涤纶纤维

通过比较处理前后浸润性、涤纶纤维/环氧复合材料的层间剪切强度，研究了冷等离子处理对涤纶纤维表面性质的影响。

The impregnation and interlaminar shear strength ( ILSS ) of PET / epoxy composites with untreated and treated fibers are compared in order to study the effect of plasma treatment on the surface properties of PET .

涤纶纤维表面Ar等离子体引发接枝丙烯酰胺

Acrylamide Grafting on PET fibre surface Induced by Ar Plasma

用X射线衍射法研究涤纶纤维微观结构

Study on the Structure of the Heat-Treated PES Fibers by X-Ray Diffraction Method

PTA是一种用于生产涤纶纤维及纱线的原材料。

PTA is a raw material used to produce polyester fibers and yarns .

同时，采用热重（TGA）和差式扫描量热法（DSC），对经超临界CO2流体修饰后的涤纶纤维的热性能进行了探讨。

The thermal property of modified PET fiber was discussed by TGA and DSC method .

FTIR谱图表明醌基被成功固定到涤纶纤维布上。

The FTIR spectra also demonstrated that quinone was successfully immobilized on the polyester filter cloth .

凯纶纤维是在PBT基础上进一步改进而得到的一种新型改性涤纶纤维。

Kailen is a new modified polyester fiber on the basis of polybutylene terephthalate fiber ( PBT ) .

中空涤纶纤维含量为20%，ES纤维为10%，热粘合温度为150℃时，絮片性能的综合效果较优。

The project of the felt performance optimization is the content of polyester 20 % , the content of ES fiber 10 % , and the heat-bonding temperature 150 ° C.

并讨论了涤纶纤维在后加工过程中玻璃化温度（Tg）与纤维聚集态结构的关系。

The relation of the change of glassy transition temperature ( T g ) of PET fiber during the later spinning process with the multipe structure of PET fiber was also studied .

熔融纺丝成形理论及HMLS涤纶纤维的研制

Studies on Fiber Formation Mechanism in Melt-spinning Process and Development of HMLS Polyester Fibers

其次是PET的抗静电性问题，由于PET的比电阻较高、摩擦电压大、极容易产生静电，而且静电半衰期长，在作为涤纶纤维和薄膜使用时，严重影响其加工性能和使用性能。

Secondly , PET has a great resistivity , triboelectricity voltage and long time of electrostatic half life ; it can bring electrostatic charge easily to the membrane and fibre , influence badly to application and manufacture progress .

涤纶纤维（PET）具有高强度、高模量、良好的耐热性及尺寸稳定性等综合性能，在我国有着广泛的应用和产业基础。

Polyethylene terephthalate ( PET ) has been widely applied as a textile and industrial material owing to its high strength , high rigidity , excellent heat resistance and dimensional stability etc. However , PET fiber is thermoplastic and flammable .

研究了染色时间、pH、常用助剂等对自制叠氮类活性黄染料染涤纶纤维的上染百分率及染色深度的影响，从而确定了叠氮类活性黄染料常压沸染涤纶的最佳染色工艺。

The effect of dyeing time , pH value and assistants on dye-uptake and dye depth is explored in dyeing polyester with azide reactive yellow . So the optimum technology of dyeing polyester with the dye is determined at the boil under atmospheric pressure .

结果表明：经冷等离子体处理PET纤维表面含氧和氮的极性基团增加、浸润性改善显著，进而使涤纶纤维/环氧复合材料界面剪切强度提高。

The results show that after cold plasma treatment , the increase of oxygen and nitrogen functional groups in the surface improves the surface impregnation of PET fiber and the interfacial shear strength ( IFSS ) property of PET / epoxy composites .

纤维强度261.0N。涤纶纤维仿毛浅析

Fibrous strength is 261.0N . Analysis of Wool-Like PET Staple Fibre

0.88dtex涤纶纤维缝纫线的试制

Trail Production of Sewing Thread with 0.88 dtex Polyester Fibre

采用冷等离子体技术处理涤纶纤维，利用ESCA分析了冷等离子体处理前后的纤维表面元素组成、官能团类型的变化。

The PET fibers are treated by cold plasma technology and the elemental composition and the type of functional groups of the surface of PET was analyzed by ESCA .

就0.88dtex涤纶纤维生产缝纫线生产过程中的突出性问题进行了探讨。

The prominent problems in production of sewing thread with 0.88 dtex polyester fibre were discussed .

结果表明：助剂CWL处理后涤纶纤维的玻璃化温度明显降低，说明助剂CWL对涤纶纤维起到了增塑作用；

The results show that the glass temperature of polyester fiber treated with CWL has obviously dropped , therefore the plasticization effect is confirmed .

介绍了用0.9d涤纶纤维纺制缝纫线的工艺，措施与效果。

In this paper , the process measurers and results are introduced to spin sewing thread from 0.9 . d polyester fibre .

将碱剂PT-90用于涤纶纤维碱性染色工艺，可避免涤纶酸性浴染色易造成的碱斑、色花等瑕疵。

The self-made alkali PT-90 was applied to alkaline dyeing of polyester fiber to avoid the formation of alkaline spot and colored spot , which usually occurred in acid dyeing process .

并根据实际穿着与仪器测试的结果对比和纤维断裂形态比较，提出Martindale仪与Accelerotor仪对涤纶纤维织物的耐磨试验尚可适应。

And it is suggested that Martindale Tester and Accelerotor for abrasion-resistance test of fabrics of polyester fibers can still be accepted according to the contrast between the result of actual wear and that of apparatus testing and the comparison of patterns of fiber breakage by separation .

圆中空涤纶纤维混纺织物的服用性能研讨

Investigation on the Wearability of Blended Fabric from Hollow Polyester Fibre

不同收缩率涤纶纤维的制法及应用

Brief introduction on manufacture and application of different shrinkage PET fibre

新颖涤纶纤维开发及其织物性能分析

Development of novel polyester fiber and analysis of its fabric performance

阳离子表面活性剂用于消除涤纶纤维静电

The Static Elimination of Polyester Fibre by Cationic Surface Active Agents

涤纶纤维专用抗菌母粒制备及其应用

Preparation and application of antibacterial master batch special for terylene fibers

竹炭改性涤纶纤维结构和力学性能的研究

Study on Structure and Mechanical Property of Bamboo-Carbon Modified Polyester Fiber

棉型涤纶纤维性能结构及其应用研究

An Investigation on the Fibre Structure and Application of PET Fibre

功能性涤纶纤维及其产品的吸湿导湿性能

Moisture Absorption Moisture Conductivity of Functional Polyester Fiber and Its Products