one-dimensional structure的例句大全

The complexes was linked by this interaction to form one-dimensional structure.

二者之存在弱相互作用，这一作用将配合物联接成一维链状结构。

The problem of protein folding is to predict the protein-dimensional structure from its one-dimensional structure.

蛋白质的折叠问题就是通过蛋白质的一级结构来预测蛋白质的三维结构.

The deformation analysis of a one-dimensional structure of unidirectional fiber reinforced composites shows that the thermal strain depends on time intensively.

单向纤维复合材料的一维热变形分析数据显示了热应变对时间的强烈依赖关系；

Characterizing population space-time structure using one-dimensional series method

用一维序列方法研究昆虫种群时空结构

In this thesis, a porous silicon-based one-dimensional bandgap photonic crystal structure is fabricated, which consists of upper and down Bragg mirrors, sandwiching a defect layer.

在本文中，首先利用常用的电化学方法制作了一种基于多孔硅的一维带隙光子晶体结构，该结构具有上下两个布拉格反射镜，其中间夹一层缺陷层。

A One-dimensional Photonic Crystal Structure with a Large Absolute Band Gap

具有禁带展宽特性的一维光子晶体

The carbon nanotube fibers ( CNTFs) as one-dimensional macro-structure of carbon nanotubes have high strength and electrical properties because of their unique structure. So, it can be used as an electrode for new generation batteries or capacitors as energy materials.

而碳纳米管纤维作为碳纳米管的一维宏观结构，具有独特的结构和特殊的力电性能，有希望作为电池或电容器的新一代电极材料应用于能源材料领域。

In recent years, due to the above-average performance of one-dimensional semiconductor nano/ micro structure and its universal application prospect in nanoscale photoelectric device, one-dimensional semiconductor nano/ microstructure material has been studied gradual thorough.

近年来，由于一维半导体纳/微米结构具备良好的性能以及在纳米光电器件中应用前景的广泛性，使得对一维半导体纳/微米结构材料的研究已经逐渐深入。

The absorption peaks and transmittance characteristics of one-dimensional spherical silver nanoparticles array structure has been simulated, and the effect of particle size on resonance absorption peak as well as the effect of space of particles on transmittance have been discussed and studied.

模拟仿真一维球形银纳米粒子阵列结构的吸收峰和透射特性，在400nm-1100nm波长范围内，分析研究了粒子尺寸的大小对共振吸收峰的影响以及粒子间距对透射率的影响。

energy band structure of two ions in a one-dimensional paul trap

Paul阱中一维两离子系统的能带结构

band structure analysis of one-dimensional photonic crystals with continuous index of refraction

折射率连续周期分布一维光子晶体的带隙分析

Carbon nanotubes ( CNTs) has become the research focus of chemistry physics and materials science rapidly, and has a lot of potential applications in the future Hi-Tech field, due to its peculiar mechanical, electronic, chemical properties and unique one-dimensional tubal structure.

碳纳米管（CNTs）以特有的力学、电学和化学特性以及独特的准一维管状分子结构，在未来高科技领域中具有许多潜在应用价值，迅速成为化学、物理学及材料科学领域的研究热点。

according to the transfer matrix method using c language programming, calculating the one-dimensional photonic crystal band structure and transmission characteristics.

根据传输矩阵法利用C语言编程，计算了一维光子晶体的带隙结构及传输特性。

since carbon nanotubes ( cnts) were discovered by iijima in 1991, they have become a hotspot and frontier of carbon materials research and condensed state physics owing to unique structure with one-dimensional inner cavity in nano-size and high specific surface area.

由于具有一维纳米尺度的中空管和高比表面积的结构特点，纳米碳管（CNTs）自从1991年被发现以来，一直是碳材料科学和凝聚态物理研究的前沿和热点。

as a wide band gap semiconductor, single-crystal one-dimensional ( 1d) zno nanostructures with various morphologies exhibit fewer defects than their thin-film structure.

ZnO是一种宽禁带的半导体材料，具有多种多样的一维纳米结构，并且这些纳米结构基本上都是单晶，比起其薄膜结构具有更低的缺陷。

effects of kerr nonlinearity on the band-gap structure of one-dimensional photonic crystals

Kerr非线性对一维光子晶体能带的影响

Synthesis and Crystal Structure of One-dimensional Infinite Chain Complex by 18 C 6 and K _ 2 [ Pd ( NO _ 2 ) _ 4 ]

一维链状冠醚配合物:[K ( 18C6 ) ]_2[Pd ( NO_2 ) _4](H_2O)的合成与结构(英文)

One-dimensional Chain Crown Ether Complexes. Synthesis and Crystal Structure of 18-Crown-6 Complex : [ Na ( 18-Crown-6 ) ] _ 2 [ Zn ( mnt ) _ 2 ]

一 维 链状冠醚配合物: [ Na ( 18-C-6 ) ] _2 [ Zn ( mnt ) _2 ] 的合成与晶体结构(英文)

A new one-dimensional periodic defected ground structure ( DGS ) for microstrip line is presented in this paper.

设计了一种新型一 维 周期缺陷接地结构 ( DefectedG roundStructure,DGS ) 微带线.

According to the characteristics of single-core and three-core cable structure, One-Dimensional Thermal Model can be established for single-core cable temperature field, and two-Dimensional Thermal Model can be established for three-core cable temperature field.

根据单芯与三芯电缆结构的特点，对单芯电缆温度场建立一维导热模型，对三芯电缆温度场建立两极坐标组合的二维导热模型。