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9 11/16 X 7 7/16 in Chapter 1. General Concepts. Thermochemica l and Kinetic Factors Controlling Fragmentation. The Statis tical Theory for Unimolecular Decay of Organic and Organometallic Ions.< BR id=‘CRLF’>Appearance Energies. Potential Energy Surfaces . Kinetic Isotope Effects. Linear free energy correlations in mass spectrometry. Stevenson’s Rule. Gas Phase Basicities, Experiment and Theory. Gas-pha se acidities, Experiment and Theory. Metal Ion Affinities, Experiment and Theory.
Chapter 2. Str uctures and Properties of Gas-Phase Organic Ions.
Radical-cations, overview. Alkanes, alkanes, and aromatic h ydrocarbons. Alkylamine radical cations. Enol ions. Radical cations of saturated carboxylic acids, esters and amides. Structures and Properties of Gas-Phase Organic Ions: Sulfur (HS-, -S-, -SS-) Ions. Ion-molecule reactions of distionic radical cations. Theoretical models for ion-n
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9 11/16 X 7 7/16 in Chapter 1. General Concepts. Thermochemica l and Kinetic Factors Controlling Fragmentation. The Statis tical Theory for Unimolecular Decay of Organic and Organometallic Ions.< BR id=‘CRLF’>Appearance Energies. Potential Energy Surfaces . Kinetic Isotope Effects. Linear free energy correlations in mass spectrometry. Stevenson’s Rule. Gas Phase Basicities, Experiment and Theory. Gas-pha se acidities, Experiment and Theory. Metal Ion Affinities, Experiment and Theory.
Chapter 2. Str uctures and Properties of Gas-Phase Organic Ions.
Radical-cations, overview. Alkanes, alkanes, and aromatic h ydrocarbons. Alkylamine radical cations. Enol ions. Radical cations of saturated carboxylic acids, esters and amides. Structures and Properties of Gas-Phase Organic Ions: Sulfur (HS-, -S-, -SS-) Ions. Ion-molecule reactions of distionic radical cations. Theoretical models for ion-n