PPT-Milliampere beam studies using high polarization

photocathodes at the CEBAF Photoinjector J Grames JLAAC Review September 1315 2017 Outline Ion backbombardment of photocathodes PEPPo an application requiring a milliampere polarized electron . Yaroslav. Derbenev. Center for Advanced Study of Accelerators. Jefferson Laboratory. EIC . Collaboiration. Meeting , January 10-12, 2010. Stony Brook, Long Island. Outline. Polarization of Ions (protons, deuterons, . I. . Myserlis. E. . . Angelakis. (PhD advisor), L. . . Fuhrmann. , V. . Pavlidou. , A. Kraus, I. . Nestoras. , V. . Karamanavis. ,. . J.A. . Zensus, T. P. . Krichbaum. From the RoboPol team:. O.G. . Haixin Huang. January, 3, 2012. Haixin Huang. 2. Daily Activities of Last Week. 12/19  Difficulty to bring beam into Booster. Source only pulses on u5, not u4.      . Even after resolved latching RLM problem. . High Brilliance Beam Diagnostics A. Cianchi University of Rome “ Tor Vergata” and INFN Advanced Accelerator Physics Course 2015 Outline Brightness and Brilliance Fundamental parameters Transverse and longitudinal measurements Energy Calibration. Workshop . EPOL group: . K . Oide. CERN/KEK, . S. . Aumon. , P. . Janot. , D. El . Kechen. , T. . Lafevre. , A. Milanese, T. . Tydecks. , J. . Wenninger. , F. Zimmermann, CERN . F. . . Zimmermann. FCC-. ee. physics workshop (“TLEP7”). CERN, 21 June 2014. Work supported by the . European Commission . under . Capacities . 7th Framework Programme, Grant Agreement 312453. g. Polarization. and . Energy. Calibration. Jowett. Wenninger. Hofmann. Assmann. Koutchouk. Placidi. Buon. Keil. and . many. . others. !. 22/04/2016. 1. 22/04/2016. 2. Spin tune at the Z . peak. : 103.5 . . In order to simulate the performance of an interferometer, 20 by 20 degree sections were extracted from the simulated CMB map. For each array configuration tested a map of . uv. plane coverage was created and then applied to the Fourier transform of the CMB section. The power spectra were then extracted by computing the variance in an annulus with a radius given by the . . In order to simulate the performance of an interferometer, 20 by 20 degree sections were extracted from the simulated CMB map. For each array configuration tested a map of . uv. plane coverage was created and then applied to the Fourier transform of the CMB section. The power spectra were then extracted by computing the variance in an annulus with a radius given by the . -4. Level. C. Klauser. 1, 2. , T. Bigault. 1. , P. B. ö. ni. 3, 4. , J. Chastagnier. 1. , P. Guimera-Millan. 1. , D. Jullien. 1. , N. Rebrova. 5. , M. Schneider. 4. and T. Soldner. 1. 1. Institut Laue-Langevin, Grenoble, France. 1 MeV/u heavy ions up to uranium includes “fission fragments” such as Kr and . Xe. MSD, NE, APS, PHY initiative. On-going studies at ATLAS. Extreme Materials . (XMAT) . In Situ . Studies of Materials in their working . Polychromator. *. S. Scott (PPPL), R. Mumgaard (CFS),. . J. Ko (NFRI). Paper CP11.00101. 60. th. APS-DPP. Portland, OR Nov. 5-9. * Work . supported by US DoE contracts DE-SC0016409 and DE-AC02-09CH11466 and grant DE-SC0016614. .. A.A. . Bogdanov. . 1 †. , M.A. . Chetvertkov. . 2. , V.A. . Chetvertkova. . 2. , B.I.Garkusha. 3. , A.P. Meshchanin. 3 . , . V.V. . Mochalov. . 3. , M.B. . Nurusheva. . 123. , S.B. . Nurushev. SPS . Session. 28-Aug-2012. Q20 . instability. . improvement. TMCI . threshold. . expected. . at. 3.5. e. 11 for . low. vert chroma. Up to 4. e. 11 no TMCI . observed. Gives. . margin. to . reach.