HIGHLIGHTS
SUMMARY
While natural radiation environments, such as the ionosphere, trapped radiation belts, solar particle events, and galactic cosmic rays dominate in outer space, on the ground, various man-made applications lead to the exposure of semiconductor materials to ionizing_radiation. Positron annihilation experiments were successfully used in the characterisation of radiation effects in_(not only) semiconductors modified in numerous types of radiation experiments, including gamma radiation, electron irradiation, and neutron irradiation, as well as proton irradiation. The work was aimed at achieving a better understanding of how to optimise accelerated-ageing irradiation experiments to make them . . .
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