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ARW 2017

15–20 Oct 2017
VERSAILLES
Europe/Paris timezone

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Session

16- High Intensity Beam Reliability

20 Oct 2017, 09:00
VERSAILLES

VERSAILLES

Hôtel Le Louis, Versailles Château (Pullman Versailles)

Conveners

16- High Intensity Beam Reliability

  • Jacobus Lodewikus (Lowry) Conradie (iThemba LABS)

Presentation materials

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  1. 71. Analysis of High-Intensity Proton Accelerator Availability over the Last 15 Years of Operation at PSI
    Dr Angelina Parfenova (PSI)
    20/10/2017, 09:00
    High Intensity Accelerator Reliability
    Talk

    Paul Scherrer Institut (PSI) is home to cyclotron-based high intensity proton accelerator facility HIPA, which presently delivers a maximum of 1.4 MW beam power. Detailed analysis on unexpected outages due to various failures is presented and how the failure rate of each subsystem evolved over the years. Main severe events (interlocks malfunction, vacuum, discharge problems, failures of...

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  2. 67. Radiological study of the nuclear facility S3 of SPIRAL2
    Manssour Fadil (GANIL)
    20/10/2017, 09:30
    High Intensity Accelerator Reliability
    Talk

    The modeling of a nuclear facility is a necessary tool to define the radiological environment and to draw the rays map. This quantification is an important phase in the conception of a facility. It allows to know how the facility respects the safety constraints as well as the general operating for what it is authorized. This work presents S3 as an example of the modeled nuclear facility. S3...

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  3. 55. Machine Protection Analysis for Increased Availability at ESS
    Riccard Andersson (European Spallation Source, Lund, Sweden)
    20/10/2017, 10:00
    High Intensity Accelerator Reliability
    Talk

    The machine protection strategy at ESS is an important component in reaching the high availability goals of the facility. Machine protection at ESS follows a holistic functional protection lifecycle to define, analyze, implement, monitor, and adjust the different protection-related systems at the appropriate stage. One key pillar in this lifecycle is the fit-for-purpose protection analysis...

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