CAJ | 학술논문

矿井在断层、火成岩及河流冲刷带等影响下，按传统方式布置综采工作面，容易造成大量煤炭资源损失。阐述了综采工作面运输巷侧对接工艺，对综采工作面不等长开采，具有重要参考作用。
광정재단층、화성암급하류충쇄대등영향하，안전통방식포치종채공작면，용역조성 대량매탄자원손실。천술료종채공작면운수항측대접공예，대종채공작면불등장개채，구 유중요삼고작용。
The seam conditions in Daxing Coal Mine is simple and stable. The lithologic characters of the roof and floor are stable. But the geological structures of the seam are complicated. There are about 30 large and small faults in the mine field. There are great changes in the seam thickness. There was serious igneous rock intrusion in the seam. Therefore, the S.702 Coal Mining Face shall reduce its length in order to turn aside a diabantite failure zone. So a stable shall be re-excavated in the middle of the mining face. The stable was supported by a combined support system of bolt, anchor and wire mesh. The face equipment and mining method were also relatively adjusted. Through the adjustment of the mining method, 380 000 t additional coal were mined, coal quality was improved and the maintenance cost for the mining gateway was reduced.