Sentence examples for chaotic fluctuation from inspiring English sources

In Figure 4a we have switched back and forth between "conventional in vitro" process where the growth rate is very slow, and the "synchronized in vitro" where the growth rate is very high to find that the initial chaotic fluctuation prior to the synchrony activation makes the process slower.

The study of amplitude scintillation on GPS radio links is usually done after detrending the time series of the transmitted power so to define scintillations as the chaotic fluctuation around a unitary value.

The bubbles were found to have chaotic fluctuations in shape and rise velocity.

Since then, his research has focused primarily on an area of fluid mechanics known as turbulent flows, which involve large, chaotic fluctuations in the flow.

Indeed, having a single tiny laser generating chaotic fluctuations without any external perturbation would be the simplest and most efficient way of generating optical chaos.

As a main task of design through design thinking is to seek value to customers, fosters management thinking from chaotic fluctuations in external turbulence and enables sustainable order in actions.

In addition, the atmospheric effects due to changes in sea-surface temperatures are responsible for only part of the regional climate observed; chaotic fluctuations within the atmosphere and sea surface temperatures in other areas of the globe also influence the weather and climate we experience.

Despite its significant environmental benefits, the continuous intermittency and chaotic fluctuations of wind speed and other weather variables make the output power of wind power generation systems completely stochastic and different from those of conventional energy sources.

These short trends cannot predict "chaotic" fluctuations in such factors as ocean currents, according to the study.

We believe that the feedback loops in various cells can result in chaotic fluctuations of proliferation.

Furthermore linear epistasis can change stable coevolutionary cycles into chaotic fluctuations for low host resistance and parasite virulence costs (Fig 4D).