Difference between revisions of "Magnetized Gun Planning Meetings"
Jump to navigation
Jump to search
| Line 7: | Line 7: | ||
Off axis fields calculated from a single turn solenoid of radius=4cm, scaled to give ~0.2T | Off axis fields calculated from a single turn solenoid of radius=4cm, scaled to give ~0.2T | ||
| − | [[image:sol_eqn. | + | [[image:sol_eqn.png]] |
==January 19th== | ==January 19th== | ||
Revision as of 11:33, 20 January 2016
2016
January 20th
Off axis fields in a solenoid as calculated by ASTRA for the FEL style solenoid.
Off axis fields calculated from a single turn solenoid of radius=4cm, scaled to give ~0.2T
January 19th
A deeper look at the magnetizing field options. All is not what it seems! 16-01-10Comparison of cathode fields
January 5th
Preliminary investigation into magnetizing solenoid fields. Fay Hannon. 15-12-10-Magnetized Beam Solenoid Field Discussion
- Suggested diagnostics
Emittance measurement - Radiabeam
2015
- Gun Magnet Design (December 27, 2015): media:gun_magnet_design.pdf
November 10th
Emittance measurement of SC dominated magnetized beams. Fay Hannon: 15-11-10-Emittance measurement diagnostics
- Jay Benesch, A quick and dirty magnet design for the magnetized beam LDRD proposal (JLab Tech Note 15-043, October 17, 2015): media:LDRD_Helmholtz_16Oct2015.pdf
Addendum (December 27, 2015): media:LDRD_pair_Dec2015.pdf Bz(z) of four designs: media:Gun_Magnet_four_models_B.ods
- Jay Benesch, A Panofsky quad with corrector coils (JLab Tech Note 13-002, January 18, 2013): media:panofsky_correctors_3D_v5.pdf