Chemically dealloyed Fe-based metallic glass with void channels-like architecture for highly enhanced peroxymonosulfate activation in catalysis

Design and perspective of amorphous metal nanoparticles from laser synthesis and processing

“…Here, GFA represents a propensity to form the glassy structure or show the glassy behavior. 15,16 It is also closely related to their distinct properties compared to crystalline alloys. Over the last few decades, the processing of MGs has been developed from ribbons, wires, and powder (in micrometer) to bulk MGs (in millimeters), mainly aiming to extend their mechanical and physical applications in different fields.…”

Highly Efficient Dynamic Degradation of Methylene Blue on Hierarchical Nitrogen/Cobalt‐Co‐Doped Carbonaceous Beads with Diffusion Promoting Nanostructures

“…Furthermore, to illuminate the relatively superior performance of as‐prepared samples, related references for contaminants treatment were listed in Table S2 . There is no doubt that all the methods or materials showed outstanding performance.…”

“…Furthermore, to illuminate the relatively superior performance of as-prepared samples, related references for contaminants treatment were listed in Table S2. [30,31,32,33,34,29,35,36] There is no doubt that all the methods or materials showed outstanding performance. Of which, the removal efficiency of transition metal and carbon-based materials/PMS systems was higher than that of H 2 O 2 systerms or photocatalytic degradation, manifesting the promising future of transition metal and carbon-based materials.…”

Remarkably enhanced Fenton-like catalytic activity and recyclability of Fe-based metallic glass by alternating magnetic field: mechanisms and industrial applications

“…23–25 To further accelerate the reaction kinetics, a few strategies have been developed. One of them is to construct porous structures via chemical dealloying, 26 electrochemical etching, 27 and rapid annealing followed by ball milling 28 or 3D printing, 29–31 which could create more active sites on the MG surface. Another effective method is to form an amorphous/crystalline dual structure or to manipulate the electronic structure of MGs via composition design, which could enhance the mass transport and adsorption of oxidants and thus improve degradation efficiency.…”