Finally, we obtain simulation results.
Finally, we obtain the radius function.
Finally, we obtain additional useful information through simple operations in the level set framework.
Finally, we obtain the dilatational stress due to a solute atom as a function of distance.
Finally, we obtain a non-linear equation which gives the bound state energies.
Finally, we obtain a multiagent first-order version of the nonmonotonicity exhibited by the logic of only knowing.
Finally, we obtain analytically the fibril compliance distribution required to harness backing layer interactions to obtain ELS.
Finally, we obtain a good agreement between both theoretical and experimental spectra, which validates the proposed theoretical model.
Finally, we obtain our solution of the martingale problem as the chaotic limit of some systems of particles interacting through regular approximating kernels.
Finally, we obtain existence result of global solutions with exponential decay and show the blow-up in finite time of solutions.
Finally, we obtain the optimal hull surface of the Wigley model through genetic algorithms, reducing the wave resistance almost by a half.
