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New Development of molecular catalysts for water oxidation

机译:水氧化分子催化剂的新进展

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Artificial photosynthesis is expected as one of promising clean energy-providing systems in future. Development of an efficient catalyst for water oxidation to evolve O_(2) is a key task to yield a breakthrough for construction of an artificial photosynthetic device. Recently, significant progress has been reported in development of the molecular catalysts for water oxidation based on manganese, ruthenium and iridium complexes. The molecular aspects of the catalysts in chemical, electrochemical, and photo- or photoelectro-driven water oxidation were reviewed to provide hints to design an efficient catalyst. This review will mainly cover the related progress in the last 5 or 6 years.
机译:人工光合作用有望在未来成为有前途的清洁能源提供系统之一。开发用于水氧化以生成O_(2)的有效催化剂是一项关键任务,需要为构建人造光合装置取得突破。最近,已经报道了基于锰,钌和铱配合物的水氧化分子催化剂的开发取得了重大进展。审查了化学,电化学以及光或光电子驱动的水氧化中催化剂的分子方面,为设计有效的催化剂提供了提示。这项审查将主要涵盖最近5或6年的相关进展。

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