TDIS mTPC update Nilanga Liyanage and Kondo Gnanvo UVa

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Presentation transcript:

TDIS mTPC update Nilanga Liyanage and Kondo Gnanvo UVa

TDIS: Physics Motivations measurement of (DIS) cross section off meson cloud , while tagging low-momentum recoil spectator proton, to measure pion structure function. Tag proton and pion from lambda decay to to make the first ever measurement of Kaon structure function. Neutron DVCS with proton tagging.

Detectors behind a large dipole magnet: TDIS Concept Detectors behind a large dipole magnet: Major advantages which pave way to large FOM: Large solid angle Large momentum bite Straight line track analysis. Detectors shielded from charged particle background. Consequences: High rates at detectors. Need good coordinate resolution.

Status – MRI The NSF Major Research Instrumentation (MRI) proposal developed and submitted in January: (Status: still pending at NSF as of this morning) Consortium institutions: UVa and Hampton in collaboration with Jlab and TDIS collaboration institutions. UVa portion: mTPC development, prototyping and construction: $ 687 k UVA contribution: $ 206 k UVa NSF request: $ 489.5 k Hampton Portion Readout electronics and mTPC end-caps: $ 472 k Electronics development at Jlab, Hampton will procure components and participate in assembly HU NSF request: 472 k Total NSF request: $ 953 k Proposed project period: 09/2019 – 09/2021 (or when funding comes from NSF)

Status – design and prototyping Received a ~ $ 25 k UVa internal pilot grant (4-VA) for early design, prototyping and MRI proposal development. Design improved and optimized as part of the MRI proposal development Now we also have a design for the 0th level prototype Expect to be able to complete this prototype before the expected start of the MRI project.

Curving tracks in magnetic field

Design for the full mTPC Modules #1 #2 #3 ………. Module coupling locations GEM holding frames Target GEM based readout units Readout pad plane GEM foils Double sided cathode planes

Conceptual design for the full mTPC Modules #1 #2 #3 ………. 30 cm 10 cm 56 cm

A single module Removable cover Inner wall. (material not finalized yet: could be Something like 12 micron Kapton. )