In recent years, a wide range of electronic materials with a great diversity in their chemical
and physical properties has been patterned by printing techniques on a variety of substrates …

A significant boost to basic research and experimentation in metallization of polymers was
caused by several factors, including rapid developments in manufacturing of electronic and …

Lithography is the most commonly used method for the selective metallisation of non-
conductive surfaces in the manufacture of electronic devices such as printed circuit boards …

In this work biocomposites containing polylactide (PLA), polycaprolactone (PCL), copper (II)
oxide and copper acetylacetonate were manufactured by an extrusion process. The …

Polyimide (PI) metallization using Ni-nanofilm (Ni-nF) as the copper barrier layer and
catalyst layer of electroless copper deposition was carried out. The surface of the PI film was …

The fundamentals of impact of laser radiation on polymeric materials, lasers selection
criteria, and various physical and chemical phenomena induced by laser radiation (below …

A novel approach to selective electroless deposition of metal on non-conductive substrates
was developed. Using an electroless copper process requires the non-conductive material …

The paper describes a new method for micro scale patterning of highly conductive features
on flexible and flat surfaces. The method uses electrohydrodynamic jet printing to deposit …

QIN, HANTANG. Development of High Resolution Rapid Prototyping Method for Flexible
Electronic Devices Based on Electroh Page 1 ABSTRACT QIN, HANTANG. Development of …

Selective metallisation of non-conductive materials is a manufacturing process which is
often used in the electronics industry to create printed circuit boards, radio-frequency …