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.1230, 北京科技大学学报 第31卷 [5]Yang X W.Shen Q F.Guo Y X.Microbe Hydrometallurgy lurgy,1996,40:1 Beijing:Metallurgy Industry Press,2003:240 [11]Li HX.Biometallurgy of Sulfide.Beijing:Metallurgy Indus- (杨显万，沈庆锋，郭玉霞，微生物湿法治金·北京：治金工业 try Press,2007:53 出版社，2003：240) (李宏煦.硫化铜矿的生物治金·北京：治金工业出版社， [6]Donati E,Gurutchet C.Porro S,et al.Bioleaching of metallic 2007:53) sulfides with T.ferrooxidans in the absence of iron(ll).World [12]Li H X,Wang D Z.Chen J H.Discussion on indirect mecha- J Microbiol Biotechnol,1992(98):305 nism for bioleaching.Nonferrous Met,2003(4):98 [7]Silverman M P,Lundgren D G.Studies on the chemoautotrophic (李宏煦，王淀佐，陈景河，细菌浸矿的间接作用分析·有色 iron bacterium T.ferrooxidans I-An improved medium and har- 金属，2003(4)：98) vesting procedure for securing high cell yield.J Bacterial.1959. [13]Huang J H.Simard C K.Oliazadehl M.et al.pH-controlled 77:642 precipitation of cobalt and molybdenum from industrial waste ef- [8]DingN.Isolation and Identification of Thermophilic Leaching fluents of a cobalt electrodeposition process.Hydrometallurgy Microorganism and Studies on their Bioleaching Mechanism and 2004,75:77 Potential Dissertation].Changsha:Central South University, [14]Fowler T A,Holmes P R,Crundwell F K.On the kinetics and 2007:3 mechanism of the dissolution of pyrite in the presence of (丁建南·几种高温浸矿菌的分离鉴定及其浸矿作用机理与潜 Thiobacillus ferrooxidans.Hydrometallurgy.2001(59):257 力研究[学位论文]·长沙：中南大学，2007：3) [15]Silverman M P.Lundgren D G.Studies on the chemoau- [9]Ma R J.Hydrometalllurgy Principle.Beijing:Metallurgy In- totrophic iron bacterium T.ferrooxidans I.An improved medi- dustry Press.2007:796 um and harvesting procedure for securing high cell yield.Bacte- (马荣骏.湿法冶金原理.北京：冶金工业出版社，2007：796) rial,1959,77:642 [10]Escoba BJ.Jedlicki E.Vargas T.A method for evaluating the [16]Fowler T A,Holmes P R.Crundwell F K,et al.The mecha proportion of free and attached bacteria in the bioleaching of nism of the bacterial leaching of pyrite:an electrochemical study chalcopyrite with Thiobacillus ferrooxidans.Hydrometal- JElectrochem Soc.1999.59:255［5］ Yang X WShen Q FGuo Y X． Microbe Hydrometallurgy． Beijing：Metallurgy Industry Press2003：240 （杨显万沈庆峰郭玉霞．微生物湿法冶金．北京：冶金工业 出版社2003：240） ［6］ Donati EGurutchet GPorro Set al．Bioleaching of metallic sulfides with T．ferrooxidans in the absence of iron（Ⅱ）．World J Microbiol Biotechnol1992（98）：305 ［7］ Silverman M PLundgren D G．Studies on the chemoautotrophic iron bacterium T．ferrooxidans I-An improved medium and harvesting procedure for securing high cell yield．J Bacterial1959 77：642 ［8］ Ding J N．Isolation and Identification of Thermophilic Leaching Microorganism and Studies on their Bioleaching Mechanism and Potential ［Dissertation ］．Changsha：Central South University 2007：3 （丁建南．几种高温浸矿菌的分离鉴定及其浸矿作用机理与潜 力研究 ［学位论文］ ．长沙：中南大学2007：3） ［9］ Ma R J． Hydrometalllurgy Principle．Beijing：Metallurgy Industry Press2007：796 （马荣骏．湿法冶金原理．北京：冶金工业出版社2007：796） ［10］ Escoba B JJedlicki EVargas T．A method for evaluating the proportion of free and attached bacteria in the bioleaching of chalcopyrite with Thiobacillus ferrooxidans． Hydrometallurgy199640：1 ［11］ Li H X．Biometallurgy of Sulfide．Beijing：Metallurgy Industry Press2007：53 （李宏煦．硫化铜矿的生物冶金．北京：冶金工业出版社 2007：53） ［12］ Li H XWang D ZChen J H．Discussion on indirect mechanism for bioleaching．Nonferrous Met2003（4）：98 （李宏煦王淀佐陈景河．细菌浸矿的间接作用分析．有色 金属2003（4）：98） ［13］ Huang J HSimard C KOliazadehl Met al．pH-controlled precipitation of cobalt and molybdenum from industrial waste effluents of a cobalt electrodeposition process．Hydrometallurgy 200475：77 ［14］ Fowler T AHolmes P RCrundwell F K．On the kinetics and mechanism of the dissolution of pyrite in the presence of Thiobacillus ferrooxidans．Hydrometallurgy2001（59）：257 ［15］ Silverman M PLundgren D G．Studies on the chemoautotrophic iron bacterium T．ferrooxidans I．An improved medium and harvesting procedure for securing high cell yield．Bacterial195977：642 ［16］ Fowler T AHolmes P RCrundwell F Ket al．The mechanism of the bacterial leaching of pyrite：an electrochemical study． J Electrochem Soc199959：255 ·1230· 北 京 科 技 大 学 学 报 第31卷