Using typical parameters, the activation phase is faster than the recovery phase, with τ1/ τtot ≈ 1/3.
We use the typical parameter values used in Fig. 2 (bold lines, see caption for the values).
Setting the typical parameter values previously used in Fig. 2 (bold curves) and Fig. 3 for D VSV, D GBM, k, k3 and the average value τ=8 h (so k2=1/40 h −1), which yields results consistent with the range of experimental speeds (Fig. 2), we have varied the values of Y and k1 for each of both models.
With typical parameter values, the analysis predicts that the TGF system will be in an oscillatory state.
We considered these technologies due to the wide availability of typical parameter values in the literature.
Table 1 summarizes the typical parameter values employed in our calculations.
Typical parameter values for the spatial step were Δ x=Δ y=5 μm, and Δ t=0.01 s.
In this Section, we provide a numerical example using typical values for the parameters m 11, m 22, m 33, m 12, m 21, m 13 and b 1, b 2, b 3, d 1, d 2 of the model.
The stage design strength ratio is determined for the three presented design methods using typical values for various design parameters.
We will provide an indicative numerical example by using typical values, refer to Chow ([1985]), for the basic parameters a and b of the model.
