Developing sustainable and clean energy technology is critial to address the current energy
and environmental crisis. As an energy carrier, hydrogen has been getting attention due to …

As an emergent energy carrier, ammonia benefits from a well-established industrial
infrastructure for its transportation and production, positioning it as a promising candidate …

Pt-Decorated Ni particles with different surface morphologies were directly prepared on a
conducting substrate for use as electrocatalysts for ammonia electro-oxidation. The whole …

Pt x Ir100–x thin films (8 nm thick) were deposited on MgO (100) substrates by pulsed laser
deposition at 600° C. As shown by X-ray diffraction and X-ray photoelectron spectroscopy …

Bimetallic alloys of Pt and Rh or Ir were prepared with pulsed laser deposition (PLD) on a
well-ordered MgO (100) substrate, leading to epitaxial growth along the [001] plane, as …

Developing efficient electrocatalysts for direct ammonia fuel cells has been researched
intensively. Herein, a Pt-NiO/C catalyst is prepared and applied to ammonia oxidation …

A new approach has been developed for in situ preparing cubic-shaped Pt particles with
(100) preferential orientation on the surface of the conductive support by using a quick, one …

The crystallographic orientation of a metal affects its surface energy and structure and has
profound implications for surface chemical reactions and interface engineering, which are …

We report an in-depth study of catalytic N–H bond dissociation with typical platinum clusters
on graphene supports. Among all the pristine graphene-and defective graphene-supported …

Pt‐monolayer‐decorated Au particles with different surface morphologies were prepared by
Au electrodeposition, followed by Cu under‐potential deposition and a Pt replacement …