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首页> 外文期刊>Medicinal Chemistry >Going Little for Large Arrangements Sub-Nanoparticle Impetuses Produced Using Coinage Components as Successful Impetuses
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Going Little for Large Arrangements Sub-Nanoparticle Impetuses Produced Using Coinage Components as Successful Impetuses

机译:对于大型布置少的布置亚纳米颗粒,使用造币组分作为成功动脉生产

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Because of their little size, nanoparticles find fluctuated applications in fields extending from medication to hardware. Their little size permits them a high reactivity and semiconducting property not found in the mass states. Sub-nanoparticles (SNPs) have a tiny width of around 1 nm, making them significantly littler than nanoparticles. Practically all particles of SNPs are accessible and uncovered for responses, and subsequently, SNPs are required to have exceptional capacities past the properties of nanoparticles,especially as impetuses for mechanical responses. Nonetheless, readiness of SNPs requires fine control of the size and piece of every molecule on a subnanometer scale, making the utilization of ordinary creation strategies close to unthinkable.
机译:由于它们的尺寸很小,纳米颗粒在从药物到硬件延伸的田地中发现波动的应用。它们的大小允许它们在大规模状态中未发现的高反应性和半导体性能。亚纳米颗粒(SNP)具有约1nm的微小宽度,使它们显着含有比纳米颗粒的厚度。实际上,所有SNP的颗粒都可以接近并揭示反应,随后,SNP需要具有纳米颗粒性质的卓越能力,特别是作为机械反应的动力。尽管如此,SNP的准备情况需要对亚尺度的尺寸和各个分子的大小和片段进行精细控制,从而利用普通的创建策略,接近不可思议。

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