工艺纤维

京都工艺纤维大学（KyotoInstituteofTechnology）教授、战后现代主义作品的倡导者松隈洋（HiroshiMatsukuma）认为，东京建筑值得赞叹的一点就是，它们体现了历史的层次。

Hiroshi Matsukuma , a professor at the Kyoto Institute of Technology and a champion of postwar modernism , sees the virtues of Tokyo architecture in its layers of history .

在拉伸隔距20mm、拉伸速度20mm/min、预加张力1mg的条件下，热处理后黄麻工艺纤维拉伸比达到7%时仍具有较好的综合性能。

The jute fiber stretched with drawing gauge of 20 mm and drawing speed of 20 mm / min still have good properties at the drawing ratio of 7 % .

黄麻工艺纤维拉伸细化中试研究。

Research on the jute fiber slenderized with pilot plant .

果胶酶用于棉秆韧皮工艺纤维生物脱胶研究

Pectinase for Cotton Stalk Degumming Bast Fiber of Biological Research

黄麻工艺纤维拉伸细化可行性研究。试验探讨了拉伸参数对纤维拉伸细化的影响。

The effects of process parameters on the properties of slenderizing jute fiber were studied .

组分含量对拉伸细化黄麻工艺纤维性能的影响。

Effects of contents of fiber components on the properties of jute fiber after stretching .

对腈纶干法纺丝和湿法纺丝两种工艺纤维的成型过程及其结构特点进行了对比分析。

The forming processes and structure features of dry - and wet-spun acrylic fiber are compared and analysed .

结果表明：采用生物化学联合脱胶法能降低桑皮工艺纤维的残胶率，且对纤维损伤小。

The result showed that bio-chemical degumming could reduce gum content of mulberry processing fiber and reduce damage to fiber .

仿生卡拉胶&二氧化硅杂化凝胶固定化醇脱氢酶果胶酶用于棉秆韧皮工艺纤维生物脱胶研究

Immobilization of Alcohol Dehydrogenases in Biomimetic Carrageenan-Silica Hybrid Gels ; Pectinase for Cotton Stalk Degumming Bast Fiber of Biological Research

黄麻工艺纤维长度、细度变化与纱条不匀率的关系

The influence of the change of length and fineness of jute fiber filament on the irregularities of jute yarn and slivers

总体来说，经过拉伸后黄麻工艺纤维的机械性能变化不大，而细度显著提高。

Generally speaking , the jute fiber after stretching has a significant increase in fineness with little damage in mechanical properties . 4 .

主要结论如下：1.黄麻工艺纤维预处理工艺研究。

The main conclusions achieved from the researches in this paper were summarized as follows . 1 . Research on pretreating process of jute fiber .

对黄麻纤维的形态、微观结构和化学成分的研究现状进行了综述，介绍了黄麻工艺纤维中木质素和半纤维素对工艺纤维力学性质作用机理的猜测以及细胞间质成分的争论。

The paper reviews the previous results of the microstructure and chemical components of jute fiber , introduces the speculations about the effects of hemicelluloses and lignin on the structural mechanics of jute fiber and the debate on the chemical component of the inter-cell components .

高相对分子质量PE的增塑熔融纺丝Ⅱ.拉伸工艺和纤维的结构性能

Plasticized melt spinning of HMWPE ⅱ . drawing process and structure and properties of fibre

LCM工艺中纤维预成型体渗透率的研究

Study on Permeability of Fiber Perform in LCM

采用分批添料工艺，纤维底物的终浓度可增加到200g？

Under fed-batch process the final concentration of cellulosic substrate increases to 200 g ?

并利用FTIR、XRD、DTA、TG等表征手段研究了固化工艺对纤维结构的影响，结果表明纤维的分解温度达到370℃。

The effect of solidification technics on the structure of fibers was studied by FTIR , XRD , DTA and TG The results indicated that the decomposing temperature of the fibers reached 370 ℃ .

本文在研究了PAN溶液粘度特性的基础上，研究了纺丝液粘度特性与相关组成因素间的关系，初步探讨了不同纺丝工艺在纤维表面结构形成过程中的作用。

In this paper , the relations between the concentration and the drawing property of PAN solution and the surface structure of the fiber were investigated on the basis of the study of the viscosity of PAN solution .

论述了新型液晶聚合物PIPD（M5）的合成、纺丝工艺、纤维性能以及在高性能复合材料领域的应用前景。

The synthesis , spinning , properties and application of a novel high performance fiber M5 are discussed in this article .

通过扫描电子显微镜、红外光谱、DMA以及力学性能等测试研究了溶液性能以及纺丝工艺对纤维性能和形态结构的影响。

By SEM , IR spectrum , DMA and mechanical properties measurement , the effects of the spining method , the character of the solution and the technics of the spinning on the mechanical properties of fiber and its morphology were discussed .

探讨了纺丝工艺对纤维成形及产品力学性能的影响。

The influence of TCS process conditions on the fiber formation and mechanical properties was discussed .

正交叠层机织布整体穿刺工艺的纤维弯曲伸长机理

The Mechanism of Fiber Bending and Elongation in the Integrated Piercing Process of Orthogonal Laminated Woven Fabrics

同时重点探讨了保温层施工工艺、纤维增强层施工工艺和饰面层施工工艺，并提出了相应的施工工艺方案；

Meanwhile , the construction technology of insulating layer 、 fiber reinforced layer and finishing layer are also presented ;

对制备态纤维在不同的条件下进行了热处理和有序化处理，并分析热处理工艺对纤维组织、成分、相变及磁性能的影响，优化热处理工艺。

The effect of heat treatment on the microstructure , composition , phase transformation and magnetic properties are investigated for as-fabricated and heat-treated wires .

讨论了两种切片的特性粘数、纺丝温度、侧吹风、后拉伸倍数、松弛定型等工艺对纤维性能的影响。

The influences of viscosity , spinning temperature , quenching air , after drawing ratio , crimp , shrink setting of two components on fiber properties were discussed in detail .

纤维的用量、长径比和纤维沥青混凝土的施工工艺对纤维加强沥青混合料的路用性能有很大的影响。

The consumption and the length-diameter ratio of the fiber , and the construction technology of the fiber asphalt concrete greatly influences the pavement performance of the fiber reinforced asphalt concrete mixture .

对树脂传递模塑工艺中纤维增强材料的渗透率测量方法进行了综述和评价，讨论了毛细压力、流动速度和试验流体等因素对渗透率测量结果的影响。

Methods to measure permeability of fabric reinforcement in resin transfer molding are reviewed . The influences of capillary pressure , flow rate and test fluids towards the measurement of permeability are discussed .

初步探讨了PAN/DMSO溶液干湿法纺丝凝固工艺与纤维拉伸性能的关系，并对湿法纺丝与干湿法纺丝作了比较。

The relations between the process during the coagulation in PAN / DMSO dry jet wet spinning and the drawing property were investigated and the wet spinning and dry jet wet spinning of the system were compared .

喷丝板是化纤生产中的核心部件，喷丝板的高精度和高质量是保证良好纺丝工艺及纤维成品质量的关键因素。

Spinneret plate is the core component in the manufacture of chemical fiber . Spinneret plate with high quality and accuracy is the dominant factor guaranteeing the fine spinning process and the quality of the produced fiber .

拉挤工艺成型连续纤维增强热塑性FRP的性能研究

Study of Properties of Continuous Fiber Reinforced Thermoplastic FRP Molded by Pultrusion