Open AccessA finite element analysis of room temperature silicon crystals for the Advanced Photon Source bending-magnet and insertion-device beams
Author(s) -
Lahsen Assoufid,
W.K. Lee,
Dennis M. Mills
Publication year - 1994
Language(s) - English
Resource type - Reports
DOI - 10.2172/10105457
Subject(s) - undulator , wiggler , monochromator , advanced photon source , silicon , optics , magnet , materials science , synchrotron radiation , finite element method , beam (structure) , photon , radiation , optoelectronics , physics , particle accelerator , nuclear physics , thermodynamics , wavelength , quantum mechanics , cathode ray , electron
In this paper, we give the results of a series of thermal and distortion finite element analyses performed on room temperature silicon for the three standard APS sources, namely, the bending magnet, Wiggler A, and Undulator A. The modeling was performed with the silicon cooled directly with water or liquid gallium through rectangular channels
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