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1)  ordering domain
有序畴
1.
The result showed that copper was distributed inharmoniously in the supersaturation ferrite after solution treatment,in which a large number of namostructure ordering domain was distributed.
这种过饱和铁素体基体上分布着大量纳米级的有序畴结构。
2.
Copper atom appears as orderly arrangement in the ordering domain and keeps coherent with matrix in aging peak.
12Cu合金在固溶态存在铜原子的偏聚区,呈现短程有序结构;在时效峰处,铜原子在有序畴中呈现有序排列,并与基体共格;在过时效阶段,有序畴经类B2结构等过渡相,逐渐演化成fcc的ε-Cu颗粒。
3.
The results showed that the solution state was not the evenly over saturated α-Fe but with lots of Cu atom cluster and ordering domain distributed in Ferrite matrix instead.
应用JEM—2010高分辨电镜研究了含铜高纯低碳钢中铜的沉淀规律,发现固溶态是在铁素体晶粒中分布着大量的铜原子的偏聚的有序畴
2)  ordered domain interface
有序畴界
1.
Microscopic phase-field model was used to simulate the ordered domain interfaces formed between L1_2 phases(Ni_3Al)in Ni-Al-V alloy.
利用微观相场动力学模型模拟Ni-Al-V合金沉淀过程中L1_2(Ni_3Al)相间有序畴界面,对界面结构及其界面处原子的行为进行了研究。
2.
Using the simulated microstructures and the occupation probabilities of alloy elements at interfaces,the structure and migration characteristics of ordered domain interfaces formed between DO_(22) and L1_2 phases are investigated and the mechanism of the phase transformation from DO_(22) to L1_2 is proposed.
研究了异相间有序畴界的结构及其迁移特征,提出了DO_(22)到L1_2相变过程的机制。
3)  ordered micro-domain
有序微畴
4)  ordered domain size
有序畴尺寸
1.
The degree of ordering and ordered domain size in Ni3Al solid solutionprepared by SHS have been determined with XRD.
用X射线衍射法测定自蔓延高温合成(简称SHS)Ni3Al固溶体有序度和有序畴尺寸,结果指出:待反应混合物成形压力越大,有序度越高,有序畴尺寸越大。
5)  order enriched category
带序范畴
6)  poset category
偏序范畴
1.
It focuses on the discussions of the poset,the corresponding poset category and poset matrix and describes the initial object,terminal object and zero object,the product category of poset categories.
本文介绍了关系及关系矩阵等概念,并着重讨论了偏序关系及对应的偏序范畴、偏序矩阵,刻划了偏序范畴的始对象、终对象和零对象,偏序范畴的积范畴以及给出相应的矩阵的关系,即积范畴对应的偏序矩阵是原来两个偏序矩阵的张量积;讨论了等价的偏序范畴对应的偏序集之间的关系。
补充资料:超分子有序
分子式:
CAS号:

性质:又称超分子有序。为高分子的聚集态结构。是指高分子链之间的排列和堆砌结构。高分子的链结构是决定聚合物基本性质的主要因素,而高分子的聚集态结构是决定高聚物本体性质的主要因素。对于实际应用中的高分子材料或制品,其使用性能直接决定于加工成型过程中形成的聚集态结构。因此,对超分子结构的研究,具有重要的理论和实际意义。了解超分子结构特征、形成条件及其材料性能之间的关系对于通过控制加工成型条件以获得具有预定结构和性能的材料是必不可少的,同时也为高分子材料的物理改性和材料设计提供科学的依据。

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