1 / 5

SoLID Overview

SoLID Overview. Jian-ping Chen SoLID Collaboration Meeting April 13-14, 2012. SoLID Experiments. SoLID: large acceptance, capable to handle high luminosity Ideal for precision DIS (PVDIS) and SIDIS experiments

arlene
Download Presentation

SoLID Overview

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. SoLID Overview Jian-ping Chen SoLID Collaboration Meeting April 13-14, 2012

  2. SoLIDExperiments • SoLID: large acceptance, capable to handle high luminosity • Ideal for precision DIS (PVDIS) and SIDIS experiments • Possibility also for exclusive reactions? • Three Approved Experiments with “A” rating: • PVDIS (E12-10-007), (Paul’s talk) • SIDIS: (E12-10-006) and (E12-11-007) Xin’s talk • Conditionally approved proposal: Proton Transversity (Kalyan’s talk) • Condition: transversely polarized NH3 target compatible with SoLID • Progress: magnet design on-going • Other new ideas: • J/Psi: Temple Workshop, Xin’s talk • PV-spin structure: Seamus’ talk • Iso-vector EMC effects: Seamus’ talk

  3. Status • Magnet: CLEO magnet, Rolf and Paul’s talks • Simulations: background (Lorenzo’s talk) • baffle design (Lorenzo and Seamus’ talk) • tracking (Ole’s) • GEMs: Chinese collaboration progress (Yuxiang’stalk) • US side progress/R&D tests (Kondo’s talk) • Cherenkov: PMT/HBD (Simona/Tom’s talks) • Full beam tests: next week? • EM calorimeters: progress (Jin/Zhiwen’s talks) • R&D tests: on-going in Hall B • DAQ: progress (Alexandre’stalk) • Polarimetry • Targets: Cryotarget: coordinated design effort, G0 as starting point • Pol. 3He: convection cell progress • Pol. NH3: new transverse magnet design

  4. Director’s Review • Get ready for the director’s review: • Identify major tasks • Identify issues, working on solutions • Identify weakest links, working on strengthening them • Dry run during next collaboration meeting • Seeking suggestions for people as dry run reviewers

  5. Subsystems/Responsibilities: Needs update? • Overall coordination: (J.P. Chen/H. Gao/P. Souder) • Calibration: (P. Souder/X, Qian) • Magnet/Support/Simulations (Argonne/Duke/UVa/Umass) • Magnet (JLab Engineering Div., Argonne, P. Reimer) • Detector supporting structure (Duke, H. Gao) • General simulation (UVa, Z. Zhao/ Umass, S. Riordan) • Neutron background simulation (Syracuse, L. Zana) • Tracking (UVa/Chinese/others) • GEM detectors (UVa, N.Liyanaga,/Chinese collaboration) • Tracking software (Caltech, X. Qian/Umass, S. Riordan) • Gas Cherenkov(Temple/Duke/Stony Brook) • Light gas Cherenkov (Duke/Temple/SB, S. Malace, Z. Meziani, Tom) • Heavy Gas Cherenkov (Duke/Temple, S. Malace, Z. Meziani) • EM Calorimeter (UVa/Los Alamos/W&M) • Forward angle (UVa, Z.Zhao, X. Zheng, W&M, D. Armstrong?) • Large angle (Los Alamos, J. Haung,/Duke, M. Meziane) • TOF with MRPC (Tsinghua, Y. Wang/Duke, H. Gao/A. Camsonne) • DAQ and Trigger (JLab, A. Camsonne/Y. Qiang/Umass, R. Miskimen/others?) • Polarimetry (UVa, K. Paschke/W&M, W. Deconinck) • Targets (JLab, J.P. Chen/JLab target group) • Infrastructure (JLab, Hall A engineer/design team) • Others?

More Related