Conductive inks have gathered increasing attention in the fabrication of next-generation
electronic devices because of their prominent compatibility and producibility. Recently …

Inkjet printing has emerged as a leading technology for additive manufacturing of electronic
devices. It is particularly attractive in applications that require low waste, low-cost fabrication …

Highly conductive copper patterns on low-cost flexible substrates are obtained by inkjet
printing a metal complex based ink. Upon heating the ink, the soluble complex, which is …

We report a novel method for the synthesis of a self-reducible (thermally reducible without a
reducing atmosphere) and alcohol-soluble copper-based metal–organic decomposition …

Monodisperse copper nanoparticles with high purity and antioxidation properties are
synthesized quickly (only 5 min) on a large scale (multigram amounts) by a modified polyol …

Wearable electronics is an emerging field in academics and industry, in which electronic
devices, such as smartwatches and sensors, are printed or embedded within textiles. The …

Direct printing techniques that utilize nanoparticles to mitigate environmental pollution and
reduce the processing time of the routing and formation of electrodes have received much …

Cu (II) complex ink consisting of copper formate (Cuf) and a primary alkylamine could yield
highly conductive copper films at low heating temperatures without a reducing atmosphere …

Ink-jet printed conductive copper patterns with enhanced substrate adhesion were
fabricated using a conductive copper ink containing a silane coupling agent as an adhesion …

Copper formate complexes with various primary amines, secondary amines and pyridines
were prepared, and their decomposition into conductive films was characterized. A …