Sentence examples for applications of reaction from inspiring English sources

The applications of reaction mechanisms and site requirements from surface science studies of carboxylic acid chemistry, in particular, to emerging catalysts for dehydration, coupling, and reduction reactions provide important examples of contributions to heterogeneous catalysis from oxide surface science.

We discuss the applications of reaction network modeling in the context of petroleum refining and its potential for elucidating toxic interactions with mixtures.

In animal breeding applications of reaction norm models, it was assumed that both the mean and the variances are either continuous, monotone functions of the environmental values [ 4, 6] or that they are such only when the environmental values exceed a certain threshold [ 2, 7, 3].

Application of reaction invariants in validating proposed reaction chemistry is discussed.

The development of such models for many new fuel components and/or surrogate molecules is greatly facilitated by the application of reaction classes and rate rules.

The system performance was enhanced by implementing a model-based algorithm for estimating the process heat flow and therefore allowing the application of reaction calorimetric approaches.

A promising application of reaction coupling is improving the equilibrium of high-temperature, gas-phase dehydrogenation reactions by coupling with CO2 via the water gas-shift reaction.

A successful application of reaction transport algorithms to calculate the chemical evolution of natural systems requires accurate methods to compute the rates of mineral/fluid surface reactions.

Special emphasis will be placed on the practical application of reaction engineering in the petrochemical, chemical, biochemical and materials industries.

Any nonempty intersection of a set obtained by forward application and a set obtained by reverse application of reactions yields a new pathway between elements of C. To avoid repetitions, it is enough to check whether each C F (i ) intersects C R (i ) and C R (i −1).

These are reviewed along with recent examples of applications of chemical reaction engineering to microelectronic processing.