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PSB H- Injection - Design Technical Meeting – 3 rd July 2013. Discussions on Workdose Planning. Radiation Protection Assessment: Objectives. From RP presentation (R. Froeschl) @ H0/H- Dump Review. Design Beam Parameters : 2% of 1e14 proton pulses (160MeV, over 4 dumps).
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PSB H- Injection - Design Technical Meeting – 3rd July 2013 Discussions on Workdose Planning Marco Garlasché
Radiation Protection Assessment: Objectives From RP presentation (R. Froeschl) @ H0/H- Dump Review Design Beam Parameters: 2% of 1e14 proton pulses (160MeV, over 4 dumps) Presentation RF (@17/04/2013) 2mSv per person/intervention/year Marco Garlasché
Radiation Protection Assessment: Conclusions • (Dose on coils can be tolerated) Review definition of WDP Bakeout SiC preferred SiC chosen as baseline Design Issues (plug-in) • Optimize design: • Shielding at intervention positions • Shielded container for BSW4 transport Note taken for design Marco Garlasché
Radiation Protection Assessment: WD Planning WDP (@17/04/2013) Marco Garlasché
Radiation Protection Assessment: WD Planning What do we need? • General recurrence values to be reviewed. Are they accepted by all? • Baseline design (*): • Evaluation by EN/HE of BSW4 transport time (with shielding box) • Alignment: • 1 or 2 persons? • check and complete re-alignment of magnets have same time • Alignment of chamber missing/not needed • Update of task times / interventions? • What about other sectorization proposals? • Task times / interventions • definition of new locations WDP (@17/04/2013) (*) SiC, no bake-out, Plug-in system, current sectorization Marco Garlasché