Sentence examples for bromate reduction from inspiring English sources

Although zero valent zinc (ZVZ) is a strong reductant, studies using ZVZ for bromate reduction are rare.

Process of bromate reduction from aqueous acidic medium at (hemi spherical microelectrode under steady-state conditions has been analyzed theoretically.

The maximum bromate reduction rate estimated by the Monod equation was 109.12 μg/L h when the electric current was 10 mA and HRT was 12 h.

Bromate reduction leads to the precipitation of a passivating film due to a pH increase, whilst a successive pH decrease du to H+ diffusion leads to film dissolution.

Optimal removal was found in pH range 6 7, and the pH of the solution had a significant impact on bromate reduction.

The Bi/TiO2 (rutile) heterojunction photocatalyst demonstrated an efficient photocatalytic bromate reduction under visible light illumination without the addition of sacrificial agents in the reaction solution, and it could be easily regenerated for reuse.

This study was designed to identify and quantify the effects of reducing agents on the rate of bromate ion reduction in real and synthetic gastric juice.

Half-lives as short as 2 min were measured for bromate ion reduction in 0.17 M H+ and Cl− and 10−4 M H2S.

Bromate ion reduction and Br− removal were observed during electrochemical treatment because of the catalytic and doping capabilities of the PANI film.

Process of the bromate anion reduction in the presence of a very low bromine concentration from an acidic solution for the one-dimensional transport under steady-state conditions has been analyzed theoretically.

The specific electrocatalytic (reductive) capabilities of hybrid films were also studied by probing the reduction of bromate.