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In the framework of nuclear waste incineration and design of new generation nuclear  reactors, experimental data on fission probabilities and on fission fragment yields of  minor actinides are crucial to design prototypes. Transfer-induced fission has proven to  be an efficient method to study fission probabilities of actinides which cannot be  investigated with standard techniques due to their high radioactivity. We report on the  preliminary results of an experiment performed at GANIL that investigates fission  probabilities with multi-nucleon transfer reactions in inverse kinematics between a  238U beam on a 12C target. Actinides from U to Cm were produced  with an excitation energy range from 0 to 30 MeV. In addition, inverse kinematics allowed  to characterize the fission fragments in mass and charge. A key point of the analysis  resides in the identification of the actinides produced in the different transfer  channels. The new annular telescope SPIDER was used to tag the target-like recoil nucleus  of the transfer reaction and to determine the excitation energy of the actinide. The  fission probability for each transfer channel is accessible and the preliminary results  for 238U are promising

Minor actinide fission induced by multi-nucleon transfer reaction in inverse kinematics