... 半固态区间 semi-solid zone 半固态组织 semi-solid microstructure 半互穿网络 sime-IPN ...
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...半固态组织；晶粒尺寸[gap=1451]lt activated processing；LY12 forging alloy； remelting in semi-solid temperature；semi-solid structures；grain sizes...
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半固态梯度组织 semi-solid gradient microstructure
By reheating the semi-solid microstructure with spheroidal solid particles distributed uniformly in the liquid phase can be obtained. The reheating conditions of the semi-solid billet of ZL101 alloy produced by re-melting heat treatment method were studied.
采用半固态合金二次加热，对半固态坯料施加合理的二次加热路径，重新获得适于后续加工的具有近球状固相颗粒均匀分布的半固态组织。
参考来源 - 期刊学术社区Proper increasing the reheating temperature was beneficial for obtaining an ideal semisolid microstructure because of the decreased merging coarsening tendency.
适当的增加加热温度,会减少颗粒合并长大的趋势,将易于得到理想的半固态组织。
参考来源 - 镁合金的等通道转角挤压及在部分重熔中的组织演变·2,447,543篇论文数据，部分数据来源于NoteExpress
同时，对新型装置制备半固态组织的机理进行了研究。
At the same time, the forming mechanism of semi-solid structure prepared by the novel machine was...
剪切速率越高，越容易获得细小、圆整和均匀分布的半固态组织。
The higher the shearing rate is, the finer and more homogeneous the spherical grains are.
结果表明：通过合理选择SIMA工艺参数，能够得到晶粒尺寸小且呈近球状的半固态组织；
Results showed that the fine and near-spheroidal microstructures can be obtained by properly choosing the SIMA processing parameters.
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