Difference between revisions of "CPP and NPP Experiment Configuration"
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* [[Sequence of MWPCs in Muon Detector]] | * [[Sequence of MWPCs in Muon Detector]] | ||
* [https://halldweb.jlab.org/hdops/wiki/index.php/Forward_Multi-Wire_Proportional_Chambers_Shift Description of FMWPCs and CTOF for Shift Takers] | * [https://halldweb.jlab.org/hdops/wiki/index.php/Forward_Multi-Wire_Proportional_Chambers_Shift Description of FMWPCs and CTOF for Shift Takers] | ||
| + | * [https://logbooks.jlab.org/entry/4019388 Preliminary efficiency for MWPCs during run] (Ilya) | ||
== DAQ Configuration == | == DAQ Configuration == | ||
Revision as of 15:48, 23 September 2022
This is the main page for the CPP and NPP experimental setup in Hall D.
Contents
Readiness Review
Run Conditions
Log Book entries
- Beam polarization (Alex)
- Beam polarization for two orientations (Alex)
- E/p vs mass for two charged particles (Alex)
- E/p vs mass for two charged particles followup (Alex)
- Run analysis of pi0 (Beni)
- Run analysis of pi0 followup (Beni)
- Single pi0 email (Beni)
- 2pi0 email (Beni)
- Run analysis of 2pi0 (Beni)
- omega -> pi0 g email (Beni)
Muon Detector
- Fabrication and Performance of the MWPC GlueX-doc-5080
- Production Testing of MWPCs for CPP GlueX-doc-5373
- Sketches of MWPC including dimensions
- Thicknesses of Hexcell Plates
- Sketches of cosmic-ray test setup in EEL 126 and orientation of connectors
- Sequence of MWPCs in Muon Detector
- Description of FMWPCs and CTOF for Shift Takers
- Preliminary efficiency for MWPCs during run (Ilya)
