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- Milli-seconds Observation of Fiber Structure Development of PET Fiber and its Molecular Weight Dependence. 毫秒下PET纤维的结构与分子量相关关系分析。
- But the dye uptake of PET fiber was far lower than that of MF and CDP fibers. 而 PET纤维的上染率均远低于 MF和 CDP纤维
- The wetting property of PET fiber was ameliorated obviously by the azote plasma treatment. 用氮气对涤纶进行低温等离子处理,明显地改善了其表面的润湿性能。
- The spinning process and modification methods of EDDP easy dyed modification PET fiber are introduced. 介绍易染涤纶EDDP的生产过程及工艺改进方法。
- The application of nitrile hydratase and esterase in the modification of PAN fiber and PET fiber was introduced. 介绍了腈水合酶及酯酶分别在腈纶和涤纶改性中的应用。
- Pollution for noise,dust,vapour,waste liquid in manufacture of PET fiber filament were investigated and measured. 对涤纶长丝生产过程中的噪声、粉尘、气体、废液等的污染进行了调查和测量。
- M3 was used as a degradation medium to screen microbe which culture condition and microbe sources were good at degrading DTP and PET fiber. M3、M4为降解基，通过扫描电镜照片及HPLC谱图中观察可推测微生物对PET
- The nano particle-composed macromolecular antistatic agents were blend spun with polyester chips to produce permanent antistatic PET fiber. 用化学方法制得含纳米组装高分子的抗静电剂,将其与聚酯切片共混纺丝,制得永久性抗静电聚酯纤维。
- Antibacterial zeolite was subjected to ultrafine grinding and surface modification to produce antibacterial masterbatch for PET fiber. 对抗菌沸石进行超细化粉碎和表面改性处理,制备了PET纤维抗菌母粒。
- On the other hand, due to the chemical structure of DTP being similar to that of PET, it is one of the best simulating materials to study the biodegradation of PET fiber. 其化学结构与PET相似,也是研究PET生物降解最好的模拟物之一。
- And induced the feasibility of the PET fiber used to flocking by comparing the properties of the electrostatic flocking fabric of the nylon and terylene. 并就涤纶植绒织物与锦纶植绒织物进行比较，得出涤纶植绒织物与锦纶植绒织物性能相当。
- The molecular sieve modified PET fiber was prepared by blending and melt spinning PET chip with molecular sieve and additives,like dispersant,cross linker,at different ratios. 将分子筛、添加剂(分散剂、交联剂)以不同的比例和PET切片共混进行母粒法熔融纺丝,制得分子筛改性PET纤维,并测定纤维的力学性能、吸湿性能和染色性能。
- In this paper,the variations of the morphologic structure of the surcture of the surface of PET fiber treated with plasma in various conditions have been studied by WAXD anad SEM. 用广角X射线衍射仪（WAXD）、扫描电子显微镜（SEM）研究了经不同等离子体条件处理的PET纤维表面形态结构的变化。
- The composite system filled by the PET fiber was studied.At first we researched the synthesizing condition of compatibilizer MAH grafted PP(MPP) and manufactured series of MPP. 对PET纤维填充聚丙烯复合材料进行了研究，首先对相容剂合成的条件进行探索，自行合成了相容剂马来酸酐接枝聚丙烯(MPP)；
- The still not solved oligomer problem during further processing of dyed PET fibers is as old as the fiber itself. 着色聚酯纤维在进一步处理加工中的低聚物问题与纤维本身一样古老,至今仍未解决。
- Highly conducting fibers are synthesized by chemical oxidative in-situ polymerization of aniline onto PET fibers. 采用现场吸附聚合法制取聚苯胺/纶导电纤维,研究了反应条件对纤维导电性能的影响。
- Graft copolymerization of a mixture of itaconic acid (IA) and acrylic acid (AA) onto plain weave fabric of trilobal PET fiber was carried out with benzoyl peroxide as initiator in aqueous solution. 摘要研究了在水溶液中以过氧化苯甲酰为引发剂，衣康酸／丙烯酸为单体与碱处理后的三叶形聚酯(PET)平纹织物接枝共聚；
- He can drone on for hours about his pet subjects. 他能就他的宠物侃侃而谈几小时。
- According to the result of dye difference caused by different ratio blending PET fiber and PET fiber contains optical brightener which made by Eastman Chemical Ltd, the feasible recommedation which PET brightener fiber can be applied by spinnery is got. 采用美国伊士曼 (Eastman)化工公司的光学增白剂“特白丽 ”对涤纶增白后 ,从不同混纺比例织物染色的差异 ,得出增白纤维在纺纱厂使用的可行性建议。
- The IR spectrum, DSC spectra, physical-mechanism performances, far-infrared radiation, and antibacterial activity of nano-antibacterial PET fiber have been tested, and comparaed with common PET fiber. 研究了纳米抗菌涤纶纤维的红外谱图、热性能、物理机械性能及抑菌性能,并与普通涤纶纤维作了对比。
