Hou Harvey J M
Department of Physical Sciences, Alabama State University, Montgomery, AL 36104, USA.
Materials (Basel). 2011 Sep 28;4(10):1693-1704. doi: 10.3390/ma4101693.
In nature, the water-splitting reaction via photosynthesis driven by sunlight in plants, algae, and cyanobacteria stores the vast solar energy and provides vital oxygen to life on earth. The recent advances in elucidating the structures and functions of natural photosynthesis has provided firm framework and solid foundation in applying the knowledge to transform the carbon-based energy to renewable solar energy into our energy systems. In this review, inspired by photosynthesis robust photo water-splitting systems using manganese-containing materials including Mn-terpy dimer/titanium oxide, Mn-oxo tetramer/Nafion, and Mn-terpy oligomer/tungsten oxide, in solar fuel production are summarized and evaluated. Potential problems and future endeavors are also discussed.
在自然界中,植物、藻类和蓝细菌通过光合作用在阳光驱动下进行的水分解反应储存了大量太阳能,并为地球上的生命提供了至关重要的氧气。近年来,在阐明自然光合作用的结构和功能方面取得的进展为将相关知识应用于将碳基能源转化为可再生太阳能并纳入我们的能源系统提供了坚实的框架和基础。在这篇综述中,受光合作用启发,总结并评估了用于太阳能燃料生产的、使用含锰材料(包括锰-三联吡啶二聚体/二氧化钛、锰-氧四聚体/纳滤膜和锰-三联吡啶低聚物/氧化钨)的强大光解水系统。还讨论了潜在问题和未来的努力方向。