'Bpm resolution' presentation slideshows

Low Emittance Program

CesrTA. Low Emittance Program. David Rubin Cornell Laboratory for Accelerator-Based Sciences and Education. Low Emittance Tuning. Objectives Develop strategies for systematically tuning vertical emittance Rapid survey Efficient beam based alignment algorithm

512 views • 35 slides

Feed forward orbit corrections for the CLIC RTML

Feed forward orbit corrections for the CLIC RTML. R. Apsimon, A. Latina. Motivation. Emittance growth from betatron collimation Strongly dependent on orbit jitter in collimators Damping ring extraction stability Kicker and septa stability extremely stringent FF systems relax requirements.

373 views • 26 slides

Energy Spectrometer R&D; Plans for End Station A Test Beams

363 views • 25 slides

ILC Feedback System Studies

ILC Feedback System Studies. Nikolay Solyak Fermilab. Outline. Cascaded feedback control Adaptive Alignment feedback control Conclusions and plans. Multi-Cascaded Feedback control. Generalized Fast Feedback System in the SLC , L. Hendrickson et.al., SLAC-PUB-5683 (Nov.1991).

470 views • 23 slides

290 views • 19 slides

BPM Resolution Studies at PETRA III

225 views • 19 slides

Energy Spectrometer for the ILC

Energy Spectrometer for the ILC. Alexey Lyapin University College London. BPM energy spectrometer collaboration. UCL: Filimon Gournarnis, Alexey Lyapin, Matthew Wing Cambridge: Mark Slater, David Ward RHUL: Stewart Boogert DESY-Zeuthen: Heinz-Jeurgen Schreiber, Michele Viti

247 views • 17 slides

BPM Developments at Daresbury Laboratory

182 views • 17 slides

Main Linac Simulation - Main Linac Alignment Tolerances - From single bunch effect

Main Linac Simulation - Main Linac Alignment Tolerances - From single bunch effect. References: TESLA TDR ILC-TRC-2 Report (2003) Interim reports by K.Kubo http://lcdev.kek.jp/~kkubo/reports/MainLinac-simulation/lcsimu-20050325a.pdf

262 views • 14 slides

Orbit Correction with 2x16 Bit: Effects on Modelling

Orbit Correction with 2x16 Bit: Effects on Modelling. Initial design: 3mrad correctors, 16 bit DAC First experiences with continous correction: High resolution experiments unacceptably perturbed by correction activity Full dynamic range of correctors required by MD studies (large bump scans)

242 views • 13 slides

Orbit Correction with 2x16 Bit: Effects on Modelling

Orbit Correction with 2x16 Bit: Effects on Modelling. Initial design: 3mrad correctors, 16 bit DAC First experiences with continous correction: High resolution experiments unacceptably perturbed by correction activity Full dynamic range of correctors required by MD studies (large bump scans)

151 views • 13 slides