Site perso : Emmanuel Branlard
List of Tables
- 6.1. Parameters used for the benchmarking of the space charge algorithm - cylinder distribution
- 6.2. Parameters used for the benchmarking of the space charge algorithm - spheroid distribution
- 6.3. Parameters used for the benchmarking of the space charge algorithm - sphere at two energies
- 7.1. RMS dimensions used for the study of ellipsoidal distributions
- 7.2. Structure of the file /results/ez-rms/EllipseXYZ-database.csv
- 8.1. Parameters used for the benchmarking of the rotation algorithm - exemple of a coin-shape
- 8.2. Parameters used for the benchmarking of the rotation algorithm - exemple of an allipsoid at high energy
- 9.1. Structure of the file containing the sigma matrix: run.Sigma.001
- 9.2. Parameters of the distributions used for our analysis on the sigma matrix
- 9.3. Structure of the file containing the sigma matrix: run.Sigma.001
- 10.1. Parameters of the distributions used for our analysis on the sigma matrix
- 11.1. Structure of the experimental dipoles data files
- 12.1. Dipole radii needed by astra to fit the compressor geometry
- 13.1. Dipole radii needed by astra to fit the geometry
- 15.1. Specifications of A0 beam out of the photoinjector
- 15.2. Dipoles hard edge coordinates in mm for A0 emittance exchange lattice
- 16.1. Specifications of NML beam out of the photoinjector and expected range
- 16.2. Coordinates of beam line elements at NML
- 16.3. Dipoles hard edge coordinates in mm for NML compressor
- D.1. Coordinates of beam line elements at A0 in the emittance exchange configuration
- D.2. Coordinates of beam line elements at A0 in the straight ahead configuration
- E.1. Parameters used for the benchmarking of the rotation algorithm - exemple of an ellipsoid at rest with two rotations
- E.2. Parameters used for the benchmarking of the rotation algorithm - exemple of a sphere at low energy