Citations per year

20172018201901
Abstract: (JACoW)
The SPIRAL2 superconducting accelerator installation starts in 2012. The major components have been tested in the various partner laboratories, and the building construction is well engaged. The management of the interfaces between process and buildings is a strategic point in an underground project with strong space constraints. This contribution will describe the performances of the various components of the SPIRAL2 accelerator, and the methodology put in place in order to insure the integration of the process inside the buildings.
  • linac
  • rfq
  • ion
  • ECR
  • cryomodule
  • [1]
  • [2]

    Status and challenges of the SPIRAL2 facility

    • R. Ferdinand
      ,
    • P. Bertrand
  • [3]

    progress of the SPIRAL2 project

    • E. Petit
  • [4]

    First A/Q=3 Beams of Phoenix V2 on the heavy low energy beam transport line of SPIRAL2

    • C. Peaucelle
  • [5]

    First beams produced by the SPIRAL2 injectors

    • J.L. Biarrotte
  • [6]

    Development of a permanent magnet ECR source to produce a 5mA deuteron beam at CEA Saclay

    • R. Gobin
  • [7]

    The LEBT chopper for the SPIRAL2 project

    • A. Caruso
  • [8]

    Spiral2 RFQ design

    • R. Ferdinand
  • [9]

    Design of the MEBT rebunchers for the SPIRAL2 driver

    • M. Di Giacomo
  • [10]

    Measurement of the first prototype of the SPIRAL2 SBS selector

    • M. Di Giacomo
      ,
    • A. Caruso
  • [11]

    Status of the low beta 0.07 cryomodules for SPIRAL2

    • P. Bosland
  • [12]

    Status of the SPIRAL2 superconductiong linac

    • P.E. Bernaudin
  • [13]

    SPIRAL2 Cryomodules: Status and First Tests Results

    • G. Olry
  • [14]

    Power Couplers for SPIRAL2

    • Y. Gomez-Martinez
  • [15]

    Cryogenic system design for SPIRAL2 project at GANIL

    • S. Crispel
  • [16]

    HEBT lines for SPIRAL2 facility: What to do with the accelerated beams

    • L. Perrot
  • [17]

    the beam profile monitors for SPIRAL2

    • L.L. Vignet
  • [18]

    SPIRAL2 injector diagnostics

    • P. Ausset
  • [19]

    Development of the beam position monitors for the SPIRAL2 Linac

    • M. Abdillah
  • [20]

    SPIRAL2 Beam energy measurement

    • W. Lecoz
  • [21]

    Beam intensity and energy control on the SPIRAL2 facility

    • Jamet
    • [22]

      Overview of the SPIRAL2 control system progress

      • E. Lecorché
    • [23]

      SPIRAL2 control command: first high-level JAVA applications based on the IPENXAL library

      • P. Gillette
    • [24]

      The SPIRAL2 radiofrequency command control

      • D. Touchard
    • [25]

      Machine protection system for the SPIRAL2 facility

      • M-H. Moscatello