PPT-Magnet and RF Cavity Test Stand Design

Tom Peterson SLAC USPAS January 2017 January 2017 USPAS Superconducting Test Stand Design Tom Peterson 2 Outline Test dewars and test stands Saturated bath test dewars . Multi. -effect DCLL Test Stand. . 2. nd. EU–US DCLL Workshop. November 14-15, 2014. UCLA. Presented by. Richard W. Callis. Creating a multi-affect Blanket test stand from the ground up maybe costly and thus less likely to be supported by DOE in the present budget constrained environment. INTERLOCK SYSTEM. 1. CURRENT SITUATION. . CONSOLIDATION. PROPOSALS. Y.Bastian, P.Dahlen, R.Mompo, I.Romera, M.Zerlauth . . SPS LAYOUT and Magnet Powering. . SPS composed of . 6 sextants. Main dipole and quad magnets powered in series per (demi-) sextant. Santosh Kumar Sahu. INTER UNIVERSITY ACCELERATOR CENTER, INDIA. C. ryogenics & Applied . S. uperconductivity Lab. CONTENTS. Short description of Superconducting Quadrupole magnet cryostat at IUAC.. nd. edition (2016). Available at: . http://urn.fi/URN:ISBN:978-952-302-701-5. These slides . can . be used freely, translated and adapted to national use (e.g. concerning the equipment). However, it is important to keep in mind that no changes should be made to the measurement techniques, which need to be standardized. . Tagger Magnet Procurement Schedule Jim Stewart JLAB Internal Review May 2009 Tagger magnet design 1.5 T nominal field 1.1 m wide 1.4 m high 6.3 m long Slabbed construction Heaviest piece < 25 t 2 G. Velev , G. Sabbi and S. Prestemon H igh F ield V ertical M agnet T est F acility for Conductor, Cable and Magnet R&D MDP Roadmap Workshop, December 4-5, 2019 Overview Why a new Vertical Magnet Test Facility at Fermilab in the context of conductor, cable and high field accelerator magnet R&D? Al . Moretti. Friday talk, 01/05/10. Current Status and Plans for the Orthogonal Box cavity. The Orthogonal box cavity has been connected to its ¼ waveguide coupling section through a Tin seal and successfully vacuum leak checked in the A0 test lab, Figures 1, 2 and 3.. Han Li. On behalf of. FREIA . team. FREIA . Laboratory. , Uppsala . University. May. . . 2017. 1. FREIA . I. nfrastructure. 2. LHe. . cryo. -plant. The bunker. 704 MHz klystron . PPT modulator. RF switchboard, transfer lines, circulators, loads, etc. . Jansson. The workshop was organized by A. . Bross. and Y. Torun, both of whom are in currently China, and thus unable to give a report. . Goals. Brief Review of Status. Examination of RF Breakdown Theory. Lawrence Berkeley National Laboratory. Rome, April 11-15, 2016. Status and Development of a Nb. 3. Sn Canted-Cosine-Theta (CCT) Magnets. Many thanks to:. R.Albright, D. Arbelaez, L.Brouwer, D.Cheng, D.Dietderich, S.Gourlay, N.Heys, R. Hafalia, D.Horler, H.Higley, T.Lipton, M.Martchevskii, S.Prestemon I.Pong, E.Ravaioli, J.Swanson, GL.Sabbi, T.Shen, M.Turqueti, X.Wang - . ResultsMethodsHTS Magnet Design IntegrationHigh Temperature Superconductors for Fusion Nuclear Science Spherical TokamakObjectivesBackgroundYuhu Zhai1 Thomas Brown1Jonathan Menard11Princeton Plasma P Cryomodule Performance. Data (near future/ Large scale). Low Beta performance. WG1-Session1 Cavity Performance. Camille Ginsburg (FNAL), John . Mammosser. (JLAB). Five talks were presented covering recent cavity vertical test RF performance from:. for Large Scale Wind Turbines. Helena Khazdozian. Wind Energy Science, Engineering and Policy. Co-Major: Electrical Engineering. Advisor: Dr. David Jiles. Motivation. 20% wind energy electricity generation by 2030 proposed by Department of . B. Auchmann (PSI/CERN) for the . MagDev. LTS team: D. M. Araujo, A. . Brem. , . M. Daly, C. Hug, O. Kirby T. . Michlmayr. with support from PSI Magnet Section, CERN, LBNL, FNAL, and . uTwente. 22.02.23 – HFM RD3 Kickoff.