Sentence examples for models cannot describe from inspiring English sources

However, conventional material models cannot describe the material behaviors in micro/mesoscale due to size/scale effects.

Although the models cannot describe the complex metabolic phenomena, this paper may provide useful information for design and optimization of 2,3-BD fermentation process.

Since the existing desorption models cannot describe the desorption characteristics of methane on coals under the effect of the acoustic intensity, a correction term was introduced into the existing models in this study, and thus a new model that is able to describe methane desorption under the effect of acoustic waves was established.

Thus, the pseudo-steady-state models cannot describe in detail the changes that occur over a continuous time-horizon (intracellular concentration profiles, changes in reaction rate due to gene regulation, etc).. Therefore, the dynamic modelling is more appropriate for these complex (and dynamical) processes.

Other limitations of models using pedigrees are (1) they capture important elements of genetic variability, such as variability due to substructure or admixture, and (2) these models cannot describe genetic differences between individuals with identical pedigree (e.g., full sibs) due to sampling of alleles at meiosis.

The classical resistances-in-series "GLS model" cannot describe the overall reaction rate.

This coarse-grained model cannot describe how a transient gel itself is formed.

The original two parameter Peleg model cannot describe a water sorption process well for such heterogeneous compounds.

Results showed that the classical quasi-steady film model cannot describe droplet combustion in an unsteady flow.

The result shows the simple single process model cannot describe the processes of crystallization of oriented PET fibers satisfactorily.

However, the single particle model cannot describe the particle to particle interactions and their impacts on settlement such as particle shearing viscosity, kinetic particle viscosity, and collisional effects.