摘要
Aiming to enhance the luminescence yield of carbon nanotubes, we introduce a new class of hybrid nanoplasmonic colloidal systems （π-hybrids）. Nanotubes dispersed in gold nanorod colloidal suspensions yield hybrid structures exhibiting enhanced luminescence up to a factor of 20. The novelty of the proposed enhancement mechanism relies on including metal proximity effects in addition to its localized surface plasmons. This simple, robust and flexible technique enhances the luminescence of nanotubes with chiralities whose enhancement has never reported before, for example the （8,4） tube.
试图提高碳 nanotubes 的光收益，我们介绍混合 nanoplasmonic 的一个新班胶体的系统(-hybrids) 。在胶体的暂停产出混合结构展出的金 nanorod 驱散的 Nanotubes 提高了光直到 20 的一个因素。建议改进机制的新奇依靠除了它的局部性的表面电浆子包括金属最近效果。这种简单、柔韧、灵活的技术与其改进以前从来没报导过的 chiralities 提高 nanotubes 的光，例如(8,4 ) 试管。
