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Photoelectrochemical Measurements at Hydrogen Solar

机译:氢太阳能的光电化学测量

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Recent progress in nanotechnology has stimulated research in the area of advanced materials and resulted in the development of a new class of nano structured materials. These materials are finding uses in a wide range of applications including photoelectrochemical water splitting using Tandem Cells™ . This is a novel concept designed to generate hydrogen by splitting water under direct sunlight. A Tandem Cell™ consists of two photocells which are connected optically in series, each containing a nanostructured semiconductor photoelectrode (Fig. 1). The Tandem Cell™ is a low cost alternative to solar water splitting configurations proposed by others and Hydrogen Solar is currently in the process of developing the technology.
机译:纳米技术最近的进展在先进材料领域刺激了研究,导致开发了一类新的纳米结构材料。这些材料在各种应用中寻找用于使用串联单元™的光电化学水分解。这是一种新颖的概念,旨在通过在直射阳光下分配水来产生氢。串联单元™由两个光电池组成,它们串联连接,每个光电池串联连接,每个光电池均包含纳米结构半导体光电极(图1)。 Tandem Cell™是一种低成本的替代方案,其其他人提出的太阳能分裂配置,而氢太阳能目前正在开发技术的过程中。

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