涂层
材料科学
隐形眼镜
氰基丙烯酸酯
CLs上限
光泽度(光学)
耐久性
接触角
纳米技术
透射率
清漆
按需
角膜炎
表面粗糙度
复合材料
镜头(地质)
可见光谱
紫外线
抗菌活性
夜视
酸蚀
硫氰酸铵
光学
涵洞
作者
Chenwei Sun,Lin Li,Zeyu Yang,Yi Guo,Jieyu Zhang,Xuefeng Hu,Yunbing Wang
摘要
, which are the main pathogens of IK. Moreover, this antibacterial coating maintains the intrinsic visible light transmittance (100%) and wearing comfort of the pristine CLs due to its colorless nature and ultrasmooth surface (surface roughness lower than 1 nm). Furthermore, this coating was covalently linked on CLs, ensuring durability after prolonged storage in a standard lens care solution. The Si-N structures and methyl groups in the coating notably augment its ability to shield against ultraviolet radiation, and the intrinsic robustness of the inorganic moieties provides strong resistance to abrasions. Therefore, this facile strategy for preparing a multifunctional coating on CLs holds immense promise for safeguarding CL wearers against the risk of IK.
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