1.
Treatment of Problem Accroding to Tunnel Scraper Conveyor Connection
巷道布置刮板输送机搭接问题的处理
2.
Analysis on Design Optimization of Roadway Layout in Jiaozuo Mining Area
焦作矿区采区巷道布置设计优化分析
3.
Gateway Layout Technology of High Gassy Thick Seam in Tunliu Mine
屯留煤矿高瓦斯厚煤层巷道布置技术
4.
Study on the Optimal Layout of Deep Drift Under High-stress Conditions
高应力环境下深部巷道布置位置的优化研究
5.
Prospect of roadway arrangement reform under the condition of thick seam with large dip angle
大倾角厚煤层条件下巷道布置改革的前景
6.
A General Discussion on Layout of Workings in Hydromining Composite Seams with a Large Dip Angle
水力开采大倾角煤层群巷道布置的探讨
7.
Location Optimization of Mining Gateway under Goaf in Seam with Closed Depth in Hexi Mine
贺西矿近距离煤层采空区下回采巷道布置优化
8.
Roadway Arrangement Using the Openstope Coal-mining Method for Unmanned Operation Face Using Long-hole Blasting in Steeply Inclined Coal-seam
长孔爆破无人作业工作面空场采煤法巷道布置
9.
Study on Stress Distribution of Floor after Mining and Extraction Roadway Arrangement for Close Multiple Coal Seams
近距离煤层群采动后底板应力分布及回采巷道布置方式研究
10.
A Research in Drift Layout of Mechanized Coal Face Panels in Gentle Dip,selfcombustible Thick Seams by Slice Mining
缓倾斜易自燃厚煤层分层开采综采采区巷道布置的探讨
11.
Research of Visible System about Optimum Parameter of Oblique Longwall Layeway Disposal in Shendong Coal Mine Area;
神东矿区倾斜长壁巷道布置最佳参烽可视化系统研究
12.
Rational Coal Pillar Dimension and Optimization of Sub-level Roadway Layout for Huating Colliery
华亭煤矿合理煤柱尺寸确定及分层巷道布置优化
13.
Research on layout of dislocated strata gateway applied to improve initial mining recovery rate of fully mechanized top coal caving mining
应用错层位巷道布置提高综放初采回收率的研究
14.
Rational Roadway Layout Pattern for Mining Coal Seam Group with Close Quarters in Hedong Colliery
河东煤矿近距离煤层群开采巷道合理布置方式
15.
The alley was strewn with garbage.
垃圾散布于巷道上。
16.
The storage situation of coal and gas, and the actual mining road arrangement in Qianling Coal Mine are introduced.
介绍了前岭煤矿的煤层及瓦斯的赋存情况,回采巷道的布置情况。
17.
Use of Artificial Two-lane Arrangement to Address Gas Gauge Problem
采用人工双巷布置解决瓦斯超限问题
18.
Based on these, the reasonable entry section and support parameters and its design principle are obtained by comparison of the calculation results between the different support schemes.
在此基础上,通过不同支护方案的计算比较,得出了巷道的合理布置断面、护参数和设计原则。