Sentence examples for monotonic decay in from inspiring English sources

However, the resistive loss only causes a monotonic decay in voltage amplitude from the driving point along the wave-propagation direction.

Since Figure 5 does not show a monotonic decay in voltage from the driving point, the drastic change in the voltage pattern in the 150 MHz case is considered to be caused mainly by the standing wave effect.

The overall fuel burning rate shows a weak response to the variation in characteristic unsteady time scale, while the emission indices for NOx show a monotonic decay in response as the impulse frequency increases.

In particular, the improvements occur to all degrees, as shown in Figs. 3 and 4. The nearly monotonic decay in time of (({mathcal {O}}text {mathcal {F}})_{dot B}) in case III (Fig. 2) shows clearly that the SV assimilation accelerates the spin-up of the dynamo model.

For quasi-cycles, there is a single peak in the ISI histogram for both excitatory and inhibitory neurons, roughly corresponding to the period of the network oscillation, followed by monotonic decay in the ISI.

For engineering applications of ILC, the main concern is the monotonic decay of tracking errors, in the sense of infinity norm or peak error, along the trials.

Although the typical coda amplitude during a single earthquake decays smoothly and monotonically with elapsed time (summarized in Sato et al. 2012, Ch. 2 3), the coda amplitude at N.JUOH does not show monotonic decay, but instead shows several sudden increases in amplitude within the coda envelope.

The monotonic decay of stress autocorrelation function for the CeO2 water nanoparticle system presented different time steps for various temperatures, i.e. for 303 K, the system decayed in 0.125 fs, whereas for 313 K it decayed in 0.135 fs and for 323 K decayed in 0.15 fs.

For example, there is a monotonic decay on all dependences V t) for water.

This causes "depression"; a monotonic decay of the amplitude of the response upon repeated stimulation.

It can be seen clearly that both of them exhibit the monotonic decay feature with increasing temperature T. This is due to the thermal effect on Andreev bound states, which tends to reduce Andreev levels in the superconductor gap with increasing temperature T. The less number of Andreev levels contributing to the supercurrent thus leads to the suppressed feature.