Numerical results for internal variables and their sensitivities are presented here for selected examples.
The section will be concluded by results obtained with our proposed protocols for selected examples.
It is shown that the results for selected examples converge to the probabilities estimated using Monte Carlo analysis.
We validate the accuracy of the results by comparing the energies and forces with plane-wave methods for selected examples, including the vacancy formation energy in Aluminum.
Five fungi (P. zeae, A. solani, C. fulvum, P. piricola, and C. ara) were used, with modest results (see, for selected examples, Table 1, entry 6).
Peak concentrations and the positions where they are a maximum are compared for a variety of species, and concentration profiles are analyzed for selected examples, in association with the experimental results.
The results from the suggested No Sampling Parameter Estimation (NSPE) algorithm for selected examples are compared with the data, results from deterministic ODE (ordinary differential equation) model and traditional methods of maximum likelihood estimation (MLE) and generalized method of moments (GMM) for SDEs.
Despite the potential of PNA probes, there are just a few studies regarding their application to biofilms (for selected examples see [28], [31], [33]), and even these are limited to the detection/identification of populations within a biofilm and to assess the spatial organization.
The significance of the microarray data was substantiated for selected examples by qRT-PCR and quantitative primer extension analysis.
The correlation between typical functional groups found in phase I and phase II drug metabolites and corresponding neutral losses is generalized and illustrated for selected examples.
