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·452· 工程科学学报,第38卷,第4期 落技术研究.中国矿业,2012,21(增刊1):378) 6]Ren F Y,Li N.Research of mining techniques for orebodies with T 118m分层 multi-mined-out areas in Tuancheng iron deposit.Met Mine,2008 联巷 (3):32 (任凤玉,李楠.团城铁矿多空区矿体开采技术研究.金属矿 山,2008(3):32) 7]Zhou Z H,Ren F Y,Yuan G Q,et al.Application of induced ca- ving technique in processing mined-out area.Met Mine,2005 (12):73 (周宗红,任凤玉,袁国强,等。诱导冒落技术在空区处理中 (2沟巷 的应用.金属矿山,2005(12):73) Fe 8]Chang S,Ren F Y,Li N.Mining method of oreody with multi- ple mined-out areas.Met Mine,2014(10):13 图10南一采区118m水平3*采场平面图 (常帅,任凤玉,李楠.复杂多空区破坏矿体的采矿方法.金 Fig.10 Plan of No.3 stope on the 118m level of No.I southern min- 属矿山,2014(10):13) ing area 9]Ren F Y,Chang S,Liu N.Technology research on simultaneous exploitation of low and high-grade ore in Xishimen iron mine.Mfer 极差和方差分析,得出最优的堑沟巷道空间位置:堑沟 Mine,2012(7):42 巷道间距24m,位于118m水平.通过现场实施,取得 (任凤玉,常帅,刘娜.西石门铁矿南区贫富兼采技术研究 了理想的试验效果.堑沟巷道空间位置的优化方法可 金属矿山,2012(7):42) 为复杂多空区破坏型残矿的精细化开采提供新的技术 [0]Carter R A.New generation of 3 mining software sets the 途径. scene.Eng Min J,2012,213(7):34 [11]Luo Z Q,Liu X M,Su J H,et al.Deposit 3D modeling and ap- plication.J Cent South Univ Technol,2007,14(2):225 参考文献 [12]Liu D M,Xie L K,Yang Z Q,et al.Optimization of blasting [1]Li H L,Wu Z X.The development trend of Chinese metal mine design in pillar recovery with the aid of Dimine.Met Mine,2011 mining technology.Nonferrous Met Mine Sect,2009,61(1):8 (5):9 (李红零,吴仲雄.我国金属矿开采技术发展趋势.有色金属 (刘德民,解联库,杨志强,等.基于Dimine的辅助矿柱回 (矿山部分),2009,61(1):8) 采爆破设计优化.金属矿山,2011(5):9) Jiao M D.Collapse stope disposing and mining practice of im- 03] Zhou K P,Du X H.Study on stability of residual ore recovery paired mined-out area residual mining.Gansu Metall,2009,31 based on coupling of 3DMINE-MIDAS/CTS-FLAC3D.China (1):31 Saf Sci J,2011,21(5):17 (焦满岱。塌陷采场处理及采空区破坏残矿开采实践。甘肃 (周科平,杜相会.基于3DMNE-MIDAS-FLAC3D耦合的残 治金,2009,31(1):31) 矿回采稳定性研究.中国安全科学学报,2011,21(5):17) 3]GuX J,Hu L.Peng W Q,et al.Mining techniques and safety [14]Liu R J,Zhang Y W,Wen C W,et al.Study on the design and management measures for remnant orebody with remaining old analysis methods of orthogonal experiment.Exp Technol Manage, workings.China Saf Sci J,2008,18(1):150 2010,27(9):52 (谷新建,胡磊,彭文庆,等.老窿残矿开采技术及安全管理 (刘瑞江,张业旺,闻崇炜,等.正交试验设计和分析方法研 措施.中国安全科学学报,2008,18(1):150) 究.实验技术与管理,2010,27(9):52) 4]Ling T H,Li X B,Zhao G Y.Research of mining technology for 05] Chen D G,Hu N L.Li G Q.Stationarity for the non-ormal dis- remanent orebody in high-water deposit.Met Mine,2003(4):11 tribution of regionalized variables.J Uni Sci Technol Beijing, (凌同华,李夕兵,赵国意.大水矿床残矿开采技术研究.金 2009,31(4):412 属矿山,2003(4):11) (陈道贵,胡乃联,李国清.区域化变量非正态分布的稳健 5]Ren F Y,Li H Y,Ren ML,et al.Technique of induced caving 性.北京科技大学学报,2009,31(4):412) on adjacent minedout areas in Shujigou iron mine.China Min [16]Weaver B,Dubois S.SPSS macros to compare any two fitted val- Mag,2012,21(Supp1):378 ues from a regression model.Behar Res Methods,2012,44(4): (任凤玉,李海英,任美霖,等.书记沟铁矿相邻空区诱导冒 1175工程科学学报,第 38 卷,第 4 期 图 10 南一采区 118 m 水平 3# 采场平面图 Fig. 10 Plan of No. 3 stope on the 118 m level of No. 1 southern min￾ing area 极差和方差分析,得出最优的堑沟巷道空间位置: 堑沟 巷道间距 24 m,位于 118 m 水平. 通过现场实施,取得 了理想的试验效果. 堑沟巷道空间位置的优化方法可 为复杂多空区破坏型残矿的精细化开采提供新的技术 途径. 参 考 文 献 [1] Li H L,Wu Z X. The development trend of Chinese metal mine mining technology. Nonferrous Met Mine Sect,2009,61( 1) : 8 ( 李红零,吴仲雄. 我国金属矿开采技术发展趋势. 有色金属 ( 矿山部分) ,2009,61( 1) : 8) [2] Jiao M D. Collapse stope disposing and mining practice of im￾paired mined-out area residual mining. Gansu Metall,2009,31 ( 1) : 31 ( 焦满岱. 塌陷采场处理及采空区破坏残矿开采实践. 甘肃 冶金,2009,31( 1) : 31) [3] Gu X J,Hu L,Peng W Q,et al. Mining techniques and safety management measures for remnant orebody with remaining old workings. China Saf Sci J,2008,18( 1) : 150 ( 谷新建,胡磊,彭文庆,等. 老窿残矿开采技术及安全管理 措施. 中国安全科学学报,2008,18( 1) : 150) [4] Ling T H,Li X B,Zhao G Y. Research of mining technology for remanent orebody in high-water deposit. Met Mine,2003( 4) : 11 ( 凌同华,李夕兵,赵国彦. 大水矿床残矿开采技术研究. 金 属矿山,2003( 4) : 11) [5] Ren F Y,Li H Y,Ren M L,et al. Technique of induced caving on adjacent mined-out areas in Shujigou iron mine. China Min Mag,2012,21( Supp 1) : 378 ( 任凤玉,李海英,任美霖,等. 书记沟铁矿相邻空区诱导冒 落技术研究. 中国矿业,2012,21( 增刊 1) : 378) [6] Ren F Y,Li N. Research of mining techniques for orebodies with multi-mined-out areas in Tuancheng iron deposit. Met Mine,2008 ( 3) : 32 ( 任凤玉,李楠. 团城铁矿多空区矿体开采技术研究. 金属矿 山,2008( 3) : 32) [7] Zhou Z H,Ren F Y,Yuan G Q,et al. Application of induced ca￾ving technique in processing mined-out area. Met Mine,2005 ( 12) : 73 ( 周宗红,任凤玉,袁国强,等. 诱导冒落技术在空区处理中 的应用. 金属矿山,2005( 12) : 73) [8] Chang S,Ren F Y,Li N. Mining method of ore-body with multi￾ple mined-out areas. Met Mine,2014( 10) : 13 ( 常帅,任凤玉,李楠. 复杂多空区破坏矿体的采矿方法. 金 属矿山,2014( 10) : 13) [9] Ren F Y,Chang S,Liu N. Technology research on simultaneous exploitation of low and high-grade ore in Xishimen iron mine. Met Mine,2012( 7) : 42 ( 任凤玉,常帅,刘娜. 西石门铁矿南区贫富兼采技术研究. 金属矿山,2012( 7) : 42) [10] Carter R A. New generation of 3-D mining software sets the scene. Eng Min J,2012,213( 7) : 34 [11] Luo Z Q,Liu X M,Su J H,et al. Deposit 3D modeling and ap￾plication. J Cent South Univ Technol,2007,14( 2) : 225 [12] Liu D M,Xie L K,Yang Z Q,et al. Optimization of blasting design in pillar recovery with the aid of Dimine. Met Mine,2011 ( 5) : 9 ( 刘德民,解联库,杨志强,等. 基于 Dimine 的辅助矿柱回 采爆破设计优化. 金属矿山,2011( 5) : 9) [13] Zhou K P,Du X H. Study on stability of residual ore recovery based on coupling of 3DMINE--MIDAS /GTS--FLAC3D. China Saf Sci J,2011,21( 5) : 17 ( 周科平,杜相会. 基于 3DMINE--MIDAS--FLAC3D 耦合的残 矿回采稳定性研究. 中国安全科学学报,2011,21( 5) : 17) [14] Liu R J,Zhang Y W,Wen C W,et al. Study on the design and analysis methods of orthogonal experiment. Exp Technol Manage, 2010,27( 9) : 52 ( 刘瑞江,张业旺,闻崇炜,等. 正交试验设计和分析方法研 究. 实验技术与管理,2010,27( 9) : 52) [15] Chen D G,Hu N L,Li G Q. Stationarity for the non-normal dis￾tribution of regionalized variables. J Univ Sci Technol Beijing, 2009,31( 4) : 412 ( 陈道贵,胡乃联,李国清. 区域化变量非正态分布的稳健 性. 北京科技大学学报,2009,31( 4) : 412) [16] Weaver B,Dubois S. SPSS macros to compare any two fitted val￾ues from a regression model. Behav Res Methods,2012,44( 4) : 1175 · 254 ·
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