Welcome to the review

• Rhodri Jones (CERN)
• Raymond Veness (CERN)

Room: 866/2-D05 Objectives of the review

Cryostating and integration (15' + 5')

• Delio Duarte Ramos (CERN)

Room: 866/2-D05 - Assembly concept of all lines - Cryomagnet interconnection - Space allocations - Integration challenges to be addressed

Beam screen design (15' + 5')

• Cedric Garion (CERN)

Room: 866/2-D05 - Tungsten supply, machining and attachment - Estimated mechanical tolerances - Cooling tube design and attachment - Interconnect design and alignment - Welding

Inner Triplet String Test (15' + 10')

• Marta Bajko (CERN)

Room: 866/2-D05 - Layout of the String test - Prototypes and magnets for installation - Arrival schedule of cryomagnets - Expected add-ons: Beam screens, BPMs, ....

Summarise calculations for BPM absorption of debries and cooling requirements; BPM electrode design (20' + 5')

• Michal Krupa (CERN)

Room: 866/2-D05 - Particle debris absorption - Cooling - Alignment of tungsten blocks - Design of BPM electrodes

BPM design, integration, alignment and planning (20' + 10')

• Gerhard Schneider (CERN)
• Nicolas Sebastien Chritin (CERN)
• Michal Krupa (CERN)

Room: 866/2-D05 - Materials - Cooling - Manufacture - Integration and alignment - Planning

Discussion and Wrap up (60') Room: 866/2-D05 - Does the BPM design fulfil the functional requirements? - Is the BPM construction concept similar in points of tungsten absorbers and cooling to the beam screen? - Can we agree on String deliverables? - Is the planning in agreement with the requirements? - Is the BPM concept, materials, design, alignment and integration sound? - Are all system boundaries clear and agreed? Other open issues