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Study of the Properties of Al_2O_3-Ag Nanopowders Produced by an Innovative Thermal Decomposition-Reduction and Silver Nitrate Reduction Methods

机译:创新的热分解还原法和硝酸银还原法制备Al_2O_3-Ag纳米粉的性能研究

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The present study is concerned with the morphology, physical properties and biocidal activity of Al_2O_3-Ag nanopowders produced by two methods: thermal decomposition-reduction and the silver nitrate reduction. The innovative method of thermal decomposition-reduction has been described in our earlier publication and is protected by our patent application, whereas the silver nitrate reduction method is commonly used in industry at the present. The nano-powders produced by these two methods differ considerably from one another in terms of their morphology and physical properties. The proposed method of thermal decomposition-reduction gives Al_2O_3-Ag nano-powders which are not only much less agglomerated with the average agglomerate sizes below 1 μm, but also the average size of their particles is considerably smaller (below 60 nm). Moreover, their specific surface is larger (above 200 m~2g~(-1)) and they have good bactericidal and fungicidal properties.
机译:本研究涉及热分解-还原和硝酸银还原两种方法制备的Al_2O_3-Ag纳米粉体的形貌,物理性质和杀生物活性。在我们较早的出版物中已经描述了减少热分解的创新方法,该方法受到我们的专利申请的保护,而硝酸银的还原方法目前在工业上是常用的。通过这两种方法生产的纳米粉体在形貌和物理性质方面彼此明显不同。所提出的热分解还原方法得到的Al_2O_3-Ag纳米粉不仅团聚程度低得多,平均团聚体尺寸小于1μm,而且其颗粒的平均尺寸也非常小(低于60 nm)。而且,它们的比表面积更大(大于200m〜2g〜(-1)),并且具有良好的杀菌和杀真菌特性。

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