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Simulations for EXL - NeuLAND. Catherine Rigollet KVI - University of Groningen. Need decisions on:. Location and architecture of LAND detector Position of DSSD and PCDD detectors Material and shape of beam tube. LAND. DSSD & PCDD. Planning assumption 10 m between target and LAND
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Simulations for EXL - NeuLAND Catherine Rigollet KVI - University of Groningen R3B-EXL Collaboration meeting
Need decisions on: • Location and architecture of LAND detector • Position of DSSD and PCDD detectors • Material and shape of beam tube LAND DSSD & PCDD R3B-EXL Collaboration meeting
Planning assumption • 10 m between target • and LAND • Only 9 m available R3B-EXL Collaboration meeting
Architecture of LAND at NESR The (w)hole problem: • Rearrangement of LAND paddles around beam pipe • How to do this? R3B-EXL Collaboration meeting
Reconstruction of p and E of light charged ejectiles • Deflection • Energy loss (effective thickness of tube) • Material of beam tube • Simulations R3B-EXL Collaboration meeting
Milestones Proton detection: • Decision on beam pipe material and shape by 12/2007 • Decision on prototypes Si strip + diamond detectors 12/2009 • Full prototype tests 12/2011 Neutron detection: • Layout of LAND modules in EXL geometry by mid 2011 • Construction of LAND in EXL geometry 12/2012 R3B-EXL Collaboration meeting