二维材料

然而，很多研究，包括亨利克·菲克斯和UCLA的研究，都是使用石墨烯作为二维材料。

However , much of the research , including that by Henrik Fisker and UCLA , uses graphene as the two-dimensional material .

二维材料微结构设计与数值模拟软件系统

A Design and Numerical Simulation System of 2D Material Microstructures

讨论了血管二维材料常数的意义。

The meaning of the two-dimensional material constants for the vessels are discussed .

石墨烯是真正意义上的二维材料，可脱离衬底独立稳定地存在。

Graphene is a good two-dimensional material , which is stable and independent on any substrate .

具有单原子层厚度二维材料石墨烯的成功制备，似乎违背了二维晶体不能稳定存在的传统观点。

The successful preparation of planar two-dimensional graphene seems to contradict the common viewpoint that the two-dimensional crystals with mono-atomic layer hardly exist .

石墨烯作为一种由单层碳原子排列而成的二维材料近年来以其独特的电子和结构特性赢得了广泛关注。

Graphene , a two-dimensional ( 2D ) single layer of carbon atoms , has been the focus of recent research efforts , due to its unusual electronic and structural properties .

二维材料选取了具有高导电性和低电迁移性的金属铜薄膜以及计算机硬盘用镍&磷非晶薄膜作为研究对象，研究了薄膜材料在单向和循环加载下的力学性能及其尺寸效应。

For two-dimentional materials , thin copper films with high conductivity and low electromigration and Ni-P amorphous thin films used in computer harddisks were selected . The mechanical properties of the thin films subjected to monotonic and cyclic loading were investigated to elucidate the size effects .

并对装配材料有无进行检测。（4）采用Visualc++6.0开发了一套二维装配材料尺寸（要求检测装配材料的厚度）的检测处理软件。

And whether there is to assembles the material to carry on the examination . ( 4 ) Using Visual C + + 6.0 has developed a two-dimensional size of the assembly materials ( Requirements of testing the thickness of the assembly materials ) detection processing software .

具有分形结构掺入物的二维复合材料三阶光学非线性性质的计算

Calculation of Third Order Optical Nonlinear Susceptibility of Two-dimensional Composites with Fractal Geometry

二维复合材料微结构的力学响应计算

Computation of mechanical response of two-dimensional composite material microstructure

这需要可以保存大量电子的“二维”材料片。

That requires " two-dimensional " material sheets that can hold lots of electrons .

石墨烯作为当前最理想的二维纳米材料，以其优异的性能备受关注。

As an ideal two-dimensional nano-material , graphene receives much concern for its excellent properties .

目前，研究者已经在离子液体中制备出了零维、一维和二维纳米材料。

The ionic liquids have been widely used in the preparation of zero-dimensional nanomaterials , one-dimensional nanomatefials and two-dimensional nanomaterials until now .

石墨烯是由一层独立的碳原子紧密堆积成六角蜂窝状晶体结构的一种新型二维碳质材料。

Graphene , a novel two dimensional ( 2D ) carbonaceous material , is composed of free-standing carbon atoms which are densely packed into a six-angle type honeycomb crystal structure .

我们发现这种二维合金材料也可以通过氢化效应来调节其电子性质，并且通过改变其组分配比可以在一定范围内改变能带结构的性质以及大小。

We find that the electronic properties of such two-dimensional alloys can also be adjusted by hydro-genation , and by changing the composition of the component the band structures can be changed in a certain range as well .

本文研究了压电薄膜-弹性基底系统和压电层状介质的无摩擦接触问题，压电材料半空间的完全粘附接触问题以及一维和二维准晶材料半空间的无摩擦接触问题。

This dissertation studies not only the frictionless contact problems of the piezoelectric film-elastic substrate system , piezoelectric layered half-space , one-dimensional and two-dimensional quasicrystal half-space , but also the adhesive ( no-slip ) contact problem of piezoelectric half-space .

基于此，具体地，本论文分别在染料敏化太阳能电池，氢气存储和锂离子电池三个领域，运用第一性原理对一些低维（零维到二维）材料进行分析和设计。

Based on this , concretely , this thesis tries to perform first principles analysis and design to the low dimension materials , which have been applied in the areas of dye-sensitized solar cell , hydrogen storage , and rechargeable Li ion battery .

采用波导法测量了点缺陷和线缺陷对二维负磁导率材料X波段（8&12GHz）微波透射行为的影响。

We use a rectangular waveguide system to measure the X_band transmission in 2D negative permeability materials with different dot and line defects .

用射频等离子体辅助分子束外延技术（RF-MBE）在c面蓝宝石衬底上外延了高质量的GaN膜以及AlN/GaN超晶格结构极化感应二维电子气材料。

High-quality GaN films and AlN / GaN polarization-induced two-dimensional electron gas ( 2DEG ) materials are grown on ( 0001 ) sapphire substrates by radio-frequency plasma-assisted molecular beam epitaxy ( RF-MBE ) .

RF-MBE生长AlN/GaN超晶格结构二维电子气材料

Two-Dimensional Electron Gas Materials with AlN / GaN Superlattice Structure Grown by Radio-Frequency Plasma-Assisted Molecular Beam Epitaxy

二维单层复合材料板含有多根断裂纤维的应力场的分析。

The stress of 2D composites with multiple broken fibers .

这些结果对二维多胞材料的微结构设计具有一定的工程参考价值。

The results are useful for designing the microstructures of two-dimensional cellular materials .

界面效应对二维声子晶体材料能带结构的影响

The Influence of Interface Effects on the Band Structures in 2D Phononic Crystals

具有周期性单胞的二维非均质材料/结构的拟膜分析法

Pseudo-Membrane Method for Analysis of Two-Dimensional Heterogeneous Materials / Structures with Periodic Unit Cells

二维类桁架材料结构弹塑性分析

Elasto-plastic analysis for 2D structures with truss-like materials

本文研究了二维多相材料结构的动力响应边界单元法。

The paper deals with a boundary element method for two dimensional transient problem of multiphase material .

石墨烯是新发现的具有高电导率的二维纳米碳材料，在储能领域有很好的应用前景。

Graphene is a novel 2D nano-sized cabon with high electrical conductivity , which has good application prospect in energy storage field .

叙述了二维编织复合材料纱线段的点符号简化方法及其组合、交叉原则，以及由点符号组成的无对称单元、基本对称单元构建的方法。

The simplified method , combination and crossover principle of the point symbol on a 2 D braided composites yarn segment were proposed .

本文研究了二维网格复合材料点阵结构的制备工艺及其刚度和强度分析方法。

Manufacturing and analysis method of stiffness and strength of two-dimension grid composite lattice structures ( 2D-GCLS ) were studied in this paper .

研究了以金属铜六边形开口谐振环为基元的二维负磁导率材料的缺陷效应。

The defect effect in the two_dimensional ( 2D ) negative permeability material , consisting of copper hexagon split ring resonators ( SRRs ), is investigated .