Sentence examples for oxide reaction from inspiring English sources

The mechanism for metal oxide reaction with CO2 gas has been discussed a lot [40, 41, 42, 43].

These aspects may be of importance because such defects and interfaces can act as active sites on which the catalytic oxide reaction could take place [21, 22].

But because the researchers knew pH could affect nitric oxide reactions they decided to measure pH directly.

The fundamental understanding of these metal oxide reactions is essential to designing the metal oxide-based oxygen carriers for chemical looping applications.

As reported, for the oxidation of Fe2+ and Cr3+ by manganese oxides, reaction rate was controlled by chemical reaction and not dependent upon diffusion from the bulk solution or transport of dissolved species from birnessite at pH > 4, and initial reduction rates can be significantly faster than long-term rates because of the inhibition by Fe(III) precipitates [20, 22, 23, 43].

Those lowering effects were triggered by a condensed phase CB-iodine oxides reaction explored by high heating rate time-resolved temperature-jump time-of-flight mass spectrometry and low heating rate thermogravimetric analysis/differential scanning calorimetry results.

It is shown that different preparation variables influence the catalytic performance of Fe-Co oxide in CO oxidation reaction.

Thus, the catalytic activity of vanadium oxide in oxidation reactions is improved.

The oxidation reaction product MoO3 is a volatile oxide and its evaporation reaction starts at after 550 °C.

Hydrous oxide transitions may be observed with the latter, but these tend to be oxide oxide, rather than adatom-oxide reactions.

The first part deals with the structure sensitivity of molybdenum oxide (MoO3) for oxidation reactions.