[BTeam] Designing round beam lattice for electron storage rings with SLIM

[Todd Satogata]

If anyone is interested in Alex Chao's SLIM formalism, his (very good)
lecture notes on it are part of his special topics course notes that
are freely available here:

https://www.slac.stanford.edu/~achao/lecturenotes.html

                                                 -Todd

======================================================================
Todd Satogata
Director, Center for Advanced Studies of Accelerators
Jefferson Lab
12000 Jefferson Avenue
Newport News, VA 23606
Cell: (631) 807-0674
======================================================================

On 10/22/21 7:33 AM, Jay Benesch wrote:
> https://arxiv.org/abs/2110.11157
> 
> Designing round beam lattice for electron storage rings with SLIM
> Yongjun Li, Robert Rainer
> 
>      In the light source community, a round beam rather than a flat one is preferable for many beamline users. A conventional method of shifting machine's tune close to a difference resonance to obtain approximately round beams is usually analyzed with perturbation theories. In this paper, we adopt the Solution by LInear Matrices (SLIM) analysis to exactly calculate beam sizes when the linear coupling is present. The SLIM analysis can deal with a generally linearly coupled accelerator lattice, 
> and the effects of various coupling sources on beam emittances and sizes are studied within a self-consistent frame. Both the on- and off-resonance schemes to obtain round beams are explained with examples. The formalism for two magnet models, combined-function bending magnets, planar wigglers and undulators, which are widely used on light source storage rings, are derived.
> 
> Comments:     9 pages, 13 figures
> Subjects:     Accelerator Physics (physics.acc-ph)
> Cite as:     arXiv:2110.11157 [physics.acc-ph]
> 
> The work here by Lebedev and Bogacz is cited on page one. The method is due to Alex Chao.
> _______________________________________________
> BTeam mailing list
> BTeam at jlab.org
> https://mailman.jlab.org/mailman/listinfo/bteam