Sentence examples for elementary steps for the from inspiring English sources

Thermochemistry of elementary steps for the suggested routes of CO2 reduction to CH3OH was evaluated.

Electrochemistry is described by elementary steps for the reactions occurring at anode and cathode, including adsorbed intermediate species on the platinum and ruthenium surfaces.

Numerical simulations of counterflow laminar diffusion flames impinged by sub-breakdown DC electric fields are performed in this work using multi-component transport and a detailed chemical mechanism for methane air combustion that includes elementary steps for the conversion of six electrically charged species.

Here, cyclohexene oxide formation and H2O2 decomposition rates (measured as functions of reactant and product concentrations) and in situ infrared (IR) and UV-vis spectroscopy are used to probe the intervening elementary steps for cyclohexene (C6H10) epoxidation and the identity of the reactive intermediates on a Nb-β catalyst.

In fact, in the last two decades numerous state-of-the-art, mass-spectrometry based experiments with small metal-oxo clusters in combination with computational studies have revealed important details of the elementary steps for many chemical reactions.

It is reviewed how a 10% increase in hydroisomerization yields could be achieved after having unequivocally identified the responsible elementary steps for feed losses through cracking.

The reaction network in terms of elementary steps for di-methyl ether (DME) and olefins formation from the aromatic hydrocarbon pool as well as from the alkene homologation cycle was implemented.

The sequence of key elementary steps for ethylene epoxidation on silver was developed from surface science experiments and computational chemistry.

Activation energy of this set of elementary steps for methane conversion into synthesis gas is obtained on the basis of bond order conservation Morse potential (BOC-MP), and the pre-exponential factors of the rate expressions of these elementary steps are then estimated according to the reported ranges in literature.

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.

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.