1) plane triangular lattice
平面三角晶格
1.
The method that combines the effective - field renormalization group (EFRG) with the discretized path - integral representation (DPIR) is extenged to study phase transition of the transverse Ising model (TIM) in a quantum - spin system on the plane triangular lattice(PTL).
将离散路径积分表示(DPIR)下的有效场重整化群(EFRG)技巧推广应用于平面三角晶格上量子自旋横向Ising模型的相变研究,在这个方法中,注意区分了两种具有相同配位数而不同几何构形的晶体,并且考虑了起伏的影响,在二阶累积量近似下,得到了接近于精确解的临界值。
2) planar triangulations
平面三角网格
1.
Morphing of compatible planar triangulations admitting human-computer interaction;
可人机交互的同构平面三角网格的变形
3) triangular lattice
三角晶格
1.
Two-dimensional photonic crystal with triangular lattice structure of air cubes and its characteristics of band gap;
正方空气柱结构二维三角晶格光子晶体及其禁带特征
2.
Design of triangular lattice photonic crystals using genetic algorithms;
遗传算法优化设计三角晶格光子晶体
3.
A two-dimensional photonic crystal formed by a triangular lattice of square dielectric rods with a large absolute band gap;
大带隙二维正方介质柱三角晶格光子晶体
4) triangular antiferromagnets
三角晶格
1.
Spin dynamics in doped spatially anisotropic triangular antiferromagnets;
掺杂各向异性三角晶格系统的自旋动力学
2.
The integrated spin dynamics of the hole doped bilayer triangular antiferromagnets is studied within the t-J model based on the fermion-spin theory.
从t-J模型出发,在feimion-spin理论框架下研究了空穴型掺杂双层三角晶格反铁磁体积分自旋动力学。
3.
But there are a few differences between triangular lattice and square lattice caused by the geometrical frustration in triangular antiferromagnets.
从t-J模型出发,在feimion-spin理论框架下研究了空穴型掺杂三角晶格反铁磁体的c-轴电荷动力学。
5) lattice plane
晶格平面
6) compatible planar triangulations
同构平面三角网格
1.
This paper presents a simple and effective method for morphing two given compatible planar triangulations with different convex boundaries.
对于具有不同凸边界的同构平面三角网格的变形,提出了一种简单、有效的方法。
2.
This paper makes researches on the morph of compatible planar triangulations and that of planar polygons, and the main results are as follows:1) Morph of compatible plan.
本文对同构平面三角网格的变形和平面多边形的变形进行了研究，主要的研究结果如下： 1) 同构平面三角网格的变形：提出了具有不同凸边界的同构平面三角网格的保凸变形方法。
补充资料：A和B交替生长的超晶格结构
A和B交替生长的超晶格结构
A和B交替生长的超晶格结构层厚：黑2帆A 白30A B中周科学院十导体研究所供稿
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