Sentence examples for the developed engineering from inspiring English sources
The accuracy of the developed engineering chart was verified by comparing with the results of CFD simulations, and the maximum error was measured to be about 9%.
The paper presents the developed engineering model of cesium isotopes production as function of UO2-fuel burnup and an assessment of their activity ratios.
The developed engineering approaches to toxicity were critical in design of a protocol to cryopreserve intact full-thickness human articular cartilage on a bone base (as required for transplantation) with high chondrocyte viability, metabolic activity and function.
The developed engineering model, with applying the Gaussian plume model, is transformed to a discrete time nonlinear concentrated parameter state-space model form using lumping and finite difference approximations.
They were driven by the market conditions and society needs and were realized by timely developed engineering enabling technologies that fitted the paradigm requirements.
We show that the developed ecological engineering methods are very suitable in mitigation and worthwhile for further promotion for Taiwan's ecological environment.
Using the developed reverse engineering methodology presented herein, we took part in the fourth challenge of the Dialogue of Reverse Engineering Assessments and Methods (DREAM4) on in silico gene network reconstruction.
Comparison established the suitability of the developed method for engineering evaluations.
It is well understood that available water quality datasets in urban areas span only relatively short time scales unlike water quantity data, which limits the applicability of the developed models in engineering and ecological assessment of urban waterways.
Thus, it should be possible to use the developed modular metabolic engineering system, with the yield improvements reported here, to investigate multistep biosynthetic pathways.
Overall, results indicate that passive AMD and MWW co-treatment is a viable ecological engineering approach for the developed and developing world that can be optimized and applied to improve water quality with minimal use of fossil fuels and refined materials.
