1.
Research on the Mining Effect from Mining Deep-Level Orebody in Jinchuan No.2 Mine
金川二矿区深部矿体开采效应的研究
2.
Research on the Stimulation Effect by Exploitation for Highly Permeable Open Karst Water System;
强渗透开放岩溶水系统开采激励效应研究
3.
STUDY ON MECHANICAL EFFECT AND COAL PILLAR STABILITY DURING HIGHWALL MINING WITH AUGER MACHINE
螺旋钻机开采的力学效应及煤柱稳定性研究
4.
FIELD APPLICATION AND PRODUCTION BEHAVIOR OF CROSS-LINKING POLYMER FLOODING TECHNOLOGY
交联聚合物驱技术的矿场应用效果及开采特征
5.
Coupling Effect of Coal Resource Development and Environment in Chinese West Region;
西部地区煤炭资源开采与环境的耦合效应研究
6.
Development and Application of Mass Mining Technology with Bundle-hole Blasting
束状孔大量高效采矿技术的开发与应用
7.
APPLICATION OF HIGH EFFICIENCY CATALYST IN DOWNHOLE UPGRADING HEAVY OIL
稠油井下改质降黏开采中高效催化剂的应用
8.
Application of complex function in ascertain effective dots of mining subsidence
复变函数在确定开采沉陷有效预计点中的应用
9.
Development and Application of Completed Set Equipment for Safety and High Efficient Mining in Thin Seam
薄煤层安全高效开采成套装备研发及应用
10.
Analysis of filling effect and filling ratio of backfill mining in longwall face
长壁工作面充填开采的充填比与充填效应分析
11.
Research and Application of the "Solid-Liquid-Gas" Coupling Effect in Excavation Disturbed Area of Steep Coal Bed's High-stage Caving
急斜煤层高阶段综放开采扰动区内“固-液-气”耦合效应研究与应用
12.
secondary oil response rate
二次开采见效油产量
13.
It is known to all that effective measures should be taken to deal with the problem of the over-exploiting of our resources.
众所周知，面对过度开发资源的问题，我们应该采取有效的措施。
14.
Study of Groundwater Environmental Effect Caused by the Exploitation of Baiyi'an Mudstone Mine in Dujiangyan;
都江堰白依庵泥岩矿山开采的地下水环境效应研究
15.
Groundwater Quality and Land Subsidence Environment Influence Study Due to Exploitation in HangZhou;
杭州市地下水质量及开采引起的地面沉降环境效应分析
16.
The Problems and Countermeasure of Effect Evaluation in the Training and Development Project;
组织中培训与开发项目的效果评估——面临的问题与应采取的方法
17.
TECHNOLOGY AND APPLICATION OF IMPROVING PRODUCTION EFFICIENCY FOR THIN HEAVY OIL RESERVOIR IN HENAN OILFIELD CHENJIAZHUANG BLOCK
提高陈家庄南区薄层稠油油藏开采效果的技术及应用
18.
Applicative Results of Non-excavation TEM Evaluation Method for Pipe Wall Thickness at Xianhe Oil Production Plant of Shengli Oilfield
管壁厚度非开挖TEM评价方法在胜利油田现河采油厂的应用效果