Abstract
Energies and relative intensities of 22 gamma rays following the decay of 150 Eu were measured by using 40 cm 3 and 1 cm 3 Ge(Li) detectors. Energies of two strong gamma transitions between three low-lying states were precisely determined to be 333.943±0.008 keV and 406.510±0.010 keV. The 637.97±0.13 keV gamma transition from the first excited state to the ground state of 150 Gd was found and the log f t value for the first excited state of 150 Gd was determined to be 9.2.Gamma-gamma coincidence and angular correlation measurements were performed by using Ge(Li) and NaI(Tl) detectors. Spin-parity assignments for the 1786 keV and 1964 keV levels were obtained to be 0 + and 1 - from these measurements, respectively.
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