INTEGRATION OF THE CBM SILICON TRACKING SYSTEM U. Frankenfeld for the CBM collaboration supported by BMBF, EU-FP7 HadronPhysics3 and CRISP.

Slides:

Advertisements

Similar presentations

Advantages of the CO 2 refrigeration As a refrigerant CO 2 has excellent thermodynamic properties, in terms of good heat-transfer inside an evaporator.

Advertisements

Jorge Sánchez Rosado CRISP: 2nd Annual Meeting, PSI, Villigen, Switzerland Work package 13 – CO 2 Cooling CRISP: 2nd Annual Meeting, PSI, Villigen, Switzerland.

1 Ann Van Lysebetten CO 2 cooling experience in the LHCb Vertex Locator Vertex 2007 Lake Placid 24/09/2007.

24 June 2010 Immanuel Gfall (HEPHY Vienna) CO 2 Cooling for PXD/SVD IDM Meeting.

CO2 cooling for FPCCD Vertex Detector Yasuhiro Sugimoto KEK 1.

HFT Technical Overview September 26, HFT 2013 TPC FGT 2011 STAR Detectors Fast and Full azimuthal particle identification EMC+EEMC+FMS (-1 ≤ 

N-XYTER Hybrid Developments Christian J. Schmidt et al., GSI Darmstadt JINR, Dubna, Oct. 15 th 2008.

AMS-02 tracker mechanics status of assembly and integration at UniGe Outer planes: - Tests of evaporator (cooling loop) integration - Tools to develop.

AMS-02 tracker mechanics status of assembly and integration Inner tracker integration completion: - Assembly and cabling - Temperature and magnetic field.

The AMS-02 detector is based on a large acceptance (~0.5 m²sr) and high sensitivity spectrometer composed by a super-conducting magnet (0.8 T), cooled.

The LHCb Inner Tracker LHCb: is a single-arm forward spectrometer dedicated to B-physics acceptance: (250)mrad: The Outer Tracker: covers the large.

DISTRIBUTED CRYOGENIC COOLING WITH MINIATURIZED FLUID CIRCUITS Steffen Grohmann, ETT/TT RD39 Collaboration ST Workshop 2003 CERN, April 01-03, 2003.

TOTEM Collaboration Meeting, Feb. 2005, F. Haug, CERN Cooling System for TOTEM Friedrich Haug and Jihao Wu Cryogenics for Experiments CERN TOTEM Collaboration.

STS Simulations Anna Kotynia 15 th CBM Collaboration Meeting April , 2010, GSI 1.

Integration GlueX Detector Integration Mission: To ensure systems meet or exceed physics driven goals To ensure that detectors are designed in a sensible.

1 CO 2 cooling of an endplate with Timepix readout Bart Verlaat, Nikhef LCTPC collaboration meeting DESY, 22 September

Jeroen van Hunen The LHCb Tracking System. May 22, 2006 Frontier Detectors for Frontier Physics, Elba, Jeroen van Huenen 2 The LHCb Experiment LHCb.

The ALICE Silicon Pixel Detector Gianfranco Segato Dipartimento di Fisica Università di Padova and INFN for the ALICE Collaboration A barrel of two layers.

18 November 2010 Immanuel Gfall (HEPHY Vienna) SVD Mechanics IDM.

26 April 2013 Immanuel Gfall (HEPHY Vienna) Belle II SVD Overview.

The Silicon Tracking System of the CBM at FAIR: detector development and system integration. A. Lymanets 1,2, E. Lavrik 1, H.-R. Schmidt 1 University of.

LHCb CO 2 cooling meeting Burkhard Schmidt – February 18,

HPS Collaboration Meeting JLAB, May Tracker Design Status M.Oriunno, SLAC.

VTCS overview 13 April 2006 NIKHEFBart Verlaat 1 NIKHEF involvement in VELO ~1 m module support CO 2 cooling detector "hood" kapton cables Vacuum vessel.

2-3rd. September 2002TPC Collaboration Meeting1 TPC INTEGRATION & SERVICES Mini Space Frame Back Frame Cooling Systems Cables Gas Systems Items Requiring.

CMS Pixels upgrade CO 2 cooling transfer lines Introduction to the two projects P.Tropea 5 Dec 2012.

Concept idea for the modular 2PACL system for the Atlas ITK 3 June 2015 Bart Verlaat 1.

Infrastructure for CO 2 cooling in the CBM experiment at FAIR Wolfgang Niebur and Johann M. Heuser GSI, Darmstadt, Germany for the CBM collaboration 18-Mar-2013Work.

A Silicon vertex tracker prototype for CBM Material for the FP6 Design application.

High-resolution, fast and radiation-hard silicon tracking station CBM collaboration meeting March 2005 STS working group.

Limits of the current VTCS Ann Van Lysebetten Bart Verlaat Martin van Beuzekom VELO upgrade meeting 14/11/2008 pix module construction kick-off 09/11/2009.

18 June 20031Integration Review B. Schmidt Outline: Overview of the support structures Requirements –Some details on electronics, cabling and piping Constraints.

Johann M. Heuser – The CBM Experiment at FAIR 1 STS and magnet engineering.

Alpine pixel layout Integration progress Teddy Todorov For the ATLAS-LAPP group AUW Integration meeting 20/11/2012.

CMS Pixels upgrade CO2 cooling transfer lines Draft spec – for introduction Paola Tropea & Hans Postema 5 December 2012.

Vrije Universiteit amsterdam Milan, September 25, 2000 VELO System J.F.J. van den Brand LHCb Vertex Detector System: Status Report J.F.J. van den Brand.

IBL CO 2 cooling planning 03 July 2013 Jan Godlewski, Bart Verlaat, Lukasz Zwalinski 1

February 14, Comprehensive Review B. Schmidt Outline: Status and overview of activities: –Platforms and staircases –Muon Filters and beam plugs.

H. Katajisto RE EDR 10/10/02 Enclosures for the RPC Link Boards Outline Introduction Periphery General Services Components, materials Manufacture, Assembly.

CO 2 Controlling a 2-phase CO2 loop using a 2-phase accumulator

Reviewers report of the LHCb C0 2 cooling EDR EDR date: 3 rd of December January

PH/DT2 Scientific Tea PH-DT2 Scientific Tea, 29 April 2005 : The CMS Tracker - Mechanical Aspects Antti Onnela, PH-DT2: 1. CMS Tracker and.

Date 2007/Sept./12-14 EDR kick-off-meeting Global Design Effort 1 Cryomodule Interface definition N. Ohuchi.

Technical Design for the Mu3e Detector Dirk Wiedner on behalf of Mu3e February Dirk Wiedner PSI 2/15.

FP420 Hybrid Mechanical Design Ray Thompson / Manchester Manchester Xmas O7 Ray Thompson Julian Freestone, Andy Elvin.

SVD Status Markus Friedl (HEPHY Vienna) SVD-PXD Göttingen, 25 September 2012.

MVD COOLING STATUS-PAST AND UPDATES PIXEL COOLING PROJECT: -STUDIES and TEST on MATERIALS (Carbon Foam) -THERMAL FEM ANALYSES and TEST on DISKS and STAVES.

Evgeny Lavrik 1, Anton Lymanets 2, Jorge Sanchez Rosado 2, Hans Rudolf Schmidt 1, 1 Eberhard Karls Universität Tübingen, 2 GSI Darmstadt Bi-Phase CO 2.

1 J.M. Heuser − STS R&D Johann M. Heuser, GSI CBM-STS Project Leader Meeting on Experiment with external HI beams of the Nuclotron-M JINR, 4 February 2011.

9 December 2011Eddy Jans 0 LHCb-VELO CO 2 cooling plans CO 2 - meeting Present VELO - physics running in LongShutdown1 2013& physics running.

Florian Buchsteiner (HEPHY Vienna)

Teleconf ACS – FREIA 28th March 2017

GSI, for the CBM Collaboration

Progress with System Integration of the CBM Silicon Tracking Detector

Micro Vertex Detector of PANDA Status of Strip BARREL and DISC

Oleg Vasylyev, GSI Helmholtz Center, Darmstadt, Germany

Technical Design for the Mu3e Detector

Update of MVD services and requests

MVD updates SUMMARY OF GSI OCTOBER 28th -29th

Micro-channel Cooling

VELO Thermal Control System

Micro Vertex Detector of PANDA Strip Detector

Microfluidic devices for thermal management

VELO Thermal Control System

THERMAL MANAGEMENT (COOLING) OF THE CBM SILICON TRACKING SYSTEM

UNIZH and EPFL at LHCb.

LHCb VErtex LOcator For precision measurements of CP-violation at CERN (GENEVE) HALF of DETECTOR Si strip detector Read-out electronics Secondary vacuum.

LHCb VErtex LOcator ENGINEERING DEPARTMENT

LHCb VErtex LOcator For precision measurements of CP-violation at CERN (GENEVE) HALF of DETECTOR Si strip detector Read-out electronics Secondary vacuum.

Presentation transcript:

INTEGRATION OF THE CBM SILICON TRACKING SYSTEM U. Frankenfeld for the CBM collaboration supported by BMBF, EU-FP7 HadronPhysics3 and CRISP

Location FAIRCBM 04-Mar-13 2 STS integration STS

STS Building Blocks: Module STSxyter chip cable Sensor chip cable FrontEndBord FEB STSxyter chip 04-Mar-13STS integration 3

STS Building Blocks: Ladder Carbon ladder Ladder sensor FEB cooling box Ladder 04-Mar-13STS integration 4

STS Building Blocks: Station Halfstation 04-Mar-13STS integration 5

Boundary conditions Top down approach From physics requirements to sensor layout and their mounting on ladders Spatial requirements Inside dipole Magnet MVD upstream RICH/MUCH downstream Target and beam pipe Mechanics Precision Stability Thermal requirements Sensor cooling FEE cooling Dry gas Services LV/HV Cooling Data and control 6 04-Mar-13STS integration

Magnet Magnetic field in detector area 1 T Working gap 1400x2500mm 7 04-Mar-13STS integration

STS 8 Magnet MVD Beam pipe STS STS enclosure MVD enclosure STS stations Target 04-Mar-13STS integration

Installation and maintenance Installation steps Assembly of modules to a ladders Test of the ladder Assembly of ladders to a half-station Test of half-station Installation and positioning of the half-stations into the STS box Installation of the services Test of STS Insertion into the magnet Maintenance requirements remove an arbitrary half station without dismantling the others Minimize removal of services remove an arbitrary ladder from a half station without dismantling the others Repair ladder Replace module 9 04-Mar-13STS integration

Dismantling sequence 04-Mar STS integration

Services Power Dissipation 212 Electronic blocks ~40 kW power Sensors operation below -5°C 1 mW/cm 2 innermost sensors Services LV ~2000 Power domains ~40 kW HV 500 lines Cooling ~ 30 – 200 cooling line pairs Gaseous sensor cooling Nitrogen at -7°C Optical data links 484 Control lines 04-Mar-13STS integration 11

Evaporative CO 2 cooling LHCb VELO and AMS R&D CERN and NIKEF High heat transfer at small tube diameters Active plant outside cave CBM activities: Cooling plant Traci XL (1 kW) FEB cooling efficiency 04-Mar-13STS integration 12 Heat transfer (W/mm 3 K) Tube diameter (mm)

min Extra space for vacuum pump Adds: 1.Extra pressure sensor after spiral 2.Inlet for filling up the system 3.Changes in MARCO Accumulator to adapt it to TRACI XL LEWA remote head pump (LDC1) Sizing of the hydraulic pipe Traci XL 04-Mar-13STS integration 13 Jorge Sanchez - GSI/DetektorLab

Cooling Mockup FEB cooling efficiency 200 W 04-Mar-13STS integration 14

Outlook: Integration approach Workgroup with weekly meeting Aim to get coarse CAD model fulfilling boundary conditions and including all services Optimize in respect to operation and maintenance Include details Mar-13STS integration