April-20, 2015MQXF Strand :Specification choices - A. Ghosh1 MQXF Strand: Available Implementations of various Cu/No-Cu in RRP April-20, 2015 LARP-CERN.

Slides:

Advertisements

Similar presentations

HT-C22 and C23 LARP Video-Mtg Arup K. Ghosh Arup Ghosh

Advertisements

LARP MSM Conductor, Cable and Procurement - A. Ghosh1 Strand, Cable and Procurement BNL -FNAL - LBNL - SLAC Magnet Systems Meeting Jan 09, 2014.

NEW CAIRO EDUCATIONAL ZONE ELSHOROUK FUTURE INTEGRATED LANGUAGE SCHOOL MATHS DEPARTMENT.

CARE steering April 9th NED Status Report Thierry Boutboul (CERN) LPNHE 9 April 2008.

Unit #2 Assignment OPTION A This assignment can be completed individually, in pairs, or in groups of three. NO EXCEPTIONS!

Unit 9: Sampling. Odd ex: Know population, guess sample! The 10 million people in a state own an avg of 10 shirts (or blouses, or tops, or...), with an.

Bell Work: Simplify: (1) (10) -2. Answer: 100 LESSON 64: USING A UNIT MULTIPLIER TO CONVERT A RATE.

Oct , 2013, CDP D.R. Dietderich LARP Conductor & Cable Review 1 Conductor Development Program Support for LARP and HiLumi LARP- HiLumi Conductor.

11 Oct , 2013 by Video LBNL Cable Experience for HiLumi HiLumi LARP/LHC Strand and Cable Internal Review Oct , 2013 by Video D.R. Dietderich,

People Fractions. Problem 1 of 20 Answer 1 = 10 Problem 2 of 20 Answer 2 = 5.

MQXF Design and Conductor Requirements P. Ferracin MQXF Conductor Review November 5-6, 2014 CERN.

DOE Review of LARP – February 17-18, 2014 QXF Conductor and Cable Arup K. Ghosh Feb

Collaboration Mtg, St Charles, IL 10/5-6, 2005 A. Ghosh1 Conductor R&D Plan Arup K. Ghosh BNL.

MQXF RRP® Strand for Q1/Q3 A. K. Ghosh MQXF Conductor Review November 5-6, 2014 CERN.

Status of MQXF Conductor LARP Update

Impact of Cu/NonCu on Quench Protection 1 Impact of Cu/NonCu on MQXF Quench Protection G. Ambrosio, V. Marinozzi, E. Todesco Conductor Video Mtg. April.

Axial and transverse stress–strain characterization of the EU dipole high J c RRP Nb 3 Sn strand A. Nijhuis, Y. Ilyin, W. Abbas, H.J.G. Krooshoop, W.A.J.

RRP & PIT Deformation & RRR Comparison: M. Brown, C. Tarantini, W. Starch, W. Oates, P.J. Lee, D.C. Larbalestier ASC – NHMFL – FSU M2OrA – 05 06/30/15.

MQXF Cable for Q1/Q3 D.R. Dietderich MQXF Conductor Review November 5-6, 2014 CERN.

Capture Solenoid Discussion A look at Operating Margins in the SC Coils Peter Loveridge Rutherford Appleton Laboratory UKNF Meeting,

Plans and schedule for QXF Giorgio Ambrosio and Paolo Ferracin Joint LARP/CM20 HiLumi meeting Napa Valley, CA, USA 8-10 April, 2013 The HiLumi LHC Design.

赴国际水稻所访学情况汇报长江大学农学院邢丹英 2010 年 6 月. 学习目的学习时间、地点学习内容学习收获几点体会汇报提纲.

$100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300.

Summary of LARP Magnets 1 Summary of LARP magnets (incomplete & to be checked) G. Ambrosio Conductor Video Mtg. April 20, 2015.

15 Th November 2006 CARE06 1 Nb 3 Sn conductor development in Europe for high field accelerator magnets L. Oberli Thierry Boutboul, Christian Scheuerlein,

Outline: Main characteristics of the FRESCA2 cable Main characteristics of the strand Strand stability, an issue to avoid magnet quench at low field Procurement.

MQXF Q1/Q3 Conductor Procurement A. K. Ghosh MQXF Conductor Review November 5-6, 2014 CERN.

D.R. Dietderich Frascati, Italy Nov , 2012 RRP-NbSn Conductor for the LHC Upgrade Magnets RRP-Nb 3 Sn Conductor for the LHC Upgrade Magnets A. K.

Conductor Review Oct 16-17, 2013LARP Strand :Specs. Procurement, Measurement- A. Ghosh1 LARP Strand: Specifications, Procurement and Measurement Plans.

Hi-Lumi Conductor Procurement A.Ballarino, B. Bordini, L. Oberli HL-LHC/LARP International Review of Superconducting Cable for the HL-LHC Inner Triplets.

LARP Meeting, Oct. 6, 2005 D.R. Dietderich, LBNL1 LARP Cable R&D FY05 & FY-06 Plans D.R. Dietderich, LBNL Geneva, IL October 5-6, 2005 bnl – fnal – lbnl.

Outline: Strand R&D and strand procurement and inventory. Main parameters of the cable without a core. Results obtained during the cable development without.

U.S. Oil & Gas Production Overview Includes data supplied by IHS; Copyright (2007) all rights reserved. April 27, 2007 Robert P. Sutton, Marathon Oil Company.

Stress review - CERN, Review on stress sensitivity Part I R. Flükiger B. Seeber Group of Applied Physics (GAP) University of Geneva 1.

24 Th January Status of the Conductor Development Status of the manufacturing for Alstom Status of the manufacturing for SMI L. Oberli.

HL-LHC/LARP Cable Review, CERN, Nov Lessons Learnt in LARP- A. Ghosh 1 Lessons Learnt from LARP experience Arup. K. Ghosh HL-LHC/LARP International.

1 Cable Functional Specification March Conductor Working Group Arup K. Ghosh (BNL)

HL-LHC QXF Conductor/Cable Internal Review. Thank You First of all, let me thank everybody for accepting an extended work time and have this meeting over.

Example Problem #2.33 x E M v t a t v 0 t1t1 t2t2 t3t3 20 m/s 2 –20 m/s 2 t1t1 t2t2 t3t3 0.

29 th September 2009 EuCARD-WP7 HFM Conductor specification and procurement Luc OBERLI CERN, TE-MSC-SCD.

南水北调东线第一期工程山东段情况简介. 主要汇报内容二、南水北调山东段工程总体布置三、山东段工程项目划分及工程主要建设内容一、南水北调东线工程概况四、前期工作及工程建设进展情况五、工程总投资.

LARP Review, June 10, 2013Magnet Cost and Schedule – M. Kaducak 1 IR Quadrupole Cost and Schedule Marc Kaducak LARP Review June 10, 2013.

Logo area 11 T Wire: Procurement Strategy and QA/QC B. Bordini, A. Ballarino, M. Macchini Acknowledgments: thanks to E. Charifoullina for her contribution.

2 nd LARP / HiLumi Collaboration Mtg, May 9, 2012LHQ Goals and Status – G. Ambrosio 11 Quench Protection of Long Nb 3 Sn Quads Giorgio Ambrosio Fermilab.

LARP Collaboration Meeting 15 Nov 1-3, 2010 A2C- Materials Working Group Arup Ghosh (coordinator), Emanuela Barzi, Dan Cheng, Dan Dietderich, Soren Prestemon,

LARP DOE Review July 13-14, 2009Materials – Conductor Support - A. Ghosh1 LARP DOE Review July , 2009 FNAL 2.4 Materials – Conductor Support Arup.

Conductor Requirements for Magnet Designers DOE- Conductor Development Program Daniel R. Dietderich Superconducting Magnet Program Office of Science ICFA.

LARP Collaboration Meeting 15 Nov 1-3, 2010 Conductor Procurement and Qualification Arup K. Ghosh (BNL) bnl - fnal- lbnl - slac US LHC Accelerator Research.

Section 5-1 p. 206 Goal – to write ratios as percents and vice versa.

QXF Cable with Annealed Wire D.R. Dietderich QXF Working Group Video Meeting, Feb. 12, 2014.

MQXF Cable for Q1/Q3 D.R. Dietderich MQXF Conductor Review November 5-6, 2014 CERN.

Procurement of Nb 3 Sn strand, cable fabrication, and quality control for the U.S. Hi-Lumi LHC Accelerator Upgrade Project Lance Cooley, Fermilab L3 manager.

CERN Cabling Experience FRESCA 2, 11 T Dipole and MQXF A. Ballarino

FCC Conductor Development at KAT-Korea

Lessons learnt from CERN experience

MQXF Goals & Plans G. Ambrosio MQXF Conductor Review

CERN Conductor and Cable Development for the 11T Dipole

CERN-INFN, 23 Febbraio 2017 Stato del programma 16 T Davide Tommasini.

Mechanical stability and QXF coil winding

Procurement of Nb3Sn strand for coils assembled at CERN

عمل الطالبة : هايدى محمد عبد المنعم حسين

Results Implementation Before After Average vehicle speed 45.5 mph

آشنايی با اصول و پايه های يک آزمايش

You have a system that contains a special processor for doing floating-point operations. You have determined that 50% of your computations can use the.

Detection thresholds in LARP Magnets

ASSESSMENT 11 assessment groups should inspect

Query Functions.

Fractions of quantities

MQXFS6 assembly and loading

Physics 1 – Aug 22, 2019 P3 Challenge – Do Now (on slips of paper)

Presentation transcript:

April-20, 2015MQXF Strand :Specification choices - A. Ghosh1 MQXF Strand: Available Implementations of various Cu/No-Cu in RRP April-20, 2015 LARP-CERN Video Meeting Arup K. Ghosh (BNL)

April-20, 2015MQXF Strand :Specification choices - A. Ghosh2 Review of Cu/Non-Cu ratio  RRP – 108/ km (Ti-Ternary design) 13 billets, 6 with Nb/Sn=3.4, 7 with Nb/Sn=3.6 Specification requirement  53 % Copper (Cu/Non-Cu > 1.12)  RRP – 132/ Km (Ti-Ternary), Nb/Sn ratio billets Specification requirement  52 % Copper (Cu/Non-Cu > 1.08)  RRP – 144/ km (Ti-Ternary), Nb/Sn ratio billets Specification requirement  50 % Copper (Cu/Non-Cu > 1.00) Exception granted:  48.7 % Copper (Cu/Non-Cu > 0.95)

April-20, 2015MQXF Strand :Specification choices - A. Ghosh3 RRP-108/127 AVERAGE  0.028

April-20, 2015MQXF Strand :Specification choices - A. Ghosh4 Nomenclature AVG:Average of data  Standard Deviation UCL:Upper Control Limit = AVG+3  LCL:Lower Control Limit= AVG-3  LSL:Lower Specification Limit

April-20, 2015MQXF Strand :Specification choices - A. Ghosh5 RRP-132/169 AVERAGE1.213  0.035

April-20, 2015MQXF Strand :Specification choices - A. Ghosh6 RRP-144/169 AVERAGE1.078  0.017

April-20, 2015MQXF Strand :Specification choices - A. Ghosh7 Summary of Data DesignNon-Cu %Cu/Non-Cu 3  Area Fraction SE Min Cu/Non-CuMin_Cu % 108/ % 132/ % 144/ % 144/ % 144/ % This can be achieved in production Area Fraction of SE (Sub-element) = Non-Cu% ÷ No. of Sub-elements 108/127 is a good option to meet Cu-Non-Cu requirements