CAJ | 학술논문

根据新疆大黄山煤矿+735工作面生产地质情况，进行综放支架选型，并对其防倒、防滑稳定性进行分析。通过分析得知，支架倾倒临界角为28°，下滑临界角为22~25°。由于中大槽煤层采用斜切分层综放开采，+735工作面倾角从40°降到28°，比支架下滑临界角稍大，说明支架仍需要采取防倒防滑技术措施。此外，对机采高度及上端头区域加强支护进行分析研究，并通过现场实践，+735工作面实现了大倾角特厚煤层安全、高产、高效开采。
근거신강대황산매광+735공작면생산지질정황，진행종방지가선형，병대기방도、방활은정성진행분석。통과분석득지，지가경도림계각위28°，하활림계각위22~25°。유우중대조매층채용사절분층종방개채，+735공작면경각종40°강도28°，비지가하활림계각초대，설명지가잉수요채취방도방활기술조시。차외，대궤채고도급상단두구역가강지호진행분석연구，병통과현장실천，+735공작면실현료대경각특후매층안전、고산、고효개채。
Full-mechanized caving mining powered support lectotype was made and its anti-inverted and anti-skid stability was ana-lyzed on the basis of mining and geological condition of+735 mining face of Dahuangshan Colliery, Xinjiang. Result showed that critical angle of powered support inversion was 28° and that of skid was 22-25°. Oblique slicing mining made dip angle of mining face reduced to 28° from 40°, which was slightly larger than critical skid angle and anti-inverted and anti-skid measure should be needed. Mining height and supporting in upper-end area was analyzed. Application showed that safe, high-production and high-efficiency mining was re-alized in +735 mining face.