第4期 王洪江等:矿岩均质体各向异性渗流特性 .411. 1.51×10-2ms1,表明排土场散体边坡渗透性极 (郭庆国.粗粒土的工程特性及应用.郑州:黄河水利出版社, 好,属于强透水层. 1998) [7]Fang K T.Equal design.JAppl Math.1980(3):363 参考文献 (方开泰.均匀设计.应用数学学报,1980,(3):363) [1]Lizama H M,Fairweather M J.Dai Z.et al.How does bioleach- [8]Yuan L J.LiZS.WuSZ,et al.The Seepage Mechanics of En- ing start?Hydrometallurgy.2003.69.109 gineering and Its Application.Beijing:China Building Material [2]Bartlett R W.Solution Mining:Leaching and Fluid Recovery Industry Press,2001 of Materials.Philadelphia:Gordon and Breach Science Publish- (苑连菊,李振栓,武胜忠,等.工程渗流力学及应用,北京:中 ers,1998 国建材工业出版社,2001) [3]Li QS.Wu A X.Jiang L C.Study on the mechanism of heap [9]Ma]W.Experimental Research of Seepage Characteristics of leaching of high clay ore heaps with heap inside solution distribu- Granular Material in Heap Leaching [Dissertation].Changsha: tion.Min Metall Eng.2003.23(4):23 Central South University.2005 (李青松,吴爱祥,姜立春.堆中布液浸出高量矿堆的机理研究 (马俊伟.堆浸工艺中的矿岩散体介质的渗透特性试验研究 矿治工程,2003,23(4):23) [学位论文].长沙:中南大学,2005) [4]Chen X S,Liang X C.Xiong W Y.The simulated test of infiltra- [10]Li X H.An application of multivariate progressive regression tion of leach liquor in heap leaching process.Gold.1999.20(9): analysis to the mineral processing control.Theor Res Pract Syst 35 Eng,1997(9):108 (陈喜山,梁晓春,熊卫煜.堆浸工艺中溶浸液渗透的模拟试 (李学汇·多元逐步回归分析在选矿过程控制中的应用。系统 验.黄金,1999,20(9):35) 工程理论与实践,1997(9):108) [5]Wang Z T.On the improving Au ratio leached by heating and [11]Xue Y Q.Hydrodynamics of Underground.Beijing:The Geo- raising permeability.Gold Sci Technol.1998.6(4):38 logical Publishing House,2001 (王周潭对加温及增强渗透提高浸堆金浸率的探讨黄金科学 (薜禹群.地下水动力学.北京:地质出版社,2001) 技术,1998,6(4):38 [12]Li W B.High bench waste disposal technique and safety man [6]Guo QG.Engineering Characteristics and Its Application of agement in great strip mine.Min Technol.2003.3(2):61 Coarse Grain.Zhengzhou:Huanghe Water Conservancy Press. (李文斌·大型露天矿高台阶排土工艺及安全管理措施,采矿 1998 技术,2003,3(2):61)1∙51×10-2 m·s -1表明排土场散体边坡渗透性极 好属于强透水层. 参 考 文 献 [1] Lizama H MFairweather M JDai Zet al.How does bioleaching start?Hydrometallurgy200369:109 [2] Bartlett R W.Solution Mining:Leaching and Fluid Recovery of Materials.Philadelphia:Gordon and Breach Science Publishers1998 [3] Li Q SWu A XJiang L C.Study on the mechanism of heap leaching of high-clay ore heaps with heap inside solution distribution.Min Metall Eng200323(4):23 (李青松吴爱祥姜立春.堆中布液浸出高量矿堆的机理研究. 矿冶工程200323(4):23) [4] Chen X SLiang X CXiong W Y.The simulated test of infiltration of leach liquor in heap leaching process.Gold199920(9): 35 (陈喜山梁晓春熊卫煜.堆浸工艺中溶浸液渗透的模拟试 验.黄金199920(9):35) [5] Wang Z T.On the improving Au ratio leached by heating and raising permeability.Gold Sci Technol19986(4):38 (王周谭.对加温及增强渗透提高浸堆金浸率的探讨.黄金科学 技术19986(4):38 [6] Guo Q G. Engineering Characteristics and Its Application of Coarse Grain.Zhengzhou:Huanghe Water Conservancy Press 1998 (郭庆国.粗粒土的工程特性及应用.郑州:黄河水利出版社 1998) [7] Fang K T.Equal design.J Appl Math1980(3):363 (方开泰.均匀设计.应用数学学报1980(3):363) [8] Yuan L JLi Z SWu S Zet al.The Seepage Mechanics of Engineering and Its Application.Beijing:China Building Material Industry Press2001 (苑连菊李振栓武胜忠等.工程渗流力学及应用.北京:中 国建材工业出版社2001) [9] Ma J W.Experimental Research of Seepage Characteristics of Granular Material in Heap Leaching [Dissertation].Changsha: Central South University2005 (马俊伟.堆浸工艺中的矿岩散体介质的渗透特性试验研究 [学位论文].长沙:中南大学2005) [10] Li X H.An application of multivariate progressive regression analysis to the mineral processing control.Theor Res Pract Syst Eng1997(9):108 (李学汇.多元逐步回归分析在选矿过程控制中的应用.系统 工程理论与实践1997(9):108) [11] Xue Y Q.Hydrodynamics of Underground.Beijing:The Geological Publishing House2001 (薜禹群.地下水动力学.北京:地质出版社2001) [12] Li W B.High bench waste disposal technique and safety management in great strip mine.Min Technol20033(2):61 (李文斌.大型露天矿高台阶排土工艺及安全管理措施.采矿 技术20033(2):61) 第4期 王洪江等: 矿岩均质体各向异性渗流特性 ·411·