Sentence examples for implementing the efficiency from inspiring English sources

The wisdom of implementing the "efficiency savings" and the biggest ever restructuring of the NHS simultaneously was lost on us.

We demonstrate that these bioactive molecules can be utilized in cultural heritage field, by implementing the efficiency of applicative protocols, according to the conservative restoration procedure.

The extra money for 2016/17 was welcomed by Stevens as enough to start making the changes necessary to implement the efficiencies required to prevent financial problems this winter, and to take the NHS towards the goal of a seven-day service by 2020.

We already have the supply; if we can organize widespread collaboration among our existing players, then we can implement the efficiencies and tools needed to scale for the mainstream market.

The computed number of primary particles per aggregate and the diameters of primary particles agree very well with the experimentally measured values after implementing the dimerization efficiency for PAH collisions, because of the reduced rate of soot inception compared to growth by PAH condensation.

We note that, after 50 days of implementing the strategies, the efficiency level will be above 90% and will reach the 100% mark after 300 days.

The coagulation model is improved by implementing the aggregate coagulation efficiency.

We are now working on implementing the transplantation procedure, the efficiency of genetic correction in stem cells from the same patient aiming at applying the new protocol to younger patients, in order to approach efficacy.

Although the baseline method is straightforward and easy to implement, the coding efficiency in the enhancement layer is not satisfactory.

In Scenario III, as the IDR programs are extensively implemented, the economic efficiency of the MCE system and the accommodating capability for renewable energy generation are further enhanced.

To help companies define and implement the right efficiency measures for cold production, this work aims to develop a methodology for simulation and optimization of energy consumption in cold chambers by improving both constructive and operating parameters (external temperature, enclosure insulation, door opening time, etc)., which contribute to the infiltration of heat energy.