Difference between revisions of "Jan 30 2024"

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** the junction angle to allow for a larger lip radius, and less field enhancement. Carlos does not insist on the steep angle of R30-3, it can be a smooth transition.
 
** the junction angle to allow for a larger lip radius, and less field enhancement. Carlos does not insist on the steep angle of R30-3, it can be a smooth transition.
 
* We will make two electrodes to have a spare; one can consider making two different shapes as a contingency plan. Carlos will ask Keith to join the meetings.
 
* We will make two electrodes to have a spare; one can consider making two different shapes as a contingency plan. Carlos will ask Keith to join the meetings.
* Max will consolidate the set of field maps for apples/apples comparison in Alicia's injector model. Alicia will make a comparison between the updated R28, R30-3, and R30-4 models and work toward defining an acceptance band for phase-space parameters at the match point.<br />
+
* Max will consolidate the set of field maps for apples/apples comparison in Alicia's injector model. Alicia will make a comparison between the updated R28, R30-3, and R30-4 models and work toward defining an acceptance band for phase-space parameters at the match point.<br />
  
 
==Updates and discussion==
 
==Updates and discussion==
  
* Link to schedule Sharepoint
+
* Link to schedule Sharepoint[https://jeffersonlab.sharepoint.com/:x:/s/CIS/EVjEdeP3E7dJv2HtHGZh-EIBEox3TAsKm-dWNTSKGEitsg?e=3ZKhzy Link to schedule in Sharepoint]
* Keith Harding reports it will take him ~ 3 days to modify the existing R30-3 Pierce front-end piece and make TWO new models per Max's design. Carlos told Keith the following parameters will change from the original R30-3 drawing:<br />
+
* Keith Harding reports it will take him ~ 3 days to modify the existing R30-3 Pierce front-end piece and make TWO new models per Max's design. Carlos told Keith the following parameters will change from the original R30-3 drawing:<br />
 
** Hole diameter
 
** Hole diameter
 
** Pierce angle
 
** Pierce angle
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==<br  />==
 
==<br  />==
 
 
 
 
 
 
[https://wiki.jlab.org/ciswiki/index.php/200_kV_Polarized_Gun Return to 200 kV Gun page]
 
[https://wiki.jlab.org/ciswiki/index.php/200_kV_Polarized_Gun Return to 200 kV Gun page]

Revision as of 11:57, 30 January 2024

Action items from last time

  • Carlos will develop a high-level timeline for the rest of the project.
  • Now that the simulation models are working well, Max and Gabriel will optimize
    • the Pierce angle to give R28-like optics as a baseline and
    • the junction angle to allow for a larger lip radius, and less field enhancement. Carlos does not insist on the steep angle of R30-3, it can be a smooth transition.
  • We will make two electrodes to have a spare; one can consider making two different shapes as a contingency plan. Carlos will ask Keith to join the meetings.
  • Max will consolidate the set of field maps for apples/apples comparison in Alicia's injector model. Alicia will make a comparison between the updated R28, R30-3, and R30-4 models and work toward defining an acceptance band for phase-space parameters at the match point.

Updates and discussion

  • Link to schedule SharepointLink to schedule in Sharepoint
  • Keith Harding reports it will take him ~ 3 days to modify the existing R30-3 Pierce front-end piece and make TWO new models per Max's design. Carlos told Keith the following parameters will change from the original R30-3 drawing:
    • Hole diameter
    • Pierce angle
    • Junction angle
    • Lip radius

Conclusions, path forward

  • Deadline to define Pierce angle: Wednesday, February 7, 2024.Max, Alicia.
  • Deadline to provide Keith Harding with the chosen models (TWO Pierce angle options): Friday, February 9, 2024.Max, Gabriel:
  • February 13, 2024. Present before the B-Team meeting the strategy followed for arriving at the optimized Pierce angle. Max and Alicia.
  • Enter here additional input from the meeting


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