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周贤良等:干湿循环作用对水泥基复合充填材料的影响 ·1617 Control.2nd Ed.Xuzhou:China University of Mining and [12]Wang P,Zhang Y H.Performance improvement for high-water- Technology Press,2010 content filling material beside gob-side entry retaining.Sof Coal (钱鸣高,石平五,许家林.矿山压力与岩层控制.2版.徐州:中 Mines,2016,47(2):51 国矿业大学出版社,2010) (王鹏,张耀辉,沿空留巷巷旁高水充填材料性能改进.煤矿安 [2]Hu B N.Backfill mining technology and development tendency in 全,2016.47(2):51) China coal mine.Coal Sci Technol,2012,40(11):1 [13]Feng G M.Field measurement and analysis of ground behavior of (胡炳南.我国煤矿充填开采技术及其发展趋势.煤炭科学技术, roadway retained by packing high water content material along 2012,40(11):1) goaf side.Ground Press Strata Control,1998(4):13 [3]Zhao C Z,Zhou H Q,Qu Q D,et al.Preliminary test on (冯光明.高水材料巷旁充填矿压观测与研究.矿山压力与顶板 mechanical properties of paste filling material.J China Univ Min 管理,1998(4):13) Technol,.2004,33(2:35 [14]Xie H,Liu C W,He T.Analysis on the law of roof and floor strata (赵才智,周华强,瞿群迪,等.膏体充填材料力学性能的初步实 movement in coal mining with high-water material backfilling. 验.中国矿业大学学报,2004.33(2):35) Metal Mine.2014(5):5 [4]Zhang Y G,Dong F B.Research and practice of new mining (谢辉,刘长武,何涛.高水材料充填开采工作面顶底板岩层活 technologies by backfilling with refuse under buildings in town. 动规律分析.金属矿山,2014(5):5) Coal Min Technol,2008,13(1):31 [15]Cai S J,Mao S L,Fang Z L.Weathering characteristics and (张元功,董凤宝.城镇建筑群下矸石充填开采新技术的研究与 mechanisms of rapid-hardening backfilling materials.J Univ Sci 实践.煤矿开采,2008,13(1):31) Technol Beijing,1996,18(5):406 [5]Wang Q.Experimental research on filling mining of new high- (蔡用经,毛市龙,方祖烈.高水速凝充填材料的风化特征和风 water material.Zhongzhou Coal,2016(9):65 化机理.北京科技大学学报,1996,18(5):406) (王强.新型高水材料充填开采试验研究中州煤炭,2016(9):65) [16]Song C Y,Cheng X L,Wang Z L.Weathering mechanism of [6]Cui J K,Feng YL,Sun C D,at el.Test of high-water material ettringite.J Univ Sci Technol Beijing,1999,21(5):459 width and strength for roadway-side stowing and its application. 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