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Due to the large spin-orbital coupling in the layered 5d-transition metalchalcogenides compound, the occurrence of superconductivity in Ir2-xPdxTe2offers a good chance to search for possible topological superconducting statesin this system. We did comprehensive studies on the superconducting propertiesand electronic structures of single crystalline Ir0.95Pd0.05Te2 samples. Thesuperconducting gap size, critical fields and coherence length along differentdirections were experimentally determined. Macroscopic bulk measurements andmicroscopic low temperature scanning tunneling spectroscopy results suggestthat Ir0.95Pd0.05Te2 possesses a BCS-like s-wave state. No sign of zero biasconductance peak were found in the vortex core at 0.4K.

Fully Gapped s-wave-like Superconducting State and Electronic Structures in the Ir0.95Pd0.05Te2 Single Crystals with Strong Spin-orbital Coupling