Sentence examples similar to implementation of potentials from inspiring English sources

There will be significant differences determined by the structure and methods of implementation of potential pension reforms among the European countries.

Radiology residents must now participate in a learning activity that involves identification and analysis of system errors and implementation of potential solutions.

The proposed two dimensional flow and sediment transport modeling approach implemented with a variety of inflow conditions can provide guidance to decision-makers when considering implementation of potential modification plans, especially as they relate to competing management strategies of large water bodies, such as the modeling area in this study.

Community participation and local-level policy making play important roles in facilitating access to, trust and implementation of potential health program [ 31- 36].

Pending implementation of potential changes, it may be interesting for future analyses to examine the impact of revised criteria for symptom presentation on clinically relevant assessments of clinical response and symptomatic remission.

Medical students are confronted with different challenges and experiences in each stage of the medical curriculum; pinpointing the stages during which idealism most noticeably fades can provide a target for the implementation of potential interventions.

Why make a fuss when the prospects for an agreement seem so dismal, ask some settlers, who previously rallied against any talks which discussed their withdrawal from their West Bank homes.Settlers and their supporters have also secured a possible safeguard against the implementation of any potential agreement.

This study analyzes volume and characteristics of actual implementation of the potential scope reductions of railway projects.

As a consequence, trust helps execute actions that would otherwise not have been effective [21], and it builds a foundation for the implementation of action potential [27].

The implementation of high potential materials as positive electrodes in high energy Li-ion batteries requires to develop scalable and smart synthetic routes.

First, the ranges of specific implementation of each potential measures are too large to allow for discussion of each implementation, and therefore the study focused only on relatively broad environmental and road-safety measures identified by earlier research.