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- Material selection and blend fiber distribution in yarn section and spinning process flow are introduced. 介绍了原料的选配、线截面中各种纤维的分布情况及纺纱工艺流程。
- The mechanical properties and crystallinity of PAN blend fiber were decreased with the increase of TAM content. 随着TAM含量的增加,PAN共混纤维结晶度下降,力学性能下降。
- Utilizing wet spinning technique, a cellulose/poly(ethylene glycol)(PEG)/ginger blend fiber was prepared and characterized. 采用湿法纺丝技术制备了纤维素/聚乙二醇/生姜共混纤维。
- Both the effects of adsorbing time and temperature and EVA content on adsorption amount and the adsorbability of EVA/PP blend fiber were studied. 考察了该纤维对香料的吸附时间，吸附温度，EVA含量对吸附量的影响以及对不同香料的吸附性。
- The surface of the blend fibers were investigated by SEM. 共混纤维的断裂强度略有降低，断裂伸长率基本不变；
- A blend fiber of polyethylene terephthalate (PET) and easy hydrolytic degradation PET(EHDPET) was prepared with the disperse phase of EHDPET. 将PET和易水解聚酯(EHDPET)以适当比例混合,可制得以EHDPET为分散相的共混纤维。
- Because of high bio-activity,good physical property,hemostasia,high water absorbability,alginate/gelatin blend fiber has been used as wound dressings. 海藻酸/明胶共混纤维具有较高的生理活性、优良的物理性能、良好的止血性和高吸湿率,用于伤口敷料。
- It is found that the matrix-fibril morphology of blend fiber is relating intensely with spinning temperature, but weakly with spinning speed. 纤维的岛相分布与纺丝温度相关性强，而与纺丝速度的相关性弱。
- The dyeing behavior of blended fiber is directly conn... 共混丙纶的染色性与纤维的形态结构有直接关系。
- Ethylene vinyl acetate copolymer/polypropylene(EVA/PP) blend fiber which adsorbed well for oiliness perfume molecule was prepared by blend spinning process on microplunger spin machine. 在微型柱塞纺丝机上采用共混纺丝法制备了对油性香料分子有较大吸附量的乙烯醋酸乙烯共聚物／聚丙烯（EVA／PP）共混纤维。
- The fiberization mechanism of alginate/gelatin blend fiber,spinning process,and its applications as wound dressings are described. 主要论述了海藻酸/明胶共混纤维的成纤机理、纺丝工艺过程和它作为伤口敷料的应用。
- The spinnability of water soluble polyester (WSP)/PET blend was discussed.And the dissolved proportion in hot water, moisture sorption and volume resistivity of the blend fiber were studied. 探讨了水溶性聚酯与PET共混物的可纺性，研究了其共混纤维的热水溶去率、吸湿性和电性能。
- The tests of surface contact angle and moisture regain of the fiber showed that the hydrophilicity of the blend fibers was improved with increasing content of SP. 纤维的表面接触角及回潮率的测试表明：共混纤维的吸湿性得到提高。
- The degree of crystallinity, degree of orientation, modulus and density of blend fibers decrease with increasing chitin content. 随著共混长丝中甲壳素质量分数的增加，长丝的结晶度、取向度、模量、密度随之减小；
- The compatibility of PA6/CDP blend was investigated by DSC and d. m. a.. The PA6/CDP blend fibers were spun on the basis of measuring the rheologic properties of PA6/CDP blend. 应用DSC和动态力学仪分析研究了PA6/CDP共混体系的相容性,并在对PA6/CDP共混体系流变性能测试的基础上纺制了PA6/CDP共混纤维。
- In this paper the PBT/PET blended fiber is studied and its intrinsic viscosity, crystallinity are discussed. 研究了PBT／PET共混纤维，就其特性粘度、结晶能力作了进一步测试讨论。
- The curtains blend in perfectly with the furniture. 窗帘(的颜色)跟家具(的颜色)十分和谐。
- Results showed that zeolite antimicrobial as a nucleating agent improved the crystallization, lowered the tensile strength of blended fiber. 结果表明:抗菌剂的引入使聚丙烯产生了异相成核,提高了结晶度,降低了纤维的拉伸强度;
- The houses seem to blend into the surroundings. 这些房子似乎与周围的环境融为一体了。
- THE STRUCTURE AND PROPERTIES OF PA6/CDP BLEND FIBER PA6/CDP共混纤维的结构及性能
