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首页> 外文期刊>Advanced Functional Materials >Bridged nanocrystals in biominerals and their biomimetics: Classical yet modern crystal growth on the nanoscale
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Bridged nanocrystals in biominerals and their biomimetics: Classical yet modern crystal growth on the nanoscale

机译：生物矿物质及其仿生物中的桥接纳米晶体：纳米尺度上经典而现代的晶体生长

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摘要

We demonstrate nanoscale architectures in real biominerals and their biomimetics. Mimicking biomineralization, that is, crystal design in association with organic molecules, has been demonstrated in recent years. Although the macroscopic morphologies in real biominerals and biomimetics have been extensively studied, the nanoscopic structures in terms of the crystal growth are still not fully understood. We show that both materials form oriented architectures of bridged nanocrystals with incorporated organic polymers. The growth of nanocrystals by association with polymers is a significant step for the understanding and developing of crystal growth. The strategy could be applied to various systems in nanoscale crystal growth leading to functional materials.
机译：我们在实际的生物矿物及其仿生物中证明了纳米级结构。近年来，已经证明了模仿生物矿化，即与有机分子结合的晶体设计。尽管已经对真实的生物矿物质和仿生物的宏观形态进行了广泛的研究，但是关于晶体生长的纳米结构仍然没有被完全理解。我们表明这两种材料形成结合有机聚合物的桥接纳米晶体的定向体系结构。通过与聚合物缔合，纳米晶体的生长是理解和发展晶体生长的重要步骤。该策略可以应用于导致功能材料的纳米级晶体生长的各种系统。

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