Sentence examples for higher and more efficient from inspiring English sources

Throughout the centuries, numerous treatises have included recommendations on how to achieve higher and more efficient yields.

For example, by handling the peak loads of tax preparers in April and the peak loads of retailers in December, A.W.S. servers run at a higher and more efficient rate, annualized, than any individual company can realize.

Strategies that utilize EBVs derived from genomic analyses (genomic EBVs), together with conventional mixed model methodology, may speed up the process of breeding animals with subsequent higher and more efficient production.

It was concluded that no-till with stubble retained treatment was the best option in terms of higher and more efficient use of water and nutrient resources and would result in increased crop productivity and sustainability for the semi-arid region in the Loess Plateau.

The effort to provide expanded coverage to the uninsured, to reduce the high cost of healthcare, and to ensure a higher quality and more efficient health delivery system continues.

With the continued gains from economic growth, the nation could have enabled more people to become problem solvers and innovators — through early childhood education, better public schools, expanded access to higher education and more efficient public transportation.

This robustly pro-market rationale for higher taxes on bankers, who like to think of themselves as the very embodiment of capitalism, is eye-catching, particularly for anyone who spends much time in the United States, where higher taxes and more efficient markets are usually portrayed as being anathema to one another.

In response to the increased need for higher bitrate and more efficient transmission of packet data over cellular networks, the WCDMA 3GPP Release extended the WCDMA specification with the High Speed Downlink Packet Access (HSDPA) [1].

Modern methods of construction (MMC) are defined as those which are highly pre-fabricated and which achieve tangible benefits to the client in terms of speed of construction, higher quality and more efficient and adaptable space use.

Demands for higher flexibility and more efficient ship design are driving factors for intelligent combined generation-distribution systems together with an improved propulsion system which allows to reduce the energy costs drastically and follows the environmental rules.

Over the years, iron oxide particles have been developed that have higher relaxivities and more efficient intracellular labeling (Nkansah et al., 2011; Tang and Shapiro, 2011).