the Chemoautotroph Ferrobacillus ferrooxidans.", j.

30.
BARNER, H.E., and SCHEUERMAN, R.V.,
"Handbook of
Thermochemical Data for Compounds anrt Aqueous Species",
John Wiley & Sons, New York,
31.
(1978).
YEAGER, E., and SALKIND, A. J. , "Techniques of
Electrochemistry", Vol. 1, Wiley & Sons, New York,
(1972).
32.
IVES, D, and JANZ, G . , "Reference Electrodes,
33.
SILVERMAN, M.P., and LUNGREN, D.G., "Studies on the
Theory and Practice", Academic Press,
(1961).
Chemoautotrophic Iron Bacterium Ferrobacillus
ferrooxidans. I. An Improved Medium and Harvesting
Procedure for Securing High Cell Yields.", J.
Bacteriol., 77, p 642,
34.
(1959).
KJELDAHL, J.A., "A New Method for the Determinetion
of Nitrogen in Organic Matter", Z. Anal. Chem., 22,
p366,
35.
(1883).
GROUDEV, S.N., "Leaching of Nickel from Sulphide
Minerals by Pure and Mixed Cultures of Chemolithotropic
Bacteria.", Dokl. Bolg. Akad. Nauk, 35 no 8, pp 1113 1116,
36.
(1982).
DUGAN, P.R., and LUNDGREN, D.G., "Energy Sypply for
the Chemoautotroph Ferrobacillus ferrooxidans .", j.
Bacteriol., 89, no 3, pp 825 - 834,
37.
(1965).
REMSEN, C.C., and LUNDGREN, D.G.,
"The Hetero-
trophic Growth of the Chemoautotroph Ferrobacillus
ferrooxidans.", Bacteriol. proc., p 33,
223
(1963).
38.
GROUDEV, S.N., GENCHEV, F.N. and GAIDARJIEV, S.S.,
"Observations on the Microflora in an Industrial Copper
Dump Leaching Operation.",
in: Metallurgical
Applications of Bacterial Leaching and Related
Microbiological Phenomena, Ed. by MURR, L.E., TORMA,
A .E ., and BRIERLY, J.A., pp 3 - 17,
39.
(1978).
BRYNER, L.C., WALKER, R.B., and PALMER, R . , "Gome
Factors Influencing the Biological and Non-Biological
Oxidation of Sulphide Minerals.", A.I.M.E. Trans., 238,
pp56 - 62,
40.
H.G.,
(1967).
TUOVINEN, O.H., NIEMELA, S.I., and GYLLENBERG,
"Effect of Mineral Nutrients and Organic
Substances on the Development of ThLobacillus
ferrooxidans .", Biotechnol. Bioeng., XIII, pp 517 - 527,
(1971).
41.
DENISOV, G.V., KOVROV, B.G., TRUBACHEF,
GRIBOVSKAYA,
I.N.,
I.V., STEPEN, A.A., and NOVOSELOVA, O.I.,
"Composition of a Growth Medium for Continuous
Cultivation of Thiobacillus ferrooxidans .", Microbiol.,
49, pp 341 - 345,
42.
(1980).
RAWLINGS, D.E., "Nutritional Requirements of the
Microorganisms Active in the Oxidation of Ferrous Iron
in Acid Mine Leach Liguors.", J. Ap pl . Bacteriol.,
pp 267 - 276,
43.
(1981).
51,
TUOVINEN, O.H., PANDA, F.A., and TSUCHIMA, H.M.,
"Nitrogen Reguirement of Iron-Oxidizing Thiobacilli for
Acidic Ferric Sulphate Regeneration.", Appl. and
Environmental Microbiol.,
44.
37,
(1979)
DAVE, S.R., NATARAJAN, K.A., and BHAT, J.V.,
"Effect of 9K Nutrient Constituants in the Bacterial
Leaching of Shalerite Concentrates.", Trans. Indian
Inst, ratals,
34 no 4,
(1981).
224
45.
ECCLESTON, M . , and KELLY, D.P., "Oxidation Kinetics
and Chemostat Growth of ThiobacLllus ferrooxidans on
Tetrathionate and Thiosulphate", J. Bacteriol.,
718 - 727,
46.
(1978) .
134, pp
CORRANS, I.J., "Kinetic and Mechanistic Studies on
the Biological and Chemical Leaching of Nickel from
Sulphide Ores.", PhD Thesis, University of Natal,
(1974) .
47.
GORMELY, L.S., "Continuous Culture of Thiobacillus
ferrooxidans on a Zinc Sulphide Concentrate.",
Biotechnol. and Bioeng., 17, pp 31 - 49,
48.
(1975).
TORMA, A.E., WALDEN, C.C., DUNCAN, D.W., and
BRANION, R.K.R., 'The Effect of Carbon Dioxide and
Particle Surface Area on the Microbiological Leaching of
a Zinc Sulphide Concentrate.", Biotechnol. Bioeng.,
pp 777 - 786,
49.
(1972).
14,
McGORAN, C.J.M., DUNCAN, D.W., and WALDEN, C.C.,
"Growth of Thiobacillus ferrooxidans on Various
Substrates.", Can. J. Microbiol.,
(1969) .
50.
15, pp 135 - 138,
INGLEDEW, W.J., COX, J.C., JONES, R.W., and
GARLAND,
P.B.,
"Vectorial Oxidoreductions: The Ferrous
Iron Oxidase Complex of Thiobacillus ferrooxidans and
the Nitrate Reductase Complex of Escherichia coli.",
Frontiers of Biol. Energetics,
51.
1, pp 334 - 341,
(1978).
SILVER, M . , "Metabolic Mechanisms of Iron-Oxidizing
Thiobacilli .", in: Metallurgical Applications of
Bacterial Leaching and Related Microbiolcgical
Phenomena, Ed. by MURR, L.E., TORkA, A.E., and BRIERLY,
J .A ., pp 3 - 17,
(1978).
225
52.
BLAYLOCK, B.A., and NASON, A., "Electron Transport
System of the Chemoautotroph Ferrobaci.ll.us
ferrooxidans .", j. Biol. Chem., 238 no 10, pp 3453 3462,
53.
(1963).
LACY, D.T., and LAWSON, F., "Kinetics of the
Liquid-Phase Oxidation of Acid Ferrous Sulphate by the
Bacterium Thicbacillus ferrooxidans .", Biotechnol.
Bioeng.,
54.
12, pp 29 - 50,
(1970).
SCHNAITMAN, C.A., KORCZYNSKY, M.S., and LUNDGREN,
D.G., "Kinetic Studies of Iron Oxidation by Whole Cells
of Ferrobacillus ferrooxidans.", J. Biotechnol., 99 no
2, pp 552 - 557,
55.
(1969).
JONES, C.A., and KELLY, D.P., "Growth of
Thiobacillus ferrooxidans on Ferrous Iron in Chemostat
Culture: Influence of Product and Substrate
Inhibition.", J. Chem. Techn. Biotechnol.,
- 261,
(1983) .
226
33 B, pp 241
Author Huberts Robert
Name of thesis Application Of Electrochemical Kinetics To Elucidate The Leaching Mechanism In The Bio-oxidation Of A
Synthetic Nickel Sulphide. 1986
PUBLISHER:
University of the Witwatersrand, Johannesburg
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