PPT-YBCO - Cable reference designs and open issues

L Bottura 121213 Cable design principles Attempt to achieve Comparable critical current target 600 Amm 2 aim at least at 400 Amm 2 for initial magnet work High compaction for high current density and homogeneous stress distribution. Use one or the other depending on your PC Configuration TM TM le USB Drivers Installation Assistant User Guide Uninstall USB Driver Contact Information USB Drivers Installation Assistant User Guide Uninstall USB Driver Contact Information USB Driver It discusses the va rious timing parameters and explains how speci64257c tim ing constraints may be set by the user Contents Example Circuit Timing Analyzer Report Specifying the Timing Constraints Timing Simulation brPage 2br Quartus II software in charmonium. production. in p-A collisions at the CERN SPS. E. . Scomparin. (INFN – Torino, . Italy), NA60 . c. ollaboration. Introduction. . Charmonium. suppression in p-A . (and A-A) . collisions. YBCO: YBa2Cu3O7 (Y-123) coated conductor with multilayer structure price/performance ratio than number of buffer layers and multifilamentary structure in available in km length multifila SnowMass. Preparation . 21-2-2013. J. Van . Nugteren. We want a new 20T Dipole. Higher energies . to f. ind . new fundamental . physics. So we can improve our understanding of the universe we live in. E. . Todesco. With contributions from . H. . Bajas. , H. . Felice. , T. . Salmi. , M. . Sorbi. Frascati. , 15. th. November 2012. QXF session. Issues in QXF protection - . 2. QXF: DUMP RESISTOR. Short . Update for IETF 87. Changes. Reference updates and additions. Requirements Analysis. Added in 02 version (Appendix B). Requirements Compliance. In 03 version. Open Issues. Scopes. Origin-Host. Host. Session. charmonium. production:. results from the NA60 experiment. E. . Scomparin. (INFN – Torino, Italy), NA60 . c. ollaboration. Introduction, experimental set-up. . Charmonium. suppression in p-A and In-In . types of high-temperature superconductors (HTS) are . being pursued for . applications in . superconducting . magnets that . are projected to exceed . 30 . T in the coming years: round . wire Bi-2212 . th. 2002 - Compiled by Peter J. Lee - jcprog_02bl.ppt, jcprog_02.xls. Superconductor Critical Currents. Legend on next slide. Critical Current Density, A/mm². 10. 100. 1,000. 10,000. 100,000. 0. 5. Adrian Crisan. School of Metallurgy and Materials, University of Birmingham, UK. a. nd. National Institute of Materials Physics, Bucharest, Romania. CONTENTS. I. Transport . measurements. II. DC magnetization. Mike . Sumption. , M. . Majoros. , C. Myers, and E.W. Collings. Center . for Superconducting and Magnetic Materials, MSE, The Ohio State University. This . work was supported by the U.S. Department of Energy, Office of Science, Division of High Energy Physics, under Grant DE-SC0011721.. Department of Quantum Matter Physics, University of Geneva, Switzerland. Progress, plans and comparisons . of . HTS materials and SC cables. High Temperature Superconductors and (Ultra-)High Field Superconductors . issues. Status. Evaluation of VP2 results is mostly done. NO2:. Measurement method for NO2 could be confirmed. Open issues regarding NO2 could be answered. N2O:. Not sufficient data for evaluation. No open issues.