Sentence examples for nature of solution from inspiring English sources

Molecular simulation using thermodynamic integration or perturbation theory allows the calculation of these equilibria from parameterized force field models; however, the statistical many-body nature of solution environments inevitably complicates molecular interpretations of these phenomena.

The convergence behavior of each simulation is different due to the heuristic nature of solution sampling in Differential Evolution, and the independent arbitrary initialization at each independent run.

The term r 1 × (Z best−|Z i |) denotes the nature of solution to move towards the best solution and the term −r2 × (Z worst−|Z i |) denotes the nature of the solution to move away from the worst solution.

In order to examine the performance of the quasi-variable mesh compact finite difference method discussed in Section 4, we consider some examples having parallel and/or normal boundary layers and investigate the nature of solution values.

These equations constitute a two-point boundary value problem with a coupled nature of solutions.

These included advances in the knowledge of the electronic structure of atoms, in the concepts of molecular size and shape, and in insights into the nature of solutions.

Here we study the boundedness nature of solutions of Equation (1).

The nature of solutions sought here, however, is to maintain the power system synchronism [14].

Numerical solutions are calculated for the fractional Burgers and Cahn-Allen equations to show the nature of solutions as the fractional derivative parameter is changed.

We investigate the periodic nature of solutions of a "max-type" difference equation sometimes referred to as the "Lyness max" equation.

These were not solutions but rather 'meta-theories' about the nature of solutions to non-adherence.