The phrase "a reducing environment" is correct and usable in written English.
It is typically used in scientific contexts, particularly in chemistry and biology, to describe an environment that promotes reduction reactions, where electrons are gained.
Example: "In a reducing environment, the chemical reactions favor the formation of compounds with lower oxidation states."
Alternatives: "an electron-rich environment" or "a reductive atmosphere".
Indeed, a reducing environment (particularly reduced GSH) is required for NPR1 activation (monomer formation) and translocation to the nucleus34,48.
The catalysts were obtained by heat-treating these materials at 900 °C in a reducing environment rich in NH3.
NAC prevents oxidative damage in tissues and cells by altering the redox-state and provides a reducing environment by increasing intracellular glutathione concentrations35.
In most organisms, glutathione is a critical component of these defences, maintaining a reducing environment inside cells.
Heat treatment of the CuO nanoparticles at 600 °C in a reducing environment resulted in effective reduction of the nanoparticles and penetration of them into the film.
By cycling VPO catalyst between a reducing environment with butane and an oxidizing environment, we quantify the lattice oxygen contribution to the reaction.
During LNT's operation, it is required that sulfur compounds bound to the catalyst surface must be periodically removed in a reducing environment to recover the NOx storage sites.
Protein analysis demonstrated that most major tegument proteins were removed under both oxidizing and reducing conditions except for UL49 which required a reducing environment.
NiO was the only crystalline Ni-containing phase present in the fresh catalyst and it was shown that a reducing environment is necessary in order to avoid the formation of the undesired NiAl2O4 phase at high temperatures.
Compared with the perovskite-type oxide La0.1Sr0.9Co0.9Fe0.1O3−δ, SrCoFeOx has stronger structure stability in a reducing environment and it also exhibits a larger oxygen sorption capacity at temperatures higher than 800∘C.
Oxidation of iron electrodes produces ferrous ions, causing the development of a reducing environment in the anolyte, chemical reduction of Cr VI) to Cr III) and formation of stable iron chromium precipitates.
