Sentence examples for stability regime from inspiring English sources

In the linear stability regime, a constant wavelength is predicted with increasing fluence.

Furthermore, HHy2=1.75 2.0, τp/τE=2.0–2.5, and Iφ=75 85 MA (in the first stability regime) and Iφ=57 MA (in the second stability regime) are needed to keep the stationary power balance of the core plasma.

After the stability regime of this system has been established, the model is then used to show that the excitation scheme improves the power harvesting capabilities by 25 65 percent even when amplitude restrictions are present.

The as-determined isothermal section, depicting the phase stability regime of CuGaTe2, provides options for precisely locating the compositions of CuGaTe2-based materials that lead to promising and reproducible thermoelectric properties.

In this work a systematic evaluation of zone formation in different apparatus designs (e.g., top- and bottom-spray in cylindrical apparatuses) and its influence on process stability is performed, resulting in a stability regime map for the different apparatus designs and key operation parameters.

Fig. 10 Thermal stability regimes for hemicellulose, lignin, and cellulose.

Stability regimes of the Runge Kutta schemes of various order are much wider than those of the Adams Bashforth schemes.

From the above, it seems likely that (i) water is needed for three temperature-dependent slip stability regimes in illite/quartz gouges and (ii) quartz is needed for velocity-weakening at intermediate temperatures (Regime 2).

As described previously (Den Hartog et al. 2012a), three slip stability regimes can be identified: predominantly velocity-strengthening ([a-b] > 0) below 250°C (Regime 1), mainly velocity-weakening ([a-b] < 0) between 250°C and 400°C (Regime 2), and mainly velocity-strengthening ([a-b] > 0) above 400°C (Regime 3).

Strong SST gradients, differing atmospheric stability regimes, equatorial current modulation of the sea surface roughness and diurnal variability of the upper ocean associated with sub-grid scale processes in the equatorial cold tongue are known to contribute to significant biases in such descriptors from the ECMWF system [18].

The studies on pyrolysis kinetics are paramount in the understanding of pyrolysis temperature range, degradation characteristics, pyrolysis process designing, and optimization of the process parameters for yield maximization. Figure 10 presents a schematic overview of the different thermal stability regimes of each of the main biomass fractions [37].