2) 3D structure
三维结构
1.
3D structure from aerial image sequence based on affine transformation;
基于仿射变换从序列图像恢复物体的三维结构
2.
3D structure and dynamic types of the lithospheric crust in continental China and its adjacent regions;
中国大陆及邻区岩石圈地壳三维结构与动力学型式
3.
3D structure of the asthenosphere beneath China and adjacent land and sea areas and its interaction with the lithosphere;
中国及邻近陆海地区软流圈三维结构及其与岩石圈的相互作用
3) fiber structure
纤维结构
1.
Effects of plate pattern and rotary speed on refining intensity and fiber structure;
磨盘结构和转速对磨浆强度及纤维结构的影响
2.
The feature of modulus-strain curves were discussed from the fiber structure and applications.
通过声速法和X射线衍射实验测试纤维的取向和结晶,结合纤维结构及纤维应用讨论了两种PET纤维的模量-应变曲线特点。
3.
The relationship between fiber structure formation and take-up speed, mass flow and cross air temperature was discussed.
在基本纺丝动力学方程的基础上,引入显著的应力诱导结晶作用,运用改进的Euler方法和牛顿二分法,通过计算机求解动力学方程组,模拟涤纶HOY结构的形成过程,获得了纤维结构形成与卷绕速度、质量流量和侧吹风温度的关系。
4) low-dimensional structure
低维结构
1.
Zinc oxides with low-dimensional structures are becoming one of the most promising cathode materials for field emission for their negative electron affinity, uniform and stable structure, plentiful and controllable morphology, good behaviors of mechanical and chemical stability.
结合作者实验室的工作,综述了近年来迅速发展的ZnO低维结构的场发射特性以及制备方法、形貌结构、排列及密度、表面吸附、掺杂和热处理等因素对其场发射性能的影响,介绍了四针状氧化锌晶须(T-ZnOw)作为场发射阴极材料的优势。
2.
In low-dimensional structures, charged carriers are confined to certainenergy levels, enhancing exciton oscillator strength and light-emitting efficiency.
特别是近年来纳米技术的兴起引起人们对低维结构性质的极大兴趣。
3.
It can be used to perform Raman investigation on the low-dimensional structure materials and devices to the nano scale.
喇曼-原子力显微镜(Raman-AFM)是一种基于探针增强喇曼散射效应(TERS)的新型形貌表征与光电测试设备,能够在纳米尺度上对低维结构材料与器件进行喇曼研究。
5) three-dimensional structure
三维结构
1.
Determination of the three-dimensional structure of Anemoside A_3 in solution by NMR and molecular simulation;
核磁共振和分子模拟法研究三萜皂苷Anemoside A_3在溶液中的三维结构
2.
Development of the study on genome and three-dimensional structure of rice dwarf phytoreovirus;
水稻矮缩病毒基因组及毒粒三维结构的研究进展
3.
Homology modeling and analysis of three-dimensional structure of Arthrobacter K1108 hydantoinase;
节杆菌K1108乙内酰脲酶三维结构的模建和分析
6) two-dimensional structure
二维结构
1.
The demonstration and valuation theory of enterprise R&D post-project on two-dimensional structure-based
基于二维结构的企业研发项目后评价模型研究
2.
According to the characteristics of this type of engineering(wide scope and thin thickness),the tabular concrete foundation is described by a two-dimensional structure model.
根据该类工程的特点（面积大，厚度小），可将其视为二维结构，采用弹性波ＣＴ成像方法检测其施工质量，在工程实践中取得了满意的效果。
3.
This paper provides an analysis of RUP by analyzing its main features,investigating its two-dimensional structure,and contrasting with another predominant software development method XP.
统一软件开发过程(Rational Unified Process,RUP)是一种用况驱动、以构架为中心、迭代和增量的开发方法,现对RUP进行了较为深入的研究,分析了其主要特点和二维结构,并对RUP和XP这两种目前最为流行的软件开发过程进行了比较。
补充资料：二维结构
分子式：
CAS号：
性质：二维结构是指原子或离子集团中的原子或离子具有在空间沿二维方向的正、反向延伸作有规律排布的结构。理想化的二维结构具有与两个不平行基向量对应的二维周期性。具有聚正六角环构型的二维伸展石墨层分子是典型的二维结构。
CAS号：
性质：二维结构是指原子或离子集团中的原子或离子具有在空间沿二维方向的正、反向延伸作有规律排布的结构。理想化的二维结构具有与两个不平行基向量对应的二维周期性。具有聚正六角环构型的二维伸展石墨层分子是典型的二维结构。
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