Sentence examples for elementary steps of the from inspiring English sources
We first explain below the elementary steps of the lifecycle in Figure 16 relate to the architecture in Figure 15.
The passage times of all events and their probability of occurrence are expressed in terms of the rate constants of the elementary steps of the reaction pathway.
Experimental evidence provides clues for fundamental understanding of elementary steps of the redox reactions, which helps guiding the design and preparation of highly dispersed Pt catalyst with high metal loadings for fuel cells.
Expressions are given for the rates of the four global reactions in terms of those of the elementary steps of the skeletal mechanism, with concentrations of the different steady-state species also given in explicit form.
It is found that the MnN4-gra can be stable at high temperature from the first-principles molecular dynamics simulation and the MnN4 is the active center for all the possible elementary steps of the ORR.
I species are to be regarded as not simply chemisorbed OH or O entities in the elementary steps of the O2 evolution process but also involve local high oxidation states of the metal ions of the oxide film on which the O2 evolution process takes place through a mediator mechanism.
Then we consider that the restructuring of the growing layer, following an elementary step of the metal corrosion, takes place in the localized vicinity of this corrosion step.
This approximation is exploited to advance a particle substantially within a single elementary step of the algorithm, which can extend for as long as ∼mi/me≃ 2000 times the traditional one for certain astrophysical plasmas.
By combining theoretical modelling, in situ spectroscopy and kinetic studies it is possible to understand, at the molecular level, the role that the different types of active centres co-existing on real heterogeneous catalysts play on each elementary step of the global reaction mechanism.
This indicates that Pt may not only serve to facilitate the generation of the bridging OH group active sites at low temperature, but may also be involved in accelerating surface formate decomposition, the elementary step of the mechanism that is proposed to be rate limiting.
Each elementary step of the reaction must be compatible with water and the large excess of nucleophilic functionalities found in Nature (e.g., amines, thiols, hydroxy groups).
