1) lamination
[英][,læmi'neiʃən] [美][,læmə'neʃən]
层状组织(陶)
2) cellular structure
层状组织
1.
The results show that the matrix decomposes to form cellular structure (γ+M 23C 6) by discontinuous precipitation mechanism during aging.
结果表明 :等温时效过程中基体组织将发生分解 ,通过不连续沉淀机制形成M2 3C6 +γ层状组织 ,且M2 3C6 量随时效温度的提高而增加 ,其时效过程中微观组织变化与原始组织状态有关。
2.
The results show that the failure of exhaust valve head is attributed to the formation of cellular structure composed of austenite (γ) and carbide (M_923)C_6).
结果表明,高温运行条件下基体组织发生胞状分解,形成M23C6+γ组成的层状组织是排气门盘部断裂失效的主要原因。
3) lamellar structure
层状组织
1.
Transformation mechanism and discontinuous coarsening of lamellar structure were studied by cooling Ti-47.
－％Ａｌ合金从α相区冷至室温再在双相区时效后，层状组织的转变机理及不连续粗化。
2.
In situ TEM technique was employed to observe the influence of lamellar structure on the crack propagation in duplex TiAl alloy.
在ＴＥＭ下原位观察了双相ＴｉＡｌ层状组织对裂纹扩展的影响，发现裂纹尖端的钝化以及裂纹的扩展方式与裂纹和片层界面的夹角有关。
3.
The morphology and crystallographic orientation of (a_2+γ) lamellar structure in duplex Ti--47.
—％)金属间化合物(α_2+γ)双相层状组织的显微结构及晶体学取向关系进行了观察和研究。
4) lamellar structure
层片状组织
1.
Consequently microstructures were studied by the use of SEM, the results were that spheroidized structures were obtained by the artificial aging at 96℃, lamellar structures.
利用SEM研究时效后微观组织 ,结果发现 ,96℃人工时效获得粒状组织 ,180℃以及2 5 0℃人工时效获得层片状组织。
5) layered grain structure
层状晶粒组织
1.
Formation mechanism of layered grain structure during superplastic pre-treatment in 01420 Al-Li alloy;
超塑预处理01420铝锂合金层状晶粒组织的形成机制
补充资料：层状组织
lamellarstructure：由共存的诸相的薄层交替重叠而成的复相物所组成的组织。
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