The effect of hydrostatic pressure on magnetic entropy change in a magnetic field, ΔS m, in
Fe 7 Se 8 single crystals is determined. The application of hydrostatic pressure shifts the …

Specific heat, thermal expansion and magnetic measurements on single crystalline samples
have been employed to study the interplay between the lattice and the magnetic state in the …

Temperature and field-dependent neutron powder diffraction (NPD) measurements have
been performed to reveal the nature of the unusual evolution of the magnetoresistance …

The structural and concentration conditionality of magnetic states and transport properties of
layered chalcogenide compounds Fe x TiS 2 (0≤ x≤ 0.75) have been studied by means of …

In this work, the effect of Co substitution in the Fe 1-x S (CSP) on the activation of H 2 O 2 to
degrade tetracycline (TC) is investigated. A series of CSP samples with different Co content …

Sulfide-based materials are emerging as viable alternatives for the current state-of-the-art
thermoelectric materials, which usually are composed of toxic, expensive and scarce …

We investigate the evolution of the magnetic properties in FeS under pressure and show that
these cannot be explained solely in terms of the spin-state transition from a high to low spin …

A group-theoretical framework to describe vacancy ordering and magnetism in the Fe1− xS
system is developed. This framework is used to determine the sequence of crystal structures …

Abstract Layered compounds Fe 0.75 TiS 2–y Se y (0≤ y≤ 1) with a metal-to-chalcogen
ratio of 7: 8 and a monoclinic crystal structure were obtained for the first time by a three …

The structural and magnetic properties of the Co7Te8 layered compound have been studied
for the first time using X-ray diffraction, measurements of the magnetic susceptibility, and …