Abstract
A new level at 10.66 MeV excitation energy in 53Mn, populated by the 52Cr( τ, d 53Mn reaction, is shown to be the isobaric analog state of the E x = 3.71 MeV, J π = 9 2 + level in 53Cr. The proton decay of this analog state is investigated using method II of Litherland and Ferguson. The spin J = 9 2 is established for this state and proton partial widths for transitions to the ground and excited states of the target are extracted by means of the d- p angular correlation measurements.
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