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Functional Nanomaterials Based on Dendronized Nanoparticules

机译:基于Dendronized纳米粒子的功能纳米材料

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1.Introduction The nanotechnology revolution shall probably not occur without the prior emergence of reliable self-assembling techniques.It is quite clear today that in spite of their incredible progress, top-down technologies and lithographic techniques are getting close to their limits.With the promise of lower cost, self-assembling techniques stand unrivaled, the mere existence of self-assemblod living creatures being an obvious proof of their ultimate efficiency.Moreover, as space is no longer a problem in nanoscale devices, such systems can have an inherent potentially high reproducibility making them much less sensitive to damage or fabrication errors than the present ones.On the other hand,liquid crystals are the arch example of self-organizing nano-objects.The rules governing the appearance and stability domain of the various phases are now well understood, and the fluid nature of their mesophases makes these materials intrinsically defect tolerant.
机译:1引言如果没有可靠的自组装技术的出现,纳米技术革命就不会发生。今天很明显,尽管自上而下的技术和光刻技术已经取得了令人难以置信的进步,但它们已经接近极限。低成本的希望,自组装技术无与伦比,仅存在自组装生物便是其最终效率的明显证明。此外,由于空间不再是纳米级设备的问题,此类系统可能具有内在的潜在潜力。高重现性使它们对损伤或制造错误的敏感性不如目前的晶体。另一方面,液晶是自组织纳米物体的重要例子。现在控制各相的外观和稳定性域的规则众所周知,中间相的流动性使这些材料本质上具有耐缺陷性。

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