Sentence examples for materials usually exhibit from inspiring English sources

Composite materials usually exhibit the best qualities of their constituents and qualities that neither of the constituents possesses.

The character and distribution of grain boundaries (GBs) in molybdenum materials and their decoration with solutes may lead to strengthening or weakening effects which limits the structural application of Mo, especially in the recrystallized state, as as-deformed materials usually exhibit transgranular failure.

On the other hand, three-terminal phototransistors of 2D materials usually exhibit better detector performance due to the field effect.

The oxadiazole materials usually exhibit a small negative dielectric anisotropy across the whole nematic regime, taking values around −3.5, 10 K below the nematic to isotropic transition, and a Freedericksz transition is clearly observed in the homeotropic geometry.

The amplitude map is mainly correlated with the amount of fluorescent materials present on the surfaces, while the lifetime map indicates areas characterized by the presence of different fluorescent compounds, since any material usually exhibits a specific and characteristic fluorescence lifetime.

Biological materials with hierarchically laminated structures usually exhibit a good synergy between strength and fracture toughness.

Transition metal oxides usually exhibit remarkably high specific capacities as lithium-ion battery anode materials, and they are believed to be promising anode materials to replace the commercial graphite anode [1 5].

The resulting materials, USY zeolites, being modified in the framework Si/Al ratio, structure and acidity, usually exhibit improved reactivity, selectivity and coking behavior for a catalytic reaction, which is of great interest to the petroleum industry.

Semiconductors usually exhibit quantum size effects and electric and optical properties different from bulk materials, when their particle size decreases to nanometer scale [1].

These types of proteins usually exhibit impressive mechanical properties and hence provide an important set of material options in the field of controlled release and scaffolds for tissue engineering (Altman et al. 2003).

Recently, metal organic framework (MOF) materials in nano-scale have gained enormous interest in Li-ion batteries (LIBs), while those in bulks usually exhibit poor Li-ion storage performance.