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赵留成等:载金硫化物焙烧一自浸出过程研究 ·1007· (钟俊.非氰浸金技术的研究及应用现状.黄金科技技术, leaching by iodine-iodide.Int J Miner Metall Mater,2013,20 2011,19(6):57) (4):323 2]Liu Z L,Yang T Z.Treatment status for refractory gold ores.Pre- [12]Fu P F,Sun C B,Kang J X,et al.Progress of gold extraction cious Met,2014,35(1):79 mechanism,stability of extraction reagents and its application of (刘志楼,杨天足.难处理金矿的处理现状.贵金属,2014, lime-sulphur-synthetic-solution (LSSS)method.Precious Met, 35(1):79) 2012,33(2):67 Ma Y T,Chen D L,Chen Z Y,et al.Study on the pretreatment (傅平丰,孙春宝,康金星,等.石硫合剂法浸金的原理、稳 technology of refractory gold concentrate containing high arsenic 定性及应用研究进展.贵金属,2012,33(2):67) and sulfur.Gold Sci Technol,2014,22(4):103 [13]Chen J A,Zhou Y.Experimental study on leaching gold of the (马玉天,陈大林,陈治毓,等.高砷高硫难处理金精矿预处 concentrate by the lime-sulphur-synthetic-solution process.Gold, 理工艺研究.黄金科技技术,2014,22(4):103) 2004,25(8):29 4]Yang W,Qin WQ,Liu R Q,et al.Extraction of Au from high (陈江安,周源.某金精矿LSSS法浸金试验研究.黄金, arsenic refractory gold concentrate by bacterial oxidation-eyanida- 2004,25(8):29) tion.Chin J Nonferrous Met,2011,21 (5):1151 [14]Chen Y,Song Y H.Study on leaching gold from carbonaceous (杨玮,覃文庆,刘瑞强,等.高砷难处理金精矿细菌氧化一 gold ores by lime-sulphur-synthetic-solution.Gold,2012,33 氰化提金.中国有色金属学报,2011,21(5):1151) (3):43 5]Huang HC.Zhang Q,Lin HH.Research and application status (陈怡,宋永辉.某碳质金精矿石硫合剂法浸出试验研究 of extraction technology for the refractory gold ore.Gold Sci Techn- 黄金,2012,33(3):43) ol,2013,21(1):71 [15]Zhao L C,Sun C B,Li S Y,et al.Effects of SO2-,NH (黄怀国,张卿,林鸿汉.难选治金矿提取工艺工业应用现 H2O,Cu2'on high-sulfur gold concentrate leaching using lime- 状.黄金科学技术,2013,21(1):71) sulfur-synthetic-solution (LSSS).Gold,2013,34(10):63 Yang Y B.Zeng G W,Li Q,et al.Pretreatment by sulfuric acid- (赵留成,孙春宝,李绍英,等.S0、NH3H,0、Cu2·对高 curing of calcine roasting for gold ores with high sulfur and arsenic 硫金精矿石硫合剂浸出的影响.黄金,2013,34(10):63) contents.Chin J Nonferrous Met,2014,24 (9):2380 [16]Zhou Y,Yu X Y.Gold and Silver Mineral Processing and Ex- (杨永斌,曾冠武,李骞,等.高硫砷金矿培砂的硫酸熟化法 traction Technology.Beijing:Chemical Industry Press,2011 预处理.中国有色金属学报,2014,24(9):2380) (周源,余新阳.金银选矿与提取技术.北京:化学工业出版 Zhu R F.Roasting Preprocessing of High Arsenic High Sulfur Gold 社,2011) Concentrate and Thiourea-eaching Processes Research [Disserta- 07] Boyabata N,Ozer A K,Bayrakcekenc S,et al.Thermal decom- tion].Zibo:Shandong University of Technology,2011 position of pyrite in the nitrogen atmosphere.Fuel Process Techn- (朱仁峰.高砷硫金精矿培烧预处理及硫脲浸金工艺研究[学 ol,2004,85(2-3):179 位论文].淄博:山东理工大学,2011) [18]Fan B W.Heating Phase of Pyrite and Their Magnetic Property 8]Feng D,Deventer JSJV.Oxidative pre-reatment in thiosulphate [Dissertation].Chengdu:Chengdu University of Technology, leaching of sulphide gold ores.Int J Miner Process,2010,94(1- 2011 2):28 (范博文.黄铁矿加热物相及其磁性特征与机理研究[学位 Li F,Ding DX,Hu N,et al.Roasting oxidation-thiosulfate leac- 论文].成都:成都理工大学,2011) hing of gold from refractory gold-bearing sulfur concentrates.Chin [19]Hu G L,Johansen D K,Wedel S,et al.Decomposition and oxi- J Nonferrous Met,2014,24(3)831 dation of pyrite.Prog Energy Combust Sci,2006,32(3):295 (李蜂,丁德馨,胡南,等.难处理含金硫精矿的培烧氧化一 0]Li P,Chen T H,Yang Y,et al.Effect of heat treatment in ni- 硫代硫酸盐浸出.中国有色金属学报,2014,24(3):831) trogen on mineralogy characteristics of colloidal pyrite.J Chin [10]Baghalha M.The leaching kinetics of an oxide gold ore with io- Ceram Soc,2013,(11):1564 dide/iodine solutions.Hydrometallurgy,2012,113 -114:42 (李平,陈天虎,杨燕,等.氮气保护下热处理胶状黄铁矿的 [11]Wang H X,Sun C B,Li S Y,et al.Study on gold concentrate 矿物特性演化.硅酸盐学报,2013,(11):1564)赵留成等: 载金硫化物焙烧--自浸出过程研究 ( 钟俊. 非氰浸金技术的研究及应用现状. 黄金科技技术, 2011,19( 6) : 57) [2] Liu Z L,Yang T Z. Treatment status for refractory gold ores. Pre￾cious Met,2014,35( 1) : 79 ( 刘志楼,杨天足. 难处理金矿的处理现状. 贵金属,2014, 35( 1) : 79) [3] Ma Y T,Chen D L,Chen Z Y,et al. Study on the pretreatment technology of refractory gold concentrate containing high arsenic and sulfur. Gold Sci Technol,2014,22( 4) : 103 ( 马玉天,陈大林,陈治毓,等. 高砷高硫难处理金精矿预处 理工艺研究. 黄金科技技术,2014,22( 4) : 103) [4] Yang W,Qin W Q,Liu R Q,et al. Extraction of Au from high arsenic refractory gold concentrate by bacterial oxidation-cyanida￾tion. Chin J Nonferrous Met,2011,21( 5) : 1151 ( 杨玮,覃文庆,刘瑞强,等. 高砷难处理金精矿细菌氧化-- 氰化提金. 中国有色金属学报,2011,21( 5) : 1151) [5] Huang H G,Zhang Q,Lin H H. Research and application status of extraction technology for the refractory gold ore. Gold Sci Techn￾ol,2013,21 ( 1) : 71 ( 黄怀国,张卿,林鸿汉. 难选冶金矿提取工艺工业应用现 状. 黄金科学技术,2013,21 ( 1) : 71) [6] Yang Y B,Zeng G W,Li Q,et al. Pretreatment by sulfuric acid￾curing of calcine roasting for gold ores with high sulfur and arsenic contents. Chin J Nonferrous Met,2014,24( 9) : 2380 ( 杨永斌,曾冠武,李骞,等. 高硫砷金矿焙砂的硫酸熟化法 预处理. 中国有色金属学报,2014,24( 9) : 2380) [7] Zhu R F. Roasting Preprocessing of High Arsenic High Sulfur Gold Concentrate and Thiourea-leaching Processes Research[Disserta￾tion]. Zibo: Shandong University of Technology,2011 ( 朱仁峰. 高砷硫金精矿焙烧预处理及硫脲浸金工艺研究[学 位论文]. 淄博: 山东理工大学,2011) [8] Feng D,Deventer J S J V. Oxidative pre-treatment in thiosulphate leaching of sulphide gold ores. Int J Miner Process,2010,94( 1 - 2) : 28 [9] Li F,Ding D X,Hu N,et al. Roasting oxidation--thiosulfate leac￾hing of gold from refractory gold-bearing sulfur concentrates. Chin J Nonferrous Met,2014,24( 3) : 831 ( 李峰,丁德馨,胡南,等. 难处理含金硫精矿的焙烧氧化 - 硫代硫酸盐浸出. 中国有色金属学报,2014,24( 3) : 831) [10] Baghalha M. The leaching kinetics of an oxide gold ore with io￾dide /iodine solutions. Hydrometallurgy,2012,113 - 114: 42 [11] Wang H X,Sun C B,Li S Y,et al. Study on gold concentrate leaching by iodine-iodide. Int J Miner Metall Mater,2013,20 ( 4) : 323 [12] Fu P F,Sun C B,Kang J X,et al. Progress of gold extraction mechanism,stability of extraction reagents and its application of lime-sulphur-synthetic-solution ( LSSS) method. Precious Met, 2012,33( 2) : 67 ( 傅平丰,孙春宝,康金星,等. 石硫合剂法浸金的原理、稳 定性及应用研究进展. 贵金属,2012,33( 2) : 67) [13] Chen J A,Zhou Y. Experimental study on leaching gold of the concentrate by the lime-sulphur-synthetic-solution process. Gold, 2004,25( 8) : 29 ( 陈江安,周源. 某金精矿 LSSS 法浸金试验研究. 黄金, 2004,25( 8) : 29) [14] Chen Y,Song Y H. Study on leaching gold from carbonaceous gold ores by lime-sulphur-synthetic-solution. Gold,2012,33 ( 3) : 43 ( 陈怡,宋永辉. 某碳质金精矿石硫合剂法浸出试验研究. 黄金,2012,33( 3) : 43) [15] Zhao L C,Sun C B,Li S Y,et al. Effects of SO2 - 3 ,NH3· H2O,Cu2 + on high-sulfur gold concentrate leaching using lime￾sulfur-synthetic-solution ( LSSS) . Gold,2013,34( 10) : 63 ( 赵留成,孙春宝,李绍英,等. SO2 - 3 、NH3·H2O、Cu2 + 对高 硫金精矿石硫合剂浸出的影响. 黄金,2013,34( 10) : 63) [16] Zhou Y,Yu X Y. Gold and Silver Mineral Processing and Ex￾traction Technology. Beijing: Chemical Industry Press,2011 ( 周源,余新阳. 金银选矿与提取技术. 北京: 化学工业出版 社,2011) [17] Boyabata N,zer A K,Bayrakcekenc S,et al. Thermal decom￾position of pyrite in the nitrogen atmosphere. Fuel Process Techn￾ol,2004,85( 2--3) : 179 [18] Fan B W. Heating Phase of Pyrite and Their Magnetic Property [Dissertation]. Chengdu: Chengdu University of Technology, 2011 ( 范博文. 黄铁矿加热物相及其磁性特征与机理研究[学位 论文]. 成都: 成都理工大学,2011) [19] Hu G L,Johansen D K,Wedel S,et al. Decomposition and oxi￾dation of pyrite. Prog Energy Combust Sci,2006,32( 3) : 295 [20] Li P,Chen T H,Yang Y,et al. Effect of heat treatment in ni￾trogen on mineralogy characteristics of colloidal pyrite. J Chin Ceram Soc,2013,( 11) : 1564 ( 李平,陈天虎,杨燕,等. 氮气保护下热处理胶状黄铁矿的 矿物特性演化. 硅酸盐学报,2013,( 11) : 1564) · 7001 ·
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