Sentence examples for under a large range from inspiring English sources

The FXLMF and LFXLMF algorithms successfully converge under a large range of SNR.

A specific model called SIMBA was built to assess environmental risks under a large range of cropping techniques and to help design more sustainable cropping systems.

But, because Orion is an entirely new spacecraft — kind of like a beefed-up version of the Apollo crew module — NASA needs to conduct these tests to understand how it will behave upon landing under a large range of scenarios.

The determination of a predictive fatigue criterion is therefore a serious issue for the designers, and requires the knowledge of the local mechanical response under a large range of environmental conditions (temperature and relative humidity).

Unlike the co-electrodeposition of copper-zinc-tin, the electrodeposition of stacked metal layers allows precise control of the quantity deposited and is effective under a large range of deposition conditions of temperature, pH, and concentration of the main salt or addition agent.

The pineapple Victoria ('Queen') is grown on Reunion Island under a large range of weather conditions where the elevation ranges from 50 to 900 m a.s.l. and annual temperatures ranges from 19 °C to 25 °C in both humid and dry areas, resulting in variable fruit size, fruit quality, selling prices of products and N leaching.

We then demonstrate the procedure in Saccharomyces cerevisiae, using chemostats to generate a large flux/metabolite dataset, under 32 conditions spanning a large range of fluxes.

Combustion in inert, catalytic and combustible porous media occurs under the influence of a large range of geometric length scales, thermophysical and thermochemical properties, and flow, heat and mass transfer conditions.

Similar to the strain results, stress was observed in a large range under conditions where the loading site was far from the load-supporting area (Fig. 15).

These results, obtained under laboratory-controlled conditions, over a large range of strains, pre- and post-peak strength, are a necessary step towards developing constitutive models for subglacial sediments rigorously.

The possibility of occurrence of flutter in both bending and torsional modes is considered and the latter is found to be the dominant one, under subsonic stalled flow, for a large range of frequency ratios examined.