Sentence examples for evolution of the waves from inspiring English sources

Two characteristic examples of shells of revolution are presented to illustrate some general features of the waveguide properties, demonstrating how the evolution of the waves depends on the axial variation of the shell radius.

For the evolution of the wave function, Bohmian mechanics is formulated in terms of Schrödinger's equation alone.

Thus equivariance expresses the mutual compatibility, relative to ρψ, of the Schrödinger evolution of the wave function and the Bohmian motion of the configuration.

By acting a time evolution operator on the wave functions of such displaced states, one can find the time evolution of the wave functions.

Von Neumann's axioms of quantum mechanics involve two processes: unitary evolution of the wave function, which is predictable, and the measurement or reduction operation, which introduces unpredictability.

This nonlocal effect upon the conditional wave function of particle 2 follows from combining the standard analysis of the evolution of the wave function in the EPR-Bohm experiment with the definition of the conditional wave function.

The kinetic and potential energies are transformed into the Hamiltonian which acts upon the wave-function to generate the evolution of the wave-function in time and space.

Figure 7e,f,g,h shows the time evolution of the wave magnetic field amplitude in the simulation system for the case of the density decrease (run 3).

When (theta<0), (1.1) describes the evolution of the wave function of a Bose-Einstein condensation, where the potential (|x|^{2}) models a magnetic field to confine the particles [1].

Then where As a result, the expression defining both the transverse structure and evolution of the wave field is (31)First we integrate over ω in Eq. (31).

Furthermore, since they are also unable to model the spatial evolution of the wave group, inaccurate predictions of the convective accelerations result.