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Relativistic Channeling
Overview of attention for book
Table of Contents
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Book Overview
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Chapter 1
Introduction
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Chapter 2
Channeling and Related Phenomena for GeV Particles
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Chapter 3
Experimental Demonstration of Reversibility Through GeV Channeling
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Chapter 4
Energy Loss and Straggling of Random and Channeled High-Energy Particles in Thin Targets
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Chapter 5
Theory of Dechanneling
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Chapter 6
Multiple Scattering Effects of Light Relativistic Particles under Channeling Conditions
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Chapter 7
Theory of Particle Motion in Straight and Distorted Crystals
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Chapter 8
Axial Channeling in Bent Crystals
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Chapter 9
Deflection of Particle Beams Using Planar Channeling
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Chapter 10
The Theory of Volume Capture by a Curved Crystal in the Channeling Regime
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Chapter 11
The Leningrad Experiment on Volume Capture
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Chapter 12
Quantum Theory of Channeling Radiation
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Chapter 13
Quantum Theory of Fast-Charged Particles in Crystals
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Chapter 14
Dirac Equation for Electron Channeling
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Chapter 15
Coherent Bremsstrahlung and Free-Bound Transitions
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Chapter 16
Coherence Lengths for Emission of Classical Channeling Radiation
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Chapter 17
Measurement of Channeling Radiation
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Chapter 18
Channeling Radiation Experiments between 10 and 100 MeV
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Chapter 19
Channeling Radiation Experiments between 100 and 1000 MeV
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Chapter 20
Channeling Radiation Experiments at Energies above 1 GeV
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Chapter 21
The Study of Electron Channeling and Channeling Radiation Using High-Voltage Electron Microscopes
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Chapter 22
High-Energy Processes in Crystals: Radiation, Pair Creation, Photon Splitting and Pion Creation
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Chapter 23
Experimental Study of Pair Creation and Radiation in Ge Crystals at Ultrarelativistic Energies (30–200 GeV)
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Chapter 24
On the Angular Dependence of Bremsstrahlung and Pair Production in Single Crystals at GeV Energies
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Chapter 25
The Application of Channeling in Bent Crystals to Charged Particle Beams
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Chapter 26
Charm Particles
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Chapter 27
Application of Channeling to Particle Physics
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Chapter 28
Radiation Damage Effects in Channeling Applications
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Chapter 29
Application of Semiconductor Detectors in High Energy Physics
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Chapter 30
Progress in High-Rate, High-Accuracy Detectors
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Chapter 31
Growing Large Highly Perfect Single Crystals and Its Limitations
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Chapter 32
The Study of Material Properties Using Channeling Radiation
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Chapter 33
Crystal Potentials from Channeling Radiation—A First Principles Calculation
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Chapter 34
Muon and Pion Stopping Sites in Crystals from Decay-Particle Blocking
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Chapter 35
Pion Diffusion Studies Using Muon Channeling at High Temperatures
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Chapter 36
Lattice Location of Nuclear Probes by Electron and Positron Channeling
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Chapter 37
High-Energy Heavy Ions in Crystals
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Chapter 38
Stimulated and Cooperative Radiation from Channeled Particles and Ions
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Chapter 39
Channeled Particle Acceleration by Plasma Waves in Metals
Overall attention for this book and its chapters
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Mentioned by
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wikipedia
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Wikipedia page
Citations
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Mendeley
Book overview
1. Introduction
2. Channeling and Related Phenomena for GeV Particles
3. Experimental Demonstration of Reversibility Through GeV Channeling
4. Energy Loss and Straggling of Random and Channeled High-Energy Particles in Thin Targets
5. Theory of Dechanneling
6. Multiple Scattering Effects of Light Relativistic Particles under Channeling Conditions
7. Theory of Particle Motion in Straight and Distorted Crystals
8. Axial Channeling in Bent Crystals
9. Deflection of Particle Beams Using Planar Channeling
10. The Theory of Volume Capture by a Curved Crystal in the Channeling Regime
11. The Leningrad Experiment on Volume Capture
12. Quantum Theory of Channeling Radiation
13. Quantum Theory of Fast-Charged Particles in Crystals
14. Dirac Equation for Electron Channeling
15. Coherent Bremsstrahlung and Free-Bound Transitions
16. Coherence Lengths for Emission of Classical Channeling Radiation
17. Measurement of Channeling Radiation
18. Channeling Radiation Experiments between 10 and 100 MeV
19. Channeling Radiation Experiments between 100 and 1000 MeV
20. Channeling Radiation Experiments at Energies above 1 GeV
21. The Study of Electron Channeling and Channeling Radiation Using High-Voltage Electron Microscopes
22. High-Energy Processes in Crystals: Radiation, Pair Creation, Photon Splitting and Pion Creation
23. Experimental Study of Pair Creation and Radiation in Ge Crystals at Ultrarelativistic Energies (30–200 GeV)
24. On the Angular Dependence of Bremsstrahlung and Pair Production in Single Crystals at GeV Energies
25. The Application of Channeling in Bent Crystals to Charged Particle Beams
26. Charm Particles
27. Application of Channeling to Particle Physics
28. Radiation Damage Effects in Channeling Applications
29. Application of Semiconductor Detectors in High Energy Physics
30. Progress in High-Rate, High-Accuracy Detectors
31. Growing Large Highly Perfect Single Crystals and Its Limitations
32. The Study of Material Properties Using Channeling Radiation
33. Crystal Potentials from Channeling Radiation—A First Principles Calculation
34. Muon and Pion Stopping Sites in Crystals from Decay-Particle Blocking
35. Pion Diffusion Studies Using Muon Channeling at High Temperatures
36. Lattice Location of Nuclear Probes by Electron and Positron Channeling
37. High-Energy Heavy Ions in Crystals
38. Stimulated and Cooperative Radiation from Channeled Particles and Ions
39. Channeled Particle Acceleration by Plasma Waves in Metals
Summary
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