In recent years, copper (Cu) nanocrystals have garnered increasing interest in the field of
metallic nanomaterials due to their low cost and excellent optical and electrical properties …

Silver-coated copper microparticles combine the oxidation resistance of silver with the low
cost of copper. They are interesting components for printed conductive structures. We …

Conductive fillers made from metal nanoparticles offer many advantages for the fabrication
of a variety of electronic devices, but when they have a porous structure, their poor …

The reconstruction of bimetals under reaction conditions is critical for precisely controlling
the catalytic performance of bimetallic catalysts. The surface diffusion mechanisms of Cu …

Cu particles are limited in their applications due to their susceptibility to oxidation. Here we
report a cost-effective method for producing Cu particles with oxidation resistance. By …

Owing to its cost-effectiveness and low coefficient of thermal expansion (CTE), micron Si is
incorporated into sintered Ag matrix to develop an Ag@ Si composite sintering strategy. The …

The fabrication of dense conductive patterns was achieved by low-temperature sintering of 1–
3 μm micron silver flakes. A small amount of 20–50 nm nanosilver particles were added in …

Graphene and its derivatives have excellent thermal conductivity, and are common additives
for metal-based nanocomposites. However, the easy aggregation of graphene and metal …

In this study, we present a facile method for preparing oxidation-resistant Cu nanoparticles
through a liquid-phase reduction with imidazole compounds (imidazole, 2-methylimidazole …

This study delves into the critical evaluation of solvent-free liquid-type acidic additives for
their effectiveness in the copper (Cu) sintering process, a crucial method for achieving …