Next-generation energy technologies have captured increasing research interest because of
their fascinating advantages, yet the implementation of such technologies requires efficient …

MoSe 2 hold great performance potential because of its large specific surface area, quantum
confinement effect and Graphene-like structure. In this review, the research progress of …

In this work, a facile and cost-effective method is proposed to synthesize ultrathin MoSe 2
nanoflakes. To get high purity MoSe 2 nanoflakes, the reaction parameters are optimized …

We enhance the current capability of additive manufacturing (AM)/(3D printing) to produce
electronic devices by presenting a facile methodology for the production of …

The systematized design of two-dimensional (2D) nanocatalysts for sensible energy-efficient
reactions is quite a puzzling prospective aspect in energy-related applications. In this current …

Due to the rapid consumption of fossil fuels and serious environmental pollution from
nonrenewable energy, developing highly efficient, stable and earth-abundant bifunctional …

Designing of catalysts with high activity and earth abundance which can further enhance the
electrocatalytic hydrogen evolution performance so as to improve the hydrogen production …

Here, we present how thermal selenization can be used in tandem with electrodeposition to
prepare MoSe 2-based materials. Mo precursors (thin films or nanowire arrays) were …

Tradition metal selenides have triggered extensive attentions in the field of electrochemical
energy storage and conversion. Herein we propose a decent synergetic effect produced by …

MoSe 2 with different types of structures were prepared by a facile solvothermal synthesis
method. The structure and morphology characterizations of as-prepared materials indicated …