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Transmission Matrix Method is utilized to explain the influence of the graphene layer.
A theoretical model involving anisotropic photo-excited carriers density is utilized to explain the in-plane magnetic field-induced MPE.
A real-life Cell plant case is utilized to explain the significance and feasibility of the proposed method.
Although a similar conduction model is utilized to explain the interfacial and filamentary switching, the two modes still demonstrate distinct features, particularly at a low-resistance state.
In addition, we use this proposed method solve a hypothetical case, which is utilized to explain how the method works and to prove the method effective.
An ion dipole interaction mechanism, suggested by Ramasundaram, et al. is utilized to explain the crystal polymorphism behavior in electrospun PVDF/nanoclay composite nanofibers.
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Theoretical models involving excitation, relaxation and Hall effect are utilized to explain the experimental results.
So far, mostly stochastic frameworks have been utilized to explain the emergence of these networks.
Analog calorimetric studies were utilized to explain blend miscibility of various polymer systems [15, 16, 17].
A phonon confinement model was utilized to explain the shifting and broadening of E2 mode and to obtain the correlation lengths along the growth direction.
In the present study, the Langmuir, Freundlich, and Temkin models were utilized to explain the experimental data as given in Figure 6.
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