How to Improve Nanowire Electrical Properties

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How to Improve Nanowire Electrical Properties
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This article talks about how to improve nanowire electrical proprieties and yield highly conductive electrodes.

Sponsored by Harrick PlasmaJan 22 2024Reviewed by Olivia Frost Conductive nanowires have recently undergone extensive investigation due to their potential application as transparent conducting electrodes in flexible electronics, organic light-emitting diodes OLEDs, wearable biosensors , and solar cells.

Having clean, hydrophilic surfaces is crucial for fabricating nanowires from solution. This is important so that the solution can be readily wet and uniformly distributed across the surface with strong adhesion. This is essential for optimal device performance. In certain instances, an intermediate layer may be applied on the plasma-treated substrate to enhance and facilitate the adhesion of the nanowire to the substrate. Plasma-treated and hydrophilic surfaces have also been utilized to generate patterned nanowire networks .

The wrinkled PDMS functioned as a periodic template and was subsequently spray-coated with a dispersion of AgNWs to create a patterned nanowire layer. Figure 1. An example of patterning nanowires on PDMS substrate, an inherently hydrophobic material. Plasma renders the exposed surfaces hydrophilic. Nanowire solution coats the hydrophilic areas to create a patterned nanowire layer. Image Credit: Harrick Plasma

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