1) methods on structural refinement
组织细化方法
2) structure refinement
组织细化
1.
Structure Refinement of High Si-Al Alloy by Suspension Casting;
高硅铝合金悬浮铸造的组织细化
2.
Continuous Cooling Transformation and Structure Refinement of A Low Carbon High Strength Steel Produced by FTSR
FTSR低碳高强钢连续冷却相变和组织细化
3) grain refinement
组织细化
1.
The effect of magnetic field on the grain refinement of mild steel during hot deformation has been studied by using the Gleeble 1?500 hot simulation machine and electromagnetic equipment designed by ourselves.
采用Gleeble 1 50 0热力模拟实验机和自行设计的电磁装置 ,研究了低碳钢在塑性变形时电磁场作用对组织细化的影响 ,并与相同变形条件下无电磁场作用的实验结果进行了对比分析·研究结果表明 ,电磁场对变形后的组织有明显的影响 ,在相同的变形条件下随着磁场强度的增加 ,晶粒细化作用加强
2.
6μm, A new process for grain refinement in precipition hardening aluminium alloy─solid solution treatment and againg after ECAP was proposed.
研究了等径弯曲通道变形过程中７４７５铝合金的组织细化及超细化，在７４７５铝合金中实现了亚微晶组织，晶粒尺寸达到 ０。
4) refinement
[英][rɪ'faɪnmənt] [美][rɪ'faɪnmənt]
组织细化
1.
Quantitative study on refinement of bainite by relaxation processing;
弛豫过程对贝氏体组织细化的定量研究
5) refining microstructures
细化组织
6) Structural Refinement
组织细化
1.
The commonly used inoculating processes and possible structural refinement mechanism of cast magnesium alloys are summarized in this paper.
总结了常用铸造镁合金组织细化所采用的方法及可能的细化机理。
2.
Structural refinement during solidification of AZ91 alloy in Mg-Al-Zn system has been studied with a focus on the effects of solute elements, such as Sr, Ca, Ce, Nd, in situ TiC particulate and electromagnetic stirring on microstructures and mechanical properties.
本文以Mg-Al-Zn系最具有代表性的AZ91合金(Mg-9Al基)的组织细化作为研究方向，以溶质元素(Sr、Ca、Ce、Nd)，原位TiC_p和电磁搅拌对AZ91的组织和性能的影响为主要研究内容，探讨AZ91的化学成分、组织结构和性能变化之间的关系，以提高合金的力学性能和改善腐蚀性能为目的。
补充资料：公理化方法(见公理化和形式化)
公理化方法(见公理化和形式化)
axiomatical method
gongllbuafangfa公理化方法化和形式化。(axiomatieal method)见公理
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条