Gamma radiation from the ground state decay of95Tc

The 20 h^95gTc decay to levels of⁹⁵Mo has been investigated studyingγ-singles andγγ-coincidences. The first excited state of⁹⁵Mo at 204 keV, previously assumed to be populated in the^95m Tc decay only, is found to be fed by aγ-transition of 870 keV deexciting the level at 1074 keV which is populated in the^95g Tc decay. More over three newγ-transitions of 477, 786 and 1552 keV deexciting the level at 1552 keV have been found. For the levels at 1074 and 1552 keV the range of possibleJ ^π assignments could be reduced.