60 beam 27 1/18/11A. Mapelli - GTK µcool1. Sensors + R/Ο chips (60 x 42 mm) Sensor + R/O chips 60 42 beam 27 1/18/11A. Mapelli - GTK µcool2.

Slides:



Advertisements
Similar presentations
Equations to find missing angles
Advertisements

Two Special Right Triangles
Fill in missing numbers or operations
Objective: Be able to work out the volume of a prism.
Table de multiplication, division, addition et soustraction.
ACTIVITES Le théorème de Thalès. Constructions de points Partager un segment [AB] en 4 parties égales. A B.
ACTIVITES MENTALES Collège Jean Monnet Préparez-vous !
ACTIVITES MENTALES Collège Jean Monnet Préparez-vous !
Multiplication X 1 1 x 1 = 1 2 x 1 = 2 3 x 1 = 3 4 x 1 = 4 5 x 1 = 5 6 x 1 = 6 7 x 1 = 7 8 x 1 = 8 9 x 1 = 9 10 x 1 = x 1 = x 1 = 12 X 2 1.
Division ÷ 1 1 ÷ 1 = 1 2 ÷ 1 = 2 3 ÷ 1 = 3 4 ÷ 1 = 4 5 ÷ 1 = 5 6 ÷ 1 = 6 7 ÷ 1 = 7 8 ÷ 1 = 8 9 ÷ 1 = 9 10 ÷ 1 = ÷ 1 = ÷ 1 = 12 ÷ 2 2 ÷ 2 =
David Burdett May 11, 2004 Package Binding for WS CDL.
Find the perimeter. Areas Grade 7 - CIC 15-Feb-14 Area of a Rectangle X = X = X = BAh B B h h B h B = base h = height Must learn formula.
CALENDAR.
1 1  1 =.
CONSTRUCTION DE LA SPIRALE DOR. Construire un rectangle dor L1 = 18,3 cm l 1 = 11,3 cm.
LINAC 4 Emittance Meter.
ENSEMBLE BLINDAGE TED. PROCEDURE DE DEMONTAGE DU TED.
Look at This PowerPoint for help on you times tables
Areas of Complex Shapes
À peu près/environ. about/approximately Cest tout pour aujourdhui.
Instructions To use this template: –for each slide write the correct answer on the orange bar first –choose which option (A,B,C or D) and make sure you.
Area in the amount of space inside an enclosed region. Area of Rectangle = base x height Base =10 Height = 6 Area = (10)(6) = 60 square units.
Columbus State Community College
Building Blocks 1 SG MATHEMATICS Credit. Qu. 1 If we write the number ABC DE in the form what is the value of n.
Surface Area and Volume
Canaux: 62 x 44 mm Manifold: 62 x 1.6 (le même que pour les tests en pression) Inlet: diam. 1.4 (au milieu du bord du rectangle, au sommet) Sensor + R/O.
Before Between After.
Subtraction: Adding UP
Slide 1 of 29 Community news Slide 2 of 29 Nouvelles de la communauté…
Copyright Tim Morris/St Stephen's School
Budapest University of Technology and Economics Department of Electron Devices Microelectronics, BSc course Technology
SOLVING EQUATIONS WITH ADDITION & SUBTRACTION By: Erica Wagner Let’s get started! Let’s get started!
Low material budget microfabricated cooling devices for particle detectors P. PETAGNA and A. MAPELLI On behalf of: CERN PH/DT The NA62 Collaboration EPFL.
122 Nov GTK Microchannel Cooling Hydraulic simulation with Rectangular Manifold Enrico Da Riva, Vinod Rao CERN (EN/CV/DC) 22 th Nov 2011 E. Da Riva,
Oct 2011ECS Boston 220 Miniaturisation and Integration of a Cantilever based Photoacoustic Sensor into Micro Micromachined Device M.F. Bain 1, N. Mitchell.
GTK WG Meeting April 5 th 2011 Update on Microchannel Cooling - Paolo Petagna 1/15 PH-DT Update on Microchannel Cooling J. Daguin (CERN PH/DT) A. Mapelli.
Do Now. Homework Solutions 1)c 2 – 26c – 56 = 0 (c – 28)(c + 2) = 0 {-2, 28} 2)n 2 + 4n – 32 = 0 (n + 8)(n – 4) = 0 {-8, 4} 3)h 2 + 2h – 35 = 0 (h + 7)(h.
Pressure Tests Results 13/03/2013Collaboration meeting CERN - CSEM1.
Geometry Formulas Section Formulas  Perimeter of a Triangle:  Area of a rectangle:  Volume of a box:
Sensor and ladder and dimensions dateChangeVersionwho 3/26/2013Updated with U2 fid positions 1.1LG.
Geometry Honors Section 7.1 Surface Area and Volume of Boxes.
Micro-channel CO 2 cooling for the LHCb VELO upgrade. R. Dumps, J. Buytaert, A. Mapelli, P. Petagna, B. Verlaat CERN A. Nomerotski Oxford University September.
January, 2007Vaclav Vrba, Prague FVTX Strip Sensor Design General features:  Strip pitch = 75 µm  # chip channels = 128;  chip width = 128 x 75 µm =
Sensor (0,0) (20235, 22725) PXL Ultimate sensor Diced Silicon Size mm x mm There is a uniform 15 um border around the sensor lithography 15.
NA62-GTK special meeting on cooling options
Perimeter and Area of Rectangles, Squares, and Triangles
20 th June 20111Enrico Da Riva, V. Rao Project Request and Geometry constraints June 20 th 2011 Bdg 298 Enrico Da Riva,Vinod Singh Rao CFD GTK.
Functional Skills – Maths L2 Perimeter, Area and Volume Presented by: Bill Haining.
30 th June 20111Enrico Da Riva, V. Rao Parametric study using Empirical Results June 30 th 2011 Bdg 298 Enrico Da Riva,Vinod Singh Rao CFD GTK.
Area of a Rectangle A=LW Length times Width Length width = 20 cm =12 cm A=20 12 A=240 cm 2.
February, 2007Vaclav Vrba, Prague FVTX Strip Sensor Design General features:  Strip pitch = 75 µm  # chip channels = 128;  chip width = 128 x 75 µm.
Maximum Areas in HPK Rule (ATLAS internal only) Y. Unno (KEK) 2015/1/13, 2015/4/8 updated, Y. Unno1.
Geometry Formulas Section Formulas  Perimeter of a Triangle:  Area of a rectangle:  Volume of a box:
Microchannel cooling Alessandro Mapelli CERN PH-DT EPFL-LMIS4 Reporting on behalf of D. Bouit, J. Daguin, L. Kottelat, J. Noel, P. Petagna – CERN PH-DT.

E. Da Riva/M. Gomez Marzoa1 WG4 Meeting - 27th June 2012 Air Cooling by means of carbon fiber structure Enrico DA RIVA (EN-CV-PJ) Manuel GOMEZ MARZOA (EN-CV-PJ)
Report on dummy detector Equipped with Heater & sensors NA62 GigaTracker Working Group Meeting May 24 th 2011.
Class Work 5.A OBLIQUE VIEW. START 1.DRAW BORDER LINE 2.DRAW TITLE BLOCK 3.WRITE YOUR NAME 4.DIVIDE THE WORK SPACE INTO 4 (200mm – 125mm from border line)
The reading is 7.38 mm. The reading is 7.72 mm.
Date of download: 9/26/2017 Copyright © ASME. All rights reserved.
Microchannel cooling - Update
Update on Bump Bonding GTK-Meeting Sep. 2, 2008 pr.
Les rives du Rhin allemand
Geometric Application of Triangle EXAMPLES
Date of download: 11/3/2017 Copyright © ASME. All rights reserved.
3D-Printed Connectors Timothée Frei
Sensor Wafer: Final Layout
CONSTRUCTION DU CERCLE CIRCONSCRIT D ’UN TRIANGLE
Solid Geometry.
Practice Geometry Practice
Presentation transcript:

60 beam 27 1/18/11A. Mapelli - GTK µcool1

Sensors + R/Ο chips (60 x 42 mm) Sensor + R/O chips beam 27 1/18/11A. Mapelli - GTK µcool2

Sensors + R/Ο chips (60 x 42 mm) Canaux: 62 x 44 mm Manifold: 62 x 1.6 (le même que pour les tests en pression) Inlet: diam. 1.4 (au milieu du bord du rectangle, au sommet) Sensor + R/O chips beam 27 1/18/11A. Mapelli - GTK µcool3

Sensors + R/Ο chips (60 x 42 mm) Channels: 62 x 44 mm Section: 100 x 100 µm Fin width 100 µm Manifold depth 280 µm Triangle: 62 x 1.6 (same as for pressure tests) Inlet: diam. 1.4 Sensor + R/O chips beam 27 Tentative dicing lines (62 x 76) 1/18/11A. Mapelli - GTK µcool4

Alignment 1/18/11A. Mapelli - GTK µcool5 Sensor + R/O chips w.r.t edge? Extra alignment marks etched in Si? Additional photolitho after bonding Geometry Position