Mechanized longwall lining adopted to the work in changing mining and geological conditions

• 1. 急倾斜煤层异形支架走向长壁俯伪斜工作面综合机械化采煤设备及利用其的采煤方法 [P] . 中国专利： CN112855156A . 2021-05-28
• 2. 长壁前进式煤层工作面机械化无巷开采成套设备 [P] . 中国专利： CN105952453B . 2018.04.13
• 3. Method for making the belts of hardened filling, preferably to protect the longwall gallery in the underground mining works and the mechanized lining [P] . PL231937B1 . 2019-04-30

  机译： 制造硬化填料带的方法，最好是保护地下采矿工作中的长壁廊道和机械衬里

• 4. Method for making the belts of hardened filling, preferably to protect the longwall gallery in the underground mining works and the mechanized lining [P] . PL413645A1 . 2017-02-27

  机译： 制造硬化填料带的方法，最好是保护地下采矿工作中的长壁廊道和机械衬里

• 5. MECHANIZED FORMWORK UNIT FOR ERECTING THE FILLING OF CONSOLIDATING STOWING IN THE GOAF IN LONGWALL MINING [P] . SU1656140A1 . 1991-06-15

  机译： 隆沃尔矿山采空区充填固结机械化模板装置

• 1. Punch Multi-slice Longwall Mining System for Thick Coal Seam under Weak Geological Conditions [J] . Takashi Sasaoka, Akihiro Hamanaka, Hideki Shimada, 地质资源与工程：英文版 . 2015,第001期
• 2. Analysis and control of hydraulic support stability in fully-mechanized longwall face to the dip with great mining height [J] . HUA Xin-zhu, WANG Jia-chen 煤炭学报：英文版 . 2008,第003期
• 3. Back-and-forth mining for hard and thick coal seams-research about the mining technology for fully mechanized caving working face of Datong Mine [J] . JIN Zhi-xin, YU Hong, YU Bin, 煤炭学报：英文版 . 2005,第002期
• 4. Transitional geology and its effects on development and longwall mining in Pittsburgh Seam [J] . Lu Jun, Van Dyke Mark, Su Daniel W.H, 矿业科学技术（英文版） . 2016,第001期
• 5. Transitional geology and its effects on development and longwall mining in Pittsburgh Seam [J] . Lu Jun, Van Dyke Mark, Su Daniel W.H., 矿业科学技术学报：英文版 . 2016,第001期
• 6. Liquidation of mechanized longwalls. Support of liquidation crosscuts in difficult mining-geological conditions [J] . PACH A., KONIOR J., STANISZ M. Wiadomosci Gornicze . 2001,第4期
• 7. Estimation of active rockburst prevention effectiveness during longwall mining under disadvantageous geological and mining conditions [J] . ?ukasz Wojtecki, Petr Konicek Journal of Sustainable Mining . 2016,第1期
• 8. COMPREHENSIVE MECHANIZATION OF GEUING PROCESS UNDER OPTIMAL GEOLOGY-MINING CONDITIONS AS A NECESSARY CONDITION OF HARD COAL MINE HIGH PRODUCTIVITY [J] . W.Boron Mechanizacja i Automatyzacja Gornictwa . 2000,第352期
• 9. Ultra-thick High-Production and High-Efficiency Longwall Mining Technique with Retreat Mining along the Seam Dip Direction and under Complicated Geological Conditions [C] . Ke Yang, Xin-Zhu Hua, Guang-Xiang Xie International conference on ground control in mining;ICGCM . 2009
• 10. AN ADAPTIVE CONTROL SCHEME WHICH OPTIMIZES THE OPERATION OF A PROPOSED MINING SYSTEM WITH APPLICATIONS TO SHORTWALL, LONGWALL, AND ROOM AND PILLAR MINING SYSTEMS [D] . DORNETTO, LOUIS DOMINIC. 1980
• 11. Changes in lung function after working with the shotcrete lining method under compressed air conditions. [O] . R Kessel, M Redl, R Mauermayer, 1989
• 12. Estimation of active rockburst prevention effectiveness during longwall mining under disadvantageous geological and mining conditions [O] . Łukasz Wojtecki, Petr Konicek 2016
• 13. Modern Underground Mining Technologies for Pitching Coalbed Extraction. Report No. 2. Survey of Geological and Mining Conditions of Highly Inclined and Steep Coalbeds, and Technologies of Working (Mining Systems) in European Coalf [R] . Szozurowski, A. 1978

• 1. 复杂地质条件下长壁综采工作面矿压显现规律研究 [C] . . 中国煤炭学会开采专业委员会2008年学术年会 . 2008
• 2. 近距离煤层煤柱采空区下长壁普采矿山压力及控制研究 [A] . 朱成 . 2015