Abstract:Supporting information for this article is available free of charge via the Internet at http://sioc-journal.cn. Project supported by the Shandong University multidisciplinary research and innovation team of young scholars (2020QNQT018). 山东大学青年交叉科学群体项目(2020QNQT018).
“…However, at 4% incorporation, the normal cross-linking of the PDMS matrix may be affected due to two reasons. One aspect involves the physical space obstruction caused by powders, 31 while the other aspect pertains to the disruption of Si–H bonds in the crosslinker B due to the strong alkalinity of Ca(ClO) 2 , 29 leading to an unexpected increase in porosity.…”
The article introduces a new PDMS/Ca(ClO)2 material that releases chlorine over two weeks, effectively combating bacterial growth, and suggesting versatile applications in biomedical and industrial disinfection.
“…However, at 4% incorporation, the normal cross-linking of the PDMS matrix may be affected due to two reasons. One aspect involves the physical space obstruction caused by powders, 31 while the other aspect pertains to the disruption of Si–H bonds in the crosslinker B due to the strong alkalinity of Ca(ClO) 2 , 29 leading to an unexpected increase in porosity.…”
The article introduces a new PDMS/Ca(ClO)2 material that releases chlorine over two weeks, effectively combating bacterial growth, and suggesting versatile applications in biomedical and industrial disinfection.
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