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Various low-dimensional materials are widely used in many fields, such as electroluminescent devices, sensors, solar cells and so on. Among these candidates, silver nanowire-based electrodes stand out due to their excellent optoelectronic properties. In this paper, silver nanowire composite electrodes were welded by Joule-heating to prepare transparent conductive electrodes with high-quality graphene. When the concentration of silver nanowires is 3 mg/ml, the  FoM  of the composite electrode is at a maximum of more than 100. Joule heat welding can effectively and accurately solve the knotting problem of silver nanowires and greatly improve the conductivity of the films. Subsequently, high-quality graphene was grown by chemical vapor deposition method. The graphene layer improved the conductivity and effectively prevented the formation of AgO or Ag 2 O. Furthermore, the heat dissipation capability of graphene/silver nanowires electrodes is significantly better than that of ITO electrodes.

High performance transparent electrodes combining graphene with Joule-heated welded silver nanowires