Sentence examples for techniques of dispersion from inspiring English sources

Masonry bond is affected by many parameters such as the type of mortar used, the techniques of dispersion of mortar and the surface texture of the concrete blocks.

It is well known that the bond characteristics of masonry depend upon the mortar type, the techniques of dispersion of mortar and the surface texture of concrete blocks; there exists an abundance of literature on the conventional 10 mm thick cement mortared masonry bond; however, 1 4 mm thick polymer cement mortared masonry bond is not yet well researched.

A novel technique of dispersion, stretching and alignment of carbon nanotubes (CNTs) in an epoxy resin has been developed based on chronoamperometry.

In this paper, we study fluid infiltration approach and rod filling technique for dispersion engineering of a photonic crystal fiber (PCF) composed of As2S3-Chalcogenide glass.

We also consider the application of the technique to dispersion relation preserving methods, and we construct and test artificial dissipation operators.

Hence, the result of dispersion techniques mostly used and adopted to produce well-dispersed CNTs in either aqueous and/or organic media are typically dispersions of differently sized tubes.

This review provides an overview of the current progress in the fabrication of alginate hydrogels with various particle designs, including a discussion of dispersion techniques to pre-template alginate particles, gelation mechanisms, considerations in selecting suitable fabrication methods, and future directions.

Therefore, two-step method is more widely used due to the great adaptability and substantial improvement in the dispersion techniques of TiO2 nanoparticles.

With the development of cell dispersion techniques of interstitial cells, the cell-specific functional significance will require further analysis.

Particulate silica generated in situ has recently been acknowledged as a useful technique to solve the problem of dispersion of silica in non-polar rubber matrixes.

Morphology and microstructure of the untreated and nitrided samples were studied by means of microscopy techniques, energy dispersion spectroscopy and X-ray diffraction analysis; microhardness measurements and corrosion resistance tests were also performed.