Sentence examples for coefficient of reaction from inspiring English sources

The enhancement factor increases with catalyst concentration, rate coefficient of reaction and decreasing particle size.

Likewise, ρ(a) represents the correlation coefficient of reaction a as found in step (2).

Performance measures in the cued CPT task included target reaction time (MRT, i.e. mean latency of responding in ms after target onset), within-subject variability in reaction times (SD-RT), and the coefficient of reaction time variability (CV, i.e. SD-RT/MRT).

Because each of the enzymes has a maximum turnover number (k cat), molecular crowding naturally results in a constraint on the total metabolic flux through the network: (1) ∑ c i f i ≤ V p r o t, with f i being the flux through reaction i, V prot the volume fraction of macromolecules devoted to metabolic enzymes and c i the "crowding coefficient" of reaction i.

The crowding coefficient of reaction i is defined as the volume that needs to be occupied with enzymes to reach unit flux through reaction i and is given by c i ≡ M v i V b i, where M is the cell mass, V the cell volume, v i the molar volume of the enzyme catalyzing reaction i, and b i a variable describing the proportionality between enzyme concentration and flux through reaction i [ 22].

The metabolic network - containing 1139 (m) reactions 977 (n) metabolites - was converted into a mathematical model corresponding to a m × n matrix defining the stoichiometric coefficient of reactions.

Thus, by using the new method, the reaction coefficient of a reaction process can be accurately determined even if it is not reaction-limited.

As pointed out by Wang et al. [2], there are difficulties in determination of activity coefficients of reaction species in a constant ionic medium.

The reaction equations were proposed as a number of lumped chemical reactions (8 reactions, including water gas shift reaction) by means of the molar coefficients of reaction molecules (11 reactive species).

In order to quantify the regulation of the ASA supply block, only the partial response coefficients of reaction block 9 towards Thr that represent routes passing through the ASA supply block, i.e., reactions 1 and 2, are of interest.

The key questions to address include the level of improvement from model optimization in the prediction uncertainties of PSR residence times at extinction and ignition and the rate coefficients of reactions that must be improved in order to reduce the prediction uncertainties.