Start to end simulations of the ERL prototype at Daresbury Laboratory

C Gerth, M Bowler, B Muratori, B Faatz, H L Owen, B W J McNeil

Research output: Contribution to conferencePaper

1 Citation (Scopus)

Abstract

Daresbury Laboratory is currently building an Energy Recovery Linac Prototype (ERLP) that will serve as a research and development facility for the study of beam dynamics and accelerator technology important to the design and construction of the proposed 4th Generation Light Source (4GLS) project. Two major objectives of the ERLP are the demonstration of energy recovery and of energy recovery from a beam disrupted by an FEL interaction as supplied by an infrared oscillator system. In this paper we present start-to-end simulations of the ERLP including such an FEL interaction. The beam dynamics in the highbrightness injector, which consists of a DC photocathode Gun and a superconducting booster, have been modelled using the particle tracking code ASTRA. After the booster the particles have been tracked with the code elegant. The 3D code GENESIS 1.3 was used to model the FEL interaction with the electron beam at 35 MeV. A brief summary of impedance and wakefield calculations for the whole machine is also given.
LanguageEnglish
Pages1643 - 1645
Number of pages3
DOIs
Publication statusPublished - 2005

Fingerprint

recovery
prototypes
boosters
simulation
energy
research facilities
photocathodes
interactions
injectors
light sources
accelerators
direct current
oscillators
impedance
electron beams

Keywords

  • Daresbury Laboratory
  • Energy Recovery Linac Prototype (ERLP)
  • beam dynamics
  • accelerator technology
  • 4th Generation Light
  • Source (4GLS) project

Cite this

Gerth, C ; Bowler, M ; Muratori, B ; Faatz, B ; Owen, H L ; McNeil, B W J. / Start to end simulations of the ERL prototype at Daresbury Laboratory. 3 p.
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note = "21st Particle Accelerator Conference (PAC), Knoxville, TN, MAY 16-20, 2005 Print ISBN: 0-7803-8859-3",
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Start to end simulations of the ERL prototype at Daresbury Laboratory. / Gerth, C; Bowler, M; Muratori, B; Faatz, B; Owen, H L; McNeil, B W J.

2005. 1643 - 1645 .

Research output: Contribution to conferencePaper

TY - CONF

T1 - Start to end simulations of the ERL prototype at Daresbury Laboratory

AU - Gerth, C

AU - Bowler, M

AU - Muratori, B

AU - Faatz, B

AU - Owen, H L

AU - McNeil, B W J

N1 - 21st Particle Accelerator Conference (PAC), Knoxville, TN, MAY 16-20, 2005 Print ISBN: 0-7803-8859-3

PY - 2005

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N2 - Daresbury Laboratory is currently building an Energy Recovery Linac Prototype (ERLP) that will serve as a research and development facility for the study of beam dynamics and accelerator technology important to the design and construction of the proposed 4th Generation Light Source (4GLS) project. Two major objectives of the ERLP are the demonstration of energy recovery and of energy recovery from a beam disrupted by an FEL interaction as supplied by an infrared oscillator system. In this paper we present start-to-end simulations of the ERLP including such an FEL interaction. The beam dynamics in the highbrightness injector, which consists of a DC photocathode Gun and a superconducting booster, have been modelled using the particle tracking code ASTRA. After the booster the particles have been tracked with the code elegant. The 3D code GENESIS 1.3 was used to model the FEL interaction with the electron beam at 35 MeV. A brief summary of impedance and wakefield calculations for the whole machine is also given.

AB - Daresbury Laboratory is currently building an Energy Recovery Linac Prototype (ERLP) that will serve as a research and development facility for the study of beam dynamics and accelerator technology important to the design and construction of the proposed 4th Generation Light Source (4GLS) project. Two major objectives of the ERLP are the demonstration of energy recovery and of energy recovery from a beam disrupted by an FEL interaction as supplied by an infrared oscillator system. In this paper we present start-to-end simulations of the ERLP including such an FEL interaction. The beam dynamics in the highbrightness injector, which consists of a DC photocathode Gun and a superconducting booster, have been modelled using the particle tracking code ASTRA. After the booster the particles have been tracked with the code elegant. The 3D code GENESIS 1.3 was used to model the FEL interaction with the electron beam at 35 MeV. A brief summary of impedance and wakefield calculations for the whole machine is also given.

KW - Daresbury Laboratory

KW - Energy Recovery Linac Prototype (ERLP)

KW - beam dynamics

KW - accelerator technology

KW - 4th Generation Light

KW - Source (4GLS) project

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