Sentence examples for macroscopic effects are from inspiring English sources

Microstructural explanations for the observed macroscopic effects are also reviewed and constitutive models which incorporate the effect of prior deformation are examined.

Varying αe0 and D (D: the current sheet half-thickness) systematically, we have found that while αe0 boosts up the linear growth rate in both sub- and super-critical current sheets, macroscopic effects are obtained only in sub-critical current sheets, that is, energy transfer from the fastest growing short wavelength modes to longer wavelength modes are available only in the sub-critical regime.

The macroscopic effects are the increase of the cell impedance and the fading of the capacity.

In this paper it is shown that the unbalance in the bending stiffnesses of the warp and weft yarns produces macroscopic effects that are extremely visible: we mention, for example, the asymmetric S-shape of a woven interlock subjected to a Bias Extension Test.

The contributions of the dislocation mechanisms and the internal stresses to the resulting macroscopic strain path change effects are analysed.

In recent clinical trials, a dose of 120 s cold plasma treatment was set as standard, since beneficial macroscopic effects could be observed [ 21, 26, 48, 58– 60].

And further, there are arguably macroscopic systems for which interference effects are not suppressed.

In macroscopic clumps like computer chips, these effects are washed out.

Microscopic effects are not included and only the macroscopic behavior is considered.

Therefore, no toxic effects were observable on a macroscopic level.

QTL effects were analyzed using five conventional macroscopic disease parameters and four microscopic parameters.