Sentence examples for existing at the interface from inspiring English sources

Modern theory explains adhesion behaviour in terms of a microscopic layer existing at the interface with different properties from those of either the fibre or the matrix.

When BR and DCP are added to the blend simultaneously, the probability of DCP existing at the interface will increase and more co-crosslinking products will form.

Since the MoS2 layer is very thin via the spin-coating method, it is important to analyze the bilayer junction existing at the interface of n-MoS2/p-MoS2.

The electrons existing at the interface between the LUMO level of the PFO and the conduction band edge of the ZnO NRs continuously drop to the lower states and during the electron transitions continuous recombination between the electrons and holes happens leading to the emission of visible light.

It is found that a coherent precipitate (∼4 nm in edge width) in a cube shape with {1 0 0} surfaces can be formed, at an early stage of precipitation, with no misfit dislocations existing at the interface of the precipitate.

Homogeneously distributed thin copper layers existing at the interfaces of HDPE splats did not deteriorate corrosion resistance of the HDPE coatings as assessed by electrochemical testing.

The results show a compact surface layer with columnar morphology composed of γ′-Fe4N and ε-Fe2 3N with some α-Fe existing at the interfaces between columns.

The unilateral contact conditions existing at the interfaces between the various parts of the implant, which depend on the degree of tightening of the internal screw connecting the abutment to the fixture of the implant, make it impossible to apply in a straightforward way the classical shakedown theorems.

The obvious increase of leakage current of the Ni diode is attributed to the higher interface states (as compared with TiN) existing at the Ni/GaN interface caused by the interaction, leading to a defect-assisted tunneling effect [15].

Such effect was attributed to the increase in thickness of TiO2 layer existing at the Ti/IrO2 interface.

Both interface model and fatigue data were utilized in the FEM modelling of the repair executed, and together with the strain monitoring data acquired, they led to the conclusion that the repair will not fail due to fatigue propagation of eventual defects existing at the adhesive interface.