Sentence examples for better design and implementation from inspiring English sources

Using the example of a shared space project, Exhibition Road in London, to illustrate how these issues come to arise and how research could help to resolve them, the paper then considers how science is able to support better design and implementation.

A full understanding of the relationship between the combustion characteristics of organic polymers, radiation dose and the atomic H/C ratio should lead to the better design and implementation of in situ extraterrestrial sample analysis hardware and aid the interpretation of data from such missions.

In order to aid better design and implementation of TDR programmes, this paper analyses the effects of transaction costs throughout the life of four TDR programmes (Calvert, Montgomery, St .Mary's, and Charles Counties) in the US state of Maryland in order to gain a better understanding of the timing and distribution of such costs incurred by different parties involved.

This is slowly resulting in better design and implementation decisions, which will in the long run be better for the environment.

Understanding this could lead to improvements in CY and better design and implementation of future public-private partnerships for widening access to services for underprivileged groups.

While there is a great need for continued research on cost-effectiveness of key interventions in setting with limited resources, understanding the prior opinions of clinicians involved in maternal and neonatal health can contribute to better design and implementation of intervention programs.

This evaluation was commissioned by UNICEF to draw lessons to from this experience to feed into better design, planning and implementation of such interventions.

Future research guided by technology acceptance theories should fill those gaps to improve our understanding of patient CHIT acceptance, which in turn could lead to better CHIT design and implementation.

Results are discussed in the form of key messages and a conceptual model to support better design, implementation and monitoring is proposed.

The implications were discussed in terms of improving power system stability through better DLC program design and implementation.

The findings indicated that current building energy modeling methods have limited reliability in ECM performance assessment, and need to be improved to better support the design and implementation of ECMs in buildings.