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刘洋等:基于主要目标法的堑沟底部结构位置优化 ·319 Mag,2012,21(Suppl1):378 205 (任风玉,李海英,任美霖,等.书记沟铁矿相邻空区诱导目 [13]Zhang P,Wang L J.Redevelopment of ANSYS graphical user in- 落技术研究.中国矿业,2012,21(增刊1):378) terface based on UIDL and Tel/Tk.J Lanzhou Jiaotong Univ, [6]Chen X L,Xu Z H,Induced caving mining method in Hemushan 2013,32(3):82 iron mine.Mod Min,2014,31(6):33 (张朋,王丽娟.基于UIDL和Td/Tk的ANSYS图形用户界 (陈宪龙,徐志宏.和睦山铁矿诱导冒落采矿方法.现代矿 面二次开发.兰州交通大学学报,2013,32(3):82) 业,2014,31(6):33) [14]Zhang J Q,Li S R,Wang J Z,et al.The genetic mineralogical ]Luo Z Q,Liu X M.Su J H,et al.Deposit 3D modeling and ap- study of magnetite in Baijian and Xishimen skam type of iron de plication.J Cent South Unis Technol,2007,14(2):225 posit,southern Hebei province.Earth Sci Front,2013,20(3):76 [8]Carter R A.New generation of 3-mining software sets the scene. (张聚全,李胜荣,王吉中,等.翼南邯邢地区白润和西石门 Eng Min J,2012,213(7):34 夕卡岩型铁矿磁铁矿成因矿物学研究.地学前缘,2013,20 Wang Y M,Wu A X,Chen X S,et al.New mining technique (3):76) with big panels and stopes in deep mine.Trans Nonferrous Met Soc [15]Ren F Y,Chang S,Liu N.Technology research on simultaneous China,2008,18(1):183 exploitation of low and high-grade ore in Xishimen Iron Mine [10]Wang B,Liu BS,Wang T,et al.Research and application of Met Mine,2012(7):42 the three-dimensional visualization geological modelling mine (任凤玉,常帅,刘婕.西石门铁矿南区贫富兼采技术研究 based on Surpac.Chin Min Mag,2011,20(2):106 金属山,2012(7):42) (王斌,刘保顺,王涛,等.基于Surpac的矿山三维可视化 061 Qiu K J,Zhang Y M.Residual ore mining process in Xishimen 地质模型的研究与应用.中国矿业,2011,20(2):106) iron mine.Mod Min,2012,27 (1):72 [1]Liu X M.Luo ZQ,Chen Q F,et al.3D dynamic monitoring of (邱凯军,张玉梅.西石门铁矿残矿回收工艺.现代矿业, collapse area based on CMS-Surpac //2009 2nd IEEE Interna- 2012,27(1):72) tional Conference on Computer Science and Information Technolo- [17]Golshani T,Jorjani E,Chelgani S C,et al.Modeling and 8y.Beijing,2009:637 process optimization for microbial desulfurization of coal by using [12]Chen G,Qiang LL.Implementation of automatic testing tool a two-evel full factorial design.Int J Min Sci Technol,2013,23 MMLTOOL based on TCL language.Inf Technol,2011,35(8): (2):261刘 洋等: 基于主要目标法的堑沟底部结构位置优化 Mag,2012,21( Suppl 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] Chen X L,Xu Z H,Induced caving mining method in Hemushan iron mine. Mod Min,2014,31( 6) : 33 ( 陈宪龙,徐志宏. 和睦山铁矿诱导冒落采矿方法. 现代矿 业,2014,31( 6) : 33) [7] 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 [8] Carter R A. New generation of 3-D mining software sets the scene. Eng Min J,2012,213( 7) : 34 [9] Wang Y M,Wu A X,Chen X S,et al. New mining technique with big panels and stopes in deep mine. Trans Nonferrous Met Soc China,2008,18( 1) : 183 [10] Wang B,Liu B S,Wang T,et al. Research and application of the three-dimensional visualization geological modelling mine based on Surpac. Chin Min Mag,2011,20( 2) : 106 ( 王斌,刘保顺,王涛,等. 基于 Surpac 的矿山三维可视化 地质模型的研究与应用. 中国矿业,2011,20( 2) : 106) [11] Liu X M,Luo Z Q,Chen Q F,et al. 3D dynamic monitoring of collapse area based on CMS-Surpac / / 2009 2nd IEEE Interna￾tional Conference on Computer Science and Information Technolo￾gy. Beijing,2009: 637 [12] Chen G,Qiang L L. Implementation of automatic testing tool MMLTOOL based on TCL language. Inf Technol,2011,35( 8) : 205 [13] Zhang P,Wang L J. Redevelopment of ANSYS graphical user in￾terface based on UIDL and Tcl /Tk. J Lanzhou Jiaotong Univ, 2013,32( 3) : 82 ( 张朋,王丽娟. 基于 UIDL 和 Tcl /Tk 的 ANSYS 图形用户界 面二次开发. 兰州交通大学学报,2013,32( 3) : 82) [14] Zhang J Q,Li S R,Wang J Z,et al. The genetic mineralogical study of magnetite in Baijian and Xishimen skarn type of iron de￾posit,southern Hebei province. Earth Sci Front,2013,20( 3) : 76 ( 张聚全,李胜荣,王吉中,等. 冀南邯邢地区白涧和西石门 夕卡岩型铁矿磁铁矿成因矿物学研究. 地学前缘,2013,20 ( 3) : 76) [15] 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) [16] Qiu K J,Zhang Y M. Residual ore mining process in Xishimen iron mine. Mod Min,2012,27( 1) : 72 ( 邱凯军,张玉梅. 西石门铁矿残矿回收工艺. 现代矿业, 2012,27( 1) : 72) [17] Golshani T,Jorjani E,Chelgani S C,et al. Modeling and process optimization for microbial desulfurization of coal by using a two-level full factorial design. Int J Min Sci Technol,2013,23 ( 2) : 261 ·319·
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