1) grain boundary engineering
晶界工程
1.
Application of EBSD technique in grain boundary engineering;
电子背散射衍射技术在晶界工程中的应用
2.
By using grain boundary engineering (GBE),it is possible to improve the mechanical,chemical and magnetic properties of metallic materials significantly.
利用晶界工程技术能够显著提高金属材料的力学、化学及磁学性能,因此,晶界工程已成为金属材料研究的一个重要领域。
3.
The transmission electron microscopic study of a twin-induced grain boundary engineered 304 austenitic stainless steel demonstrated that twin-induced grain boundary engineering(GBE) by small pre-strain annealing can introduce and maintain a high frequency of low energy boundaries in the grain boundary network after sensitization.
研究表明,敏化处理后,因预应变处理而引入孪晶的晶界工程(GBE)可以在大角度晶界得到高比例的非连续分布的低能晶界。
2) grain boundary equation
晶界方程
3) crystal engineering
晶体工程
1.
Crystal Engineering of Lanthanide-Transition-Metal Coordination Polymers;
稀土—过渡金属配位聚合物的晶体工程研究
2.
Molecular and crystal engineering are playing a more and more important role in designing and investigating the photoelectric functional materials.
随着现代科学技术的发展,从分子到材料,晶体学和晶体工程学肩负着重要的使命,尤其是在有机光电功能材料的研究开发方面。
3.
The development of reliable methods for the prediction of crystal structure and the rational synthesis of functional coordination complexes remains an elusive scientific challenge, its relevance to aspects of pharmaceutical and materials science has fueled rapid development of the concept of crystal engineering.
对预定结构的分子构筑及预期功能的金属配合物的定向组装(晶体工程)是当今合成化学面临的最具有挑战性的课题之一。
4) crystal engineer
晶体工程
1.
Great efforts have been expended on crystal engineering of coordination polymers because of their fascinating structural diversity and potential applications in catalysis, luminescence, magnetism and porosity.
吡啶类端基配体调控的低维配位聚合物的组装:以1,2-二苯乙烯-4,4′-二甲酸(H2STDC)为连接金属离子的桥联配体,利用不同芳香环大小的吡啶类辅助端基配体(吡啶、2,2′-联吡啶、1,10-邻菲啰啉、2,2′-联喹啉),通过溶剂热方法合成了10个一维或二维配位聚合物,测定了它们的结构,从晶体工程角度探讨了辅助配体对低维结构堆积方式的影响,并研究了其中多孔材料的热稳定性及客体吸/脱附性质。
2.
The design and construction of metal-organic coordination polymers is of current interest in the fields of supramolecular chemistry and crystal engineering.
近年来，运用晶体工程原理构建配位聚合物、超分子配合物等新型高级有序结构分子聚集体逐渐成为当前化学、材料、生物、医学等领域的研究主流和热点课题之一。
5) engineering borderline
工程界线
1.
Study on smooth methods and automatic tracking algorithm of mine engineering borderline;
矿山工程界线的光滑方法与自动追踪算法研究
6) interface engineering
界面工程
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参考词条