Aggregator

Log Number: 4479028Logbook(s): 

• ELOG
• BTLOG

Body: IHAAE01 Y-plane Emittance Measurement Analysis
qsUtility Data Analyzer V7-34
SDDS FILE: /cs/prohome/apps/q/qsUtility/7-34/fileio/data/IHAAE01/IHAAE01_y_zigzag_2026-03-22_13:30:37/IHAAE01_zigzag_2026-03-22_13:30:37_qsUtility_analyzer.sdds
HOSTNAME: opsl01 CED WORKSPACE: OPS CED LOGIN KEY: pro

Log Number: 4479027Logbook(s): 

• ELOG
• BTLOG

Body: Emittance Measurement: IHAAE01 Y-plane
qsUtility zigzag_dataColletor V7-34
HOSTNAME: opsl01 CED WORKSPACE: OPS CED LOGIN KEY: pro

Log Number: 4479026Logbook(s): 

• ELOG

Body: 

HYST AREA Version 7-0 has successfully cycled the following:

Magnets contained in the following file: /tmp/eDT_CMPQ_design_snapfile_YY6_Nb.snap
MQAAS05
MQKAS10
MQKAS02
MQRAS07
MQKAS08A
MQKAS08
MQRAS09
MQRAS04
MQKAS10A
MQAAS03

Total Time: 2.967 mins

Log Number: 4479025Logbook(s): 

• ELOG
• BTLOG

Tags: 

• Autolog

Body: eDT V2-40-4 Design Setpoints Download - pLacing AS matching quads back on design
pLacing AS matching quads back on design
hostname: opsl01
CED workspace: OPS
CED login_key: pro

Log Number: 4479024Logbook(s): 

• ELOG
• BTLOG

Body: IHAAE01 Y-plane Emittance Measurement Analysis
qsUtility Data Analyzer V7-34
SDDS FILE: /cs/prohome/apps/q/qsUtility/7-34/fileio/data/IHAAE01/IHAAE01_y_zigzag_2026-03-22_11:25:41/IHAAE01_zigzag_2026-03-22_11:25:41_qsUtility_analyzer.sdds
HOSTNAME: opsl01 CED WORKSPACE: OPS CED LOGIN KEY: pro

Log Number: 4479023Logbook(s): 

• ELOG
• BTLOG

Body: Emittance Measurement: IHAAE01 Y-plane
qsUtility zigzag_dataColletor V7-34
HOSTNAME: opsl01 CED WORKSPACE: OPS CED LOGIN KEY: pro

Log Number: 4479022Logbook(s): 

• DCLOG
• ELOG

Body: 

MBC6T01V swapped

Log Number: 4479021Logbook(s): 

• ELOG

Body: 

HYST AREA Version 7-0 has successfully cycled the following:

MQB2T03
MBC2T03H
MBC2T03V
MQA4T03
MBC4T03H
MBC4T03V
MQA6T02
MBCAT02H
MBCAT02V
MBC6T01V
MBCAT01V
MBC8T01H
MBC8T01V
MBC2T02H
MQA4T02
MBCAT01H
MBC2T01H
MBC2T01V
MQA4T01
MBC4T01H
MBC4T01V
MQA6T01
MBC6T01H

Total Time: 2.483 mins

Log Number: 4479019Logbook(s): 

• ELOG

Body: 

HYST AREA Version 7-0 has successfully cycled the following:

Area.Transport.6T

Total Time: 2.850 mins

Log Number: 4479020Logbook(s): 

• ELOG

Entry Makers: bbarkerBody: 

Log Number: 4479017Logbook(s): 

• ELOG
• BTLOG

Body: IHAAE01 X-plane Emittance Measurement Analysis
qsUtility Data Analyzer V7-34
SDDS FILE: /cs/prohome/apps/q/qsUtility/7-34/fileio/data/IHAAE01/IHAAE01_x_zigzag_2026-03-22_10:36:39/IHAAE01_zigzag_2026-03-22_10:36:39_qsUtility_analyzer.sdds
HOSTNAME: opsl01 CED WORKSPACE: OPS CED LOGIN KEY: pro

Log Number: 4479016Logbook(s): 

• ELOG
• BTLOG

Body: Emittance Measurement: IHAAE01 X-plane
qsUtility zigzag_dataColletor V7-34
HOSTNAME: opsl01 CED WORKSPACE: OPS CED LOGIN KEY: pro

Log Number: 4479013Logbook(s): 

• ELOG

Body: 

Laser Used:

A Laser

Sigmas:

Peak 1 - x Sigma: 0.0692 Peak 2 - u Sigma: 0.0778 Peak 3 - y Sigma: 0.1143

Log Number: 4479012Logbook(s): 

• ELOG
• BTLOG

Body: Fopt results from /usr/ntfs/public/optics/diforb/26mar220950
Comment: After AL/AS Disp. Correction
HOSTNAME: opsl01
CED WORKSPACE: OPS CED LOGIN KEY: pro
MYA DEPLOYMENT: ops
CONFIG PATH: /cs/prohome/apps/q/QTSnyder_QT5/1-2/fileio/config/cs.conf
DIFORB PATH: /usr/ntfs/public/optics/diforb

Log Number: 4479011Logbook(s): 

• ELOG

Tags: 

• Autolog

Body: Fopt 7.9 completed successfully. The runtime settings include a sample count of 15, a minimum current of 4, and an operating regime of Standard with Excitation in 1S Region. The corrector and RF kicks applied were 0.488208 and 0.488208 volts respectively. The max. amplitude setting was 1 millimeters. The files for this run were saved in the directory /cs/opshome/hlapps/optics/diforb/26mar220950. The X and Y stability of the machine during the run was 0.0546444 and 0.0490976 (mm) respectively.

Log Number: 4479010Logbook(s): 

• ELOG

Tags: 

• Autolog

Body: Fopt 7.9 failed with the following diagnostic:
GUI's Log PageFopt Progress Log
09:50:01 Starting Fopt
09:50:01 Fetching current and energies
09:50:01 Extracting BPM information from CED
09:50:02 Number of BPMs detected: 814
09:50:02 Determining status of Halls
09:50:02 Suspending Energy Locks
09:50:02 Suspending Orbit Locks
09:50:02 Programming the function generator
09:50:02 Enabling kick control hardware
09:50:02 Turning off Fast Feedback to A & C
09:50:04 Taking measurements

Log Number: 4479009Logbook(s): 

• ELOG

Tags: 

• Autolog

Body: Fopt 7.9 failed with the following diagnostic:
GUI's Log PageFopt Progress Log
09:49:22 Starting Fopt
09:49:22 Fetching current and energies
09:49:22 Extracting BPM information from CED
09:49:25 Number of BPMs detected: 814
09:49:25 Determining status of Halls
09:49:25 Suspending Energy Locks
09:49:25 Suspending Orbit Locks
09:49:25 Programming the function generator
09:49:25 Enabling kick control hardware
09:49:25 Turning off Fast Feedback to A & C
09:49:27 Taking measurements

Log Number: 4479008Logbook(s): 

• ELOG

Tags: 

• Autolog

Body: Fopt 7.9 failed with the following diagnostic:
GUI's Log PageFopt Progress Log
09:47:30 Starting Fopt
09:47:30 Fetching current and energies
09:47:30 Extracting BPM information from CED
09:47:31 Number of BPMs detected: 814
09:47:31 Determining status of Halls
09:47:31 Suspending Energy Locks
09:47:31 Suspending Orbit Locks
09:47:31 Programming the function generator
09:47:32 Enabling kick control hardware
09:47:32 Turning off Fast Feedback to A & C
09:47:34 Taking measurements

Log Number: 4479006Logbook(s): 

• ELOG

Entry Makers: bbarkerBody: 

Log Number: 4479005Logbook(s): 

• SRFLOG
• ELOG
• RFLOG

Entry Makers: beneschBody: 

I am at something of a loss. The rfcal output adds up to 367.26 MeV when the lengths of the cavities, 0.5m for legacy and 0.492m for C75, multiply GSETnew. The ratio is 1.065 while the similar sum in the SL last time around yielded a ratio of .999, corresponding to the fudge factor of 1.001 which was in use during the 1060 MeV/linac run. In column M of spreadsheet attached I divide the 2L03 GSET multipliers by 1.065 so one can compare with the "Factor" in Jayendrika's table, figures 1 and 2. The rfcal multipliers are then about 0.05 below the "Factors".