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最近一篇光催化TiO2 NATURE NANOTECHNOLOGY
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同样都是做的TiO2光催化，2011年出了一篇黑色TiO2的science，2012年又有nature chemistry的Au-TiO2的光催化。现在又出了一篇关于TiO2 的NATURE NANOTECHNOLOGY。也不知道有没有人发，也不做太多评论了，就让我们欣赏一下学术大家们的学术思路与造诣吧。 Solar conversion to electricity or to fuels based on electron– hole pair production in semiconductors is a highly evolved scientific and commercial enterprise1–10. Recently, it has been posited that charge carriers either directly transferred from the plasmonic structure to a neighbouring semiconductor (such as TiO2) or to a photocatalyst, or induced by energy transfer in a neighbouring medium, could augment photoconversion processes, potentially leading to an entire new paradigm in harvesting photons for practical use11–16. The strong dependence of the wavelength at which the local surface plasmon can be excited on the nanostructure makes it possible, in principle, to design plasmonic devices that can harvest photons over the entire solar spectrum and beyond. So far, however, most such systems show rather small photocatalytic activity in the visible as compared with the ultraviolet17–26. Here, we report an efficient, autonomous solar water-splitting device based on a gold nanorod array in which essentially all charge carriers involved in the oxidation and reduction steps arise from the hot electrons resulting from the excitation of surface plasmons in the nanostructured gold. Each nanorod functions without external wiring, producing 531013 H2 molecules per cm2 per s under 1 sun illumination (AM 1.5 and 100 mWcm22), with unprecedented long-term operational stability. |
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2013-05-26 17:58:07, 1.23 M
» 收录本帖的淘帖专辑推荐
 Nano&Micro | 电化学电源、电源管理 | 光催化专辑 | DSSC（偏重以TiO2为光阳极资料的收集) |
| reviews paper | 二氧化钛相关资源 | 环境能源科学 | 综述类文章+前沿研究 |
| 好帖好书好资料 | 材料科学 | ZnO，TiO2及各种软件 | 光伏&光催化 |
| 催化剂 | 纳米材料 | 文献 | 石墨烯复合材料 |
| 基金 | 光电材料 | 文献 | 光催化 |
| 物理化学 | 2012 | 值得一看 | 感情 |
| 纳米农药制备 |
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