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首页> 外文期刊>Journal of characterization and development of novel materials >Kinetic Method for the Definition of Antimicrobial Activity of Nanostructured Silver Particles in Fungi and Bacteria
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Kinetic Method for the Definition of Antimicrobial Activity of Nanostructured Silver Particles in Fungi and Bacteria

机译:动力学方法定义真菌和细菌中纳米银颗粒的抗菌活性

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摘要

Experimental results show design and creation of new generation of modifiers with introduced SNPs to be applied in advanced technologies. SNPs, both synthesized and characterized, are of particular interest as protective means (fungicides, biocides) during long-term storage and operation of materials of various origins. It is shown that polymeric samples with SNPs manifest highly signified fungicide properties, whereas control samples have no such properties. Possible mechanism of SNP impact on microscopic fungi and bacteria is considered. Rapid assessment technique for SNP biocide effect on the growth of microorganisms by determination of macrokinetic constants.
机译:实验结果表明,采用引入的SNP的新一代修饰剂的设计和创建可应用于先进技术。合成和表征的SNP作为各种来源的材料的长期存储和操作期间的保护性手段(杀菌剂,杀生物剂)特别受关注。结果表明,具有SNPs的聚合物样品表现出很高的杀菌性能,而对照样品则没有这种性能。考虑了SNP影响微观真菌和细菌的可能机制。通过确定宏观动力学常数,快速评估SNP杀菌剂对微生物生长的影响。

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