Processing of Fine Scale Multilayer Dielectric Structures with Thermal Inkjet Printing

Abstract

The aim of this research deals with the thorough selection of the optimal ceramic inkjet ink composition and its detailed physicochemical. The most significant barium titanate nanopowder stabilization in the butyl alcohol has been observed for the dispersion with presence a lowmolecular linear saturated al iphatic alkanediol. The findings of physicochemical investigation suggest that optimized sample have exhibited non-structural type of sedimentation and also revealed dilatancy with a pronounced minimum viscosity of Newtonian flow. In order to understand the influence of operational performances on the printed image quality, have been studied surface properties of non-sintered single-layer dielectric films deposited on the different resolution modes.