Simulation results indicate that the established model can qualitatively predict the warm-up characteristics.
It was found that the model can qualitatively reproduce the attachment results of the micro-model setting.
The model can qualitatively describe coke and metal deposition profiles found in hydroprocessing catalyst pellets, and the accelerated deactivation observed near the end of the catalyst life.
Proof-of-concept tests were performed to evaluate the model and the results demonstrate that the model can qualitatively reproduce observed γ′ precipitation behavior.
The numerical results illustrate that the proposed model can qualitatively describe the impacts of the micro-driving behavior on the number of times that the electric vehicle's battery can cycle under two typical traffic situations.
The simulation results of the thermoacoustic system suggest that this flame model can qualitatively predict the amplitude modulation caused by the slow pulsating flame temperature and heat release rate.
Thermal diffusion coefficient derived in the model can qualitatively explain the experimental observations in the literature regarding the dependence of thermal diffusion of polymers to molecular weight, polymer chain rigidity and viscosity of the solvent.
One is that this model can qualitatively reflect the influence of Ag particles on absorption.
These predictions from Ngai's Coupling Model can qualitatively as well as quantitatively explain the experimentally observed dynamic properties of different complex interacting materials and systems in many cases, essentially from the strength of the interaction.
We believe this model can qualitatively explain some results that we already have presented in [14] where a series of multisensory integration interactions based on harmonic signals show similar SR-type dynamics.
