Biodegradable materials of Eucalyptus camaldulensis, Rosmarinus officinalis, and Pinus brutia were applied in this research to protect wool fabrics against Anthrenus verbasci. To do so, alcoholic extraction of the aforementioned compounds was first carried out and then, preventive protection and optimization of wool fabric mothproofing property, using pentagonal design and response surface method, was conducted; up to now, such a process was not reported and presented. Vicinity time and concentrations of Eucalyptus camaldulensis, Rosmarinus officinalis, and Pinus brutia extracts were considered as independent variables, and efficiency of mothproofing property through wool destruction amounts was assumed as the dependent variable. Quadratic statistical models and optimized conditions of wool protection against A. verbasci were obtained and meticulously examined. The results revealed that alcoholic extraction is an efficient method to extract the effective materials of Eucalyptus camaldulensis, Rosmarinus officinalis, and Pinus brutia, which are environmentally-friendly compounds, and that Eucalyptus camaldulensis is an excellent protection against A. verbasci, more so than the other compounds utilized in this research.

本研究采用金桉、迷迭香和黑松的可生物降解材料保护羊毛织物免受马鞭草的侵害。为此，首先对上述化合物进行醇提，然后采用五边形设计和响应面法对毛织物的防蛀性能进行预防性保护和优化；到目前为止，还没有报告和介绍过这样的过程。Eucalyptus camaldulensis、Rosmarinus officinalis和Pinus brutia的邻近时间和浓度提取物被认为是自变量，防蛀性能通过羊毛破坏量的效率被假定为因变量。获得并仔细检查了羊毛针对A.verbasci 的二次统计模型和优化条件。结果表明，酒精提取法是一种提取桉树、迷迭香和黑松等环保化合物有效物质的有效方法，并且桉树是一种极好的抗白花蛇舌草的保护剂，优于马鞭草。本研究中使用的其他化合物。