Vertex distribution from BBC scaler boards

Here are the vertex distributions from the BBC scaler boards (boards 3 and 4).

Effect of BBC trigger requirements on the ZDC SMD asymmetry

I have investigated how various trigger conditions affect the asymmetry observed in the ZDC SMD.

FGT Future Opportunities

Minutes of the Meeting


Talk time : 12:00, Duration : 00:00

Minutes of the meeting, as prepared by S. Gliske

Path Forward

Update on A_N analysis

Update from TURTLE

Speaker : Phil Pile ( BNL )


Talk time : 09:20, Duration : 00:30

Intorduction

Speaker : Wlodek Guryn ( BNL )


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

Integration, Test environment

Speaker : Anselm


Talk time : 11:40, Duration : 00:20

Future Development Paths for test stand software

Speaker : Wayne/Kent All


Talk time : 11:20, Duration : 00:20

Time Bin Dependent Peds/RMS for DB

Speaker : Renee


Talk time : 11:00, Duration : 00:20

new test sample after the Mc parent p=nun bug was fixed.

I checked new sample and found it has wrong pt slope.

 

update (9/1/2011)

Add the basic QA with corrected pt slope.

WCAL Simulation Status Update

Possible R&D Proposal for Endcap TOF and TRD for IDing electrons (-2<eta<-1)

UPC parallel session

TimeTalkPresenter
09:00J/Psi and Phi analysis ( 00:30 ) 1 fileJanet Seger
09:45Rho analysis ( 00:30 ) 1 fileR. Debbe
11:00Embedding/Tracking ( 00:20 ) 1 fileR. Debbe

UPC parallel session

TimeTalkPresenter
09:00Intorduction ( 00:20 ) 0 filesWlodek Guryn (BNL)
09:20Update from TURTLE ( 00:30 ) 1 filePhil Pile (BNL)
09:50Update on A_N analysis ( 00:30 ) 1 fileKin Yip (BNL)
10:20Path Forward ( 00:20 ) 2 filesWlodek + All (BNL)
10:40Paper ( 00:20 ) 0 filesJH (BNL)

Distortion maps due to sector misalignment

(open the images on this page in a new tab/window for larger versions; all units are [cm] or [radians] or [volts])

 

Davis Talk

FGT Meeting on Schedule / Installation - Monday, August 22, 2011

PID presentation at UC Davis

PID presentation at UC Davis in junior session.

update 01/09/2011

Correct PID Cut efficiency.