为采用高速熔融纺丝法应用纳米抗菌PET复合材料提供了实验数据与理论依据。
The results provide a basis for the application of high speed melt spinning to nano-antibacterial PET composites.
选用熔融纺丝法制备PDLLA／HA复合纤维，探索了熔融纺丝过程中温度、挤出机转速、拉伸速率、加料速度和冷却速率等一系列工艺参数的选择及其影响因素。
PDLLA/HA composite fibers were produced by melt spinning, and the choices of the process parameters such as temperature, revolving speed and drawing speed etc were discussed.
该抗菌抗紫外线复合功能健康纤维，使用复合功能健康纤维母粒，通过熔融高速挤压纺丝制得。
The antibacterial anti-ultraviolet compound function health fiber USES compound function health fiber master batches and is made through melting and extruding spinning in a high speed.
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