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Entry   IC, VK, VI, VC, JH, HG, ND ; Ring objectives 
    Reply   IC, VK, VI, VC, JH, HG, ND ; RE: Ring objectives 
       Reply   IC, VK, VI, VC, JH, HG, ND ; RE: RE: Ring objectives 
          Reply   IC, VK, VI, VC, JH, HG, ND ; RE: RE: RE: Ring objectives 
Message ID: 36     Entry time: Mon Oct 10 10:37:43 2022     In reply to: 34
 Author: IC, VK, VI, VC, JH, HG, ND  
 Status: New Solution 
 Type: Shift summary 
 Category: Prise de donnees 
 Important:
 Subject: RE: RE: RE: Ring objectives 
 Icon:  

To do list:

(0) Re-establish beam transport to ring

(0bis) Check energy jitter in TL/BPM.02 and TL/SST.02

(0ter) Measure emittance on TL/SST.03

(1) Try to merge TL optimised transport with ring injection transport => record beam size on TL/SST3 and position on TL/BPM.03 and TL/BPM.04 for current ring transport

définir avec précision les caractéristiques du faisceau en fin de TL pour pouvoir passer au commissioning de l'anneau (et fournir les diagnostics nécessaires pour contrôler ces "bons" réglages de la TL, et savoir qui en est en charge de quoi)

(2) Improve charge transport at injection

(3) Measure and correct orbits

programmer des mesures sur l'anneau permettant d'établir des connexions entre le modèle d'Iryna et l'état actuel de l'anneau (il y a évidemment la mesure des nombres d'ondes

(4) Start MRSV

(5) Measure Tune

 

 

Quote:

New to do list:

(0) Re-establish beam transport to ring

(0bis) Check energy jitter in TL/BPM.02 and TL/SST.02

(1) Try to merge TL optimised transport with ring injection transport => record beam size on TL/SST3 and position on TL/BPM.03 and TL/BPM.04 for current ring transport

(2) Reduce betatron oscillations

(3) Measure and correct orbits

(4) Measure Tune

(5) BBA

(6) Improve charge transport at injection

(7) Start MRSV

 

 

Quote:

(1),  (2), (4) and (5) from last week have been done other items in progress.

New to do list:

(0) Re-establish beam transport to ring

(1) Monitor incident power on RF Gun

(2) Check energy jitter in TL/BPM.02 and TL/SST.02

(3) Use TL optimised transport when available

(4) Compare single pass and TbT BPM signals

(5) Test Alexandre's feedback code.

(6) Scan correctors to increase current on RI-C1/BPM.01 and RI-C2/BPM.06

(7) Start align beam in quadrupoles
 

Quote:

This entry is to be updated as the work progresses.

1) Re-establish beam transport to ring

2) Scan in time the septum

see script git/panneaux/Synchro/scan_septum.py

3) Scan in voltage the septum

4) Adjust timing of kicker by looking at induced noise on ICTs

5) Scan in time the kicker

git/panneaux/Synchro/scan_kicker.py

6) Scan in voltage the kicker

7) Transport further in the ring by playing with correctors

Note: When possible Alexandre will test his feedback code.

 

 

 

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