Integration of these heterogeneous approaches gives rise to model compositions that can potentially resolve decadal- to centennial-scale behaviour of diverse coupled open coast, estuary and inner shelf settings.
Creation of dump body 3D model, including internal composition, can play important role in various tasks solving, for example in hydrology or geotechnics.
The work also demonstrates that simple models of interfacial composition can be combined with the Gibbs adsorption isotherm to provide reliable estimates of interfacial composition at complex four-component interfaces.
The relationship between the residual monomer composition and the product composition can be modelled satisfactorily using a mathematical model based on the instantaneous copolymerization equation and Arrhenius relationships for the reactivity ratios.
In this approach, variable selection takes into account multiple competing hypotheses and allows inferences through the whole set of potential models, thus takes into account the fact that no single model (i.e., variable composition) can perfectly reflect nature.
Physiologically based toxicokinetic models (PB-TK) models present evidence that incorporating lipid composition can greatly improve predictions of tissue POP levels relative to the use of total lipid content alone.
We show how various phenomena in heterogeneous catalysis (point defects, steps, surface reconstruction, lateral interactions, spatially varying surface composition) can be modeled.
Most obviously, we have shown how geochemical modeling of the bulk sediment composition can indicate the presence of an additional ash source that is not recorded in the discrete layer record.
The complexity of biological membranes has motivated the development of a wide variety of simpler model systems whose size, geometry, and composition can be tailored with great precision.
By considering the present genomic compositions as a snapshot of dynamic transitions, the paradoxes of isochore are explained under the variable model: that is, a local genomic composition can occasionally converge on a certain GC content value and occasionally can diverge with tiny changes of mutation patterns.
