Printed electronics are circuits that are additively manufactured using conductive pastes
composed of micro-/nanoconductive metal particles. Silver-based compounds are the most …

Recent advancements in smart electronics have brought an unprecedented number of
electronic devices into our daily life, which leaves the burden of a growing e-waste. In …

Printable and flexible Cu–Ag alloy electrodes with high conductivity and ultrahigh oxidation
resistance have been successfully fabricated by using a newly developed Cu–Ag hybrid ink …

Recently, printable nanomaterials have drawn tremendous attention for low-cost, large-area
electronics applications. In particular, metallic nanoparticles that can facilitate the formation …

Printing of highly conductive tracks at low cost is of primary importance for the emerging field
of flexible, plastic, and large-area electronics. Commonly, this is achieved by printing of …

In the developing field of printed electronics, nanoparticle based inks such as CuO show
great promise as a low-cost alternative to other metal-based counterparts (eg, silver). In …

Printing technologies to produce conductive films and electronic devices are well
established and employ only inexpensive materials and devices as well as rapid post …

Recently, various functional devices based on printing technologies have been of
paramount interest, owing to their characteristic processing advantages along with excellent …

Additively printed circuits provide advantages in reduced waste, rapid prototyping, and
versatile flexible substrate choices relative to conventional circuit printing. Copper (Cu) …

We developed a simple method to prepare hybrid copper–silver conductive tracks under
flash light sintering. The developed metal nanoparticle-based ink is convenient because its …