Sentence examples for been successfully deployed and from inspiring English sources

However, these reactors have not been successfully deployed, and Japan's prototype FBR at Monju is still off-line after an accident in 1995. 3. (C) Kono said following the accident at the Monju FBR, rather than cancel plans to conduct reprocessing, the electric companies developed the Mixed Oxide (MOX) fuel program.

The system has been successfully deployed and tested in the World Heritage-listed city of Tarragona.

A prototype line and an instrumentation line for monitoring environmental parameters have been successfully deployed and connected to the electro-optical cable, which transmitted the data to the shore station.

Even though such approaches may initially appear unsuitable for recruiting OA deemed uninterested in sport and/or PA, they have been successfully deployed and confirmed as important channels for delivering health improvement interventions to otherwise underserved groups [ 22, 24- 26].

When the end user service is successfully deployed and tested, the SP sends its description to the broker (steps 36, 37).

CloudSim was successfully deployed and performed experiments related to mapping of virtual machineson hosts in data centers; Fig. 4 shows the creation of a datacenter with one host and run one cloudlet on it corresponding to our prototype.

In this earthquake of 2011, hundreds of medical teams were successfully deployed and started operations within the first 72 hours.

Implementable designs (use case, database, dataflow, work flow, system sequence, class and components) were then drawn based on the finalized functional requirements, the most suitable technologies (both software and hardware) were chosen, comprehensive prototype development was performed and the end product was successfully deployed and tested in-house.

Although human clinical devices have been successfully deployed in captive and free-ranging wildlife [ 16– 18], emerging technologies with improved data recording and management capabilities hold the potential to provide even further insights into both normal physiology and the impacts of human interactions on animal behavior.

The human skin is a promising conduit for genetic engineering, as it is the largest and most accessible organ, epidermal autografts and tissue-engineered skin equivalents have been successfully deployed in clinical applications, and skin epidermal stem/progenitor cells for generating such grafts are easy to obtain and expand in vitro.

Metabolomics techniques have offered a promising approach for bridging the gap between genotype and phenotype [ 20] and have been successfully deployed to study various aspects of fruit and seed biology [ 13, 21, 22].