Sentence examples for substantial gains in efficiency from inspiring English sources

Since a fuel cell will push a car more than twice as far on a unit of energy than an internal combustion engine will, this would still allow substantial gains in efficiency.

For rare and clustered populations adaptive designs can give substantial gains in efficiency over conventional designs, and for hidden populations link-tracing and other adaptive procedures may provide the only practical way to obtain a sample large enough for the study objectives.

If this relationship is strong and the postulated model is able to capitalise on this relationship, then substantial gains in efficiency can be realised (Junttila et al. 2013).

The most significant value of GEMS is that it allows for substantial gains in efficiency and productivity, by automating laborious functions and quantitative analyses that must otherwise be performed manually (Table 1).

A further substantial gain in efficiency pushing the PCE to 8.5% was achieved very recently by combining the N719 dye with the p-type semiconductor CsSnI318.

Using simulation method A, conditioning on detecting a fixed set of SNPs, Figure 5 shows that there is a more substantial gain in efficiency from our approach, particularly for the top-ranking SNPs.

Combined early child development and nutrition interventions show promising additive or synergistic effects on child development—and in some cases nutrition and could lead to substantial gains in cost, efficiency, and effectiveness, but these programmes have yet to be tested at scale.

The theoretical and numerical results show that the adaptive MQAM/OFDM systems under fast fading channels have substantial gains in spectral efficiency over the non-adaptive counterparts with perfect CSI or moderate imperfect CSI.

Cape Town has also made substantial gains in energy efficiency and now, relative to other South African cities, uses significantly less electricity per unit of production and per person.

Femto-cells consist of user-deployed Home Evolved NodeBs (HeNBs) that promise substantial gains in system spectral efficiency, coverage, and data rates due to an enhanced reuse of radio resources.

Chapter 4 assumes substantial gains in fertilizer-use efficiency and hence a relatively modest aggregate growth rate in N fertilizer demand, projected to decline to less than 1percentt p.a. by 2030.