PA11

Study on the Crystalline Structures of the Fiber of PVDF / PA11 Blend

PVDF/PA11共混纤维的晶态结构研究

Preparation and Studies of PA11 / PVC Polymer Blends

PA11/PVC共混聚合物的制备与研究

The rheological behaviour of PP / PA11 blends was studied by using rheometer .

使用毛细管流变仪研究了聚丙烯/尼龙11（PP/PA11）共混物的流变特性。

The Isothermal Crystallization Behavior of PA6 / PA66 / PA11 co-Polymer

PA6/PA66/PA11共聚物的等温结晶行为

Study on the Crystal Structure and Micro-morphology of Piezoelectric PA11 / PVDF Blend Plates Semi-melt Treated in a High Vacuum Strong Electrostatic Field

高真空强静电场下半熔融态处理压电聚合物&PA11/PVDF共混物晶体结构和显微形态研究

To PP / PA11 / PP-g-MA , addition of PP-g-MA affect crystallization of PP phases and degree of crystallization is even higher than that of RSMA , which induces blends higher brittleness .

对于PP/PA11/PP-g-MA体系，PP-g-MA的加入更能影响PP相的结晶，使体系的结晶度增大，从而表现出较强的脆性。

So two-polymer blend fibers were prepared . According to piezoelectricity and spinning property , we found the optimal proportion of two composites , and 50wt / 50wt PVDF / PA11 fibers were suitable .

二者均为较好的压电材料，从PVDF／PA11共混纤维的可纺性和压电性两方面讨论，50wt／50wt的PVDF／PA11纤维性能最好。

The results indicated that adding 0.25 % dendrimer , the tensile strength and tensile elongation of PA11 / PA6 blends were increased , the Izod impact strength and vicat softing temperature were slightly increased at the same time , whereas the flowability of the blends showed a decreasing tendency .

结果表明，在PA11/PA6中添加0.25%树形分子后，共混物的拉伸强度、断裂伸长率明显提高，缺口冲击强度和维卡软化温度略有增加，但流动性有所下降。