News Reversed-Phase LC of Peptides and Proteins—A Status Report. M. A. Stadalius, H. S. Gold, Du Pont; L. R. Snyder, L. R. Snyder, Inc. Modern Hydrophobic I n t e r a c t i o n Chromatography of Biopolymers. J. Fausnaugh, F. E. Régnier, Purdue U Rational Approach to Stationa r y - P h a s e Design for Nucleic Acid Separations by H P L C . R. Hartwick, T. Floyd, S. Cicero, Rutgers U Improving P r o t e i n Recovery from H P L C Systems. J. M. Dibussolo, J. R. Gant, Perkin-Elmer Capillary Zone Electrophoresis of Proteins. J. Jorgenson, U of North Carolina
Wednesday Evening— Posters Vibrational Spectroscopy R a m a n Optical Activity. C. G. Zimba, L. A. Nafie, Syracuse U R a m a n Scattering from a HighVoltage S p a r k Discharge. M. J. Roellner, A. Scheeline, U of Illinois
Indirect N I R Analysis Methods. T. Hirschfeld, Lawrence Livermore Laboratories IR Studies of Hydration-Induced O r d e r - D i s o r d e r Transitions in L a n g m u i r - B l o d g e t t Monolayers. D. Saperstein, IBM Instruments Analytical Applications of F T I R / P A S . C. Q. Yang, W. C. Fateley, Kansas State U F T - I R Macro P r o g r a m for Mixed-Component Quantitative Analysis. H. Win, Allied Bendix Aerospace Environmental Analysis by Directly Linked Gas C h r o m a t o g r a phy-Fourier Transform-InfraredMass Spectrometry ( G C / F T - I R / MS). D. F. Gurka, U.S. Environmental Protection Agency; R. Titus, Harmon, U of Nevada at Las Vegas r Analytical Applications of F T I R / P A S . C. Q. Yang, W. G. Fateley, Kansas State U Computerized Data-Handling Techniques in G C / F T - I R and L C / F T - I R . G. L. McClure, P. B. Roush, R. A. Hoult, Perkin-Elmer
Developments in Reversed-Phase H P L C / F T - I R with Solid-Phase Extraction. R. G. Messerschmidt, Spectra-Tech, Inc. Eliminating Specular Components in I n f r a r e d Diffuse Reflectance Measurements. R. G. Messerschmidt, Spectra-Tech, Inc. Vibrational S p e c t r a of 3,4-Dichloroaniline. S. K. Singh F T - I R and M i c r o - R a m a n Spect r a of Some Silylated Nucleosides. Z. Xu, K. K. Ogilvie, Peking U; I. S. Butler, McGill U Quantitative Analysis Using a Variable-Angle Diffuse Reflectance Accessory. J. N. Sun, Analect Instruments P a r a m e t e r Optimization for F o u r i e r Domain Spectral L i b r a r y Search. J. N. Sun, B. C. Mcintosh, Analect Instruments Applications of a n Open-Geomet r y F T - I R Spectrometer. B. C. Mcintosh, Analect Instruments F T - I R Investigation into the Curing of a Polyimide Thermoset, PMR-15. P. J. Codella, J. Maguire, Ε. Μ. Bellot, General Electric Corpo rate Research & Development
BEAT THE SYSTEM WITH A BETTER SYSTEM. The GC 111 Unisampler is a system for automatic GC injection of single samples. Far superior to the manual operator system of injection, the GC 111 Process Auto Injector Sampler can reduce analyses cost and provide much better reproducibility (typically 0.3%) with minimal carry-over. Vertical and horizontal injectors are available for most major chromatographs. Contact DPS, P.O. Box 15886, Baton Rouge, LA 70895. Phone (504) 927-1128. And beat the old system with a better system. DYNATECH
PRECISION SAMPLING CORPORATION
CIRCLE 44 ON READER SERVICE CARD
ANALYTICAL CHEMISTRY, VOL. 57, NO. 8, JULY 1985 · 913 A
News 2D-Capillary GC/FT-IR: Techniques and Applications. S. L. Smith, IBM Instruments, Inc. Laser-Induced Desorption F T IR Analysis of Carbon Composite and Polymeric Materials. R. L. Mowery, D. E. Tevault, Naval Research Laboratory Price-Performance Trade-Off Consideration in a New FT-IR. H. Buijs, J. N. Berube, G. Vail, F. L. Baudais, Bomem, Inc. When to DRIFT, PAS, or Simply Transmit. F. L. Baudais, H. Buijs, Bomem, Inc. Introduction of a New High-Performance Vector Processor (HPVP) for the Bomem DA3 Series FT-IR. H. Buijs, J. N. Berube, F. L. Baudais, Bomem, Inc. Vibrational Assignment and Crystal Structure of 2,5-Dichlorothiophene. J. M. Landry, D. J. Coleman, Loyola Marymount U Considerations for High-Sensitivity FT-IR Measurements. L. J. Wachter, D. E. Roberts, Mattson Instruments, Inc.; R. L. White, U of Oklahoma Application of Dual-Beam F T IR. L. J. Wachter, D. E. Roberts, Mattson Instruments, Inc.; R. L. White, U of Oklahoma Evaluation of F T - I R / P A S for TLC Detection. L. J. Wachter, D. E. Roberts, Mattson Instruments; R. L. White, U of Oklahoma FT-IR in the Life Sciences? R. J. Obremski, M. J. Scott, Beckman Instruments FT-IR/LC Interface, Where We Are. R. J. Obremski, Beckman Instruments Depth Profile Studies Using F T IR Photoacoustic Spectroscopy. K. Krishnan, S. Hill, Bio-Rad, Digilab Division Applications in Chemometrics in Industrial Quality Control. D. W. Osten, N. G. Constantine, 3M Co. Photoacoustic Flame Spectroscopy for Elemental Analysis. J. A. Lanauze, J. D. Winefordner, U of Florida Continuous On-Line Collection System for HPLC/FT-IR. M. A. Castles, L. V. Azarraga, U.S. Environmental Protection Agency; L. A. Carreira, U of Georgia Characterization of Protein Interactions with Synthetic Polymers by FT-IR. J. Kiel, J. Kunzler, S. Same, Bausch & Lomb Treating Spectral Interferences in the Fourier Domain. C. W. Brown, U of Rhode Island; R. J. Obremski, Beckman Instruments
Hand-Held Remote Sensor for NIRA. D. A. Burns, Technicon Science Center Optical Spectroscopy: Six Complementary Methods. S. N. Ignelzi, N. J. Harrick, M. Handke, Harrick Scientific Corp. Quality Control Applications of Horizontal ATR Spectroscopy. E. G. Bartick, Barnes Analytical/Spectra-Tech, Inc. In Situ Specular Reflectance Studies of Temperature Cored Coatings. R. L. Barbour, R. J. Weinert, K. C. Banton, M. M. Mehicic, Sohio Research Center Optimizing Spectral Search Approaches for Nontransmission Sampling Techniques. F. T. Walder, S. R. Lowry, T. L. Snyder, R. J. Rosenthal, Nicolet Instrument Corp. Transmittance-Reflectance Interaction (TRI) and Transmission NIR Measurements of Liquids. H. Goldsmith, Pacific Scientific Co., Inc. Diffuse Reflectance Near-Infrared Measurements of Powder or Granular Material by Integrating Sphere and 0/45 Geometry. H. Goldsmith, Pacific Scientific Co., Inc. Approaches to Near-Infrared Calibration—Analytical vs. Enumerative. P. J. Cooper, D. R. Webster, J. L. Casciero, Pacific Scientific Co., Inc. Improved Sample Presentation System for NIR Spectroscopy. D. R. Webster, P. J. Cooper, J. L. Casciero, Pacific Scientific Co., Inc. Infrared Spectral Searching at the PC Level. M. Erinoff, J. Sprouse, S. Leu, Sadtler Research Laboratories Environmental Analyses Using GC/Matrix Isolation FT-IR Techniques. J. W. Brasch, C. J. Briggs, Battelle, Columbus Laboratories TG/FT-IR Analysis of Selected Organic and Inorganic Materials. P. B. Roush, C. M. Earnest, PerkinElmer Quantitative Spectroscopy in Thin Solid Films. Paul W. Bohn, U of Illinois Raman Spectroscopic Investigation of the Pressure-Induced Phase Transition in 2-Adamantanone. P. D. Harvey, P. Wong, I. S. Butler, McGill U; D. F. R. Gilson, National Research Council of Canada Raman Spectroscopy of Flavoproteins. R. J. Bienstock, M. D. Morris, U of Michigan Raman Spectroscopy of Psoralens. N.-S. Lee, M. D. Morris, U of Michigan Trace Analysis by Resonance Surface-Enhanced Raman Spectroscopy. R.-S. Sheng, M. D. Morris, U of Michigan
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Raman Spectroscopy of Bile Pigments. Y.-Z. Hsieh, M. D. Morris, U of Michigan CARS for Combustion Diagnostics. O. Jarrett, Jr., NASA-LARC Results from a New Raman Optical Activity Spectrometer Based on a Soleil-Babinet Compensator. C. G. Zimba, L. A. Nafie, Syracuse U Use of Chemometrics in the Quantitative Analysis of Glasses by FT-IR. D. M. Haaland, Sandia National Laboratories Spectra? Bah, Humbug! T. Hirschfeld, Lawrence Livermore Laboratories Energy Transfer Optrodes for Fiber Optic Analysis. T. Hirschfeld, J. Roe, H. Miller, Lawrence Livermore Laboratories New Microsensors for In Situ Analysis. T. Hirschfeld, D. Olness, M. Straub, Lawrence Livermore Laboratories Forensic Applications of an F T IR Microspectrophotometer. D. C. Peters, J. C. Shearer, Analect Instruments FT-IR Microspectrophotometry as a Failure Analysis Tool. J. C. Shearer, J. C. Peters, A. M. Scott, Analect Instruments Optimization of Mercury-Cadmium-Telluride (MCT) Detector Design for FT-IR. D. B. Helphrey, P. R. Hansen, R. J. Obremski, Beckman Instruments
Thursday Morning FIB, FAB, and Friends: Techniques In Mass Spectrometry Arranged by B. Munson FAB/MS—A View from Industry. D. M. Hindenlang, R. D. Sedgwick, Allied Corp. FAB/MS Studies on the Du Pont 490. C. Cassady, C. W. Polley, Arco Chemical Co. FAB and DCI Mass Spectrometry: Synergistic Techniques for Structure Analysis of Complex Biomolecules. S. Carr, G. Roberts, L. Kilmer, Smith Kline & French Labs Soft Ionization Tandem Mass Spectrometry. G. Hansen, F. Hatch, Boehringer Ingelheim Pharmaceutics, Inc. Analysis of Polyether Antibiotics by FAB-Mass Spectrometry. T. T. Chang, American Cyanamid Co. Ion-Molecule Reactions of Sputtered Species: Principles and Applications. R. B. Freas, M. M. Ross, J. E. Campana, Naval Research Laboratory
