The specific growth rate was represented by a combination of Monod and Luong kinetic (Eq. 2).
The rather simple Langmuir kinetic (Eq. 5) is often applied for modeling protein adsorption and desorption to and from ion-exchange membranes (Gebauer et al., 1997; Suen and Etzel, 1994).
Adsorption kinetics were studied with pseudo-first-order (Eq. 7), pseudo-second-order (Eq. 8), Elovich kinetic models (Eq. 9) and intra-particle diffusion model (Eq. 10).
This resulting tissue VOIs curves are fit with a tracer kinetic model (Eqs. 1, 2, 3, 4, and 6) using integration limits [t 1(i), t 2(i)] that are consistent with the data binning process.
Hence in the coarsening stage phase field model C reduces to a generalized version of the one-sided Mullins-Sekerka problem with kinetic drag (Eqs. (81), (91), and (95)).
However, it should be emphasized that the measurement uncertainty of the 3P-KMA outcomes may be expected to be lower than that of the 5P-KMA one because Ki and kb from 5P-KMA has to be computed by using three independent kinetic (micro parameters (Eqs. 4 and 5).
Because mutant E325A is fully functional with respect to sugar binding, the same kinetic model (eqs 1 and 2) was used for the determination of the rate constants as for the wild type.
Kinetic release of cinnamate from ZCA intercalation compound was investigated using various kinetic models; zeroth- (Eq. 5) [30], first- (Eq. 6) [31], parabolic diffusion (Eq. 7) [32] and pseudo-second order kinetics (Eq. 8) [33].
The pseudo first-order kinetic equation (Eq. 7) is used to calculate the kinetic rate constant (k) of dechlorination reaction [25, 26].
The validity of the kinetic expression (Eq. 7) with m = 1 for the oxidation of benzene was confirmed by Mars and Van Krevelen [25].
