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SUMMARY:BEAM INJECTION WITH A PULSED MULTIPOLE KICKER MAGNET FOR THE STORA
 GE RING OF HIGH BRILLIANCE SYNCHROTRON RADIATION SOURCE
DTSTART;VALUE=DATE-TIME:20210317T044000Z
DTEND;VALUE=DATE-TIME:20210317T050000Z
DTSTAMP;VALUE=DATE-TIME:20260711T231643Z
UID:indico-contribution-2190@indico.inp.nsk.su
DESCRIPTION:Speakers: Saroj Kumar Jena (Raja Ramanna Centre for Advanced T
 echnology)\nThe feasibility of beam injection process using a pulsed multi
 pole kicker (PMK) magnet as a case study for the storage ring of high bril
 liance synchrotron radiation source (HBSRS) is investigated. For the HBSRS
 \, the beam emittance of 150 pm rad at the beam energy of 6 GeV is conside
 red assuming 7 bend achromatic (7MBA) type lattice configuration. The PMK 
 magnet provides transparent top up injection\, since these magnets have ze
 ro magnetic field at their center where the stored beam is passing does no
 t receive perturbation. The injected beam is captured into the storage rin
 g acceptance by a kick of the PMK magnet. For the beam injection studies\,
  a single pulsed sextupole magnet (PSM) as well as non-linear kicker (NLK)
  magnet scheme is explored. In view of achieving more than 90 % injection 
 efficiency\, optimal strength of PSM magnet and acceptable tolerance such 
 as injection angle errors and field strength error are estimated using tra
 cking-based simulation code ELEGANT. The alignment errors of PSM produced 
 unwanted kicks to the stored beam and produces the stored beam oscillation
 . The alignment tolerance studies for keeping the stored beam oscillation 
 within 10 % of beam size has been studied. In this study\, the beam dynami
 cs results of multiparticle tracking simulations in low emittance storage 
 ring are presented.\n\nhttps://indico.inp.nsk.su/event/42/contributions/21
 90/
LOCATION:Zoom 1
URL:https://indico.inp.nsk.su/event/42/contributions/2190/
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