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We measured the electrical resistivity from 2K up to 900K on high qualitysingle crystals of Lu5Ir4Si10. A clear thermal hysteresis was found at theonset of the Charge Density Wave (CDW), evidencing the first order nature ofthe transition. When tantalum is included in the compound, the CDW is destroyedand the superconducting critical temperature is enhanced. Finally, we presentspecific heat and magnetic penetration depth in the Meissner state. We showthat the superconducting properties are very close to a weak coupling BCSsuperconductor.

Charge Density Wave and Superconducting Properties in Single Crystals of Lu5Ir4Si10