A different behavior of the magnetoresistance has been found on the as-grown and annealed samples, which could be modelled and explained by the competition between the spin-dependent and spin-independent conduction channels.
The growth mechanism of Y-branching of TNAs is modeled and explained in terms of unequal interfacial movements of the two interfaces across the barrier oxide layer (BOL) under non-steady-state growth regime.
The obtained results have been modelled and explained using a two-phase elasto-plastic self-consistent model.
Moreover, how each process is modeled and parameterized is explained.
Various frequency noise sources are modeled and discussed to explain the acceleration measurement noise associated with the vibration amplitude of the resonator and further optimize the drive voltage.
Based on the van der Waals interaction between the MWCNT and the steel ball, the achieved anisotropic interfacial friction at different sliding directions is quantitatively modeled and explained.
For companies large and small, the answers are becoming clearer than ever, once the data is filtered, modeled, presented and explained.
The derived models are presented and explained.
A selection of such models is introduced and explained in a comprehensive way.
The TPTM model is proposed and explained based on the cognitive theory in the proposed method.
