1.
Study on Water-Inrush Mechanism from Xujiazhuang and Ordovician Limeston and Technique of Prevention and Control on Condition of Deep Mining;
大采深条件下徐、奥灰突水机理及防治技术研究
2.
Application of the Water Source Direct Sealing-off Technique for Controlling Inrush of Water from Limestone of Ordovician Period in Zi60 Mining Area
堵源法治理奥灰突水技术在淄博矿区的应用
3.
Study on Ordovician Limestone Water Bursting Characteristics and Controlling Countermeasures in North China Coalmines
华北煤矿奥灰突水特点及防治对策研究
4.
RELATIVE STRATA IMPERMEABILITY IN ORDOVICIAN TOP AND RISK ASSESSMENT OF WATER INRUSH FROM COAL FLOOR IN XINYI COALFIELD
新驿煤田奥灰顶部相对隔水性及底板突水危险性评价
5.
Study on hydration mechanism of lime-gypsum fly ash cement paste
石灰-石膏-粉煤灰水泥浆体的水化机理研究
6.
MECHANISM AND TREATMENT METHOD FOR POTENTIAL WATER LEAKAGE OF AQUIFER THROUGH BOREHOLES IN ORDOVICIAN LIMESTONE
奥陶系石灰岩含水层钻孔隐性漏水机制与防治方法
7.
Reform,Conflict,Mission--The Olympic Ideal and The Opportunity of Beijing Olympics;
变革·冲突·使命——奥林匹克理想与北京奥运会的历史机遇
8.
Analysis of Water Inrush Mechanism of Fault2′ and Its Control
F_2’断层突水机理分析及其治理
9.
The Study on the Dewatering Technology and Its Mechanism of Copper-smelting Dust Leaching Pulp;
炼铜烟灰水洗料浆脱水工艺及机理研究
10.
The Hydration Mechanism of the BFS and Fa Cement Based Materials;
矿渣和粉煤灰水泥基材料的水化机理研究
11.
Hydration mechanism analysis of alkali-activated fly ash and portland cement system
碱激发粉煤灰水泥胶凝体系的水化机理分析
12.
Analysis of Fault Water-Inrush Mechanism Based on the Principle of Water-Resistant Key Strata
基于隔水关键层原理的断层突水机理分析
13.
Discussion on Water Inrush Mechanism of Pingshuo Antaibao No.3 Deep Mine
平朔安太堡三号井工矿突水机理初探
14.
Study on the Activated Mechanism of Fly-ash in Portland Cement Containing C_4A_3(?);
含C_4A_3（？）矿物硅酸盐水泥对粉煤灰激发机理的研究
15.
The Performance of Fly ash during the Hydration Process of Complex Binder;
粉煤灰在复合胶凝材料水化过程中的作用机理
16.
Resistance to Small Brown Planthopper and Its Mechanism in Rice Varieties;
不同水稻品种对灰飞虱抗性及其机理研究
17.
Mineral modification of high calcium fly ash and the shrinkage mechanism of the composite cement
高钙灰矿物改性及其复合水泥化学收缩机理
18.
Study on Mechanism and Forecast of Water Outbrush and Mud Outbrush of Jin-Ping Tunnel;
锦屏水电站辅助洞突水、突泥机理及预测预报研究