Transition metal dichalcogenides (TMDs) are quasi-two-dimensional layered compounds
that exhibit strongly competing effects of charge-density wave (CDW) formation and …

Since the discovery by the author and collaborators of superconductivity in the first truly
layered compound, TaS2 (pyridine) 1/2, there have been many types of layered …

The transition metal dichalcogenide ZrS2 is an important semiconductor and should be a
promising material in the optoelectronic field, however, its optoelectronic properties and …

The compounds ([SnSe] 1+ δ) m (NbSe2) 1, where 1≤ m≤ 10, were prepared from a series
of designed precursors. The c-axis lattice parameter systematically increases by 0.577 (5) …

The introduction of 3d transition metals into the van der Waals gaps of titanium
dichalcogenides with layered structures gives rise to an interesting family of intercalation …

The thermal stability of the layered modification of the Cu0. 5ZrTe2 polycrystalline
intercalation compound, synthesized at room temperature, has been studied in the …

Crystal and electronic structure, optical absorption and transmission spectra, temperature
dependences of conductivity and magnetic susceptibility were studied for copper …

TiS 2 is an extrinsic semiconductor with a layered structure, between the layers of which a
variety of electron donor species, such as lithium, may be intercalated. In the rigid-band …

Solid solutions of Zr y Ti 1− y S 2 (y= 0.1, 0.2) compositions have been synthesized. The
electrochemical introduction of lithium is carried out by the galvanostatic intermittent titration …

The electronic structures of the layered compound TiS 2 and its intercalates LiTiS 2, NaTiS 2
and AgTiS 2 are calculated using the ASW method. Various deviations from the rigid-band …