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Laser-direct fabrication of invisible Ag nanowire electrode pattern on flexible plastic substrate

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Publication date: 31 August 2017
Source:Thin Solid Films, Volume 636
Author(s): Harim Oh, Myeongkyu Lee
We show that invisible Ag nanowire (AgNW) electrode pattern can be directly fabricated on plastic substrate using a laser. Our method, which is fundamentally based on the Rayleigh instability, is to block the current flow in selected areas by cutting nanowires. AgNW film spin-coated on a polyethylenetherephthalate substrate was selectively irradiated using a nanosecond-pulsed laser beam to produce a patterned structure consisting of spatially separated conducting and insulating regions. Since the laser-cut nanowires remain on the substrate, the electrode pattern fabricated by this approach can be invisible. Although Ag nanowires were instantaneously heated above 220°C by the laser beam, a very short exposure time of 103–104 s prevented the substrate from being damaged.


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