Speaker
Hung-Chun Chao
(Diamond Light Source Ltd)
Description
The design performance of the 3.5 GeV Diamond-II low-emittance electron storage ring has been studied as a function of the linear and nonlinear lattice tuning parameters. An alternative working point has been identified which optimizes the beam lifetime and the injection efficiency for off-axis injection. The simulations include misalignment and field strength errors, with the number of machine seeds tuned to achieve converging results whilst minimizing computational time. The optimization takes care to preserve the design beam emittance, energy spread, Twiss parameters and cell tunes. The results are presented for 2D parameter scans and multi-objective optimization techniques such as the Multi-Objective Genetic Algorithm (MOGA).
| Region represented | Europe |
|---|---|
| Paper preparation format | LaTeX |
Primary author
Neven Blaskovic Kraljevic
(Diamond Light Source Ltd)
Co-authors
Hung-Chun Chao
(Diamond Light Source Ltd)
Dr
Hossein Ghasem
(Diamond Light Source Ltd)
Ian Martin
(Diamond Light Source Ltd)
Shaun Preston
(Diamond Light Source Ltd)
