Sentence examples for optimization in relation to from inspiring English sources

Because chloroplasts are the key compartment in the plant cell that influence primary productivity, a deep understanding of chloroplasts' metabolic events and their plasticity, source limitation, and sink strength is important for their optimization in relation to environmental conditions and improvements in crop yield.

On the other hand, complexity could be a desirable trait in order to obtain a more expansive range of products, although it needs cautious optimization in relation to the input material.

Further optimization is possible in relation to gaseous radionuclide species for the drift disposal design and in relation to the technology of retrieval for the borehole disposal design.

The optimization problem consists in relation to a nonlinear state model of a metabolic network like (2), in selecting u(t) for t ∈ [0, t final ] such that: (3) J (u ) = x 5 (t f i n a l ) is maximized under the constraint that u(t) ∈ [0, 1], ∇ t ≥ 0. The solution of the optimization problem is obtained using different approaches.

A clear optimization is so possible in relation to a more typical structural design.

Therefore, quality assessment (QA) plays an important role in the design and optimization of the system in relation to the prospective users, systems, and services.

Yet informed optimization of electroporation protocols would be facilitated by access to the phenomena, pore population formation, subserving electroporation, as offered by the SHG described here; examples are the optimization of electrode position in relation to target neuron subpopulation and refinement of voltage amplitude and pulse duration for efficient but low-toxicity transfection.

This study will provide useful information for the optimization of a bioMEMS device in relation to the thermal aspect.

In addition, the potential importance of phenotypic plasticity and phenotypic variation are discussed in relation to optimization of traits and adaptation to spatially heterogeneous environments.

In this relatively new field of investigation, controversial opinions emerged concerning the role of each type of facet and its relative amount in relation to photoefficiency optimization.

This paper mainly focuses on the optimization algorithms (mostly the swarm based) in relation to integration of the wind farm with the grid.