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We report specific heat and μSR measurements on Th (x =0.019) and/or B (y=0.03) substituted UBe13. The specific heat data show that either Th or B substitution reduces the Kondo temperature TK and increases the entropy at the superconducting transition by almost 20%, indicating an enhanced density of states. However, whereas μSR shows clear evidence for magnetic correlations for Th substitutions (0.019<x<0.043), no magnetism is observed for B substitutions. The enhanced specific heat jump in the B‐substituted material is associated with a change in the superconducting properties as TK is reduced.

Thermodynamics and magnetism in U1−xThxBe13−yBy