FLC - Forschung mit Lepton Collidern

LC Notes, EUDET memos and AIDA-2020 reports related to AHCAL

  • Ch. Combaret et al.: Definition of optical and electrical coupling of readout, interface functionality and DIF design,
    AIDA-2020-MS58
  • D. Grondin et al.: Design of cooling systems for tungsten / carbon fibre and for hadron calorimeter structures,
    AIDA-2020-MS31
  • P. Chau et al.: Specification of systems for highly granular scintillator tests,
    AIDA-2020-MS13
  • D. Jeans, O. Hartbrich: Realistic calorimeter hit digitisation in the LDCaloDigi processor,
    LC-TOOL-2014-011
  • J. Apostolakis et al.: Validation of GEANT4 hadronic models using CALICE data,
    EUDET-Memo-2010-15
  • K. Gadow et al.: Concept, Realization and Results of the Mechanical and Electronics Integration Efforts for an Analog Hadronic Calorimeter,
    EUDET-Report-2010-02
  • R. Fabbri, B. Lutz, W. Shen: Overview of Studies on the SPIROC Chip Characterisation,
    arXiv:0911.1566
  • R. Fabbri: CALICE Test Beam Data and Hadronic Shower Models,
    EUDET-Memo-2009-24
  • K. Gadow et al.: HCAL mechanical design and electronics integration,
    EUDET-Report-2009-07
  • R. Fabbri, B. Lutz, W. Shen: Overview of Studies on the SPIROC Chip characterisation,
    EUDET-Report-2009-05
  • K. Gadow et al.: HCAL mechanical design and electronics integration,
    EUDET-Memo-2008-23
  • N. Meyer, S. Richter: Validation of Calibration and Digitization Procedures for an Analog HCal Prototype Based on Scintillator Tiles with SiPM Readout using Electron Beam Data,
    EUDET-Memo-2008-47
  • N. D'Ascenzo et al.: Calibration of Scintillator Tiles with SiPM Readout,
    EUDET-Memo-2008-45
  • K. Gadow et al.: JRA3 Hadronic Calorimeter Technical Design Report,
    EUDET-Memo-2008-02
  • C. de La Taille et al.: JRA3 Calorimeter Conceptual Report,
    EUDET-Memo-2007-08
  • J.-C. Brient et al: Report to the Calorimeter R&D Review Panel,
    LC-DET-2007-007
  • N. D'Ascenzo et al.: CALICE scintillator HCAL commissioning experience and test beam program,
    LC-DET-2006-009
  • S. Blin et al.: Dedicated very front-end electronics for an ILC prototype hadronic calorimeter with SiPM readout,
    LC-DET-2006-007
  • F. Sefkow: The Scintillator HCAL Testbeam Prototype,
    LC-DET-2005-013
  • V. Korbel: Optimization studies for a scintillator-tile to wavelength-shifter fibre light readout for the TESLA-Calice Tile-HCAL,
    LC-DET-2004-028
  • E. Garutti et al.: A High-Granularity Scintillator Hadronic-Calorimeter with SiPM Readout for a Linear Collider Detector,
    LC-DET-2004-027.ps.gz
  • E. Garutti et al.: Magnetic Field Dependence Studies for Silicon Photomultiplier,
    LC-DET-2004-025.ps.gz
  • F. Sefkow: Worldwide Linear Collider Calorimeter R&D Testbeam Effort,
    LC-DET-2004-024
  • F. Sefkow: Performance goals and design considerations for a Linear Collider calorimeter,
    LC-DET-2004-022
  • E. Garutti: Results from the first tile-HCAL prototype,
    LC-DET-2004-021.ps.gz
  • V. Korbel: The Optical Read Out of the HCAL Tile Calorimeter,
    LC-DET-2001-052.ps.gz
  • V. Korbel, V. Morgunov: Calibration and Monitoring of the HCAL Tile Calorimeter,
    LC-DET-2001-051.ps.gz
  • V. Korbel et al.: Upcoming R&D, Design- and Construction Studies for the HCAL Tile Calorimeter,
    LC-DET-2001-050.ps.gz
  • P. Hassler et al.: The Hadronic Tile Calorimeter for the TESLA Detector, Design, Construction and Installation,
    LC-DET-2001-046.ps.gz