For the last thirteen years, the Chicago Section of the Society for Applied Spectroscopy has sponsored a symposium in the spring of each year. In this span, the symposia have shown a steady increase in attendance, in the number of papers presented, in the number of sessions, and in the number of days the conference lasted. The duration of the most recent sym posium was four days, with sessions devoted to molecular spectroscopy, including infrared, Raman, ultraviolet, and visible, and to X-ray, NMR, emission, and flame spectroscopy, respectively, with a special session devoted to gas chroma…mehr
For the last thirteen years, the Chicago Section of the Society for Applied Spectroscopy has sponsored a symposium in the spring of each year. In this span, the symposia have shown a steady increase in attendance, in the number of papers presented, in the number of sessions, and in the number of days the conference lasted. The duration of the most recent sym posium was four days, with sessions devoted to molecular spectroscopy, including infrared, Raman, ultraviolet, and visible, and to X-ray, NMR, emission, and flame spectroscopy, respectively, with a special session devoted to gas chroma tography because of its growing interest in applied spectro scopic work. Another feature of this last symposium was the attempt on part of the Symposium Committee to establish and maintain the scientific level at that of applied physics. This should place the present symposium at a level somewhere between that of the Ohio State symposium and that of the Pittsburgh meeting, thus approaching the level of applied chemical physics. In addition, the symposium was designed to offer to sci entists from other disciplines and students an opportunity to attend introductory panels and lectures and at the same time the mature investigators a meeting ground and the chance to keep abreast of the latest developments in spectroscopy. How well these aims have been accomplished is best attested to by the phenomenal growth of the symposium.
World-Wide Communication of Spectroscopic Information.- Methods of Storing, Retrieving, and Correlating Infrared Spectral Data.- Methods of Far Infrared Spectroscopy.- The Advantages of Interference Spectroscopy Over Conventional Infrared Spectroscopy.- Nanosecond Time Responses of Different Indium Antimonide Photodetectors.- A Double-Beam Automatic Prism-Grating Infrared Recording Spectrophotometer.- Ruby Optical Maser as a Raman Source.- Raman and Infrared Spectra of the Dicyanamide Ion.- The Vibrational Spectra of trans-C2H2I2 and trans-C2D2I2 by Robert H. Krupp, Edward A. Piotrowski, Forrest.- Raman Spectral Data, Assignments, Potential Energy Constants, and Calculated Thermodynamic Properties for CH2CI2, CHDCl2, and CD2Cl2.- Ortho-Substituent Effects and the Fundamental NH2 Stretching Vibrations in Anilines.- Solvent Effects on the Infrared Spectra of Organophosphorus Compounds.- Anomalous Chemical Shifts in the Proton Magnetic Resonance Spectra of the Dimethylcyclohexanes and Related Hydrocarbons.- Determination of Fat in Corn and Corn Germ by Wide-Line Nuclear Magnetic Resonance Techniques.- Far Ultraviolet Analysis of Steroids and Other Biologically Active Substances.- Absorption Spectra of Uranyl Halides.- Time-Resolution Spectroscopy.- Introductory Remarks at the Optical Emission Problem Clinic.- Quantovac Analysis of Copper and Copper-Base Alloys.- Use of a Vacuum Cup Electrode for Spark Emission Spectrographic Analysis of Plant Tissue.- Analysis of High-Purity Chromium.- A Feature Direct-Reading Spectrograph.- Carbon Internal Standard in the Spectrochemical Analysis of Lubricating Oil.- Some Unsolved Problems in X-ray Absorption Spectrometry.- X-ray Absorption Edge Studies of Supported Cobalt Catalysts.- Single-Crystal Spectrometers for X-ray Absorption Spectroscopy.- X-ray Absorption Fine-Structure Investigations at Cryogenic Temperatures.- Applications of X-ray Absorption Edge Analysis.- X-ray Absorption Fine Structure in Glass.- A Suggested Approach to the Teaching of X-ray Spectroscopy.- X-ray Spectroscopy in Biology and Medicine. Preliminary Report on the Microanalysis of Human Tissues for Iron, Zinc, and Potassium.- Analysis of Nonmetallics by X-ray Fluorescence Techniques.- Some Special Problems in the X-ray Spectrographic Analysis of Plate and Container Glass.- A Rapid X-ray Fluorescence Method for the Determination of V, Cu, Mo, Ti, Co, and Ni.- A Review of Preparative Gas Chromatography.- A Completely Automatic Preparative Scale Gas Chromatograph.- Programed-Temperature Preparative Chromatography.- A Remote Injection and Fraction Collection Apparatus for Preparative Chromatography.- Temperature-Programed Capillary Columns.- A Technique for the Identification of Volatile Flavor Components in Foods.- Some Applications of Gas Chromatography to Forensic Chemistry.
World-Wide Communication of Spectroscopic Information.- Methods of Storing, Retrieving, and Correlating Infrared Spectral Data.- Methods of Far Infrared Spectroscopy.- The Advantages of Interference Spectroscopy Over Conventional Infrared Spectroscopy.- Nanosecond Time Responses of Different Indium Antimonide Photodetectors.- A Double-Beam Automatic Prism-Grating Infrared Recording Spectrophotometer.- Ruby Optical Maser as a Raman Source.- Raman and Infrared Spectra of the Dicyanamide Ion.- The Vibrational Spectra of trans-C2H2I2 and trans-C2D2I2 by Robert H. Krupp, Edward A. Piotrowski, Forrest.- Raman Spectral Data, Assignments, Potential Energy Constants, and Calculated Thermodynamic Properties for CH2CI2, CHDCl2, and CD2Cl2.- Ortho-Substituent Effects and the Fundamental NH2 Stretching Vibrations in Anilines.- Solvent Effects on the Infrared Spectra of Organophosphorus Compounds.- Anomalous Chemical Shifts in the Proton Magnetic Resonance Spectra of the Dimethylcyclohexanes and Related Hydrocarbons.- Determination of Fat in Corn and Corn Germ by Wide-Line Nuclear Magnetic Resonance Techniques.- Far Ultraviolet Analysis of Steroids and Other Biologically Active Substances.- Absorption Spectra of Uranyl Halides.- Time-Resolution Spectroscopy.- Introductory Remarks at the Optical Emission Problem Clinic.- Quantovac Analysis of Copper and Copper-Base Alloys.- Use of a Vacuum Cup Electrode for Spark Emission Spectrographic Analysis of Plant Tissue.- Analysis of High-Purity Chromium.- A Feature Direct-Reading Spectrograph.- Carbon Internal Standard in the Spectrochemical Analysis of Lubricating Oil.- Some Unsolved Problems in X-ray Absorption Spectrometry.- X-ray Absorption Edge Studies of Supported Cobalt Catalysts.- Single-Crystal Spectrometers for X-ray Absorption Spectroscopy.- X-ray Absorption Fine-Structure Investigations at Cryogenic Temperatures.- Applications of X-ray Absorption Edge Analysis.- X-ray Absorption Fine Structure in Glass.- A Suggested Approach to the Teaching of X-ray Spectroscopy.- X-ray Spectroscopy in Biology and Medicine. Preliminary Report on the Microanalysis of Human Tissues for Iron, Zinc, and Potassium.- Analysis of Nonmetallics by X-ray Fluorescence Techniques.- Some Special Problems in the X-ray Spectrographic Analysis of Plate and Container Glass.- A Rapid X-ray Fluorescence Method for the Determination of V, Cu, Mo, Ti, Co, and Ni.- A Review of Preparative Gas Chromatography.- A Completely Automatic Preparative Scale Gas Chromatograph.- Programed-Temperature Preparative Chromatography.- A Remote Injection and Fraction Collection Apparatus for Preparative Chromatography.- Temperature-Programed Capillary Columns.- A Technique for the Identification of Volatile Flavor Components in Foods.- Some Applications of Gas Chromatography to Forensic Chemistry.
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