1) attenuating blast
牵伸气流
2) Air-drawing
气流牵伸
1.
Air-drawing Technologies of Spunbonding and Relations Betweem Them and Fabric Quality;
气流牵伸技术及其与成布质量的关系
3) air drawing model
气流牵伸模型
1.
The air drawing model of a polymer in the spunbonding process is presented.
建立了纺粘聚合物气流牵伸模型,采用计算机数值模拟方法求解牵伸器的喷射流场,分析了纺粘工艺参数和牵伸器设计几何参数对纤维直径的影响,得出了影响规律。
4) pneumatic take-down
气流牵拉
5) Air drawing
气流拉伸
1.
The air drawing model of polymer in melt blowing process is established by considering the effects of the variation of density and specific heat capacity at constant pressure of polymer melt with polymer temperature.
本文将建立与求解熔喷气流拉伸模型 ,并讨论工艺参数和喷嘴设计参数对纤维直2 0 0 2 -0 4-18收到初稿 ,2 0 0 2 -0 8-0 5收到修改稿 。
6) air drag
气流拉伸
1.
Research progress in air drag of polymer spunbonding process and performance of hydroentangling jets;
聚合物纺粘气流拉伸与射流性能的研究进展
2.
Research on the air drag model of spun-bonded nonwoven;
纺黏法非织造布气流拉伸模型的研究
3.
The one dimensional mathematical model of the air drag in melt blowing process which has been put forward by Shambaugh et al is improved.
改进了Shambaugh等提出的熔喷气流拉伸一维数学模型,考虑了聚合物熔体密度和比定压热容随温度变化时的情况,引入了幂律流体本构方程,并讨论了聚合物体积流量等参数对纤维直径的影响。
补充资料：巴登霍伊尔氏牵伸术