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An improved design method for conventional straight dipole magnets | | Yingshun Zhu
; Wen Kang
; Fusan Chen
; Wan Chen
; Xi Wu
; Mei Yang
; | | Date: |
26 Jan 2017 | | Abstract: | In the standard design method of straight dipole magnets, the good field
region is symmetric to the magnet mechanical center, and the magnetic field is
usually integrated along straight lines longitudinally to obtain the integrated
field. In this paper, an improved design method for conventional straight
dipole magnets is proposed. The width of good field region is not enlarged to
include the beam sagitta, and the good field region is not symmetric with
respect to the magnet mechanical center. The integrated field quality is
obtained by integrating the magnetic field along nominal beam paths. 2D and 3D
design procedures of the improved design method are introduced, and two
application examples are presented. Good agreement between the simulation
result and field measurement result is achieved. Compared with the traditional
design method of straight dipole magnets, the advantage of the proposed method
is that the integrated field quality is accurate and represents the actual
magnetic field quality of a straight dipole magnet; the pole width and magnet
dimension, weight of a straight dipole magnet can be substantially reduced. | | Source: | arXiv, 1701.7600 | | Services: | Forum | Review | PDF | Favorites | |
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