生物污染
涂层
结垢
材料科学
硅酮
润湿
化学工程
聚氨酯
粘附
纳米技术
海洋工业
控制释放
杀生物剂
水解
基质(水族馆)
超疏水涂料
复合材料
辣椒素
胶粘剂
压阻效应
作者
Wenwen Zhang,Wenwu Cheng,Xi Wu,Linlin Wang,Lina Song,Hongyi Liu,Xiao Hou,Fandong Meng,Quan Liu,Xiaoli Zhan,Zhekun Shi,Qingqing Rao,Qinghua Zhang
标识
DOI:10.1021/acsami.6c05103
摘要
. Meanwhile, temperature-induced changes in the coating's wettability facilitate the detachment of bacteria from the surface. Furthermore, the coating exhibits exceptional properties in preventing protein and algae adhesion. It also exhibits excellent mechanical strength and self-healing capabilities with an adhesion strength of up to 2.49 MPa and a self-healing rate of up to 90.47%, highlighting its significant potential for marine antifouling applications.
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