·1330· 工程科学学报，第39卷，第9期 heap leaching.Nonferr Met,2002,54(1):47 [15]Nosrati A,Addai-Mensah J,Robinson D J.Drum agglomeration (周晓源，王弃。制粒堆浸技术处理含泥铜矿.有色金属， behavior of nickel laterite ore:effect of process variables.Hydro- 2002,54(1):47) metallurgy,2012,125-126:90 [10]MeClelland G E,Pool D L,Eisele J A.Agglomeration-heap [16] Quaicoe I,Nosrati A,Skinner W,et al.Agglomeration behav- Leaching Operations in the Precious Metals Industry.Reno Nv: iour and product structure of clay and oxide minerals.Chem Eng U.s.department of the Interior Bureau of Mines le,1983 Sci,2013,98:40 [11]Lu P.A study on granulated heap leaching of low graded and [17]Amaratunga L M.Experimental evaluation of a novel concept of highly-mudded oxidized copper ore.Min Res Der,2001,21 utilization and disposal of fine mill tailings as aggregates by ag- (2):32 glomeration.Miner Eng,1991,4(7-11):1081 (吕萍.低品位高含泥氧化铜矿制粒堆浸新工艺的研究.矿 18]Quaicoe I,Nosrati A,Skinner W,et al.Single and mixed oxide 业研究与开发，2001,21(2)：32) and clay particle agglomeration:influence of feed mineralogy and [12]Lewandowski K A,Kawatra S K.Polyacrylamide as an agglomer- percent drum volume loading.Powder Technol,2014,253:568 ation additive for copper heap leaching.Int Miner Process, [19]Liu L X,Zhou L,Robinson D J,et al.Effect of binder proper- 2009,91(34):88 ties on the strength,porosity and leaching behaviour of single [13]Kodali P.Depci T,Dhawan N,et al.Evaluation of stucco bind- nickel laterite pellet.Adv Powder Technol,2012,23(4):472 er for agglomeration in the heap leaching of copper ore.Miner [20]Nosrati A,Quast K,Xu D F,et al.Agglomeration and column Eng,2011,24(8):886 leaching behaviour of nickel laterite ores:effect of ore mineralogy [14]Liang J L,Liu NZ,Liu H J,et al.Indoor testing study for ura- and particle size distribution.Hydrometallurgy,2014,146:29 nium ore with much clay and low infriltration in 765 mine by acid [21]Li H X,Wang D Z,Hu Y H,et al.The mechanism of impro- method mabing grain heap.Chin Min Maga,2004.13(10):48 ving pellet strength by carboxyl methlated amylum.I Centr South (梁建龙，刘乃忠，刘惠娟，等.七六五矿多泥质低渗透性铀 Unir Technol,2001,32(4):351 矿石酸法制粒堆浸室内试验分析.中国矿业，2004,13(10)： (李宏煦，王淀佐，胡岳华，等.羧甲基淀粉钠提高球团强度 48) 的机理.中南工业大学学报，2001,32(4)：351)工程科学学报,第 39 卷,第 9 期 heap leaching. Nonferr Met, 2002, 54(1): 47 (周晓源, 王卉. 制粒堆浸技术处理含泥铜矿. 有色金属, 2002, 54(1): 47) [10] McClelland G E, Pool D L, Eisele J A. Agglomeration鄄heap Leaching Operations in the Precious Metals Industry. Reno Nv: U. s . department of the Interior Bureau of Mines Ic, 1983 [11] L俟 P. A study on granulated heap leaching of low graded and highly鄄mudded oxidized copper ore. Min Res Dev, 2001, 21 (2): 32 (吕萍. 低品位高含泥氧化铜矿制粒堆浸新工艺的研究. 矿 业研究与开发, 2001, 21(2): 32) [12] Lewandowski K A, Kawatra S K. Polyacrylamide as an agglomer鄄 ation additive for copper heap leaching. Int J Miner Process, 2009, 91(3鄄4): 88 [13] Kodali P, Depci T, Dhawan N, et al. Evaluation of stucco bind鄄 er for agglomeration in the heap leaching of copper ore. Miner Eng, 2011, 24(8): 886 [14] Liang J L, Liu N Z, Liu H J, et al. Indoor testing study for ura鄄 nium ore with much clay and low infriltration in 765 mine by acid method mabing grain heap. Chin Min Maga, 2004, 13(10): 48 (梁建龙, 刘乃忠, 刘惠娟, 等. 七六五矿多泥质低渗透性铀 矿石酸法制粒堆浸室内试验分析. 中国矿业, 2004,13(10): 48) [15] Nosrati A, Addai鄄Mensah J, Robinson D J. Drum agglomeration behavior of nickel laterite ore: effect of process variables. Hydro鄄 metallurgy, 2012, 125鄄126: 90 [16] Quaicoe I, Nosrati A, Skinner W, et al. Agglomeration behav鄄 iour and product structure of clay and oxide minerals. Chem Eng Sci, 2013, 98: 40 [17] Amaratunga L M. Experimental evaluation of a novel concept of utilization and disposal of fine mill tailings as aggregates by ag鄄 glomeration. Miner Eng, 1991, 4(7鄄11): 1081 [18] Quaicoe I, Nosrati A, Skinner W, et al. Single and mixed oxide and clay particle agglomeration: influence of feed mineralogy and percent drum volume loading. Powder Technol, 2014, 253: 568 [19] Liu L X, Zhou L, Robinson D J, et al. Effect of binder proper鄄 ties on the strength, porosity and leaching behaviour of single nickel laterite pellet. Adv Powder Technol, 2012, 23(4): 472 [20] Nosrati A, Quast K, Xu D F, et al. Agglomeration and column leaching behaviour of nickel laterite ores: effect of ore mineralogy and particle size distribution. Hydrometallurgy, 2014, 146: 29 [21] Li H X, Wang D Z, Hu Y H, et al. The mechanism of impro鄄 ving pellet strength by carboxyl methlated amylum. J Centr South Univ Technol, 2001, 32(4): 351 (李宏煦, 王淀佐, 胡岳华, 等. 羧甲基淀粉钠提高球团强度 的机理. 中南工业大学学报, 2001, 32(4): 351) ·1330·