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caldus is unable to oxidize Fe2+ and inorganic iron oxidation kinetics are extremely slow under the experimental conditions.
The iron oxidation rates for thermoacidophiles are about ten times as low as mesophiles iron-oxidizing acidophiles (Nemati and Harrison 2000).
Yield is also higher, since there is less local iron oxidation.
Unlike sulfide oxidation, the normalized affinity for iron oxidation remains high, so organisms with the ability to gain energy from iron oxidation can still thrive.
First order kinetics was used to describe the physico-chemical iron oxidation while Monod-type kinetics was used to describe the net biological iron oxidation.
Alkali feldspar-rich granitoids redden progressively due to iron oxidation.
Ferrous iron oxidation occurred directly on graphite electrodes and followed a first order reaction model.
Iron removal was found to be caused by both biological and physico-chemical iron oxidation.
He is now working on the molecular genetics of photosynthetic iron oxidation, one of the most ancient forms of photosynthesis.
In contrast, the normalized affinities for iron oxidation more closely mirror the iron concentration in the fluid.
However, the byproducts of iron oxidation and the desorption difficulty of activated carbon limited the practical uses.
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