1.
Research on the Regional Economic Cooperation of Yulin Energy and Heavy Chemical Industry Base;
榆林能化基地区域经济合作问题研究
2.
Analysis of the Ecological Benefits Changes of the Energy and Chemical Engineering Base in Eastern Ningxia
宁东能源化工基地生态效益变化分析
3.
Jiyuan is also an important energy basis, lead and zinc basis and coal chemical industry basis.
其还是中西部地区重要的能源基地、锌基地和煤炭化工基地。
4.
Study on the Technology of Intelligent Map Output Based on ArcGIS;
基于ArcGIS的地图输出智能化技术研究
5.
Studies on System of Circular Economy of Energy Resource and Chemical Industry Base in the North of Shaanxi;
陕北能源化工基地循环经济体系研究
6.
Analysis of the Cyclic Economy Factors of the Northern Energy Resources Chemical Industry Base of Shaanxi Province;
陕北能源化工基地循环经济要素分析
7.
Analysis to the Cyclic Economy System of Energy Industry Base in the North of Shaanxi Province;
陕北能源化工基地循环经济系统分析
8.
A study on circular economy development in Yulin energy and chemical base
榆林能源化工基地发展循环经济研究
9.
Underground Engineering Intelligent System Modelling Based on PN
基于Petri网的地下工程智能化系统建模
10.
Ningdong Energy and Chemical Industrial Base Coal Resource Support Analysis
宁东能源化工基地煤炭资源保障能力分析
11.
The Study on Earthquake Response of Bridge Piles at Liquefiable Site;
液化场地桥梁桩基础地震反应性能研究
12.
Analysis of Current Situation of Groundwater Pollution in the Northern Shaan xi Energy Resources and Chemical Industry Base;
陕北能源化工基地地下水污染现状分析
13.
On normative documents of the energy and chemical industry base of north Shaanxi
论陕北能源化工基地的地方规范性文件的制定
14.
Study on the Development Planning of LuNeng Coal-Power-Chemical Base's Coal Chemical Industry in Hami;
哈密鲁能煤电化基地煤化工发展规划研究
15.
Significance and Advantage of Planning for Coal Chemical Development in Ningdong Energy Chemical Base;
宁东能源化工基地煤化工项目规划意义及优势
16.
Seismic Damage Performance Control Design and Intelligent Optimal Design Based on Energy Analysis;
基于能量分析法的地震损伤性能控制设计及其智能优化控制设计
17.
A masonry crack can be produced by both the differential settlement of a foundation and a change in temperature.
地基不均匀沉降、度的变化均能引起砌体开裂。
18.
Research on Behavior of Composite Foundation in Consideration of Post-Peak Softening Characteristics of Cemented Soils;
考虑水泥土峰值后软化特性复合地基性能研究