Sentence examples for between two materials of from inspiring English sources

In comparison with PENG, TENG-based gas sensors work simply by the formation of a dipole layer after triboelectric contact and static separation between two materials of the triboelectric-series.

The main motivation behind the efforts of reconstructing the (delta) is to differentiate between two materials of similar electron density or with negligible X-ray absorption (i.e., phase objects) so as to ease the image segmentation step and the subsequent analyses.

While TENG-based self-powered gas sensors work simply by the formation of a dipole layer after triboelectric contact and static separation between two materials of the triboelectric series and the triboelectric charge density is greatly influenced by the surface alteration of certain chemisorptions of the molecular oxygen species.

However, the interface between two materials consisting of multilayers is broadened due to interdiffusion.

Two common observations during the growth of a reaction layer between two materials are the generation of large stresses and the formation of pegs, i.e., protrusions of the reaction layer into one or both of the reactant materials.

The formation of proper stress field in multilayers owing to the mismatch between two materials was also one of the main reasons for hard enhancement.

But for reflections from boundaries between two materials, the inner one of which has a negative refractive index and the outer one a positive refractive index, the Goos-Hänchen effect instead narrows the width in which the light ray can bounce about.

The proposed method establishes point-to-point correspondence represented by a set of connecting lines between two material directrices.

In our case, one of the main technological challenges is to overcome the low adherence between these two materials, especially because of their small contact-area, only 9 μm2.

It is shown that by engineering the interface between the two materials, the effect of potential barrier at the interface can be reduced, resulting in an increase in the FF and cell efficiency.

The calculations demonstrate how the strength of bonding between the two materials decides both the form of the network and the atomic structure of the cores of these dislocations.