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Horizontally assembled green InGaN nanorod LEDs: scalable polarized surface emitting LEDs using electric-field assisted assembly

机译:水平组装的绿色InGaN纳米棒LED:使用电场辅助组装的可扩展偏振表面发射LED

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摘要

In this study, we report the concerted fabrication process, which is easy to transform the size of active emitting area and produce polarized surface light, using the electric-field-assisted assembly for horizontally assembled many tiny nanorod LEDs between two metal electrodes. We fabricate the millions of individually separated 1D nanorod LEDs from 2D nanorod arrays using nanosphere lithography, etching and cutting process of InGaN/GaN LED structure on a flat sapphire substrate. The horizontally assembled InGaN-based nanorods LED device shows bright (~2,130 cd/m2) and uniform polarized (polarization ratio, ρ = ~0.61) green emissions from large area (0.7 cm × 0.6 cm) planar surface. The realization of a horizontally assembled nanorod LED device can prove the concept of an innovative idea to fabricate formable and scalable polarized surface LED lighting.
机译:在这项研究中,我们报告了使用电场辅助组件在两个金属电极之间水平组装许多微小纳米棒LED的协调制造过程,该过程易于改变有源发射区域的大小并产生偏振表面光。我们使用蓝宝石衬底上的InGaN / GaN LED结构的纳米球体光刻,蚀刻和切割工艺,从2D纳米棒阵列中制造了数百万个单独的1D纳米棒LED。水平组装的基于InGaN的纳米棒LED器件显示出大面积(0.7 cm×0.6 cm)发出的明亮(〜2,130 cd / m 2 )和均匀偏振(偏振比,ρ=〜0.61)的绿色发射光平面。水平组装的纳米棒LED器件的实现可以证明制造可成形和可缩放的偏振表面LED照明的创新思想。

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