Sentence examples for large scale dispersion from inspiring English sources

Other important examples are gas explosions and large scale dispersion of hazardous materials in urban places, cities or underground involving obstacles such as buildings and various infrastructures.

The sputtered sample clearly demonstrates large-scale dispersion on high resistance values caused by sputtered ionized particle (Ar+) damage from the voltage-mode operation.

Although the dispersion of CNTs in polymer matrices is a challenging process, several methods have been reported as suitable techniques for large-scale dispersion of CNTs in polymer matrices including melt blending, extrusion, latex polymer technology (Choudhary and Gupta 2011; Ma and Kim 2011).

The first step corresponds to accurately reproduce the large scale spray dispersion.

Similar to the known effect of deformation of compacted nascent PTFE dispersion particles, large scale shear of dispersed dispersion particles can lead to nano-fibrils of indefinite length for both standard size resins and nano-emulsions, of both high and low molecular weight.

Since the Al2O3 nanoparticle is a safe material, can be simply produced in large scale, and its dispersion in base fluids often have an excellent stability, alumina-based nanofluids have received high attention in various thermal processes.

For any large scale integration application, the dispersion should definitely be much smaller than 10%.

We present a simple and inexpensive green route for large scale production of exfoliated graphene dispersions exploiting the non-covalent surface chemistry between graphene and perylene tetracarboxylate (PTCA) aromatic semiconducting surfactant.

The COSHER joint industry project involved the conduct of large scale experiments to provide release and dispersion data under well-defined conditions, studying the full bore rupture of a CO2 dense phase high pressure underground pipeline at large scale.

It is shown that for large displacements an increase of pore scale dispersion leads to a decrease of average front spreading in case of nonlinear adsorption.

This approach is validated in this study, by comparing numerical predictions with large-scale gas dispersion experiments carried out in DNV GL's Spadeadam test site.