Abstract
The transition of 910 eV in the 154Eu nucleus is presented as a new object of study of the influence of a matrix on the probability of low-energy nuclear transitions. The variation of this transition probability causes variations in the γ-quantum yields of 154mEu decay which are easily detected from a matrix with 154mEu nuclei. Using this approach, the probability of the transition of 910 eV occurring for 154mEu nuclei in a Sm–Sn alloy is found to be 33% lower than for 154mEu nuclei in Sm chloride or metallic Sm.
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