Sentence examples for composite yielding from inspiring English sources

The 1D CNTs strongly affected the electrical conductivity and reinforcement of the composite, yielding a narrow range of optimal performance at the lowest filler concentration (0.15 wt%), albeit at the cost of high viscosity.

The WASI may be comprised of two or four subtests, with the two-subtest version (Vocabulary and Matrix Reasoning composite) yielding only a Full Scale IQ estimate (Groth-Marnat, 2009).

Radial profiles of experiments with a no yielding, b depth-dependent yielding, c depth-constant yielding and d composite yielding with a transition at 50 km depth.

Temperature-programmed reduction of composites by CH4 followed by temperature-programmed oxidation by H2O revealed more efficient dissociation of CH4 on promoted composites yielding loose surface CHx species more easily removed by water as compared with unpromoted composites.

This phenomenon provided a more intimate mixing in binary composites, yielding a higher dispersion, allowing ZrO2 particles to be present mostly at grain boundaries, without agglomerates.

In this study, HA was reinforced with 3 mol% of Y2O3 partially stabilized ZrO2, and structure-tailored HAZ10 composites, yielding intergranular distribution of ZrO2 particles, were fabricated by a modified sol gel process.

The outcome of this study demonstrates that Raman spectroscopy is a very powerful tool to identify local internal strain in pristine and weakly charged single and few-layer graphene and their composites, yielding even absolute lattice constants.

This demonstrates that Raman spectroscopy is a very powerful tool to identify local internal strain in single and few-layer graphene and their nanoelectronic devices and composites, yielding even absolute in plane lattice constants.

We explore this by using aluminum particles modified with low-density polyethylene (LDPE) inclusion to drive intraparticle outgassing, which could break apart composite particles, yielding smaller and faster burning fragments during composite solid propellant combustion.

The initially low melt viscosity can be utilised to good effect for the impregnation of all types of composite fabrics, yielding fibre volume fractions as high as 60%.

These last two variables were finally optimised by using central composite designs (CCD), yielding optimum n-hexane and dichloromethane volumes of 2.5 and 6.5 ml, respectively.