Sentence examples for effectively minimise from inspiring English sources

Ultimately, tools and strategies that support more sophisticated corporate water disclosure will enable businesses to more effectively minimise water-related risks and impacts and bring positive change for the future.

In this work, we present an improved VOF model based on smoothing functions that can effectively minimise the issue of spurious velocities, which causes numerical simulations in microchannels to be less accurate.

It is clear that regulatory reporting requires a new information value chain to allocate resources more effectively, minimise risk, increase the efficiency of supervisory processes and improve the basis for decision-making through enhanced transparency and more timely availability of data.

In general, buy-back processes have had mixed results with some failing to effectively minimise environmental impact and the social costs to operators exiting the industry.

These disciplines can effectively minimise the technological impact and limitations imposed by progressive developments by more fully involving functionally-limited older people in the research process [ 18- 20].

Health economists and primary care strategists also need to consider carefully where the allocation of funds will most effectively minimise the chances of overlooking a referral of paediatric cancer.

After 1998, the sluice opening was effectively minimised to reduce the nutrient loading, and the system hydrodynamics improved due to engineering work in the upstream areas.

With such copious amounts of data being transferred between hosts involved in this streaming, it is prudent to establish some method of effectively minimising the resultant outbound network traffic, whilst providing the client with a good Quality of Service (QoS).

By multiple logistic regression: (i) checkpoint alcohol dispensers for glove-on hand rubbing between zones of risk, and (ii) fever screening at the fever screen station outside the emergency department, were the significant methods effectively minimising nosocomial SARS infection of HCWs (P < 0.05).

A short volume acquisition was used to allow for proper sampling of information in the frequency domain up to 1 Hz, effectively minimising the contribution of respiratory and cardiac oscillations (0.3 and >0.8 Hz, respectively), into the resting-state lower frequencies of interest (0.01 0.1 Hz) [47].

Conclusion: In this patient series, early vascular release effectively minimised WIT and maintained renal function without compromising perioperative safety.