nanometer-scale
英
美
网络 原子大小; 米工艺级; 纳米尺度; 纳米级
双语例句
- These researchers have devised multiple ways to realize nanometer-scale resolution in fluorescence micro-scopy.
这些科学家通过多种方法实现了荧光显微镜的纳米级分辩率。 - Nonlinear Interdiffusion in Binary Nanometer-scale Multilayers
二元系纳米多层薄膜非线性互扩散研究 - Preparation of Nanometer-scale Oxides by Thermo-decomposition and Synthesis of Lanthanide Complex Crystals; Study on the Development and Analysis of Nutrition Component of Nutritional Rice Flour
热爆法制备纳米氧化物及其稀土配合物晶体培养方便营养米粉的研发及营养成分分析 - The as-deposited Fe/ Ti nanometer-scale multilayers were composed of nanocrystalline α-Fe and α-Ti with a certain preferred orientation along the direction perpendicular to the surface.
原始沉积Fe／Ti纳米多层薄膜为沿垂直薄膜表面方向具有择优取向的纳米多晶α-Fe和α-Ti交替生长的结构。 - Nanometer-Scale Copper Powders Prepared by Chemical Reduction Method
化学还原法制备纳米铜粉 - The theories and algorithms of Resolution Enhancement Technologies for nanometer-scale IC are the major research objects of this thesis.
本文即针对这一技术开展研究，主要围绕纳米级集成电路条件下分辨率增强技术的理论和算法以及具体实现等问题展开。 - Diffusion in Initial Stage of Thermal Annealing of Fe/ Ti Nanometer-Scale Multilayers
Fe/Ti纳米多层薄膜退火初期的扩散行为 - Nanometer-scale Stannic Oxide from Sol-gel-freeze Drying Process and Its Characterization
溶胶-凝胶-冷冻干燥技术制备纳米二氧化锡及其表征 - Research on Resolution Enhancement Technology of Nanometer-scale IC
纳米级集成电路分辨率增强技术研究 - The results indicate the potential of such diamond coated tips for nanometer-scale mechanical machining.
实验结果证明这种金刚石针尖硬度很高而且稳定，这一技术在纳米机械加工等领域有广泛的应用前景和重要意义。 - Research Progress of Nanometer-scale Immobilization of Enzyme
纳米级酶固定化技术的发展 - Diamond Coated STM Tips and Their Application in Nanometer-scale Machining
STM金刚石针尖及其在纳米机械加工中的应用 - Nanometer-scale science and technology ( S/ T), or "nanotechnology", is to discover the ability for manipulating substances at the atomic or molecular level.
纳米科学技术，简称纳米技术，是研究在原子和分子水平上操纵物质的能力。 - TiN/ TaN multilayer coatings consisting of alternate nanometer-scale TiN and TaN layers were deposited on single crystal Si substrates making use of magnetron sputtering technology.
利用磁控溅射法在单晶硅基底上制备了一系列TiN/TaN多层膜； - Structural characterization and evolution of Fe/ Ti nanometer-scale multilayers during thermal annealing at 473-873 K for 1 h were investigated by using small/ wide angle x-ray diffraction, Rutherford backscattering spectrometry, cross-sectional transmission electron microscopy and differential scanning calorimetry.
利用Rutherford背散射、小角和广角x射线衍射、高分辨透射电子显微镜和差示扫描量热方法分析了Fe／Ti纳米多层薄膜的结构及其473-873K真空退火1h后的退火行为。 - The Au/ n-Si ( 100) interface system has been studied by the ballistic electron emission microscopy ( BEEM). The barrier heights at different positions of the interface and interface images have been directly obtained with nanometer-scale resolution.
用弹道电子发射显微镜对Au/n-Si（100）界面势垒测试，直接得出定点的势垒特性和纳米尺度的界面图象。 - Carbon nanotubes are belieVed to be basic structural unit of new nanometer-scale electronic deVices. Their unique electronic properties are derived from their band structures, and the value of energy gap is one of the important parameters of electronic deVices.
碳纳米管被认为是新型纳米电子器件的基本结构单元，它的能带结构是其电学性能的基础，而能隙值是电子器件的一个重要参数。 - Structural Characterization and Evolution during Thermal Annealing for Fe/ Ti Nanometer-scale Multilayers
Fe/Ti纳米多层薄膜的结构及其退火行为研究 - Nanometer-Scale Oxidation Structures Induced by Dynamic Electric Field Effect with AFM on Si Surface
利用AFM动态电场在Si表面实现纳米氧化结构 - The feasibility of prepared nanometer-scale copper powders by chemical reduction method was studied.
探索用化学还原法制备纳米铜粉的可行性。 - At present, diffusion in nanometer-scale multilayers concentrates on experimental research. In the theoretical study, classical diffusion laws were used to investigate diffusion in the multilayers, however, nonuniformity of nanometer-scale multilayers was ignored.
目前，纳米多层薄膜扩散的研究主要集中在实验方面，理论上主要采用经典扩散定律，没有考虑纳米多层薄膜非均匀体系的影响。 - The silver film with nanometer-scale thickness was fabricated by using the silver mirror reaction and with micrometer-scale thickness was fabricated by using spin-coating and sintering of the silver paste. 2.
其中利用银镜反应制备了厚度为纳米级的膜层，利用旋涂烧结银浆料制备了厚度为微米级的膜层。 - MPCs/ electrode interfacial structure and electrochemical properties of nanometer-scale electrode interface are studied by CV, DPV and EIS.
采用循环伏安法、示差脉冲伏安法、电化学阻抗谱技术研究自组装MPCs电极界面的结构和纳米尺度电极界面的电化学性质。 - Rich ocean-micron, nanometer-scale development and utilization of mineral resources to wait, but its a lot more difficult to sample.
海洋中丰富的微米、纳米尺度矿物资源等待开发利用，但对其大量取样较难。 - The nanometer-scale architectures that biological members using are proved to be an ideal ultra-black structure; there exist some special examples of nano-lattice structure in nature, the micro-structures of which are of great significance for our research work.
自然界生物体们所利用的纳米尺度结构被证明是一种较为理想的增黑结构。自然界中存在某些特殊的纳米点阵结构的例子，其微观结构特征对于我们的研究工作有重大意义。 - With VLSI entering the nanometer-scale era, the complexity of the manufacturing process grows explosively. The yield predicting technique and design-for-yield have become the research hot spots of VLSI industry.
随着集成电路纳米时代的到来，制造工艺复杂度的爆炸式增长使得成品率预测和面向成品率的设计成为研究热点。 - The atomic force microscopy ( AFM) has been widely used in the field of manipulation and manufacturing at the micro/ nanometer-scale. Micro-cantilevers, which is the core of the AFM plays a significant role.
原子力显微镜（AFM）在微纳米量级的操纵和加工领域有着广泛应用，作为其核心组件，微悬臂梁的力学性能至关重要。 - Atomic force microscopy ( AFM) is widely used in measurement of surface profile and force properties at micro/ nanometer-scale.
原子力显微镜（AFM）广泛应用于表面形貌测量和材料表面纳米尺度的力学特性研究。 - The crystal structure, preferred orientation in sublayers of thin-films and modulation interfaces are significantly influenced by the modulation structure of the nanometer-scale multilayers.
纳米多层薄膜的调制周期显著影响亚层晶体结构、择优取向和界面结构。