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As an essential component of flexible optoelectronic devices, transparent conductive films made of silver nanowire (AgNW) have attracted wide attention due to the extraordinary optical, electrical and mechanical properties. However, the application of AgNW coating still faces some challenges to be overcome including large contact resistance and poor durability. Here, we induce insulating graphene...
The increasing demand of electronic devices for physical motion detection has encouraged the development of highly elastic strain sensors. Especially, to capture wide‐range physical movements, supremely stretchable and wide‐range strain sensors are required. Here, a novel transparent, bendable, stretchable, and wide‐range strain sensor based on a sandwich‐like stacked graphene and Ag‐nanowires hybrid...
A multiaxial pre-stretched PAC technique is used which endows 200 % stretch-ability to flexible and transparent electrodes based on graphene and Ag-NWs hybrid structures. A novel bubble template method is used for uniform distribution of Ag-NWs which decrease the resistivity of electrodes remarkably and enhance the connectivity between graphene segments when graphene gets partially divided into small...
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