PPT-Beam optics studies for a uranium-ion micro-beam

Author : ani | Published Date : 2023-11-15

Brandon Rayhaun Jerry Nolen XMAT Facility Located at the APS Combines hard Xrays from APS with energetic heavy ion irradiation for purpose of studying materials

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Beam optics studies for a uranium-ion micro-beam: Transcript

Brandon Rayhaun Jerry Nolen XMAT Facility Located at the APS Combines hard Xrays from APS with energetic heavy ion irradiation for purpose of studying materials science Applications Primarily studies effects of damage to fuels and cladding in nuclear reactors. AbstractMechanically stressed micro-beam structures are proposed to control the emission wavelength for III-V compounds on Si-on-insulator wafers. Based on the calculations for GaAs, the tuning of emi S. Bettoni (CERN) for the CTF3 commissioning . team. Talk outline. Drive beam manipulation:. Combiner ring (factor 4). Delay loop (factor 2). Delay loop AND combiner ring (factor 8). Beam delivery to CLEX. IR optics. José L. Abelleira, PhD candidate EPFL, CERN BE-ABP. Supervised by F. Zimmermann, CERN Beams dep.. Thanks to: . O.Domínguez. . S . Russenchuck. , . D.Shatilov. , M.. . Zobov. CERN, 22. th. . . KIM . Joon. . Yeon. , KIM Do . Gyun. , BHANG . Hyoung. Chan, KIM . Jong. Won. 1. , YUN Chong Chul. 2. Seoul National University, Department of Physics & Astronomy. . 1. National Cancer Center. . R. De . Maria with G. . . Arduini, D. . . Banfi, R. Bruce, X. . Buffat. ,. P. . . Campana. , B. Di Girolamo, . I. Efthymiopoulos,. . S. Fartoukh. ,. M. . Fitterer. , . M. . Giovannozzi, . R. . Lindner, Y. Papaphilippou,. Alexander Valishev, Yuri . Alexahin. , Valeri . Lebedev. April3, 2017. PIPI+ discussion. Selected References. http://www-bd.fnal.gov/pdriver/booster/. http://frs.home.cern.ch/frs/Source/space_charge/. Hao. Zhang. University of Maryland/University of Liverpool/Cockcroft Institute. Outline. Introduction. Motivation to Study Beam Halo. Method. Adaptive Method Using Digital Micro-mirror Device. Experiment . Caryn . Palatchi. Beam charge asymmetry. . GeV. uA. ppm. ppm. ppm. . Run. energy. current. dbcm. 1MHz . Aq. dbcm. . RMS . ps. =0. dbcm. RMS. notes. 2333. 4.4. 12. 62.64. 493.9. 576.4. IHWP out. Nikolay. . Solyak. & . Arun. . Saini. Current Layout in LB and HB section (cw_v6_0 lattice) . LB section. 0.8 m. 14.31 m. 5.1 m. Cavity. Cavity. Cavity. Cavity. Cavity. Cavity. NC Doublet. 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 . Center for Nuclear Study, Univ. of Tokyo. Hidetoshi Yamaguchi,. . D. . . Kahl. , . T. . Nakao,Y. . . Wakabayashi, . S. . . Kubono. , . T. . Hashimoto, . S. . Hayakawa, T. . . Kawabata, . N. . . Iwasa. AdV. INJ system . Benjamin . Canuel. European Gravitational Observatory. 2. Scope of INJ subsystem. The Injection system (INJ) of AdV takes care of the optics downstream of the high power laser, and of the interface of these optics with the laser and the Interferometer.. PI: . Dr.. Ivan Konoplev. Co-I: Mr. Huibo Zhang. JAI, Department of Physics, . University of Oxford . Aim of the project . The . aims . of the research project . are. 1/ . to produce . fs-micro-bunch . 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.

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