光学实时观察法晶体生长技术是研究高温熔体运动的有效手段之一。
High temperature in situ observation method was very useful to study the motion of melt.
气体经喷嘴进入聚合物熔体时所形成的气熔界面的运动情况随着进气压力、熔体温度等不同参数的改变而发生变化。
The interface motion situation of gas-melt is changed when injecting gas into melt in various conditions-gas-entering pressure, melt temperature and so on.
熔体线理发育在深部构造层次韧性变形带中，与矿物拉伸线理一样具有运动方向指向意义。
Melt lineation developed in ductile deformation zones of deep structural levels of crust and may indicate the moving direction as the mineral stretching lineation does.
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