1.
Analysis on the impact and safety of coal mining operation under Fenhongjiang River
粉红江下采煤采动影响及安全性分析研究
2.
Roadway deformation mechanism and failure model under the influence of mining
采动影响下巷道变形机理与破坏模式
3.
Study on Wall Rock Transmogrification Mechanism of Laneway Along the Gob in the Influence of Caving about the Fully Mechanized in Deep Mine;
深井综放开采沿空掘巷采动影响围岩变形机理研究
4.
Damage Prediction on Hydraulic Structures with Underground Mining;
地下采动影响下水工建筑物的危害预测分析
5.
Study on the Coupling Support for 28 Transformer Substation under Dynamic Stress;
采动影响下28变电所耦合加固技术研究
6.
Research on Rockburst Mechanism Induced by Fault Slip during Coal Mining Operation
采动影响下断层滑移诱发煤岩冲击机理研究
7.
Numerical Simulation of Shaft Engineering Stability Influenced by Muti-level Mining
受多中段采动影响的竖井工程稳定性数值模拟
8.
Numerical Simulation and Analysis on Stability of Roadway Group Affected by Mining Action
采动影响下巷道群稳定性数值分析研究
9.
Application of Pressure Bolting Supporter Under the Influence of Small Coal Mining Pillar Roadway
采动影响下小煤柱巷道让压锚杆支护的应用
10.
To try to influence(an official) to take a desired action.
陈情试图努力影响（官员）采取有利行动
11.
Impact of the time parameters on surface movement deformation in mined-out area
采空区地表移动变形的时间影响参数
12.
"Spillover effects," or side effects, are the impacts on the activities of others of actions taken by us.
额外影响或附带影响系指我们的行为对他人所采取活动的影响。
13.
Numerical Analysis on Mining Effect of Floor with Faults-Influence of Fault's Dip Angle on Mining Effect
含断层底板采动效应数值分析——断层倾角对采动效应的影响
14.
EFFECTS OF FYKE NET MESH SIZE AND SAMPLING PERIOD ON THE CATCH OF NEKTONIN AN INTERTIDAL CREEK
插网网目尺寸及采样时间对潮沟游泳动物采样的影响(英文)
15.
Effects of Different Vibration Intensities Harvesting on Photosynthesis System Parameters of Lycium barbarum L. Trees with Harvest Machine
采收机不同振动强度采收对枸杞树光合系统参数的影响
16.
Research on Factor That Influence Fashion Buyer's Decision-making in Sports Brand;
运动品牌服装买手采购决策的影响因素研究
17.
Studied on the Influences of Coal Mining Collapse on the Soil Water Dynamic of Dune;
采煤塌陷对沙丘土壤水分动态的影响研究
18.
Research of Abutment Pressure Distribution and Thickness Effects of Burst Disaster in Fully Mechanized Top-coal Caving;
采厚对支承压力分布及动力灾害的影响研究