Difference between revisions of "December 09, 2021"
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== Meeting Information == | == Meeting Information == | ||
GEM @ Stonybrook Meeting<br> | GEM @ Stonybrook Meeting<br> | ||
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== Agenda == | == Agenda == | ||
| − | # Kicking off the | + | # Kicking off the GEM work planning at Stonybrook. |
| − | == Meeting | + | == Meeting Summary == |
# Sub-tasks (required volunteers, or will be assigned): | # Sub-tasks (required volunteers, or will be assigned): | ||
#* Preparation stage: | #* Preparation stage: | ||
## Clearing out a perimeter in the basement lab (Bill, Vassu, Weibing). | ## Clearing out a perimeter in the basement lab (Bill, Vassu, Weibing). | ||
| − | + | ## setting up the cleanroom. (Klaus, Bill and others) | |
| − | + | ## Setting up the latest JLAb DAQ system: CODA, and configure it to be used for calibrating the prototype GEM trackers (Bill) | |
| − | + | ## Looking at parsing BigBite data to understand the expected performance. | |
| − | + | ## Simulation to get expected GEM response? (Not a priority right now) | |
| + | ## Communicate with machine shop to make a stand for hosting the manufactured prototype based on the CAD drawing (Bill) | ||
#* Manufacturing stage: | #* Manufacturing stage: | ||
| − | # | + | ## Manufacturing/stretching GEM sheet and mount to bracket (with glue) inside the cleanroom (Klaus and Prakhar) |
#* Calibration stage: | #* Calibration stage: | ||
| − | # | + | ## Operating X-ray gun in in grid and mapping out the efficiency and gain in each sector of the GEM response: efficiency, uniformity, gain, etc (Bill & others) |
| − | + | ||
| − | + | == Additional equipment == | |
#* Cleanroom | #* Cleanroom | ||
#* Gas system? CO2 and Helium mixture. | #* Gas system? CO2 and Helium mixture. | ||
#** How good does the mixture have to be? Does the mixture ratio matter? | #** How good does the mixture have to be? Does the mixture ratio matter? | ||
#* X-Ray gun mounted on arms that move in small stepped | #* X-Ray gun mounted on arms that move in small stepped | ||
Latest revision as of 22:18, 9 December 2021
Contents
[hide]Meeting Information
GEM @ Stonybrook Meeting
Wednesday December 08, 2021
3:30 pm, ET
Project background
- Klaus' slides on the Moller GEM is to be added here for reference.
- Stonybrook is assigned to construct 12 out of the 28 layers of GEM trackers for the Moller experiment
- Two prototype trackers to be constructed by late 2022. GEM material (three rectangular sheets) will arrive SBU in early March; frames will arrive later
Agenda
- Kicking off the GEM work planning at Stonybrook.
Meeting Summary
- Sub-tasks (required volunteers, or will be assigned):
- Preparation stage:
- Clearing out a perimeter in the basement lab (Bill, Vassu, Weibing).
- setting up the cleanroom. (Klaus, Bill and others)
- Setting up the latest JLAb DAQ system: CODA, and configure it to be used for calibrating the prototype GEM trackers (Bill)
- Looking at parsing BigBite data to understand the expected performance.
- Simulation to get expected GEM response? (Not a priority right now)
- Communicate with machine shop to make a stand for hosting the manufactured prototype based on the CAD drawing (Bill)
- Manufacturing stage:
- Manufacturing/stretching GEM sheet and mount to bracket (with glue) inside the cleanroom (Klaus and Prakhar)
- Calibration stage:
- Operating X-ray gun in in grid and mapping out the efficiency and gain in each sector of the GEM response: efficiency, uniformity, gain, etc (Bill & others)
Additional equipment
- Cleanroom
- Gas system? CO2 and Helium mixture.
- How good does the mixture have to be? Does the mixture ratio matter?
- X-Ray gun mounted on arms that move in small stepped
