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Flexible anodized aluminum oxide membranes with customizable back contact materials

机译:柔性阳极氧化铝氧化铝膜,具有可定制的背面接触材料

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摘要

Anodized aluminum oxide (AAO) membranes were fabricated using flexible substrate/carrier material. This method facilitates the use of AAO templates with many different materials as substrates that are otherwise incompatible with most anodization techniques. Thin titanium (Ti) and tungsten (W) layers were employed as interlayer materials. Titanium enhances adhesion. Tungsten not only helps eliminate the barrier layer but also plays a critical role in enabling the use of flexible substrates. The resulting flexible templates provide new, exciting opportunities in photovoltaic and other device applications. CuInSe2 nanowires were electrochemically deposited into porous AAO templates with molybdenum (Mo) as the back contact material. The feasibility of using any material to form a contact with semiconductor nanowires has been demonstrated for the first time enabling new avenues in photovoltaic applications.
机译:使用柔性基板/载体材料制造阳极氧化铝(AAO)膜。 该方法有助于使用与许多不同材料的AAO模板作为与大多数阳极氧化技术不相容的基板。 薄钛(Ti)和钨(W)层用作层间材料。 钛增强了粘附性。 钨不仅有助于消除阻挡层,而且在实现柔性基板中也发挥着关键作用。 由此产生的灵活模板在光伏和其他设备应用中提供了新的,激动人心的机会。 用钼(Mo)电化学沉积Cuinse2纳米线作为背部接触材料。 使用任何材料形成与半导体纳米线接触的可行性,首次证明了光伏应用中的新宽度。

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