Môssbauer Spectroscopy and Its Chemical Applications •tAd HI.-
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Advances in Chemistry Series No. 194 John G. Stevens, Editor University of North Carolina at Asheville Gopal K. Shenoy, Editor Argonne National Laboratory
Program ham, J. A. Hammond, J. V. Pustinger (Monsanto Research) 3:30—Recess 3:45—563. Sensitized Room Tempera ture Phosphorescence in Liquid Solu tions (RTPL) as a New Detection Method in HPLC. J. J. Donkerbroek, N. J. R. van Eikema Hommes, C. Gooijer, N. H. Velthorst, R. W. Prei (Free U of Amsterdam) 4:00—564. Thermionic Detection in Micro-HPLC. V. L. McGuffin, M. Novotny (Indiana U) 4:15—565. New Electrochemical HPLC Detector. W. R. Matson, R. W. An drews, J. Ball, D. Skinner, R. Vitukevich, E. W. Zink (Environmental Sciences Associates) 4:30—566. Comparison of Coulometric and Amperometric Detector Cells for HPLC. D. K. Roe (Portland State U) 4:45—567. Rapid Reversed-Phase HPLC of Purine and Pyrimidine Com pounds. S. P. Assenza (U of Rhode Island), A. P. Goldberg
Based on a symposium jointly sponsored by the Divisions of Nuclear Chemistry and Technology and Inorganic Chemis try of the American Chemical Society. Latest research on an interdisciplinary technique useful to chemists, geologists, metallurgists, engineers, and biologists
LIQUID CHROMATOGRAPHY/ BIOMEDICAL-BIOCHEMICAL ANALYSIS
This 29-chapter volume focuses on the current state of the art of Mossbauer spec troscopy and deals specifically with the study of chemical bonding; environmen tal, biological, energy, and catalyst appli cations; and phase analysis.
Room 320 Convention Hall 2:00—568. Guidelines to Improved Method for Plasma Cortisol by Liquid Chromatography. S. K. Gutenberger, D. P. Olson, R. A. Kagel, S. O. Farwell (U of Idaho) 2:15—569. Simultaneous Water-Soluble Vitamins Assay by Ion-Pair Liquid Chromatography. B. Sachok, D. Steible, L. Sybrandt (Stuart Pharmaceuti cals) 2:30—570. Liquid Chromatographic Determination of Azide as the 3,5-Dinitrobenzoyl Derivative. S. J. Swarm, R. A. Waldo (General Motors Research Labs) 2:45—571. Selectivity of Packings and Detection of Catecholamines by Liquid Chromatography. T. Hanai, J. Hubert (U of Montreal) 3:00—572. Analysis of Physiological Amino Acids and Protein Hydrolysates Using HPLC. D. W. McCourt, W. M. Skea (Waters Associates) 3:15—573. Enzyme Purification by HPLC. R. F. Pfeifer, P. C. Rahn (Wa ters Associates) 3:30—Recess 3:45—574. Optimization of Conditions for Liquid Chromatographic Separation .of Nucleic Acid Constituents. T. M. Mac Neil, R. Burgoyne (Waters Asso ciates)
CONTENTS Halogen-Containing Compounds · Inorganic and Organometallic Compounds · Conversion Electron Mossbauer Spectroscopy · IonImplanted Alloys · Europium-151 and Thulium-169 · lron-57 Mossbauer Spectros copy · Coal Characterization and Utilization · Pyrite and Coal · Victorian Brown Coal · Fossil Fuels and Petroleum Source Rock · Iron Ox ides in Soil · The Steel Industry · Iron-Sulfur Clusters · Mossbauer Effect in Zinc-67 · Neptunium-237 Mossbauer Spectroscopy * Antimony-121 Mossbauer Spectroscopy · lodine-127 Mossbauer Spectroscopy · Tellurium-125 and lodine-129 Study · Spin Crossover · Magnetic Phase Transitions · High-Pressure Spin-State Transformation · Magnetic Phase Transitions · Ferroelectric t Phase Transition · Hydrogen Storage Materials • Battery Materials · Colloidal Catalyst Solu tions · Mixed-Metal Catalysts · Medium-Pore Zeolite-Iron Catalysts · Oxidation Catalysts · a-FezOa Microcrystals 642 pages (1981) LC 81-17540
Clothbound $69.95 ISBN 0-8412-0593-0
Order from: SIS Dept. 61 American Chemical Society 1155 Sixteenth St., N.W. Washington, D.C. 20036 or CALL TOLL FREE 800-424-6747 and use your credit card.
202 A • ANALYTICAL CHEMISTRY, VOL. 54, NO. 2, FEBRUARY 1982
4:00—575. Influencing Selectivity in HPLC with Lipophilic Ion. P. C. Rahn (Waters Associates) 4:15—576. Determination of Methyl Mercury in Fish by High-Performance Liquid Chromatography. W. Holak (Food & Drug Administration) 4:30—577. HPLC System Specifically Designed for Biochemists. A. Winter, J. Sjodahl (LKB-Produkter A.B.) 4:45—578. High-Performance, LowCost Micro LC/MS in Toxicological Analysis. J. D. Henion (Cornell U)
FLUORIMETRY— PHOSPHORESCENCE
Room 321 Convention Hall 2:00—579. Design and Applications of a Compact Microcomputer-Controlled Multichannel Fluorometer. P. Oldham, S. Sweet, M. A. Wong, C. N. Ho, I. M. Warner (Texas A&M U) 2:15—580. Fluôrimetric Studies of Liposomal Uptake of Benzo(a)pyrene. K. Li, Y. Li (U of Lowell) 2:30—581. Remote Fiber Optic Fluorimetry: New Optical Devices. T. Hirschfeld, T. Deaton (Lawrence Livermore National Laboratory) 2:45—582. Remote Fiber Optic Fluorimetry: Specific Analyte Optrodes. T. Hirschfeld, T. Deaton (Lawrence Livermore National Laboratory) 3:00—583. Subnanosecond Phase Fluorimetry with Self-Modulated ArgonIon Laser. J. M. Ramsey (Oak Ridge National Laboratory) 3:15—584. Inorganic Ion-Doped Glass Beads as Microspectrofluorimetric Standards. D. K. Hancock, R. A. Velapoldi, J. R. DeVoe, D. H. Blackburn (National Bureau of Standards) 3:30—Recess 3:45—585. Optimization of RoomTemperature Phosphorescence Quantitative Measurements. D. L. McAleese, R. B. Dunlap (U of South Carolina) 4:00—586. Room-Temperature Phosphorescence of Phenolic-Types, Nitrogen Heterocycles, and Aromatic Carboxylic Acids Adsorbed on Several Solid Surfaces. R. J. Hurtubise, R. A. Dalterio, S. M. Ramasamy, G.'A. Smith (U of Wyoming) 4:15—587. Pulsed Source Phosphorimetry. A. T. Rhys-Williams, P. M. Froehlich (Perkin-Elmer) 4:30—588. A New MicroprocessorControlled Fluorescence Spectrophotometer. A. T. Rhys-Williams, P . M. Froehlich (Perkin-Elmer) (continued on page 207 A)
