Carbon-containing NiCo2S4 hollow-nanoflake structures were fabricated by a one-step
solvothermal method using CS2 as a single source for sulfidation and carbonization. The …

The origin of the synergic effect of zinc and copper oxides (ZnO-CuO) supported onto
activated carbon on the removal of hydrogen sulphide (H 2 S) from gaseous streams at low …

A new era in the development of advanced functional materials was partly sparked by the
discovery of 2D materials. In this respect, graphene is believed to have marked the origin of …

The α‐MnS nanoflakes/rGO sheets were obtained via a facile one‐step hydrothermal
approach using carbon disulfide as sulfur source, and ethylenediamine as a complexing …

The high reversibility of a conversion-anode material enables high reversible capacity and
maintains its cyclability. In this work, we report copper sulfide microspheres encapsulated by …

In this study, nano-crystalline lead sulfide (PbS) and lead oxide (PbO) were synthesized
using hassle-free and cost-effective chemical route. Lead oxalate (PbC 2 O 4) precursor was …

CuS‐functionalized cellulose based aerogel (CBA) with 3D macroporous structure was
synthesized by in situ deposition of visible light responsive CuS photocatalyst. Hexagonal …

Surface capped copper sulfide nano-aquaformulations were prepared by in situ combination
of copper ions with sulfide ions using sonochemical method, followed by microwave …

Over the past few years, Cu-based materials have been intensively studied focusing on their
structural and thermoelectric properties. In this work, copper sulphide powders were …

Octadecylamine-coated CuS nanoparticles were designed and confirmed to play an
important role in their electric response and boundary lubrication in the ester lubricant. For …