Difference between revisions of "Mini FCAL Meeting Mon. Mar. 05, 2012"
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* <span style="color:#FF0000">red</span> - negative charge (e-) | * <span style="color:#FF0000">red</span> - negative charge (e-) | ||
* <span style="color:#0000FF">blue</span> - positive charge (e+) | * <span style="color:#0000FF">blue</span> - positive charge (e+) | ||
− | * <span style="color:# | + | * <span style="color:#00FF00">green</span> - neutrals (gamma rays) |
Note that the code does not track optical photons, only energetic gamma rays. | Note that the code does not track optical photons, only energetic gamma rays. | ||
+ | Currently the geometry includes | ||
− | * | + | * the CLAS vacuum exit window (made of kevlar, very thin) |
− | * | + | * the CLAS E-counters (4mm thick) and T-counters (2cm thick) |
+ | * the distance to the above objects is calculated as a function of fraction of endpoint energy that the detector is at, and placed there | ||
+ | * the front end material we use for triggering the miniFCAL (wood box x2, aluminum plate, 2cm thick scintillators) | ||
+ | * the triggers currently span the entire x-y plane of the simulation world, need modifications | ||
− | *[https:// | + | *[https://halldweb.jlab.org/wiki/images/a/ab/0.200GeV_overview.pdf Simulation overview at 0.2GeV] |
− | *[https:// | + | *[https://halldweb.jlab.org/wiki/images/9/9a/0.200GeV_detector.pdf Detector response at 0.2GeV] |
− | *[https:// | + | |
+ | *[https://halldweb.jlab.org/wiki/images/f/f6/1.000GeV_overview.pdf Simulation overview at 1 GeV] | ||
+ | *[https://halldweb.jlab.org/wiki/images/6/66/1.000GeV_beam.pdf Detector response at 1 GeV] | ||
+ | *[https://halldweb.jlab.org/wiki/images/b/bf/1.000GeV_detector.pdf Detector response at 1 GeV] | ||
+ | |||
+ | Simulation is in developing stages, but we are nearing finalization of geometry, | ||
+ | and start working on how energy resolution changes with various materials in front | ||
+ | of detector. | ||
BCAL | BCAL |
Latest revision as of 22:25, 31 March 2015
Minutes
FCAL
add additional remote scintillator before final Hall B run
Kei's working Geant simulations, see links below. Color coding for particles are
- red - negative charge (e-)
- blue - positive charge (e+)
- green - neutrals (gamma rays)
Note that the code does not track optical photons, only energetic gamma rays. Currently the geometry includes
- the CLAS vacuum exit window (made of kevlar, very thin)
- the CLAS E-counters (4mm thick) and T-counters (2cm thick)
- the distance to the above objects is calculated as a function of fraction of endpoint energy that the detector is at, and placed there
- the front end material we use for triggering the miniFCAL (wood box x2, aluminum plate, 2cm thick scintillators)
- the triggers currently span the entire x-y plane of the simulation world, need modifications
Simulation is in developing stages, but we are nearing finalization of geometry, and start working on how energy resolution changes with various materials in front of detector.
BCAL
waiting on 1 light guide and the monitoring system to arrive
few simple metal parts to be fabricated
hope to finish detector this week and connect to stand by next week
installation estimate of March 21
scalars will be archived in EPICS
- NEW MEETING TIME ***** MONDAYS AT 1:30 **************