1.
Natural bond orbital analysis was performed to reveal the origin of the interaction.
由自然键轨道分析揭示了相互作用的本质.
2.
Natural Bond Orbital Analysis of Nucleus-Independent Chemical Shifts of Aromaticity and Antiarmaticity;
自然键轨道法分析芳香性和反芳香性的核独立化学位移
3.
Spin-orbit ab intio Calculation Studies on C-I Bond Dissociation of C_2F_5I Molecule
C_2F_5I分子C—I键解离的自旋-轨道从头算研究
4.
Analysis of Bond Order Definitions and Application of Maximum Bond Order Hybrid Orbital;
键级理论的计算分析及最大键级杂化轨道理论应用
5.
Constructional key skill of transporting no fragment orbit track
浅析客运专线无砟轨道施工关键技术
6.
free electron molecular orbital model
自由电子分子轨道模型
7.
Research on the Self-innovation Strategy of Hi-tech Enterprises Based on the Theory of Technological Trajectory;
基于技术轨道的高技术企业自主创新战略分析
8.
Characteristic analysis of vertically natural vibration of Burger slab ballastless track;
博格板式无碴轨道的竖向自振特性分析
9.
This article discusses the type of main construction and material selection of key parts on overseat, single-track beam support of traffic track.
对跨座式单轨交通轨道梁支座的主要构造形式、键零部件的材料选用等进行了分析研究。
10.
Analysis of Car Model Selection for Jinbin Light Rail Project in Tianjin
天津津滨轻轨工程轨道车辆选型分析
11.
Structure Analysis and Research on the Emergency Track Girder of Chongqing Light Railway;
重庆轻轨应急轨道梁结构分析与研究
12.
Analysis on key technologies for pipeline internal circumferential automatic welding machine with multi-torch
管道环焊缝多焊炬自动内焊机关键技术分析
13.
The Mechanics Analysis of Continuous Bed Slab of Ballastless Track of Switch;
道岔区无碴轨道连续道床板力学分析
14.
Analysis of Longitudinal Force of Ladder Track Sleeper on Bridge in Urban Rail Transit
城市轨道交通桥上梯形枕轨道纵向力分析
15.
Analysis of the Adaptibility of Jointless Track Circuit to Ballast-Less Track
无绝缘轨道电路对无砟轨道的适应性分析
16.
Effects of Replacing the Bearings of Urban Railway Viaduct on the Track Structure
城市轨道桥梁更换支座对轨道结构影响分析
17.
Analysis of Stress and Deformation of Beam-end Track Structure For Guangzhou-Zhuhai Intercity Rail Transit
广珠城际轨道交通梁端轨道结构受力变形分析
18.
Analysis of Orbit Dynamics for Spacecraft Octahedron Formation Configuration in the Circular Orbit
圆轨道航天器八面体编队构型轨道动力学分析