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(e, 2e)
Overview of attention for book
Table of Contents
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Book Overview
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Chapter 1
(e,2e), effective charges, distorted waves and all that!
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Chapter 2
Directions in (e,2e) and Related Processes
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Chapter 3
Near Threshold (e,2e) Ionisation of Helium and Atomic Hydrogen
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Chapter 4
Does Asymmetric (e,2e) Approach the Dipolar Limit at Intermediate Energies?
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Chapter 5
Knockout Reactions to Study Atomic and Molecular Electronic Structure: The Future
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Chapter 6
Absolute Experimental Cross Sections for Symmetric Coplanar (e,2e) Collisions of 45 to 500 eV Electrons With Helium
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Chapter 7
Recoil Ion Momentum Spectroscopy: A Complementary Technique to (e,2e) and (e,3e)
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Chapter 8
Arbitrary charged particle-impact ionisation of H and He: Scaling properties of cross sections
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Chapter 9
Electron Impact Ionisation-Excitation of Helium: Calculations Using Coupled Channel Parametric Potential Wavefunctions
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Chapter 10
Democratic Parameters for (e,2e) and (e,3e) Kinematics
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Chapter 11
Asymptotically Exact Distorted Wave Calculations
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Chapter 12
New Experiments Needed in (e,2e)
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Chapter 13
New Trends: Electron impact ionisation of laser excited atoms, and double ionisation by electron and photon impact
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Chapter 14
Laser-Assisted (e,2e) Collisions
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Chapter 15
(e,2e) Calculations Using a Correlated Final State
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Chapter 16
Solid state perspective in the theory of the Auger decay
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Chapter 17
High-Performance Computers in (e,2e) and (e,3e) Interactions with Atoms
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Chapter 18
Energy Loss and (e,2e) Studies of Molecules on Surfaces
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Chapter 19
Influence of Coulomb Forces on the Angular Momenta of Products in Three or More Fragmentary Reactions
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Chapter 20
Multiconfiguration Hartree-Fock Calculation of the Autoionization Resonance Parameters in the ( e ,2 e ) Reaction on Helium Atom
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Chapter 21
Near Threshold (γ,2e) Experiments in the Perpendicular Plane
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Chapter 22
Multicoincidence Investigation of Ionization Dynamics
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Chapter 23
Coupling the Coplanar (e,2e) Geometry to the Perpendicular Plane Geometry
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Chapter 24
Double Ionization of Noble Gases by Electron Impact
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Chapter 25
Coulomb-Born Approximation for the Calculation of (e,2e) Cross-Sections
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Chapter 26
In Memorium Wolfgang Hink
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Chapter 27
Processes Other than Simple Outer Shell Ionization
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Chapter 28
Investigation of the Angular Dependence of Post Collision Interaction Effects Using Coincidence Techniques
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Chapter 29
Relativistic (e,2e) Processes under Bethe Ridge Conditions
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Chapter 30
Distorted-Wave Calculations of Triple Differential Cross Section for Inner Shell Ionization
Overall attention for this book and its chapters
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Mentioned by
syllabi
1
institution with syllabi
Citations
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36
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Readers on
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Mendeley
Book overview
1. (e,2e), effective charges, distorted waves and all that!
2. Directions in (e,2e) and Related Processes
3. Near Threshold (e,2e) Ionisation of Helium and Atomic Hydrogen
4. Does Asymmetric (e,2e) Approach the Dipolar Limit at Intermediate Energies?
5. Knockout Reactions to Study Atomic and Molecular Electronic Structure: The Future
6. Absolute Experimental Cross Sections for Symmetric Coplanar (e,2e) Collisions of 45 to 500 eV Electrons With Helium
7. Recoil Ion Momentum Spectroscopy: A Complementary Technique to (e,2e) and (e,3e)
8. Arbitrary charged particle-impact ionisation of H and He: Scaling properties of cross sections
9. Electron Impact Ionisation-Excitation of Helium: Calculations Using Coupled Channel Parametric Potential Wavefunctions
10. Democratic Parameters for (e,2e) and (e,3e) Kinematics
11. Asymptotically Exact Distorted Wave Calculations
12. New Experiments Needed in (e,2e)
13. New Trends: Electron impact ionisation of laser excited atoms, and double ionisation by electron and photon impact
14. Laser-Assisted (e,2e) Collisions
15. (e,2e) Calculations Using a Correlated Final State
16. Solid state perspective in the theory of the Auger decay
17. High-Performance Computers in (e,2e) and (e,3e) Interactions with Atoms
18. Energy Loss and (e,2e) Studies of Molecules on Surfaces
19. Influence of Coulomb Forces on the Angular Momenta of Products in Three or More Fragmentary Reactions
20. Multiconfiguration Hartree-Fock Calculation of the Autoionization Resonance Parameters in the ( e ,2 e ) Reaction on Helium Atom
21. Near Threshold (γ,2e) Experiments in the Perpendicular Plane
22. Multicoincidence Investigation of Ionization Dynamics
23. Coupling the Coplanar (e,2e) Geometry to the Perpendicular Plane Geometry
24. Double Ionization of Noble Gases by Electron Impact
25. Coulomb-Born Approximation for the Calculation of (e,2e) Cross-Sections
26. In Memorium Wolfgang Hink
27. Processes Other than Simple Outer Shell Ionization
28. Investigation of the Angular Dependence of Post Collision Interaction Effects Using Coincidence Techniques
29. Relativistic (e,2e) Processes under Bethe Ridge Conditions
30. Distorted-Wave Calculations of Triple Differential Cross Section for Inner Shell Ionization
Summary
Syllabi
Dimensions citations
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