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- microheterogeneous polyblend 微观非均相共混物
- The strength of the polyblend fiber decreased with the increase of chitin. 共混纤维的强度随甲壳素含量的增加而有所下降;
- And the polyblend structure and performances of this new fiber are discussed. 本文对大豆蛋白/粘胶共混纤维及共混性能进行了探讨,取得了较为满意的效果。
- In the polyblend fibers from liquid crystal polymers (LCPs) and polypropylene,the LCPs exist as thin and long micro fibers. 在液晶高分子和聚丙烯的共混纤维中,液晶高分子以细而长的微纤维对聚丙烯起到强化作用。
- The drawing behavior of the polyblend fibers was analyzed, and the factors affecting the length of the LCP microfibers after drawing was discussed. 故对牵伸过程中液晶微纤的受力状况以及影响牵伸后液晶微纤长度的各种因素进行了分析。
- In the polyblend fibers from liquid crystal polymers (LCPs) and polypropylene, the LCPs exist as thin and long micro fibers. 摘要在液晶高分子和聚丙烯的共混纤维中，液晶高分子以细而长的微纤维对聚丙烯起到强化作用。
- Cold drawing of the as-spun polyblend fibers is necessary in order to improve the molecular orientation of polypropylene within it. 通过对初生纤维进行牵伸可以提高共混纤维中聚丙烯的取向度。
- Abstract: The physical and maehanical properties of polyblend fibers from liquid crystal polymers and polypropylene prepared under different conditions were described. 摘 要: 介绍了把液晶高分子与聚丙烯共混后在不同加工条件下得到的纤维的物理性能。
- IR and XRD studies showed that when WSPET is added, the structure of PET will not change obviously, while the crystal behavior of the polyblend will decrease. WSPET的加入不会明显改变PET的结构，但共混物的结晶性能会随WSPET加入量的增加而呈下降的趋势。
- The physical and machanical properties of polyblend fibers from liquid crystal polymers and polypropylene prepared under different conditions were described. 介绍了把液晶高分子与聚丙烯共混后在不同加工条件下得到的纤维的物理性能。
- The thermal property of the polyblend was obviously superior to that of polymethacrylate.The mechanical property of the polyblend methacrylate/ organosilicon ( 90/10) was the same as the p... 聚甲基丙烯酸(酯)/有机硅(体积比为90/10)共混聚合物的机械性能与聚甲基丙烯酸(酯)聚合物相同,但表面能和吸水率却大幅度下降。
- It is found that the PBT/PET polyblend shows a good compatibility.Intrinsic viscosity of the blend strengthens with the increment of PBT, PET and PET promote the crystallization each other. 研究发现：PBT／PET共混纤维属相容性较好的相容体系，特性粘度随PBT含量的增加而增加，PBT／PET存在相互促进结晶的作用。
- Results show that since liquid crystal polymers can form fibers with a high strength and initial modulus,the polyblend fibers have a higher initial modulus than the polypropylene fibers. 结果表明:由于液晶高分子在纺丝成形后即具有很高的强度和模量,聚丙烯和液晶高分子共混纤维的初始模量比纯聚丙烯纤维有较大的提高;
- Results show that since liquid crystal polymers can form fibers with a high strength and initial modulus, the polyblend fibers have a higher initial modulus than the polypropylene fibers. 结果表明：由于液晶高分子在纺丝成形后即具有很高的强度和模量，聚丙烯和液晶高分子共混纤维的初始模量比纯聚丙烯纤维有较大的提高；
- SEM observation of polyblend fiber morphology 共混纤维相形态的扫描电镜观察
- Review of Alginate Polyblend Fibre 海藻酸共混纤维的发展现状
- Rheological behavior of polyblend of PVC and ACR ACR与PVC共混物的流变行为
- liquid crystal polymer polyblend [化] 高分子液晶共混物
- Soybean protein/PVA polyblend fiber 大豆蛋白／PvA共混纤维
- Soybean protein/Viscose polyblend fiber 大豆蛋白／粘胶共混纤维
