Star-fst-l mailing list

["Ye, Zhenyu" <yezhenyu AT uic.edu>]

Dear all, 

We will have the Weekly FST meeting on Monday starting at 9am EST (BNL local 
time). 

Bluejeans Meeting URL https://bluejeans.com/101020434
Meeting ID: 101 020 434

https://drupal.star.bnl.gov/STAR/event/2020/05/18/star-forward-silicon-tracker-meeting

Tentative meeting agenda:

0. follow-ups on the action items from last week (see *** below)
1. Integration                                                                
by Rahul Sharma/Felix Archampong
2. Hybrid                                                                     
        by Maowu Nie, Jianing Dong
2. Mechanical structure                                                 by Yi 
Yang
3. Prototype Module Assembly and Test                       by Xu Sun
4. Tracking Studies                                                        by 
Krishan Gopal, Daniel Brandenburg 
5. Simulation Studies                                                     by 
Shenghui Zhang

*** Action items from previous weeks ***

1) Integration: send an email with detailed questions to the list to collect 
information - Rahul/Felix 
2) Document the procedure and requirements of gluing hybrids onto MS for Plan 
A at NTU - Yi/Han-Sheng 
3) Document the procedure and requirements of gluing hybrids onto MS for Plan 
B by AIDC. This is needed before new hybrid production - Yi/Han-Sheng 
4) Document on how/where the company would measure the surface flatness and 
being parallel between inner-outer sectors, before and after glueing hybrids 
and inner-outer sectors together - Yi/Han-Sheng
5) Look into radiation tolerance test of soft cooling tubes at 
BNL/STAR/Taiwan - Flemming/Yi
6) Measuring hybrid flatness, thickness and dimensions - Maowu/Jianing
7) UIC send a T-board and cable to NCKU to check if there is any conflict 
with the MS - Zhenyu 
8) Looking into alternative clustering algorithm to improve matching 
efficiency - Xu
9) Tune the timing setting for ADC sampling - Gerard/Xu
10) Studying the tracking performance by varying the Z-locations of FST 
disks, and number of r/phi segments - Krishan/Daniel
11) Looking into FST simulation and track reconstruction to compare 300 vs 
500 micron thick sensors - Shenghui

Best,
Zhenyu