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A series of $1T$-Fe$_x$Ta$_{1-x}$SSe (0 $\leq x \leq$ 0.1) single crystalswas fabricated via the chemical-vapor-transport (CVT) method and investigatedby structure, transport, and magnetic measurements along with thedensity-functional-theory (DFT) calculations. The superconductivity (SC) inparent $1T$-TaSSe can be gradually suppressed by Fe-substitution ($x\leq0.03$),accompanied by the disappearance of charge-density-wave (CDW). DFT calculationsshow that the Fe-substitution effectively inhibits the CDW superstructure andthereby the CDW domains are destroyed. With further increasing $x$ ($x>0.03$),the disorder-induced scattering increases, and the system enters into thepossible Anderson localization (AL) state. Our results prove the SC develops inthe CDW phase and coexists with the CDW domain in $1T$-TaSSe system.

Coexistence of superconductivity and charge-density-wave domain in $1T$-Fe$_x$Ta$_{1-x}$SSe