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Nano/Micro Structured Bioglasses Synthesized via Sol-gel and Electrohydrodynamic (EHD) Approaches

机译:通过溶胶 - 凝胶和电液动力学(EHD)方法合成的纳米/微结构化生物制品

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In this paper we shall review our recent research on forming of bioglass architectures using simultaneous flow of precursors through a device which can contain several co-axial needles and operates in an electric field. In particular, research involving sol-gel and electrospinning technique combinations will be described. The co-flow in different situations can be made to jet and produce particles or tubes. In addition, silver ions can be accommodated in the glass precursor so that the Si-O-Si network forming process can be manually interfered at an atomic level, and the bioglass nanotube wall structure can be manipulated, from dense to a 'lace-like' structure (Fig 1a).
机译:在本文中,我们将审查我们最近使用能够含有多个共轴针的装置的同时流动的生物胶剂架构的研究。特别地,将描述涉及溶胶 - 凝胶和静电纺丝技术组合的研究。可以使不同情况下的共流射流并产生颗粒或管。另外,银离子可以容纳在玻璃前体中,使得Si-O-Si网络形成过程可以在原子水平上手动干扰,并且可以操纵生物胶纳米管壁结构,从致密到“蕾丝状” '结构(图1A)。

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