Difference between revisions of "GTS meeting 9 10 18"
Jump to navigation
Jump to search
| (2 intermediate revisions by the same user not shown) | |||
| Line 3: | Line 3: | ||
* Remaining high current runs (need to increase laser power from 1.4 W to 1.8 W): | * Remaining high current runs (need to increase laser power from 1.4 W to 1.8 W): | ||
| − | # ''''' | + | # 100 kV, '''''30 mA''''': |
## Gun Solenoid at 200 Amps | ## Gun Solenoid at 200 Amps | ||
## Gun Solenoid at 400 Amps | ## Gun Solenoid at 400 Amps | ||
| Line 12: | Line 12: | ||
** Mamun – Talk, Title: Progress of generating magnetized electron beam for electron coolers | ** Mamun – Talk, Title: Progress of generating magnetized electron beam for electron coolers | ||
** Riad – Talk, Title: Challenges of operating photocathodes for highly polarized electron sources at high average currents | ** Riad – Talk, Title: Challenges of operating photocathodes for highly polarized electron sources at high average currents | ||
| − | ** Carlos | + | ** Carlos – Poster, Title: Photocathodes studies at Jefferson Lab |
Latest revision as of 11:42, 10 September 2018
- Lifetime measurement at 14 mA (200 kV, 200 Amps): [1]
- Remaining high current runs (need to increase laser power from 1.4 W to 1.8 W):
- 100 kV, 30 mA:
- Gun Solenoid at 200 Amps
- Gun Solenoid at 400 Amps
- 200 kV, 15 mA: Gun Solenoid at 400 Amps
- Photocathode Physics for Photoinjectors Workshop – (Abstract deadline: September 14, 2018)
- Mamun – Talk, Title: Progress of generating magnetized electron beam for electron coolers
- Riad – Talk, Title: Challenges of operating photocathodes for highly polarized electron sources at high average currents
- Carlos – Poster, Title: Photocathodes studies at Jefferson Lab