Advances in Mass Spectrometry

ForewordEditor's NoteOpening RemarksSession A High Resolution Mass Spectrometry Some New Atomic Mass Determinations Made with a Large Single-focusing Mass Spectrometer The Performance and Image Error Correction of the New Stigmatic Focusing Mass Spectrograph Mass Spectrometers and Mass Spectrographs Corrected for Image Defects Correction of Second Order Aberrations in Inhomogeneous Magnetic Sector Fields Theoretical and Experimental Study of High-mass High Resolution Mass Spectrometers Design and Performance of a Double-focusing Mass Spectrometer for Analytical WorkSession B Mass Spectrometry of Solids High Sensitivity Solid Source Mass Spectrometry Isotope Dilution Analysis Ionization of Silver and Copper in a Triple-filament Ion Source Investigation of the Time Variation of Alkali Ion Emission from Solid Specimens on Glowing Metal Surfaces Determination of Impurities in Solids by Spark Source Mass Spectrometry The Analysis of Non-conducting Solids by the Mass Spectrometer The Application of Mass Spectrometry to the Study of Surfaces by SputteringSession C Application of the Mass Spectrometer in Organic Chemistry I. Analysis and Instrumental Techniques Status of Application of Mass Spectrometry to Heavy Oil Analysis Use of Rhenium Filaments and Low Ionizing Voltages for Analyzing Liquid Products from Coal Hydrogenation by Mass Spectrometry The Analysis of Corrosive Gases with a Mass Spectrometer Mass Spectrometric Identification of Impurities in Organic Substances by Means of Additional Factionation at the Inlet System Digitization of Mass Spectra The Time-of-flight Mass Spectrometer A High Speed Cycloidal Mass Spectrometer II. Mass Spectra and Their Interpretation Ion Dissociation Reactions in the Mass Spectrometer Theoretical Aspects of the Mass Spectra of Polyatomic Molecules Ion-molecule Reactions in the Gas Phase High Resolution Mass Spectrometry of Organic Materials Interpretation of Mass Spectra of Organic Molecules The Mass Spectra of Some Organic Phosphates Study of Rearrangement Processes in Mass Spectrometry by Means of Labeled CompoundsSession D Ionization and Electron Impact Studies Study of Multiple Ionization in Helium and Xenon by Electron Impact Recent Electron Impact Studies on Simple Molecules Ionization Potentials of Alkyl and Halogenated Alkyl Free Radicals Electron Impact Studies of Hydrazine and the Methyl-substituted Hydrazines Negative Ion Formation and Electric Breakdown in Some Halogenated Gases A Modification of the R.P.D. Method for Measuring Appearance Potentials Kinetic Energy of Fragment Ions Session E Use of the Spectrometer in Fundamental Research Isotopic Analysis of Trace Quantities of Rare Gases Mass Spectrometric Analysis of Simple Hydrogen Compounds The Mass Spectrometer as a Geological Instrument Mass Spectrometric Studies of the Thermodynamic Properties of Group III-V and Group II-VI Compounds and the Group V and VI Elements Absorption and Desorption of Gases in the Ionized State on Metal and Glass Surfaces The Investigation of Certain Surface Processes by Mass Spectrometry A Mass Spectrometer with a Low Temperature Ionization Chamber to Study Heterogeneous Reactions of Atoms and Free Radicals (Example: Iodine Atoms)Bibliography on Mass Spectrometry Introduction Section A: Instrument Design Section B: Operating Techniques Section C: Applications to Isotopic Problems: Ca Atomic weights and Isotopic Constitution of the Elements Cb Isotopes Used as Tracers Section D: Applications to Organic Chemistry Section E: Ionization and Dissociation of Molecules Section F: General Applications in Engineering and Physics Section G: Applications to SolidsName Index