Sentence examples for the cost efficient use of from inspiring English sources

This study may provide some empirical support for, and encourage wider spread adoption of, the cost efficient use of music in mental health settings.

This is intuitively clear because smaller ratios of the prescreening costs translate to more cost efficient use of the information collected from the prescreening stage.

On the matter of advancing the quality of intervention studies we agree that the paradigm of the single etiognostic study would not only advance quality but also cost efficient use of the research infrastructure invested in intervention studies.

Topic 4 of the Renewable Energy Program of the Helmholtz Association focusses inter alia on the sustainable and cost-efficient use of geothermal reservoirs for base-load supply of heat and electricity by EGS.

The PRR-TA would, if proven generalizable to other therapeutic areas, provide opportunity for a more cost-efficient use of manual expert resources in the ensuing signal validation step.

Consequently, coordination between system operators is needed to guarantee a safe, reliable, and cost-efficient use of flexibility-based services.

For cost-efficient use of enzymes in large-scale industrial applications, high-level expression of enzymes in recombinant hosts is usually a prerequisite.

These programs have also been shown to be relatively inexpensive and cost-efficient uses of both philanthropic and taxpayer dollars.

Defra estimates that UK businesses could save up to £23bn each year through low cost or no cost improvements in the efficient use of resources, while a report from The Ellen MacArthur Foundation estimates a worldwide move to a circular economy could result in $700bn worth of savings in consumer goods materials alone.

Such initiatives raise serious questions about opportunity cost and efficient use of resources.

It is well known that the optimal current density will invariably involve a trade-off between operational costs and efficient use of solution pH, temperature, flow rate, etc. (Liu et al. 2010).