Sentence examples for applied to streamline from inspiring English sources
Overall, the combination of techniques proposed herein may complement MS-based dereplication, and can be successfully applied to streamline the discovery of new compounds with biological activity, such as an anti-protozoal potential, in crude extracts without time-consuming activity-guided fractionation.
If the desired information is not available in a standardized format - for example that it is only available in primary scientific literature, the text mining or machine learning methods can be applied to direct and streamline the manual extraction.
Use of this model, modified according to local circumstances, could be applied nationally to streamline the management of patients with NSTE-ACS.
The Kylchap arrangement was already being universally applied to the A4 streamlined Pacifics, though with the non-streamlined A3 locomotives, the soft exhaust gave rise to smoke drift obscuring the driver's forward vision.
The splitting model has been derived from the steady-state macroscopic mechanical energy balance (extended Bernoulli equation) applied to the "inlet-to-run" streamline and "inlet-to-branch" streamline of both the gas and the liquid phase.
We have seen streamlining applied to carpet sweepers, chocolate-coating added to laxatives, seltzer water infused with bicarbonate of soda, dental floss impregnated with peppermint.
This semi-automated methodology may be applied to other organisms and help to streamline the process of genome-scale network reconstruction in order to accelerate the transfer of such models to applications.
The FrontSim Numerical Simulator, a separate simulator in ECLIPSE (GeoQuest 2010), is usually applied to calculate the distribution of streamline.
Streamline numerical simulator is also applied to calculate the control area according to the distribution of streamline.
Thirdly, streamlined reconstruction method is applied to improve the performance of reconstruction.
The paper concerns the streamline diffusion finite element method applied to one- and two-dimensional gas flow described by the inviscid Euler equations in conservation variables.
