Abstract:Microelectronic devices are developing rapidly in portability,
wearability, and implantability. This puts forward an urgent requirement
for the delicate deposition process of materials. Electrohydrodynamic
printing has attracted academic and industrial attention in preparing
ultrahigh-density microelectronic devices as a new noncontact, direct
graphic, and low-loss thin film deposition process. In this work,
a printed graphene with narrow line width is realized by combining
the electrohydrodynamic printing and… Show more
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