Tellurization of Pd(111): absence of PdTe${}_2$ but formation of a TePd${}_2$ surface alloy

Abstract

In a recent publication [2D Materials, 8, 045033 (2021), arXiv:2103.11403], it was reported that the growth of a monolayer PdTe${}_2$ in ultra-high vacuum could be achieved by deposition of tellurium on a palladium (111) crystal surface and subsequent thermal annealing. By means of low-energy electron diffraction intensity (LEED-IV) structural analysis, we show that the obtained $\left(\sqrt{3}\times \sqrt{3}\right){\text{R30}}^{\circ }$ superstructure is in fact a TePd${}_2$ surface alloy. Attempts to produce a PdTe${}_2$ layer in ultra-high vacuum by increasing the Te content on the surface were not successful.

arXiv comment4 pages, 3 figures

References in corpus (5)

• Orbital-driven Rashba effect in a binary honeycomb monolayer AgTe
• Superstructure evolution of tellurium atoms on Au(111) surface at different coverages
• CuTe chains on Cu(111) by deposition of 1/3 ML Te: atomic and electronic structure
• New submonolayer copper telluride phase on Cu(111) -- ad-chain and trough formation
• Tellurization of Pd(111): absence of PdTe${}_2$ but formation of a TePd${}_2$ surface alloy

Cited by in corpus (1)

• Tellurization of Pd(111): absence of PdTe${}_2$ but formation of a TePd${}_2$ surface alloy