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The production of long-lived radioactive isotopes due to the exposure tocosmic rays on the Earth's surface is an hazard for experiments searching forrare events like the direct detection of galactic dark matter particles. Theuse of large amounts of liquid Argon is foreseen in different projects, likethe DarkSide-20k experiment, intended to look for Weakly Interacting MassiveParticles at the Laboratori Nazionali del Gran Sasso. Here, results from thestudy of the cosmogenic activation of Argon carried out in the context ofDarkSide-20k are presented. The induced activity of several isotopes, including39Ar, and the expected counting rates in the detector have been deduced,considering exposure conditions as realistic as possible.

Study of cosmogenic activation above ground of Ar for DarkSide-20k