Sentence examples for composites is responsible from inspiring English sources

The ultra-high density of bimetal interfaces in nanolayered metal composites is responsible for exceptional five- to ten-fold increases in strength over that of the constituent phases.

After tension, fragmentation of the dendrites, rather than crystallization within the glass matrix and/or atom debonding near the interface of dual-phase composites, is responsible for the high tensile ductility.

The electrical conductivity measurements revealed that a variation of the phase content in the YSZ NiO Ni composites is responsible for the existence of different electrical conduction mechanism and rapid change in the conductivity of coatings with the used powder content.

Cyclic voltammetry shows that: (i) redox couples of A2Mo3O8 and (ii) electrochemical adsorption and desorption by FLG in the composites are responsible for Li storage and release.

A structural characterization by elemental analysis, Fourier transform infrared, transmission electron micrograph (TEM) and X-ray diffraction proved that nanometer-sized (about 10 nm) Fe3O4 in the composites was responsible for the ferromagnetic behavior of the composites.

In addition to the fibrillar structure of the oriented PP, the highly CF orientation and the efficient compatibilization in composites are responsible for the effects observed in the drawn samples.

A large number of metastable β generated in plasma sprayed MoSi2 composite were responsible for such remarkable improvement.

The large surface area and enhanced conductivity due to the presence of the rGO in the NiMn-LDH/rGO composite are responsible for such high electrochemical activity.

In the polymeric matrix, some researcher reported that silicate ions released from the surface of the composite are responsible for their antibacterial activity (Uppuluri et al. 2015).

The depletion of magnesium in the composite powder is responsible for the obtained lower hardness of composite coatings sprayed by RF plasma spraying which offers the highest molten droplet temperature.

A unique composite structure is responsible for the desorbed ∼280 ml of H2 per gram of the material obtained after 15 min at 100 °C.