Advanced Techniques for DA Optimization in Particle Physics Studies
Explore cutting-edge methods for optimizing data acquisition in particle physics research. Discover how MODE ZHANG, Yuan WANG, and their team are enhancing DA with innovative strategies and IR sextupoles. Dive into the latest advancements and findings in this critical field.
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Presentation Transcript
Progress on DA Optimization with MODE ZHANG, Yuan WANG, Yiwei WANG, Dou GENG, Huiping 2017-05-19
III.4 Optimize DA with IR sext/mult and 8*(SFO/SDO)+8*(SFI/SDI)+IR knobs(Cai) 70 Knob: 8 IR sext + 4 IR multipoles(K1/K2/K3) + 18 IR Mult(k2) + 32 arc sextupoles 50 turns 2017-05-12
III.5 Optimize DA with IR sext/mult and 56*(SFO/SDO)+56*(SFI/SDI)+IR knobs(Cai) 50 turns 262 Knob: 8 IR sext + 4 IR multipoles(K1/K2/K3) + 18 IR Mult(k2) + 224 arc sextupoles
IV.1 Optimize DA with IR sext and SFO/SDO/SFI/SDI + IR knobs(Cai) 200 turns Keep IP Optics 24 Knob: 8 IR sext + 4 arc sextupoles + 4 IR multipoles(K1/K2/K3)
IV.2 Optimize DA with IR sext + 4*(SFO/SDO)+4*(SFI/SDI) + IR knobs(Cai) 36 Knob: 8 IR sext + 16 arc sextupoles + 4 IR multipoles(K1/K2/K3) 200 turns Keep IP Optics
IV.3 Optimize DA with IR sext/mult and 4*(SFO/SDO)+4*(SFI/SDI)+IR knobs(Cai) 58 Knob: 8 IR sext + + 4 IR multipoles(K1/K2/K3) + 22 IR Mult(k2) + 16 arc sextupoles 200 turns Keep IP Optics
MEMO RFSW RAD DAMPONLY DAPWIDTH=7 Turns=50
DA with SAWTOOTH+TAPER FFS["CELL"]; FFS["RING"]; FFS["RAD"]; FFS["CODPLOT"]; FFS["RADCOD"]; FFS["RADTAPER"]; FFS["RFSW"]; FFS["DAMPONLY"]; Element["PHI","RFC",Saved->True]=- ArcSin[EnergyLossU0/RfVoltageVc]/.Emittance[]; FFS[ emit ];
