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The development of radiation hard semiconductor detectors is a wide spread task in which many groups from all over the world joined their effort to contribute to the common goal: to build experiments with detectors components that will survive a harsh radiation environment over the lifetime of experiment. The upgrade scenario of the LHC to a luminosity of 10 cm represents a challenge for developing sensors as well as for their tests after irradiations under realistic conditions. Fluences of fast hadrons above 10 cm are expected in the most exposed regions of detectors. Spectra of particles cover a wide range with energies up to tens of GeV [1]. Radiation damage will be mainly caused by hadrons, therefore irradiation facilities providing these particles are playing important role in the studies of damage effects. Irradiation facilities cannot exactly reproduce the spectra of particles at high energy experiments therefore it is important to make irradiations with different particles and energies to understand the damage mechanism in detectors.

World Irradiation Facilities for Silicon Detectors