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High-spin states in the 96Tc nucleus have been studied with the reactions 82Se(19F,5nγ) at 68 MeV and Zn(36S,αp xn) at 130 MeV. Two γ-ray cascades (irregular bandlike structures) have been observed up to an excitation energy of about 10 MeV and spin 21-22?. [ABSTRACT FROM AUTHOR]

High spin states of 101Rh have been populated using the reaction 70Zn+36S at 130 MeV. γ-rays were detected with the EUROGAM2 array. New high-spin bands have been observed in this nucleus up to 45/2−, 57/2− and 65/2+ states. They have been interpreted using the Nilsson-Strutinsky cranking formalism as terminating configurations. Two of the bands were observed up to the predicted terminating states which are built up from g9/2 protons as well as d5/2, g7/2 and h11/2 neutrons relative to a 90Zr core. [ABSTRACT FROM AUTHOR]

High spin states of 100Rh have been populated using the reaction 70Zn+36S at 130 MeV. γ-rays were detected with the EUROGAM2 array. The level structure of 100Rh has been extended up to 14.41 MeV excitation energy. Several band structures are observed. A band based on a Iπ=8− state is developed up to the Iπ=24− level. It is assigned as the π g9/2 −5ν h11/2 configuration. [ABSTRACT FROM AUTHOR]