Sentence examples for microscopic length from inspiring English sources

For further insights, it will be interesting to look at the microscopic length scales over which the internal strains are distributed around the domain wall region in domain-engineered crystals.

The diffusional processes that govern such densification occur on microscopic length scales, and depend on the type of material and the nature of the porosity.

The influence of these microscopic length scales is elucidated via a series of numerical examples performed using the finite element method.

The microscopic length of crack extension was measured by successive AFM observations as well as the slip deformation at the crack tip by an image processing technique.

The multiscale problem, which involves both macroscopic and microscopic length scales, is analyzed using asymptotic expansion homogenization coupled with the finite element method.

Attention has been drawn to the fact that chirality present at the molecular level (at the microscopic length scale) is responsible for driving the chiral shape of the domains composed of such molecules which are of mesoscopic dimension.

Microscopic persistence length Lp can be approximately determined on the basis of an assumption that the polypeptide chain length L is a multiple of the number of amino acids and the likely average distance between adjacent amino acid residues (∼0.34 nm) and on the relationship: 7where R is the end-to-end distance.

Methods to determine the macroscopic and the microscopic interface length are given.

On the other hand, for proteins with ordered structures, the reported values for the microscopic persistence length are within a range of 0.36 0.5 nm.

Thus, the long microscopic persistence length (∼1.1 nm) of the IDRs of dFACT protein is a fingerprint of their very loose structures.

The microscopic persistence length was ∼1.1 nm for both ID regions (slightly shorter with the longer ID region, likely due to the presence of the ordered high-mobility group (HMG) domain in the longer ID region within the SSRP1 subunit).