Lawrence,R W.Biooxidation for the treatment of refractory gold ores and concentrates.CIM Bulletin,1993,87(985):58-65.
[2]
Colmer,A R et al.The role of micro-organisms in acid mine drainage.Science,1947,106:252-256.
[3]
Bruynesteyn,A et al.Microbiological leaching of sulphide concentrate.Canadian Metallurgical Quarterly.1970.10,(1):57-63.
[4]
Pares.M Y.Action de queloues bacteries heterotrophes banales dans le cycle de l'or.Annales de L'Institut pasteur,1964,107(4):573.
[5]
《国外黄金参考》编辑部.微生物提金工艺.1989:4.
[6]
Chapman,J T et al.Bioosidation of a refractory gold-bearin high arsenic sulphide concentrate:a pilot study.FEMS Microbiological Review.1993,11:243-252.
[7]
Lawrence,R W.Biotreatment of gold ores.Mineral Microbiological Recovery,1990.127-148,McGraw-Hill Publishing Co.
[8]
Van Aswegen,P C.Commissioning and operation of biooxidation plants for the treatment of refractory gold ores.Hydrometallurgy.Fundamentals Technology and Innovation,AIME,1993:709-725.
[9]
Nicholson,H.Selection of a refractory gold treatment process for the Sansu Project.Biomine 93 1993,20.1-11 AMF,South Australia.
[10]
《国外黄金参考》编辑部.用微生物从废石中提金.《国外黄金参考》,1994(7):28-31.
[11]
Brierley,J A et al.Biooxidation process for recovery of gold from heaps of low grade sulphide and carbonaceous sulphide ore material.U.S.Patent.
