The results manifested that these two particles obtained by the method present well-crystalline, uniform crystallite size and relatively high surface area.
The FE model results correlated well with the experimental data over the full range of loading, thus demonstrating that the test method presented is well-suited to determine independent material-level fabric properties which account for the effect of inflation pressure.
The results obtained by the method presented coincide very well with the results obtained by numerical integration for the Duffing van der Pol oscillator withf u,u =μ(1−u2)u−βu3.
The equation-free coarse-grained computational method presented here is well suited to such cases, without requiring any of simplifying assumptions.
Our method presents limitations as well.
The method presented here performs well when compared to other established extraction techniques, despite the omission of extensive tissue homogenization steps.
Standard deviations are calculated following the protocol presented in [ 15], using the "same well" method, presented in table 2 of this paper: the standard deviation of the differences between Cq values of the target gene and the housekeeper, for the different samples, is calculated.
The method presented in this paper is well suited for reconstructing the topology of any number of taxa via quartet-based methods and is highly accurate, specially regarding largely divergent trees and time nonhomogeneous data.
The obtained results and analyses demonstrate that this multi-objective method presented in this paper operates very well in terms of convergence speed, global optimality, solution accuracy, and algorithm reliability.
Literature presents many options for the LCL-filter design, passive damping design, and active damping design, and this chapter will present well-known practical methods.
The area of piecewise linear approximation has been researched in the past four decades approximately, and the method presented here is compared with another well-known approach.
