1.
Yield supporting design for deep and large-span soft rock caverns
深埋大跨度软岩硐室让压支护设计研究
2.
Analyse and design of the supporting density on the individual hydraulic prop working face
单体液压支柱工作面支护密度的分析与设计
3.
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
4.
Designing Project of Double-hydraulic Prop Support Program in Mining Face
双联单体液压支柱在普采和炮采工作面的支护方案设计
5.
Combined Supporting Technology with Pressure Releasing and Yielding in Deep Roadway under Combined Roof
深井复合顶巷道卸压 让压综合支护技术
6.
Classification on the Stability of Rock around Deep Gateway under Dynamic Pressure and Its Supporting Design in Pansan Mining Area;
潘三矿深井动压回采巷道围岩稳定性分类及其支护设计
7.
Characteristics of Surrounding Rock and Support Design Procedures in Working Faces of Strong Roof and High Ground Pressure in Deep Mines;
深井高地压坚硬顶板采场围岩特性与支护设计方法
8.
The Research and Design of One-two-grade Guard Board Two-way Check Valve for Hydraulic Supports
液压支架用一、二级护帮联动双向锁的研究与设计
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.
Clearance-reserving suppor technique applied to tunnel having high-stress soft wallrock
高应力软岩层巷道空帮让压复合支护研究
11.
Design of Hydraulic System of ZY8800/17/35D Hydraulic Support
ZY8800/17/35D型液压支架液压系统设计
12.
Design and Utilization of Lasson Pile Supports and Protections Technology in Hole Excavated for Building Foundation Supports and Protections;
拉森桩支护技术在基坑支护中的设计和应用
13.
Foundation pit support design of impending subway supporting segment of Yinghao garden in Guangzhou
广州英豪花园临地铁支护段基坑支护设计
14.
Roadway Supporting Technology Influenced by Mining and Protective Pillar Design
多次动压影响巷道支护技术及护巷煤柱留设
15.
Design of Oil Pressure Supervisory and Protection System for Power Transformer
电力变压器油压监测与保护系统设计
16.
Calculation Model for Deep Foundation Pit Side Wall Retaining Design
深基坑边坡支护设计计算模式的探讨
17.
Explorating computational method of designing the supporting structure of rock tunnel
岩质隧洞支护结构设计计算方法探索
18.
The stability of the base structure for nature caved mining can be assured by use of the gradual supports of draw drifts.
巷道采取多次让压支护措施,能确保底部结构的稳定。