Sentence examples for more remarkable reduction from inspiring English sources

While the PH-driven mobility does not exhibit a clear discrepancy in both [110] and [100] channels when the channel size is reduced from 8 nm × 8 nm to 6 nm × 6 nm (Fig. 3), the degradation of the SRS-driven mobility is much severer in [110] channels, causing more remarkable reduction of the total mobility than in [100] channels.

When comparing the two proposed interaction schemes, the one directly modifying the threshold value shows a more remarkable workload reduction and superior robustness than the one pairing percentile information with the sliding window analysis.

It is seen that the bleaching on WT natural cell induced the increase of PE emission (curves 1 and 2), and longer irradiation time of photobleaching was capable to trigger more remarkable fluorescence reduction (curves 2, 3, 4 and 5).

However, when the explants were cultured in the presence of only TX and with combinations of TX plus bioactive compounds, scattered necrotic areas as well as a remarkable reduction (more than 40%) in the population of neoplastic cells were also observed.

The current findings revealed that phage-based reduction is more remarkable in MSSA than in MRSA and in PIA than in FnBPA.

In the current study, when anti-MRSA and anti-MSSA phages without chemical adjuvant were used, findings revealed that phage-based reduction was more remarkable in MSSA than in MRSA and in PIA than in FnBPA; moreover, MRSA FnBPA group was the least responsive to phage-based reduction of biofilms.

For the CAD + CKD patients, however, the treatment effect of statins was much more dramatic, with remarkable reductions in the MACE rate (20.5%), all-cause death (28.6%), and cardiac death (27.7%).

Because of this, there are undoubtedly reduced requirements for the large repertoire of proteins demanded of free-living nematodes and those with more complicated life cycles, hence the remarkable reduction in complexity.

Within the same compressive strength range, LWAC mixtures showed remarkable reduction in MOE and more brittle behavior compared with CC mixtures.

The reduction in cell viability was more remarkable with <3 kDa mixtures (Fig. 4b) than >3 kDa (Fig. 4a), suggesting a major toxic effect played by low MW metabolites.

In addition, the DSSCs assembled by MoSe2 CE achieved more remarkable photovoltaic performance (PCE = 7.01%) for I3− reduction than standard Pt CE (PCE = 6.38%), suggesting that MoSe2 nanoflowers could be a promising alternative for CE material in DSSCs.