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Control of the nonlinear dynamics for medium energy synchrotron light sources
DOI:
10.18429/JACoW-IPAC2018-THPMF006
Authors:
J.
Bengtsson
(Diamond Light Source)
,
R.
Bartolini
(Diamond Light Source)
,
H.
Ghasem
(Diamond Light Source)
,
B.
Singh
(Diamond Light Source)
,
A.
Streun
(Paul Scherrer Institut)
Co-authored by industrial partner:
No
Type:
Conference Paper
Conference:
9th International Particle Accelerator Conference
Peer Reviewed:
No
State:
Published (Approved)
Published:
June 2018

Abstract: MAX-IV has introduced a paradigm shift in the design philosophy for the "Engineering-Science" in the quest for a diffraction limited Synchrotron Light Source. Similarly, SLS-2 has introduced a systematic method for controlling the Linear Optics beyond some 20 years of TME inspired paper designs; by introducing Reverse Bends to disentangle dispersion and focusing, which enables Longitudinal Gradient Bends to efficiently reduce the emittance. Similarly, we outline a systematic approach for how to control the Nonlinear Dynamics for these systems, by a method that was pioneered for the conceptual design of the Swiss Light Source in the mid-1990s; subsequently benchmarked and validated by the commissioning.
Journal Keywords: lattice; controls; storage-ring; optics; synchrotron
Subject Areas:
Technique Development
Technical Areas:
Controls
,
Magnets
,
Optics
Added On:
20/08/2018 10:35
Documents:
thpmf006.pdf
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Technical Tags: