The Structure of Small Molecules and Ions

Table of Contents

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   Book Overview
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   Chapter 1 Small Molecules and Ions: A Thing or Two We Still don’t Understand
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   Chapter 2 Approximate Separability and Choice of Coordinates for Excited Vibrations of Polyatomic Molecules and Clusters
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   Chapter 3 The Application of Spectral Measures to the Stimulated Emission Pumping of Acetylene
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   Chapter 4 Dynamical Effects in the “Phase Change” Behavior of Small Clusters
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   Chapter 5 Spectroscopic Signatures of Floppiness in Molecular Complexes
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   Chapter 6 Nonstatistical Behavior in the Vibrational Predissociation Dynamics of Binary and Tertiary Complexes
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   Chapter 7 Rovibrational Spectroscopy of ArCo Van Der Waals Complex
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   Chapter 8 Infrared Spectroscopy of Molecular Ions
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    Chapter 9 Estimation of Microwave and Infrared Spectral Parameters of Some Molecular Ions from Ab-Initio Electronic Structure Calculations
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    Chapter 10 Photodissociation Dynamics of the H 3 + Molecule
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    Chapter 11 Structure of Small Molecules Via the Coulomb Explosion Method
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    Chapter 12 Preparation of Molecules in a Single State for Coulomb Explosion Measurements
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    Chapter 13 What can Coulomb Explosions Teach Us about Clusters?
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    Chapter 14 Probing of Nuclear Waves in Triplet H2 (n=3)
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    Chapter 15 Multiphoton Ionization of Clusters: Reactions and Spectroscopy
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    Chapter 16 Photodetachment Spectroscopy of Negative Cluster Ions
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    Chapter 17 The Structure of Small Molecules and Ions as Determined by Photoionization Mass Spectrometry
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    Chapter 18 Dynamic Aspect of Excited-State Photoelectron Spectroscopy: Some Small Molecules
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    Chapter 19 Probing Molecular Dynamics with Laser Photoelectron Spectroscopy
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    Chapter 20 A Photoion-Photoelectron Coincidence Study of (CO)2
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    Chapter 21 Direct Calculation of Molecular Transition Energies by the Open-Shell Coupled-Cluster Method
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    Chapter 22 Topology of the Ground-State Surface of CH4 +
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    Chapter 23 Fragmentation Mechanisms for Multiply-Charged Cations
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    Chapter 24 The Natural Bond Orbital Lewis Structure Concept for Molecules, Radicals, and Radical Ions
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    Chapter 25 Studies in the Paired Orbital Method III: The Structure of the Po Wavefunction
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    Chapter 26 Participation of a Hydrogen-Bridged Intermediate Ion [O=C(H)-H..Co]+ in the Loss of Co from Ionized Glyoxal?
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    Chapter 27 Studies of Ion Cluster Structures by MS/MS Methods
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    Chapter 28 Nonadiabatic Effects in Unimolecular Reactions of Ionized Molecules
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    Chapter 29 Potential Energy Surfaces and Dissociation Mechanisms of the C2 H4 + Ion
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    Chapter 30 The Unimolecular Chemistry of [1, 2-Propanediol]+.: A Rationale in Terms of Hydrogen Bridged Radical Cations
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    Chapter 31 The Energetic and Structural Interpretation of Ion Photodissociation Spectra
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    Chapter 32 The Search for Novel Small Molecules and Radicals
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    Chapter 33 New Information on the Structure and Dynamics of Molecular Cations from Experiments on The Spectroscopy of Polyatomic Rydberg States
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    Chapter 34 Production and Relaxation of Negative Cluster Ions by Use of High-Rydberg Rare Gas Atoms
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    Chapter 35 Excitation and Ionization of High N H-Atoms by Monochromatic and Bichromatic Microwave Fields
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    Chapter 36 A Zero-Order Electronic Structure Model for Ionic Diatomic Molecules
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    Chapter 37 Recent Developments in Studies of Open-Shell Cations Via Their Electronic Transitions