Sentence examples for more efficient oxidation from inspiring English sources

The extension of synthesis time for silica and tantalosilicate samples leads to more efficient oxidation of thiol species.

Conventional oxidation processes using ozone or hydrogen peroxide (H2O2), however, have limits in treating a number of different kinds of pollutants, calling for a more efficient oxidation process.

More efficient oxidation methods are needed to degrade especially newly emerging recalcitrant organic contaminants at low concentrations in the water environment.

It has since been suggested that in certain cancers, a high rate of glycolysis, as well as glutamine metabolism, may actually support the more efficient oxidation of fatty acids in the mitochondria (references in [ 26]).

Strains with higher mitochondrial capacity would be more resistant to the development of NAFLD due to more efficient oxidation and disposal of surplus nutrients and lower production of ROS as a result of more efficient coupling between oxidation and phosphorylation.

Overall, the genome sequence of G. bemidjiensis offers surprising insights into the metabolism and physiology of Geobacteraceae in subsurface environments, compared to non-subsurface Geobacter species, such as the ability to disproportionate fumarate, more efficient oxidation of propionate, enhanced responses to oxygen stress, and dependence on the environment for a vitamin requirement.

It is also suggested that in the early phase of ischaemia, fatty acid oxidation shifts to the more efficient glucose oxidation, followed by a decrease in total substrate oxidation [ 24].

Except for BPA at pH 5, where both laccases had a very similar efficiency, L Tv provided more efficient micropollutant oxidation, especially at pH 6 and 7.

Pt/TiO2 nanotubes presented more efficient photoelectrocatalytic oxidation performance for As III) than TiO2 nanotubes.

In visible light, the N-TiO2 and AgI seem to work together, forcing any generated electrons and holes to separate so that they stand less chance of recombining ultimately making them more efficient at oxidation.

As a consequence, the open-valve condition showed not only a different spatial distribution of diffusion-controlled flame if compared to the closed-valve condition but also a more efficient soot oxidation phase.