Sentence examples for maintaining compact from inspiring English sources

A generalization of the optimization framework typically used in moving least squares is presented that provides high-order approximation while maintaining compact stencils and a consistent treatment of boundaries.

That government, Metro, has authority to structure regional spatial planning and also administers an urban growth boundary to maintain compact and efficient urban form.

Although learning HMM-As can be more complex, it is shown that it is feasible in practice due to their ability to maintain compact state spaces, yet more expressive ones.

In these conditions, cultures maintained compact, domed colony morphology (Fig. 1A).

Alternative explanations put forwar include, for example, highly expressed genes need to maintain compact structure to reduce the chances of premature termination of the elongation process during transcription, or to save space in the interchromatin compartment [ 31].

Although Brm and Brg-1 are not required for transactivation of VEGF [26], they appeared to be required for hypoxia induction of LDHA and PGK, suggesting that the promoters of both of these latter genes maintain compacted nucleosomal configurations which need to be remodeled by the SWI/SNF protein complex.

The purpose of the new design was to integrate cyclonic and fluidized-bed combustion into a unique combustor for more efficient combustion, while maintaining its compact nature.

The six cysteine residues which are paired in a 1 5, 2 4, 3 6 fashion are crucial for determining and maintaining the compact core configuration of the structures.

The moment interference error was successfully decreased from 4.49% (with one optical sensor) to 0.11% (with two optical sensors) using the proposed sensor structure while maintaining a compact size, lightweight, and low cost.

The terms resulting from the fourth-order discretisation that involve an extended computational molecule are treated explicitly in a deferred correction manner, and the coefficients are calculated using a second-order discretisation, thus maintaining a compact computational molecule involving only the nearest neighbours.

The radial design exploits several physical phenomena inherent to the device operation and provides an order of magnitude reduction in the required driving pressure while maintaining the compact design of the microreactor and providing greater than 98% conversion of methanol to hydrogen at flow rates sufficient to supply hydrogen to a 20 W fuel cell.