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The 119-126Sn nuclei have been produced as fission fragments in two reactionsinduced by heavy ions: 12C+238U at 90 MeV bombarding energy, 18O+208Pb at 85MeV. Their level schemes have been built from gamma rays detected using theEuroball array. High-spin states located above the long-lived isomeric statesof the even- and odd-A 120-126Sn nuclei have been identified. Moreover isomericstates lying around 4.5 MeV have been established in 120,122,124,126Sn from thedelayed coincidences between the fission fragment detector SAPhIR and theEuroball array. The states located above 3-MeV excitation energy are ascribedto several broken pairs of neutrons occupying the nu h11/2 orbit. The maximumvalue of angular momentum available in such a high-j shell, i.e. formid-occupation and the breaking of the three neutron pairs, has beenidentified. This process is observed for the first time in spherical nuclei.

High-spin states with seniority v=4,4,6 in 119-126Sn