Extrapolating laboratory measured CH4 oxidation rates to the field showed that the biocover system had a much larger CH4 oxidation potential in comparison to the tested CH4 load.
Because the products of ozone-initiated chemistry tend to have higher concentrations indoors than outdoors (see above) and that greater time spent indoors overwhelms larger breathing rates outdoors, indoor inhalation intakes of oxidation products tend to be much larger than outdoor intakes of oxidation products.
It is seen that the exothermicity of the oxidation of the residual char left by the passage of the smolder wave front is much larger than that of the oxidation of the original foam material.
The comparison of the COD current between normal long-, shorTNTAsTas, a sol-gel TiO2 film, and the newly developed pit-type TNTAs demonsTiO2es that the pit-type TNTAs are most robust filmCOD oxidandon withea much larger COD currenewlyer all these tradevelopedTiO2 electrodes.
After oxidation, the oxidized NW exhibits a much larger diameter than its original Si NW, as shown in Fig. 4d, e.
After 2 h exposure, metastable θ-Al2O3 growth predominated in air alone; whereas, a much larger percentage of stable α-Al2O3 formed during oxidation in O2 + 0.1%SO2.
Both methods reflected fibrilization of AS in vitro by the decrease of their signals, but the changes in peak H were much larger than the decrease observed in the AS oxidation signals.
In the standard industrial methodology with real wastewaters, the Fenton method is coupled to processes such as coagulation, membrane filtration, and biological oxidation to degrade organics to a much larger extent.
Moreover, the main peak is much larger than that near 0.6 V, indicating that the formic acid oxidation on Pd catalysts is mainly through the direct pathway.
The microhardness of the AZ31 magnesium alloy surface attained 410HV, which was much larger than that of the original AZ31 magnesium alloy without microarc oxidation.
