Lehrinhalte
Basics of Tensor Analysis, Basics of Special Relativity, Covariant Form of Maxwell`s Equations, Basics of Nonlinear Dynamics, Hamilton Formalism, Phase Space, Basics of Longitudinal Beam Dynamics, Liouville`s Theorem, Beam Equations, Particle Tracking, Accelerating Cavities and Systems, Longitudinal Beam Manipulations.
Literatur
Lecture slides. List of textbooks.
Voraussetzungen
Vector analysis, infinitesimal calculus, basics in differential equations, first contact with Maxwell`s equations.
Basics of Tensor Analysis, Basics of Special Relativity, Covariant Form of Maxwell`s Equations, Basics of Nonlinear Dynamics, Hamilton Formalism, Phase Space, Basics of Longitudinal Beam Dynamics, Liouville`s Theorem, Beam Equations, Particle Tracking, Accelerating Cavities and Systems, Longitudinal Beam Manipulations.
Literatur
Lecture slides. List of textbooks.
Voraussetzungen
Vector analysis, infinitesimal calculus, basics in differential equations, first contact with Maxwell`s equations.
- Lehrende: Harald Klingbeil
Semester: ST 2019