Sentence examples for matrix materials that from inspiring English sources

Continuous fiber reinforced metal matrix composites (MMCs) presents the architecture or arrangement of fiber in matrix materials that offer realization of the highest possible mechanical and thermal management properties from the combination.

The present study aimed to test electromagnetic interference shielding effectiveness (EMI SE) of cement matrix materials that incorporated both SF and multi-walled carbon nanotube (MWNT) with varying weights and to investigate the influence of SF addition on EMI SE of MWNT/cement composites.

In recent years, a variety of techniques have been developed to engineer tissues composed only of cells and the matrix materials that they secrete without any exogenous scaffold materials.

It is shown quantitatively that it is the affinity of the block copolymer for the matrix material that dominates migration efficacy to the interface.

The matrix material that is modeled as continuum (solid finite elements), and the graphene sheet that is modeled discretely (spring based elements).

It was realized that the stress-state was multi-axial in the matrix material that met the inclusion also for a uniaxial far field stress.

We have shown that E. faecalis biofilms formed on abiotic surfaces produce matrix material that can be visualized by FESEM [22].

Three recent reports [ 21– 23] use the term myogel for an extracellular matrix material that is derived from human, mouse, rat or pig normal skeletal muscles using procedures similar to those of Kibbey [ 9] for the preparation of EHS tumor extract.

Figure 6 shows the stereomicroscopic (SM) surface images obtained using different synthetic matrices materials that deposit on the sample target plate.

This chapter presents the types of matrix and fiber materials that are commonly used for the fabrication of long fiber reinforced MMCS.

While the exact mechanisms by which different cell types integrate biophysical cues remain unknown, it is evident that SGN neurites sense the matrix stiffness on materials that are much more rigid than central neural environments (e.g., brain or spinal cord) and that their alignment to biophysical cues substantially changes based on the substrate rigidity.