Francesco Palmonari & Riccardo Ranieri Università degli Studi di Pisa e Firenze INFN Sezioni di Firenze e Pisa CERN FINAL VERSION 2 nd November 2006 Geometry.

Slides:



Advertisements
Similar presentations
UNIVERSITÀ DEGLI STUDI DI PERUGIA Dipartimento di Ingegneria Industriale Prof. Francesco Castellani Corso di Meccanica Applicata A.
Advertisements

UNIVERSITÀ DEGLI STUDI DI PERUGIA Dipartimento di Ingegneria Industriale Prof. Francesco Castellani Corso di Meccanica Applicata A.
For(int i = 1; i
Angles Pairs Formed By Transversals
Catania Lepton Tag Andrea BocciVitaliano CiulliRiccardo Ranieri INFN and Università di Firenze Alessia Tricomi INFN and Università di Catania CMS CPT Week.
WATER CLOSET TUTORIAL. New sketch on Top Plane 21” x 8” Extruded Boss/Base – 1” New sketch on surface (top of the base) Click Rebuild (traffic light)
Central Forces. Two-Body System  Center of mass R  Equal external force on both bodies.  Add to get the CM motion  Subtract for relative motion m2m2.
Diameter, Circumference, and Rotational Sensors Robotics Academy All Rights Reserved.
Formulas involving Polygons
H.J.Simonis, CMS Collaboration, Novosibirsk Feb.08 Status of the Silicon Strip Detector at CMS INSTR08 Novosibirsk, Feb08 Hans Jürgen Simonis Universität.
Section 16.4 Double Integrals In Polar Coordinates.
9.1 – 9.2 Exploring Circles Geometry.
Equations of Circles 10.6 California State Standards 17: Prove theorems using coordinate geometry.
C2: Coordinate Geometry of the Circle Learning Objective: To be able to find and use the equation of a circle.
Polar Coordinates. Common Coordinate Systems There are two common coordinate systems: Cartesian Rectangular Coordinate SystemPolar Coordinate System.
8.2.2 – Graphing Polar Points, Converting Equations.
Two-Body Systems.
TIB-TID insertion test into the CMS Tracker cylinder ________________________________________________________ Tracker week july 04
January, 2007Vaclav Vrba, Prague FVTX Strip Sensor Design General features:  Strip pitch = 75 µm  # chip channels = 128;  chip width = 128 x 75 µm =
CHAPTER 3 REVIEW CPM GEOMETRY 2 ND AND 5 TH PERIOD.
Circles Lesson Vocabulary A circle is a plane figure that consists of a set of points that are equidistant from a given point called the center.
Lesson 01 – Points, Lines, & Planes
The 4th Concept HCAL at ILC Cu absorber + scintillating fibers + Čerenkov fibers ~1.4° tower aperture angle ~ 10 λ int depth Fully projective geometry.
Daily Challenge, 12/21 The distance from the front to the back of your eye is approximately 1.90 cm. If you see a clear image of your physics book when.
Lesson 8.7 Circumference and Area of Circles Pages
8.2.1 – Intro to the Polar Coordinate System. We already know about the x,y Cartesian plane Now, introduce a new system known as the Polar Coordinate.
Parallel Lines Angle Information Chapter 03 Geometry A BowerPoint Presentation.
Circumferences & Areas of Circles. Circle information Defn: Points on a plane that are equidistant from a given point (CENTER). Radius: From center to.
Arc Length Start with the formula for radian measure … … and multiply both sides by r to get … Arc length = radius times angle measure in radians.
CLIC_ILD vertex detector modules and stave Layout Mathieu Benoit 15/03/12 mini workshop on engineering aspects of the CLIC vertex detectors 1.
Communications G. Darbo – INFN / Genova IBL MB#15, 5 October 2009 o Bump Bonding Selex / INFN Roma, October, 30 th 2009 G. Darbo - INFN / Genova.
Math 9 Unit 4 – Circle Geometry. Activity 3 – Chords Chord – a line segment that joints 2 points on a circle. A diameter of a circle is a chord through.
The CBC2 ASIC for 2S Modules at HL-LHC Davide Braga IOP 2014 Joint HEPP and APP Groups Annual Meeting, Royal Holloway, May 2014.
Beam Dump for Carbon Target with IDS120h Configuration at 6.75 GeV (Updated) X. Ding, UCLA Target Studies Jan. 24, /24/14.
Carbon Target Design and Optimization for an Intense Muon Source X. Ding, UCLA H.G. Kirk, BNL K.T. McDonald, Princeton Univ MAP Winter Collaboration.
August 26, 2003P. Nilsson, SPD Group Meeting1 Paul Nilsson, SPD Group Meeting, August 26, 2003 Test Beam 2002 Pixel Response Simulation: Update Jan Conrad.
Adele Rimoldi, Pavia University & INFN – CERN G4usersWorkshop Nov H8 Muon Testbeam Simulation CERN - 14 November, 2002 and the Physics Validation.
GEOMETRY 3-1 Lines and Angles. Vocabulary Examples Identify each of the following. a. a pair of parallel segments b. a pair of skew segments d. a pair.
Alignment Meeting, CERN, Sept 19, 2006O.Prokofiev 1 EMU Alignment System Analog Data Analysis for ME+1yME+4 Stations Run: Aug 25-28, 2006 Magnetic field.
7 th RD50 Workshop CERN Geneva November Università degli Studi Università degli Studi di Perugia di Perugia 1 Radiation Hardness of Minimum.
CMS Tracker Week, CERN, February Feb 2005CMS Tracker Week - Bonding WGSalvatore Costa - Catania Salvatore Costa Bonding in CATANIA Università.
GuidoTonelli /TK_GM/CERN/07_12_05 1 TIB/TID Status Report (on behalf of the INFN consortium) STATUS OF THE INTEGRATION ACTIVITY OF THE TIB/TID_FWD TIB-MTCC.
Polygon Equations Summary. Equation The sum of the exterior angles of a polygon is always 360 o. The sum of the exterior angles of a polygon is always.
RD07, June Firenze Alignment Strategy for the CMS Silicon Tracker Marco Rovere 1 for the CMS Collaboration 1 Università di Milano-Bicocca & INFN.
FCAL Krakow meeting, 6. May LumiCal concept including the tracker R. Ingbir, P.Růžička, V. Vrba.
LHC Prospects on Standard Model Higgs Riccardo Ranieri INFN and Università degli Studi di Firenze on behalf of ATLAS and CMS Collaborations ICHEP’04 32.
G-11 (1-5) Using formulas in Geometry I can use formulas to compute perimeter and area of triangles, squares, rectangles, and circles.
ANGLE PAIRS AND RELATIONSHIPS WITH PARALLEL LINES
L. Bosisio - SVT TDR Meeting SuperB SVT Update on Strip Parameters and Layer 3 Readout Options Irina Rashevskaya, Lorenzo Vitale, Livio Lanceri,
INFN and University of Florence Test Beam Meeting Tracker Week
FBK / INFN Roma, November , 17th 2009 G. Darbo - INFN / Genova
Do Now  .
Strawman A Status Report
14. AB // DE 2 and  AB and CF 1 and 5
INFN and University of Florence Test Beam Meeting Tracker Week
SuperB SVT Update on Sensor and Fanout Design in Trieste/Como
Precalculus D 9.2 Application Examples.
Module Production Status in Florence
CMS Perugia Modules Production Review
CMS Perugia Gantry Status Report
3.2 Use || Lines and Transversals
Basics of Geometry.
Introduction to Orthographic Projections
Area and Volume Scale Factor
Objectives Identify parallel, perpendicular, and skew lines.
Search for tau LFV with polarized beams
Practice Geometry Practice
Lesson 3 – 5 Proving Lines Parallel
3.2 Parallel Lines and Transversals.
Presentation transcript:

Francesco Palmonari & Riccardo Ranieri Università degli Studi di Pisa e Firenze INFN Sezioni di Firenze e Pisa CERN FINAL VERSION 2 nd November 2006 Geometry description and Survey Measurements of TIB and TID

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 2 TIB

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 3 TIB Ledge Plane Planarity TIB+ Planarity [μm] LayerPartAvgRMS 1int1013 1ext1425 2int…… 2ext…… 3int4235 3ext3237 4int ext MTCC TIB+ Planarity [μm] LayerPartAvgRMS 2int…… 2ext8130 3int8458 3ext9782 TIB- LayerPartAvgRMS 1int77 1ext78 2int810 2ext1312 3int6936 3ext6652 4int8251 4ext6849

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 4 TIB+ Sensor Position TIB+ x meas- x proj [μm] y meas -y proj [μm] z meas -z proj [μm] LayerPartAvgRMSAvgRMSAvgRMS 1int ext int ext int ext int ext

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 5 TIB- Sensor Position TIB- x meas- x proj [μm] y meas -y proj [μm] z meas -z proj [μm] LayerPartAvgRMSAvgRMSAvgRMS 1int ext int ext int ext int ext

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 6 MTCC TIB Sensor Position -MTCC controllare z L2 MTCC TIB+ x meas- x proj [μm] y meas -y proj [μm] z meas -z proj [μm] LayerPartAvgRMSAvgRMSAvgRMS 2int ext int ext

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 7 TIB Ledge Plane Tilt Angle TIB+ Tilt Angle [deg] LayerPartAvgRMSDesign 1int ext int ext int ext int ext TIB- LayerPartAvgRMSDesign 1int ext int ext int ext int ext

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 8 MTCC TIB Ledge Plane Tilt Angle MTCC TIB+ Tilt Angle [deg] LayerPartAvgRMSDesign 2int ext int ext

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 9 TIB Polar Radius TIB+ Polar Radius [cm] LayerPartAvgRMSDesign 1int * 1ext * 2int * 2ext * 3int ext int ext * taken on rφ sensor TIB- Polar Radius [cm] LayerPartAvgRMSDesign 1int * 1ext * 2int * 2ext * 3int ext int ext

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 10 MTCC TIB Polar Radius MTCC TIB+ Polar Radius [cm] LayerPartAvgRMSDesign 2int * 2ext * 3int ext * taken on rφ sensor

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 11 TID

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 12 TID+ Ledge Plane Planarity TID+ Planarity [μm] Disk 1 RingPartAvgRMS 1 [#2] front5430 back [#4] front11345 back [#4] front15764 back8440TID+ Planarity [μm] Disk 2 RingPartAvgRMS 1 [#3] front6559 back [#1] front7426 back [#6] front6042 back5123TID+ Planarity [μm] Disk 3 RingPartAvgRMS 1 [#5] front5025 back [#6] front41177 back [#1] front6025 back……

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 13 TID- Ledge Plane Planarity TID- Planarity [μm] Disk 1 RingPartAvgRMS 1 [#1] front9059 back [#3] front5624 back [#2] front7575 back7627TID- Planarity [μm] Disk 2 RingPartAvgRMS 1 [#6] front4622 back [#2] front12453 back [#5] front back7137TID- Planarity [μm] Disk 3 RingPartAvgRMS 1 [#4] front4115 back [#5] front3821 back [#3] front9361 back 254 ** 182 ** ** only first 8 positions measured

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 14 TID+ Disk 1 Sensor Position TID+ x meas- x proj [μm] y meas -y proj [μm] z meas -z proj [μm] Disk 1 RingPartAvgRMSAvgRMSAvgRMS 1 [#2] front back [#4] front back [#4] front back

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 15 TID+ Disk 2 Sensor Position TID+ x meas- x proj [μm] y meas -y proj [μm] z meas -z proj [μm] Disk 2 RingPartAvgRMSAvgRMSAvgRMS 1 [#3] front back [#1] front back [#6] front back

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 16 TID+ Disk 3 Sensor Position TID+ x meas- x proj [μm] y meas -y proj [μm] z meas -z proj [μm] Disk 3 RingPartAvgRMSAvgRMSAvgRMS 1 [#5] front back [#6] front back [#1] front back………………

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 17 TID- Disk 1 Sensor Position TID- x meas- x proj [μm] y meas -y proj [μm] z meas -z proj [μm] Disk 1 RingPartAvgRMSAvgRMSAvgRMS 1 [#1] front back [#3] front back [#2] front back

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 18 TID- Disk 2 Sensor Position TID- x meas- x proj [μm] y meas -y proj [μm] z meas -z proj [μm] Disk 2 RingPartAvgRMSAvgRMSAvgRMS 1 [#6] front back [#2] front back [#5] front back

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 19 TID- Disk 3 Sensor Position TID- x meas- x proj [μm] y meas -y proj [μm] z meas -z proj [μm] Disk 3 RingPartAvgRMSAvgRMSAvgRMS 1 [#4] front back [#5] front back [#3] front back +106 ** 477 ** +18 ** 221 ** ** 446 ** ** only first 8 positions measured

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 20 TID+ Disk 1 Ledge Plane Tilt Angle TID+ Tilt Angle [deg] Disk 1 RingPartAvgRMSDesign 1 [#2] front000 back000 2 [#4] front000 back000 3 [#4] front000 back000

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 21 TID+ Disk 2 Ledge Plane Tilt Angle TID+ Tilt Angle [deg] Disk 2 RingPartAvgRMSDesign 1 [#3] front000 back000 2 [#1] front000 back000 3 [#6] front000 back000

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 22 TID+ Disk 3 Ledge Plane Tilt Angle TID+ Tilt Angle [deg] Disk 3 RingPartAvgRMSDesign 1 [#5] front000 back000 2 [#6] front000 back000 3 [#1] front000 back……0

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 23 TID- Disk 1 Ledge Plane Tilt Angle TID- Tilt Angle [deg] Disk 1 RingPartAvgRMSDesign 1 [#1] front000 back000 2 [#3] front000 back000 3 [#2] front000 back000

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 24 TID- Disk 2 Ledge Plane Tilt Angle TID- Tilt Angle [deg] Disk 2 RingPartAvgRMSDesign 1 [#6] front000 back000 2 [#2] front000 back000 3 [#5] front000 back000

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 25 TID- Disk 3 Ledge Plane Tilt Angle TID- Tilt Angle [deg] Disk 3 RingPartAvgRMSDesign 1 [#4] front000 back000 2 [#5] front000 back000 3 [#3] front000 back 0 ** 0 ** only first 8 positions measured

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 26 TID+ Disk 1 Polar Radius TID+ Polar Radius [cm] Disk 1 RingPartAvgRMSDesign 1 [#2] front * 1 [#2] back * 2 [#4] front * 2 [#4] back * 3 [#4] front back * taken on rφ sensor

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 27 TID+ Disk 2 Polar Radius TID+ Polar Radius [cm] Disk 2 RingPartAvgRMSDesign 1 [#3] front * 1 [#3] back * 2 [#1] front * 2 [#1] back * 3 [#6] front back * taken on rφ sensor

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 28 TID+ Disk 3 Polar Radius TID+ Polar Radius [cm] Disk 3 RingPartAvgRMSDesign 1 [#5] front * 1 [#5] back * 2 [#6] front * 2 [#6] back * 3 [#1] front back……44.74 * taken on rφ sensor

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 29 TID- Disk 1 Polar Radius TID- Polar Radius [cm] Disk 1 RingPartAvgRMSDesign 1 [#1] front * 1 [#1] back * 2 [#3] front * 2 [#3] back * 3 [#2] front back * taken on rφ sensor

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 30 TID- Disk 2 Polar Radius TID- Polar Radius [cm] Disk 2 RingPartAvgRMSDesign 1 [#6] front * 1 [#6] back * 2 [#2] front * 2 [#2] back * 3 [#5] front back * taken on rφ sensor

FINAL VERSION 2 nd November 2006 Geometry and Survey of TIB and TID Riccardo Ranieri 31 TID- Disk 3 Polar Radius TID- Polar Radius [cm] Disk 3 RingPartAvgRMSDesign 1 [#4] front * 1 [#4] back * 2 [#5] front * 2 [#5] back * 3 [#3] front back ** 0.02 ** * taken on rφ sensor ** only first 8 positions measured

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.