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EAS Abstracts 2015.Indd EAS.org ABSTRACT BOOK 2015 Eastern Analytical Symposium & Exposition ANALYTICAL INNOVATION FROM BENCHTOP TO BUSINESS Garden State Exhibit Center | Somerset, NJ November 16–18, 2015 Analytical eas.org Chemistry Opens Doors 2016 EASTERN ANALYTICAL SYMPOSIUM & EXPOSITION SAVE THE DATE November 14–16, 2016 Garden State Exhibit Center Somerset, NJ Three-day technical program State-of-the-art exposition featuring analytical equipment and services Extensive selection of short courses and professional development workshops Employment bureau, and more 001646-EAS_8.5x11_IFC_v3.indd 1 11/2/15 12:13 PM Analytical Chemistry Opens Doors 2016 EASTERN ANALYTICAL SYMPOSIUM & EXPOSITION eas.org Garden State Exhibit Center Somerset, NJ November 14–16, 2016 Call for Papers March 5–May 16, 2016 Abstracts received from May 16–Sept 12, 2016, will be reviewed for quality to be included in the poster session. You will be notified via email when/if the abstract is placed. EAS seeks contributed abstracts in these and other analytical fields: Bioanalysis Microscopy Capillary Electrophoresis Nanoparticles Chemometrics Near-Infrared (NIR) Spectroscopy Conservation Science NMR Spectroscopy Environmental Analysis Pharmaceutical Analysis ESR Spectroscopy Process Analytical Science Food Analysis Protein Analysis Forensic Analysis Quality-by-design Gas Chromatography Quality/Regulatory/Compliance HPLC Raman Spectroscopy ICP/MS Sample Preparation Immunochemistry Science Education Industrial Hygiene Sensors Ion Chromatography Size Exclusion Chromatography IR Spectroscopy Solid State Analysis Laboratory Automation Space Analytics Laboratory Management Supercritical Fluid Chromatography Laboratory Miniaturization Surface Science Ligand Binding Assays Very High-Pressure LC/ LC/MS, GC/MS Ultra High-Pressure LC Microchemistry Vibrational Spectroscopy 001646-EAS_8.5x11_CallForPapers_v5.indd 1 11/2/15 12:13 PM 2015 EAS Abstracts November 2015 2015 EAS Abstracts This volume contains the final abstracts for the oral and poster presentations which take place Monday, November 16, through Wednesday, November 18, 2015. Additional abstracts received after this volume was finalized are provided in the Addendum to the Final Program. If an abstract is not provided in this volume or the Addendum, then the presenting author did not supply an abstract. For each abstract provided, a complete mailing address for the presenting author is shown. Additional authors are indicated, however, their mailing addresses are not provided. Schedule and meeting room information for the technical sessions, as well as information concerning short courses, exhibitor workshops, and the exposition, are contained in the Final Program Book. More Information To obtain answers to EAS-related questions after the meeting: EAS Hotline 732-449-2280 EAS E-mail [email protected] EAS Web Site www.EAS.org Eastern Analytical Symposium & Exposition, Inc. P.O. Box 185 Spring Lake, NJ 07762 Save the Date The 2016 EAS November 14 - 16, 2016 Somerset, NJ We want you to be a part of the 55rd Eastern Analytical Symposium! 2016 Call for Papers March 5 – May 16, 2016 1 000961-EAS_17x11_Spread_PREP.indd 1 10/20/14 8:43 AM 2015 EAS Abstracts November 2015 ABSTRACTS OF TECHNICAL PAPERS 1 Distance-of-Flight Mass Spectrometry: The Joy of Collaborating spray and of pH and surface activity is assessed. A model of droplet ionization has with Chris Enke been developed. The analytical properties and especially the enhanced sensitivity Gary Hieftje, Indiana University, 800 East Kirkwood Ave., Bloomington, to surface active species are discussed and compared with Chris Enke’s early treat- IN 47405, Christie G. Enke, Steven J. Ray, Alexander W. Gundlach- ment of surface active compounds in electrospray ionization. Graham, Elise A. Dennis, David W. Koppenaal, Charles J. Barinaga Chris Enke has been responsible for a host of innovations in analytical chemistry, in 4 Comprehensive Analysis and the Theory of Complex Mixtures areas ranging from electrochemistry to mass spectrometry, from electrospray ion- Christie Enke, University of New Mexico, 33 Vista de Oro, Placitas, NM ization to multicomponent analysis. In this presentation, recent work on one of his 87043, Alexander Gundlach-Graham, Alan G. Marshall innovations is outlined. This study, pursued collaboratively with Chris, involves the The responses obtained in the comprehensive analysis of many types of complex reduction to practice, characterization, and improvement of a new form of mass natural mixtures show an amazingly good fit to a log-normal distribution. Recent analysis: Distance-of-flight mass spectrometry (DOFMS), and several offshoots work in petroleomics, lipidomics, proteomics, and metabolomics have provided data from that study. Basically, DOFMS is very similar to time-of-flight mass spectrometry that substantiate this observation. This observed regularity provides the basis for (TOFMS), but tailored for folks who are impatient. As in TOFMS, ions to be mass-an- the development of a new area in chemistry which we will call “The theory of com- alyzed by DOFMS are accelerated to mass-dependent velocities. However, before plex mixtures”. The motivation to develop this new area comes, in part, from the the lightest ion to be measured emerges from the field-free flight tube, ions are sent possibility of predicting the number of potentially detectable compounds in a given sideways onto a position-sensitive detector. Thus, detection is truly simultaneous, analysis, how many compounds have been missed, and the responses they would there is no upper-mass limit, masses are spatially segregated and can be either have had, were they observable. From this, one could determine what aspect(s) of detected or collected at will, and no magnetic fields are needed. As importantly, de- the technique employed (sensitivity, dynamic range, resolution, S/N) that need to be tectors and electronics need not be capable of high time resolution, so direct charge improved and to what degree they would improve the fraction of compounds detect- integration (either analog or digital) is possible. Further, DOFMS can be coupled ed. Efforts to analyze comprehensive analysis data in this way have raised a num- with TOFMS in several beneficial ways, and principles embodied in DOFMS can be ber of questions. How is the distribution of responses related to the distribution of transferred to TOFMS to yield better spectral resolution. Recent activities in these concentrations? How do the compounds below the detection limit contribute to noise several areas are detailed, and plans for future studies are sketched. in the measurement? How do techniques of sample fractionation affect the range of detectable compounds? What is the basis for this distribution model in nature? 2 21 Tesla Fourier Transform Ion Cyclotron Resonance Mass This talk reviews the progress made to date in our efforts to answer these questions. Spectrometer: A National Resource for Ultrahigh Resolution Mass Analysis 5 Separation of Carbon Nanoparticles Alan G. Marshall, Florida State University, Ion Cyclotron Resonance Luis A. Colon, SUNY – Buffalo, Department of Chemistry, Buffalo, NY Program, NHMFL, Tallahassee, FL 32310, John P. Quinn, Nathan 14260, Zuqin Xue, Karina M. Tirado-González, Amaris C. Borges-Muñoz K. Kaiser, Donald F. Smith, Greg T. Blakney, Tong Chen, Chad R. Carbon nanoparticles have been the subject of much attention in recent years, with Weisbrod, Christopher L. Hendrickson, Steven C. Beu many suggested applications varying from metal ion sending and imaging to po- Tesla Fourier transform ion cyclotron resonance (FT-ICR) mass spectrometry offers tential adsorbents for chromatographic use. For example, the photoluminescence the highest achievable broadband mass resolving power and mass accuracy of any properties, biocompatibility, water solubility, and chemical reactivity of carbon dots mass analyzer. Resolving power and scan rate improve linearly, and mass accuracy (C-dots) nanoparticles are attractive features that have encouraged the study of and dynamic range improve quadratically with magnetic field strength, such that C-dots as an environmentally benign alternative to replace metal-based nanopar- resolving power greater than 1 million and mass accuracy better than 1 ppm be- ticles in various applications. The procedure to obtain carbon nanomaterials may come routine at sufficiently high magnetic field strength. We report here the design, vary, but in the majority of the cases the as synthesized nanoparticles are con- construction, and characterization of the first 21 tesla FT-ICR mass spectrometer. A tained in a heterogeneous mixture with nanoparticles varying in size and/or surface Thermo Fisher Velos Pro (modified for front electron transfer dissociation (FETD)) chemistry. In various cases, separation of the different components of the mixture is combined with a National High Magnetic Field Laboratory (NHMFL)-designed ex- becomes necessary. We have developed methodology based on chromatographic ternal linear quadrupole ion trap, radio frequency quadrupole ion transfer optics, and/or electrophoretic techniques that allow the separation of carbon nanomateri- and a novel dynamically harmonized ICR ion trap. The isotopic distribution for bo- als. The separated nanoparticles can then be studied in isolation, providing insight vine serum albumin (66 kDa) is resolved with a 0.38 s detection interval, facilitating into their contribution to the overall bulk sample properties. This
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