CBM Progress Report 2010

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CBM Progress Report 2010 (GSI Document Server)

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Contributions

Overview

• P. Senger and the CBM Collaboration:
  Status of the CBM experiment at FAIR

Micro-Vertex Detector

• M. Winter:
  Development of high precision pixel sensors for the CBM vertex detector

• D. Doering et al.:
  Annealing studies on X-ray and neutron irradiated CMOS MAPS

• T. Tischler et al.:
  Status of the mechanical design of the CBM-MVD

• C. Schrader et al.:
  Status of the CBM-MVD prototype readout

• S. Seddiki et al.:
  Expected data rates of the CBM-MVD at SIS-100 based on realistic beam intensity fluctuations

Silicon Tracking System

• A. Kotynia and J. Heuser:
  Performance simulations with a realistic model of the CBM Silicon Tracking System

• J. Heuser et al.:
  Development of microstrip detectors for the CBM Silicon Tracking System

• M. Merkin et al.:
  First Russian double-sided silicon strip sensors for CBM

• S. Chatterji, M. Singla and J. Heuser:
  Simulation study on the radiation tolerance of microstrip detectors for the CBM Silicon Tracking System

• D. Karmanov et al.:
  Radiation hardness tests of silicon strip detectors at the cyclotron-based neutron irradiation station of the V. G. Khlopin Radium Institute

• J. Heuser et al.:
  Development of low-mass readout cables for the CBM Silicon Tracking System

• D. Severin, M. Bender and J. Heuser:
  Radiation hardness of low-mass readout cables for the CBM experiment

• S. Igolkin, Y. Murin and J. Heuser:
  Conceptual design of mechanics for the CBM Silicon Tracking System

• V. M. Borshchov et al.:
  Prototyping of the CBM STS module

• J. Heuser et al.:
  Development of a quality assurance system for CBM-STS detector modules

• J. Heuser et al.:
  Test of prototype modules of the CBM Silicon Tracking System in a proton beam at COSY

• V. M. Borshchov et al.:
  Modeling the thermal operation of CBM-STS stations

• T. Balog et al.:
  Simulation study of n-XYTER front-end electronics in overflow situations for early prototyping of detectors in the CBM experiment

• K. Kasinski, R. Szczygiel and P. Grybos:
  Evolution of a prototype silicon strip detector readout ASIC for the STS

• E. Atkin et al. :
  Development of a data-driven readout ASIC for microstrip detectors

Ring Imaging Cherenkov Detector

• J. Eschke et al.:
  Single Cherenkov photon measurements with multi-anode photomultipliers for performance studies of the CBM-RICH photodetector

• C. Pauly et al.:
  Single-photon and magnetic field measurements on H8500 MAPMTs

• J. Kopfer et al.:
  Quantum efficiency and gain homogeneity measurements of H8500 MAPMTs for the development of a CBM-RICH prototype camera

• J. Eschke and F. Meyer:
  Investigation of crosstalk in multi-anode photomultipliers for the CBM-RICH photodetector

• I. Wehl, A. Sienerth and M. Dürr:
  Wet-chemical application of wavelength-shifting films for the use on RICH-PMTs

• D. Kresan and C. Höhne:
  Design studies for a CBM-RICH prototype

• L. Kotchenda et al.:
  A gas system for the CBM-RICH prototype

• P. Kravtsov et al.:
  A slow-control system for the CBM-RICH gas system

• E. Vznuzdaev et al.:
  Mirror mount design for the CBM-RICH detector

Muon System

• P. Bhaduri, A. Prakash and S. Chattopadhyay:
  MUCH layout optimization for SIS-100

• A. Prakash et al.:
  Segmentation optimization for MUCH detector at CBM

• A. Dubey et al.:
  Update on GEM development at VECC

• J. Saini et al.:
  Development of PCBs for readout plane and front-end boards for MuCH

• A. Zinchenko, D. Peshekonov and A. Peshekonov:
  Performance evaluation of the CBM muon system for trigger

Transition Radiation Detector

• P. Reichelt, M. Hartig and H. Appleshäuser:
  Study on electron/pion discrimination with the CBM Transition Radiation Detector

• T. Akishina, O. Denisova and V. Ivanov:
  Study of the optimal structure of the TRD radiator

• W. Yu, H. Appleshäuser and M. Hartig:
  Performance studies on the CBM TRD using J/

• D. Emschermann and C. Bergmann:
  First common beam test of the CBM STS, RICH and TRD subsystems at the CERN Proton Synchrotron

• M. Petris et al.:
  Two-dimension position sensitive Transition Radiation Detector in beam tests using new Fast Analog Signal Proceesor (FASP)

• W. Yu et al.:
  First beam test of the Frankfurt prototype for the CBM-TRD

• T. Armbruster, P. Fischer and I. Peric:
  CBM-TRD Readout with the SPADIC amplifier / digitizer chip

• A. Caragheorgheopol et al.:
  Front End Electronics for High Counting Rate TRD

• S. Chernenko et al.:
  Development and test of fast readout chambers for the CBM-TRD

Time of Flight System

• M. Petris et al.:
  High granularity, symmetric differential readout - timing multigap RPC

• D. Gonzalez-Diaz, H. Chen and W. Yi:
  Crosstalk free multi-strip Resistive Plate Chambers?

• Y. Wang et al.:
  Performance of low-resisitive glass

• Y. Sun et al.:
  Performance test of MRPC with different pad size

• R. Eißmann et al.:
  Development of ceramics RPC for high rate capability timing detector application

• I. Deppner et al.:
  Performance of a differential CBM-TOF demonstrator

• J. Frühauf et al.:
  Status of the CBM-TOF readout chain

• P.-A. Loizeau et al.:
  Status of the analysis chain for CBM-TOF demonstrator data

Calorimeters

• I. Korolko et al.:
  CBM calorimeter located at 1.5 meters from the target

Magnet and Infrastructure

• E. Matyushevskiy et al.:
  SC dipole magnet for CBM

• S. Belogurov, A. Chernogorov and A. Semennikov:
  Design justification of the STS section of the CBM beam pipe

Data Acquisition and Event Selection

• J. de Cuveland and V. Lindenstruth:
  A First-level Event Selector for the CBM experiment

• F. Lemke, S. Schenk and U. Bruening:
  Demonstrator beam time results for the clock distribution and synchronization of the CBM-DAQ system

• J. Adamczewski-Musch, B.W. Kolb, S. Linev:
  DABC data acquisition input for slow control variables

• N. Abel et al.:
  Radiation tolerance of the Universal Read Out Controller

• N. Abel et al.:
  Design and implementation of an object-oriented dramework for dynamic partial reconfiguration

• S. Linev, J. Adamczewski-Musch and J. Frühauf:
  DABC as data acquisition framework for CBM

• A. Wurz et al.
  Memory kernel development of the Active Buffer

Software and Algorithms

• R. Frühwirth et al.:
  A SIMD implementation of the Deterministic Annealing Filter for the CBM experiment

• I. Kisel et al.:
  CA-based track finder with STS detector inefficiency

• I. Rostovtseva et al.:
  L1 CA track finder with realistic STS clusterization

• I. Kisel and I. Kulakov:
  Scalability of the CA-based track finder in the CBM experiment

• I. Kisel et al.:
  Towards parallel track reconstruction with Intel ArBB

• C. Bergmann et al.:
  A new cluster-based CbmRoot reconstruction chain for the TRD

• A. Lebedev et al.:
  Status of tracking in the TRD and MUCH detectors of the CBM experiment

• S. Lebedev, C. Höhne and G. Ososkov:
  Status of the electron identification algorithms for the RICH and TRD detectors in the CBM experiment

• V. Friese and E. Kryshen:
  First steps towards a time-based simulation and reconstruction for the CBM experiment

• F. Uhlig:
  Software development infrastructure for the FAIR experiments

Physics Performance

• V. Ladygin, A. Malakhov and T. Vasiliev:
  High pion production in central Au+Au collisions at CBM

• V. Ladygin, A. Malakhov and T. Vasiliev:
  Study of azimuthal correlation in central Au+Au collisions at CBM

• I. Vassiliev and V. Akishina:
  Fast reconstruction in Au+Au collisions at 10A GeV with the CBM experiment

• I. Vassiliev, I. Kisel and V. Akishina:
  Feasibility study of reconstruction with the CBM experiment at SIS-300

• I. Vassiliev and I. Kisel:
  , and decay feasibility study in the CBM experiment

• I. Vassiliev and I. Kisel:
  decay reconstruction in p+C collisions at SIS-100 energies with CBM

• S. Kiselev:
  Reconstruction of in p+C collisions at 30A GeV with ECAL

• S. Kiselev:
  Reconstruction of in p+C collisions at 30A GeV with ECAL

• A. Kiseleva et al.:
  Subthreshold production in Au+Au collisions at SIS-100 studied with a start version of the CBM muon detector

Instructions for authors

Instructions for preparing a contribution can be found here.

(Actually, it is a little late by now, but you can start thinking of your contribution to the CBM Progress Report 2011...)

-- VolkerFriese - 08 Feb 2011

• • Set ALLOWTOPICCHANGE = VolkerFriese ChristianSturm
  • Set ALLOWTOPICRENAME = VolkerFriese ChristianSturm