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The present study discusses the formation of a conductive film from noble metal nanoparticles onto stainless steel substrate for electrical components, such as connectors, where conventional electroplating is not applicable. The proposed “laser plating” method consists in on-demand dispensing with nanoparticle paste followed by a short-time preheating and laser sintering. The aims are fourfold: to...
As we know, the unsatisfactory field emission from the films by electrophoresis is resulted from the weak adhesion. The main aim of this paper is to improve the adhesion surrounding electrophoresis technologies. The technique we applied is referred to employ both organic binders and inorganic solution simultaneously. In addition, the influences of the applied voltage, inter-electrode distance and...
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