By means of the proposed procedure we obtained new classes of potentials which provided a base for electric and magnetic spectrograph systems.
Using the proposed model, we obtained better fitting than that achieved with simpler settler models that include only a time delay.
Based on the proposed model, we obtained the reduced behavior of the tilt angle, rotational viscosity and the spontaneous polarization with the increase of polymer concentration in the composite system.
By applying the proposed model, we obtained results concerning the influence of the L/G ratio on the CO2 capture efficiency, the rich and the lean loading solvent, the solvent flow pumped through the absorber unit, the type and the size of package (height, diameter, etc).
In this proposed scenario we obtain a linear increase in communication capacity, with minimal energy requirement.
With the two proposed methods, we obtain expressions of the SIR CDF at a given distance r from the serving base-station.
In the proposed scheme, we obtain the optimal power level and phase offset (p1=1, p2=0.5176, θ1= 0°, and θ2= 15°) for the two-user QPSK.
Using the proposed weighted measures, we obtained similar results, but the alternatives with more LRT lines scored lower in coverage.
To ascertain the existence and the accuracy of the positions of the proposed identical elements, we obtained the sequences of the predicted genes from the NCBI assembly and performed global alignments among all the members of the corresponding gene set.
By modifying the software TTBS01 according to the proposed brake pad behavior, we obtained the results satisfying the criteria for the software validation, with an acceptable value ofes lower than 5.5%% (exactly 5.35 %) as shown in Fig. 14.
