Sentence examples for large scale capability from inspiring English sources

Buried deep inside Dr. Kay's report to Congress is the following statement: "Information found to date suggests that Iraq's large scale capability to develop, produce, and fill CW munitions was reduced -- if not entirely destroyed -- during Operation Desert Storm and Desert Fox, 13 years of UN sanctions, and UN inspections".

This features synthetic reproducibility and large-scale capability.

The development project would cost about $30 million, he said, and the agreement with the Energy Department requires large-scale capability by the end of 2013.

It is seeking nuclear weapons".But, according to Mr Kay's testimony to Congress, "Iraq's large-scale capability to develop, produce and fill new CW [chemical weapons] munitions was reduced if not entirely destroyed during Operations Desert Storm and Desert Fox".

This is a noninjection-based approach in 1-dodecanethiol (DDT) with excellent synthetic reproducibility and large-scale capability.

SRAP markers may also prove valuable when paired with the large-scale capability of next-generation techniques.

A strong military shield is the only way to keep Iraq from rebuilding large-scale capabilities to develop such weapons.

This pioneering work, led by the JGI and its collaborators, illustrates that with large scale sequencing capabilities combined with large scale data analysis and computational capabilities and state-of-the-art next generation single cell genomics, researchers can now explore a vast array of cellulosic degrading enzymes from new microbes not tied to the ability to grow them in culture.

Additionally, these multiscale models frequently need large scale computing capabilities as well as dedicated software and services that enable the exploitation of existing and evolving computational ecosystems.

Future efforts will focus on (a) use of consistent methodology across years, (b) integration of multiple sensors to maximize images used, and (c) employing cloud-computing platforms for large scale processing capabilities.

This poses severe restrictions on the simultaneous implementation of optical and acoustic trapping and substantially diminishes the utilization of the beneficial properties of acoustic forces, especially the large scale trapping capabilities.