Sentence examples for dynamic laws from inspiring English sources

They required a defeasible principle of inertia: the presumption that any given condition will not change, unless required to do so by actual events and dynamic laws.

In order to study dynamic laws of surface movements over coal mines due to mining activities, a dynamic prediction model of surface movements was established, based on the theory of support vector machines (SVM) and times-series analysis.

Chinese women in Canada, for example, saw breastfeeding as part of 'natural or dynamic laws by which humans live…the process of change that reflects and influences both a mothers' health and that of her baby…' [ 30], p. 1023].

It has also been suggested that if one invokes some underlying statistical dynamic law (such as the GRW law noted above), one need not posit a branch system hypothesis in addition to initial low entropy to derive the thermodynamic results.

Nonlinear kinetic behavior like that in Fig. 1 often attends chaotic chemical reactions defined by Field and Györgyi [27] as "oscillatory but aperiodic, apparently random behavior appearing in a system not subject to stochastic perturbation but entirely governed by a deterministic dynamic law".

Normal mode analysis (Levitt et al., 1985) and related approaches, such as elastic network models (Haliloglu et al., 1997), simplify the complex dynamic law that governs protein motion by approximating it near an equilibrium conformation.

Such forces are exhibited in Weber's electro-dynamic law of attraction; they are produced by the Kirchhoff Thomson adjoint fluid acceleration resistance acting on a body moving in a fluid, and they are also involved in the manual control of aircraft or spacecraft that depends on accelerations of the craft itself.

Design procedures, static and dynamic control laws ensuring the desired properties of spatial dynamics are proposed, simplified local conditions of attractivity of the goal sets and partial stabilization of the system are represented.

Necessary conditions for stability of the closed-loop system under the constrained dynamic control laws are given.

Tools for the design of composite filtered Lyapunov functions are given and used to construct globally stabilizing dynamic feedback laws for block-feedforward systems with stabilizable linear approximation.

A new algorithmic approach is introduced for the computation and the selection of degenerate solutions (decomposable vectors) which allows the computation of static and dynamic feedback laws with reduced sensitivity (and hence more robust solutions).