DP - 2014年9月04日,TA - 当前世界环境PG - 615-622 VI - 26 IP - 29 IP - 29 4099 - www.cwwejournal.org/article/575/ 4100 - www.a-i-l-s-a.com/article/575/ ab - 纳米纳米应用已涉及油漆,塑料,纺织和医疗行业。纳米玻璃颗粒吸收汗液,又避免刺鼻的脚。本研究旨在确定Ag涂层不同的袜子织物的抗菌活性,并比较其在减少脚踏犬植物细菌中的功效。通过使用硝酸银和三柠檬酸钠,通过湿还原法以各种浓度进行纳米玻璃颗粒的合成。通过将这些织物暴露于24小时的各种银浓度将这些织物暴露于各种银浓度,通过将不同的袜子织物,棉,尼龙和混合棉和尼龙进行涂层。通过区域抑制试验和抗菌试验检查纳米液织物的抗菌效果。涂覆的尼龙织物显示出比其他织物更好的抗微生物活性。抗菌活性和织物类型之间没有显着差异。Klebsiella Pneumoniae表现出最小的抑制区,并且抑制区随着银浓度的增加而增加。 The inhibition zones varied according to bacterial species, each species had its own minimum inhibition concentration. The percentages of reduction ranged between 18-80%. Sarcina lutea was highly sensitive to nanosilver particles. The effect of temperature, relative humidity, dirt and oil on the antibacterial activity of silver coated fabrics should be studied in the future.