原纤

可以接着再用热的单乙醇胺处理，原纤的网状排列就充分暴露出来。

Further treatment with hot monoethanolamine fully exposes the interlaced arrangement of fibrils .

木棉纤维的微细结构研究&胞壁层次结构与原纤尺度

Study on the Fine Structure of the Kapok Fiber & The Structure of Cell Walls and the Sizes of Fibrils

第三类型C类染料，对原纤化没有抑制作用。

The third category we call it C dyes .

在SEM下观察了弯曲疲劳过程的形态变化，发现该过程主要是结构沿纤维长度分裂即原纤化过程。

The morphology of both fibers during the fatigue process is observed by SEM .

Tencel纤维原纤化产生机理的探讨

Study on the Mechanism of Generating Fibrillation with Tencel Fiber

PBO纤维原纤化方法的研究

Methods of PBO fiber fibrillation

用柔软剂、蛋白质水解液和改性2D树脂处理Tencel/真丝交织物，用原纤化等级评价纤维水洗后表面原纤化的程度。

Softening agent , proteolytic liquid and modified DMDHEU were used to treat Tencel / real silk fabric and the fibrillating level on the fibre surface of the treated fabric was evaluated .

对位芳纶扭转疲劳断口呈现原纤分裂，UHMWPE纤维皮层呈蠕变特征，芯层有脆性断裂特征。

Fibrillation cleavages were observed on torsional fatigue fracture ends of para-aromatic fiber while creep characteristics was observed on the skin of UHMWPE fiber and the brittle rupture in the core .

聚丙烯腈（PAN）原纤、原丝、预氧纤维到碳纤维的结构逐步形成、演变，与其在制备过程所经历的外场环境有关，其微观结构影响碳纤维的宏观性能。

Polyacrylonitrile ( PAN ), from fibrillation , precursor , pre-oxidation fiber to carbon fiber , its structure gradually formed and evolved , which is connected with environment of external field in the process of preparation , its microstructure affects macroscopic properties of carbon fiber .

对大豆蛋白质纤维（PVASPF）的形态结构、共混结构以及各级原纤结构进行了研究，PVASPF的横截面呈多种不规则的非圆形，纵向表面较光滑，伴有某些条纹和沟槽。

The morphological structure , blending structure and all grades fibrillar structure of the PVA SPF were studied . The cross section of the PVA SPF appears anomalous noncircular , the longitudinal surface of it is slick with some stripes and grooves .

在合适的条件下，液晶聚合物（LCP）与PA共混，LCP产生原纤化作用，得到原位聚合物复合材料，具有很高的强度；

Under a given condition , liquid crystal polymer ( LCP ) exerted an action of fibrillation when it was blended with PA , and in such a case , a kind of polymer composite having pretty high strength formed in situ could be acquired .

目的建立一种微卫星多态性检测法对MFS家系成员进行原纤蛋白-1基因（FBN1）单倍型分离分析，探讨FBN微卫星检测对Marfan综合征（MFS）症状前诊断的应用价值。

Objective : To establish a haplotype segregation method using the microsatellite polymorphism in families with Marfan 's syndrome ( MFS ) for early diagnosis , management , and genetic counseling . To evaluate microsatellite detection in presymptomatic diagnosis of Marfan 's syndrome .

仿毛涤纶长丝原纤化现象初探

Discussion on mechanism of fibrillation of PET filament for wool-like fabric

毛细管电泳技术检测原纤蛋白1基因微卫星标记

The Microsatellite Markers of the Fibrillin-1 Gene Detected by Capillary Electrophoresis

结果形成所观察到的原纤取向的逐渐变化。

The result would be the observed gradual change in fibril orientation .

本文研究了影响薄膜原纤化的各种因素，认为让聚丙烯薄膜在适当的塑性条件下切割与开纤，效果较好。

Factors influencing the fibrillation of PP film are described .

溶剂法纤维素纤维的原纤化性能

The Fibrillation Properties of Solvent-Spun Cellulose Fibre

研究整理剂对Tencel/真丝交织物防原纤化的影响。

The effect of finishing agents on fibrillating prevention of Tencel / real silk fabric was researched .

丝纤维中存在螺旋结构的微原纤和原纤，均呈左螺旋。

The spiral fibrous structures of both microfibril and fibril in silk fibre are of left-hand spiral .

棉纤维的微原纤螺旋角和纤维素微晶相对取向指数在植株中的分布

Distribution of Microfibril Spiral Angle of Cotton Fibre and Relative Orientational Index of Cellulose Crystallites in Cotton Plant

丝素纤维经离子刻蚀后，表面形成的巨原纤条纹与离子束轰击方向显著相关。

And there is an apparent correlation between macrofibril fringes of surface fibrous and the ion-bombardment direction on ion-etching .

可以把工艺设计成既能制造原纤化纤维，又能制造非原纤化纤维，专供纺织用。

The process can be designed such that both fibrillating and non-fibrillating fibers can be manufactured specially for textile application .

试验结果表明，TOP+C染整工艺对原纤化、去原纤化及二次原纤化等加工，较常规工艺有着明显的优势。

Based on trials , the TOP + C process has significant advantages in processing peach-skin fabric , particular in fibrillation , defibrillation and secondary fibrillation .

竹原纤的性能及绿竹制备竹原纤的工艺研究竹纤维为实心纤维，细菌无法滋生。

Bamboo Fiber Properties and the Technical Research on Making the Bamboo Fibers with Green Bamboo Because Bamboo is solid , and bacteria can 't grow .

发现，初生态尼龙66呈现出原纤状结构状态，且原纤的取向取决于反应条件；

It was found that the morphologies of fibril-like structure are formed in nascent nylon 66 , and the orientation of fibrils is dependent on the conditions used .

纺丝过程中纤维皮层结构受到更大的拉伸取向作用，并在纤维表面出现一定游离原纤化结构。

A certain degree of free fibrillar structure was observed on the fiber surface due to the sheath structure of the fiber subjected to the greater drawing and orientation .

研究发现真丝纤维经低温氧等离子体处理后，表面形成微小凹坑和裂纹，纤维内部原纤构造明显。

The results show that after the treatment , indentations and cracks appear in the surface of the silk fibers and fibrillar structure of the silk fibers becomes distinct .

结果表明，芳纶短纤维增强复合材料在开炼机上混炼时，芳纶短纤维易劈裂和原纤化，其作用与芳纶浆粕相同，但短纤维更易于混炼。

The results showed that like aramid pulp , the aramid short fibre tended to split and fibrillate when the aramid short fibre reinforced composite was mixed on a mill .

随着温度的升高，纤维在断裂处不再出现因大分子之间作用力损失而产生的微原纤现象，在拉伸断裂处出现了细颈和微孔。

With the increasing of temperature , the microfibril which had caused by the weak force of macromolecule remained no more , but the fine cervical and microporous part appeared .

⑤后处理比粘胶纤维更多，可以得到各种不同的风格和手感，利用其原纤化的特点，可制成具有高雅柔和光泽的桃皮绒面料。

After the deal with more than viscose fiber , can be a variety of style and feel , to use its characteristics of fibrillation can be made with elegant peach soft shiny fabric .