Silver nanowires (AgNWs) with high aspect ratio were prepared by the solid-state ionics method using fast ionic conductor RbAg₄I₅ films under the different impressed currents and the corresponding transparent conductive films (TCFs) were prepared. The results indicate that the prepared AgNWs presented long-range order and short-range order and the average length of nanowires (NWs), which was approximately 400 μm, had no significant changes under different impressed currents. The best result of AgNWs-TCFs was the one with a transmittance of 87.3% at 550 nm accompanied with a low sheet resistance of 15.80 Ω/sq by controlling the drop-coating times, dispersant volume fraction and the impressed current intensity fixed at 2, 15% and 7 μA, respectively. The figure of merit for TCFs was 16.3, which is larger than the value of 8.8 for commercial indium tin oxide (ITO) films. These amazing results would render AgNWs-TCFs as a promising candidate to replace conventional ITO.

使用快速离子导体RbAg ₄ I ₅通过固态离子方法制备了高纵横比的银纳米线（AgNWs）。制备了在不同施加电流下的薄膜和相应的透明导电薄膜（TCF）。结果表明，制备的AgNWs表现出长程有序和短程有序，纳米线（NWs）的平均长度约为400μm，在不同的外加电流下没有明显变化。通过控制滴涂时间，分散剂体积分数和施加的电流强度固定为2，AgNWs-TCF的最佳结果是在550 nm处具有87.3％的透射率并具有15.80Ω/ sq的低薄层电阻的结果。 15％和7μA。TCF的品质因数为16.3，大于商用氧化铟锡（ITO）膜的8.8。这些惊人的结果将使AgNWs-TCFs有望取代传统的ITO。