Presentation is loading. Please wait.

Presentation is loading. Please wait.

MetrologyUpgrade VELO - RF shield 13/08/2014CERNMassimiliano Ferro-Luzzi 1 38 scans per data set:  6 longitudinal scans over each central bulgenr 1 to.

Published byRachel Shields Modified over 9 years ago

Similar presentations

Presentation on theme: "MetrologyUpgrade VELO - RF shield 13/08/2014CERNMassimiliano Ferro-Luzzi 1 38 scans per data set:  6 longitudinal scans over each central bulgenr 1 to."— Presentation transcript:

1 metrologyUpgrade VELO - RF shield 13/08/2014CERNMassimiliano Ferro-Luzzi 1 38 scans per data set:  6 longitudinal scans over each central bulgenr 1 to 6  6 transverse scans over each bulgenr 7 to 12  7 transverse scans over each necknr 13 to 19  repeat for other side thickness obtained from comparison of both sides I redefine "my axes"... Thickness by precise metrology Thanks to Didier Glaude

2 metrologyUpgrade VELO - RF shield 13/08/2014CERNMassimiliano Ferro-Luzzi 2 seen from silicon detector side longer neck shorter neck inscription (sample label) inscription (sample label) Y Didier X Didier Z Didier origin Didier Glaude's coordinate system  X=0, top of flange  Y=0, edge of flange  Z=0, edge of flange

3 metrologyUpgrade VELO - RF shield 13/08/2014CERNMassimiliano Ferro-Luzzi 3 seen from silicon detector side longer neck shorter neck inscription (sample label) inscription (sample label) z z x x y y origin My coordinate system  x=0, top of flange  y=0, edge of flange  z=0, edge of flange plot each y-scan offset by incremental +35mm for clarity

Download ppt "MetrologyUpgrade VELO - RF shield 13/08/2014CERNMassimiliano Ferro-Luzzi 1 38 scans per data set:  6 longitudinal scans over each central bulgenr 1 to."

Similar presentations

Objective By the end of this section you should be able to draw a simple crystal structure projection.

Objective By the end of this section you should be able to draw a simple crystal structure projection.
1 A1 / A2 Fit-up Test 3/30/07 T. Brown / A. Brooks A1-A2 fit-up shims.ppt.

1 A1 / A2 Fit-up Test 3/30/07 T. Brown / A. Brooks A1-A2 fit-up shims.ppt.
TDI observations winter break 2012 Thanks to F. Loprete, E. Page, B. Henrist, B. Salvant.

TDI observations winter break 2012 Thanks to F. Loprete, E. Page, B. Henrist, B. Salvant.
 Have a title and use over half the page.  Needs to show trends.  Put the independent variable on the X-axis.  Dependent variable goes on the.

 Have a title and use over half the page.  Needs to show trends.  Put the independent variable on the X-axis.  Dependent variable goes on the.
Creeper calculations, Rafter shortening and Pattern Rafter

Creeper calculations, Rafter shortening and Pattern Rafter
Numbers. 1 2 3 4 5 6 7 8 9 10 11 12 13.

Numbers
AWG 36, 0.2 A 0.3 mm Heat Shrink Tubing t = 0.38 mm Silicone Coating t = 0.2 mm D = 3 mm Shielding: Copper Tape AWG 26, 2.2A 0.6 mm AWG 26, 2.2A 0.6 mm.

AWG 36, 0.2 A 0.3 mm Heat Shrink Tubing t = 0.38 mm Silicone Coating t = 0.2 mm D = 3 mm Shielding: Copper Tape AWG 26, 2.2A 0.6 mm AWG 26, 2.2A 0.6 mm.
Extruded Scintillating Tile Thickness Measurements A Preliminary Set of Measurements of the Extruded Scintillating Tiles from the NICADD Extruder.

Extruded Scintillating Tile Thickness Measurements A Preliminary Set of Measurements of the Extruded Scintillating Tiles from the NICADD Extruder.
Ultra-sensitive HALO monitor N. Vinogradov, A. Dychkant, P. Piot.

Ultra-sensitive HALO monitor N. Vinogradov, A. Dychkant, P. Piot.
Lesson Topic: Drawing the Coordinate Plane and Points on the Plane

Lesson Topic: Drawing the Coordinate Plane and Points on the Plane
HFT Geometry Considerations F.Videbæk BNL. Introduction This presentation is meant to be a living document, updated as more and better information becomes.

HFT Geometry Considerations F.Videbæk BNL. Introduction This presentation is meant to be a living document, updated as more and better information becomes.
Calculations of wakefields for the LHCb VeLo. Olga Zagorodnova Desy Hamburg April 29, 2015 1.

Calculations of wakefields for the LHCb VeLo. Olga Zagorodnova Desy Hamburg April 29,
RF shield thinning17/05/2013CERNMassimiliano Ferro-Luzzi 1 LHCb upgrade: thin VELO RF shield  Thinning by chemical etching –an investigation on a backup.

RF shield thinning17/05/2013CERNMassimiliano Ferro-Luzzi 1 LHCb upgrade: thin VELO RF shield  Thinning by chemical etching –an investigation on a backup.
The Cartesian Coordinate System and Linear Equations in Two Variables

The Cartesian Coordinate System and Linear Equations in Two Variables
Muon cooling with Li lenses and high field solenoids V. Balbekov, MAP Winter Meeting 02/28-03/04, 2011 OUTLINE  Introduction: why the combination of Li.

Muon cooling with Li lenses and high field solenoids V. Balbekov, MAP Winter Meeting 02/28-03/04, 2011 OUTLINE  Introduction: why the combination of Li.
GRAPHING. DISTANCE VS TIME PARTS OF A GRAPH  Axes – Usually x and y  Label – Subtitles on each axis  Scale – Units represented on each axis  Title.

GRAPHING. DISTANCE VS TIME PARTS OF A GRAPH  Axes – Usually x and y  Label – Subtitles on each axis  Scale – Units represented on each axis  Title.
Coherent Diffraction Radiation experiment Konstantin Lekomtsev, Grahame Blair, Gary Boorman, Pavel Karataev, Maximilian Micheler John Adams Institute at.

Coherent Diffraction Radiation experiment Konstantin Lekomtsev, Grahame Blair, Gary Boorman, Pavel Karataev, Maximilian Micheler John Adams Institute at.
Difference between Roman Pots and VELO Very forward tracking is typically done using detectors located in Roman pots. They are far away from the interaction.

Difference between Roman Pots and VELO Very forward tracking is typically done using detectors located in Roman pots. They are far away from the interaction.
4.1 The Coordinate Plane In mathematics, points are located in reference to two perpendicular lines called axes.

4.1 The Coordinate Plane In mathematics, points are located in reference to two perpendicular lines called axes.
Workshop Chamonix XV27-January-2006 DivonneMassimiliano Ferro-Luzzi 1 State of LHCb for the Sector Test  Overview  Agreement  Status of –VELO –exit.

Workshop Chamonix XV27-January-2006 DivonneMassimiliano Ferro-Luzzi 1 State of LHCb for the Sector Test  Overview  Agreement  Status of –VELO –exit.

Similar presentations

Ads by Google