Sentence examples for rationalize the development from inspiring English sources

Hence, the above experimental results rationalize the development of our proposed clustering and aggregation strategy.

In this work, new process integration approaches are proposed to aid in the integrated planning of such joint field development projects, to rationalize the development of contaminated gas fields together with conventional sweet gas fields in meeting the required sales gas specifications of CO2 content.

Question has been raised on how to perform integration of resources and rationalize the development pattern and strategy, that is suitable for the specific company.

Still, our experience also demonstrates that the literature (including evaluation instruments), if appropriately presented, can inspire and rationalize the development of a new instrument.

In this context, emerging and re-emerging infectious diseases - such as flu, AIDS, tuberculosis, hepatitis - stress the need to accelerate and rationalize the development of better diagnostics, treatments and preventions.

The law adopted a form of SEA only at the level of plans (Plan Environmental Impact Assessment, PEIA) and incorporated an objective of rationalizing the development alternatives based on regional environmental carrying capacity and long term ecological security (Shen and others 2004; Zhu and others 2005; Bina 2008).

However, with this expansion of opportunity there comes a considerable need to rationalize the process of therapy development.

However, the benefits gained in being able to better rationalize the subsequent early drug development and clinical pharmacology programs should more than outweigh the early costs.

These dose-dependent roles for let-7 in tissue repair and tumorigenesis rationalize the tight regulation of this microRNA in development, and have important implications for let-7 based therapeutics.

The efforts to rationalize the administration will continue on the basis of the further developments of ICT.

This chapter summarizes recent developments in this area of bio-inspired oxidation catalysis and discusses the evolution of the mechanistic pathways proposed to rationalize the new experimental results and the dichotomy between olefin epoxidation versus cis-dihydroxylation.