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ePub Electron-Atom and Electron-Molecule Collisions (Physics of Atoms and Molecules) download

by Jürgen Hinze

ePub Electron-Atom and Electron-Molecule Collisions (Physics of Atoms and Molecules) download
Author:
Jürgen Hinze
ISBN13:
978-0306411885
ISBN:
0306411881
Language:
Publisher:
Springer; 1983 edition (January 31, 1983)
Category:
Subcategory:
Physics
ePub file:
1884 kb
Fb2 file:
1940 kb
Other formats:
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Rating:
4.4
Votes:
158

New & Forthcoming Titles Physics of Atoms and Molecules. Titles in this series.

New & Forthcoming Titles Physics of Atoms and Molecules. New & Forthcoming Titles. Home New & Forthcoming Titles.

Physics of Atoms and Molecules. Electron-Atom and Electron-Molecule Collisions. Bibliographic Information. Physics of Atoms and Molecules.

This technique overcomes the most challenging barrier to a new class of experiments on time-resolved collisions involving atoms and molecules. Basic physics of atoms and molecules. December 1959 · Journal of chemical education. October 1959 · Journal of the American Chemical Society.

Electron-atom and electron-molecule collision processes play a prominent role in a variety of systems ranging from discharge or electron-beam lasers and plasma processing devices to aurorae and solar plasmas. Early studies of these interactions contributed significantly to the understanding of the quantum nature of matter.

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The papers collected in this volume have been presented during a workshop on "Electron-Atom and Molecule Collisions" held at the Centre for Interdisciplinary Studies of the University of Bielefeld in May 1980

The papers collected in this volume have been presented during a workshop on "Electron-Atom and Molecule Collisions" held at the Centre for Interdisciplinary Studies of the University of Bielefeld in May 1980. This workshop, part of a larger program concerned with the "Properties and Reactions of Isolated Molecules and Atoms," focused on the theory and computational techniques for the quanti tative description of electron scattering phenomena.

The electron-molecule collision provides a basic scattering problem. It is scattering by a nonspherical, multicentered composite particle with its centers having degrees of freedom of motion. The molecule can even disintegrate, L. dissociate or ionize into fragments, some or all of which may also be molecules. Although it is a difficult problem, the recent theoretical, experimental, and computational progress has been so significant as to warrant publication of a book that specializes in this field. Isao Shimamura, Kazuo Takayanagi.

The papers collected in this volume have been presented during a workshop on "Electron-Atom and Molecule Collisions" held at the Centre for Interdisciplinary Studies of the University of Bielefeld in May 1980. This workshop, part of a larger program concerned with the "Properties and Reactions of Isolated Molecules and Atoms," focused on the theory and computational techniques for the quanti­ tative description of electron scattering phenomena. With the advances which have been made in the accurate quantum mechanical characterisation of bound states of atoms and molecules, the more complicated description of the unbound systems and resonances important in electron collision processes has matured too. As expli­ cated in detail in the articles of this volume, the theory for the quantitative explanation of elastic and inelastic electron molecule collisions, of photo- and multiple photon ionization and even for electron impact ionization is well developed in a form which lends itself to a complete quantitative ab initio interpretation and pre­ diction of the observable effects. Many of the experiences gained and the techniques which have evolved over the years in the com­ putational characterization of bound states have become an essential basis for this development. To be sure, much needs to be done before we have a complete and detailed theoretical understanding of the known collisional processes and of the phenomena and effects, which may still be un­ covered with the continuing refinement of the experimental tech­ niques.