植物纤维复合材料最佳纤维含量优化方法  

BEST FIBER CAPACITY OF COMPOUNDED PLANT FIBER MATERIAL

作　　者：缪宗华[1] 黄祖泰[1] 李正红[1] 陈礼辉[1] 邱仁辉[1] 

机构地区：[1]福建农林大学交通学院,福建福州350000

出　　处：《化工学报》2003年第12期1790-1793,共4页CIESC Journal

基　　金：福建省重点科技资助项目 (闽科计 2 0 0 1H0 3 2 )~~

摘　　要：The best capacity of fiber for different plant fiber composites and property index were obtained from experiment,and the best capacity of fiber corresponding to a single property index can be confirmed by the parabola equation. Furthermore, by combined the method of main composition analysis with the parabola equation, the best capacity of fiber can be determined accurately and reasonably which will provide the theorical basis and calculating method for determining the best capacity of plant fiber composites. The calculated optimum fibre contents of plant fibre composites are as follow:nylon matrix treated with coupling reaction 23.52%,nylon matrix treated with grafting reaction 23.77%,polypropylene matrix treated with coupling reaction 34.32%,polypropylene matrix treated with grafting reaction 27.71%.The best capacity of fiber for different plant fiber composites and property index were obtained from experiment, and the best capacity of fiber corresponding to a single property index can be confirmed by the parabola equation. Furthermore, by combined the method of main composition analysis with the parabola equation, the best capacity of fiber can be determined accurately and reasonably which will provide the theoretical basis and calculating method for determining the best capacity of plant fiber composites. The calculated optimum fiber contents of plant fiber composites are as follow: nylon matrix treated with coupling reaction 23.52%, nylon matrix treated with grafting reaction 23.77%, polypropylene matrix treated with coupling reaction 34.32%, polypropylene matrix treated with grafting reaction 27.71%.

关 键 词：植物纤维复合材料 最佳纤维含量 主成分分析法 

分 类 号：TQ327[化学工程—合成树脂塑料工业]