Debaraj Mishra ；Dong-Jin Kim ；D.E. Ralph,Bioleaching of metals from spent lithium ion secondary batteries using Acidithiobacillus ferrooxidans,Waste Management？,2008, 28(2).
[6]
Klauber C,A critical review of the surface chemistry of a-cidic ferric sulphate dissolution of chalcopyritewith regards to hindered dissolution,International Journal of Mineral Processing,2008(3).
[7]
M.VALIX ；F.USAI,FUNGAL BIO-LEACHING OF LOW GRADE LATERITE ORES,Minerals Engineering？,2001, 14(2).
[8]
Liu Y.G;Ming Zhou;Guangming Zeng,Bioleaching of heavy metals from mine railings by indigenous sulfur-oxi-dizing bacteria:Effects of substrate concentration,Biore-source Technology,2007(7).
[9]
Eiina A.Vestola;Marl K.Kuusenaho;Hell M.Narhi,Aeid bioleaehing of solid waste materials from copper,steel and reeyeling industries,Hydrometallurgy,2010(4).
[10]
Ren W.X;Li P.J,Biological leaching of heavy metals from a contaminated soil by Aspergillus niger,Journal of Hazardous Materials,2009(3).
[11]
Hart M.J;Madgwick J.C,Biodegradation of manganese dioxide tailings,Bull Proc Australas Inst Min Met-all,1986(3).
[12]
葛晓霞;蔡固平;曾光明.硫酸锰废渣无害化及资源化研究[J].中国锰业,2004(1)
[13]
Gupta A;Ehrlich H.L,Selective and non-selective bi-oleaching of manganese-containing silverore,Bio-Technology,1989(4).
[14]
OuYang Yuzhu;Li Youji;Li Hui,Recovery of manga-nese from electrolytic manganese residue by different leac-hing techniques in the presence of accessory ingredients,Rave Metal Materials and Engineering,2008(5).
