Data from EspP assembly experiments was fit to single exponential and lag-phase kinetic models using KaleidaGraph 4.1 (Synergy Software, Reading, PA).
As a consequence, the decay of all of the peaks observed in our experiments was fit with a double decaying exponential to further understand the mechanisms controlling the fusion pore: 1where t0 is the starting time of the decay, and T1 and T2 are the characteristic decay times (with T1 ≤ T2).
The degradation experiments were fitted to first order reaction law.
Advanced empirical modelling techniques from the design and analysis of computer experiments are fitted to experimental data.
Survival data from three independent experiments were fitted by weighted linear regression [27], whereby the applied activity concentration ( A ) was taken instead of dose.
The results of the experiments were fitted to a quadratic polynomial model developed using response surface methodology (RSM) to optimize the parameters.
All of the kinetic experiments were fitted to the pseudo-second-order kinetic model; equilibrium was reached within approximately 8 h for the zeolite and 12 h for the compost.
The results of the drying kinetics experiments were fitted to a model based on Fick's law, which allowed for the determination of the effective moisture diffusivity as a function of temperature.
The results of the experiments were fitted to two quadratic polynomial models developed using response surface methodology (RSM), representing functional relationship between the decolorization and mineralization of MYB and the experimental parameters.
