Sentence examples for micro length scale from inspiring English sources

This work presents a study of stochastic fracture properties of cement paste at the micro length scale based on a combination of X-ray computed tomography (XCT) technique and discrete lattice type fracture model.

Here we show osteointegration of biphasic calcium phosphate (BCP) scaffolds at both the macro and micro length scales.

The micro-length scale damage insured that the sandwich beams retained the majority of their strength after the impact.

SEM was used to examine healed cracks at micro-length scale while EDS was used to evaluate molecular-length scale healing.

While the current self-healing approaches such as micro-capsules, hollow fibers, thermally reversible covalent bonds, ionomers, incorporation of thermoplastic particles, etc., are very effective in self-healing micro-length scale damage, self-healing of structural scale or macro-length scale damage remains one of the grand challenges facing the self-healing community.

Given their ability to cover nano, micro, and macro length scales, QDs are particularly useful to study the wide range of diverse molecular and cellular events involved in the pathology of diseases such as cancer.

Instrumented sharp indentation experiments at the nano- and micro-length scales were carried out in an attempt to quantify the deformation characteristics of Vitreloy 1™ bulk metallic glass.

Therefore, the knowledge about the real contact state in these areas in micro forming is much more important compared to conventional "macro" length scale.

As in Part I, a well-posed topology optimization problem is obtained via (a) relaxation to design the macroscale which requires homogenization theory to relate the macroscopic homogenized response to its micro-structure and (b) via restriction to design the microscale to obtain a well-defined micro-structural length scale.

It is assumed that the primary wavelengths of interest are much longer than the micro-structural length scale and hence the effective properties are computed using the static homogenization theory.

UHMWPE composites can be engineered at a micro- or nanometer length scale by blending polymer powder resin with micro- or nanoparticles and fibers before consolidation.