Author: Saeidi, F.
Paper Title Page
THPC024 Lattice Candidates for the ILSF Storage Ring 2957
 
  • H. Ghasem
    IPM, Tehran, Iran
  • D. Einfeld
    CELLS-ALBA Synchrotron, Cerdanyola del Vallès, Spain
  • F. Saeidi
    ILSF, Tehran, Iran
  
  Ira­ni­an Light Source Fa­cil­i­ty (ILSF) is a new third gen­er­a­tion syn­chrotron light source which is cur­rent­ly in de­sign and will build in Iran. It will pro­vide a high pho­ton flux den­si­ty to cover re­quire­ments of ex­per­i­men­tal sci­ence in sev­er­al fields. Re­gard­ing to the pro­posed bud­get and in order to pro­duce high qual­i­ty X-ray puls­es with sev­er­al pho­ton beam­lines as a re­quest of users, it is de­cid­ed to de­sign a very low emit­tance (ε<5nm-rad) stor­age ring with a typ­i­cal beam in­ten­si­ty of 400 mA and cir­cum­fer­ence in the range of 280 m to 320 m. A num­ber of de­sign op­tions with dif­fer­ent lat­tice struc­ture types, cir­cum­fer­ences, etc., are ex­plored and we pre­sent two de­signed lat­tice can­di­dates of the ILSF stor­age ring. The as­so­ci­at­ed Ac­cel­er­a­tor Physics is­sues are dis­cussed.