PPT-Design options for highly compact, superconducting cyclotrons and gantry magnets

for hadron therapy   Joseph V Minervini 1 Alexey Radovinsky 1 Craig E Miller 12 Philip Michael 1 Leslie Bromberg 1 Timothy Antaya 3 Mario Maggiore 4 Beam Dynamics Meets Magnets II. Non-Scaling Linear Smallest . Carbon Cancer Therapy Gantry. NS-FFAG GANTRIES:. Dispersion function - momentum. D=Δx/(dp/p. ). θ. o. =. l. o. . /ρ. θ. o. θ. 2. l. 2. Δx. p. o. p. 2. Let’s assume that:. Design work at LLNL . Matthew Horsley, . LLNL. Workshop . on Microwave Cavity Design for . Axion. Detection. Tuesday. , August 25, 2015 . Outline. Introduction. Design Considerations. Simulation. Introduction. Tom Peterson, . SLAC . USPAS. January, 2017. January, 2017 USPAS. Superconducting Magnets Tom Peterson. 2. O. utline . Introduction – magnet thermal design issues . An example of thermal considerations for forced-flow, normal helium I cooling – . Quench Propagation and Protection. Herman ten Kate. CERN Accelerator School on Superconductivity for Accelerators, . Erice. 2013. . 3. Quench Protection, what for?. Superconducting coil running at 2 or 4 K, what can go wrong ?. JLEIC SC Magnets: Replace SF and High CM Energy Needs Tim Michalski, Ruben Fair, Renuka Rajput-Ghoshal, Probir Ghoshal Superferric Magnets in JLEIC To date, JLEIC has had Superferric (SF) Dipoles and Quadrupoles as the BASELINE technology for both the Booster Ring and Ion Collider Ring . Gijs de Rijk. CERN. 10. th. April 2019. Magnet types: field. 1.5 - 2T resistive (Cu or Al coils, steel yoke, all warm), ramp rates 10 . th. T/s, ~40kCHF/m. 2 - 3 T . Superferric. (Superconducting, . Advantages and challenges . of SC . magnets in . gantries. Alexander Gerbershagen. röntgenstraling. tumor. Diepte in weefsel (cm). Dosis. Unnecessary dose. X-rays . tumour. Depth in tissue (cm) . Magnetic Field. While MRI is considered to be a safe imaging technique, it is not without hazards. The magnet field will attract many ferromagnetic metals in an uncontrolled fashion and cause them to fly towards the magnets bore and turning them into high velocity projectiles. The bore of the magnet is where the fringe field is strongest, as all the lines of force are constricted and their relative strengths heightened. Various objects can be considered projectiles. esearch . I. nfrastructure. Nicholas Sammut. HITRI. HITRI means ’quick’ or ‘fast’. in languages in the SEE region. 1. st. July 2019. Project Proposal: INFRADEV-01-2019-2020. Ion Therapy Machine Design Study. Introduction to NIMMS. Next. Ion Medical Machine . Study. at CERN. Why. a new . study. for Ion . Therapy. 3. The diffusion of ion therapy is primarily limited by the . size and cost of accelerator and gantry.. U. Amaldi (TERA), V. Bencini (CERN), E. Benedetto (TERA/CERN/SEEIIST), M. Dosanjh (CERN/SEEIIST), P. Foka (GSI), D. Kaprinis (Kaprinis A.), M. Khalvati (CERN), A. Lombardi (CERN), M. Sapinski (GSI/CERN), M. Vretenar (CERN). L. Bottura. http://indico.cern.ch/event/282344/timetable/#20140212. FCC Kick-off. 341 participants, large representation from 21 countries, very interesting program, very interested attendance. Interesting discussions on the physics case (Nima Arkani-Hamed). Collider. 6-8 . November. 2017. The . 16 T . Magnets. . Program for the FCC . D.Arbelaez. 11. , B.Auchmann. 1. , H.Bajas. 1. , M.Bajko. 1. , A.Ballarino. 1. , E.Barzi. 10. , G.Bellomo. 2. , M. Benedikt. WAO 2014. Jozef Orzechowski, Manager, Applied Technology Group. Yetvart Hosepyan, Group Leader, Engineering Support. Gabriel Cojocaru, Group leader, Cyclotron Operations. Steve Sapriken, Maintenance Coordinator.