In addition, the physical model developed by Vanden Bussche and Froment is utilized in the simulation case example and discussed in detail.
The coupling to CALPHAD (CALculation of PHAse Diagram) thermodynamic database was realized via the TQ interface and the experimental diffusion coefficients were utilized in the simulation.
A self-improvised model of a battery is utilized in the simulation.
For reducing computational complexities, a simplified method has been developed and utilized in the simulation procedure.
Suitable models utilized in the simulation process, especially the models representing the EA structure, are able to yield useful information.
However, in order to illustrate the ability of enhancing the resolution in the proposed approach, only a half magnitude on the Fourier measurement plane was utilized in the simulation.
Based on the theoretical and experimental documentaries, an abrasion coating method or process for forming the fin tail rotor is considered and then, using the results of paragraph (I) and the earlier geometrical and mechanical properties listed, the appropriate boundary conditions is utilized in the simulation. .
Based on the theoretical and experimental documentaries, an abrasion coating method or process for forming the fin tail rotor is considered and then, using the results of paragraph (I) and the earlier geometrical and mechanical properties listed, the appropriate boundary conditions is utilized in the simulation.
The primary parameters utilized in the simulation are summarized in Table 2. Table 2 Primary simulation parameters Radius of MBS, R m 400 m Number of MUEs, M 10 Subchannels allocated to SBSs, N m 30 Maximum power of MBS, P m 46 dBm Maximum power of SBS, P sbs 23 dBm Power of white noise, σ 2 −174 dBm/Hz Bandwidth of an subchannel, W 180 kHz.
Note that, although the counter defocus utilized in the simulation and the experiment are not perfectly identical due to the difference of intensity distribution on the pupil plane as mentioned in Section 3, this only results in a difference in the depth-offset and has no significant effect on the results.
The reference surface tension utilized in the simulations was 45.0 mN/m, considering the difference between the simulated value and the experimental value in relation to the force-field effects [18].
