Vickers, Charles K. Mann; Florida State University (51)

10:20 Biomedical Fluid Analysis by Optical Microcavity Spectroscopy; Todd French, Anthony E. McDonald, Paul L. Gourley; Sandia National Labs (52)

10:40 Break

11:00 Fiber-optic-linked UV Resonance Raman Spectroscopy for Investigation of Biological Systems; Robin Turner, Chris Barbosa, Michael Blades, Shane Greek, Charles Haynes, Georg Schulze; Biotechnology Laboratory, The University of British Columbia (53)

11:20 NIR Chemical Sensing in Cell Culture Media; Michael McShane, Gerard L. Cote; Texas A&M University (54)

11:40 Quantitative Analysis of Trace Metabolites in Biological Fluids by Multichannel Raman Spectroscopy; Yukihiro Ozaki, Xiaoming Dou, Hiroshi Yamamoto; Kwansei Gakuin University, Faculty of Science, Chemistry (55)
 

10:00 Solid-state NMR Investigations of the Structure and Dynamics of Polyrotaxanes; Haskell W. Beckham, Karthik Nagapudi, H. W. Gibson; Georgia Institute of Technology (57)

10:20 Structural Investiations of Amorphous Polymers with 2D 13C NMR Spectroscopy; Marco Tomaselli, Pierre Robyr, Beat H. Meier; University of California at Berkeley (58)

10:40 Break

11:20 NMR Imaging of Axisymmetric Contraction Flows of Liquid Crystalline Polymer Solutions; Jeffrey A. Reimer, Michael Gentzler, Yi-Qiao Song, Christopher Miller, Susan Muller; University of California at Berkeley (59)

11:40 Xenon-129 NMR As a Probe of Polymer Morphology; Paul T. Inglefield, J.M. Koons, W.-Y. Wen, A. A. Jones; Clark University (60)

12:00 Morphological Study of an Ionomer/polyamide Blend Using Proton Spin Diffusion; David L. VanderHart, Y. Feng, C.C. Han, R.A. Weiss.; National Institute of Standards and Technology (61)

12:20 Deuterium NMR of Nylon Under Active Extension; Karen Gleason, Cohen, R. E.; Argon, A. S.; Massachusetts Institute of Technology (62)

10:00 Combined PDA/MS Detection for the Analysis of Impurities and Degradation Products by HPLC; Michael Swartz; Waters Corporation (64)

10:20 HPLC Method Development for Investigation of Drug Substance Impurities; Bernard Olsen; Eli Lilly and Company (65)

10:40 Break

11:00 Its All in the Peaks: the Role of HPLC Is Assessing the Quality and Purity of Active Pharmaceutical Ingredients; Matthew Kersey; Glaxo-Wellcome (66)

11:20 USP Reference Standards Play Key Role in Chromatographic Impurity Analysis; Richard Lindauer; U.S.P. (67)

11:40 Assay and Purity Evaluation of Sunepitron Hydrochloride by Reversed-Phase Liquid Chromatography Using a Spiked Reference Standard; Stephen Colgan; Pfizer Inc. (68)

12:00 ICH Impurity Guidelines: Where Are We Now?; Judy Boehlert; Boehlert Associates, Inc. (69)

09:40 Hyperspectral Raman Imaging of Materials; Michael Morris; University of Michigan (71)

10:00 Multivariate Visualization and Analysis Tools for Segmentation and Classification of Vibrational Spectroscopic Images; Linda Kidder, Frank Delaglio, Ira W. Levin. E. Neil Lewis; National Institutes of Health (72)

10:20 Raman Chemical Imaging: Evolutionary Or Revolutionary?; Nicole J. Kline, Patrick J. Treado; University of Pittsburgh (73)

10:40 Break

11:00 Raman Microspectroscopy and Imaging-Applications and Multi-dimensional Data Analysis; Jeremy Andrew, Tom Hancewicz, Allen Millichope Ian Clark; Unilever Research (74)

11:20 Development of Autofocusing Raman Microscope for Raman Image Mapping in Three Dimensions; Richard Bormett, Andrew Whitley, Mark Pavlosky, Brian Smith; Renishaw Inc. (75)

11:40 Submicronic Raman Experiments Using A Near Field Scanning Microscope; J. Grausem, S. Davy, B. Humbert, M. Spajer, D. Courjon; Laboratoire de Chimie Physique pour l'Environnement - LCPE (76)

10:00 Direct Exponential Curve Resolution Algorithm (DECRA); Willem Windig, Brian Antalek; Eastman Kodak Company (78)

10:40 Break

11:00 To be announced; Bill Dunn (79)

11:20 Non-Parametric Analysis of Fluorophore Photokinetics by Three-Way Analysis of Dynamic Multidimentional Fluorescence Data; Sharon Neal; UC Riverside (80)

11:40 Application of the Noise Addition Method for Determination of Significant Factors in 3-way Analyses; Karl Booksh; Arizona State University (81)

10:00 Surface Plasmon Resonance Imaging Methods for the Characterization of Ultrathin Organic and Biopolymer Films at Metal Surfaces; Robert Corn, Claire Jordan; Chemistry Dept., University of Wisconsin (83)

10:40 Break

11:00 Chemical Sensors Based on Organized Monolayers of Dendrimers and Acoustic Wave Transducers; Richard Crooks, Robert Peez, Hideo Tokuhisa, Antonio J. Ricco, Gordon C. Osbourn, Mark Kaiser, Ralph Spindler; Texas A&M Universit (84)y

11:40 Interlayer Excitation Dynamics in Zirconium-phosphonate Multilayered Assemblies; Jennifer Horne, G. J. Blanchard; Michigan State University (85)

12:00 Layer-by-layer Assembly of Thin Films From Inorganic Colloids: Direct and Indirect Probes of Colloid and Film Structure; David Kaschak, Stacey A. Johnson, Hyuk-Nyun Kim, Thomas E. Mallouk; The Pennsylvania State University (86)

12:20 Integrated Optical Waveguide Spectroelectrochemistry of Monolayer Films; Darren R. Dunphy, Sergio B. Mendes, S. Scott Saavedrea, Neal R. Armstrong, University of Arizona (87)

10:00 Thin Film Metrology Through Time-Resolved Optical Spectroscopy: Noncontact, Nondestructive Determination of Mechanical and Thermal Transport Properties, Delamination, and Thickness to +/- 10 Angstroms for Opaque or Transparent Films; Keith Nelson; Massachusetts Institute of Technology (89)

10:40 Break

11:00 Investigations of Heme Protein Reaction Dynamics Using Femtosecond Spectroscopy; Paul Champion; Northeastern University (90)

11:40 Ultrafast Infrared Spectroscopy of Energy and Electron Transfer in Transition Metal Complexes; Brian Dyer; Los Alamos National Lab (91)

12:00 Ultrafast Time Resolved Studies of Solvation in Supercritical Fluid Solvents; John Kauffman, Kathy Wiemers, Mazdak Khajehpour, Jesse Greever; University of Missouri (92)

02:20 Clinical Use of Fluorescence Endoscopic Imaging of Human Colonic Dysplasia; Jacques Van Dam, Thomas Wang, James M. Crawford, Elizabeth Presinger, Michael S. Feld; Brigham and Women's Hospital and Harvard Medical School (94)

02:40 Non-invasive Multi-photon Fluorescence Microscopy and Spectroscopy of Human Skin; Peter So, Barry R. Masters, Enrico Gratton; Massachusetts Institute of Technology (95)

03:00 Optical Coherence Microscopy for In-situ Tissue Diagnostics; Joseph Izatt; Case Western Reserve University, University Hospitals (96)

03:20 Break

03:40 An Alternate Approach to Microscopy for Low-light Level Image Acquisition Using Non-imaging Optics; Timothy Houseal, Fritz S. Allen; Genzyme Genetics (97)

04:00 Real Time Confocal Reflectance Imaging of Human Skin and Oral Tissues in Vivo; James Zavislan, Milind Rajadhyaksha, Matthew White, Richard G.B. Langley, Robert H. Webb, R.Rox Anderson; Lucid Technologies Inc. (98)

04:20 Real Time Endoscopic Fluorescence Imaging and Spectroscopy for Early Cancer Detection; Haishan Zeng, Calum MacAulay, Alan Weiss, Richard Cline, Steven Lam; Cancer Imaging Dept., B C Cancer Agency (99)

02:00 Noncontact Determination of Reactor Wall Cleanliness; Mark Druy, Paul J. Glatkowski Roy A. Bolduc; Sensiv, Inc. (101)

02:20 A Novel Method for On-site Cocaine Detection with a Hand-held Ion Mobility Spectrometer; Chuanhoa Wang, Peter Harrington, James Tong; Ohio University (102)

02:40 Rapid NIR Reflectance Determination of Total Dietary Fiber, Protein, and Moisture Contents of Unground Cereal Food Products; Douglas D. Archibald, Sandra E. Kays, Franklin E. Barton, II.; USDA-ARS-QARU (103)

02:40 Spatially Resolved Changes During Sample Introduction to the Helium Microwave Induced Plasma GC Detetector; Scott Goode, Joe N. Emily; Department of Chemistry and Biochemistry (105)

03:00 Innovations in Flame Atomic Absorption Spectrometry; Doug Shrader, John Sanders, Jonathan Moffett Brian Frary; Varian Analytical Instruments (106)

03:20 Break

03:40 Reactive Gas Plasmas: an Alternative to Conventional Noble Gas Glow Discharges; Christopher Barshick; Oak Ridge National Laboratory (107)

04:00 High-frequency Plasma Gun Discharges and the Development of a Theta-pinch Plasma Gun for Atomic Emission Spectroscopy; Joel Goldberg, Ed Navarre, J. Whitney Minnick; University of Vermont (108)

04:20 A New Look At Direct Current Plasma Spectrometry; Geoffrey Coleman, D. Miller, D. Pfeil, R. Starek, R. Stux; Thermo Jarrell Ash Corp. (109)

04:40 Spectroscopic Study of an Enclosed ICP in Phosphine and Arsine; Alexander Bol'shakov, George G. Glavin, Ramon M. Barnes; University of Massachusetts, Department of Chemistry (110)

02:20 ETV-ICP-MS Determination of As and Se in Environmental Samples-Liquid Versus Slurry Sampling; Jerzy Mierzwa, Y.C. Sun, M.H. Yang, M.L. Lee; Department of Nuclear Science, National Tsing-Hua University (112)

02:40 Chromium Analysis in Biological Samples Using Cool Plasma ICP-MS; Abelardo G Gutierrez; Hewlett Packard (113)

03:00 Analysis of Digested Biological and Food Samples by ICP/MS; Elzbieta (Ela) Bakowska, Camillo Pirola; Hewlett Packard (114)

03:20 Break

03:40 The Direct Analysis of Milk Powder on an Axially Viewed, Sequential ICP-AES; Andrew Ryan, Glyn Russell, Doug Shrader; Varian Australia (115)

04:00 Chloride Analysis by Inductively Coupled Plasma Atomic Emission Spectrometry; Frank Maeda, Gary Beck; Alt Wah Chang (116)

04:20 Advantages of the Addition of Tertiary Amine Mixtures in the ICP-MS and ICP-AES Analysis of Food and Biological Samples; Antoaneta Krushevska, Yves Gélinas, Joaquim Nóbrega, Mihály Kotrebai, Ramon M. Barnes, Mark E. Tatro; University of Massachusetts (117)

04:40 Attractive Models for Bioavailability of Metals in Soils: Can We Replace Lab Rats?; Brian Buckley, Claire Gilmarten, Dan Donelly Kristen Denny, Kristie Ellickson, Stephanie Hamel Paul Lioy Bob Meeker, Ellen Faria, Michael A. Gallo; Rutgers University EOHSI (118)

05:00 Determination of Trace Elements in Salt Marsh Plants Using an Automated Preconcentration/matrix Elimination System with Inductively Coupled Plasma Mass Spectrometry Detection; Fred G. Smith, R.N.Sah; CETAC Technologies, Inc. (119)

05:20 Assessment of the Suitability of ICP-MS for Routine Determination of Trace Elements in Difficult Clinical Samples; Douglas Shrader, Graham Ham, Stephen Anderson; Varian Australia Pty Ltd (120)

02:40 Real-time Biodetection Using PCR and Electrospray MS; Alvin Fox; School of Medicine, Univ. of S. Carolina (122)

03:20 Break

03:40 Pyrolysis Gas Chromatography Ion Mobility Spectrometry: Field Detection of Bacillus Spore Aerosols; Peter Snyder; ERDEC/ USArmy (123)

04:20 The Use of Flow Cytometry for Microbiological Analysis; Peter Stopa; ERDEC, US Army (124)

04:40 Sensitive Resonance Raman Spectral Studies of Micro-organisms, Their Toxins and Taxonomic Markers; Wilfred Nelson; Department of Chemistry, University of Rhode Island (125)

02:20 FTIR Analysis of Protein Conformational Dynamics Using Sub-picomole Samples; Mark Braiman, Michael Shane Hutson, James J. Stone; University of Virginia Biochemistry Dept. (127)

02:40 Infrared Studies of the Mechanism of Photosynthetic Oxygen Evolution; Bridgette Barry, Jacqueline Steenhuis, Sunyoung Kim; University of Minnesota (128)

03:00 Infrared Studies of Oxidase Dynamics; William H. Woodruff, Anne Puustinen, James A. Bailey, Sandra L. Mecklenburg, Robert B. Gennis, Marten Wikstrom, R. Brian Dyer; Los Alamos National Laboratory (129)

03:20 Break

03:40 Application of Step-scan FTIR Spectroscopy to Myoglobin, Halorhodopsin and Bacteriorhodopsin; Friedrich Siebert, Christoph Roedig, Olaf Weidlich; Albert-Ludwig-Universitaet Freiburg (130)

04:00 Site-directed Isotropic Variation of Proteins; Kenneth Rothchild; Boston University (131)

04:20 Time-resolved Infrared T-jump Studies of Protein Folding; Brian Dyer; Los Alamos National Laboratory (132)

02:40 Microelectrochemical Enzyme Transistors-New Ways to Make Biosensors; Philip Bartlett, Emma Wallace, Jin-Hai Wang; Department of Chemistry, Southampton University (134)

03:20 Break

03:40 Application of a Cholinesterase Biosensor to Screen for Organophosphorus Compounds; Ala Nassar, A. P. Emery, R. Calloway, L. Hoffl; Battelle Memorial Institute (135)

04:20 Micromechanically Assembled Micro-amperometric Toxic Gas Sensors; Joseph Stetter, P.J. Hesketh And G.J. Maclay [UIC, Chicago , Il] ; Illinois Institute Of Technology (136)
 

02:40 LC/MS: a Tool for Protein Differential Analysis and Drug Screening; Frank Hsieh; Millenium Pharmaceutical (138)

03:20 Break

03:40 Detection and Identification of Point Mutations in Proteins by LC/MS; Roger Theberge; Boston University Medical Center, Mass Spectrometry Resource (139)

04:00 Electrospray-MS Characterization and Quantitation of Carcinogen-related Damage to DNA & Proteins; John Wishnok; MIT, Division of Toxicology (140)

04:40 Characterization of Therapeutic Human Monoclonal Antibody by LC/MS/ MS; Rong-Rong Zhu; BASF (141)

02:40 The Simultaneous Determination of As, Hg, Sb, and Se At ng/l Levels Using Hydride Generation-GFAAS; Gerhard Schlemmer, Brigit Kraus, Ian Shuttle; Bodenseewerk Perkin- Elmer GmbH (143)

03:00 A Portable W Coil Atomic Absorption Spectrometer; Brad Jones, James D. Batchelor, Arthur L. Salido; Wake Forest University (144)

03:20 Break

03:40 The Use of the Wavelet Transform for the Detection of Peak Shape Changes in GF-AAS; Daran Sadler; University of Strathclyde (145)

04:00 A Direct Comparison of Deuterium and Zeeman Background Correction Using a Single Spectrometer; David Pfeil; Thermo Jarrell Ash Corporation (146)

04:20 Tungsten-filament Atomization Devices in Electrothermal Atomic Absorption Spectrometry; A Review of Past, Present and Future Efforts; Patrick Parsons, Walter Slavin; New York State Dept. of Health (147)

04:40 Determination of Cd in Hair and Blood by Electrothermal Atomic Absorption Spectrophotometry with a Tungsten Coil Atomizer Using Chemical Modifier; Carlos Bruhn, Jose Y. Neira, D. Gonzalo, Joaquim A. Nobreg; University of Concepcion (148)

05:00 Flow-injection On-line Reductive Precipitation Preconcentration for Electrothermal Atomic Absorption Spectrometry; Ralph Sturgeon; National Research Council of Canada (149)

05:20 Measurement of Platinum in Biological Tissues and Fluids by Graphite Furnace Atomic Absorption Spectrometry (GFAAS); Kevin Blann, Raj Mangaraj; Battelle Memorial Institute (150)
 

02:40 In Situ Solid-state NMR Studies of Environmental Catalysis; Daniel Raftery, Sonjong Hwang, Chris Petucci; Purdue University (152)

03:40 Deuterium NMR and Polyelectrolyte - Surfactant Interactions: From Micelles to Monolayers to Membranes; Peter Macdonald; University of Toronto at Mississauga (153)

03:20 Break

04:00 NMR Studies of Surfaces Under Controlled Electrochemical Potential; Benjamin Rush, Mark S. Yahnke, Elton J. Cairns, Jeffrey A. Reimer; LBNL and UC Berkeley (154)

04:20 Measurements of Interatomic Connectivities in Molecular Sieves Using Multiple Quantum NMR with Cross Polarization; Marek Pruski, David Lang, Christian Fernandez, Laurent Delevoye, Jean-Paul Amoureux; Ames Laboratory, Iowa State University (155)

04:40 Spectroscopic Resolution Enhancement Without Signal-Noise Loss; Kenneth Metz; Harvard Medical School (156)

02:40 Determination of Excited-state Structures of Amides and Peptides: Applications to Studies of Protein Unfolding; Sanford Asher; Department of Chemistry, Univ. of Pittsburgh (158)

03:20 Break

03:40 Elucidation of Filamentous Virus Architecture by UV Resonance Raman Spectroscopy; George Thomas; U. of Missouri (159)

04:00 Probe of Femtosecond Solvent Dynamics by Resonance Raman Spectroscopy; Lawrence Ziegler; Chemistry Department, Boston University (160)

04:20 Advances in Picosecond Resonance Raman Spectroscopy; Terry Gustafson; Chemistry Department, Ohio State University (161)

02:40 Transfer of a Robotics HPLC Analysis System From R&D to QA Operations; Alan Wickman; G. D. Searle & Co. (163)

03:20 Break

03:40 A Fully Automated Robotic Solution for QC HPLC Analysis; Fennessy Edward; Pfizer Inc. (164)

04:20 Practical Aspects of Adapting and Transferring Automated Methods for Content Uniformity; Patricia Young; Waters Corporation (165)

04:40 Transfer of Manual Dissolution Methods to a Zymark Multidose Workstation; Tim Rhines; BAS Analytics (166)

02:20 Evaluation of Laser-based Polarimetric HPLC Detection for Quantitating Poorly Resolved Enantiometric Mixtures; Tom Edkins, Romulo Lodevico, Donald Bobbitt, Rekha Shah; R. W. Johnson Pharmaceutical Research Institute (168)

03:20 Break

03:40 Chiral Separations Using Sulfated Cyclodextrins in Classical Gel Electrophoresis; Apryll Stalcup, Samuel R. Gratz, Richard M. C. Sutton; University of Cincinnati (169)

04:00 Alternative Ion-Pairing Reagents for the Simultaneous Separation of Acidic, Basic, and Neutral Enantiomers Using a Cellulose Tris)3,5-Dimethylphenylcarbamate) Stationary Phase in the Reversed Phase Mode; Joe Foley, Yunan Miao, Sally J. Grieb; Villanova University (170)

04:20 A Family of New, Monocomponent, Fully-Charged Cyclodextrins for Capillary Electrophoretic Enantiomer Separations; Gyula Vigh, Hong Cai, Thanh Nguyen, J. Byan Vincent, B. Williams; Texas A&M University (171)

02:40 Diagnostics and Quality Control of Multivariate Calibrations-Theory and Practice; Charles E Miller; Dupont Central Research And Development (173)

03:00 Transfer of Near Infrared-reflectance Calibrations Using Designed Mixtures of Rare Earth Oxides; Paul Aldridge, H. W. Ward, D. R. Brannegan, E. D. Stanley, S. S. Sekulic; Pfizer Central Research (174)

03:20 Break

03:40 Maintaining Outlier Detection When Transferring Multivariate Calibrations; David Haaland, Howl Jones; Sandia National Laboratories (175)

04:20 Multidimensional Scaling for Multivariate Calibration Transfer; Chad Anderson, John Kalivas; Idaho State University (176)

02:20 Trace Metal Preconcentration: Advances Toward a Modifiable Template for Metal Extaction; Maury Howard, James A. Holcombe, Jose Gonzales; University of Texas (178)

02:40 Selective Absorption of Light by Metals in Solution During Their Transition Form Ionic to Metallic State; Ralph Sturgeon; National Research Council of Canada (179)

03:00 Optimizing Ultra-high Pressure and Temperature Conditions for Microwave Preparation of High Molecular Weight Organics for AA and ICP Analysis; Bob Fidler; CEM Corp. (180)

03:20 Break

03:40 Volatile Metals Recovery Using a Temperature Controlled Open Vessel Microwave System; Jim Price; CEM Corp. (181)

04:00 Open Versus Closed Vessel Microwave Digestions-How, Why, When?; Bob Fidler; CEM Corp. (182)

02:20 Laser Ablation ICP-MS; Richard Russo; Lawrence Berkeley National Laboratory (184)

02:40 Slurry Nebulization for ICP-MS; Karen Sutton, Joseph A. Caruso; University of Cincinnati (185)

03:00 Glow Discharges for Molecular Mass Spectrometry; R. Kenneth Marcus, Terri Gibeau; Clemson University (186)

03:20 Break

03:40 New Paradigms for Elemental Speciation Studies Using Low-pressure Plasma Detectors; Joseph Caruso, Mikhail Belkin, Peter Kirlew; University of Cincinnati (187)

04:00 Recent Fundamental Studies in Helium ICPMS; Akbar Montaser, L. A. Iacone, H. Zhang, , M. G. Minnich; The George Washington University (188)

04:20 The Microwave Plasma Torch As an Ion Source for Elemental Mass Spectrometry; Brian Pack, Gary Hieftje; Indiana University (189)

04:40 Speciation Studies Using Low Pressure ICP-MS; E. Hywel Evans, Les Ebdon, Gavin O'Connor; University of Plymouth (190)

05:00 Fundamental Studies of Nebulizer Position and Aerosol Properties and Their Relationship to Calibration and Matrix Effects in Elemental Ion-spray Mass Spectrometry; Kurt Thaxton, John W. Olesik, Susan V. Olesik; The Ohio State University (191)

02:40 Probing the Energetics and Surface Reactivity of Plasma Generated Radicals; Ellen Fisher, K. H. A. Bogart, P. R. McCurdy, V. A. Venturo ; Colorado State University (193)

03:00 What Does a Chromatographic Stationary Phase Look Like Anyway?; John Dorsey; Florida State University (194)

03:20 Break

03:40 Near-Field and Confocal Optical Spectroscopy of Single Nanoparticles; Shuming Nie; University of Indiana (195)

04:20 Sample Treatment and Air-Exposure Effects on Composition and Structure of Organothiol Self-Assembled Monolayers; Ingrid Fritsch; University of Arkansas (196)

04:40 The Evolution of Orientation in Self Assembly; Kathy Rowlen; University of Colorado (197)
 
 

Brian Chait, The Rockefeller University, Ballroom D

Geraldine Richmond, University of Oregon, Ballroom B

09:40 Process Control Applications of EDXRF; Tony Harding; Spectrace Instruments (199)

10:20 Break

11:00 A Comparison of ICP-OES and EDXRF Spectrometry for the Analysis of Toxic Inorganic Elements in Hazardous Liquid Waste; Andrew Ellis; Oxford Instruments (200)

09:40 Raman Microscopy Through Fiber-optics; Kevin L. Davis, Will K. Kowalchyk, Ian R. Lewis; Kaiser Optical Systems (202)

10:00 Non-Denaturing Capillary Electrophoresis of Collagen in Polymer Solutions; Maureen Lanan,; AutoImmune, Inc. (203)

10:20 Break

11:00 Spectroscopic Applications in the Automotive Industry; Charlene Hayden; GM Research & Development Center (204)

11:20 Developments and Applications of Raman Spectroscopy in an Industrial Setting; Anne Leugers; Dow Chemical USA (205)

11:40 An Academic and Business Perspective on Imaging Spectroscopy for Chemical Analysis; Patrick Treado; Department of Chemistry, University of Pittsburgh (206)

09:40 A Comparison of SERS Surfaces; Kathy Rowlen, Karen Norrod; Colorado (208)

10:00 Illicit Drug Screening Using Raman and SERS; S. Michael Angel, Chance Carter, Bill Brewer; The University of South Carolina (209)

10:20 Break

11:00 The Use of Analyte Specific Coatings for SERS Detection; Keith Carron, Roberta Sulk, Brian Kennedy, Tim Deschaine; University of Wyoming (210)

11:20 SERS of Protein:colloid Complexes; Christine Keating, Ken Kovaleski, Michael Natan; Penn State University (211)

11:40 Combinatorially-derived SERS Substrates: Optimization and Reproducibility; Bonnie Baker, Susan Melville, Michael Natan; Penn State University (212)

12:00 The Development of Quantitative, Analytical Methodology Using SERRS; Daran Sadler, W.E. Smith, J C. Jones, C. Rodger; University of Strathclyde (213)

12:20 DNA Determination by Surface Enhanced Resonance Raman Scattering- Improved Reliability, Sensitivity and Selectivity; Ewen Smith, D. Graham, C. H. Munro, P. C. White; University of Strathclyde (214)

09:20 Flow FFF for Characterization of Water Soluble Polymers, Proteins and Bioparticles; Karl-Gustav Wahlund, Bengt Wittgren, Mikael Nilsson, Marie Walberg; Lund University (216)

09:40 The FFF Techniques as Tools in Biomaterials; Karin Caldwell; University of Utah (217)

10:00 In Electrochromatography are Smaller Lengths Better?; Mark R. Schure; Rohm and Haas Company (218)

11:00 Manipulating Selectivities in Capillary Electrophoresis; Eli Grushka; Hebrew University (219)

11:20 Unifying Theory for Liquid Chromatography, CZE and Electrokinetic Chromatography and Capillary Electrochromatography with Real-Time Simulations; Joseph Foley; Villanova University (220)

11:40 How Modern Chromatography Has Changed Industrial Drug Development; Bruce J. Compton; AutoImmune (221)

12:00 Back to the Beginning: Analysis of Nucleotides by CE with Stacking; Phyllis R. Brown; University of Rhode Island (222)

09:40 Photoelectrochemical Destruction of Pollutants; Krishnan Rajeshwar; University of Texas at Arlington (224)

10:20 Break

11:00 Scanning Electrochemical Microscopy of the Liquid/liquid and Liquid/membrane Interfaces; Michael Mirkin, Allen J. Bard, Michael Tsionsky, Yuanhua Shao; Queens College - CUNY (225)

11:40 Using Modified Gold Electrodes for Direct Electrochemical Studies of Photosystem; Olaf Kievit; Yale University (226)

12:00 DNA Damage Assays in Thin Films; Jilie Kong, James F. Rusling; University of Connecticut (227)

09:20 Time-Resolved Fluorescence Spectroscopy of Seawater; Robert Chen; U. Massachusetts, Boston (229)

09:40 In Situ Sampling Device Using Diffusion Gradients in Thin Films (DGTs) to Measure Labile Trace Metal Concentrations in Natural Waters; Michael Twiss; Woods Hole Oceanographic Institution (230)

10:00 X-Ray Absorption Near-Edge Structure (XANES) Spectroscopy: a Non-Destructive Tool for Investigating Sulfur and Nitrogen Speciation in Geochemical and Environmental Studies; Murthy A. Vairavamurthy; Brookhaven National Laboratory (231)

10:20 Break

11:00 Applications of Chromatography and Atomic Spectral Detection in Chemical Oceanography; Peter Uden; Univ. Massachusetts, Amherst (232)

11:20 Apportionment of Fossil Fuel and Biomass Combustion Sources of Polycyclic Aromatic Hydrocarbons in Marine Sediments Using Molecular-Level Radiocarbon Analysis; Timothy Eglinton; Woods Hole Oceanographic Institution (233)

09:40 Ion Trap Mass Spectrometry: New Geometries and Non-destructive Detection; R. Graham Cooks, J. M. Wells, L. Gill, H. Bui;Purdue University (235)

10:20 Break

11:00 Primary Structural and Functional Studies of Thiamin Biosynthetic Enzymes From E Coli by High Resolution Tandem Mass Spectrometry; Neil L. Kelleher, Sean V. Taylor, Tadhg P. Begley, Fred McLafferty; Cornell University (236)

11:20 The Combined Ion Trap and Its Applications in Physics and Chemistry; Guo-Zhong Li, Joseph A. Jarrell, Allan G. Marshall; Nat'l High Magnetic Field Lab, Florida State University (237)

11:40 Advantages of High Magnetic Field for FT-ICR Mass Spectrometry; Alan G. Marshall, Christopher L. Hendrickson; Ion Cyclotron Resonance Lab NHMFL, Florida State University (238)

09:20 Impulse Photoacoustic Measurements by Step-scan FTIR Spectrometry; Boiana Budevska; DuPont, Agricultural Products (240)

09:40 The Distribution of UV Absorbers in New and Weathered Coating: Dispersive UV PAS; Roscoe O. Carter, III; Ford Research (241)

10:00 Laser Photopyroelectric Effect Depth Profiling of Photodegradation in Thin Polymer Films; Joan Power, Marc Prystay; McGill University (242)

10:20 Break

11:00 FTIR PAS: a Versatile Spectroscopic Tool for Depth-profiling Chemical Analysis; Eric Jiang, William J. McCarthy; Bio-Rad Laboratories, Inc., Digilab Division (243)

11:20 Quantitative Step-Scan and High Pressure Photoacoustic (HIPPA) FT/IR Spectroscopy: Surface Depth Profiling of Multi-Layered Coatings and Thin Films; Marek W. Urban; North Dakota State University (244)

11:40 Photoacoustic Phase Angle Depth Profiling of Polymer Surfaces Using a DSP Controlled FTIR Spectrometer; Matthew Smith, Thomas Tague; Nicolet Instrument Corporation (245)

12:00 Characterizing Surface and Bulk Properties of Materials by Photoacoustic Variable Depth Sampling; John Mcclelland, Roger W. Jones, Stanley J. Bajic; Ames Laboratory/ Iowa State University/ MTEC Photoacoustics, Inc. (246)

09:20 Multi-thermal Plasma Distributions From Ion Kinetic Energy Measurements; Vladimir Baranov, Scott D. Tanner; PE-SCIEX (248)

09:40 Ion Extraction in an Inductively Coupled Plasma Mass Spectrometer Studied by Laser-excited Ionic Fluorescence; Paul Farnsworth, Brett Duersch; Brigham Young University (249)

10:00 Computational Model of Ion Transport Into the Second Stage of an Inductively Coupled Plasma Mass Spectrometer; James Patterson, Paul Farnsworth, Ross Spencer; Brigham Young University (250)

10:20 Break

11:00 Reduction of Carbon Related Interferences in Petrochemical Samples; Katsuhiko Kawabata; Hewlett Packard Ltd. (251)

11:20 Furnace Atomization Plasma Ionization Mass Spectrometry; Ralph Sturgeon; Institute for National Measurement Standards National Research Council of Canada (252)

11:40 Comparison of Calculated and Measured Levels of Polyatomic Ions in ICP/MS and Implications to the Causes and Mechanisms of Production of Polyatomic Ions; Sam Houk; Iowa State University (253)

09:20 Microfabricated SERS Probes for Optically Difficult Physiological Environments; Michael Morris, M. Weldon; University of Michigan (255)

09:40 Raman Microspectroscopy in Human Pathology; Jose Centeno; Armed Forces Institute of Pathology (256)

10:00 Development of In Vivo Diagnostic Tools Based on Raman Spectroscopy; Gerwin Puppels; University Hospital Rotterdam - AZR (257)

10:20 Break

11:00 Biomedical Raman and Surface-Enhanced Raman Techniques; Tuan Vo-Dinh; Oak Ridge National Laboratory (258)

11:20 Confocal Chemical Mapping by Raman Spectroscopy in Medical/Histological Samples; Fran Adar, Kasem Nithipatikom, Shari Hawi; Instruments S.A. Inc., (259)

09:40 Transverse Heated Filter Furnace Atomizer for ETA-AAS; Dmitry Katskov, P. Ngobeni; Technikon Pretoria (261)

10:00 Adaptation of a New CCD Detector for Continuum Source Graphite Furnace Atomic Absorption Spectrometry; Robert Fields, D.N. Wichems, J.M Harnly; USDA, BHNRC, FCL (262)

10:20 Break

11:00 Current Developments in AAS-Solid State Detectors and System Integration; Ian Shuttler; Bodenseewerk Perkin- Elmer GmbH (263)

11:20 Simultaneous Multielement GF-AAS Using a Rowland Circle Spectrometer with CCD Detection; Brad Jones, Karl A. Wagner; Wake Forest University (264)

11:40 Pushing the Boundaries of Graphite Furnace Atomic Absorption Spectrometry; Doug Shrader, Jonathan Moffett; Varian Analytical Instruments (265)

12:00 Recent Advances in On-line Preconcentration and Separation for Simultaneous Multielement Graphite Furnace Atomic Absorption Spectrometry; Bernhard Welz, Eric C. Hosten; Bodenseewerk Perkin- Elmer GmbH (266)

09:40 Double-and Triple-resonance NMR Studies of Zeolites, Glasses, and Other Materials; Karl Mueller, James Egan, Kimberly Fiske, Theresa Lalain, S. Prabakar, Kevin Sutovich, Robert Wenslow; Penn State University (268)

10:00 NMR of Pulsed Plasma and Pyrolytic Cvd Fluorocarbon Films; Karen Gleason, Kenneth Lau; MIT (269)

10:20 Break

11:00 Applications of Al-27, P-31 and V-51 MAS Double Resonance Experiments in Catalysis; Kurt Zilm, I-wen Wu, Xiaoling Wu; Department of Chemistry, Yale University (270)

11:40 What's Novel About Nanocomposite Materials?; David Zax, Doo-Kyung Yang, Shan Wong; Cornell University (271)

12:00 Solid State NMR Imaging and Spectroscopy for Biomedical Applications; Jerome L. Ackerman; Massachusetts General Hospital (272)

09:20 Novel Biosensors Using a Gold Colloid Monolayer Substrate; Heather Clark, Raoul Kopelman; University of Michigan (274)

09:40 Ultrasmall Selective Fiber Optic Nitric Oxide Biosensor; Susan Barker, Raoul Kopelman; University of Michigan (275)

10:00 Fluorescence Detection of in Vitro Chloride with Micro-and Nano-optodes; Susan Barker, Raoul Kopelman; University of Michigan (276)

10:20 Break

11:00 Studies of Light Scattering by Poly-3-nitro-4-hydroxystyrene Microspheres Embedded in Hydrogels for Use in pH Sensors; Rudolf Seitz; Dept. of Chemistry, U. of New Hampshire (277)

11:20 Use of a Radioluminescent Source for the Spectrophotometric Determination of Phosphorus; Andrew Leach, Daniel L. Burden, Gary Hieftje; Indiana University (278)

11:40 Using Second Harmonic Generation As an Optical Technique for Monitoring Batch Crystallizations; Dale LeCaptain, Kris Berglund; Michigan State University (279)

09:20 A Raman Spectral Library for Pharmaceuticals: Non-Invasive Indentification of Dosage Forms in Vials and Blister Packs; Richard McCreery; Ohio State University, Department of Chemistry (281)

09:40 Tablet Analysis by Near-IR Spectroscopy: Transmission and Reflectance; Steven M. Arrivo, Joep Timmermans, Bruce R. Buchanan, R. Jeffrey Tyrrell; Eric Richmond; Merck and Company, Inc. (282)

10:00 Quantification of Tablet Form Coatings by Near-IR Spectroscopy; John Kirsch, Jim Drennen, Merck and Company (283)

10:20 Break

11:00 Optical Time-of-Flight Spectroscopy for Quantitative Measurements in Highly Scattering Media; David Burns; McGill University (284)

11:20 On-line Transmission/Reflectance Measurements of Drug Products; Perry Hailey, Phil Doherty, Sonja, Sekulic; Pfizer Central Research (285)

11:40 Quantitative Analysis of Intact Pharmaceuticals Using Transmission Near-IR and a Polarization Interferometer; Greg Kampa; Buhler Inc. (286)

09:40 Using Multivariate Techniques to Determine Chemical and Biological Properties In Fish and Fish Products; Anna Cavinato, Barbara Rasco, David Mayes; Eastern Oregon University (288)

10:00 Multivariate Calibration for Open-path FT-IR Spectrometry At Low Resolution; Peter R. Griffiths, Brian K. Hart, Husheng Yang, Robert L. Richardson, Jr.; University of Idaho (289)

10:20 Break

11:00 The Hat Matrix: A Bridge Between PCR, PLS, and LS; John Kalivas, Patrick Lang; Idaho State University (290)

11:40 Multivariate Calibration Strategies for the Determination of Glucose in Biological Matrices by Near-infrared Spectroscopy; Gary W. Small, Mark A. Arnold; Ohio University (291)

09:20 Tandem Time-of-Flight Mass Spectrometry and Low Energy Ion/Surface Collisions; Donald E. Riederer; University of Missouri (293)

09:40 Applications of Octopole Ion Guides in Chemical Analysis; Skip Williams; Phillips Laboratory/GPOC (294)

10:00 Conformations and Dynamics of Gas-Phase Biomolecules; David E. Clemmer; Indiana University (295)

10:20 Break

11:00 Spectrochemical Investigations Into the Ability of Dendrimers to Organize Small Molecules; Sheryl A. Tucker; University of Missouri (296)

11:20 Using Combinatorial Chemistry for Drug Discovery: Analytical Challenges; Christopher Brummel; VERTEX Pharmaceuticals (297)

11:40 Rational Design of Chemical and Biological Sensors; Owunmi Sadik, F. Yan, M. Masila, A. Sargent; State University of New York at Binghamton (298)

12:00 Phase Transformations in Surface-confined Amphiphile Molecular Monolayers; Gregory E. Poirier; National Institute for Standards and Technology (299)

02:20 Performance Comparison of TXRFand ICP/MS Analysis; Stephen Haswell; University of Hull (301)

03:00 Break

03:40 Total Reflection X-Ray Fluorescence an Emerging Powerhouse; Mary Ann Zaitz; International Business Machines Corporation (302)

04:20 Particle-Induced X-Ray Emission Analysis; David Robertson; University of Kentucky (303)

05:00 Neutron Activation Analysis at the Missouri University Research Reactor; Michael Glascock; University of Missouri (304)

02:20 Vibrational Spectroscopy As a Structural Probe of Polymers During Mechanical Deformation; Bruce Chase, Richard Ikeda; DuPont Central Research Department (306)

03:00 Break

03:40 Multiplex Analysis Using On-the-fly Fluorescence Lifetime Detection in CE; Linda McGown, Brian K. Nunnally, Liang-chi Li, Hui He; Duke University (307)

04:20 Microscopy and Imaging: Tools for Spectroscopy and Separations; Michael Morris; University of Michigan (308)

02:00 Improved Multivariate Calibration Methods for Quantitative ICP-AES Analyses; David Haaland, William Chambers, Michael Keenan, David Melgaard, Howland Jones; Sandia National Laboratories (310)

02:20 The Use of Acousto-optic Background Correction for Atomic Emission Spectroscopy in a Scanning Monochromator; Thomas Spudich, Stacey R. Gillespie Jon W. Carnahan; Northern Illinois University (311)

02:40 Spectral Interference Correction for Environmental Applications; Zoe Grosser, Chris Hanna, Alan Ganz, Sarah Howden; The Perkin-Elmer Corporation (312)

02:00 Capillary Gel Electrochromatography with Replaceable Media; Mark Schure, Robert E. Murphy, Wendy L. Klotz; Rohm and Haas Company (314)

02:20 Capillary Electrochromatography Using Submicron Particle Sizes; Luis Colon, Adam Fermier, Kimberly Reynolds; SUNY-Buffalo (315)

02:40 Experimental and Theoretical Comparison of Voltage-Driven Separations Including Capillary Electrochromatography; Joe Foley, Andrew J. Maxwell, Joseph G. Phillips; Villanova University (316)

03:00 Break

03:40 Perfusive Electroosmotic Transport in Capillary Electrokinetic Chromatography; Vince Remcho, Daming Li; West Virginia University (317)

04:20 Condensation Nucleation Light Scattering Detection for Microbore Liquid Chromatography and Capillary Electrochromatography; John A Koropchak, Wei Guo; Southern Illinois University at Carbondale (318)

02:20 Electrochemistry of Bile Salts; Petr Zuman; Clarkson University (320)

03:00 Break

03:40 Electroactive Enzyme-lipid and Enzyme-DNA Films; James Rusling, Yuri Lvov, Zhe Zhang; University of Connecticut (321)

04:00 Electroenzymology: Oxidation of Styrene Catalyzed by Cytochrome P450 and Myoglobin; Zhe Zhang, James F. Rusling, Xaolin Zu; University of Connecticut (322)

02:20 Ion Control, MSⁿ and the Detailed Structural Analysis of Carbohydrates; Bruce B. Reinhold, Vernon N. Reinhold, Catherine E. Costello, Alan G. Marshall; Boston Univ. Medical Ctr., Mass Spectrometry Resource (324)

02:40 The Mechanism of Bioactivation of Cytotoxic Cysteine Conjugates of Haloalkanes and Haloalkenes FT-ICR Studies; Doug P. Ridge, Nganha Luu, M. B. Finkelstein, M. W. Anders; University of Delaware (325)

03:00 Break

03:40 Applications of FTMS for Automotive Coatings: Paint by Numbers; Bill Simonsick, Jr., David J. Aaserud; Dupont (326)

04:20 Trapping Gene Products: a Practical Tool for Studying Proteins; Jun Qin; The Rockefeller University (327)

04:40 From Nanospray to Macromolecules: The Undiscovered Country of Electrospray Fourier Transform Mass Spectrometry; Troy D. Wood, Sajid Bashir, Michael J. Cieslak, Gisela D. Cymes, Craig P. Dufresne, Sarah A. Lorenz, E. Peter Maziarz, III, Henry R. Padley, Chris S. Remsen, Michael N. Weisburgh; State Univ of NY at Buffalo, Dept. of Chemistry (328)

02:20 The Use of Scanning Tunneling Microscopy to Characterize Electrothermal Atomization; David Butcher, K.G. Vandervoort, K.N. McLain; Western Carolina University (330)

02:40 Investigation of the Mechanism of Chloride Interference Using a 2-step Graphite Furnace Atomizer; Ken Jackson, Tariq M. Mahmood; New York State Department of Health (331)

03:00 Break

03:40 2D Imaging of Particles Distribution in a Graphite Furnace Using Intensified CCD Detection; Patrick Mauchien, E. Masera, Y. Lerat; CEA, Analytical Laser Spectroscopy Group, DCC/DPE Saclay Research Centre (332)

04:00 Atom Removal and Non-spectral Interferences in Graphite Atomisers Studied by Diode Laser Absorption Techniques; Wolfgang Frech, N. Hadgu, J. Gustavsson, O. Axner; Umea University (333)

04:20 Monitoring of Magnesium Nitrate and Chloride Vapor Release in Electrothermal Atomizers; Dmitry Katskov, P. Marais, G Dominelli, P. Tittarelli; Technikon Pretoria (334)

04:40 Assessment of Hollow Cathode Lamp Current Pulsing Regimes for Background Correction in Atomic Absorption Spectrometry; Ken Aldous; New York State Department of Health (335)

05:00 Gas-phase Cluster Formation As a Key to Understanding Light Scattering in Graphite Furnaces; C.L. Chakrabarti, Ma Qiang, N. Panichev, R.E. Sturgeon, V. Pavski; Carleton University (336)

05:20 Applicability of Non-linear Temperature Ramps to Kinetic Studies in ETAAS; James Holcombe, Timothy E. Histen; University of Texas at Austin (337)

02:40 In-Vivo Diagnosis of Esophageal Cancer Using Laser-Induced Fluorescence; Tuan Vo-Dinh; Oak Ridge National Laboratory (339)

03:00 Break

03:40 Application of Optical Spectroscopy for the Characterization of Pre-Cancers and Cancers; Nimmi Ramanujam; University of Pennsylvania; Dept. Biochem. and Biophys (340)

04:00 Ala Induced Ppix-Fluorescence Diagnosis of Bladder Cancer; Frank Koenig; Massachusetts General Hospital and Harvard Medical School (341)

04:20 Diagnosis of Colonic Polyps Using Fluorescence Excitation Spectroscopy; Kevin Schomacker; Massachusetts General Hospital (342)

02:00 Remote Raman Spectroscopy of Subsurface Environments: Technical Challenges and Solutions; Pamela Mosier-Boss, Stephen Lieberman; Naval Command, Control and Ocean Surveillance Center (344)

02:20 Fiber Optic Light Management for Raman Analysis of Absorbing and Elastic Scattering Media; Eric Marple, Mike Wach; Visionex (345)

02:40 Confocal Raman Spectral Measurements Applied to Harsh Environments; Jack Young, Sheng Dai, Haiming Xiao; Oak Ridge National Laboratory (346)

03:00 Break

03:40 Analytical Chemistry in Supercritical Water Using Fiber-optic Raman Spectroscopy; Michael Myrick, Wendy Bell, Karl Booksh; University of South Carolina (347)

04:00 Raman Spectroscopy in a High Gamma Radiation Environment; Robert Donohoe, Joseph Skelton; Los Alamos National Laboratory (348)

04:20 Development of a Fiber Optic Probe for Raman Measurements in Hydrothermal Reactors and Steam Generation Boilers; Job Bello; EIC Laboratories (349)

05:00 ASTM Raman Committee Meeting, Room 557

02:20 Tunable Optical Parametric Oscillator-based Lasers for Sequential Multielement Atomic Absorption Spectrometry; Robert Michel, Karl X Yang, Jack X. Zhou; University of Connecticut (351)

03:00 Break

02:40 Laser Induced Fluorescence of As and Se in the Inductively Coupled Plasma (ICP); Josef Simeonsson, M. Ezer, H.L. Pacquette, D.J. Swart; U. of Iowa (352)

03:40 Spatial and Temporal Profiling of Laser-induced Plasmas; Brian Marquardt, Brian M. Cullum, Tim J. Shaw, S.; Michael Angel, University of South Carolina (353)

04:00 Approaches Towards Magnetic Compression and Re-excitation of Laser-sampled Vapor Using a Theta-pinch Discharge; Robert Gluodenis, Joel Goldberg; University of Vermont (354)

04:20 Study of Laser Induced Breakdown Spectroscopy As a Process Monitor and Control Tool for Hazardous Waste Remediation; Jagdish Singh, Fang-Yu Yueh, Hansheng Zhang Robert L. Cook; Mississippi State University (355)

02:20 NMR Techniques for Characterizing Protein and Nucleic Acid Dynamics; Arthur G. Palmer; SUNY-Stonybrook (357)

02:40 NMR and Spectroscopic Evidence for Sub-Millisecond Events in Protein Folding; Heinrich Roder, Soon-Ho Park, J. Michael Sauder, M. C. Ramachandra Shastry; Fox Chase Cancer Center (358)

03:00 Break

03:40 NMR of RNA; James R. Williamson; MIT (359)

04:00 NMR Diffusion Methods for Examining Biomolecular Association: Applications to the Structure Determination of Proteins; R. Andrew Byrd, Amanda S. Altieri, Jesse E. Taylor, James Moore, Toby Zens; NCI-FCRDC (360)

04:20 Non FT Methods of Data Processing; Jeffrey C Hoch; Rowland Institute of Science (361)

04:40 Solid State NMR Studies of Membrane Proteins; LynnMarie Thompson; University of Massachusetts (362)

05:00 Solid NMR Studies of Protein Structure and Dynamcis; Ann McDermott, Tatyana Polenova Anja Bockmann Yufeng Wei; Columbia University (363)

02:00 Utilizing a Near Field Optical Probe for Detection of Intracellular [Ca2+] in Single Cells; Weihong Tan, Jonathan D. Bui, Tibor Zelles, M. Ian Phillips; U. of Florida (365)

02:20 Subsurface Contaminant Monitoring by Laser Excitation-emission Matrix/cone Penetrometer; Jonathan Kenny, A. Wright, J. Pepper, R. Premasiri, S. Mathew; Department of Chemistry, Tufts University (366)

02:40 Fiberless Nano-optodes for Real-time Intracellular Chemical Analysis; Heather Clark, Raoul Kopelman; University of Michigan (367)

03:00 Break

03:40 Multidimensional Fluorescence Spectroscopy in Action; Ulrich Panne, C. Dicke, R. Niessner; Technical University Munich (368)

04:00 High Density Fiber Optic Microwell Arrays for Chemical Sensing; Karri L. Michael, Laura C. Taylor, Sandra L. Schultz, Jane A. Ferguson, David R. Walt; Tufts University (369)

04:20 Remote, Distributed Fiber Optic Sensing Based on Near Infrared Reflectance From Hydrogel Membranes with Embedded, Analyte-sensitive Polymer Microspheres; Rudolf Seitz; University of New Hampshire (370)

04:40 Novel Strategies for Spatially Resolved Analyte Mapping Over Large Remote Areas: From Theoretical Evaluation to the First Practical Implementation; Radislav Potyrailo, Gary M., Hieftje; Indiana University (371)

05:00 Novel Concept in Biosensing Based on Artificial Highly Selective and Robust Molecular Recognition Receptors; Radislav A. Potyrailo, R. C. Conrad, A. D. Ellington, G. M. Hieftje; Indiana University (372)

02:20 Reaction Monitoring: Examples from Pfizer’s Process Safety and Reaction Engineering Laboratory (PSREL); Dave Amende; Pfizer Inc. (374)

02:40 In Situ FT/IR Analysis of Asymmetric Aldol Reactions; Joel Hawkins; Pfizer Inc. (375)

03:00 Break

03:40 Application of Mixture Analysis Algorithms to Mid-IR and NIR Reaction Monitoring Spectral Data; Perry Hailey; Pfizer Central Research (376)

04:20 Enhanced Information Recovery from In-Situ Reaction Monitoring Using Mid-Infrared Spectroscopy; Ian Wells; Zeneca (Huddersfield) (377)

04:40 FT/IR Reaction Monitoring; Jeff Sherman; Applied Systems Inc. (378)

02:00 Protein Conformational Studies Using Vibrational Cirular Dichroism; Tim Keiderling, Petr Pancoska, Vladimir Baumruk, Marie Urbanova, Vit Janota, Bernoli Baello, Sunsool Wi ; University of Illinois at Chicago (380)

02:20 Vibrational Circular Dichroism Spectra of DNA and Chiral Polymers; Hal Wieser; University of Calgary (381)

02:40 Investigation of Model Biological Membranes At the Air-water Interface by Polarization Modulation FTIR Spectroscopy; Michel Pezolet, Helene Bourque, Josee Labrecque, Bernard Desbat; Laval University (382)

03:00 Break

03:40 Polarization Modulation FTIR Measurements for the Characterization of Surface Attachment Chemistry At Metal Surfaces; Robert M. Corn, Claire Jordan, Tony Frutos; Chem. Dept., University of Wisconsin (383)

04:00 Double Polarization Modulation Spectroscopy; Prasad Polavarapu; Vanderbilt University (384)

04:20 Vibrational Optical Activity of Pharmaceutical Molecules; Teresa B. Freedman; Syracuse University (385)

04:40 Determination of % Enantomeric Excess in Molecules of Pharmaceutical Interest; Rina K. Dukor, Allan Rilling, Henry Buijs, Jean-Rene Roy, Laurence A. Nafie; Bioinformatics Department, Vysis, Inc. (386)

02:20 A Rubber Property by Process NIR; Robert L. Long; Exxon Chemical (388)

02:40 Trace-Level Additive Monitoring Using Fiber Optic NIR; Srinivas Vedula; University of Tennessee (389)

03:00 Break

03:40 AOTF NIR Real-Time Process Applications; John Richmond; Brimrose Corporation of America (390)

04:20 Dryer Effluent Monitoring in a Pharmaceutical Pilot Plant Via Fiber Optic NIR; Dwight Walker; Glaxo Wellcome Inc. (391)

04:40 On-Line Diffuse Reflectance Monitoring Using FT/NIR; Shih Chang; Analect Instruments (392)

04:00 Expanded Capabilities for Laser Ablation Solid Sampling Via ICP-TOFMS; Lloyd Allen, Kevin Brushwyler, Dave Myers, Stuart Georgitis; LECO Corp. (394)

04:20 Fast Transient Signals Simultaneous Multielement Analysis by ICP-TOFMS; Dmytro Bandura, Clive Davenport, Robert Peile; GBC Scientific Equipment Pty Ltd (395)

04:40 TOF-ICP-MS: Simultaneous Multielement Analysis of Transient Signals; Stuart Georgitis, Kevin Brushwyler, Dave Myers, Lloyd Allen; LECO Corp. (396)

05:00 A Gas-sampling Glow Discharge Ionization Source for Atomic and Molecular Time-of-flight Mass Spectrometry; John P. Guzowski, Jr., Gary Hieftje, J.A.C. Broekart, S.J. Ray; Indiana University (397)
 

09:20 Optimization Strategies in Delayed Extraction Maldi TOF; Peter Juhasz; PerSeptive Biosystems (399)

10:00 Electrospray Time-of-flight Mass Spectrometry with Orthogonal Ion Extraction; Anatoli Verentchikov; PerSpective Biosystems (400)

10:20 Break

11:00 Miniturization of Time-of-flight Mass Spectrometers Using Endcap Reflectors; Tim Cornish; Johns Hopkins Univ. Med. School (401)

11:40 Recnt Developments in Time-of-Flight Instrumentation for ESI and MALDI; Werner Ens; University of Manitoba (402)

12:00 Ion Emission Plumes and Their Impact on TOF Ion Source Design; Ronald Beavis; Skirball Inst, NY Univ. Med. Ctr. (403)

09:40 On-line Raman Spectroscopy of Industrial Catalytic Processes; Ruth Geiger; Dilor GmbH, ISA (405)

10:00 Control of Chemical Processes by Remote Raman Spectroscopy Without Fluorescence; Philippe Marteau, Nathalie Zanier; L.I.M.H.P., Institut galil_e. CNRS (406)

10:20 Break

11:00 Use of Chemometric Calibration Methods for Robust On-line Raman Spectroscopy; Patrick Wiegand, Fran Adar, Jon Noonan; Union Carbide (407)

11:20 The Fiber Spinning Process: What Can Raman Scattering Tell Us?; Bruce Chase; Dupont (408)

09:40 Use of FTIR in the Development of Protein Pharmaceuticals; Steven Prestrelski; Alza Corporation (410)

10:20 Break

11:00 Biological Applications of Surface Plasmon Resonance Spectroscopy; Robert Fisher, Matt Fivash, Eric Towler, Maxine Medaglia, Lisa Lachenmayr; NCI-FCRDC (411)

11:20 Characterization of Amino Acid Modifications in Peptides and Proteins by FT-IR; Partha Manavalan, Kevin Courchesne, Tim Edmunds; Genzyme Corporation (412)

12:00 Development of Molecular Based Drug Screening Methods: Applications of Optical Techniques; Yang Wang, Merck & Co. (412A)

09:40 Thermodynamics of Micelle-Water Partitioning in MEKC: Comparisons with n-Octanol-Water Biopartitioning; John Dorsey, Brian N. Woodrow; Florida State University (414)

10:00 Thermodynamically Stable Vesicles Formed from Mixtures of Oppositely Charged Surfactant Provide Better Hydrophobic, Polar Group, and Shape Selectivity than SDS Micelles; Joe Foley, Mei Hong; Villanova University (415)

10:20 Break

11:00 Evaluation of Polymeric Surfactants as Pseudo-Stationary Phases for Electrokinetic Chromatography; Chris Palmer, Keith T. Tellman, Ting Chen; New Mexico Tech (416)

11:20 Capillary Electrophoresis in the Agrichemical Business; Maximillian Safarpour; Cyanamid (417)

11:40 Regioisomeric and Enantiomeric Resolution of Cytochrome P-450 Metabolites of Arachidonic Acid by Capillary Electrophoresis; Victoria VanderNoot, Jonathan Dordick, Mike VanRollins; University of Iowa, Dept. of Chem. & Biochem. Eng.) (418)

09:40 Imaging Brain Function, Gene Regulation and Infection in the Body Noninvasively Using Light; David Benaron (420)

10:20 Break

11:00 In Vitro Model for Developing Noninvasive Glucose Monitors; Jason Burmeister (421)

11:40 NIR Measurement of Tissue pH to Investigate Ischemia and Reperfusion in Muscles and Organs; Babs Soller (422)

09:20 Dual Ultramicroelectrode Devices for Electroanalysis; John Kirchoff, Francis Burns, Dean Giolando; University of Toledo (424)

09:40 Pulsed Electrochemical Detection in Bioanalysis; William R. LaCourse; University of Maryland Baltimore County (425)

10:00 Electrochemical Amplification At Alkanethiolate-modified Gold Electrodes; Stephen Creager, Kent Alleman, Marla French; Clemson University (426)

10:20 Break

11:00 The Use of HPLC-EC Coulometric Electrode Array Systems for Studies Related to Oxidative Metabolism; John Cullison, Mark Bowers, Bruce Bailey, Paul Gamache; ESA Inc. (427)

11:20 Axially-Withdrawn Rotating Cylinder Electrode for Alloy Surface Preparation and Characterization; Alexander Scheeline, Husheng Gao, Arne J. Pearlstein; University of Illinois (428)

11:40 Electrochemical Oscillations of Indium(III); Howard D. Dewald, Joseph Thomas, Roger W. Rollins; Department of Chemistry (429)

12:00 Oscillatory Electro-oxidation of Aluminum and 2024 Aluminum Alloy Rotating Disk Electrodes.; Alexander Scheeline, Dewayne T. Bowlin, Kenyata Clay, Arne J. Pearlstein; University of Illinois (430)

12:20 Bifunctional and Electrocatalytic Detection of Nitric Oxide at Palladium-Iridium Alloy Coated Glassy Carbon Electrode; Jian-Shan Ye, Jian-Hong Pei, Xiao-Yuan Li, Hong Kong University of Science and Technology (431)

09:40 Transportation of Analyte in ETV-ICP-MS; Jim Holcombe, Delany Logan; University of Texas at Austin (433)

10:00 Update on Ultrasonic Slurry Sampling ETV-ICP/MS; Nancy Miller-Ihli, Vahid Majidi; USDA, BHNRC, FCL (434)

10:20 Break

11:00 Nucleation and Cluster Formation: the Safest Route for Analytes From ETV to ICP-MS; Vahid Majidi, Nancy Miller-Ihli; USDA, BHNRC, FCL (435)

11:20 Determination of Actinides in Waste Isolation Pilot Plant Brines by Electrothermal Vaporization Inductively Coupled Plasma Mass Spectrometry; Sandra Bonchin, Julie A. Eyre, Jose A. Olivares, Thomas M. Yoshida; Los Alamos National Laboratory (436)

11:40 Analyte Ionization in the FAPES Source; Ralph Sturgeon, R. Guevremont; National Research Council of Canada (437)

09:20 Trace Detection of As and Se by Electrothermal Atomization-Laser Induced Fluorescence; Josef Simeonsson, D.J. Swart; U. of Iowa (439)

09:40 Determination of Selenium by Hydride Generation Atomic Absorption Spectrometry with Co-immobilization of Analyte and Borohydride Reagent on an Anion Exchange Resin; Julian Tyson, Pablo Carrero; University of Massachusetts (440)

10:00 Determination of Lead by Flow Injection Hydride Generation Atomic Spectrometry; Robert Ellis, Julian Tyson, Susan McIntosh; University of Massachusetts (441)

10:20 Break

11:00 Development of a Multielement W-coil Spectrometer for Simultaneous Determination of Cu and Pb in Drinking Water; Arthur Salido, Dr. Brad Jones; Wake Forest University (442)

11:20 In-the-field Determinations of Cd with a Portable Tungsten Coil Atomic Absorption Spectrometer; James Batchelor, Bradley T. Jones; Wake Forest University (443)

11:40 Laser Excited Atomic Fluorescence Spectrometry in A Graphite Furnace for Direct Determination of Lead in Paint by Solid Sampling; Robert Michel, Karl X. Yang, Jack X. Zhou, Robert G. Michel.; University of Connecticut (444)

09:40 Mid-IR Spectral Imaging Using an MCT Focal-plane Array Detector; Curtis Marcott, Robert C. Reeder; The Procter & Gamble Company (446)

10:00 IR Imaging of Biomineralized Tissues in Normal and Pathological States; Richard Mendelsohn, E. Paschalis, A. L. Boskey; Rutgers University (447)

10:20 Break

11:00 Fast Infrared Imaging of Complex Polymer Systems; Jack Koenig; Case Western Reserve University (448)

11:40 Microscopic to Macroscopic Applications of FTIR Imaging Spectroscopy Using an MCT Focal Plane Array Detector; Norman Wright, Richard Crocombe, David Drapcho, William McCarthy; Bio-Rad, Digilab Division (449)

09:20 Progess in Step-Scan Fourier Transform Vibrational Circular Dichroism; Lawrence A. Nafie; Syracuse University (451)

09:40 Application of 2D-IR Correlation Analysis in Elucidating Protein Secondary Structure in Aqueous Solutions; Hugh H. Richardson; Ohio University (452)

10:00 Protein Conformation Under Crystallization Conditions by Fourier Transform Vibrational Spectroscopy; Philip B. Oldham; Mississippi State University (453)

10:20 Break

11:00 Infrared and Raman Microspectroscopy in the Pathology Laboratory; Victor F. Kalasinsky; Armed Forces Institute of Pathology (454)

11:20 Mid-infrared and Near-infrared Conformational Study of Beta-lactoglobulin Using Two-dimensional Correlation Spectroscopy; Nelson Sefara, Hugh H. Richardson; Ohio University (455)

11:40 FTIR Investigation of pH-dependent Conformational Changes in Cytochrome C; David Moss, Ralf Masuch; Karlsruhe Research Center (456)

12:00 Modifications to Thin Layer Chromatography Media for Improvements in In-situ TlLC FTIR; Penn Weaver; Schering-Plough HealthCare Products (457)

12:20 Implementation of the Adjoint Spectrum Algorithm in Infrared Spectroscopy - Advantages for Quantitative Applications; Hector L. Casal, David Cameron, Don Kuehl; DHC Analysis (458)

11:20 Study of the Influence of the Matrix in an Inductively Coupled Plasma with Monodisperse Droplets; Paul B. Farnsworth, Alexandru Lazar; Brigham Young University (460)

11:40 The Fate of Droplets From a Direct Injection Nebulizer in Inductively Coupled Plasmas Using Phase-Doppler Particle Analysis; Akbar Montaser, John McLean; Department of Chemistry, The George Washington Univ (461)

12:00 Fundamental Investigation of Matrix Effects and Ion Transport in ICP/MS Using Individual Drop Sample Introduction; Ian Stewart, John W. Olesik; The Ohio State University (462)

09:20 Laser Ablation ICP-MS for the Characterization of Ceramics; Arjan J. G. Mank; Philips CFT (464)

09:40 Laser Ablation Coupled with Microwave Induced Plasma Emission Spectrometry: the Effect of Ablation Wavelength and Detection Delay Time on Matrix Effects; Robert Michel, Jack X. Zhou, Xiandeng; University of Connecticut, Dept. of Chemistry (465)

10:00 Material Characterization Using Laser Ablation ICP-MS; Rodney Fonseca; General Electric Corporate Research and Development (466)

09:20 Rare-earth Spectroscopy and Characterization of Rare-earth Doped Glasses; Dale L. Perry, Eric Faulque, B. Dulieu, C. Seybert, J. Werya; Lawrence Berkeley Laboratory (468)

09:40 Lanthanide Luminescence As a Probe of Nanocrystalline Materials; Brian M. Tissue; Virginia Polytechnic Institute and State University (469)

10:00 Advances in Chemical Sensors Based on Luminescent Inorganic Complexes; James N. Demas, Wenying Xu, Kristi Kneas, Jason Price, B.A. DeGraff; University of Virginia (470)

10:20 Break

11:00 Luminescence Studies of Si-clathrate Compounds; Peter C. Eklund; University of Kentucky (471)

11:20 Luminescence Spectroscopy of Rare Earth Ions in Fluoride Glasses; Jacques Lucas; Universite de Rennes I (472)

11:40 Lanthanide-based Optical Supramolecules; Daniel G. Nocera; Michigan State University (473)

12:00 Near-IR Luminescent Rare-earth Sensitizer Complexes; Johannes W. Hofstraat, Manon P. Oude Wolders, Franciscus C.J.M. van Veggel, David N. Reinhoudt, Martinus H.V. Werts, Jan W. Verhoeven; Akzo Nobel Central Research (474)

12:20 Electroluminescence and Cathodoluminescence from Inorganic CdSe Nanocrystals Embedded in Thin Film Structures; H. Mattoussi, J. Rodrigez-Viejo, M. G. Bawendi, M. F. Rubner, Massachusetts Institute of Technology (475)

09:40 What Single Particle Mass Spectrometry Can Tell Us About Atmospheric Aerosols; Daniel Murphy, Ann Middlebrook, David Thomson; NOAA Aeronomy Laboratory (477)

10:00 Real-Time Monitoring of Aerosol Processes in the Troposphere; Kimberly Prather, E. Gard, D. Gross, M. Gaelli, B. Morrical, D. Fergensen, T. Diene; University of California, Riverside (478)

10:20 Break

11:00 Real-time MS/MS Characterization of Individual Aerosol Particles; J. Michael Ramsey, W.B. Whitten, P.T.A. Reilley, R.A. Gieray, M. Yang; Oak Ridge National Laboratroy (479)

11:20 Evaluating the Composition and Reactivity of Aerosols in the Lower Stratosphere Using Aircraft Measurements; Lori Del Negro; NOAA Aeronomy Laboratory (480)

11:40 Size Distribution and Chemical Characterization of Atmospheric Aerosols Using Atomic Force Microscopy; John Birks, David Lehmpuhl, Kathy Ramirez, Amy Michel, Kathy Rowlen; University of Colorado (481)

09:20 Delivering Analytical Technology to Where the Money is - What’s Needed in the Toolbox; Charles E. Miller; E. I. DuPont de Nemours & Co., Inc. (483)

09:40 Professional Development of Analytical Chemists; Warren B. Crummett; Dow Chemical Company (retired) (484)

10:20 Break

11:00 Life in the Analytical Services Industry: Things They Never Tell You in Graduate School; Ron Hass; Triangle Laboratories (484)

11:20 Preparation of Industrial Analytical Chemists: Skills and Curriculum; Lynn A. Melton; University of Texas at Dallas (486)

12:00 Panel Discussion; Melton (487)

09:40 Characterization of Polymers by Thermally Stimulated Current; Marc Galop; Thermold Partners, L.P. (489)

10:20 Break

11:00 Examining Complex Thermal Decompositions Using Infra-red Spectroscopy; Brian McGrattan; Perkin-Elmer Corporation (490)

11:40 FT-Raman Analysis of Crystallinity of Polyactide; Deru Qin, Robert Kean; Cargill Inc. (491)

Michael Feld, MIT, Ballroom B

Barry Karger, Northeastern University, Ballroom E

09:20 Acousto-optic Tunable Filters Mini-monochromators for UV and Visible Molecular and Atomic Spectrometry; Jon Carnahan, Ewa Bucher; Northern Illinois University (606)

09:40 Potential For Single Fiber Individualization with Microspectroscopic Infrared Dichroic Data; Liling Cho, David L. Wetzel, John A. Reffner; Kansas State University (607)

10:00 Drift Noise in Fourier Transform Spectroscopy: Theory, Experiment, and Implications; Geoff Hazel, Frank Bucholtz, Ishwar Aggarwal; Naval Research Lab./ Virginia Polytechnic Inst. (608)

10:20 Break

11:00 Direct Calibration Transfer with High-performance FT-NIR Spectrometers; Stephen DeJesus, Qian Wang; Bruker Optics (609)

11:20 Spatial Resolution in Infrared Microspectroscopy; John Reffner; Spectra-Tech, inc. (610)

11:40 Development and Application of Digital Signal Processing Software for Multiple Modulation FTIR Measurements; David Drapcho, Raul Curbelo, Lizlong Zhang, David, Johnston; Bio-Rad Laboratories (611)

12:00 Validation of A Computer Controlled AA Spectrometer; Scott Ericson; Baxter Healthcare Corporation (612)

09:40 Direct Analysis of Difficult Samples Using a Low Flow Nebulizer and High Resolution ICP/MS; Dan Wiederin; Elemental Consulting (614)

10:00 Performance Evaluation of a Desolvating Microconcentric Nebulizer for Quadrupole ICP/MS; Fred Smith, Kaoru Kobayashi; CETAC Technologies, Inc (615)

10:20 Break

11:00 Ultrasonic Nebulization, Microscale Pneumatic Nebulization and Desolvation: I Told You So!; R. S. Houk, M. G. Minnich; Ames Laboratory USDOE (616)

11:40 Fundamental Investigation of a Direct Injection High Efficiency Nebulizer for Inductively Coupled Plasma Mass Spectrometry; Akbar Montaser, Hao Zhang, Michael G. Minnich, Scott R. Dubow; Department of Chemistry, The George Washington University (617)

12:00 Elemental Analysis of Polymers Using Laser Ablation and Axial ICP/AES; Ted Howe, Jim Zhu; CETAC Technologies, Inc (618)

09:20 Multivariate Optical Computation for Predictive Spectroscopy; Michael Myrick, Jeffrey F. Aust, Michael L. McLester; University of South Carolina, Dept. of Chemistry (620)

09:40 Globally Optimized Detection Algorithms for FTir Remote Sensing Data; Gary W. Small; Ohio University (621)

10:00 Statistical Pattern Recognition Applied to Forensic Analytical Methods; William J. Egan, Brian K. Kochanowski, Stephen Morgan, Edward G. Bartick, Rena Merrill; Univeristy of South Carolina (622)

10:20 Break

11:00 The Simplex Method and Fuzzy Set Membership Functions to Optimize Analytical Methods-Method Approach and a Case Study From Gas Chromatography; Tomas Oberg; Multisimplex KB (623)

11:20 Calibration Transfer of Artificial Neural Networks for Automated FTIR Remote Sensing Measurements; Gary W. Small; Ohio University (624)

11:40 Calibration Using Genetic Regression for Industrial Waste Monitoring and Characterization; Shawn White, Ron Williams; Clemson (625)

12:00 Landscape Maps for Visualizing Self-modeling Curve Resolution; Thomas W. Brueggemeyer; US Food and Drug Administration (626)

09:20 NIR: UK/European Viewpoints and Perspectives; Roger Alexander; MCA (628)

10:00 NIR for Release of an Animal Health Product: FDA Approved-How, Why, and Where Are We Now?; Richard Whitfield; Pharmacia & Upjohn (629)

10:20 Break

11:00 How the Other Half Lives, NIOR in the Non-Regulated Environment; Harvey Gold, Dupont Corporate Analytical Services (630)

11:40 NIR/chemometrics for Polymorph Characterization; Sonja Sekulic; Pfizer Central Research (631)

09:40 Quantitative Analysis and Calibration Techniques in Headspace GC; John E. Purcell; Purcell Associates (633)

10:00 Techniques and Headspace Instrumentation for Laboratory and Process Analysis; Michael Markelov; ACS Labs, Inc. (634)

10:20 Break

11:00 Headspace Analysis of Fragrances in Consumer Products; John N. Labows, John Riley; Colgate-Palmolive Co. (635)

11:20 Applications of Headspace Gas Chromatography in Forensic Science; Thomas A. Brettel; New Jersey State Police (636)

11:40 Solid Phase Micro-Extraction and GC/MS for a Variety of Analytical Problems; Nicholas Snow, Pius Okeyo; Seton Hall University (637)

12:00 Analysis of Polymeric Formulations by Thermal Desorption and Pyrolysis GC/MS; Meyer Ezrin, Gary Lavigne; University of Connecticut (638)

09:40 Bulk and Depth-Resolved Analysis of Glass Matrix Samples by RF-GD/AES; R. Kenneth Marcus, Matthew L. Hartenstein, Xioahan Pan; CLemson University (640)

10:00 Direct Solid Sampling Via Plasma Gun-ICP AES; Joel Goldberg, James McKinstry, Whitney Minnick; University of Vermont (641)

10:20 Break

11:00 Direct Elemental Analysis of Conducting Solids by Spark-ICP/AES; Vassili Karanassios, Lowell Greib; University of Waterloo (642)

11:20 A Versatile Microprobe Laser Ablation System for Inductively Coupled Plasma Spectrometry; Jim Zhu, Ted Howe; CETAC Technologies, Inc. (643)

11:40 Variables that Effect the Sampling of Solids by Laser-Induced Breakdown Spectroscopy; B. Castle, K. Viser, B.W. Smith, J.D. Winefordner; University of Florida (644)

12:00 Atomic Absorption and Fluorescence of Rubidium in a Laser Breakdown Plasma on a Solid Sample; L. King, I. Gornushkin, B. W. Smith, J.D. Winefordner; University of Florida (645)

09:20 Direct Measurement of Single-molecule Diffusion and Reaction Rates in Free Solution; Edward Yeung, Nancy Xu; Iowa State University (647)

09:40 Single-molecule Methodologies for Genome Analysis; Shuming Nie, William Lyon, William Haskins; Indiana University (648)

10:00 Single Molecule Detection with Two-photon Microscopy and Spectroscopy; Peter So; MIT (649)

10:20 Break

11:00 Detection and Characterization of Single Molecules in Solution; Claus Seidel; Max-Planck-Institut fuer Biophysikalische Chemie (650)

11:20 Single Molecules and Proteins in Biocompatible Gels; W. E. Moerner; University of California - San Diego (651)

11:40 Detection and Identification of Single Molecules Using Surface-enhanced Raman Scattering; Katrin Kneipp; Technical University of Berlin (652)

09:20 Quantitation of Lignin in Wood Pulp by FT-Raman; Philip B. Oldham, A. Ibrahim, Z. Sun, T.P. Schultz, T.E. Conners; Mississippi State University (654)

09:40 NIR FT-Raman Imaging of Flax (Linum usitatissimum L) Stems; David S. Himmelsbach, Danny E. Akin; USDA-ARS Russell Research Center (655)

10:00 Combination FT-Raman/ NIR Spectroscopy for In-ampule Materials Characterization; Steven J. Choquette, Stephen Chelser, David Duewer; National Institute of Standards and Technology (656)

10:20 Break

11:00 Applications of Raman Spectroscopy to Wood, Pulp, and Paper; Umesh P. Agarwal, Rajai H. Atalla; USDA Forest Service - Forest Products Laboratory (657)

11:20 Pressure-tuning FT-Raman Studies of Ion-pair Vibrations in Ionic Solids; Ian S. Butler, Michael Hofstatter, Clare M. Edwards, Adi Eisenberg; McGill University (658)

09:20 The Reduction/elimination of Interface Discharges in Helium Inductively Coupled Plasma Mass Spectrometry; Akbar Montaser, Hao Zhang; The George Washington University (660)

09:40 Characterization of a High Transmission ICP-MS Interface (S Mode) for Analysis of Geological and Environmental Samples; I. B. Brenner; Environmental Analytical Labs, BGU (661)

10:00 Fundamental Investigations of Steady State and Transient Acid Effects in ICP-AES and ICP/MS; Ian Stewart, John W. Olesik; The Ohio State University (662)

10:20 Break

11:00 Evaluating an Imaging System for Spatial Mapping of Spectrochemical Emission Sources; Scott Goode, Michael E. Rider; Department of Chemistry and Biochemistry (663)

11:20 An Optical Interface That Can Optically Section an Axially Viewed Plasma; Michael A. Rutzke; Cornell University (664)

11:40 When Push Comes to Shove, and End on Plasma's (Axial ICP-AES) Beat Out ICP-MS in the Sensitivty Game!; Dion Tsourides; Spectro A.I. Inc. (665)

12:00 Interference Effects of Ca and Na in a CCD ICP System; I. B. Brenner; Environmental Analytical Labs, BGU (666)

09:40 Measurement of Impurities in Anhydrous HCl Gas Using On-Line FTIR; J. D. Tate, Fred Baudais, Paul Chauvel, Doug Johnson, Pat Ortiz, Susan Youngs, Ken Gallaher (668)

10:00 Instrumental Resolution Considerations for FTIR Gas Phase Spectroscopy; J. D. Tate, Petri Jaakkola, M. Paakkunaninen, Jyrki Kauppinen, Pekka Saarinen (669)

10:20 Break

11:00 On-Line Measurement of Conversion in Syndiotactic Polystyrene Production by Raman Spectroscopy; John Weston, Ann Leugers, Daniel Arriola, Daniel Beaudoin (670)

11:20 On-Line Analysis of Methylchlorosilane Distillation Streams by Raman Spectroscopy; Ronda Grosse, Elmer Lipp, Harry Husby (671)

11:40 IR and Raman Approaches for Measuring Trace Vinyl Levels in Siloxanes; Elmer Lipp (672)

09:20 Laser-based Fluorescence for Environmental Sensing; Tuan Vo-Dinh; Oak Ridge National Laboratory (674)

09:40 Integrated Optic Chemical Sensor for Water Quality Control; Ed Mendoza, Bob Lieberman; Physical Optics Corporation (675)

10:00 Near-IR Fluorescent Dyes for Metal-ion Determinations in Solution; Gabor Patonay, L. Tarazi, A. George, L. Strekowski; Georgia State University (676)

10:20 Break

11:00 The Influence of Complexation and Oxidation Reactions on the Fluorescence Decay of Natural Organic Matter; Michael U. Kumke, G. Abbt-Braun, F.H. Frimmel; Engler-Bunte-Institut, Universitat Karlsruhe (677)

11:20 Extrinsic Probe Studies of Humic Substances; Linda B. McGown, Jarafshan Mobed; Duke University (678)

11:40 Single-molecule Fluorescence Detection Using Laboratory-on-a-chip Devices; J. Michael Ramsey, J.C. Fister, S.C. Jacobson; Oak Ridge National Laboratory (679)

12:00 Constant Energy Synchronous Scan and Excitation Emission Matrix Shpol'skii Spectroscopy for Characterization of PAH's; Johannes W. Hofstraat, Urs P. Wild; Akzo Nobel Central Research (680)

12:20 Luminescence Spectroscopy for Analysis of Hetero-and Substituted PAH's; Cees Gooijer, Igor S. Kozin, Steven J. Kok, Nel H. Velthorst; Free University (681)

09:40 Polarized IR and Near-IR Microspectroscopic Response of Polymers to Induced Strain; David L. Wetzel; Kansas State University (683)

10:00 FTIR Photoacoustic Spectroscopy and Neural Network Technology Use in Identifying Plastics From Automobiles; David Coleman, Patricia Coleman, Claudia Duranceau; Wayne State Univeristy (684)

10:20 Break

11:00 Polarized Raman Micro-probe in the on Line Molecular Orientation of Polymers During Production Process; George Voyiatzis, Kostas Adrikopoulos, Spyros Anastasiadis, Amaia Soto; ICE/HT-FORTH (685)

11:20 Photocopolymerizations of Bismaleimide and Divinylether Compounds a New Class of Charge Transfer Polymerization; P. Kohli, A. B. Scranton, G. J. Blanchard; Michigan State University (686)

11:40 SERS Studies of Active Transport Hydrolysis and Adsorption Kinetics in Subcutaneous Lipid/fatty Acid Systems; Millicent Weldon, Michael D. Morris; University of Michigan (687)

09:20 Determination of VOCS in Air Using Pumped Sampling Onto Sorbent Tubes and Analysis by Thermal Desorption-Capillary GC; Elizabeth Woolfenden; Perkin-Elmer Corp (689)

09:40 Tricking the Troublemakers; Detlev Helmig; Department of Chemistry, University of Colorado (690)

10:20 Break

11:00 Diffusion Denuder Samplers or Semi-Volatile Particulate Organic Material; Delbert Eatough, Brigham Young University (691)

11:20 Real-Time Anlaysis of Airborne Organic Compounds by Membrane Introduction Mass Spectrometry: Principles and Performance; Philip H. Hemberger; Los Alamos National Laboratory (692)

11:40 Trace Analysis of Organics in Air by Ion Trap Mass Spectrometry; Michelle Buchanan, Scott McLuckey; Oak Ridge National Laboratory (693)

09:20 Applications of Step-scan FTIR Spectroscopy to the Characterization of Optically Responsive Materials; Vasilis Gregoriou; Polaroid Corporation (695)

09:40 Time-resolved, Step-scan FTIR Studies of Excited States and Intermediates of Transition Metal Complexes; Jon Schoonover, Stefan Bernhard, Brian Dyer; Los Alamos National Laboratory (696)

10:00 Time-resolved Infrared Spectroscopy in Convential and Supercritical Fluids; Michael W. George, David C. Grills, Xue-Zhong Sun, Martyn Poliakoff; University of Nottingham (697)

10:20 Break

11:00 Nano-second Time-resolved Fourier Transform Emission Spectroscopy: Applicantions in Resonant Raman Scattering and Gas Kinetics Studies; Hai-Lung Dai, Laura Letendre, Jerry Brenner; University of Pennsylvania (698)

11:20 Step-scan FTIR Dynamic Polymer Opto-rheology: Time-Vs Frequency Domain; Richard A. Palmer, Haochaun Wang, Christopher J. Manning, Jon R. Schoonover; Duke University (699)

11:40 Dynamic IR in Tension and Shear; Richard Ikeda, Bruce Chase; DuPont (700)

02:20 Interactive Software Controlled Electronic Wavelength Switching of NIR Acousto-Optic TFS Enhances Quantitative Capability; David L. Wetzel, Joseph A. Sweat; Kansas State University (702)

02:40 Kinetic FT/IR Fire Gas Monitoring By Quantitative and Uniqueness Target Factor Analysis (QU-TFA); John Tetteh, Ed Metcalfe, Luwiza Alfazema, Sian Howells, David Perrett; School of Chemical and Life Sciences (703)

03:00 Simplified Sampling Handling in the Mid-IR by the Use of Diamond Optical Surfaces; John Coates; Coates Consulting (704)

03:20 Break

03:40 Examination of Alkane Overtone Spectra; Meredith Daniel, Robert L. Swofford; Wake Forest University (705)

04:00 The Quantitative Absorption Spectrum of Benzene and Benzene-D6 Accurately Described As the Sum of Classical Damped Harmonic Oscillator Bands; John Bertie; Department of Chemistry, University of Alberta (706)

04:20 Interpretation of Field Data From LIF-EEM-CPT Instrument; Jane Pepper, A. Wright, R. Premasiri, S. Mathew, J. Kenny; Department of Chemistry, Tufts University (707)

04:40 Single-Shot Multiwavelength Imaging of Laser Plumes; Mathew Nelson, Michael Myrick, Wendy C. Bell, Michael L. McLester; University of South Carolina (708)

02:20 Measuring Metals in Air and Water At Ambient Concentrations How Low Can We Go?; Brian Buckley; Rutgers University (710)

02:40 Ultra-trace Measurement of Environmental Radioisotopes Using Mass Spectrometric Techniques; David Koppenaal, J.F. Wacker*, J.M. Kelley, D.G. Gerlach, O.T. Farmer, E.J. Wyse, M.R. Smith; Pacific Northwest Laboratories (711)

03:00 Applications of Electrospray and Inductively Coupled Plasma Mass Spectrometry for the Speciation of Arsenic and Tin Compounds; Spiros A. Pergantis; Vrije Universiteit (712)

03:20 Break

03:40 On-Line Anodic Stripping ICP-MS for the Ultratrace Analysis of Uranium: Matrix Elimination and Analyte Preconcentration at the Flip of a Switch; David H. Smith; Oak Ridge National Laboratory (713)

04:00 ICP-MS Analysis of Ceramic Powders After Dissolution and Trace-Matrix Separations; José Broekaert; University of Dortmund (714)

04:20 Analysis of Geological Materials by Electrothermal Vaporization ICP Mass Spectrometry; D. Conrad Grégoire, Mufida Benyounes, Chuni L. Chakrabarti; Geological Survey of Canada (715)

04:40 Probing Applications of Laser Ablation ICP-MS; Detlef Günther; Swiss Institute of Technology Zürich (716)

02:20 Membrane Desolvation Sample Introduction for Removal of Organic Solvents with Atomic Spectroscopy/liquid Chromatography; Jon Carnahan, Olujide Akinbo; Northern Illinois University (718)

02:40 An Innovative Technique for Determination of Trace Elements in Oil by Laser Ablation, ICP Spectrometry; Jim Zhu, Jim Zhu, Ted Howe; CETAC Technologies (719)

03:00 High Performance Sample Introduction and Modification for ICP-AES Based on High Flow Thermospray; John Koropchak, Xiaohua Zhang; Southern Illinois University at Carbondale (720)

04:00 Fast Screening of Water Samples for Chlorinated Pesticides; Anthony Andrews, Glen P. Jackson;Ohio University (722)

04:20 Discriminating Determination of Quantities of Oxygens Combined with Metals and Non-metals in Carbon Materials by Means of Inert Gas Extraction Method; Kitarou Shigeta, Toshio Kaneko; Mitsubishi Chemical Corporation (723)

04:40 Novel Magnetic Messenger Labeling System; Lonnie Adelman; Ericomp, Inc. (724)

02:40 Computer-aided Stationary Phase Selection and Selectivity Tuning in Gas Chromatography; Richard Villalobos, Ray Annino; OnLine Analytics, Inc. (726)

03:00 Isolation and Characterization of Metabolic Intermediates From Polycyclic Aromatic Hydrocarbon Biodegradation; Christine Copper, Thomas Boyd; United States Naval (727)

03:00 On-Line Measurements during Pharmaceutical Manufacture using NIR Spectroscopy; Perry Hailey; Pfizer, UK (729)

03:40 Regulatory Experiences, Successes and Strategies for Pharmaceutical NIR Methods in Europe; Ken Prebble; Glaxo-Wellcome, UK (730)

04:20 General Q & A Sessions; All Presenters

02:40 Rapid Sequential ICP-OES Used in Combination with Slurry Atomization, Spark Ablation and Laser Ablation As Complementary Techniques for Direct Solids Sampling; Jose A.C. Broekaert, Dirk Merten, Andrea Kehden; University of Dortmund (732)

03:20 Break

03:40 Direct Multielemental Analysis of Solid Micro Samples Using a Capacitively Coupled Microwave Plasma; A. Croslyn, B.W. Smith, J.D. Winefordner; University of Florida (733)

04:00 Recent Developments in Direct Powder Introduction Into the ICP; Nimal De Silva; Carleton University (734)

04:20 Bulk and Depth-Resolved Analysis of Polymeric Materials by RF-GD/AES; R. Kenneth Marcus, Matthew L. Hartenstein; Clemson University (735)

04:40 Slurry Sampling ETV-ICP/MS for Analysis of Ceramics Samples-Advantages and Disadvantages; Jerzy Mierzwa, Mo-Hsiung Yang; Department of Nuclear Science, National Tsing-Hua University (736)

05:00 Fractionation Effects Observed from a UV Laser Microprobe Using a New Enhanced Ion Transmission ICP-MS; Isaac Brenner, J. Godfrey, A. Walder, J. Cantle; University (737)

05:20 Effects of Gas Medium on Laser Ablation Sampling for ICP/AES; WingTat Chan, Amy P.K. Leung, Xianglei Mao, Richard E. Russo; University of Hong Kong (738)

02:20 Speciation of Cu, Zn, and Pb in Human Amniotic Fluid and Plasma by HPLC -ICPMS; Gene Hall, Xiangping Zhu, Eugene Martin; Chemistry Department, Rutgers University (740)

02:40 Speciation of Potential Anti-carcinogenic Selenium Compounds in Selenium Enriched Plants and Nutritional Supplements by HPLC-ICP-MS; Susan Bird, Mihaly Kotrebai, Peter C. Uden, Julian F.Tyson, Eric Block, Eric Denoyer; University of Massachusetts (741)

03:00 Use of HPLC-ICPMS to Follow Pb Absorption Into Human Blood Plasma: a Speciation Study; Gene Hall, Xianping Zhu; Rutgers University (742)

03:20 Break

03:40 Arsenic Speciation in Environmental Samples Using ICP-MS and Ion-pairing Reversed Phase Liquid Chromatography; Mary Kate Donais, Stephen Long; VG Elemental (743)

04:00 The Effects of Experimental Parameters on Detection Limits in Capillary Electrophoresis-Inductively Coupled Plasma-Mass Spectrometry; Eric Grunwald, John Olesik, Susan Olesik; The Ohio State Univeristy (744)

02:20 Ultrasensitive Analysis of PAH Adducts of DNA and Proteins by HPLC-LIF; V. B. Kartha, C. C. Ozbal, P. L. Skipper, S. R. Tannenbaum; MIT (746)

02:40 Ultrasensitive Near-IR Fluorescence Detection for the Low-level Analysis of Oligonucleotides: A Logical Choice; Steven Soper, Yolanda Davidson, James Flanagan, Sean Ford, Bill Karl, Benjamin L. Legendre, Daryl Williams; Louisiana State University (747)

03:00 Single Molecule DNA Detection in Microfabricated Capillary Electrophoresis Chips; Brian Haab, Richard Mathies, Adam Woolley; University of California - Berkeley (748)

03:20 Break

03:40 Electrocatalytical Detection of Biological Nitric Oxide by Chemically Modified Ultramicroelectrode: Oxidative Versus Reductive Modes; Xiao-yuan Li; Hong Kong University of Science and Technology (749)

04:00 Ultrasensitive Fluorescence Detection in Small Volumes; Michael Ramsey, Michael Barnes; Oak Ridge National Lab (750)

04:20 Single Molecule Probes and Ultrasensitive Analysis with Near-field Optics; Weihong Tan; University of Florida (751)

02:20 An On-line Continuous GC/MS Analyzer for Petroleum and Predicting Chemical and Physical Processes of Blended Hydrocarbons; T. R. Ash, Drew Russell; Imperial Oil (753)

02:40 A New One-Step Multilayer Thickness Measurement Technology for Film, Sheet and Coating Products; Rod Cross (754)

03:00 Emerging Technologies for High-Speed GC Analysis of Chemical Process Streams; Richard Sachs; University of Michigan (755)

02:00 Luminescence Studies of the Behavior of Water-soluble Polymers; Ian Soutar; Lancaster University (757)

02:20 Design of Fluorescence Probes for Applications in Polymer Science; Bernd Strehmel, Veronika Strehmel; Humboldt Universitat (758)

02:40 The Characterization of Diffusion of Probe Molecules in Rubbery and Glassy Polymers: Coupling of Probe Translation to Polymer Cooperative Segmental Mobility and Effects of Film Thickness in Modifying Diffusion; John M. Torkelson; Northwestern University (759)

03:00 Fluorescence As a Tool to Investigate Micromorphology and Diffusion in Polyethylene Films; Oscar Zimerman, J.A. Taraszka, T.D.Z. Atvars, M. Talhavini, R.G. Weiss; Georgetown University (760)

03:20 Break

03:40 Charge-transfer Fluorescent Probes Applied to the Characterization of Thermal and Mechanical Properties of Polymers; Johannes W. Hofstraat, Herman J. Verhey, Jan W. Verhoeven; Akzo Nobel Central Research (762)

04:00 Fluorescence Studies of 'Smart' Polymer Systems; Linda Swanson; Lancaster University (763)

04:20 Terbium(III) as a Probe for the Ion-Binding Properties of Tactic Poly(Methacrylic) Acids; Hannia Lujan-Upton, Yoshiyuki Okamoto, Ardie D. Walser; Long Island University (764)

04:40 Design of a New Reference Spectral Fluorimeter at NIST; A. Thompson; National Institute of Standards (765)

02:40 Time-Resolved Spectroscopy with the Synthrotron Infrared Source; G. Lawrence Carr, R. Lobo, D. Reitze, D.B. Tanner; Brookhaven National Laboratory (767)

03:00 Developments in Infrared Microscopy Using Synchrotron Radiation; Carl Zimba; Massachusetts Institute of Technology (768)

03:20 Break

03:40 Dynamics of Electric-field-induced Molecular Reorientation and Segmental Mobility of Ferroelectric Liquid Crystals Studied by Asynchronous Time-resolved FTIR; Yukihiro Ozaki, Anandi Lal Verma, Norihisa Katayama; School of Science, Kwansei-Gakuin University (769)

04:00 Very-rapid-scan FTIR Spectrometry; Christopher J. Manning; Manning Applied Technology (770)

04:20 Time-resolved FTIR with a Synchrotron Source; Richard A. Palmer, K. David Straub, Eric B. Phifer, Gregory D. Smith; Duke University (771)

02:20 Measuring Halogen Radicals in the Troposphere by Resonance Fluorescence; Darin Toohey; University of California (773)

02:40 Autonomous Instrumentation for Measurements of Trace Gases From Commercial Aircraft Platforms; Linnea Avallone; University of Colorado (774)

03:00 Atmospheric Applications of Selected Ion Chemical Ionization Mass Spectrometry; Fred Eisle; NCAR/ACD (775)

03:20 Break

03:40 High Precision FTIR Measurement of Atmospheric Trace Gas Concentrations and Isotope Ratios; David Griffith, M.B. Esler, S.R. Wilson, I.M. Jamie, L.P. Steele; University of Wollongong (776)

04:00 Measurement of Trace Atmospheric Gases Employing Tunable Diode Laser Absorption Spectroscopy; Alan Fried, Bryan Wert, Bruce Henry, James Drummond, Scott Sewell; National Center for Atmospheric Research (777)

04:20 Miniaturized Instruments for Vertical Profiling of the Atmosphere Using Kites, Balloons and Light Aircraft; John Birks, Karl Knapp, John Bognar, Laura Kuck, Jill Gregory, Rhonda Skaggs, Detlev Helmig; University of Colorado (778)

02:20 Speciation of Complex Organic Contaminants with Raman Spectroscopy; Timothy Collette, Joseph C. D'Angelo; U.S. Environmental Protection Agency (780)

02:40 The Application of Near-infrared Raman Spectroscopy in Pharmaceutical Product Polymorphic Form Determination; David Reed, James D. Osborne, John R. Murphy; Eli Lilly and Company (781)

03:00 Hyperspectral Raman Line Imaging of Water in Silicate Glasses; Nancy Jestel, Michael D. Morris; University of Michigan (782)

03:20 Break

03:40 Characterizing Bone Growth by Hyperspectral Raman Imaging; Jerilyn Pezzuti, Michael Morris; University Of Michigan (783)

04:00 Improving the Signal-to-Noise Ratio of Raman Spectroscopic Data Usiing Digital Signal Processing; Kasem Nithipatikom, Sharon R. Hawi, Fran Adar, William B. Campbell; Medical College of Wisconsin, Dept. of Pharmacology (784)04:20 Suppression of Fluorescence Interference Via Wavelength Shift-keyed Raman Spectroscopy Using an Argon Ion Laser and Acousto-optic Tunable Filter; Christopher Stellman, F. Bucholtz; Naval Research Laboratory (785)

04:40 Development of Acousto-optic Tunable Filter (AOTF) Systems for Raman and Fluorescence Sensing; Yuan H. Lee, Dennis M. Hueber, David Stokes, Tuan Vo-Dinh; Oak Ridge National Laboratory (786)

02:40 Biomembrane and Cellular Domains: Raman Spectroscopic and Infrared Imaging Studies; Ira Levin; National Insitutes of Health (788)

03:20 Break

03:40 UV Raman Investigation of Protein Folding and Unfolding: New Powerful Methods of Determining Secondary Structure and Aromatic Amino Acid Environments; Sanford Asher; University of Pittsburgh (789)

04:20 Sub-millisecond Folding of Cytoochrome c; Denis Rousseau, Syun-Ru Yeh, Satoshi Takahashia, Tapan K. Das, Baochen Fan, Chi-Kin Chan, David S. Gottfriedb; Albert Einstein College of Medicine (790)

02:20 Surface Metals on Si Wafers: Evaluation of VPD-ICP-MS for 300 Mm Wafers; Chris Sparks; SEMATECH (792)

02:40 Surface Second Harmonic Generation As a Tool to Measure Defect Density in Zirconium-phosphonate Multilayer Films; Wendy Flory-Stary, G.J. Blanchard; Michigan State University (793)

03:20 Break

03:40 Surface Plasmon Resonance of Self-assembled Monolayers and Multilayers of Gold Nanoparticles: Characterization of Optical Dielectric Properties; Andrew Lyon, Michael D. Musick; Michael J. Natan; Penn State University, Department of Chemistry (794)

04:00 Interface Sensitive Multivariate Modeling of Reflection Absorption FTIR Spectra; Understanding Multilayered Material Interconnects; Michael Strunk, T.M. Niemczyk, D.M. Haaland, L.L. Clemen; University of New Mexico (795)