【摘 要】
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Conductive nanomaterial has drawn much attention and is regarded as candidate material for future flexible displays and flexible sensors.AgNWs has outstanding overall performances,such as superior fle
【机 构】
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The State Key Laboratory of Opto-Electronic Materials and Technologies(OEMT),School of Physics and E
论文部分内容阅读
Conductive nanomaterial has drawn much attention and is regarded as candidate material for future flexible displays and flexible sensors.AgNWs has outstanding overall performances,such as superior flexibility,high thermal and electrical conductivities,and capability of being mass-produced with wet-coating process at very low cost.Well dispersion of conductive nanomaterials is essential for good electrical isolation and high conductivity in various applications.Herein a facile bottom-up,additive technique is developed to pattern and align silver nanowires(AgNWs)by manipulating wetting of dispersions in the electromagnetic wave-inert media.In this work,we proposed facile processes for synthesis,dispersion,and post-treatment of nanomaterials to study how it can be used for display applications.Also,design and engineering electrophoretic nanoparticles and projected electrophoretic performance were demonstrated.
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