Muon-spin and specific-heat data on ScIr2−xSix are best described by a two-gap (s+d)-wave superconducting state, and ScIr2 transforms into a chiral R32 structure at TS≈190 K.
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Unconventional superconductivity in ScIr$_2$ chiral crystal with a kagome lattice
Muon-spin and specific-heat data on ScIr2−xSix are best described by a two-gap (s+d)-wave superconducting state, and ScIr2 transforms into a chiral R32 structure at TS≈190 K.