1.
Tectonic intensity quantification method and its application to the superimposed basins in West China
中国西部叠合盆地构造强度定量表征及其应用
2.
Research on Relationship of Porosity-strength of Cement-based Materials and Construction of Porosity-strength
水泥石强度分析与孔隙率强度模型构造
3.
Structural Strength Analysis on the Improved Metro Vehicle Frame of Beijing Fu-Ba Line
北京复八线地铁改造车辆构架结构强度分析
4.
On the Characteristics and Intensity of Quaternary Tectonic Movement in the Piedmont of Altai Mt.
阿勒泰山前带第四纪构造运动的特点和强度
5.
The Analysis of the Correlations between the Intensity of Inter-Provincial Trade and the Structural Homogeneity of Manufacturing in Delta Area of Yangtze;
长三角省际贸易强度与制造业同构的关系分析
6.
Strength Analysis and Local Structural Reformation of a Semi-submersible Drilling Platform
半潜式钻井平台强度分析及局部结构改造
7.
Application of Horizontal Wells in Low Amplitude Structural Reservoirs With Bottom Water
强底水低幅度构造油藏水平井的研究应用
8.
The study of microstrueture and mechanical properties for new high strength cast Al alloy
新型高强度铸造铝合金的微观组织及结构研究
9.
There occurs few earthquakes with weak intensity in middle Tienshan region locating in special tectonic conditions.
位于特殊构造环境的中天山地区地震少，地震强度低。
10.
The Influence of Microwave Treatment and Drying on Performance and Anatomy of Larch Wood;
高强度微波处理与干燥对落叶松木材解剖构造和性能的影响
11.
STUDY ON TESTING CONDITION FOR MICROSCOPICALSTRENGTH AND STRUCTURAL STRENGTH OF COKE
焦炭显微强度、结构强度实验条件研究
12.
Structural Intensity of Piston Compressor
活塞压缩机结构强度
13.
Designing Ship Intensity & Structure
船舶强度与结构设计
14.
loy high-tensile structural steel
低合金高强度结构钢
15.
normal strength hull-structural steel
一般强度船体结构钢
16.
The strength of the material used and the construction of the liner shall be appropriate to the capacity of the IBC and the intended use.
所用材料的强度和衬里的构造必须与中型散货箱的容量和用途相适应。
17.
Bodies shall be manufactured from suitable materials. The strength of the material and the construction of the flexible IBC shall be appropriate to its capacity and its intended use.
箱体必须用适宜的材料制成。材料的强度和软体中型散货箱的构造必须与其容量和用途相适应。
18.
The mechanical strength of the crust and the seismicity of geotectonic units were strongly affected by geothermal characteristics of the units.
研究表明，各主要构造单元的地壳力学强度和地震活动性均受其地热特征的影响。