In this research work, sol–gel-derived oxygen barrier coatings on elastic substrate were reported. The synthesis process, layers deposition, and characteristic of physical and functional properties of films were presented. Two silica-based hybrid systems were studied where silicon precursors with different carbon chain length (C3 and C8) were used during the sol–gel synthesis. The microscope images showed that the produced coatings were free of defects and had smooth surface with more hydrophobic character than polyethylene terephthalate used as a substrate. The coatings were designed to improve barrier parameters for oxygen transmission through the foil, that was achieved by one-side layer deposition using spin-coating technic. The oxygen transmission rate of the substrate covered with one of the two different coatings examined by manometric method decreased by 35% or 54% of the initial value. Lower oxygen permeability was achieved for the sample containing octyl groups, which showed higher content of carbon atoms on the surface, higher value of water contact angle, and lower roughness parameters.

在这项研究工作中，据报道在弹性基材上有溶胶-凝胶衍生的阻氧涂层。介绍了薄膜的合成工艺，层沉积以及膜的物理和功能特性。研究了两种基于二氧化硅的混合体系，其中在溶胶-凝胶合成过程中使用了具有不同碳链长度（C3和C8）的硅前体。显微镜图像显示，与用作基材的聚对苯二甲酸乙二醇酯相比，所产生的涂层没有缺陷并且具有光滑的表面和更疏水的特性。涂层的设计旨在提高氧气通过箔的传输的阻隔参数，这是通过使用旋涂技术进行单面沉积来实现的。用测压法检查的被两种不同涂层之一覆盖的基材的氧气透过率降低了初始值的35％或54％。含辛基的样品的氧渗透率较低，这表明表面上的碳原子含量较高，水接触角的值较高，粗糙度参数较低。