亚麻纤维

FT-IR证明-CN已接到亚麻纤维上，SEM照片表明，接枝后的亚麻纤维表面有凸起而变得粗糙。

FT-IR spectrums indicate that ( - CN ) groups have been induced into flax . SEM image shows that grafted flax surface turns rougher and heavier .

本课题研究的主要内容是模压方法加工亚麻纤维增强低熔点涤纶（LMPET）复合材料，预成型件为亚麻/LMPET混合非织造布，并且测试、分析了的复合材料的各项性能。

In this research , the method of compression moulding flax reinforced low melt point PET ( LMPET ) composite and the properties of composites are studied . The preforming is in the form of nonwovens .

介绍了亚麻纤维和Modal纤维的特性。

The properties of flax fiber and Modal are introduced .

基于以上5个特征，分别训练了棉/亚麻纤维的BP神经网络分类器和最小二乘支持向量机分类器。

The above five characteristic variables are used to construct the BP neural network classifier and the least square support vector machine classifier .

ES纤维与亚麻纤维的粘合属于非极性粘合。

The bond between the flax fibers and the ES fibers belongs to non - polarity .

以亚麻纤维为增强体，与聚丙烯（PP）长丝进行丝束级共混，形成PP包覆亚麻的纱线结构，利用机织工艺织成二维机织布，作为复合材料的预制件。

Polypropylene ( PP ) was commingled with flax fiber reinforcing material to realize the mixture of two materials at the stage of yarn .

详细描述了亚麻纤维、Modal和涤纶混合纺制针织用纱（线）的工艺流程和生产过程中的工艺参数。

The spinning process of flat / polyester / Modal blending knitting yarn is described in detail . The process parameters of each process steps are discussed .

HBP-NH2接枝氧化亚麻纤维的UPF值从3.44提高到13.19。

The UPF value was increased from 3.44 to 13.19 .

如果温度太低，在没有达到ES纤维的熔点之前，ES纤维没有充分熔融，不能很好地连结亚麻纤维。

If the temperature is too low , which can not reach the ES fibers ' melt point , the ES fibers can not melt fully and can not bind flax fibers .

亚麻纤维发育规律及PGRs调控机理与效果研究

Studies on the Development of Flax Fibre and Effect of PGRs on the Yield and Quality of Flax

KPS-TU体系引发丙烯酸乙酯与亚麻纤维接枝共聚反应及产物的性能

Graft Copolymerization of Ethyl Acrylate Into Flax Fibre with KPS-TU as Initiator

经上述处理，亚麻纤维的白度87.60%，强度为800N。

All of above technologies make the white degree of linen fabric is 87.60 % and strength is 800N .

本课题中亚麻纤维经高碘酸钠选择性氧化后再接枝HBP-NH2制备了HBP-NH2接枝氧化亚麻纤维。

HBP-NH2 grafted oxidized linen fiber was prepared by the oxidation of linen with sodium periodate and subsequent grafted with HBP-NH2 .

胡麻中支纱的生产实践KPS-TU体系引发丙烯酸乙酯与亚麻纤维接枝共聚反应及产物的性能

Production practice of spining midium count yarn with oil flax fibre Graft Copolymerization of Ethyl Acrylate Into Flax Fibre with KPS-TU as Initiator

亚麻纤维产量品质形成规律研究

Study on the Formation of Yield and Quality of Flax Fibre

增容方法对聚丙烯/亚麻纤维性能的影响

Influence of Compatibilization Methods on Properties of PP / FF Composite

亚麻纤维在脱胶过程中形态结构的变化

Morphology and structure of flax fiber during retting of flax stem

脱胶过程中四个因素对亚麻纤维强度的影响

Effect of four factors in degumming on fibre strength of flax

亚麻纤维的精细化改性和可纺性能的研究

Study on the Refine Modifying and Fine Spinning of Flax Fiber

密度对亚麻纤维细胞发育的影响

The effects of density on development of fibric cells in flax

黄麻亚麻纤维混纺织物服用性能研究

Research on the Wearing Performance of Jute Flax Fiber Blended Fabric

碱-尿素改性条件下亚麻纤维微观结构的变化研究

The change on micro-structure of modified flax fibers under alkali-urea condition

工人们在梳理亚麻纤维。绣字母精梳细白麻纱手帕

The workers were teasing flax . white initialed combed lawn handkerchief

丙烯酸酯类与亚麻纤维接枝共聚反应的研究

Studies on the Graft Copolymerization of Acrylates onto Flax Fibres

亚麻纤维增强聚乳酸复合材料的制备与性能表征

Fabrication and characterization of flax fiber reinforced polylactic acid composite

环境条件对亚麻纤维产量形成的影响

Effect of environment on the formation of flax fibre yield

根据亚麻纤维的性质，讨论了前处理工艺粗纱染色工艺。

Pretreatment and dyeing processes of flax rove were studied .

亚麻纤维在造纸非织造布成形中的研究

Study on Flax Fibre Blending With Wood Plup to Form Non-woven Sheet

亚麻纤维全无氯漂白工艺研究

Processing Study of the Total Non-Chlorine Bleaching in Linen Fibre

氧化亚麻纤维和蛋白之间形成了共价结合。

The covalent bonds occurred between the oxidized flax fiber and protein .