PPT-R&D of fundamental technologies of accelerator magnets using coated conductors

N Amemiya Z Zhang T Sano Y Sogabe T Nakamura Kyoto Univ T Ogitsu KEK K Koyanagi S Takayama T Kurusu Toshiba Y Mori KURRI Y Iwata K Noda NIRS M Yoshimoto JAEA. jlaborg Magnets Magnets Magnets Magnets Magnets and Electromagnets Electromagnets Electromagnets Electromagnets Electromagnets brPage 2br Thomas Jefferson National Accelerator Facility Office of Science Education httpeducationjlaborg Magnets and Ele Objective: . coat at least 90% of the SPS with a carbon thin film with low secondary electron emission in order to mitigate electron cloud.. Objects to coat: . dipoles (MBB+MBA = 70%), . Quadrupoles. Learning from our failures. . Presented at the Accelerator Reliability Workshop, Cape Town, 14. th. April 2011. Cherrill M. Spencer. SLAC National Accelerator Laboratory, USA. Overview of this talk. a . network in the European program EUCARD-2. M.Seidel. , . PSI. network related to: . efficient and cost effective utilization of electrical power in accelerator based research facilities. Energy Efficiency in Particle Accelerators. We thank Advanced Conductor Technologies and University of Colorado, Department of Physics, Boulder, CO, USA. D. van . der. . Laan. Center for Superconducting & Magnetic . Materials . (CSMM), The Ohio State University, Columbus, OH, USA. for circular accelerators. Rüdiger . Schmidt, CERN. U.S. Particle Accelerator School January . 2017. Programme for the school. What can go wrong?. What are the consequences?. Mitigation. Are the protection systems efficient and reliable?. Justin Schwartz. Department of Materials Science and Engineering. North Carolina State University . EuCARD. - HE-LHC'10 . AccNet. mini-workshop on a “High-Energy LHC”. 14 October 2010. Malta. Schwartz Research Group. M.Seidel. , PSI. network related to: . efficient and cost effective utilization of electrical power in accelerator based research facilities. Motivation for . EnEfficient. . worldwide scarcity of resources and climate change also impacts research facilities and is of great political importance; energy cost is rising and becomes a critical factor. . Spring 2018. Introductions. Overview of Particle . Accelerators. Todd Satogata (Jefferson . Lab and ODU) . / . satogata@jlab.org. http://www.toddsatogata.net/. 2018-ODU-AP. Happy Birthday to Nina Dobrev, Dave Matthews, Jimmy Page, Joan Baez, and Vladimir Steklov!. May 10, 2017. Masanori . Matsuoka. Secretary General, . A. dvance . A. ccelerator . A. ssociation. promoting science & technology. 1. Contents. 2. AAA activities. Accelerator Science and Industry. 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). Fermilab. Paolo Ferracin, Soren Prestemon, GianLuca Sabbi . LBNL. Next generation technology for . low-cost Nb. 3. Sn accelerator magnets. White Paper. 7/20/2022. 2. G. Ambrosio | Nb_3Sn Acc. Magnets Cost Reduction.