hilumilhc.web.cern.ch
WP1: Project Management | The HL-LHC Project
http://hilumilhc.web.cern.ch/activities/wp1-project-management
High Luminosity Large Hadron Collider. WP4: CC and RF. WP8: Collider Experiment Interface. WP10: Energy Deposition and R2E. WP11: 11 T dipole. WP15: Integration and (De-) Installation. WP16: IT String and Commissioning. WP17: Infrastructure Logistics and Civil Engineering. Definition of scope and technology of the project. Effective management and coordination of all Work Packages and various collaborations. Follow up of budget and plan. Install and endorse a strict QA plan for the project. WP4: CC and RF.
hilumilhc.web.cern.ch
WP8: Collider Experiment Interface | The HL-LHC Project
http://hilumilhc.web.cern.ch/activities/wp8-collider-experiment-interface
High Luminosity Large Hadron Collider. WP4: CC and RF. WP8: Collider Experiment Interface. WP10: Energy Deposition and R2E. WP11: 11 T dipole. WP15: Integration and (De-) Installation. WP16: IT String and Commissioning. WP17: Infrastructure Logistics and Civil Engineering. WP8: Collider Experiment Interface. WP4: CC and RF. WP8: Collider Experiment Interface. WP10: Energy Deposition and R2E. WP11: 11 T dipole. WP15: Integration and (De-) Installation. WP16: IT String and Commissioning.
hilumilhc.web.cern.ch
WP9: Cryogenics | The HL-LHC Project
http://hilumilhc.web.cern.ch/activities/wp9-cryogenics
High Luminosity Large Hadron Collider. WP4: CC and RF. WP8: Collider Experiment Interface. WP10: Energy Deposition and R2E. WP11: 11 T dipole. WP15: Integration and (De-) Installation. WP16: IT String and Commissioning. WP17: Infrastructure Logistics and Civil Engineering. In order achieve the HL-LHC goal of running at an average luminosity 5 10. The cryogenic infrastructure for the magnet cooling will have to be adapted along several lines. Generic Underground Cryogenic Distribution. WP4: CC and RF.
hilumilhc.web.cern.ch
Activities | The HL-LHC Project
http://hilumilhc.web.cern.ch/activities
High Luminosity Large Hadron Collider. WP4: CC and RF. WP8: Collider Experiment Interface. WP10: Energy Deposition and R2E. WP11: 11 T dipole. WP15: Integration and (De-) Installation. WP16: IT String and Commissioning. WP17: Infrastructure Logistics and Civil Engineering. HL-LHC is divided into 18. HiLumi LHC EU Design Study. HiLumi LHC Design Study (archived). Design Study Final report.
hilumilhc.web.cern.ch
A | The HL-LHC Project
http://hilumilhc.web.cern.ch/glossary/a
High Luminosity Large Hadron Collider. WP4: CC and RF. WP8: Collider Experiment Interface. WP10: Energy Deposition and R2E. WP11: 11 T dipole. WP15: Integration and (De-) Installation. WP16: IT String and Commissioning. WP17: Infrastructure Logistics and Civil Engineering. Area without any bunches in the bunch train that fits the time required for building up the nominal field of the LHC dump kicker. It consists of two arc half-cells and presents the basic period of the optic. HiLumi LHC EU Design Study.
hilumilhc.web.cern.ch
WP3: IR Magnets | The HL-LHC Project
http://hilumilhc.web.cern.ch/activities/wp3-ir-magnets
High Luminosity Large Hadron Collider. WP4: CC and RF. WP8: Collider Experiment Interface. WP10: Energy Deposition and R2E. WP11: 11 T dipole. WP15: Integration and (De-) Installation. WP16: IT String and Commissioning. WP17: Infrastructure Logistics and Civil Engineering. WP3 will be responsible of the design, engineering, construction of short models, of prototypes and of series magnets, including spares, of the Insertion Region (IR) magnets. WP4: CC and RF. WP8: Collider Experiment Interface. HiLumi L...
hilumilhc.web.cern.ch
WP11: 11 T dipole | The HL-LHC Project
http://hilumilhc.web.cern.ch/activities/wp11-11-t-dipole
High Luminosity Large Hadron Collider. WP4: CC and RF. WP8: Collider Experiment Interface. WP10: Energy Deposition and R2E. WP11: 11 T dipole. WP15: Integration and (De-) Installation. WP16: IT String and Commissioning. WP17: Infrastructure Logistics and Civil Engineering. WP11: 11 T dipole. WP4: CC and RF. WP8: Collider Experiment Interface. WP10: Energy Deposition and R2E. WP11: 11 T dipole. WP15: Integration and (De-) Installation. WP16: IT String and Commissioning. HiLumi LHC EU Design Study.
hilumilhc.web.cern.ch
WP12: Vacuum | The HL-LHC Project
http://hilumilhc.web.cern.ch/activities/wp12-vacuum
High Luminosity Large Hadron Collider. WP4: CC and RF. WP8: Collider Experiment Interface. WP10: Energy Deposition and R2E. WP11: 11 T dipole. WP15: Integration and (De-) Installation. WP16: IT String and Commissioning. WP17: Infrastructure Logistics and Civil Engineering. WP4: CC and RF. WP8: Collider Experiment Interface. WP10: Energy Deposition and R2E. WP11: 11 T dipole. WP15: Integration and (De-) Installation. WP16: IT String and Commissioning. WP17: Infrastructure Logistics and Civil Engineering.
hilumilhc.web.cern.ch
WP14: Beam Transfer | The HL-LHC Project
http://hilumilhc.web.cern.ch/activities/wp14-beam-transfer
High Luminosity Large Hadron Collider. WP4: CC and RF. WP8: Collider Experiment Interface. WP10: Energy Deposition and R2E. WP11: 11 T dipole. WP15: Integration and (De-) Installation. WP16: IT String and Commissioning. WP17: Infrastructure Logistics and Civil Engineering. An upgrade of the LHC injection kickers MKI is already underway to reduce beam induced heating and SEY. L Ducimetiere/ E. Carlier. L Ducimetiere/ E. Carlier. WP4: CC and RF. WP8: Collider Experiment Interface. WP11: 11 T dipole.
hilumilhc.web.cern.ch
WP10: Energy Deposition | The HL-LHC Project
http://hilumilhc.web.cern.ch/activities/wp10-energy-deposition
High Luminosity Large Hadron Collider. WP4: CC and RF. WP8: Collider Experiment Interface. WP10: Energy Deposition and R2E. WP11: 11 T dipole. WP15: Integration and (De-) Installation. WP16: IT String and Commissioning. WP17: Infrastructure Logistics and Civil Engineering. Moreover, dedicated protection devices (like the TAS and the TAN) and local shielding must sustain the induced thermomechanical stress. On the other hand, the target integrated luminosity represents a quite demanding requirement in...
