有序相 meaning in Chinese
ordered phase
Examples
- The existence a smaller crystal field can magnify magnetic ordering region at low temperatures and can depress one at high temperatures . the existence of a lager transverse field can a lso assist the occurrence of reentrant phenomena
在随机横场作用下的平方格子中，较小晶场的存在能使系统低温时的磁有序相范围增大；而较大的横场也有助于重入现象的出现。 - Furthermore , the superstructure identified in the material indicates that a new ordered phase has been observed in pure si - c system : physical properties depend strongly on the composition and structure , which means that novel optical or electrical functions may be explored in the si1 - xcx alloy
Si _ ( 1 - x ) c _ x超结构晶体的发现表明在硅-碳二元体系中存在着一个新的有序相，它所具有的高碳浓度和超点阵结构必然意味着新奇的物理性质。 - It revealed that hexagonal structure was easily synthesized in the neutral medium , and lamellar structure was inclined to prepare under basic condition , and from the cooperative charge density matching mechanism and function of manganese iron and template molecular , the alkalescence influence on the structure was explained , and appropriate neutral hexadecylamine ( hda ) availed to synthesis of mesophase with more ordered degree for the mediation of packing parameter
通过水热合成方法对锰氧有序相的合成进行初步研究，探讨合成工艺对有序结构的影响：在中性的条件下，易合成六方有序结构产物；在碱性条件下，更易合成层状结构产物。并从电荷匹配的原则及锰离子与模板剂间键合作用解释了碱量的多少对合成产物结构的影响。 - The study shows that the former is main reason of the reentrant phase transition of system , while the later is not contribute to reentrant phase transition . on the other hand , when the crystal field is small , magnification of the range of magnetic ordering phase at low temperatures come from the contribution of spin - 1 sublattice , while the result is not discovered in spin - 1 / 2 sublattice
晶场存在时，前者是系统重入相变的主要原因，而后者对重入相变没有贡献；另一方面在较小晶场存在时低温区磁有序相范围的扩大来自于自旋1子格中横场及随机的作用，而自旋1 2子格没有发现类似现象。 - It is found for the first time that for alloys in instable region , with enhancement of atomic interaction energy , pregnant period of " phase is shortened , degree of ordering and composition order parameter of ordered phase is increased , process of clustering in ordered phase accelerated , i . e . process of congruent ordering is quickened and velocity of spinodal decomposition is expedited
首次发现，随着原子间相互作用势的增加，失稳区合金中有序相的孕育期缩短，有序度有所增加，有序相内成分序参数提高、原子簇聚过程提前，即加快了等成分有序化的进程和失稳分解的速度。