Design and fabrication of the first quadrupole magnet for the ILSF storage ring

Saeidi, F; Dehghani, J; Moradi, V; Shahveh, A; Razazian, M; Fatehi, S; Ghasem, H; Rahighi, J; Pourimani, R

doi:10.18869/acadpub.ijpr.15.2.189

Design and fabrication of the first quadrupole magnet for the ILSF storage ring

Authors

F Saeidi

J Dehghani

V Moradi

A Shahveh

M Razazian

S Fatehi

H Ghasem

J Rahighi

R Pourimani

https://doi.org/10.18869/acadpub.ijpr.15.2.189

Abstract

The Iranian Light Source Facility (ILSF) is a new 3 GeV third generation synchrotron light source which is consisted of several pre-accelerators and a storage ring with the beam current of 400 mA. Based on the main lattice candidate, the storage ring includes of 100 dipoles, 320 quadrupoles and 320 sextupole magnets. To develop fabrication procedures and techniques and to compare the measurement results with the design data, a series of lattice magnets have been fabricated inside Iran with internal industries. In this article the first prototype quadrupole magnet fabrication process has been described

Keywords

quadrupole magnet

magnetic field quality

yoke

coil

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