PPT-Vacuum-beam lines components, design status, QA/QC plan

C Garion V Baglin Q Deliege 3 rd International Review on the 11 T Dipoles at Collimator Section for the HLLHC 68 April 2016 CERN Outline Current design status of beam lines Design studies. of the 11T . cryo-assembly . design and . integration. Presented at ColUSM #. 34. , . February 21, 2014. Delio.Ramos@cern.ch. Outline. Recall from last talk (January 2013). What are we looking for in the new solution. Report on the Status. C. Weiss. 28.11.2013. EAR2 Beam Line - Report on the Status. 1. 28.11.2013. EAR2 Beam Line - Report on the Status. 2. Beam Dump. EAR-2 Exp. Hall. 2. nd. Collimator. Magnet. Pit Shielding. issues. J.M. Jimenez. Main Topics. Introduction. Vacuum requirements. Vacuum engineering considerations. What was learnt?. Closing Remarks. Introduction. Accelerator vacuum requirements. LEP particle beams were travelling under vacuum to reduce beam-gas interaction which was responsible for:. C. Weiss. 28.11.2013. EAR2 Beam Line - Report on the Status. 1. 28.11.2013. EAR2 Beam Line - Report on the Status. 2. Beam Dump. EAR-2 Exp. Hall. 2. nd. Collimator. Magnet. Pit Shielding. Target. New Area. 29-August-2011. Beams-doc-3928. NML Beam Absorbers. Outline. System Overview. Absorber. Design and Analysis. Assembly. Dump Shielding. Design. Installation . Summary and Status. 2. System Overview. . monitor . for PS. Mariusz Sapinski, . Oliver Keller, . Emiliano. . Piselli. , Bernd . Dehning. - BE/BI. with input from: . Simone . Gilardoni. , Dominique . Bodart. , . Rende. . Steerenberg. ,. , 2018. FCC-. hh. beam vacuum . concept:. design. , tests and feasibility. Francis . Perez (ALBA). on behalf of . EuroCirCol. WP4. EuroCirCol. : . 'The European Circular Energy-Frontier Collider Study (. Buy at Gesiva.com and you can be ensured of buying the best vacuum penile erectile products, from a company that is registered with the US FDA. V.Parma, . CERN, TE-MSC. On behalf of the . SPL cryomodule development . team . (CERN, CEA-Saclay, CNRS-IPNO Orsay, ESS). Outline. SPL cryomodule goals and motivation. The collaboration effort. Main design features. 25 September 2009. Role of the MDI. The MDI is the part of the CLIC facility (approximately) inside the detector cavern, i.e. the area in which there is a strong coupling of technical subsystems of the machine and of the physics detectors. The lines for the spent beams shall also be considered part of the MDI. July 3rd, 2013. MI/RR Shutdown . 2013. Injection Region:. . All vacuum installation work complete. MI beam pipe replaced and leak checked. . . MI/RR Shutdown . 2012. RR-30 . straight:. Installed MI Injection . Weak points can cause implosion hazard. Always wear: . safety goggles. , gloves, lab coat, close-toed shoes to prevent injury or contamination if an implosion occurs.. Things to check:. Tubing is rated for pressure/heat that will be used (thick-walled tubing for vacuum). Tubing should be in good condition (no cracks or holes). B. Jeanneret. ABP BB-meeting. 28. th. June 2013. Goal of the study. Evaluate the impact . of the . betatronic. divergence of . the ‘strong’ beam in the presence of a crossing angle and with considering the longitudinal distribution of the bunches (question raised by . fabrication. : . recent. challenges for low . emittance. storage rings.. Theo Sinkovits Ph.D.. Materials & Mechanical Engineer for . Particle Accelerator Vacuum Componentry. SAES Rial Vacuum - Parma, Italy..