Many-Body Atomic Physics

J. J. Boyle; M. S. Pindzola

doi:10.1017/CBO9780511470790

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Bar-Shalom, A. Klapisch, M. and Oreg, J. 2001. HULLAC, an integrated computer package for atomic processes in plasmas. Journal of Quantitative Spectroscopy and Radiative Transfer, Vol. 71, Issue. 2-6, p. 169.

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J. J. Boyle, Harvard University, Massachusetts, M. S. Pindzola, Auburn University, Alabama

Publisher:: Cambridge University Press
Online publication date:: September 2009
Print publication year:: 1998
Online ISBN:: 9780511470790
DOI:: https://doi.org/10.1017/CBO9780511470790

Subjects:: Physics and Astronomy, Physical Chemistry, Atomic Physics, Molecular Physics and Chemical Physics, Chemistry

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This introduction to the field of many-body atomic physics is suitable for researchers and graduate students. Drawing from three major subject areas, atomic structure, atomic photoionization, and electron-atom collisions, this book begins with an introduction to many-body diagrams, and continues with several chapters devoted to each subject area written by leading theorists in that field. Topics in atomic structure include the relativistic theory for highly charged atomic ions and calculations of parity nonconservation. Topics in atomic photoionization include single and double photoionization processes, and photoelectron angular distributions. Topics in electron-atom collisions include the theory of electron impact ionization, perturbation series methods, target dependence of the triply differential cross section, Thomas processes, R-matrix theory, close coupling, and distorted-wave theory. This coherent and carefully edited volume has been prepared by leading atomic physicists as a tribute to Hugh Kelly, one of the pioneers of many-body theory.

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Many-Body Atomic Physics

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Contents

Front Matter
pp i-vi

Contents
pp vii-xii

Foreword
pp xiii-xiv

Contributors
pp xv-xvi

Preface
pp xvii-xx

Acknowledgements
pp xxi-xxii

Part 1 - ATOMIC STRUCTURE
pp 1-2

1 - Development of atomic many-body theory
pp 3-38

2 - Relativistic many-body perturbation theory for highly charged ions
pp 39-64

3 - Parity nonconservation in atoms
pp 65-90

Part 2 - PHOTOIONIZATION OF ATOMS
pp 91-92

4 - Many-body effects in single photoionization processes
pp 93-124

5 - Photoionization dominated by double excitation in two-electron and divalent atoms
pp 125-149

6 - Direct double photoionization in atoms
pp 150-166

7 - Photoelectron angular distributions
pp 167-182

Part 3 - ATOMIC SCATTERING: A. General Considerations
pp 183-184

8 - The many-body approach to electron-atom collisions
pp 185-212

9 - Theoretical aspects of electron impact ionization, (e, 2e), at high and intermediate energies
pp 213-234

Part 3 - ATOMIC SCATTERING: B. Low-order applications
pp 235-236

10 - Perturbation series methods for calculating electron-atom differential cross sections
pp 237-260

11 - Target dependence of the triply differential cross section for low energy (e, 2e) processes
pp 261-286

12 - Overview of Thomas processes for fast mass transfer
pp 287-302

Part 3 - ATOMIC SCATTERING: C. All-order applications
pp 303-304

13 - R-matrix theory: some recent applications
pp 305-324

14 - Electron scattering from atomic targets: application of Dirac R-matrix theory
pp 325-348

15 - Electron-ion collisions using close-coupling and distorted-wave theory
pp 349-370

Appendix: Units and notation
pp 371-375

References
pp 376-401

Index
pp 402-406

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Many-Body Atomic Physics

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