Conducting core–shell beads are composed of a polystyrene (PS) core and a metallic shell
of nickel/gold, regardless of their method of preparation. This study examined conducting …

Core-shell conductive beads composed of a polystyrene (PS) core and a metallic shell of
nickel-gold were investigated to identify the metal-polymer interface and the …

We investigated the delamination problem at the metal‐polymer interface and the
mechanical buckling of the metal layer at a localized area of the metallic shell under …

Micron-sized metal-coated polymer spheres are frequently used as filler particles in
conductive composites for electronic interconnects. However, the intrinsic electrical …

Core–shell (Ni@ Ag) particles are aligned through the thickness of a poly
(dimethylsiloxane)(PDMS) film using a magnetic field in a continuous roll-to-roll process …

Noncontact direct printed conductive silver patterns with an enhanced flexural and bending
strength and a proper electrical resistivity were fabricated using silver nanoplatelet inks …

A modified electroless silver-plating process has been devised for the preparation of
monodispersed, polystyrene/silver (PS/Ag) composite microspheres with tunable shell …

Polymer stamping is a reliable and cost-effective method for producing charged patterned
surfaces. However, charge stability is limited, and they discharge steadily while immersed in …

Gold-coated polystyrene (PS) beads were fabricated by an in situ metallization route
involving a cationic-gold complex with a controlled amount of sulfonic acid groups formed on …

Composite microspheres with noble metal nanoshells are advantageous in flexible circuit
connections, flip chips, and chemical sensors. It is difficult for Polystyrene microspheres to …