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Review of window and filter requirements for commissioning of the Advanced Photon Source insertion device beamlines
Author(s) -
T.M. Kuzay,
Zhibi Wang
Publication year - 1994
Language(s) - English
Resource type - Reports
DOI - 10.2172/91925
Subject(s) - undulator , storage ring , advanced photon source , window (computing) , engineering , wiggler , synchrotron light source , beamline , computer science , electrical engineering , operating system , computer hardware , optics , physics , laser , beam (structure) , quantum mechanics , cathode ray , electron
The Advanced Photon Source (APS) is building 16 insertion device (ID) front ends for the first phase of the project. Eleven of these are to be equipped with the APS Undulator A and the other five with a Wiggler-A-type source. The Undulator A front ends are designed to operate in a ``windowless`` mode using an APS-designed differential pump. However, during beamline commissioning and early operations of the storage ring, it is prudent to install windows to ensure storage ring vacuum safety before easing into windowless operation. However, the window designed for this interim period may not meet all the needs of a user`s scientific program. In the early phases of the project through commissioning and start of operations, such a window will permit the user to prepare for his program, while allowing both the user and the facility operators to gain experience for safe phasing into eventual windowless operations. In this report, we will present analysis and design options for a variety of windows particularly suited to either the APS Undulator A front ends or as user windows located in the first optics enclosure (FOE)

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