"oxidized iron" is correct and usable in written English.
You can use it to refer to iron that has reacted with oxygen to form rust. For example, "The oxidized iron gave the bridge a rusty, aged appearance".
The concentration of dissolved iron in modern oceans is low because of the insolubility of oxidized iron oxides.
The concentration of dissolved iron in the present-day oceans is low because of the insolubility of oxidized iron oxides.
Several iron-oxidizing bacteria are known to deposit oxidized iron within their sheaths and stalks [24].
The observed discrepancy between numerical predictions and experimental datasets may be attributed to uncertainties associated with the nZVI oxidation by other species, and PCE adsorbed on oxidized iron.
The appearance of sub-micrometer iron oxide particles in the samples indicates that the oxidized iron nanoparticles formed due to flash exposure may agglomerate or fuse depending on the amount of iron catalysts and CNT fluff temperature which is increased due to flash absorption.
Pyrite oxidation under anoxic conditions was probably catalyzed by iron-oxidizing microorganisms (Gallionella sp ., which were found in groundwater samples (ibid)., and oxidized iron in pH- and solute oxygen ranges in which abiotic pyrite oxidation cannot occur (Eggerichs et al. 2014).
Moreover, electrochemical processes use an electron as a so-called clean chemical, thus avoiding the use of any harmful chemicals to oxidize iron to the +6 oxidation state.
The strains we isolated belong to three major species commonly encountered in copper heap leaching operations: Acidithiobacillus ferrooxidans (an iron- and sulfur-oxidizing bacterium), Leptospirillum ferriphilum (a bacterium that only oxidizes iron), and Acidithiobacillus thiooxidans (a bacterium that only oxidizes reduced forms of sulfur).
The carbonate facies consists of interbedded iron-rich carbonate and chert with no carbon; the Eh-pH diagram indicates simply that a shift upward in Eh sufficient to oxidize carbon but insufficient to oxidize iron could produce such an assemblage.
On the other hand, pre-oxidized iron led to the formation of superficial particles and showed only a partial conversion to silicide, which resulted in carbon nanotube growth, even at very low pressures.
HIF1α induces the expression of ceruloplasmin, which is a ferroxidase enzyme to oxidize iron, facilitating the loading of iron onto Tf (Mukhopadhyay et al., 2000).
