Sentence examples for a length scale from from inspiring English sources

Here, neutron spin-echo labelling will be employed to obtain real space information of these correlations on a length scale from 10 nm to 30 μm.

Continuum model can describe most transport phenomena in micromixers with a length scale ranging from micrometers to centimeters.

The intersegmental spacing of the unimodal PDMS networks at a length scale of few angstroms obtained from WAXD measurements were found to be almost in quantitative agreement with the free volume hole sizes obtained from PALS.

It is estimated from these analyses that the stress field can be regarded as uniform at a length scale of 1 km away from the mainshock fault, whereas it appears to be disordered in a smaller portion of the area, even in the subregions with dimensions of 1 km near the mainshock fault.

For this face-centered cubic/body-centered cubic system with incoherent interfaces, we develop dislocation models for the multilayer flow strength as a function of length scale from greater than a micrometer to less than a nanometer.

The development of general, cost-effective routes allowing for the synthesis of such mixed metal oxides with deliberately designed structural features on all length scales (from the atomic level to the macroscopic morphology) is still a demanding task.

In its broadest sense, multi-scale modeling can be described as traversing all length scales from atoms through to engineering structures of significant size.

Multiscale systems are presented as an approach that incorporates molecular and multiscale simulation to design processes that control events at the molecular scale while simultaneously optimizing all length scales from the molecular to the macroscopic.

A major goal of material science is to produce hierarchical materials that are ordered on all length scales, from the molecular (1 100 Å) via the nano (10 100 nm) to the meso (1 100 μm).

It can be used to study a wide range of biological specimens, from cells to ex vivo tissue samples, and to in vivo imaging of live objects; it can also cover a broad range of length scale, from submicrometer-sized viruses and bacteria, to macroscopic-sized live biological species.

This work focusses on tuning this length scale from the atomic level to the nanometre and submicron range.