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Physics
Applied and Interdisciplinary Physics
Plasma Physics
1. Introduction to Plasma Physics
2. Mathematical Foundations
3. Single Particle Motion in Fields
4. Kinetic Theory of Plasmas
5. Fluid Description of Plasmas
6. Plasma Waves and Oscillations
7. Plasma Equilibrium
8. Plasma Instabilities
9. Transport Phenomena
10. Collisional Processes
11. Nonlinear Plasma Physics
12. Specialized Plasma Types
13. Plasma Boundaries and Sheaths
14. Plasma Applications
15. Plasma Diagnostics
10.
Collisional Processes
10.1.
Elastic Collisions
10.1.1.
Coulomb Scattering
10.1.2.
Rutherford Cross Section
10.1.3.
Small Angle Scattering
10.1.4.
Collision Integrals
10.2.
Inelastic Collisions
10.2.1.
Excitation Processes
10.2.2.
Ionization Processes
10.2.3.
Recombination Processes
10.2.4.
Charge Exchange
10.3.
Collision Operators
10.3.1.
Fokker-Planck Operator
10.3.2.
Landau Collision Operator
10.3.3.
Relaxation Models
10.4.
Runaway Electrons
10.4.1.
Critical Electric Field
10.4.2.
Runaway Generation
10.4.3.
Avalanche Effect
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9. Transport Phenomena
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11. Nonlinear Plasma Physics