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New Materials through Bioinspiration and Nanoscience

机译:通过生物启发和纳米科学的新材料

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摘要

It was recognized a long time ago that new material functionalities emerge from the assembly of nanoscale objects. Indeed, optical or mechanical properties are largely determined at this length scale. The last decades have brought many new approaches to manipulate objects at this fine, earlier unapproachable, size. This length scale is also the one that living cells-themselves spanning the microscale-control in an exquisite way, giving rise to elaborate materials with optimized designs, architectures, properties and functionalities. It is, therefore, not surprising that nanoscience is increasingly turning to natural materials for inspiration. This has led to a very logical convergence of the nanosciences with bioinspired materials sciences.
机译:很久以前就认识到,新材料的功能是从纳米物体的组装中出现的。实际上,光学或机械性质在此长度尺度上很大程度上确定。过去的几十年带来了许多新方法来以这种精细的,以前无法接近的大小操纵对象。这种长度尺度也是活细胞自身跨越微尺度控制的尺度,从而产生了具有优化设计,架构,特性和功能的精致材料。因此,毫不奇怪的是,纳米科学越来越多地转向天然材料寻求灵感。这导致了纳米科学与生物启发性材料科学的非常合乎逻辑的融合。

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  • 来源
    《Advanced Functional Materials》 |2013年第36期|4398-4399|共2页
  • 作者

    Joanna Aizenberg; Peter Fratzl;

  • 作者单位

    Harvard School of Engineering and Applied Sciences Cambridge, MA, USA;

    Max Planck Institute of Colloids and Interfaces Potsdam, Germany;

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  • 正文语种 eng
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