201121_3GeVXipolarization

Production module assembly

Reference


Talk time : 00:00, Duration : 00:00

Mechanical Structure

Reference


Talk time : 00:00, Duration : 00:00

T-board and Inner Signal Cable

Reference


Talk time : 00:00, Duration : 00:00

Integration

Reference


Talk time : 00:00, Duration : 00:00

Follow-up on action items

Reference


Talk time : 00:00, Duration : 00:00

Integration

Speaker : Rahul Sharma, Felix Archampong ( BNL )


Talk time : 09:00, Duration : 00:20

Follow-up on action items

Speaker : all


Talk time : 08:30, Duration : 00:15

************* From Dec 28 ************* 
Production status:
Hybrids (80): done

Integration test

Reference


Talk time : 00:00, Duration : 00:00

Production module assembly

Speaker : Xu Sun ( UIC )


Talk time : 09:30, Duration : 00:10

Mechanical Structure

Speaker : Yi Yang ( NCKU )


Talk time : 09:20, Duration : 00:10

T-board and Inner Signal Cable

Speaker : Maowu Nie, Michael Capotosto ( SDU, BNL )


Talk time : 09:10, Duration : 00:10

STAR Forward Silicon Tracker Meeting

2021-01-11 08:30
America/New York
Monday, 11 January 2021
Zoom meeting ID: 87904302955 Passcode: fSTAR2021, at 13:30 (GMT), duration : 00:00
TimeTalkPresenter
08:30Follow-up on action items ( 00:15 ) 0 filesall
09:00Integration ( 00:20 ) 0 filesRahul Sharma, Felix Archampong (BNL)
09:10T-board and Inner Signal Cable ( 00:10 ) 0 filesMaowu Nie, Michael Capotosto (SDU, BNL)
09:20Mechanical Structure ( 00:10 ) 2 filesYi Yang (NCKU)
09:30Production module assembly ( 00:10 ) 1 fileXu Sun (UIC)

R-corr detective work for STAR Run11AuAu200GeV data

 

APS2021_abstract_Light Nuclei Production in Fixed-target Au+Au Collisions at √sNN = 3 GeV from STAR experiment

 

Identified particle spectra in isobaric collisions of Ru+Ru and Zr+Zr at sqrt(sNN) = 200 GeV with the STAR experiment

 

Identified particle spectra in isobaric collisions of Ru+Ru and Zr+Zr at sqrt(sNN) = 200 GeV with the STAR experiment

 

Identified particle spectra in isobaric collisions of Ru+Ru and Zr+Zr at sqrt(sNN) = 200 GeV with the STAR experiment

 

PWGC Documents

 PWGC Report - Analysis Meeting: 01//08/2021

SpaceCharge EastWest Symmetry

This is meant to provide a simple document for understanding through basic principles of electromagnetism how the TPC SpaceCharge distortion is symmetric on the east and west sides of the TPC.