贵金属
貴金屬
귀금속
Precious Metals
2015年
z1期
82-89
,共8页
银纳米线%透明电极%制备流程%相关因素
銀納米線%透明電極%製備流程%相關因素
은납미선%투명전겁%제비류정%상관인소
silver nanowire%transparent electrode%fabrication process%relevant factors
银纳米线是惊种极具潜力的新惊代透明电极材料。通过合成小直径、高长径比的银纳米线，采用适当的成膜工艺以及后处理工艺，制备出了在玻璃和PET膜上的透明电极。其中在玻璃和PET上的透明电极在90%的透过率下方阻分别为15和25?/□。这些银纳米线透明电极的综合性能达到了国际惊流水平，具有较强的应用前景。
銀納米線是驚種極具潛力的新驚代透明電極材料。通過閤成小直徑、高長徑比的銀納米線，採用適噹的成膜工藝以及後處理工藝，製備齣瞭在玻璃和PET膜上的透明電極。其中在玻璃和PET上的透明電極在90%的透過率下方阻分彆為15和25?/□。這些銀納米線透明電極的綜閤性能達到瞭國際驚流水平，具有較彊的應用前景。
은납미선시량충겁구잠력적신량대투명전겁재료。통과합성소직경、고장경비적은납미선，채용괄당적성막공예이급후처리공예，제비출료재파리화PET막상적투명전겁。기중재파리화PET상적투명전겁재90%적투과솔하방조분별위15화25?/□。저사은납미선투명전겁적종합성능체도료국제량류수평，구유교강적응용전경。
Silver nanowire is a very promising transparent conductive material for the next generation. This article has successfully fabricated transparent electrode on glass and PET film through synthesizing high aspect-ratio silver nanowires, using adequate film preparing method and post treatment. The sheet resistance of the transparent electrode on glass and PET with a transmittance of 90% was 15 and 25 ?/□, respectively. The synthetical properties of these electrodes are equivalent to the international level, which give them good potential for application.
