Difference between revisions of "PITMinutes 10-07-2019"

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(Agenda and Notes)
(Agenda and Notes)
Line 29: Line 29:
 
A could run at lower energy with benefit.
 
A could run at lower energy with benefit.
 
High current parity quality. trip interaction with target not bad.
 
High current parity quality. trip interaction with target not bad.
 +
Question, stability of the match into hal depends on the gradient
 +
distribution. Two hours up to several days to correct.
 +
can pre-prepare matches.
  
  

Revision as of 13:26, 7 October 2019

Attendance

R. Bachimanchi, K. Baggett, J. Benesch, E. Daly, M. Drury, C. Hovater, R. Geng, C. Ginsburg, G. Krafft, F. Marhauser, C. Mounts, T. Plawski, T. Powers, C. Reece, R. Rimmer, A. Solopova, and .

Agenda and Notes

1. Extended PIT Meeting (Resumption of Operations)

1:00 Goal for Meeting (Ginsburg)

Goal for Meeting

Comments:


1:10 Experiment Requirements and Desires for next running periods (HALL APLs, Grames)

Posted Fall Running (Grames)

Hall B Run Requirements (Tiefenback)

Hall B Run Requirements (Tiefenback)

Hall C Run Requirements (Benesch)

Comments: Test early at 300 muA will bge tried. A High current (150 muA) 1 pass running. Not too much stress! 30 muA to C is a target max. A could run at lower energy with benefit. High current parity quality. trip interaction with target not bad. Question, stability of the match into hal depends on the gradient distribution. Two hours up to several days to correct. can pre-prepare matches.


1:25 Performance Expectations in Relocated Modules (Drury)

Expected Performance After CM Swaps (Drury)

1:50 RF Configuration after SAD (Hovater)

Comments:


1:55 Gradient Choice at Turnon (Benesch)

Fall Polarization Options (Benesch)

Fall Turnon Gradient Choice (Benesch)

2:05 Present Gradient Limitations (Drury)

Data from Commissioning (Drury)

2:25 Gradient Change Instructions for OPS (Solopova)

Gradient Change Instruction for OPS (Solopova)

Comments:


2:40 Energy Reach (Baggett)

Comments:


2:50 CEBAF Performance Plan (Michaud)

Gradient Change Instruction for OPS (Michaud)

Comments: