Cheuk-Yiu Ng, Tomas Baer, Ivan Powis
Wiley, Nov 30, 1993 - Science - 494 pages
Cluster Ions Edited by Cheuk-Yiu Ng, Ames Laboratory, Iowa State University, lowa, USA Tomas Baer, University of North Carolina, NC, USA Ivan Powis, University of Nottingham, UK As a result of many recent advances in both experimental techniques and theoretical methodologies, increasingly detailed and sophisticated studies concerning the formation, structures, energetics, and reaction dynamics of state- or energy-selected molecular ions can now be performed. In order better to serve the ion chemistry and physics communities, each volume of this series will be dedicated to reviewing a specific topic emphasizing new experimental and theoretical developments in the study of ions. This first volume is devoted to the physics and chemistry of clusters. Measurement of cluster ion properties, made as a function of cluster size, are expected to shed some light on the basic understanding of the transition from gas phase to condensed matter. The interest in cluster research is also motivated by the important roles that clusters play in many practical fields, such as catalysis and microelectronics. The authors of the seven chapters making up this volume are among the most active researchers in their respective areas. This series will help stimulate new research directions and point to future opportunities in the field of ion chemistry.
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Unimolecular and Collision Induced Decomposition
7 other sections not shown
A. W. Castleman absorption adiabatic ammonia analysis argon Baer beam binding energies bulk calculations charge Chem cluster ions collision energy collisional autoionization coworkers D—Atoms Dehmer detected detector dimer dissociation energy distribution dynamics emission excited excitons experimental experiments extraction field flight fragmentation fullerene function geometry Haberland Hertel interaction ionic ionic clusters ionization energy ionization potential isomers Jarrold Kamke kinetic energy Klots krypton larger clusters laser Lett Lifshitz Mass Spectrom mass spectrometry measured metastable metastable atom method molecular Molecules and Clusters monomer observed peak Penning ionization photodissociation photoelectron photoionization photon photon energy Phys polarization potential energy surfaces pulsed range rare gas atoms rare gas clusters reaction reactivity reflectron region setup shown in Figure signal silicon clusters solvated solvated electron solvent solvent molecules spectra spectroscopy spectrum structure studies surface theoretical threshold time-of-flight tion TPEPICO transition trimer typical unimolecular velocity vibrational wavelength