1) textile plants
纤维植物
1.
Studies on the Resources of Starch plants,glucide plants and textile plants in our countries;
我国的淀粉、糖类和纤维植物资源及其用于乙醇发酵的探讨
2) 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
3) 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。
4) 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。
5) 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。
6) plant cellulose
植物纤维
1.
Effect of surface modifiers on mechanical properties of plant cellulose/polypropylene composites;
表面改性剂对植物纤维/聚丙烯复合材料力学性能的影响
2.
The process of the plant cellulose enzymatic hydrolysis and simultaneous saccharification and fermentation (SSF) was studied by using a plant cellulose—spent residue of xylose production as raw material.
采用一种植物纤维木糖渣为原料，对纤维酶水解及同时糖化和发酵（ Ｓ Ｓ Ｆ） 过程进行了研究。
3.
The plant cellulose is the most abundant and plentiful resources of the nature.
植物纤维(指植物木质纤维和纤维素纤维)是自然界最为丰富的聚合物材料,通过共混工艺实现植物纤维与热塑性塑料之间的复合是有效地开发和利用这一资源的崭新途径之一。
补充资料：品质最好的纤维植物(图）
在各种植物纤维中，苎麻纤维品质最好。它的纤维细胞最长，达620毫米，而且坚韧，富有光泽，染色鲜艳，不容易褪色。纯纺或混纺成各种粗细布料，既美观又耐用。苎麻纤维的抗张力强度要比棉花高8～9倍，可以做飞机翼布、降落伞的原料以及制造帆布、航空用的绳索、手榴弹拉线、麻线等各种绳索。
苎麻纤维在浸湿的时候，强度特别增大，吸收和发散水分快，而且具有耐腐、不易发霉的特性，是制造防雨布、鱼网等的好材料。苎麻纤维散热也快，不容易传电，因此可以做轮胎的内衬，电线的包皮，机器的传动带等。
我国栽培苎麻历史悠久，从唐朝的时候已经能充分利用苎麻纤维。现在我国的苎麻，不论是栽培面积还是总产量都占世界第一位。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。