Two-dimensional (2D) Fe chalcogenides with their rich structures and properties are highly
desirable for revealing the torturous transition mechanism of Fe chalcogenides and …

We report synthesis of non-superconducting parent compound of iron chalcogenide, ie,
FeTe single crystal by self-flux method. The FeTe single crystal is crystallized in a tetragonal …

A detailed magnetization study for the novel FeSe superconductor is carried out to
investigate the behavior of the intrinsic magnetic susceptibility χ in the normal state with …

The magnetic properties of Fe 1.03 Te under hydrostatic pressure up to p≃ 5.7 GPa were
investigated by means of muon spin rotation, dc magnetization, and neutron depolarization …

The interplay between magnetism and quantum effects has motivated several thermoelectric
studies on iron‐telluride yet with little insight on the anomalous features in transport …

The construction and operating principle of a pendulum magnetometer for measuring the
magnetic susceptibility of solids under high gas pressures are described. This device is …

Here, we report self flux single crystal growth of FeTe 1− x Se x (0.00≤ x≤ 0.50) series via
solid state reaction route; the resulted crystals as seen are shiny. X-Ray diffraction (XRD) …

A rapid and anisotropic modification of the Fermi-surface shape can be associated with
abrupt changes in crystalline lattice geometry or in the magnetic state of a material. We show …

We report self flux growth and characterization of FeTe 1-x S x (x= 0.00 to 0.25) single crystal
series. Surface x-ray diffraction (XRD) exhibited crystalline nature with growth in (00l) plane …

The effect of isotropic pressures P up to 5 kbar on the superconducting transition
temperature T c of the FeSe 1− x Te x system (x= 0, 0.85, 0.88, 0.90) is studied. For the first …