PPT-FCC kick-off meeting a summary for magnets

L Bottura httpindicocernchevent282344timetable20140212 FCC Kickoff 341 participants large representation from 21 countries very interesting program very interested attendance Interesting discussions on the physics case Nima ArkaniHamed. 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 AHECTA Annual Conference. June 2013. Jim Irwin – Campus Televideo. Create Cable Operations and Licensing System (COALS) Login.. Obtain FCC Registration Number (FRN).. LOGIN information created for COALS and FRN number will be used to access/complete the following forms:. LO: To know that magnetic materials are made of tiny magnets . describe and investigate . magnetising. iron by stroking. 1. How do you know if a material is magnetic or not?. Which of the following are magnetic?.. for . SuperKEKB. Mika . Masuzawa. (KEK). Yasunobu. . Ohsawa(KEK. ). Naohiro. Abe, Kenji . Mishima. (PASCO). Survey of KEKB Magnets and Monuments for SuperKEKB. 　. IWAA2010. Contents. Introduction. Crane Video. What do you know about magnetism?. Electricity and magnetism are related!. Modeling .  independent work  compare notes. Magnetism Readings. Turn and talk. …Partner closer to the door. 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 RHIC Magnets for JLEIC Yuhong Zhang May 11, 2018 Motivation We were asked recently by the lab management to explore W hether the RHIC magnets can be used to build the JLEIC ion collider ring without any constraint (dimensions and fit to site, Part 1. Production, assembly . and testing of . c. ryo. -units. Review. Overview. Production . Strategies. . for. Supply Network . and. . Assignment. . of. . Processes. Responsibility. Cern. / . Battistoni. On behalf of many others. Studies. in . view. of . magnet. . definition. : V14.0. 2. - Single . magnes. length 7 cm. - . Center-to-center distance of . magnetes. : . 12 cm. V14.1. 3. - Single magnet length 10 cm. Claudio Sanelli. March 19, 2012. Preliminary Questions - 1. . Some preliminary questions should be clarified to better understand the problems and to make a more clear and precise cost evaluation. Just as an example:. . 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, . FCC Week 2023, . 9. June 2023. Ilya Agapov/DESY, . Tor . Raubenheiner. /SLAC, . Frank Zimmermann. /. CERN. on behalf of FCC collaboration & FCCIS DS team. photo: J. Wenninger. Work supported by the . H. . Prin. , . D. Duarte Ramos, E. . Todesco. With contributions from . A. . Ballarino. , L. . Bottura. , S. . Izquierdo. Bermudez, . F. . Rodriguez . Mateos. , V. Parma. Review of cold powering system, 3 July 2017. 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.