1.
Study on Relative Relationship Between Support Strength of Hydraulic Powered Caving Support and Thickness Mined in Seam
综放支架支护强度与煤层采出厚度关系的研究
2.
Probe into the Method for Determination of Working Resistance of Support on Large Mining Height Fully-mechanized Face
大采高综放支架工作阻力确定方法探讨
3.
Research for ZF13000/25/38 Hydraulic Support
ZF13000/25/38型综放液压支架设计研究
4.
Research on Supporting Density of Powered Support for Full-mechanized Caving Ming in Shuiliandong Colliery
水帘洞煤矿综放工作面支架支护强度的确定
5.
Application of the Light Breaking Props on the Comprehensive Mechanized Mining Faces in Malan Coalmine
轻型放顶煤支架在马兰矿综采工作面的应用
6.
Choosen and Optimiation of Spraying System on Support for Dust-Laying in Fully-Mechanized Caving Face;
综放工作面支架喷雾降尘装置的选择及优化
7.
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
8.
Anti-direction Removing Technique of Support and Equipment on Fully Mechanized Suction Working Face
综放工作面支架及设备反方向撤除工艺
9.
Key Layer of Direct Roof and Support Suitability of Fully Mechanized Top Coal Caving Mining Face in Ultra Thick Seam
特厚煤层综放采场直接顶关键层及支架适应性
10.
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
11.
Design and Research of the Automatic Advanced Hydraulic Bracket in Compositive Area;
综放面端头自移式超前支护液压支架的设计研究
12.
Making Trial of Forward Supporting Hydraulic Support for Fully Mechanized Coal Caving
超前支护式液压支架在综采放顶煤工作面的试用
13.
To place or support(a ship, for example) in a cradle.
置于支架上用支架放置或支撑（如船只）
14.
Research on the Priventie Fall and Resistie Skid for Rgent-inclining Synthetic Minins Hydraumatic Supporting;
急—倾斜煤层综放液压支架稳定性分析与防倒防滑装置研究
15.
Optimal Design of Dust-settling Device by Water Spraying for Powered Support in Fully Mechanized Caving Face Annually Producing 6 Million Tons of Coal
年产600万吨综放工作面液压支架喷雾降尘装置优化设计
16.
The truss cable support technology at the large cross-section set-up room with thick and broken coal roof
大断面厚层破碎煤顶综放切巷桁架锚索支护技术
17.
Particular emphasis is given to the stents design, stents coating and biodegradable stents.
重点放在可降解支架设计、支架涂层上。
18.
Position the lower suspension arm at the axle bracket and rear bracket.
把下端悬吊臂放在车轴支架和后侧支架上。