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Nano-structured metal oxides: synthesis,characterization and application formultifunctional cotton fabric

机译:纳米结构金属氧化物:多功能棉织物的合成,表征及应用

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Zinc oxide (ZnO) and titanium dioxide (TiO2) nanoparticles (NPs) are prepared from theirsalts in form of aqueous suspensions to provide multifunctional cellulosic substrate.ZnONPs and TiO2-NPs are obtained in the range of 3–5nm and 8–15nm,respectively.Preparedsuspensions are loaded onto knitted cotton fabrics and fxed using reactive softener and/orcitric acid.Antimicrobial activity,ultraviolet protection (UPF) and self-cleaning in respectto metal oxides add-on to the fabrics are investigated.Fabrics treated with ZnO-NPs for 10 gl?1(white fabrics) and 5g l?1(dyed fabrics) were cidal for both gram negative and positivebacteria.Using 5g l?1TiO2-NPs in the presence of reactive softener has a bacteriostatic effectand showed a decent bacteria reduction.TiO2-NPs showed the better UPF values than thoseof ZnO treated fabrics when it compared to the same fabric structure.Discoloration values ofTiO2-NPs treated fabrics showed superior color fading over the ZnO-NPs treated samples.
机译:由它们的盐以水悬浮液形式制备氧化锌(ZnO)和二氧化钛(TiO2)纳米颗粒(NPs),以提供多功能的纤维素底物。分别获得3-5nm和8-15nm范围内的ZnONPs和TiO2-NPs。将制备的悬浮液装载到针织棉织物上,然后使用反应性柔软剂和/或柠檬酸固定。研究了织物上金属氧化物的抗菌活性,紫外线防护(UPF)和自洁性.ZnO-NPs处理的织物10 gl?1(白色织物)和5g l?1(染色织物)对革兰氏阴性和阳性细菌均具有杀灭作用。在反应性柔软剂存在下使用5g l?1TiO2-NP具有抑菌作用,并显示出适度的细菌减少。与相同的织物结构相比,-NPs具有比ZnO处理的织物更好的UPF值。TiO2-NPs处理的织物的变色值比ZnO-NPs处理的样品具有更好的褪色性。

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