Elsevier S & T

ADV IN ATOMIC & MOLECULAR PHYSICS V12

AUTHOR, UNKNOWN

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Table of contents
  • Contentsv
  • List of Contributorsvii
  • Contents of Previous Volumesix
  • Chapter 1. Nonadiabatic Transitions between Ionic and Covalent States1
  • I. Introduction1
  • II. The Concept of Nonadiabatic Transitions between Molecular States3
  • III. Methods for Calculation of Ionic–Covalent Nonadiabatic Coupling10
  • IV. Electron Transition Probability20
  • V. Physical Processes Governed by Ionic–Covalent Nonadiabatic Transitions29
  • References34
  • Chapter 2. Recent Progress in the Theory of Atomic Isotope Shift39
  • I. Introduction39
  • II. Phenomenology41
  • III. Separation of Mass- and Field-Shift Contributions55
  • IV. Ab Initio Interpretations63
  • V. Conclusion80
  • Appendix81
  • References83
  • Chapter 3. Topics on Multiphoton Processes in Atoms87
  • I. Introduction87
  • II. The Perturbation Theory of Multiphoton Processes89
  • III. Field Correlation (Photon Statistics) Effects109
  • IV. Resonance Multiphoton Processes114
  • V. Angular Momentum and Polarization Effects133
  • VI. Concluding Remarks154
  • Postscript158
  • References158
  • Chapter 4. Optical Pumping of Molecules165
  • I. Introduction165
  • II. Experimental Methods166
  • III. Theory172
  • IV. Review of Molecules196
  • V. Iodine Investigations201
  • VI. Conclusion209
  • References211
  • Chapter 5. Highly Ionized Ions215
  • I. Introduction215
  • II. Characteristics of Highly Ionized and Excited Ions Produced in Accelerator Beams217
  • III. Spontaneous Lifetimes of Few-Electron Ions of Fundamental Interest244
  • IV. Accelerator-Based Experiments on Other Fundamental Properties of Highly Ionized Ions: Present an262
  • References275
  • Chapter 6. Time-of-Flight Scattering Spectroscopy281
  • I. Introduction281
  • II. Examples of Application297
  • III. General Considerations323
  • IV. Experimental Techniques343
  • V. Summary365
  • References366
  • Note Added in Proof373
  • Chapter 7. Ion Chemistry in the D Region375
  • I. Introduction375
  • II. Sources of D-Region Ionization377
  • III. Experimental Techniques384
  • IV. D-Region Positive-Ion Chemistry386
  • V. D-Region Negative-Ion Chemistry399
  • VI. Model Calculations408
  • VII. Conclusion409
  • References410
  • Author Index415
  • Subject Index432
Book details
  • Vendor Elsevier S & T
  • SKU 9780120038121
  • ISBN-13 9780080564722
  • Author AUTHOR, UNKNOWN
  • Category Science
  • Subject General

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ADV IN ATOMIC & MOLECULAR PHYSICS V12