Sentence examples for efficient commercialization from inspiring English sources

"Our plan is to focus on big, leadership brands, big markets and big customers; smarter, more effective and efficient commercialization and innovation; and better cost control and cash management".

In this connection, although there are lots of SIE's in the universities (according to the reports the government gets), they are hardly ever an efficient commercialization tool.

We believe that a much more efficient commercialization process recognizes that 1) there needs to be a separate, parallel path to validate the commercial hypotheses and 2) the answers to the key commercialization questions are outside the lab and cannot be done by proxies.

Ultimately, challenges to the effective and efficient commercialization of research inhibits obtaining the maximum benefit of university research in that such barriers can prevent university-based innovation from progressing to the marketplace for the benefit of inventors, universities and society.

The solar cells are still not efficient enough for commercialization, but Ready is working on optimizing the size, spacing, and chemical composition of his towers.

Materials suitable for application in PHOLEDs have been actively researched in the past decade and chemical principles have played a crucial role in the evolution of efficient devices for commercialization.

To propel this fledgling industry further towards commercialization, the efficient and effective design of its supply chain is of paramount importance.

What national policies are most efficient in promoting the commercialization of university-generated knowledge?

It won first place in the Alternative Tandem category in the 2010 Automotive X Prize, a competition created to foster the commercialization of efficient vehicles capable of more than 100 miles per gallon.

Despite the significant improvement of polymer electrolyte membrane fuel cell catalyst activities, a cost-effective and stable membrane electrode assembly is still lacking, which greatly inhibits the commercialization of this efficient and environmental friendly technology in stationary and transportation applications.

The in-depth picture of the bulk microstructure formation and its kinetic evolution as a function of the specific post-processing approaches is a valuable asset for the design of new photovoltaic materials and thin film nanoscale architectures that are more efficient and better aid future commercialization efforts.