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1·Whereas, with excessive P addition, an extremely low melt viscosity causes balling phenomena.

但若P元素过量时，则会因熔体粘度过低而导致球化现象。

2·Molding shrinkage of small, good stability, melt viscosity size is small, easy forming process.

成型收缩率小，尺寸稳定性好，熔体粘度小，易成型加工。

3·TPS/PEO melt viscosity decreased with the increase of PEO content that made it easily processed.

随着PEO含量的增加，TPS/PEO共混物的熔体粘度下降，有利于塑化加工。

4·The melt viscosity and tensile strength of lithium ionomer increased with the sulfonate content increasing.

随离聚体中磺酸基含量的增加，锂离聚体的熔融黏度和拉伸强度增大。

5·A thermoplastic polyester elastomer designed for blow molding or processing techniques requiring high melt viscosity.

聚酯弹性体设计用于吹塑或处理技术要求高熔体粘度。

6·The melt viscosity of the cyclic oligomer is very low which is necessary to impregnate the carbon reinforcement well.

研究发现环状聚芳醚酮齐聚物熔融温度低，熔体粘度小，具有良好的流动性，十分有利于充模成型及浸渍增强纤维。

7·A thermoplastic polyester elastomer designed for blow molding or processing techniques requiring high melt viscosity.

热塑性聚酯弹性体设计用于吹塑或处理技术要求高熔体粘度。

8·Higher melt and mold temperatures: lower melt viscosity, easier filling, and greater relaxation favor reduced orientation.

较高的融化和成型温度：融化粘性较低，更容易填充，较大松弛作用促成方向性减少。

9·Therefore, the sensory performance and puncture intensity of starch complex film could be predicted by melt viscosity of film liquid.

采用二次多项式逐步回归法得到淀粉复合膜感官评价、穿刺强度和熔融体黏度等指标的回归方程。

10·The head pressure increases when the melt viscosity and temperature decreases, so the products will have good shape and favorable stability.

温度降低时，熔体黏度大，机头压力增加，挤出制品压的较密实，形状稳定性好。