1) nano-scale linewidth
纳米尺度线宽
1.
To solve the question that measuring nano-scale linewidth by atomic force microscope with nanotube tip at tapping mode,the vibration model of micro-cantilever is proposed,the vibration tip top's track is described and the images by measuring standard sample under different conditions are simulated according as mechanical vibration and mathematical morphology.
针对原子力显微镜(AFM)以纳米管针尖在轻敲模式下测量纳米尺度线宽的问题,依据振动学和数学形态学理论,提出了微悬臂的振动模型,描述了针尖振动轨迹,并仿真了不同条件下测量标准样品所得图像。
2) nano-scale
纳米尺度
1.
Advances in the study of nano-scale surface physics;
纳米尺度上表面物理学的研究进展
2.
Research on Nano-scale SRAM Design for Embedded CPU
嵌入式CPU的纳米尺度SRAM设计研究
3.
In this paper,based on the combination scale of the different catalytic active sites,the integrated system,which is composed of several catalytic reactions,is divided into three sub-systems:nano-scale,micro-scale and macro-scale.
通过对化学反应过程集成系统的分析,基于不同催化剂活性相的组合尺度,提出将多个催化反应构成的系统划分为纳米尺度、微米尺度和宏观尺度3类绿色集成系统,并通过典型实例进行了论述。
3) nanoscale
纳米尺度
1.
Molecular dynamics simulation of thermal conductivity of a gas in nanoscale pores;
纳米尺度孔隙内气体导热系数的分子动力学模拟
2.
Field-induced displacement properties of nanoscale domain structure in PZT thin film;
PZT铁电薄膜纳米尺度铁电畴的场致位移特性
3.
Studies on Preparation Technology and Nano Characteristics of Nanoscaled Hydroxyapatite;
纳米尺度羟基磷灰石的制备技术及其纳米特性研究
4) nano scale
纳米尺度
1.
Realization of complex and compensative effects by controlling 3D structure at nano scale;
在纳米尺度控制3D结构获得复合补偿效应
2.
It is firstly suggested in my research that the liquid spinodal wavelength will decrease to nano scale when there is enough undercooling temperature, and the bulk nanomaterial appears.
提出当过冷度足够大时 ,液态Spinodal的波长进入到纳米尺度 ,形成块状纳米材料 。
3.
Nano materials and microstructures of materials at nano scales are two key regions on the study of material science.
纳米材料及材料的纳米尺度微观结构研究是材料科学的两个重要领域。
5) nanometer scale
纳米尺度
1.
Many details in nanometer scale were revealed on the fracture surfaces by STM, such as nanometer scale steps, dimples and vacancies.
结果表明,STM可以揭示出解理断口上存在许多纳米尺度的细节,如纳米尺度的微台阶、微孔洞(微韧窝)及空位等。
6) metallic nanowires in atomic scale
原子尺度金属纳米线
补充资料:IC工艺线宽
线宽:4微米/1微米/0.6微未/0.35微米/035微米等,是指IC生产工艺可达到的最小导线宽度,是IC工艺先进水平的主要指标.线宽越小,集成度就高,在同一面积上就集成更多电路单元.
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条