1.
Studies on the Multi-Levels of Hybrid Structures Using Incremental Dynamic Analysis
采用增量动力分析方法确定高层混合结构的性能水准
2.
Analysis Method on Stress Increment of External Prestressing Concrete Beam Based on Deflection
基于挠度的体外预应力梁应力增量分析方法
3.
Trading volume and dynamic analytic method based on volume-driving prices;
交易量和交易量驱动的股价动力学分析方法
4.
Incremental analysis is employed to infer the analytical model of the change ratio of unitcost.
用增量分析方法推导出单位产品成本变动率分析模型。
5.
A Study on the Hydraulic Fracturing Pressure Behavior Well-testing Analysis and Stimulation Effect Improvement Method;
水力压裂压力动态试井分析与增产效果提高方法研究
6.
Study and Application of Determination Method of Trace Copper (Ⅱ) by the Catalytic Kinetic Spectrophotometric Analysis;
痕量铜的催化动力学分析方法的研究及其应用
7.
Vector-Valued Rational Approximate Method for Structural Dynamic Reanalysis;
结构动力重分析的向量值有理逼近方法
8.
Study and Application of Determination of Trace Iron(Ⅲ) by the Catalytic Kinetic Spectrophotometric Method;
痕量铁的催化动力学分析方法的研究及其应用
9.
Quantitative analysis approaches to the driving forces of cultivated land changes on a national scale;
国家尺度耕地变化驱动力的定量分析方法
10.
Mathematical Analysis of the Method Estimating the Amount of Surplus Rural Labor Force in Our Country;
我国农村剩余劳动力数量测算方法的数理分析
11.
Biomechanical Analysis of Training Methods of Male Long Jumpers Take-Off Power;
男子跳远运动员起跳力量训练方法的生物力学分析
12.
Biomechanical Study on Physical Strength of Football Players Heading Ball and Relevant Training Methods;
足球运动员头顶球射门力量的生物力学分析及训练方法
13.
Methods of enhanced leg strength training for speed skaters;
增强速度滑冰运动员腿部力量的训练方法
14.
Analyse and Improve of the Methods for the Soil Dynamic Response Analyse;
土体动力反应分析方法的分析与改进
15.
Enhanced Technology of X-Ray Image Using Independent Component Analysis
基于独立分量分析的X射线图像增强方法
16.
The Studies on Dynamic Correlations between Urban-rural Human Capital Accumulations and Economic Growth of China;
城乡人力资本存量与经济增长的动态效应分析
17.
Discussion of the Strength Training Methods and Means for Short Distance Runners;
短跑运动员力量训练方法与手段探析
18.
Analysis of underground diaphragm wall by iterative incremental method
迭代增量法分析地下连续墙的受力性状