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BEAM DYNAMICS STUDIES OF THE ESS LINAC USING A NEW MULTICELL CAVITY MODEL

de Prisco, Renato LU (2018) 9th International Particle Accelerator Conference (IPAC'18) p.870-870
Abstract
The European Spallation Source is designed to deliver 5 MW proton beam power on the target while keeping the beam induced losses below 1 W/m throughout the LINAC. This implies the need of accurate models to correctly describe
the longitudinal beam dynamics within the multi-cell cavities. In all the previous error studies the cells of a multicell cavity were modelled as a sequence of independent gaps and the errors were applied directly on the amplitude of
each cell accelerating field, considered as random variable. In this paper, instead, we present a new detailed analysis of the effect of the error tolerances on the beam dynamics including a new model to calculate the amplitude errors
of the accelerating field in the... (More)
The European Spallation Source is designed to deliver 5 MW proton beam power on the target while keeping the beam induced losses below 1 W/m throughout the LINAC. This implies the need of accurate models to correctly describe
the longitudinal beam dynamics within the multi-cell cavities. In all the previous error studies the cells of a multicell cavity were modelled as a sequence of independent gaps and the errors were applied directly on the amplitude of
each cell accelerating field, considered as random variable. In this paper, instead, we present a new detailed analysis of the effect of the error tolerances on the beam dynamics including a new model to calculate the amplitude errors
of the accelerating field in the multi-cell cavities: errors are applied on the geometrical parameters of each cavity; then the accelerating field is calculated solving the Maxwell equations over all the cavity. (Less)
Please use this url to cite or link to this publication:
author
organization
publishing date
type
Chapter in Book/Report/Conference proceeding
publication status
published
subject
keywords
renato, de, prisco, INTEGRATION, INTERFACES, STABILIZATION, SYSTEM, DESIGN, DRIFT, TUBE, LINAC, ESS, esss, DTL, drift, Tube, Linac, beam, dynamics, RF, radio, frequency, stabilization, post, couplers, coupler, tuner, tuners, pick, accelerating, sensitivity, tuning, tilt, pmq, permanent, quadrupole, focusing, detuning, mismatch, parameter, matched, twiss, parameters, phase, advance, cooling, stem, stems, compensation, software, emittance, growth, tune, depression, error, study, studies, position, monitor, monitors, steerers, adjust, steerer, rfq, input, alignment, angle, cavity, tank, dipole, static, dynamic, PIC-NIC, PIC-NIR, statistic, statistical, TraceWin, confidence, power, losses, lost, level, longitudinal, transverse, MEBT, medium, beta, high, average
host publication
Proceedings of the 9th International Particle Accelerator Conference
pages
873 pages
conference name
9th International Particle Accelerator Conference (IPAC'18)
conference location
Vancouver, Canada
conference dates
2018-04-29 - 2018-05-04
ISBN
978-3-95450-184-7
978-3-95450-184-7
language
English
LU publication?
yes
id
79d32197-0ea0-40c5-b6fb-5228ad00263d
date added to LUP
2018-09-18 10:57:38
date last changed
2025-04-04 15:23:55
@inproceedings{79d32197-0ea0-40c5-b6fb-5228ad00263d,
  abstract     = {{The European Spallation Source is designed to deliver 5 MW proton beam power on the target while keeping the beam induced losses below 1 W/m throughout the LINAC. This implies the need of accurate models to correctly describe<br/>the longitudinal beam dynamics within the multi-cell cavities. In all the previous error studies the cells of a multicell cavity were modelled as a sequence of independent gaps and the errors were applied directly on the amplitude of<br/>each cell accelerating field, considered as random variable. In this paper, instead, we present a new detailed analysis of the effect of the error tolerances on the beam dynamics including a new model to calculate the amplitude errors<br/>of the accelerating field in the multi-cell cavities: errors are applied on the geometrical parameters of each cavity; then the accelerating field is calculated solving the Maxwell equations over all the cavity.}},
  author       = {{de Prisco, Renato}},
  booktitle    = {{Proceedings of the 9th International Particle Accelerator Conference}},
  isbn         = {{978-3-95450-184-7}},
  keywords     = {{renato, de, prisco, INTEGRATION, INTERFACES, STABILIZATION, SYSTEM, DESIGN, DRIFT, TUBE, LINAC, ESS, esss, DTL, drift, Tube, Linac, beam, dynamics, RF, radio, frequency, stabilization, post, couplers, coupler, tuner, tuners, pick, accelerating, sensitivity, tuning, tilt, pmq, permanent, quadrupole, focusing, detuning, mismatch, parameter, matched, twiss, parameters, phase, advance, cooling, stem, stems, compensation, software, emittance, growth, tune, depression, error, study, studies, position, monitor, monitors, steerers, adjust, steerer, rfq, input, alignment, angle, cavity, tank, dipole, static, dynamic, PIC-NIC, PIC-NIR, statistic, statistical, TraceWin, confidence, power, losses, lost, level, longitudinal, transverse, MEBT, medium, beta, high, average}},
  language     = {{eng}},
  pages        = {{870--870}},
  title        = {{BEAM DYNAMICS STUDIES OF THE ESS LINAC USING A NEW MULTICELL CAVITY MODEL}},
  url          = {{https://lup.lub.lu.se/search/files/51400897/tupaf063.pdf}},
  year         = {{2018}},
}