Basic Research of Bioleaching Microorganisms |
Microbial community structure and function in sulfide ore bioleaching systems |
QIU Guan-zhou(邱冠周), LIU Xue-duan(刘学端), ZHOU Hong-bo(周洪波) |
1295 |
How will biomining be applied in future? |
C. L. BRIERLEY |
1302 |
High level arsenic resistance in bacteria present in biooxidation tanks used to treat gold-bearing arsenopyrite concentrates: A review |
D. E. RAWLINGS |
1311 |
Development and application of functional gene arrays for
microbial community analysis |
Z. L. HE, J. D. VAN NOSTRAND, L. Y. WU, J. Z. ZHOU |
1319 |
BioMinE:
An integrated project for developing biohydrometallurgy in Europe
—Executive summary of its activities and outputs after three years |
Dominique H. R. MORIN |
1328 |
Comparative study on biosorption of Pb(Ⅱ) and Cr(Ⅵ) by
Synechococcus sp. |
SHEN Li(申丽), XIA Jin-lan(夏金兰), HE Huan(何环), NIE Zhen-yuan(聂珍媛) |
1336 |
Development and evaluation of whole-genome oligonucleotide array for Acidithiobacillus ferrooxidans ATCC 23270 |
LI Qian(李乾), SHEN Li(申丽), LUO Hai-lang(罗海良), YIN Hua-qun(尹华群),LIAO Li-qin(廖立琴), QIU Guan-zhou(邱冠周), LIU Xue-duan(刘学端) |
1343 |
Microbial aspects of acid mine drainage and its bioremediation |
K.A. NATARAJAN |
1352 |
Expression, purification and molecular modeling of
iron-containing superoxide dismutase from Acidithiobacillus ferrooxidans |
LIU Yuan-dong(刘元东), GAO Jian(高建), QIU Guan-zhou(邱冠周), LIU Xue-duan(刘学端),ZHANG Cheng-gui(张成桂), OUYANG Xu-dong(欧阳叙东 |
1361 |
Biodiversity and interactions of acidophiles: Key to understanding and optimizing microbial processing of ores and concentrates |
D. B. JOHNSON |
1367 |
Growth and surface properties of new thermoacidophilic Archaea strain Acidianus manzaensis YN-25 grown on different substrates |
HE Huan(何环), YANG Yi(杨益), XIA Jin-lan(夏金兰),DING Jian-nan(丁建南), ZHAO Xiao-juan(赵小娟), NIE Zhen-yuan(聂珍媛) |
1374 |
Influence of different Fe sources and concentrations on formation of
magnetosomes in Acidithiobacillus ferrooxidans |
LIU Wen-bin(刘文斌), WU Hai-yan(武海艳), LIU Xue-duan(刘学端), LIU Xin-xing(刘新星) |
1379 |
Liquid-nitrogen cryopreservation of three kinds of
autotrophicbioleaching bacteria |
WU Xue-ling(吴学玲), XIN Xiao-hong(辛晓红), JIANG Ying(蒋莹),LIANG Ren-xing(梁任星), YUAN Peng(袁鹏), FANG Cheng-xiang(方呈祥)
1386 |
|
Repetitive sequence based polymerase chain reaction to
differentiate close bacteria strains in acidic sites |
XIE Ming(谢明), YIN Hua-qun(尹华群), LIU Yi(刘毅),LIU Jie(刘杰), LIU Xue-duan(刘学端) |
1392 |
Sulfur activation-related extracellular proteins of
Acidithiobacillus ferrooxidans |
ZHANG Cheng-gui(张成桂), ZHANG Rui-yong(张瑞永), XIA Jin-lan(夏金兰),ZHANG Qian(张倩), NIE Zhen-yuan(聂珍媛) |
1398 |
Interaction in Bioleaching of Sulfide Minerals |
Leptosririllum ferrooxidans-sulfide mineral interactions with
reference to bioflotation nad bioflocculation |
A. VILINSKA, K. HANUMANTHA RAO |
1403 |
Bioleaching of anilite by Acidithiobacillus ferrooxidans |
CHENG Hai-na(程海娜), HU Yue-hua(胡岳华), GAO Jian(高健), MA Heng(马恒) |
1410 |
Bioleaching of pyrite by A. ferrooxidans and L. ferriphilum |
ZHANG Lin(张麟), QIU Guan-zhou(邱冠周), HU Yue-hua(胡岳华),SUN Xiao-jun(孙小俊), LI Jian-hua(李建华), GU Guo-hua(顾帼华) |
1415 |
Effects of microorganisms on surface properties of
chalcopyrite and bioleaching |
CHEN Ming-lian(陈明莲), ZHANG Lin(张麟), GU Guo-hua(顾帼华),HU Yue-hua(胡岳华), SU Li-jun(苏丽君) |
1421 |
EPS-contact-leaching mechanism of chalcopyrite concentrates by
A. ferrooxidans |
YU Run-lan(余润兰), TAN Jian-xi(谭建锡), YANG Peng(杨鹏),SUN Jing(孙静), OU Yang(欧阳), XIONG Jing(熊晶), DAI Yun-jie(戴云杰) |
1427 |
Bio-oxidation of arsenopyrite |
JIANG Tao(姜涛), LI Qian(李骞), YANG Yong-bin(杨永斌),LI Guang-hui(李光辉), QIU Guan-zhou(邱冠周) |
1433 |
Microcalorimetric studies of interaction between extracellular polymeric substance and sulfide minerals |
ZHU Jian-yu(朱建裕), YANG Peng(杨鹏), LI Bang-mei(李邦梅),ZHANG Jing-xia(张静霞), HUANG Qiu-xia(黄秋霞) |
1439 |
Screening and characterization of Acidiphilium sp. PJH and its role in bioleaching |
PENG Juan-hua(彭娟花), ZHANG Rui-yong(张瑞永), ZHANG Qian(张倩),ZHANG Li-min(张立民), ZHOU Hong-bo(周洪波) |
1443 |
Purification and enzymatic characteristics of cysteine desulfurase, IscS, in
Acidithiobacillus ferrooxidans ATCC 23270 |
WU An-na(吴安娜), ZHANG Yan-fei(张燕飞), ZHENG Chun-li(郑春丽), DAI Yun-jie(戴云杰),LIU Yuan-dong(刘元东), ZENG Jia(曾嘉), GU Guo-hua(顾帼华), LIU Jian-she(柳建设) |
1450 |
Mechanism of electro-generating leaching of
chalcopyrite-MnO2 in presence of Acidithiobacillus thiooxidans |
XIAO Li(肖利), LIU Jian-she(柳建设), FANG Zheng(方正), QIU Guan-zhou(邱冠周) |
1458 |
Bioleaching Technology |
Simulated small-scale pilot heap leaching of low-grade copper sulfide ore with selective extraction of copper |
QIN Wen-qing(覃文庆), ZHANG Yan-sheng(张雁生), LI Wei-zhong(黎维中), WANG Jun(王军) |
1463 |
Bacterial leaching of chalcopyrite and bornite with
native bioleaching microorganism |
WANG Jun(王军), QIN Wen-qing(覃文庆), ZHANG Yan-sheng(张雁生), YANG Cong-ren(杨聪仁),ZHANG Jian-wen(张建文), NAI Shao-shi(赖绍师), SHANG He(尚鹤), QIU Guan-zhou(邱冠周) |
1468 |
A novel process for sorting fine-sized sulphide minerals by biocoagulation |
H. Z. KUYUMCU, J. PINKA, T. BIELIG |
1473 |
Bioleaching of low grade nickel sulfide mineral in column reactor |
ZHEN Shi-jie(甄世杰), QIN Wen-qing(覃文庆), YAN Zhong-qiang(闫忠强),ZHANG Yan-sheng(张雁生), WANG Jun(王军), REN Liu-yi(任浏祎)< |
1480 |
Biohydrometallurgy applied to exploitation of black shale resources:
Overview of Bioshale FP6 European project |
P. D’HUGUES, P. SPOLAORE, Bioshale Consortium |
1485 |
Bioleaching of chalcopyrite by pure and mixed culture |
ZHANG Yan-sheng(张雁生), QIN Wen-qing(覃文庆), WANG Jun(王军), ZHEN Shi-jie(甄世杰),YANG Cong-ren(杨聪仁), ZHANG Jian-wen(张建文), NAI Shao-shi(赖绍师), QIU Guan-zhou(邱 |
1491 |
Integrated waste and water management in mining and
metallurgical industries |
B. K. C. CHAN, S. BOUZALAKOS, A. W. L. DUDENEY |
1497 |
Dominance of Acidithiobacillus at ore surface of Zijinshan commercial low-grade copper bioleaching heap |
LIU Xing-yu(刘兴宇), CHEN Bo-wei(陈勃伟), WEN Jian-kang(温建康) |
1506 |
Two-stage precipitation process of iron and arsenic from acid leaching solutions |
N. J. BOLIN, J. E. SUNDKVIST |
1513 |
Effect of Cu2+ ions on bioleaching of marmatite |
CHEN Song(陈松), QIN Wen-qing(覃文庆), QIU Guan-zhou(邱冠周) |
1518 |
Fractal analysis of granular ore media based on computed tomography image processing |
WU Ai-xiang(吴爱祥), YANG Bao-hua(杨保华), ZHOU Xu(周旭) |
1523 |
Removal of SO42−, uranium and other heavy metal ions from
simulated solution by sulfate reducing bacteria |
WANG Qing-liang(王清良), DING De-xin(丁德馨), HU E-ming(胡鄂明),YU RUN-lan(余润兰), QIU Guan-zhou(邱冠周) |
1529 |