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Direct Harvesting of Photosynthetic Electrons from Plants and Algal Cells for Green Power Generation

机译:从植物和藻类细胞直接收集绿色发电的藻类电池

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In photosynthesis, solar energy is converted into electrons, photosynthetic electrons (PEs), and they are utilized for survival of plant cells or stored in the form of carbohydrates. Due to high conversion efficiency of photosynthesis ~100 %, various efforts have been made to collect photosynthetic electrons. We have developed various nanoelectrode systems to understand and estimate the feasibility of direct extraction of PEs both from living algal cells and isolated thylakoid membranes from spinach leaves. In this talk, nanoelectrode systems for PE extraction will be introduced and their performance will be discussed. Finally, how this PE extraction can be developed into a power system in a form of bio-photo-electrochemical cell, and their feasible application for self-powered sensor systems will be discussed.
机译:在光合作用中,太阳能被转换为电子,光合电子(PE),它们用于植物细胞的存活或以碳水化合物的形式存放。由于光合作用的高转换效率〜100%,已经进行了各种努力来收集光合电子。我们已经开发了各种纳米电极系统,以了解和估计来自菠菜叶片的血液细胞和分离的紫花板膜的直接提取PES的可行性。在该谈话中,将引入用于PE提取的纳米电极系统,并将讨论它们的性能。最后,如何以生物光电化学电池形式开发到该PE提取的电力系统,并且将讨论其对自动传感器系统的可行应用。

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