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Undulators on a 6-GeV ring general considerations
Author(s) -
G. K. Shenoy
Publication year - 1985
Language(s) - English
Resource type - Reports
DOI - 10.2172/376363
Subject(s) - storage ring , beam (structure) , physics , optics , division (mathematics) , line (geometry) , electrical engineering , power (physics) , beam optics , ring (chemistry) , computer science , particle accelerator , engineering , geometry , arithmetic , mathematics , quantum mechanics , chemistry , organic chemistry
In, designing undulators on a 6-GeV storage ring the primary consideration will be the power that such devices will deliver. The beam line design should be capable of handling large powers that such undulators will deliver. Specifically, in a beam line in the front end we have masks (fixed and movable) followed by various optical components. Many thermal designs are now being developed to improve on the capability of various components to handle a greater beat load than ever been possible before. For example, designs for rotating optics and liquid metal cooled optics are actively pursued in the MST division

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