Sentence examples for consistently more efficient from inspiring English sources

Armed with this uncluttered but potent set of ideas, Japanese factories were consistently more efficient and inexpensive to operate than their American counterparts, and their products were more reliable, durable, and attractive to consumers.

Thus, it is not surprising that the double sampling methods used here were consistently more efficient than results obtained using simple random sampling.

We analyzed the efficacy of SAG compared to PAC in five different lung cancer cell lines in vitro and showed that SAG was consistently more efficient than PAC.

The passive Performer was consistently more efficient than the Hygroster and was comparable to the Hygrobac.

DNS analyses revealed that PcoPine and PcoAspen were able to release comparable amounts of reducing sugars from pine and aspen, with PcoPine slightly but consistently more efficient over replicate experiments (Fig.  6).

The overall trend that endemic DENV-2 strains were consistently more efficient at infecting peridomestic Aedes mosquitoes than were sylvatic DENV-2 strains (p = 0.000) supports our central hypothesis.

The Andrews and Bray method was consistently computationally more efficient, running up to ~15% faster depending upon the system being simulated.

For a remote sensing coverage of 1percentt of the study area, 2-phase sampling with regression estimators is consistently more cost-efficient than SRS (Figure 2B, Figure 5B), while for a 10-percent remote sensing coverage this holds true only for r2-values of 0.9 (Figure 3D, Figure 6D).

For a remote sensing coverage of 1percentt of the study area, 2-phase sampling with regression estimators is consistently more cost-efficient than SRS, while for a 10-percent remote sensing coverage this holds true only for r-values of 0.9.

Cold deme individuals were shown (with rare exception) to consistently have a more efficient yolk-to-body-mass conversion efficiency, a higher somatic growth rate and a higher skeletal- and muscle mass developmental rate compared to warm-deme individuals.

Specifically, the proposed approach finds better structural designs more consistently while being computationally more efficient.