凝固组织区 solidification structure zone
定向凝固组织 directionally solidified microstructure
凝固组织的模拟 Solidified structure simulation
内镜微波组织凝固疗法 EMCT
肝组织凝固 Liver tissue coagulation
凝固行为及组织 solidification behavior and structure
微波组织凝固 microwave tissue coagulation
微波组织凝固术 microwave tissue coagulation
微波组织凝固器 microwave tissue coagulator
During heating process,most of the non-equilibrium eutectic in the solidification structure dissolved due to the diffusion of the solute.
发现凝固组织中存在的非平衡共晶在加热过程中大部分扩散溶解,溶入基体,剩余部分参与共晶熔化。
参考来源 - 原始组织及加热方式对AlThrough these studies, consults can be provided for the study of the effect of strong electromagnetic field on the solidification microstructure of alloy.
为进一步研究强脉冲电磁场对合金凝固组织的影响提供参照。
参考来源 - 基于ANSYS的强脉冲磁场及温度场有限元分析The solidified structure of high chromium cast iron changed with the cooling conditions variation, and its corrosion-resistance varied correspondingly.
冷却条件的改变带来高铬铸铁凝固组织的改变，相应地必然使其性能发生很大的变化，这在其耐腐蚀性能方面就有较深刻的体现。
参考来源 - 工艺条件对高铬铸铁凝固组织及腐蚀行为的影响Non-stability solidification process is one of the most important part that control and affect the solidified microstructure remarkably.
非稳态凝固过程作为整个凝固过程的一个重要环节,将对最终的凝固组织产生重要的影响。
参考来源 - 定向凝固PbIn the solidification microstructure of composites the volume fraction of particles becomes larger and Al3Zr and Al2O3 particles are well distributed in the matrix with the increasing of ZrOCl2 addition.
复合材料凝固组织中随ZrOCl2加入量的增加，颗粒分数增大，颗粒分布更均匀。
参考来源 - 熔体反应法制备Al3Zr(p)、Al2O3(p)/A356复合材料的凝固组织和性能 Solidification Microstructure and Property of Al3Zr(p)，Al2O3(p)/A356 Composites Fabricated by Reaction in MeltThe function effects of electromagnetic force acted on the structure of solidified metal and the surface modality of metal casting are remarkably distinct under different input conditions.
通过实验观察,电磁力对金属凝固组织及对金属铸锭表面形态所产生的影响,在不同的作用条件下其效果具有明显差别。
参考来源 - 时变电磁场电磁力及其效果分析·2,447,543篇论文数据，部分数据来源于NoteExpress
要想获得理想的铸件，就需要研究凝固组织的形成机理与控制方法。
To get perfect castings the mechanism and the control technique of the microstructure of castings must be studied.
本文研究了在普通砂型条件下，低频振动使铁碳合金凝固组织的影响。
Effect of low freqency vibration on solidified behavior of ferro-carbon alloy was inspected in sand-mold Casting.
强磁场可以改变金属材料的凝固组织，从而进一步改善材料的质量和性能。
It is concluded that using intense magnetic fields can change the solidified structures of metals and then improve the quality and properties of materials accordingly.
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