Abstract
Single crystals of the compound Ce3PdIn11 that belongs to a large family of superconducting cerium indides with the general formula Ce m T n In3m +2n (T stands for d-electron transition metal) were grown from indium flux and characterized by means of low-temperature specific heat and electrical resisitivity measurements. The collected data revealed significant sample-dependent divergence in their magnetic and superconducting properties which raises the question of whether these two cooperative phenomena are intrinsic properties of Ce3PdIn11.
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