Sentence examples for elementary steps to from inspiring English sources

The reaction mechanism involves detailed gas-phase and surface elementary steps to describe the OCM chemistry and employing a reduced model for computational efficiency.

Of course, Mr. Maduro could service Venezuela's debts and feed his people if he were willing to seek help from the International Monetary Fund, as well as humanitarian aid, and take elementary steps to stabilize the economy.

In court documents filed while Davis was incarcerated for contempt of court, her lawyers had charged that Beshear failed "to take elementary steps to accommodate Davis' undisputed, sincerely-held religious beliefs about marriage" when he issued a directive in June asking that all county clerks in Kentucky comply with Obergefell v. Hodges, which legalized gay marriage nationwide.   .

Moreover, enzymatic reactions were not decomposed into elementary steps to avoid increasing the size of the model.

Using this revised rate, unimportant steps are deleted from the San Diego mechanism to obtain a set of 26 irreversible elementary steps (augmented to 27 by including fuel dissociation to CH3 + OH for high-temperature shock-tube conditions) that predict ignition nearly as well as the detailed mechanism.

To identify such rate-controlling elementary steps and to develop and refine models, comprehensive experimental kinetic data of a broad variety of substrates are necessary.

Deduced from the 'current potential' and 'valence potential' curves, it is based on four crucial elementary steps leading to two branches: a so-called active branch corresponding to a trivalent dissolution (its effect is inversely proportional to the pH), and a passive branch (TiO2 oxide formation with a very limited tetravalent dissolution).

The elementary steps leading to the formation of HCOO and CO via CO2 hydrogenation, two important intermediates contributing to methanol and methane formation, respectively, have been explored to identify hydroxylation effect of the oxide support on the selectivity in CO2 hydrogenation on Pd/γ-Al2O3 catalyst by the density functional theory together with slab model calculations.

Computations indicate that, under all possible conditions of practical interest, including temperatures both above and below the crossover temperature at which the rates of the H2 + O2 branching and termination steps are equal, twelve irreversible elementary steps suffice to provide accurate values of induction times in autoignition processes of fuels consisting of mixtures of H2, CO, and inerts.

We believe that differences in elementary steps leading to the release of iron and sulfate cause the discrepancy in reported activation energy for pyrite oxidation (see Table 2).

The K563L variant, which is an acid−base mutant that is compromised in the elementary steps leading to CO2 formation, has very low CO oxidation activity (0.6 unit/mg; kcat = 0.67 s−1); furthermore, it exhibits no observable CO broadening.