1) short-range order
短程序
1.
Investigation of short-range order in metallic melts Co and Fe by ab initio molecular dynamics;
钴和铁熔体短程序的分子动力学模拟研究(英文)
2) short range order
短程序
1.
Some important physical effects appear due to short range order in nematic liquid crystals.
向列型液晶中的短程序有重要的物理效应。
2.
The structure model in amorphous semiconductor was analysed and probed into in this paper,and confirm the structure of middle and short range order in amorphous semiconductor by means of experiment.
以一定的结构模型分析探讨并从实验上证实了非晶半导体中短程序、中程序的存在。
3) short range order
短程有序
1.
Structure of short range order in Cu and Al melt;
液态Cu和Al的短程有序结构
2.
For investigating the structure of short range order (SRO) in Cu melt, a nanocrystalline model for liquid metal was constructed.
为研究液态Cu的短程有序结构,建立了液态微观结构的纳米晶粒模型,从晶体X射线衍射学的角度出发,通过对固态Cu衍射峰的宽化计算出了液态X射线衍射强度曲线。
3.
Some Fe 2B-like and Fe 3B-like short range orders (SRO) with sizes about 1～3nm have existed in the as-quenched alloy and .
ＨＲＥＭ观察结果表明，合金淬态结构中存在有尺寸约１～３ｎｍ的类Ｆｅ２Ｂ及Ｆｅ３Ｂ短程有序区，脆化时长大至３～７ｎｍ。
4) short-range order
短程有序
1.
8at% Ni at room temperature is composed of columnar B2 and granular metastable phase;the metastable phase is a disordered Al made up of Ti and Ni atoms;there is a vacancy short-range order in RS TiNi ribbon and a vacancy long-range order in RS TiNi ribbon followed by aging.
快速凝固后室温下合金的组织由柱状Ｂ２相和粒状亚稳相构成；亚稳相是由Ｔｉ、Ｎｉ两元素原子构成的无序面心立方结构；快速凝固后合金中的空位呈短程有序分布，而在４５０℃５ｍｉｎ时效后呈长程有序分布，在电子衍射图上形成１／２１００和１／４２１０额外斑点。
2.
The XRD and TEM results show that short-range ordering emerges in the ribbons of Fe83Ga17 with wheel speed of 12 m·s-1, which is helpful for the magnet.
XRD和TEM分析发现,在成分为Fe83Ga17快淬薄带中,出现产生畸变的DO3结构和短程有序结构, 有助于快淬薄带磁致伸缩性能的提高。
5) short sequence scheme
短程序系统，短程序方案
6) chemical short range order
化学短程序
1.
The chemical short range order of the Al Fe Ce amorphous alloy was studied by means of X ray diffraction, differential scanning calorimetry.
采用X射线衍射及DSC热分析研究了合金成分对Al Fe Ce非晶合金化学短程序的影响。
补充资料：短程序
短程序
short range order
短程序Short range order凝聚态物质中质点(原子、分子或离子)在短距离内排列的规律性。又称短程有序、近程有序。所谓短距离是指仅几倍于有序单位(如配位多面体)的尺寸。超出此距离时，有序性逐渐消失而趋于无序。短程序是玻璃和熔体的重要特征。 (姚连增)
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参考词条