Lehrinhalte
Particle tracking methods: types of particle methods, relationship to Vlasov model Integration of equations of motion: Boris pusher, numerical stability, symplecticity Electrostatic PIC: Green functions, FFT and FD methods, charge deposition, field interpolation, spline shape functions DC-gun simulation: space charge limited emission Tracking in the Lorenz frame Map based tracking methods Electromagnetic PIC: FDTD method, charge-conserving current deposition, Boris scheme, low dispersion methods Wakefields and impedances: simulation of ultra-relativistic beams Plasma Wakefield Acceleration Parallel computing
Literature
The transparencies can be downloaded from the TUCaN site.
Particle tracking methods: types of particle methods, relationship to Vlasov model Integration of equations of motion: Boris pusher, numerical stability, symplecticity Electrostatic PIC: Green functions, FFT and FD methods, charge deposition, field interpolation, spline shape functions DC-gun simulation: space charge limited emission Tracking in the Lorenz frame Map based tracking methods Electromagnetic PIC: FDTD method, charge-conserving current deposition, Boris scheme, low dispersion methods Wakefields and impedances: simulation of ultra-relativistic beams Plasma Wakefield Acceleration Parallel computing
Literature
The transparencies can be downloaded from the TUCaN site.
- Lehrende: GjonajErion
Semester: ST 2023