1.
Flexible Shield Support Mining Spontaneous Combustion Control Technology Study;
柔性掩护支架开采自燃防控技术研究
2.
The paper pointed out the development tendency of the pseudo inclined coal mining with flexible shield supports.
提出了伪斜柔性掩护支架开采技术以后的发展趋势。
3.
Based on the using state on movable support mining,the technical manage is approached.
根据悬移支架开采实践过程中的情况，探讨了工作面的技术管理。
4.
Theory study on the load on support of long wall with top coal caving with great mining height in extra thick coal seam
特厚煤层大采高综放开采支架外载的理论研究
5.
Research on Mining Technology with High Mining Height and Development of Powered Support for High Mining Height
大采高技术与大采高液压支架的开发研究
6.
Study on Relationship between Support and Surrounding Rock in Longwall Top-coal Caving Mining of Steep Seam;
急斜煤层综放开采“支架—围岩”关系的研究
7.
Application of C-86 Support in the Coal Mining on Easy Leak Coal Seam
C-86支架在大倾角易抽漏煤层开采中的应用
8.
Surveying Deformation of the Stent or the Support of Underground Mining in the Method of Ground-based Photogrammetry
用地面摄影测量法测定地下开采中支架或支护的变形
9.
square set and back filling method
方框支架充填采矿法
10.
Improving Extraction Technology By the Support of Comprehensive Mining;
普通综采支架加大采高回采技术实践
11.
Special Thick Seam Mining Hydraulic Support Shaping Design in Datong Coal Field
大同煤田特厚煤层开采工作面液压支架选型设计
12.
Results: 2 cases were put artery stent successfully from the humerus artery, 1 by the humerus artery puncturing, 1 by the humerus artery incision.
结果：1例患者采用肱动脉穿刺，1例采用肱动脉切开，都取得了成功，置入了支架。
13.
Disconnect the track bar from the frame rail bracket.
从车架轨道支架断开车身横向减震杆。
14.
Building Telecom Operation & Support Platform with Middleware;
采用中间件架构的电信运营支撑平台
15.
"Three soft" in thick Coal Comprehensive mechanization mining stent selection of importance
“三软”中厚煤层综采支架选型的重要性
16.
Research on Stability of Large Mining Height Support Based on Matlab
基于Matlab的大采高支架稳定性研究
17.
Determination of the Parameters for the Selection of Hydraulic Supports for Fully-mechanized Face at Shallow Depth
浅埋深综采液压支架选型及参数确定
18.
Design and Development of 45-ton Conveyer of Great Mining Height Support
45t大采高支架运输车的设计、制造