Stoichiometric factors

Stoichiometric factor = stoichiometric moles of toluene required per mole of benzene produced... 

In this case, the stoichiometric factor is 1. This is a measure of the MCD obtained from the DEC consumed. To assess the selectivity losses, the MCD... 

Here v the stoichiometric factors of the i the compound used in the equation for the cell reaction, having a plus sign for the substances formed and a negative sign for the compounds consumed. 

Stating the important fact that at equilibrium the stoichiometrically weighted chemical potentials add up to zero. Here we have used the convention that the stoichiometric factors for reactants are negative. The chemical potentials of the involved species are given by... 

In the water-like solvent tert-butyl alcohol, a-tocopherol was found to prevent lipid oxidation, showing a distinct lag-phase for oxygen consumption. This was in contrast to quercetin or epicatechin, which were only weak retarders of lipid oxidation without any clear antioxidative effect. Quercetin or epicatechin, when combined with a-tocopherol, increased the lag-phase for oxygen consumption as seen for a-tocopherol alone. The stoichiometric factor for a-tocopherol, a-TOH, as chain-breaking antioxidant has the value n = 2 according to the well-established mechanism ... 

If a balanced chemical reaction involves more than one reagent, one of them will be the reference limiting reagent which will define the scale of the entire reaction. The numerator in the stoichiometric factor term takes into account the sum of the masses of all excess reagents used as appropriate. For any balanced chemical reaction in which all byproducts are identified, equation (4.1) maybe used to determine RME under a variety of scenarios. 

Histograms tracking the individual and cumulative performances of reactions maybe easily constructed according to reaction yield, atom economy, stoichiometric factor. 

Stoichiometric factor = Stoichiometric mols of reagent required per mol of product produced... 

The right-hand side of this equation expresses the affinity of reaction (3.1.42). In general, for a cell reaction proceeding according to a given stoichiometric equation with stoichiometric factors v, and with transfer of charge equal to nF, that... 

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