1.
Study on Rayleigh-wave Filed Forward of Two-dimensional Rolling Ground Model
起伏二维地表模型瑞雷波场正演研究
2.
Research and Application of Near-surface Model Constrained Tomographic Static Correction Technique
近地表模型约束层析静校正技术研究与应用
3.
Water temperature model and simulation of surface water source heat pumps
地表水地源热泵水温模型与水温模拟分析
4.
Topological Description of Geographic Objects Based on Field Model within GIS;
利用场模型拓扑表达GIS中的地理目标
5.
The improved Knothe time function for subface subsidenec
改进的Konthe地表沉陷时间函数模型
6.
Comparative Study on Surface Subsidence Prediction Based on BP-ANN Model
地表下沉预计的BP-ANN模型对比研究
7.
Model for chemicals transfer to surface runoff in unsaturated soil and its analytical modeling
非饱和土中溶质地表径流迁移模型及解析模拟
8.
The Simulated Test of the Wind Erosion & Wind Tunnel on Wind Contour Characteristics Close to Ground Surface at Typical Wind Erosive Region;
典型风蚀地况近地表风廓特性的风洞模拟研究
9.
The Multi-Dimension Data Model of Virtual Geographic Environments and Its Expression in Geographical Processes;
虚拟地理环境的多维数据模型与地理过程表达
10.
Model for dynamic process of ground surface subsidence due to underground mining
地下采矿引起的地表下沉的动态过程模型
11.
Coupled Simulation and Predict Model for Surface River and Groundwater in Jining City, China;
济宁市地表河流与地下水流耦合模拟与预测模型
12.
At one time, it is proved that the expression of precession is independent of Earth model.
同时还证明了岁差表达式与地球模型无关.
13.
Distributed Hydrological Model of Yongding River mountain basin and Surface Water Resources Evaluation;
永定河山区分布式水文模型及地表水资源评价
14.
Discussion on Surface Soil Particle-Size Distribution Models in the North of Mount Yin;
阴山北部地表土壤颗粒大小分布模型的探讨
15.
The Optimization of Wind Tunnel Simulative System on Wind Speed Contour Line of Typical Wind Erosive Ground Surface;
典型风蚀地表风速廓线风洞模拟系统的优化
16.
Summary of Two-layer Models on Estimating Evapotranspiration Using Quantitative Parameters Derived from Remote Sensing;
地表蒸散遥感反演双层模型的研究方法综述
17.
WATER TEMPERATURE MODEL OF SURFACE WATER HEAT PUMP AND ANALYSIS OF WATER CAPACITY FOR COOLING
地表水源热泵水温模型及水体供冷能力分析
18.
Forecast of surface sinking based on GM(1,1) model
基于GM(1,1)模型的矿区地表下沉值的预计