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BIO-INSPIRED AND BIOTEMPLATED ARTIFICIAL PHOTOSYNTHETIC SYSTEMS FOR SOLAR FUELS GENERATION

机译:太阳能和生物模板人工光合系统的产生

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Materials found in nature combine many inspiring properties,nsuch as sophistication, miniaturization, hierarchical organizations,nhybridization, resistance, and adaptability, after billions of years ofnstringent selection processes. A notable feature of natural systems isnthat they exhibit highly organized hierarchical structures from thennano- to the macrometer scale. Many of these hierarchical, elaboratenstructures are barely attainable by man-made materials. Thenstructural hierarchies in nature possess various intriguing properties.nThus, inspiration from nature’s repertoire to organize and assemblenmaterials on length scales, or biomimic nature’s elaboratenarchitectures or systems to design and construct complicatednstructures with related functions, has brought about a promising areanof bio-inspired materials and systems [1-3].
机译:经过数十亿年的严格选择过程,自然界中发现的材料具有许多令人振奋的特性,例如复杂性,微型化,等级化组织,杂交,抗性和适应性。自然系统的一个显着特征是它们展现出从纳米尺度到宏观尺度的高度组织的层次结构。人造材料几乎无法获得许多这些层级的拉坯结构。自然界中的结构层级具有各种有趣的性质。因此,从自然界的经验中汲取灵感,可以按长度尺度组织和组装材料,或者模仿自然界的仿生结构或系统来设计和构造具有相关功能的复杂结构,从而为生物启发性的材料和系统领域带来了广阔的前景。 [1-3]。

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    State Key Lab of metal matrix Composites Shanghai JiaotongUniversity Shanghai 200240 China;

    International Center for Materials Nanoarchitectonics (WPIMANA)National Institute for Materials Science (NIMS) 1-1Namiki Tsukuba Ibaraki 305-0044 Japan;

    State Key Lab of metal matrix Composites Shanghai JiaotongUniversity Shanghai 200240 China;

    State Key Lab of metal matrix Composites Shanghai JiaotongUniversity Shanghai 200240 China;

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