Sentence examples for large productivity from inspiring English sources

This research combines theory and experiment, evaluates the exploitation of in-situ heating of oil shale with injection fluid, which have the characteristics of high oil length, large productivity and short production cycle.

Using a rich panel data set of Ethiopian subsistence farmers, we estimate a distance function of grains production and find large productivity gains (approximately 33% and 29% in 1999 and 2004) from labor sharing due to synergy effects that boost labor productivity.

The empty nursery Not spreading the faith Ninety-plus, and still young New flora and fauna for old The water of life Reprints Related topics Public finance Central banking Government and politics Manhattan InflationFirst, goods or services that have benefited from large productivity gains, thanks to technological improvements and mass production, have seen large price falls in real terms.

"Without a change in processes," he says, "any large productivity gain is missed".

This enabled Japan to achieve a high level of international competitiveness, despite a large productivity gap with the United States.

In Mr Piketty's narrative, rapid growth from large productivity gains or a growing population is a force for economic convergence.

Hourly wages in manufacturing also increased by about the same amount in both countries, so Germany kept its large, productivity-based cost advantage over Spain.

The market "is just taking a breather," said Steven M. Frenkel, chief investment strategist at Ladenburg Thalmann, citing what he believed would be ever-larger productivity gains ahead for the American economy.

Results indicated that the use of an energy storage material led to a larger productivity of distilled water and that the larger the concentration of the saline water the lower the productivity of the still.

The simulated moving bed (SMB) is a multi-column chromatographic separation process, which – with respect to the single-column preparative batch process – allows for a continuous separation with larger productivity and smaller solvent consumption at the same time.

Failing plants exhibit a much larger productivity disadvantage.