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Emittance of short-lived nuclide beams produced in hot cavity ion sources is calculated. In uence of halflife period as well as the average sticking time on beam emittance is under investigation. Two di erent shapes of ionizer cavity are considered: almost fully spherical and hemispherical ones. Changes of beam emittance due to the extraction channel geometry (its diameter and length) are studied. A new concept of scaled e ciency (ion source brightness analogon) is introduced in order to compare the two-ion source con gurations. Phase space portraits of the extracted beams are presented.

Calculations of Ion Beam Emittance for Hot Cavity Ion Source