A more complex dual continuum 2D/3D pore-scale reactive transport model including a modified diffusivity/porosity relationship and possibly complex precipitation kinetics (e.g. heterogeneous nucleation and inhibition processes) may provide a better description.
We examine how interactive products, different in their visual simplicity levels (VSLs), are evaluated for ease of use, functionality, and aesthetics – while the simple end of the continuum is perceived as easier to use, the more complex end of the continuum is perceived as more functional.
This issue has important implications for characterizing and modeling gas flow in shale, because a dual-continuum medium involves more flow parameters and requires more complex modeling approaches than a single-continuum medium.
To describe materials with more complex microstructure, generalization of the standard continuum theory is proposed.
Simple models tend to specify just habitat and non-habitat (binary), while more complex models may use multiple levels or a continuum of habitat quality (continuous).
Thus, with tasks ranging from simple to more complex, research suggests that there is a developmental continuum that spans from infancy to adulthood.
The case of SZ is probably more complex, as several disorders (psychoses, manias, SZ) form a continuum of symptoms, and may have different physiological causes.
To the nuclear medicine physician, the component of the planning-therapy continuum with the greatest prognostic impact, but also more complex, is predictive dosimetry.
At the end of the continuum, the patient's needs often become greater and more complex, and the emphasis moves to improving the quality of life.
