Silver nanowire based flexible transparent electrodes (AgNW FTEs) are the most promising next-generation electrodes for flexible electronics. Novel AgNW-MXene@PEDOT:PSS (AgNW-MP) FTEs were fabricated by solution process, and flexible organic light emitting diodes (FOLED) were further demonstrated. Interactions between Ti₃C₂T_x MXene and PEDOT:PSS allow a high conductive quinoid state of PEDOT:PSS and AgNW-MP FTEs achieve a sheet resistance of 17 Ω/sq and transmittance of 97.6%. MP21 hybrids (mass ratio of 2:1) as nanowelding materials improve surface roughness (RMS roughness value of 8.2 nm) and enhance stability resisting 5000 cycles of bending or H₂S gas corrosion. High efficiency FOLEDs with large emission area using commercial materials and structure were demonstrated, achieving a maximum external quantum efficiency of 25.9% and luminous efficiency over 21 cd/A due to better optoelectrical properties and higher work function. It suggests an important step toward producing commercial AgNW based hybrid FTEs for flexible OLEDs and other flexible electronics.

基于银纳米线的柔性透明电极（AgNW FTE）是柔性电子产品最有希望的下一代电极。通过溶液法制备了新型AgNW-MXene @ PEDOT：PSS（AgNW-MP）FTE，并进一步展示了柔性有机发光二极管（FOLED）。Ti ₃ C ₂ T _x MXene与PEDOT：PSS之间的相互作用允许PEDOT：PSS和AgNW-MP FTE的高导电醌型态实现17Ω/ sq的薄层电阻和97.6％的透射率。MP21杂化材料（质量比为2：1）作为纳米焊接材料可改善表面粗糙度（RMS粗糙度值为8.2 nm）并增强稳定性，可抵抗5000次弯曲或H ₂循环S气体腐蚀。演示了使用商用材料和结构的具有大发射面积的高效FOLED，由于具有更好的光电性能和更高的功函，其实现了25.9％的最大外部量子效率和超过21 cd / A的发光效率。这表明朝着生产用于柔性OLED和其他柔性电子产品的商用基于AgNW的混合FTE迈出了重要的一步。