Difference between revisions of "JEF meeting, June 17, 2022"
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*** Module fabrication | *** Module fabrication | ||
**[https://halldweb.jlab.org/detectors/fcal2/module_fabrication/wrapped/wrapped_crytur.pdf Wrapped CRYTUR crystals] | **[https://halldweb.jlab.org/detectors/fcal2/module_fabrication/wrapped/wrapped_crytur.pdf Wrapped CRYTUR crystals] | ||
− | **Students reports | + | **[https://halldweb.jlab.org/detectors/fcal2/module_fabrication/status/6_17_22/JLab_June_24th_Presentation.pdf Students reports] |
* Module fabrication -- Sasha | * Module fabrication -- Sasha | ||
** [https://halldweb.jlab.org/detectors/fcal2/module_fabrication/status/fcal_fabrication.pdf Status of fabrication ] | ** [https://halldweb.jlab.org/detectors/fcal2/module_fabrication/status/fcal_fabrication.pdf Status of fabrication ] |
Latest revision as of 22:08, 23 June 2022
meeting time and location
- 9:30 am EST (JLab time) remote only
- Zoom meeting ID: 161 050 9142 Passcode: 004965
Agenda
- Simulations/Analysis
- Preparation of parts for FCAL2 modules -- Sasha
- Summer Students (2022)
- Moving crystals from JLab's pool to the Lab [1][2] Moved 335 CRYTUR crystals (need 550).
- Preparation of parts[3][4][5]
- Preshaping ESR foils
- Wrapping crystals
- Module fabrication
- Wrapped CRYTUR crystals
- Students reports
- Module fabrication -- Sasha
- Light Monitoring System -- Arshak
Minutes
Attendees: Bill,Sasha,Zisis,Phil,Igal,Tegan,Olga,Axel,Arshak,Azizah,Liping,Jon,Jaden,Dax,Christopher,S.T.
- Eugene to order 100 more crystals this fiscal year, 100 more next fiscal year
- Ordered more ESR and mu-metal
- Brazing is lagging behind other preparation steps
- Dax and Jaden presented slides showing all their efforts toward module construction
- Grand total number of fabricated modules up to 519 as of the Friday meeting
- Arshak working on addressing light intensity profile as a function of in plexiglas for LMS
- Tegan gave an update on reconstruction of single photon and di-photon clusters in FCAL-1 and FCAL-2 using default and island algorithms
- log-weighting cluster positions biases toward small apparent cluster separation compared to thrown separation
- FCAL-2 reconstructed energy biased toward higher energy