Novel carbon microsphere-supported metallic copper nanoparticles (Cu-NP/C) were
synthesized using a low-cost and facile method based on carbonising a styrene-based …

Cu particles decorated carbon composite microspheres (CCMs) with a unique sesame ball
structure have been prepared by combining the mass-producible spray drying technique …

A hierarchical copper nanoassembly was synthesized by one-pot solvothermal treatment at
150° C for 2 h in the presence of copper nitrate, formamide and water. The product exhibited …

A facile one‐pot route has been developed for the synthesis of carbon‐encapsulated Cu–Ag
dimetallic nanoparticles (C–CuAg NPs). The synthesis was conducted using AgNO3 and Cu …

In situ generated Cu nanoparticles catalyze the reduction of 4-nitrophenol to 4-aminophenol
in the presence of NaBH4 very efficiently at room temperature with good recyclability up to …

In this work, the syntheses of Cu2O as well as Cu (0) nanoparticle catalysts are presented.
Copper acetate monohydrate produced two distinctly different catalyst particles with varying …

In this study, we demonstrate a biomass conversion route to fabricate monolithic copper
nanoparticles supported on carbon (Cu/C) beads with well-developed porosity by thermally …

Metal and metal oxide nanoparticles (NPs) have attracted considerable attention due to their
excellent catalytic activities in various organic transformation reactions. However, their …

Porous carbon supported copper composite (Cu/Cu 2 O/C) was synthesized with a facile,
low cost and novel method and used as non-noble-metal catalyst for reduction of 4 …

The enormous and urgent need to explore cost-effective catalysts with high efficiency has
always been at the forefront of environmental protection and remediation research. This …