The phrase "accelerated iron" is correct and usable in written English.
It can be used in contexts related to materials science, engineering, or chemistry, particularly when discussing iron that has undergone a process to increase its rate of reaction or performance.
Example: "The study focused on the properties of accelerated iron in high-temperature applications."
Alternatives: "enhanced iron" or "improved iron".
The continuous stimulation of bone marrow due to accelerated iron metabolism, hypoxia, and exercise-induced hemolysis in athletes can partially explain this difference [ 8, 30].
In homozygous C282Y patients, for example, three of the five females were not at the stage of accelerated iron loading seen postmenopause, while only one of three males (with the highest serum ferritin) was newly identified with hemochromatosis.
They created a single, lone, individual atom of the isotope, meitnerium-266, by blasting bismuth-209 with highly accelerated iron-58 nuclei.
All three ligands accelerate iron oxide dissolution by ligand-promoted dissolution mechanisms.
The sulfonate group was selected for these studies because it represents an anionic functional group that can be covalently linked to a therapeutic ligand to accelerate iron release in vivo.
Hydrogen evolution reaction on galvanic-coupled martensite accelerates iron dissolution reaction of ferrite, though the corrosion rate of martensite was three-times larger than that of ferrite due to the self-corrosion in the acid.
The Cistercian abbeys of Furness and Byland, exploiting the area for wool production, continued the process of deforestation, which was accelerated by iron ore smelting and later by the extraction of lead and copper.
The latter are initiated by hydrogen peroxide but are known to be accelerated by iron ions exposed to the surface, resulting in the formation of damaging free-radicals.
The major product of NO oxidation/metabolism is nitrite (NO2-), which can further oxidise to nitrate in a process that is accelerated by iron centres (e.g. haem).
L. ochracea is a member of the neutrophilic, freshwater iron-oxidizing bacteria (FeOB), a group that accelerates Fe(II) oxidation in chalybeate waters and forms visible ocherous mats.
The accelerated eryptosis in iron deficiency similarly confers some protection against a severe course of malaria [ 304].
