Sentence examples for clay coating from inspiring English sources

In addition, various lithologies, including the floating mudstone clasts within the massive sandy-debris-flow sandstones, the clay coating of the mud-coated intraclasts, the muddy-debris-flow mudstones (dark gray silty mudstone) that are usually associated with the sandy-debris-flow sandstones, and the semi-deep lake laminated shale, were selected for sampling.

It was shown that the clay coating in the Middle Valday of the pedocomplex is a part of the Holocene soil formation.

The values of R obtained for the oscillator with the clay coating were larger in lower concentrations of Na2SO4 electrolyte than in higher ones, in contrast to the case of the oscillator without the clay coating where R increases with the electrolyte concentration as expected from a hitherto proposed theory.

The piezoelectric admittance measurements of the quartz crystal oscillators with and without a montmorillonite clay coating have been carried out over the frequency range covering the area of the resonant frequency of each oscillator system.

Clay modified electrodes were then tested for the reduction of hydrogen peroxide under different conditions: in acidic medium without redox mediator, in phosphate buffer solutions (pH 7 or 8) with a redox cation (methyl viologen, MV2+) or a biomolecule (hemoglobin, Hb) absorbed within the clay coating.

His globular forms in clay, coated with many layers of acrylic paint and then sanded to speckled, smooth, lustrous finishes, are a little goofy and a lot beautiful.

The microstructure of the iron oxide nanoparticle decorated organoclay (i.e. clay coated with hydrocarbon moieties) is also examined using high resolution TEM (HR-TEM).

Fig. 9 a Storage modulus and loss modulus versus strain of the fluids containing CTAB-treated coatedoated with OA-treated magnetite nanoparticles and, b storage modulus and loss modulus versus strain of the fluids containing OA-treated magnetite nanoparticles; the oscillatory measurement was conducted with and without magnetic field 0.38 T.

This polymer-clay coating is applied by airbrushing an aqueous BPEI/MMT mixture onto any substrate.

With this approach, application time is significantly reduced in comparison to other techniques (e.g. layer-by-layer assembly), and the structure of the polymer-clay coating is finely tuned by controlling the polymer-clay ratio.

Here, we present a polymer-clay coating made from branched polyethylenimine (BPEI) and montmorillonite (MMT) clay as a potential CCC substitute, and we examine this for the corrosion protection of AA2024-T3.