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Published byStefan Molyneux
Modified over 2 years ago
Coil HQ-03 CMM measurements R. Bossert Dec. 2, 2010
Normalized to outer radius Normalized to all surfaces One square = 100 microns (4 mils) (Section 1143 mm from lead end, in stainless area) Coil HQ03 after testing
Normalized to outer radius Coil HQ03 after testing Normalized to all surfaces One square = 100 microns (4 mils) Coil HQ03 after testing (Section 864 mm from lead end)
Normalized to outer radius Coil HQ03 after testing Normalized to all surfaces One square = 100 microns (4 mils) (Section 619mm from lead end)
Coil 10 at 758mm from lead end looking from lead end After TQC01b 3.0 mils Example of a “typical” TQ coil after testing One square = 100 microns (4 mils)
LQ mm from LE 2nd measurement (after repotting) Example of a “typical” LQ coil (before testing) One square = 100 microns (4 mils)
Coil HQ12 CMM measurements (before testing in HQM01) R. Bossert/R. Riley March 16, 2011.
Long HQ coil drawings now available 1 Miao Yu. Dead voltage taps in TQ/LQ/HQ coils Inner layer: 24, outer layer: 12 (33 inner/23 outer per coil for TQ/LQ/HQ)
QXFSM1 Mirror Shim System R. Bossert Dec. 1, 2014 LARP Teleconference.
1 Long QXF Mirror Fabrication (MQXFPM1) Rodger Bossert HiLumi-LARP Collaboration Meeting May 18-20, 2016 SLAC R. Bossert - HiLumi Collaboration Meeting.
LQ Winding and Curing Tooling Internal Review F. Nobrega, N. Andreev April 9, 2007.
Standard Form for a Circle Where the center is (h,k) and the radius is r. (h, k) r.
LQ Reaction & Impregnation Tooling Internal Review F. Nobrega, N. Andreev August 13, 2007.
Complete the square and write as a squared binomial. 1.1.x 2 + 6x + _____ = _____________ 2.2.x 2 – 10x + _____ = _____________ 3.3.x x + _____ =
The reading is 7.38 mm. The reading is 7.72 mm.
S2 Glass Insulation Hexcel Corporation S2 Fiberglass Cloth #4522 with F81 Silane Finish. 30” (0.762 m) wide roll, 125 yards long (114.3 m),.0051” (0.130.
Coil TQ 36 size measurements F. Nobrega/ R. Bossert
QXF Reaction / Impregnation Fixtures J. Schmalzle 4/9/13.
TQM05 (coil #36) Test Summary 1. TQ coil #36 in a mirror structure Coil #36 tested with a radiation resistant impregnation material 0.7-mm diameter Nb.
LHQ Coil Design and Features Miao Yu Fermilab May 09, 2012.
Falling Raindrop radius ≤1mm Water surface tension>Pressure forces Pressure Forces Surface Tension.
The HiLumi LHC Design Study (a sub-system of HL-LHC) is co-funded by the European Commission within the Framework Programme 7 Capacities Specific Programme,
HQ Coil 23 and 25 Status LARP Video Meeting September 19, 2013 Dan Cheng.
Similar Shapes Area & Volume Factor. 4 3 ? 6 ?? 1.
May 9, 2012D. R. Dietderich, LARP CM-18 Cable Fabrication Plans and Experience D.R. Dietderich Lawrence Berkeley National Laboratory bnl - fnal- lbnl -
Dan Cheng 6/11/2015 QXF coil measurements plan at LBNL.
Nb 3 Sn Cable and Insulation for LARP High-Gradient Quadrupole Magnets D.R. Dietderich Lawrence Berkeley National Laboratory bnl - fnal- lbnl - slac US.
S. Caspi, LBNL HQ Magnet Program Shlomo Caspi LBNL LARP DOE Review FNAL June 1-2, 2011 BNL Jesse Schmalze Mike Anarella Peter Wanderer Arup Gosh FNAL Rodger.
Edge Blend Constant radius edge blend Handlebar. Edge Blend - Variable 5 mm radius for 25% length of the edge 10 mm radius for the next 25% 15 mm radius.
EXAMPLE 3 Use the circumference of a sphere EXTREME SPORTS In a sport called sphereing, a person rolls down a hill inside an inflatable ball surrounded.
Equations of Circles. Equation of a Circle The center of a circle is given by (h, k) The radius of a circle is given by r The equation of a circle in.
HQM01 Test Summary Outline -Magnet Instrumentation and Shim System -SG Data -Short Sample Limits -Quench Training at 4.6 K and 2.2 K -Ramp rate and Temperature.
SA Cylinders Spheres and Cones Math 10-3 Ch.3 Measurement.
LQ03 Titanium Pole Length Study Fred Nobrega LQ Collaboration Video Meeting June 27, 2008 BNL - FNAL - LBNL - SLAC.
1 MQXFS Mirror Fabrication R. Bossert, G. Chlachidze, S. Stoynev HiLumi-LARP Collaboration Meeting May 11-13, 2015 FNAL.
Helene Felice 11/16/2011 LARP Collaboration Meeting 17 1 st HiLumi Collaboration Meeting CERN Status on HQ Coil Design and Fabrication.
Section 1.5 Circles. OBJECTIVES -Write standard form for the equation of a circle. -Find the intercepts of a circle and graph. -Write the general form.
Helene Felice HQ02 Assembly status 02/28/2012. HQ02 layout COIL 16COIL 15 COIL 17COIL 20 VIEW LOOKING AT LEAD END A C BD Sector A Sector B Sector C Sector.
Chapter 28 Sources of Magnetic Field Ampère’s Law Example 28-6: Field inside and outside a wire. A long straight cylindrical wire conductor of radius.
S URFACE A REAS OF S PHERES. Surface Area of a Sphere Find the surface area of the sphere. Round to the nearest tenth. S=4 r 2 Surface area of a sphere.
Proposal for HQ Coil 27 Miao Yu, Steve Krave. What to do with the coil Laser sintering end parts with accordion slits Plasma coating these end parts Demonstrate.
LARP CM15 Magnet Testing Working Group SLAC, November 2 nd 2010.
How Bright is that star? Part 2 Luminosity And Radius.
DOE Review of LARP – February 17-18, 2014 SQXF Coil Design and Fabrication Winding and Curing Miao Yu February 17,
5.6 Surface Area of 3D Figures Date: ________________.
Perimeter Perimeter of a shape is the total length of its sides. Perimeter of a rectangle length width length width = length + width + length + width P.
HiLumi-LHC / LARP Conductor and Cable Internal Review October 16 th and 17 th 2013 H. Felice LARP Short Magnets Fabrication and Test experience relevant.
Perimeter and Area of Rectangles, Squares, and Triangles.
QXF magnet integration Paolo Ferracin Joint LARP/CM20 HiLumi meeting Napa Valley, CA, USA 8-10 April, 2013.
Exercises for Q1. Insulated copper tube A thin walled 10 mm copper tube is used to transport a low-temperature refrigerant with a temperature that is.
Coil parts & Instrumentation issues for LQ/HQ coils tested at Fermilab HQ/LHQ coil parts task force.
Lateral Surface Area : S = ½ P l P represents the perimeter of the base and l represents the slant height Total Surface Area : S = ½ P l + B
1 QXF heater proposal M. Marchevsky, H. Felice, T. Salmi, D. Cheng, G. Sabbi, LBNL.
Chapter 10 Measurement Section 10.5 Surface Area.
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