Formation of 1D chain-like Fe3O4@C/Pt sandwich nanocomposites and their magnetically recyclable catalytic property

Acetylacetone functionalized magnetic carbon microspheres for the highly-efficient adsorption of heavy metal ions from aqueous solutions

“…These may be ascribed to a carbon shell and acetylacetone. 30 The XRD results and previous conclusions were combined and provide supportive evidence for the successful modication of carbon and Acac.…”

Nitrogen-Rich Porous Carbon-Stabilized Ni–Co Nanoparticles for the Hydrogenation of Quinolines

“…The extremely stability may be due to the metal nanoparticles being encapsulated in NC which protect the metal from leaching. 55 Moreover, the recycling of the catalyst is very convenient due to the magnetic properties of the catalyst. Therefore, Ni−Co@ NC-900-3 is a kind of cheap, easy to recycle, stable, and efficient catalyst which makes it a potential catalyst for the hydrogenation of quinoline.…”

“…This can also be well-demonstrated from XRD (Figure S12). The extremely stability may be due to the metal nanoparticles being encapsulated in NC which protect the metal from leaching . Moreover, the recycling of the catalyst is very convenient due to the magnetic properties of the catalyst.…”

1D confined materials synthesized via a coating method for thermal catalysis and energy storage applications

“…It is interesting to note that carbon confined materials prepared using glucose as the precursor via hydrothermal treatment are hydrophilic and rich in surface hydroxyl and carboxyl groups, which favour the deposition of active NPs on the confined material through electrostatic interactions. 117 Apart from the hydrothermal method, the non-hydrothermal method at lower temperatures also has been employed to prepare 1D carbon confined materials with glucose as the carbon precursor such as Se@C, Te@C and Se–Te@C. 118 However, the SDS surfactant has to be used to inhibit the aggregation of the formed NWs.…”