Sentence examples for materials as a consequence from inspiring English sources

A mass spectrometer linked directly to the sample chamber facilitated analysis of gaseous products evolved from the materials as a consequence of irradiation.

In the first regime, at low εpl, no differences are observed among the response of the three materials as a consequence of the dominance of "austenitic-like" deformation mechanisms for all the materials.

Magnetic nanoparticles are commercially important materials as a consequence of their stability and striking magnetic property [1] and are applied widely in biological and medical areas, such as bioseparation [2], drug and gene delivery [3], quantitative immunoassay [4], and hyperthermia [5].

A potentially enhanced radiation resistance of nanocrystalline materials, as a consequence of the high density of interfaces and surfaces, has attracted much attention both to understand the fundamental role of these defect sinks and to develop them for high-radiation environments.

On the other hand, particles are the least efficient reinforcement material; as a consequence, property improvements are not outstanding.

In this case of fundal type GA, RAS (arrows) are filled by contrast material as a consequence of their communication with the gallbladder lumen.

The re-absorption of photons emitted in a semiconductor material as a consequence of radiative recombinations, a process referred to as photon recycling (PR), has been researched into for several decades because of its primary influence in increasing the minority carrier lifetime and related parameters.

Poly vinylidene fluoride) (PVDF) is a partially crystalline linear hydrofluorocarbon polymer exhibiting extraordinary electrical properties, ranging from those of a typical dielectric polymer to those of a versatile ferroelectric material, as a consequence of its crystalline structure and the abundance of polymorphic phases.

Methane emissions from plant tissue may be due to the transpiration of water that contains dissolved CH4 or due to the abiotic breakdown of plant material as a consequence of high-UV stress conditions (Nisbet et al., 2009), but the contribution of terrestrial plants to the global methane emission is considered to be small (Dueck et al., 2007).

Previous studies with use of biologically derived materials have shown inadequate incorporation and tensile strength of these materials and, as a consequence, resulted in high hernia recurrence rate [ 35, 36].

Part of the problem may also be that the authors have presented a lot of material (too much material?) and as a consequence, the presentation is not as clear or complete as it might be.