... 非枝晶组织 半固态浆料制备[gap=1171]Key words: Al-Si alloy; formation and evolution of solid; non-dendritic structure; making semi-solid metal slurry...
基于20个网页-相关网页
This way makes semi-solid isothermal treatment of non-dendritic structure blank Preparation and reheating the merger become a step, but preparation and control blank is inevitable.
这样,首先面临的问题是如何制备适于半固态加工的合金坯料,半固态等温热处理法将非枝晶组织坯料的制备与二次加热合并为一个步骤,其中前期的锭料熔铸、半固态坯料制备等工艺过程控制是决定半固态触变压铸成败的关键。
参考来源 - 镁合金半固态非枝晶组织制备及压铸工艺研究·2,447,543篇论文数据，部分数据来源于NoteExpress
This paper introduced the key technology of SSP(semi-soild process) thixomolding of magnesium alloys : the preparation of non-dendritic structure, reheating, thixomolding.
介绍了镁合金半固态触变成形技术中的三个关键技术：非枝晶组织半固态浆料的制备、坯料的二次加热、半固态触变压铸成形。
The present status of the research of Mg alloy semi-solid processing from three aspects including the preparation of non-dendritic structure, reheating and semi-solid processing were described.
从非枝晶坯料的制备、坯料的重熔加热和半固态的成形工艺等三方面介绍镁合金半固态成形的研究现状。
For semi solid metal forming, it is crucial to produce semi solid metal materials that have non dendritic structure.
半固态金属成形技术的关键是制备非枝晶结构的半固态金属材料。
应用推荐