Sentence examples for behavior for a given from inspiring English sources

Solute characteristics controlled the degree to which each factor influenced transport behavior for a given porous medium.

For biological circuits, we need to produce quantitative predictions of cell behavior for a given genotype as consequence of the different molecular interactions.

When particle and environmental factors are controlled, compaction pressure has a distinct effect on punch sticking behavior for a given active pharmaceutical ingredient (API).

In that way, macroscopic driving forces for transformation and reorientation can obtained and compared with critical ones in order to determine the global material behavior for a given thermo-mechanical loading (elasticity, transformation, or/and reorientation).

In this study, we have modeled each resource behavior for a given service (voice, data, video call) demand.

Key to achieving these benefits is being able to automatically establish "normal behavior" for a given application, network service or device, and when deviations from the norm occur.

It is shown that the ratcheting behaviors for a given material can be depicted by adjusting the control material parameters such as the fractional factor which determines the dominant evolution of the back stress.

It was found that even subtle differences in the ultramicropore distribution can affect dramatically the capacitive behavior and, for a given carbon, the electrolyte type needs be adjusted, if the optimum performance is targeted.

The symmetry-lowering relaxations, formation energies, and diffusion mechanisms of bulk and surface defect structures often depend strongly on charge state with similar qualitative behavior, although for a given material surface defects do not typically take on the same configurations or range of stable charge states as their counterparts in the bulk.

Furthermore, the tool allows the creation of S-parameter files that accurately describe the behavior of inductors for a given range of frequencies, which can later be used in SPICE-like simulations for circuit design in commercial environments.

Studies of the asymptotic behavior show that, for a given error tolerance, the new hybrid algorithm requires much less computer time than the stand-alone particle-mesh method (for this piloted-jet flame test case a factor of 20 times less).