1·The peak cobalt rodlet temperature doesn't exceed the cobalt melt temperature during these two cases.
在这两种情况下，钴小棒的峰值温度不会超过钴的熔化温度。
2·Flow in the melt temperature uniform.
流道中熔体温度均匀。
3·Expect the melt temperature to rise somewhat.
希望把熔体温度升高一些。
4·With the increase of the melt temperature, the evaporation trend increases.
随着熔体温度的增加，挥发趋势也增大。
5·The melt temperature decreases linearly with the increase of the charge mass.
炉料质量与熔体温度呈线性关系，随着炉料质量的增大熔体温度降低。
6·Start by determining the true melt temperature and set the die body to that temperature.
从确定真正的熔体温度开始，然后按照这个温度设定口模体的温度。
7·Surface Imperfections: Melt temperature may be too high causing resin decomposition and gas evolution (bubbles).
外观不完整：塑料熔化温度过高导致树脂分解和气泡。
8·Our results show that mechanical properties of PP samples strongly depend on the melt temperature and mold te...
实验结果表明，熔体温度和模具温度对试样的力学性能有重要影响。
9·The effects of pressure and frequency on ABS samples of different melt temperature under vibration field were studied.
研究了在振动场作用下，ABS试样在不同的温度熔体下受振动压力和频率的影响。
10·Our results show that mechanical properties of PP samples strongly depend on the melt temperature and mold temperature.
实验结果表明，熔体温度和模具温度对试样的力学性能有重要影响。