Design a top‐up injection System for a light source

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Presentation transcript:

Design a top‐up injection System for a light source Group 5: Miroslav Georgiev Atanasov CERN Tomas Matlocha NPI of the CAS Olha Kazinova Joint Institute for Nuclear Research Roberto Formento Cavaier SUBATECH Jean Francois Comblin CERN Daniel Valuch CERN 18/03/2017, Erice

INTRODUCTION INJECTED BEAM KICKER SEPTUM STRAIGHT SECTION ARC CIRCULATING BEAM

RESULTS SEPTUM SEXTUPOLE KICKER Septum Kicker Beta function (m) 4.5 10.05 Beam size injected (mm) 0.2 0.3 Beam size circulating (mm) 0.15 0.235 Beam envelope injected (15σ*mm) 3 Beam envelope circulating (15σ*mm) 2.25 3.525 Dynamic aperture (mm) 10 15 Injection offset (mm) 9.5 5.25 Parameters Values Beam rigidity (Bρ) 8.1 Tm Septum deflection ≈ 90 mrad Kicker deflection 1.062 mrad Sextupole kicker length 1 m Magnetic field at injection point 8.634 mT Sextupole gradient 626.5 T/m2 SEPTUM SEXTUPOLE KICKER

MAGNET DESIGN

RESULTS Injection Point

FINAL DESIGN

THANK YOU FOR YOUR ATTENTION! ACKNOWLEDGEMENTS Masamitsu Aiba Christoph Hessler CO-DO lattice (Confusing-Deconfusing elements): Bernhard Holzer Matthew Fraser THANK YOU FOR YOUR ATTENTION!