PPT-WP3: Beam Transfer Challenges

MAtanasov MBarnes TKramer BGoddard Pvan Trappen Special technologies Summary All WPs are ongoing with some delay already accumulated due to failure to find 2 PhDs in the last round Have visited or discussed with at least 14 potential collaborators Universities of Dundee Manchester Darmstadt amp . Yue Hao. Collider-Accelerator Department. Brookhaven National Laboratory. Jan 10, 2009 EIC Meeting at Stony Brook. Outline. Beam-beam effect on the Electron beam. Beam distribution disruption. Mismatch with the design lattice. M. . Fitterer. , R. De Maria,. S. . Fartoukh. ,. M. . Giovannozzi. Acknowledgments: G. . Arduini. , A. . Ballarino. , R. Bruce, J.-P. Burnet, E. McIntosh, F. . . Schmidt, H. . Thiesen. , E. . Todesco. or how to keep all particles inside beam chamber. Piotr Skowronski. In large majority based on slides of. B.Holzer. . https://. indico.cern.ch/event/173359/contribution/9/material/0/0.pdf. F.Chautard. this can be e. −. , . . , protons, neutrons, excited nuclei, fragmented nuclei.... . . Spontaneous radiation and permanent activation is produced.. . Large variety of Beam Loss Monitors (. Uncertainty. . analysis. (WP3.2). Work. plan. Objective: . . Provide an accurate value of the expected net energy yield from the cluster of wind farms as well as the uncertainty ranges. . Period: [M1-M18]. Tuning the beam (from Andy’s slides). SLAC can provide (and you can control) . between single electrons – 200 electrons per bunch as its output. 5 bunches a second (5Hz). Beam size between 30 microns and 1cm. (ULP). By . Jonas . Mugabe & Vesta . Nunoo. Workshop . on harmonization . of FARA’s . promoted concepts on Innovation platforms . Accra. , 4th July 2015. WP3 action plan and proposals. Action 2 : Better understanding of the FO communication needs. K. . Ikeda. 1). , . K. . . Tsumori. 1)2. ). , M. . Kisaki. 1. ). , H. . Nakano. 1)2. ). , K. . Nagaoka. 1)3. ). , M. . Osakabe. 1)2. ). , S. . Kamio. 1. ). , Y. . Fujiwara. 1. ). , Y. . Haba. 3. ). , and Y. . Draft of contouring guidelines for OARs will be circulated among WP participants. Task 3.2. Task 3.1. 1: Hypoxia and reoxygenation. 2: . Synergistic effect of CIRT and . immunotherapy. 3: . LET based optimization. A beam is a structural element that carries transverse loads. A beam is long, compared to the dimensions of its cross section. It does . not. carry loads in the direction along the length of the beam.. Brandon Rayhaun. Jerry Nolen. XMAT Facility. Located at the APS. Combines hard X-rays 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. University of Huddersfield. Rob . Edgecock. on behalf of WP3. 1. Tasks. 2. Task 3.1. Coordination and Communication . (. Rob . Edgecock. - HUD). Task 3.2. Low energy electron beam applications: new technology development . Dr. C. Johnstone. Particle Accelerator Corporation/MSU. 4. /29/ . 2014. Abstract. About half of all cancer patients receive definitive radiation therapy . and . approximately two-thirds . will . receive radiation therapy at some point during their illness. . of plasma . parameters. and confinement, discussion . with. WP2. Injection technique, . comparison. of simulation . with. . experiments. . Definition. of laser . parameters. and . their. . stability.