Beam Calorimeter Technologies
R. Dollan, Ch. Grah, E. Kuznetsova, W. Lange, W. Lohmann, A. Stahl, K. Afanaciev, V. Drugakov, I. Emeliantchik
Abstract
Two different technologies are considered for the Beam Calorimeters of the ILC detector. Simulation studies of the performance have been done for a diamond-tungsten sandwich calorimeter and for a homogeneous heavy element crystal calorimeter with optical fiber readout. Studies of the stability and the linearity of a polycrystalline diamond were done for the diamond-tungsten option. For the heavy crystal option the light yield reduction due to the wavelength shifting fiber readout was studied.
Create a lesson
Related papers
Energy, vertex, and time response of a LiquidO detector with an opaque-scintillator target to Compton-tagged electrons
LiquidO Collaboration, S. Katz, J. T. Moffatt et al.
The Energetic Particle Detector Instrument on ELFIN
Colin Wilkins, Ryan Caron, Ethan Tsai et al.
Cryogenic characterisation of the FBK NUV-HD-cryo Silicon Photomultipliers for the DarkSide-20k dark matter experiment
F. Acerbi, P. Adhikari, P. Agnes et al.
Performance and Radiation Damage of the Heavy-Ion Silicon Beam Tracker in the BM@N Experiment
D. Chemezov, S. Khabarov, Yu. Kopylov et al.
FINESSE: A Versatile Beamline for Fundamental Interactions with Neutrons at the European Spallation SourcE
J. Amaral, J. Barrow, M. Bartis et al.
Readout chain of SPD DAQ system
L. Afanasyev, A. Berngardt, A. Boikov et al.