The simple model represents the overall dynamics of the disease progression, including so-called acute pulmonary exacerbations, quite well, but of course does not provide much detail regarding the specific processes underlying the disease.
This simple model represents all of the experiments very well, indicating that the elastic anisotropy stems from the rolling-induced microstructure and, for the dual-phase steels, the presence of the second, reinforcing phase.
We emphasized that comparison of output model results to input is essential in knowing to what degree a simple model represents electrojet activity.
Here, we quantify the degree to which the simple model represented the data using standard statistical methods (see, e.g., Press et al. 1992).
The estimations of criticality, control rod calibrations and excess reactivity are satisfactory and simple models representing the core components without any kind of correction factors have been used to achieve these results.
It is true that globally, the set of local simple models represent a complex model for intensity distribution modeling.
The simplest model represents the dissimilarity between two sounds and, averaged across the participants' ratings, by an Euclidean distance in a geometrical space with dimensions: (A1).
We propose a multilayer capacitance resistance model combined with a simple dynamic model representing the evolution of connectivities with time.
This is a simple mechanistic model representing the growth of vegetative tropical pastures under rotational or continuous grazing with responses to N fertiliser, temperature and irradiance that can be used as a tool to study management options for the development of sustainable grazing systems.
A simple optical model, representing metal nanoparticle surface plasmon resonances and multi-angle scattering, has been developed to reproduce and understand the spectral behavior of the experimental photocurrent enhancement and thus the role of metal nanoparticles in optically thin solar cells.
