The phrase "active edge" is correct and usable in written English.
It can be used in contexts related to technology, design, or any field where a specific edge or boundary is being referred to as currently in use or engaged.
Example: "The active edge of the software interface allows users to interact with the most relevant features."
Alternatives: "current edge" or "engaged boundary".
Compared to pristine MoS2 nanosheets, the significantly improved catalytic activity is ascribed to the increased active edge sites, enhanced intrinsic catalytic activity for each active site as well as accelerated electron transfer upon Sn doping.
The edge site of MoS2 was initially identified as the active site for the HER, which then triggered the development of new HER catalysts that can maximize the density of active edge sites, thereby boosting HER activity.
Toward further improving its activity, tremendous efforts have been made to preferentially expose active edge sites of molybdenum sulphide-based catalysts by engineering their surface structure.
WS2/CoSe2 heterostructure electrode demonstrates an excellent HER activity and long-term stability owing to their abundant active edge sites, and the strong chemical and electronic coupling between the CoSe2 and WS2.
To generate abundant active edge sites on graphene-based electrocatalysts for superior electrocatalytic activity, rather than at their basal plane, has been a challenge.
Additionally, the electrochemical activities of MoS2 were correlated with the number of catalytically active edge sites [9, 12, 17, 36], for the reason that controlling the nanostructures with more edge sites at the atomic scale is an effective strategy to gain an effective MoS2 catalyst.
The superior HER activity is attributed to the unique 3D hierarchical structure, which provides enriched exposed active edge sites and excellent electrical transport.
Note that edgeSincesthected in and of Phase 1 and in and of Phase 2 are designed to control interference among edges within and between wheels.
The benefits of an active edge aquifer are seen after few years of production and endure until reservoir abandonment.
Reducing the particle size of MoS2 is the most straightforward method that can increase the density of active edge sites.
