Sentence examples for research to decrease from inspiring English sources

The Fuzzy DEA (FDEA) is also used in this research to decrease uncertainty existing in qualitative indicators and human error.

For the JJIs, being involved in research to decrease substance abuse can draw attention to problematic drug use among juvenile delinquents in general, but also to the possibility that problematic drug use continues within the walls of the JJIs.

The total estimated cost of the air-contacting system, evaluated using conservative labour and energy rates as mention equates to $80/tonne -CO2 and CE has identified specific areas of research to decrease this cost to $49/tonne -CO2.

The EVPI expressed in NMB is the maximum amount worth spending on future research to decrease current uncertainty.

Neoadjuvant chemotherapy (NACT) has therefore been recommended as a priority of future research, to decrease the high metastases rate [ 23].

This study may serve to inform similar intake centers as to what risk factors may be a target for research to decrease inpatient recommendation or revisits.

As seen in Fig. 6, areas with a high estimation variance determine the area with high uncertainty of the estimation; therefore, these areas need to be sampled and studied further in prospective researches to decrease the uncertainty.

This suggests that early monitoring and tailoring of anticoagulant prophylaxis in high-risk patients might be another research field to decrease the failure of VTE prevention.

This trend has persisted with little variation over the years, despite the efforts of local road safety organisations and research institutes to decrease them.

The aim of our research was to decrease this gap in knowledge by characterizing the effects of VEN exposure on a cephalopod mollusk, the common cuttlefish Sepia officinalis.

The aim of the research was to decrease high aggregation of TiO2 P25 nanoparticles, using surfactant species as dispersant and/or stabilisers (considering the balance between repulsive and attractive forces), in view of the fact that TiO2 nanoparticles, when optimally separated into smaller particle populations, present the best properties in the system they are used in (coatings).