Abstract
The state at 3.614-MeV in Cr 52 was found to have a spin of 5 by low temperature nuclear orientation techniques. It is thus reasonable to identify this state with the spin 5 seniority-four state predicted by Edmonds and Flowers for an ( f 7 2 ) 4 configuration. The angular distribution parameters for the 1.246-MeV γ-ray, connecting this state with the 4+ state at 2.369-MeV, require that the amplitude mixing ratio δ( E2 M1 ) be negative. It is probable that this transition is 3–23% quadrupole.
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