1) agricultural plant fibre
农业植物纤维
2) agricultural fibrous materials
农业纤维物料
1.
Some problems are pointed out, those are: 1) ln most of the studies,compression of agricultural fibrous materials were made only in closed-end dies; 2)Theoretical study is separated from the practice; 3)Some factors affecting com-pression are not considered overally; 4)Only simple rheologic characteristics of agricul-tural fibrous materials during being compressed is studied.
全面分析了国内外关于农业纤维物料压缩研究的现状，指出了存在的问题，即：1）过去的研究多属“闭式”压缩试验研究；2）理论研究与实验脱节；3）对压缩过程中的影响因素考虑得不够全面；4）对压缩过程中被压缩物料的流变学特性研究不够。
3) plant fiber
植物纤维
1.
Status and developmental trends of plant fibers and their reinforced composites;
植物纤维及其增强复合材料的研究进展
2.
A study of the applications of mineral fiber in place of plant fiber;
矿物纤维代替植物纤维的应用与展望
4) Vegetable Fiber
植物纤维
1.
Progress in Chemical Conversion of Natural Vegetable Fiber to Thermoplastic Materials;
天然植物纤维转变为热塑性材料研究进展
2.
As a kind of low cost and renewable resource, vegetable fibers have been chosen as the reinforced material of cement-based composites, and research on the material and its application have important practical engineering meanings.
植物纤维是一种低成本、可再生的资源，研究将其作为水泥基材料的增强材有很实际的意义。
5) cellulose fiber
植物纤维
1.
The properties of paper made up of bacterial cellulose and cellulose fiber was analyzed.
作者重点研究了细菌纤维素湿膜经机械匀浆处理所得的细菌纤维与植物纤维混合抄片的纸页性能。
2.
The properties of paper made of bacterial cellulose and conventional cellulose fiber were analyzed.
研究了细菌纤维素湿膜经机械匀浆处理后 ,细菌纤维与植物纤维混合抄片的纸页性能。
3.
The application of some kinds of softener, such as phosphate ester, in the composites composed of collagen and cellulose fibers was compared.
主要对比了磷酸酯等几类纸用柔软剂,在胶原纤维/植物纤维复合材料和纸张中的应用效果,试验表明:综合考虑柔软度、裂断长、吸水性及经济成本等指标,在加入量为0。
6) Plant fibers
植物纤维
1.
Examinations with IR,XPS and DTA showed that the valence of Rh was not changed after reaction and the plant fibers were not decomposed below 200 ℃.
报道一种新型植物纤维素负载的铑络合物催化剂，在６０～９０℃，４。
2.
Results show the gap between plant fibers and their synthetic counterparts are becoming small.
结果表明,植物纤维与合成材料的差距将越来越小,并有望在 GMT 复合材料中替代玻璃纤维。
补充资料：植物纤维增强体
分子式：
CAS号：
性质：植物纤维主要有棉纤维和麻纤维。棉纤维是生长棉籽上的纤维细胞，成熟的纤维由角质膜初生壁，次生壁及胞腔组成。棉纤维长短不一，有皮棉和棉短绒之分。两者的纤维结构与化学组成基本相似。麻和棉一样是具有相同细胞结构的天然纤维素。这类纤维主要用于生产棉织品和麻织品，造纸，炸药和制造碳纤维。也可直接用于增强树脂作为低性能复合材料。
CAS号：
性质：植物纤维主要有棉纤维和麻纤维。棉纤维是生长棉籽上的纤维细胞，成熟的纤维由角质膜初生壁，次生壁及胞腔组成。棉纤维长短不一，有皮棉和棉短绒之分。两者的纤维结构与化学组成基本相似。麻和棉一样是具有相同细胞结构的天然纤维素。这类纤维主要用于生产棉织品和麻织品，造纸，炸药和制造碳纤维。也可直接用于增强树脂作为低性能复合材料。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条