Through simulations using the improved model, a relationship between flow and habitat quality was established.
Among others, these results suggest two significant geophysical applications: using observations to constrain numerical geodynamo models, and using the improved model output to predict geomagnetic secular variation (SV).
Using the improved model, the paper analyzes conflicting pedestrian and non-motor volumes' impact on capacity under mixed traffic conditions.
Finally, the dynamic characteristics of an EDPS using the improved model are analyzed and verified by a practical EPDS test platform.
The results of 34 wheel/track combinations that were measured in field experiments are compared with corresponding predictions using the improved model.
Compared to the original ACASA model, the improved model yielded an improved estimation of maize ET. Using the improved model, we found that maize ET was nonlinearly affected by changes in leaf area index and photosynthetic capacity through canopy conductance.
For two MFIS-FETs with SrBi2Ta2O9 and (Bi,La 4Ti3O12 ferroelectric layers, the C V, ID-VGS and ID-VDS characteristics are simulated by using the improved model, and the results are more consistent with the previous experiment than those based on Lue model, indicating that the improved model is suitable for simulating the electrical characteristics of MFIS-FET.
The experimental molar volume data for a group of commonly used DES has been used for optimizing the improved model.
The interval weights of the index and the comprehensive evaluation values of the blocks were obtained using the improved TOPSIS model, with the results shown in Tables 4 and 5.
Convergence behaviors of the average temperature of each layer and the bulk temperature of the produced fluid calculated by using the improved lumped models (H0,0/H1,1 and H1,1/H1,1 approximations) against the number of grid points along the pipelines were presented.
