Authors
Abstract
The Iranian Light Source Facility (ILSF) as a national project is a 3 GeV third generation synchrotron light source facility which provides high energy super bright X-ray for the users. Design of the ILSF storage ring emphasizes an ultra low electron beam emittance (below than 5 nm.rad), beam current of 400 mA, great brightness, stability and reliability which make it competitive in the operation years. Several lattice alternatives have been explored for the ILSF storage ring. In this paper, we present the design feature of the ILSF storage ring, give the linear and nonlinear dynamic properties of the lattice and discuss the related beam dynamics specifications
Keywords
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6. H Ghasem, F Saeidi, and E Ahmadi, “High field or low field lattice for the storage ring of Iranian Light Source Facility?”, ILSF Beam Dynamic Group Internal Report, ILSF-A-SR- SR-2013-01-02 (2013).
7. A Streun, OPA Lattice Design Code, https://abos.web.psi.ch/opa.
8. M Borland, “Elegant: a flexible sdds-compliant code for accelerator simulation”, Advanced Photon Source Report No. LS-287, Argonne National Laboratory, U.S.A. (2000)
2. Candle design report, (2003); http://www.candle.am/.
3. Conceptual Design Report of ILSF, (2012); http://ilsf.ipm.ac.ir/.
4. H Ghasem, F Saeidi, and E Ahmadi, “Low field low emittance lattice for the storage ring of Iranian Light Source Facility”, JINST, 8 (2013) P02023.
5. H Ghasem, D Einfeld, F Saeidi, and E Ahmadi, “Lattice candidates for the ILSF storage ring”, in proceedings of International Particle Accelerator Conference, San Sebastian, Spain September 4−9, (2011) 2957.
6. H Ghasem, F Saeidi, and E Ahmadi, “High field or low field lattice for the storage ring of Iranian Light Source Facility?”, ILSF Beam Dynamic Group Internal Report, ILSF-A-SR- SR-2013-01-02 (2013).
7. A Streun, OPA Lattice Design Code, https://abos.web.psi.ch/opa.
8. M Borland, “Elegant: a flexible sdds-compliant code for accelerator simulation”, Advanced Photon Source Report No. LS-287, Argonne National Laboratory, U.S.A. (2000)
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