Sentence examples for possible reaction rate from inspiring English sources

The rate data have been analyzed by linear as well as non-linear least squares regression combined with other considerations to discriminate among possible reaction rate models.

Since the carrier within the cell membrane is conserved at all times, the potential largest possible reaction rate, denoted r max, is obtained if all carrier molecules is in the state from which the reaction leads.

The set of possible reaction rates corresponds to a polytope in high-dimensional space.

Similar interdependencies are possible for reaction rate limits, thus allowing the inclusion of inhibitory or regulatory mechanisms (Covert et al., 2008).

More generally, such a decomposition is also possible if reaction rate propensities can be decomposed into the product of two terms, with the first term depending on parameters only, and the second term on molecule numbers only.

By using a calorimetric principle it was possible to measure full reaction rate versus time curves for obtaining data on polymerization kinetics, under industrially relevant conditions.

By knowing the initial volatile solids content and following the change in the volatile solids with time, and by applying the first-order reaction equation, it was possible to calculate the reaction rate constant (k) for each pile.

Considering a three-phase reaction system (methanol, oil, and catalyst), such rate might be due to possible mass transfer limitations, and the time needed to form the reactive methoxide phase over the catalyst surface may delay the BD production, all this followed by a possible pseudo second-order reaction rate on the early stages of the reaction [81].

Kinetic laws of this form make it possible to represent the reaction rate vector v of Equation 1 by a matrix-vector multiplication v = Γ c, where Γ is a diagonal n × m matrix storing rate constants k j, for each reaction j = 1,..., n, on its main diagonal.

This new procedure gives rise to an improvement of reaction engineering and makes possible the direct measurement of reaction rate for detailed kinetic studies.

However, it is possible to increase the oxidative reaction rate with a catalyst and this enhancement in reaction rate can be such that for most applications (E.H. Stitt, F.J. Taylor, K. Kelly, Catalytically enhanced packed tower scrubbing, in: Proceedings of the Emerging Solutions to VOC & Air Toxics Control, Clearwater Beach, FA, AWMA, 1996), the catalytic process will be the commercial solution.