1·Affect the melt flow rate and the cooling speed.
会影响熔体的流动性和冷却速度。
2·The higher melt flow rate is also one of reasons.
同时， 熔体流动速率控制偏高也是一个原因。
3·The sample was characterized by melt flow rate and adhesion strength to aluminum.
用熔体流动速度和粘结强度表示试样的特征。
4·During Exerusion, the polymer melt flow in cone dies was discussed in this paper.
本文讨论了聚合物熔体在圆锥口型中的流动问题。
5·The melt flow phenomenon of flat spiral type die had been studied by 3d numerical simulation.
对吹塑薄膜平面螺旋式模头内熔体流动现象进行了三维数值模拟。
6·The composite material to the mechanical properties, thermal properties and melt flow of the test.
对该复合材料进行了力学性能，热性能和熔体流动性的测试。
7·The melt flow index of the blends was increased when the content of PEEK was decreased and melt temperature was increased.
结果表明：共混物的熔体流动指数随PEEK含量的降低和熔体温度的升高而增加；
8·The network inputs include extruder temperature, die temperature, melt flow rate, air flow rate, die to-collector distance.
网络的输入包括：挤出机温度、喷头温度、熔融体挤出速率、空气流率及接收距离。
9·A special apparatus was constructed by modifying capillary rheometer to study polymer melt flow behavior through fiber beds.
通过改装毛细管流变仪建立了专门的实验装置，研究高温高压下熔体在纤维床层中的流动行为。
10·Based on FEM software ANSYS, the dendrites stress states are computed using the results of the melt flow as computing parameters.
使用有限元软件ANSYS，把熔体流动计算结果作为参数，计算了枝晶的受力状态。