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Title Beam Dynamics Study in a Dual Energy Storage Ring for Ion Beam Cooling*
Authors Bhawin Dhital, Yaroslav Derbenev, David Douglas, Andrew Hutton, Geoffrey Krafft, Fanglei Lin, Vasiliy Morozov, Yuhong Zhang
JLAB number JLAB-ACP-21-3387
LANL number (None)
Other number DOE/OR/23177-5207
Document Type(s) (Meeting) 
Category: Beam Dynamics
Associated with EIC: Yes
Supported by Jefferson Lab LDRD Funding: No
Funding Source: Nuclear Physics (NP)
 

Meeting
Paper compiled for IPAC21

Proceedings
Proceedings of IPAC 2021
Edited By Liu Lin, John M. Byrd, Regis Neuenschwander, Renan Picoreti, Volker R. W. Schaa
JACOW (2021)
Page(s) 1290-1293
Publication Abstract: A dual energy storage ring designed for beam cooling consists of two closed rings with significantly different energies: the cooling and damping rings. These two rings are connected by an energy recovering superconducting RF structure that provides the necessary energy difference. In our design, the RF acceleration has a main linac and harmonic cavities both running at crest that at first accelerates the beam from low energy E_L to high energy E_H and then decelerates the beam from E_H to E_L in the next pass. The purpose of the harmonic cavities is to extend the bunch length in a dual energy storage ring as such a longer bunch length may be very useful in a cooling application. Besides these cavities, a bunching cavity running on zero-crossing phase is used outside of the common beamline to provide the necessary longitudinal focusing for the system. In this paper, we present a preliminary lattice design along with the fundamental beam dynamics study in such a dual energy storage ring.
Experiment Numbers: other
Group: Ctr for Adv Stud of Accel
Document: pdf
DOI: https://doi.org/10.18429/JACoW-IPAC2021-TUXA07
Accepted Manuscript: tuxa07.pdf
Supporting Documents:
TUXA073.docxoriginal MS word document (Supporting)
Supporting Datasets: