Sentence examples for both lean and rich from inspiring English sources

For the startups that were fundamentally constructed to thrive in both lean and rich times, I don't expect much to change.

The model results match well with directly simulated results quantitatively with error less than ∼10% for both lean and rich conditions.

It is demonstrated that the N2O can be emitted during both lean and rich periods, with varying ratio depending on the considered reducer and the temperature of gas.

Four cases are studied, including both lean and rich conditions, with equivalence ratio φ = 0.9 and 1.2, and two different turbulent intensities u′/SL ≈ 1.4 and 4.1 where SL is the laminar burning velocity.

These experiments include high-pressure flow reactor studies of lean ethane oxidation, PSR studies of both lean and rich ethane oxidation at different pressures, shock-tube studies of ethane oxidation and pyrolysis, and low-pressure flame experiments.

However, vortex interactions with larger methane air flame kernels (∼30 mm radius) led to slight flame speed enhancements for both lean and rich flame kernels, with the flame vortex process dominated by increased flamefront area generated by vortex-induced flame wrinkling.

As compared with the single SCR or LNT catalyst, the dual-bed SCR-LNT coupled system shows much lower NOx leak in both lean- and rich-burn periods, especially under the condition of high NOx concentration and high space velocity.

For the case of methane oxidation, we examine both the lean and rich feeds with the operating pressure as the bifurcation variable and compare the predicted results with available experimental data and numerical simulations using detailed CFD models.

Therefore the earlier criticism of the models developed by Konnov and by Skreiberg et al. is not substantiated anymore; these mechanisms are capable in predicting ammonia conversion both in lean and in rich flames.

The results showed that cool flames exist on both fuel lean and fuel rich sides and dramatically extend the lean and rich flammability limits of conventional hot flames.

However, these differences tended to disappear at the lean and rich fuel limits.