hexagonal structure

英 [heksˈæɡənl ˈstrʌktʃə(r)] 美 [heksˈæɡənl ˈstrʌktʃər]

六方结构

电力



双语例句

  1. This is a hexagonal structure in which the two kinds of atom lie in separate layers.
    这是一种六角形的结构,两类原子处在分离的层内。
  2. The result of TEM analysis indicated that the new phase was Mg_3Sb_2 particle, which has the close-packed hexagonal structure.
    用透射电镜分析新相的具体组成和结构发现,这种新相是由Mg和Sb生成的金属间化合物Mg3Sb2,具有密排六方结构。
  3. Localized hexagonal structure in dielectric barrier discharge
    介质阻挡放电中的局域态六边形结构
  4. The result of X-ray diffraction showed that the graphite consisted of hexagonal structure and rhombic structure ( 30% rhombic structure). It was fine crystal graphite.
    X射线衍射分析结果表明,国产天然鳞片微粉石墨由六方结构(2H)和菱方结构(3R)(含30%的菱方结构)组成,是结晶完整性好的石墨。
  5. It is found by XRD analysis that the alloy mainly consists of C14 Laves phase with hexagonal structure and V-based solid solution phase with BCC structure. The rapid solidification leads to the decrease in content of the C14 Laves phase in the alloy.
    XRD研究表明:合金主要由六方结构的C14Laves相和体心立方结构的钒基固溶体相所组成,快速凝固减少了合金中C14Laves相的含量。
  6. XRD shows that the product is ZnO with hexagonal structure.
    XRD物相分析,产物为六方晶系;
  7. Study and design of absorption mechanism on hexagonal structure with magneto plumbite type ferrite material by electron-wave absorbing
    六角结构磁铅石铁氧体吸波机制的设计与研究
  8. In this article, mono-dispersed hexagonal structure CdSe nanocrystals with polyhedron shape were prepared by an open solvent thermal reaction.
    单分散纤锌矿结构多而体形状CdSe量子点通过开放溶剂热方法制备。
  9. XRD proves that the nanowires have the hexagonal structure of ZnO.
    结果表明,所生成的是具有六方结构的单晶ZnO纳米线。
  10. The results show the pure Gd_2O_2S: Tb with the hexagonal structure are obtained by these two methods, and the grain sizes are both in the nano-scale.
    结果表明:这两种方法都在较低的温度下得到了纯六角晶型的Gd2O2S:TbX-射线发光粉,且晶粒尺寸都达到了纳米级。
  11. For the same dielectric constant ratio, hexagonal structure lattice can obtain a wider complete forbidden band;
    对于相同介电常数比,六边形晶格可获得较宽的完全禁带;
  12. With the increase of modulation period, c-AlN transformed to stable hexagonal structure ( h-AlN) and multilayers form "brick-wall" structure with nanometer grains.
    随调制周期的增大,c-AlN转变为稳定的六方结构(h-AlN),使多层膜形成纳米晶的“砖墙”型结构。
  13. HRTEM and SAED results show that single nano-wire has perfect hexagonal structure, and XRD validates the hexagonal structure and shows that the combination of polycrystalline and nano-wires has more growing directions.
    HRTEM和SAED结果表明单根纳米线结晶良好,为六角结构,XRD验证了薄膜的六角结构,并且显示有纳米线生长出的薄膜其晶粒生长方向比单纯多晶薄膜多。
  14. The crystal structure of Sb/ P co-doped GaN nanowires remains wurtzite-type hexagonal structure.
    使用锑磷共掺杂方法可以在GaN晶格中引入锑杂质,生成的GaN纳米线仍为结晶质量良好六方纤锌矿结构。
  15. The results show that the pure zinc oxide powders have a hexagonal structure, which grow well and regular appearance.
    结果表明:产物为纯六方晶系纤锌矿结构的氧化锌,晶须生长良好,形貌规整,四脚针状结构。
  16. CdS is a wide bandgap semiconductor material which is widespread application. CdS crystals belong to the hexagonal system of ⅱ-ⅵ compounds, with the hexagonal structure.
    硫化镉(CdS)是一种受到广泛应用的宽带隙半导体材料,CdS晶体属于Ⅱ-Ⅵ族化合物中的六方晶系,具有六角纤锌矿结构。
  17. A flatted dispersion and highly nonlinear photonic crystal fiber with simple hexagonal structure is designed, and the nonlinearity of highly nonlinear photonic crystal fiber is tested.
    又设计了简单正六边形结构的平坦双零色散高非线性光子晶体光纤,并且测试了高非线性光子晶体光纤的非线性。
  18. The as-synthesized samples show the uniform pore size and long-distance ordered arrangement of hexagonal structure, which is typically ordered mesoporous structure.
    结果表明合成试样的孔径尺寸单一,孔道呈六方排列,具有良好的长程有序结构,是典型的有序介孔结构材料。
  19. The results demonstrate that the spherical CdS particles with mixed crystal phase but hexagonal structure as the primary phase were uniformly deposited not only on the ITO/ TiO2/ CdS film surface but also inside the ITO/ TiO2 substrate.
    研究结果表明,在ITO/TiO2表面沉积的CdS粒子具有六方结构为主的混合晶相结构,球形粒子均匀沉积于ITO/TiO2多孔纳米晶薄膜的内部及表面。
  20. Summed up the cushion structure in ANSYS to form-finding of the general laws, triangle, rectangular, hexagonal structure of the initial air cushion form-finding.
    总结了气枕结构在ANSYS中找形的一般规律,并对正三角形,矩形,正六边形气枕结构进行了初始形态的找形。
  21. Diffraction transmission electron microscopy images showed that the samples were of the hexagonal structure.
    样品透射电子显微镜衍射图像表明,所得样品为六方结构的铋。
  22. FTIR and EELS results also showed that the BN mainly existed in the form of hexagonal structure.
    FTIR和EELS结果还表明氮化硼主要以六方的形式存在。
  23. Following work was completed: 1. The hexagonal structure Cu-doped ZnO nanoparticles with different doping properties was successfully prepared by sol-gel method.
    主要完成以下工作:1.采用溶胶凝胶法成功制备了不同含量的Cu掺杂的ZnO纳米颗粒。
  24. At room temperature its stable phase is a hexagonal structure, usually has a ( 002) orientation growth.
    它在室温下的稳定相是六角纤锌矿结构,通常具有(002)取向性生长。
  25. Water diffusivity curves of three lamellar systems as a function of temperature indicate that the pseudo-reversed hexagonal structure in ICR will be partly transformed to a normal lamellar phase structure and enhanced system lamellar ordering after increasing temperature.
    三个层状相体系的水扩散率随温度变化曲线说明,这个准反六角相结构升温后能够部分转变成正常的层状相结构,增加体系层状有序性。
  26. The results show ZnO nanorods possess a single crystal hexagonal structure. There is few or no structure defect. The growth direction of ZnO nanorods is [ 0001].
    测试结果表明ZnO纳米棒为单晶,属于六方晶系,晶形很好,很少或者没有结构缺陷,具有沿[0001]方向择优生长的特征。
  27. In-plane uniaxial strain changed the symmetry of the hexagonal structure and increased the anisotropic of electronic structure.
    平面的单轴应变改变了六方相结构的对称性,增大了电子结构的各向异性。
  28. SEM results showed that, AZO has a hexagonal structure, found that the diameter of the nanorods can be controlled by adjusting the content of Al.
    SEM结果显示,AZO具有六角形结构,发现纳米棒的直径可以通过调节Al含量得到控制。
  29. The results showed that all samples are the hexagonal structure and two factors of reaction time and temperature played key roles in the control of crystallization and their morphologies for ZnO nanostructures.
    结果表明ZnO为六角纤锌矿结构,且反应时间和反应温度对其结晶质量和形貌起着关键作用。
  30. However, the poor plastic deformability of magnesium alloy due to the hexagonal structure greatly limits its application. The properties of wrought magnesium alloy can be modified by the alloying.
    镁合金的密排六方结构使其塑性变形能力较差,限制了它的应用,通过合金化改性可提高变形镁合金的性能。