Sentence examples for capabilities for developing from inspiring English sources

This article considers the role of domestic knowledge capabilities for developing countries and emerging economies, and in particular in the build-up of their national systems of innovation.

The geospatial cloud is open and provides multiple tools and capabilities for developing apps as well as integrating with other systems.

Dr. Pécoul said countries like Argentina had the capability for developing their own projects, while many nations in Africa and Central America would have to pool resources to develop regional programs.

This represents a promising, high-throughput assay for H2 production in algal libraries, and an enhanced capability for developing H2 as a clean and renewable fuel.

New methods of determining probable pathogen exposure site that yield reliable results while taking into account economical and time constraints of the public health system are urgently needed to improve capability for developing predictive spatial risk models for vectorborne diseases in the United States.

We have exercised the methodology and the capabilities of Metropolis for developing a library of automotive architecture components and performed design space exploration on a chassis control sub-system.

Marketing capability can serve for developing and renewing international speed of EBSs (Schwens and Kabst, [2009]).

Unfortunately, this company's structure and processes were not set up to execute on that ambition; although it had the requisite capabilities for envisioning, developing, and market testing innovations close to its core, it neither recognized nor gained the very different capabilities needed to take a bolder path.

Your May 26 front-page article "States Chafing at U.S. Focus on Terrorism" reflects skepticism about our allocation of significant financing to states for developing capabilities to prevent or respond to an improvised explosive device.

Correspondingly, capability of nano-biomaterials for developing highly sensitive and more efficient immunosensors was validated through selectivity, stability, reproducibility, and feasibility examinations.

These results show that the trap density of n-type semiconducting polymers could be engineered to control the inherent charge-trapping capability and device performance for developing high-performance low-cost memory devices.