Speaker
Jiajie Tan
(Institute of High Energy Physics)
Description
Dynamic aperture tracking is an widely employed and effective method in the design of circular accelerators. However, in high-intensity proton accelerators, the pronounced space charge effect induces substantial tune shifts, which can severely compromise the accuracy of nonlinear dynamics analysis. In this study, we present a novel dynamic aperture tracking code tailored for high-intensity proton accelerators, which explicitly accounts for space charge-induced tune shifts. The CSNS/RCS synchrotron serves as a case study to validate the code's efficacy.
| I have read and accept the Privacy Policy Statement | Yes |
|---|
Authors
Jiajie Tan
(Institute of High Energy Physics)
Jianliang Chen
(Chinese Academy of Sciences)
Li Rao
(Institute of High Energy Physics)
Liangsheng Huang
(Institute of High Energy Physics)
Ming-Yang Huang
(Institute of High Energy Physics)
