CEA DSM Dapnia DIRAC-Phase-1 Annual Report meeting Status of the R3B-GLAD Magnet DIRAC-Phase-1 Annual Report Meeting 26 September 2006 Bernard Gastineau.

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Presentation transcript:

CEA DSM Dapnia DIRAC-Phase-1 Annual Report meeting Status of the R3B-GLAD Magnet DIRAC-Phase-1 Annual Report Meeting 26 September 2006 Bernard Gastineau CEA DSM DAPNIA

CEA DSM Dapnia DIRAC-Phase-1 Annual Report meeting - Bernard GASTINEAU - R3B-GLAD Magnet - DIRAC-Phase-1 Annual Report meeting26 September Superconducting coils Main coil Lateral coil

CEA DSM Dapnia DIRAC-Phase-1 Annual Report meeting - Bernard GASTINEAU - R3B-GLAD Magnet - DIRAC-Phase-1 Annual Report meeting26 September – First Year main points Preliminary Interface meeting with GSI-FAIR – 27 March Magnet Protection study and Instrumentation – March & April Preliminary Superconducting cable specification – April Mechanical studies – beginning in February –Cold mass – behaviour with magnetic forces –Cryostat mechanical studies – behaviour with pressure forces Magnetic design optimisation (peakfield) Superconducting cable specification – May-June Technical Design Review 1 (Conductor validation) – 4 July Check of the Large Acceptance of the present cryostat design – September Superconducting cable Order - (October)

CEA DSM Dapnia DIRAC-Phase-1 Annual Report meeting - Bernard GASTINEAU - R3B-GLAD Magnet - DIRAC-Phase-1 Annual Report meeting26 September Check of the Large Acceptance (September 2006): In order to get the acceptance of the magnet, we have to respect several geometrical conditions difficult to put together : -A beam size of +/- 80 mrad horizontally and vertically from the target, -transparency to Neutrons & to 1 GeV Proton trajectories in a 2.4 T field, -a free space of 1 meter around the target, for detectors, -A vacuum connection between the beam pipe and the cryostat, -Thermal screen and thick inner vacuum vessel to resist to the pressure, -And thick cold casing around the coils to maintain the magnetic forces. The geometrical optimisation has given the following new parameters: -Distance from the Target to the magnetic entrance face = m, -A fixed horizontal angle of beam incidence / magnet axis = 14 degrees, -vertical and horizontal angles of the main and lateral coils = 5° and 18.6°, And we have to verify that the fringe field is < 20 mT around the target.

CEA DSM Dapnia DIRAC-Phase-1 Annual Report meeting - Bernard GASTINEAU - R3B-GLAD Magnet - DIRAC-Phase-1 Annual Report meeting26 September /2007 – Next Year Main Tasks Magnetic design optimisation - October –Mechanical sensitivity study & Optical resolution optimisation Interface Definition meeting with GSI-FAIR - (October) Cold Mass mechanical studies –Cold Casing : further coil pre-stress study – 2006 Q4 –Detailed winding & Integration study Q1-Q2 Technical Design Review 2 (Industrial specification) - January 2007 Superconducting cable delivery and test – (March & Q4 2007) Cold Casing Order Q1 & Q2 Winding & Integration 1 Order – 2007 Q3

CEA DSM Dapnia DIRAC-Phase-1 Annual Report meeting - Bernard GASTINEAU - R3B-GLAD Magnet - DIRAC-Phase-1 Annual Report meeting26 September

CEA DSM Dapnia DIRAC-Phase-1 Annual Report meeting