Aggregator

Log Number: 4521915Logbook(s): 

• ELOG
• BTLOG

Body: MQA9S06 Multi-Matching Results
HOSTNAME: opsnx90 CED WORKSPACE: OPS CED LOGIN KEY: pro

Files saved to /cs/prohome/apps/q/qsUtility/7-43/fileio/multimatch_data/MQA9S06/MQA9S06_2026-07-09_18:14

Allow optimizer to change quad signs? YES

Start with present machine settings instead of design? NO

Best match was match2.log

Log Number: 4521913Logbook(s): 

• LERFLOG
• CLOG
• ELOG
• SRFLOG

Body: 

All signals look good.
Vacuums and temperatures taken from similar locations agree well.

Log Number: 4521912Logbook(s): 

• ELOG

Body: IDDescriptionPeriodCause 17368Title:
QSUtility lacking design values for 9E match

Summary:
QSUtility lacking design values for 9E match.

Log Number: 4521911Logbook(s): 

• DCLOG
• ELOG

Entry Makers: eformanBody: 

MTSB5C.HMAX was still set to the low energy value of 121 amps. When it was brought on and cycled, it did not go through the complete hysteresis cycle. HMAX set back to 386 amps and magnet cycled twice.

Log Number: 4521910Logbook(s): 

• ELOG
• BTLOG

Body: IHA9E01 Y-plane Emittance Measurement Analysis
qsUtility Data Analyzer V7-43
SDDS FILE: /a/opsdata/fiefdata/fileio/q/qsUtility/data/D1-0/IHA9E01/IHA9E01_y_zigzag_2026-07-09_17:47:53/IHA9E01_zigzag_2026-07-09_17:47:53_qsUtility_analyzer.sdds
HOSTNAME: opsl01 CED WORKSPACE: OPS CED LOGIN KEY: pro

Log Number: 4521909Logbook(s): 

• ELOG
• BTLOG

Body: IHA9E01 X-plane Emittance Measurement Analysis
qsUtility Data Analyzer V7-43
SDDS FILE: /a/opsdata/fiefdata/fileio/q/qsUtility/data/D1-0/IHA9E01/IHA9E01_x_zigzag_2026-07-09_17:33:36/IHA9E01_zigzag_2026-07-09_17:33:36_qsUtility_analyzer.sdds
HOSTNAME: opsl01 CED WORKSPACE: OPS CED LOGIN KEY: pro

Log Number: 4521908Logbook(s): 

• ELOG

Tags: 

• Autolog
• MCC8am

Body:  */ ATLis Comments Posted 18:00 Wednesday July 08 through 18:00 Thursday July 09 Accel Computing Group Implement 0L04 Gradient Calibration results (Execution date specified by Ops)

2026-07-09 14:07 - Scott

Log Number: 4521907Logbook(s): 

• ELOG
• BTLOG

Body: Emittance Measurement: IHA9E01 Y-plane
qsUtility zigzag_dataColletor V7-43
HOSTNAME: opsl04 CED WORKSPACE: OPS CED LOGIN KEY: pro

Log Number: 4521905Logbook(s): 

• ELOG
• BTLOG

Body: Emittance Measurement: IHA9E01 X-plane
qsUtility zigzag_dataColletor V7-43
HOSTNAME: opsl04 CED WORKSPACE: OPS CED LOGIN KEY: pro

Log Number: 4521904Logbook(s): 

• ELOG

Entry Makers: yoonBody: 

Log Number: 4521902Logbook(s): 

• ELOG

Body: 

Laser Used:

D Laser

Sigmas:

Peak 1 - x Sigma: 0.2523 Peak 2 - u Sigma: 0.5388 Peak 3 - y Sigma: 0.5255

Log Number: 4521901Logbook(s): 

• ELOG

Entry Makers: bschaumlBody: 

The last FOPT convinced us we needed to correct the vertical dispersion in 9L even further. We'll see what it looks like.

Log Number: 4521900Logbook(s): 

• ELOG
• BTLOG

Body: Fopt results from /usr/ntfs/public/optics/diforb/26jul091719
Comment: S
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: 4521899Logbook(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 1.50006 and 1.50006 volts respectively. The max. amplitude setting was 1 millimeters. The files for this run were saved in the directory /cs/opshome/hlapps/optics/diforb/26jul091719. The X and Y stability of the machine during the run was 0.0488788 and 0.0527693 (mm) respectively.

Log Number: 4521898Logbook(s): 

• ELOG

Entry Makers: bschaumlBody: 

Noted a shoulder on the 9E harp scan and some 9S IDX activity. A small correction in 8R squashed this loss and reduced the shoulder on the harp, but not completely. The last FOPT indicated we might need to correct vertical dispersion further out of 8R.

Log Number: 4521897Logbook(s): 

• ELOG
• BTLOG

Body: Fopt results from /usr/ntfs/public/optics/diforb/26jul091701
Comment: Before 9E Match
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: 4521896Logbook(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 1.50006 and 1.50006 volts respectively. The max. amplitude setting was 1 millimeters. The files for this run were saved in the directory /cs/opshome/hlapps/optics/diforb/26jul091701. The X and Y stability of the machine during the run was 0.0437145 and 0.0595667 (mm) respectively.

Log Number: 4521895Logbook(s): 

• ELOG

Tags: 

• Autolog

Body: 8.0.2 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 1.50006 and 1.50006 volts respectively. The max. amplitude setting was 1 millimeters. The files for this run were saved in the directory /cs/opshome/hlapps/optics/diforb/26jul091658. The X and Y stability of the machine during the run was 0.0477408 and 0.0664404 (mm) respectively.

Log Number: 4521894Logbook(s): 

• ELOG

Entry Makers: bschaumlBody: 

Nudged the 9S01 quad about +900 G. V dispersion is better, not within ORFP specs, but blessed by the SME.

Log Number: 4521893Logbook(s): 

• ELOG

Entry Makers: bschaumlBody: 

Initial picture grab failed, though one can refer to my previous horizontal dispersion log to see what it looked like. SME said that the vertical dispersion of ~1 mm (vs 0.3 mm in ORFP) at the end of the LINAC is fine as pushing it too far can blow the beam in upper passes.