Sentence examples for decomposing reaction from inspiring English sources

In the paper, a simple microwave-assisted decomposing reaction in the presence of PEG400 has been successfully developed to synthesize ZnO nanorods with 10 25 nm of diameter and 60 200 nm of length.

We noticed that the existence of Pt nanoparticles on the surface of the tube wall makes the catalytic decomposing reaction much more intense compared with smooth Pt layer, and high frequency bubble generation forms a long tail at the tube end.

We converted this notation to binary-relation notation by decomposing reactions into those between (1) reactants and products, and (2) modifiers and products.

When pre-exponential factor was given as 2.2 × 1013(s−1), the activation energy of cellulose decomposed reaction was approximately 176 kJ/mol, while the activation energy of the reaction between CO2 and char was 327 kJ/mol.

Correlated reaction sets are mathematically defined as modules in biochemical reaction network which facilitate the study of biological processes by decomposing complex reaction networks into conceptually simple units.

UM4 was reformulated by decomposing the reactions C120SN and KAS16 in its corresponding activities.

Working with a Pt/Al2O3 catalyst under optimized reaction conditions (333 K, pH = 7), hydrogen peroxide can be completely decomposed at reaction times of 120 min with no by-products produced from propylene oxide.

In the proposed reaction pathway, a sulfoxide reacts with a hydroperoxide to give an intermediate product that may be decomposed by reaction with another sulfoxide to yield an addition product [58].

It is this ability to decompose a reaction into two parts that allows us to model the behaviour of individual components in a system.

In EM approach, any type of pathway reaction mechanism can be considered as well as already known mechanism, where each reaction is decomposed into elementary reaction steps with mass action kinetics [99] such as: A+Eunderset{k_{-1}}{overset{k_1}{iff }}AEunderset{k_{-2}}{overset{k_2}{iff }} BEunderset{k_{-3}}}overset{k_3}{iff }}B+E (3)where A and B are the metabolites and E is the enzyme.

By decomposing any reversible reaction in a couple of irreversible reactions, we can always assume that fluxes have non-negative values.