Sentence examples for described by evolution from inspiring English sources

The solution procedure applies to both linear and nonlinear problems described by evolution type equations involving fractional time derivatives in bounded domains of arbitrary shape.

In this section we consider optimal control problem for systems described by evolution of second order subdifferential inclusion.

The two levels of selection can oppose each other (Williams, 1966; Wilson, 1975; Hamilton, 1975; Traulsen et al., 2005).We note in passing that the underlying population structure cannot be described by evolution on a fixed graph (Nowak and May, 1992; Lieberman et al., 2005; Ohtsuki et al., 2006, 2007b; Taylor et al., 2007).

In some cases, the evolution of a hierarchical triple can be adequately described by the evolution of the inner and outer binary separately.

This requirement is not met by either their or our experimental data: the sequential evolution of spectra observed by Abedinzadeh et al. (18) is better described by sequential evolution of products, e.g., initial formation of an S-centered radical (λmax = 330 nm) that reacts to form and is in equilibrium with a C-centered radical (λmax ≈ 265 nm).

Generation and annihilation of vacancies are described by an evolution law which is directly coupled with an eigenstrain rate.

A continuous-time feedback controller design methodology is developed for distributed processes, whose dynamic behavior can be described by microscopic evolution rules.

The growth dynamics of the composite vessel wall material is described by the evolution of the effective cross-sectional areas of each constituent.

However, changes in mutational robustness can be described by envisioning evolution as occurring on neutral networks, or sets of functionally equivalent proteins that are connected by single mutational steps [ 14- 17].

The TA-states can be represented by their cluster-size distribution that form the basis of kinetic theory of nucleation, and the shortening of the ACT time upon a stimulus pulse may be described by their evolution.

The growth dynamics of the composite material of the vessel wall are described by an evolution equation, where the effective area of each constituent changes in the direction of steepest descent of a goal function.