Sentence examples for reduction intermediate from inspiring English sources

The difference between the acid mechanism, where the peroxyl radical, OOH ads) is the first reduction intermediate, and the base mechanism, where superoxide, O2− ads) is the first reduction intermediate, is discussed.

The C1 s XPS region data showed an increase in the oxygen reduction intermediate C-OH peafterfthe the reaction, which indicates electrocatalytic activity of the graphitic carbon.

The combined use of CoPcF16 with MnOOH which shows a bifunctional catalytic activity toward the sequential disproportionations of the reduction intermediate and product, i.e. O2− and peroxide (HO2−), eventually enables an apparent four-electron reduction of O2 to be achieved at a positively-shifted potential in alkaline media.

Asc is a highly efficient two-electron donor, yielding Cr(IV) as the first reduction intermediate and dehydroascorbic acid as the oxidized product.

The results as described below in terms of: (1) the costs of the models; (2) the cost consequences related to CVD risk reduction (intermediate results); (3) the life table modelling and, finally, (4) the ICER and WTP results.

This more recent history of endosymbiosis could explain some genomic features observed in Xiphinematobacter, such as intermediate %GC reduction, intermediate tRNA gene number compared with obligate mutualists from Hemiptera.

By weakening the hydroxyl adsorption, the catalyst surface become more resistant to hydroxyl accumulation, and therefore, it eliminates the repulsion interaction of oxygen reduction intermediates.

Density functional theory was used to demonstrate how the presence of second metals can modify the adsorption energies of oxygen reduction intermediates on Au (100) surfaces.

This overall reaction is consistent with a mechanism involving four electron steps and four proton transfers from NBA to its basic reduction intermediates (self-protonation mechanism).

Coordination complexes containing N2 reduction intermediates such as diazene (N2H2), hydrazido (N2H22−), hydrazine (N2H4), nitride (N3−), imide (NH2−), and amide (NH2−) are also discussed in the context of the mechanism of N2 reduction to NH3 mediated by iron coordination complexes.

Meanwhile, the existence of a large proportion of low-index {111} planes facilitates the desorption of the reduction intermediates of adsorbed CO species, suppressing the deactivation of the silver electrode towards CO2 reduction.