1·The microstructure of magnesium alloy melt under different disturbed treatment in semisolid state was studied.
研究了镁合金熔体在半固态温度区间进行不同扰动处理后铸件的组织特征。
2·The mechanical behavior of 7a04 alloy in the semisolid state has been studied through isothermal compression tests.
通过半固态等温压缩实验，研究了7a04合金在半固态压缩过程中的力学行为。
3·The defect of extrudate in the extrusion process in the form of melt fracture could only be evidenced in the semisolid state of PP melt.
在挤出过程中，以熔体破裂形式出现的挤出物的缺陷只有在PP熔体处于半固体状态时才能观察到。
4·Microstructural spheroidization of extruded AZ91D magnesium alloys with a high extrusion ratio of 40 was investigated at semisolid state.
通过液淬法获得挤压比为40的AZ91D镁合金等温处理过程中的半固态组织，研究其球化机制。
5·Traditional static shear tester was revised so as to study the rheological behavior of A356 alloy with different microstructure morphology in semisolid state.
对传统的静态剪切试验装置进行改进，研究了不同初生相形态半固态a35 6合金的流变性能。
6·The experiments to explore the rheologic properties of semisolid continuous casting billets of A356 alloy in the semisolid state have been carried out by means of the multifunctional rheometer.
通过分析深小锥孔开式冷挤压成形特点 ，描述了其成形极限 ，建立了变形区非稳态连续速度场 ；利用上限原理得到了成形极限的理论模型。
7·Using the analogy simulation, an experimental study of physical simulation about semisolid slurry's out flow from the stirring crucible and the filling state of the die chamber is carried out.
利用相似模拟的方法，进行了半固态浆料自搅拌坩埚的出流及压室充填状况的物理模拟实验研究。
8·If the system is in a solid state at room temperature, the system can be prepared into a self-emulsifying semisolid skeleton capsule after being heated and melted;
该体系室温时若为固态，可加热熔化后制成自乳 化半固体骨架胶囊；