Sentence examples for is efficiently controlled by from inspiring English sources

In this paper, we show how invariant properties for a sub-class of array-based systems can be model-checked by a backward reachability algorithm where the length of quantifier prefixes is efficiently controlled by suitable heuristics.

In the long-term, the Pb release is efficiently controlled by the precipitation of cerussite (PbCO3), Pb-phosphates and anglesite (PbSO4) and by sorption onto newly formed hydrous ferric oxides.

Currently, H. virescens is efficiently controlled by transgenic Bt cotton [38], but numerous reports highlight the potential for the development of field resistance to Bt crops in H. armigera [39], [40], [41], while field-evolved resistance to Bt toxins and Bt corn has already been reported for S. frugiperda [3], [27].

In the presence of a chiral compound, the enantioselective addition of diisopropylzinc (iPr2Zn) to a pyrimidine-5-carbaldehyde 3 affords highly enantioenriched (S)- or (R -pyrimidyl alkanol 4, whose absolute configuR -pyrimidylficiently controlled by the alkanole configuration of an added chiral compound.

Therefore, air pollution can only be efficiently controlled by policy that extends beyond the borders of a single firm.

Also, the mainstream Indian news media are efficiently controlled by corporations, which can threaten to pull advertisements in the face of any negative coverage.

The results indicated that permanent deflection at mid-span can be efficiently controlled by increasing face sheet thickness, core thickness or appropriately increasing curvature.

Protein stability can be efficiently controlled by conditional degrons, which induce target protein degradation at restrictive conditions.We used the yeast Saccharomyces cerevisiae for development of a conditional, bidirectional degron to control protein stability, which can be fused to the target protein N-terminally, C-terminally or placed internally.

The results showed that the loading and release of DMOG in MBG scaffolds can be efficiently controlled by regulating their mesoporous properties via the addition of different contents of mesopore-template agent.

Based on the transfer-matrix method, we show that the angle resolved transmission probability through the graphene-based structure with the spatially modulated strength of spin orbit interactions (SOIs) can be efficiently controlled by SOIs strength, number of layers, and incident energy of the electron.

It is found that the angular range of the transmission probability can be efficiently controlled by the number of barriers.