一:简介 笼目,又称kagome Lattice,是下面这样由六边形和三角形交替组成的结构。 这样的结构经常可以在我国传统的背篓上看见。 目前已经有人在一篇《Beyond the basket case》的论文中研究了如何用计算机复现这种结构。这篇文章可以在Research上免费下载。我已经把它打包到工程文件夹里了。原理如下 先给物体划出三角形...
网络释义 1. 可果美晶格 ...w-core)光子晶体光纤(HC PCF),纤芯为可果美晶格(Kagome lattice),即由交错的三角形所组成的几何结构。 fiber.ofweek.com|基于4个网页
Bulk Polarization of Kagome Lattice 这两篇文献都有计算Kagome lattice 的体极化,而且算出来的结果还不同,研究了一下发现就是积分方向的选取不同。 体极化计算公式:Pi=−1/S∬BZAid2k,Ai=−i 第一篇文章中:p1=−1/3,p1=−1/3. 这里的积分路径并不是沿着,Kx,Ky方向,而是沿着两个倒格矢的方向...
We investigate the kagome lattice Hubbard model at half filling using the variational Monte Carlo method by testing the U(1)-Dirac spin-liquid, uniform, and valence bond crystal states. Even for the large-U case, the U(1) Dirac state, which is the optimal state in the Heisenberg model, ...
1) kagome lattice六边形晶格2) Hexagon 六边形 1. Study of hexagonal orthogonal image pyramid on image compression algorithm and its application on manipulative transmission; 六边形正交影像金字塔图像压缩算法研究 2. Then, two novel hexagonal open-loop quasi-elliptic resonator microstrip filters are designed...
Kagome Lattice 作者:Russell, Jesse; Cohn, Ronald; 出版社:Book on Demand Ltd. ISBN:9785510823349 豆瓣评分 目前无人评价 评价: 写笔记 写书评 加入购书单 分享到 推荐 我要写书评 Kagome Lattice的书评 ···(全部 0 条)
kagome-lattice systems from the local-magnetic probe point of view by utilizing muon-spin rotation under extreme conditions, i.e., hydrostatic pressure, ultra low temperature and high magnetic field. The systems include: (1) The series of compoundsAV3Sb5(A = K, Rb, Cs) with V kagome...
1) Kagome lattice Kagome'晶格 2) KA KA 3) KA oil KA油 1. The simple metalloporphyrins TPPMCl (M=Fe,Mn) and TPPM (M=Co,Cu) are generally used to catalyze the aerobic oxidation of cyclohexane toKA oil(cyclohexanol and cyclohexanone) and adipic acid. ...
Everett (╮(╯▽╰)╭~(=~ U ~=)~) 组长 2010-11-27 17:28:14 可以做自旋液体用 赞 回复 唐狼 (见贤思齐) 楼主 2010-11-27 18:15:47 怎么个玩法呢?我记得E大提过跟弦网凝聚有关系 赞 回复 你的回复 回复请先 登录 , 或 注册 ...
Layered kagome-lattice 3d transition metals are emerging as an exciting platform to explore the frustrated lattice geometry and quantum topology. However, the typical kagome electronic bands, characterized by sets of the Dirac-like band capped by a phase