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Pd site doping effect on superconductivity was investigated inquasi-one-dimensional superconductor Nb2(Pd1-xRx)0.76S5 (R=Ir, Ag) by measuringresistivity, magnetic susceptibility and Hall effect. It was found thatsuperconducting transition temperature (Tc) is firstly slightly enhanced bypartial substitution of Pd with Ir and then it is suppressed gradually as Ircontent increases further. Meanwhile Ag substitution quickly suppresses thesystem to a nonsuperconducting ground state. Hall effect measurements indicatethe variations of charge carrier density caused by Ir or Ag doping. Theestablished phase diagram implies that the charge carrier density (or the bandfilling) could be one of the crucial controlling factors to determine Tc inthis system.

Pd site doping effect on superconductivity in Nb2Pd0.76S5