Author:
Huang Y.S.,Yang Y.W.,Li X.Y.,Lu H.H.,Gong L.L.,Li Y.H.,Sun Y.J.,Chen W.,Sun S.C.,Li Z.Q.,Zhao S.T.,Zhang L.,Guo Q.,Gong K.Y.,Zhang X.Z.
Abstract
Abstract
A four-row APPLE-Knot undulator is under developing in the
High Energy Photon Source to get polarization adjustable synchrotron
radiation and reduce on-axis heat load, because of the exotic
magnetic field design, its construction faces challenges in
mechanical design of frame, magnet blocks holder and integral field
shimming method. In this paper, a mechanical design for APPLE-Knot
undulator has been posed and structural deformation has been
analysed, a test piece has been manufactured to test the physical
design as well as magnetic holder design, integral field shimming
method has also been described and realized, the result presents a
good repeatability. It's a practical design of four-row APPLE-Knot
undulator for the High Energy Photon Source.
Subject
Mathematical Physics,Instrumentation
Cited by
2 articles.
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