Sentence examples for states of waves from inspiring English sources

Polarization states of waves of equal power lay in the Stokes space on the surface of a sphere called the Poincaré sphere.

Under the external electric field, the electronic extended states of wave function are enhanced in the body wall of tubes.

It is evident that the state of wave motion as well as the WEC physical structure have great impact on the output torque of the WEC.

A thin plate, excited by a harmonic external forcing of increasing amplitude, shows transitions from a periodic response to a chaotic state of wave turbulence.

The time-domain ChC model is tested against analytical solutions under two conditions: one with an initial state of wave motion; the other with a time-dependent acoustic source.

The (vert G^{(nu )}_{ell', s', ell, s}(mathbf {k}', mathbf {k})vert ^{2} )'s are the electron-phonon coupling matrix elements, which describe the interaction mechanism of an electron with a ν-phonon, from the state of wave-vector (mathbf {k}') belonging to the valley (ell') and band (s') to the state k belonging to the valley ℓ and band s.

A time-domain method for calculating the defect states of scalar waves in two-dimensional (2D) periodic structures is proposed.

In further numerical experiments forced boundary conditions u = U0 are applied at the end x = 0 and the generated states of solitary waves are studied.

Remarkably, the journey to understand and exploit polarisation states of light waves started in the very early days of classical optics, as exemplified by Malus's law, and the discovery of birefringent effects in calcite and sodium chloride crystals.

Meanwhile, membrane voltage at a depolarized value and the high noise resulting from impinging synaptic inputs remains alike during the alert state and during up states of slow wave sleep.

These sea states are propagated using a state-of-the-art wave propagation model.