Sentence examples for microscopic phenomena are from inspiring English sources

These two microscopic phenomena are typically targeted by classical enhanced oil recovery (EOR) techniques.

The current understanding of the microscopic phenomena is that it is believed to control the electrorheological effects, and the models used to describe macroscopic behavior is presented in the review of Parthasarathy and Klingenberg [47].

The features of the microscopic phenomenon are explicitly taken into account at the macroscopic level by the use of two variables, which define a new concept in Damage Mechanics that results not only in a coherent model of crack density evolution, but also in a coherent treatment of damage deactivation.

These macroscopic phenomena are explained based on the observation of microscopic dislocation structure and the analysis of maximum shear plane change during nonproportional loading.

At the microscopic level, fingering phenomena are attributed for the latter finding.

If the phenomena are macroscopic, sub-microscopic, or abstract, there is an additional level of difficulty.

These microscopic phenomena cannot be accurately analyzed by only using simple experiment.

Oscillatory phenomena are seen on both a macroscopic and microscopic level in biological systems.

Yet we seem to be interested only in what happens at the microscopic level, without paying attention to the fact that biological phenomena are based on events starting at dimensions two to three orders of magnitude smaller than cells.

Some unique phenomena are observed to be quite different from that observed in either a solely macroscopic or microscopic flow.

A novel analysis of microscopic instability and bifurcation phenomena is here developed in the context of homogenization theory of finitely deformed periodic elastic composites containing micro-cracks in unilateral self-contact.