1.
The Design of the Mining Subsidence Observation Station of 71505 Working Face of Dongshan Coalmine
东山煤矿71505工作面开采沉陷观测站设计
2.
The deformation monitoring items of the dam for Shanxi Hydropower Station include the elevation control network close to the dam area, plane control network of triangulation and trilateral, dam collimation line and settlement monitoring.
珊溪水电站大坝变形监测项目包括近坝区高程控制网和平面边角控制网、坝视准线及沉陷观测。
3.
Curve fitting of main section for subsidence basin by observing data
基于观测资料的沉陷盆地主断面曲线拟合
4.
Research and Development of Mining Subsidence Prediction and Ground Movement Observation Data-processing System of Mine Based on MapX
基于MapX的煤矿开采沉陷预计及地表移动观测站数据处理系统的研发
5.
Experimental Research on Monitoring Mining Subsidence by D-InSAR Technique
D-InSAR监测开采沉陷的实验研究
6.
Research on Logistic Model in Forecasting Subsidence Single-Point During Mining
Logistic模型在开采沉陷单点预测中的研究
7.
Forecast and Analysis of Mining Subsidence Area Based on MATLAB
基于MATLAB的开采沉陷区预测分析
8.
Research of D-InSAR Technology in Subsidence Monitoring of Coal Field
D-InSAR技术在煤矿区沉陷监测中的研究
9.
Mechanism and Forecast of the Ground Subsidence in Daxin Lead-Zinc Mine in Guangxi
广西大新铅锌矿地面沉陷机理及预测
10.
Analysis of secondary consolidation settlement based on the data from long-term observation of settlement
从长期沉降观测资料分析次固结沉降
11.
Programme and Application of the Prediction Software of Coal-mining-induced Subsidence Based on Geological Viewpoint;
基于地质观点的采煤沉陷预计系统开发与应用
12.
Building Settlement Prediction Based on Parameters Identification by Initial Stage Field Observation
以前期沉降观测反演参数预测建筑沉降
13.
"I am drowning in the painful, fathomless whirlpool of repeated birth and death.
“我在痛苦中沉溺，陷入深不可测重复生死的漩涡。
14.
Study on the Mechanism and the Prediction Model of the Subsidence Caused by Rock Salt Solution Mining;
岩盐水溶开采沉陷机理及预测模型研究
15.
Study of Prediction and Control of Roof Accidents and Subsidebce Calamity in Fully Mechanized Top-Coal Caving Stope;
综放采场顶板事故及沉陷灾害预测与控制研究
16.
The Measurement and Research in the Comprehensive Control Cost of the Coal Mine Subsidence;
矿区沉陷综合治理费用测算方法与应用研究
17.
Programming on Prediction of Coal-mining-induced Subsidence under Simple Geological-mining Conditions;
简单地质—开采条件下的采煤沉陷预测程序设计
18.
Study on Sedimentary Characteristics and Favorable Sandbody Prediction of Shahejie Formation of Paleogene in Qingdong Depression;
青东凹陷沙河街组沉积特征及有利砂体预测