Sentence examples for model describes properly from inspiring English sources

We concluded that this simplified model describes properly the dynamic of a BWR and can be used for safety analysis or as a first approach in the design of an advanced BWR.

The high values of the corresponding R 2 coefficient put in evidence the good agreement between the experimental and theoretical results, which indicates that the model describes properly the kinetics of the PNP adsorption for the studied samples, as can be observed in Fig. 5a c.

A reliable semi-empirical kinetic model described properly the high rates of disappearance of turbidity and apparent color.

The model also describes properly the polarization-dependent diffraction pattern outside resonance with a different value of P. In Figure 3a and b, the normalized experimental and theoretical diffraction patterns recorded for a BE antenna with P = 710 nm are plotted for both polarizations.

Since the strain rises to ∼90% of the plateau value (0.30% applied strain) over ∼1.5 μm from the edge of the flake, it seems that the classical shear-lag model cannot describe properly the experimental stress distribution.

The model including non-instantaneous adsorption at the external surface and surface pore diffusion describes properly the experimental adsorption results.

From the model comparisons (i.e., Casson, Herschel Bulkley) with the measured shear stress shear rate curves resulted in yield-pseudoplastic behavior, it is found that the Herschel Bulkley model describes the rheological behavior more properly as compared with the Casson model.

Based on the so-called enthalpy approach to properly account for phase transitions, the model describes microstructural evolution using suitable population balances.

Indeed, the creep model describes the behaviour of solder joints under thermal cycling quite properly.

Batch sorption data were fitted to various sorption models and results indicate that Zn2+ sorption process using raw chicken feathers followed the pseudo-second order rate model, while sorption isotherms were described properly by Sips isotherm.

Some of these have complicated dynamics which cannot be described properly with classical fractional models, and therefore it has been necessary to develop new fractional operators.