Sentence examples for dispersed sheets from inspiring English sources

In contrast to conventional wet etching using noble metals, we performed a fundamental study on the chemical etching of a Ge surface assisted by dispersed sheets of reduced graphene oxide (rGO) in water with dissolved O2 molecules.

Transmission electron microscopy (TEM) of the dispersed sheets showed the systematic reduction of flake dimension with sonication time scaling as t-1/2.

Cytokeratin-reactive cells comprised a variable proportion of large-dimension polygonal cells– 1(d)) and occasional multinucleated cells dispersed in diffuse sheets or nests).

The resulting rGO sheets 0.5 to 1 μm in size were mostly single layer, and the randomly dispersed rGO sheets were interconnected between polymerized conductive PEDOT PTS chains.

Electron micrographs reveal well dispersed silicate sheets locating at the interface between small PS domains in the PMMA phase.

Moreover, the electrical nonlinearity of these composites is stronger than the carbon nanotube/nanofiber filled polymer system, resulting from the Zener tunneling effect between the uniformly dispersed SRG sheets.

The wide angle x-ray diffraction (WAXS) study confirms that the rGO sheets were uniformely dispersed as individual sheets in the PAN matrix.

With the purpose of the enhancement, we synthesized TiO2 GO sheet hybrids using titanium dioxide loading on graphene oxide sheets with the help of 3-aminopropyltriethoxysilane, and dispersing the sheets into epoxy resin at a low weight fraction of 2%.

A new concept to disperse graphene sheets without sonication, significant size reduction, and any further removal of intercalating materials, is demonstrated using ejection pressure of CO2 gas captured by water molecules dissolved in the interlayer of graphene and the ice structure surrounding it.

In these production methods, the key challenge involves the exfoliation of graphitic materials in a liquid that can disperse graphene sheets in a stable way.

It is clearly observed from SEM images in Fig. 4 that the Langmuir films from pure water show dispersed GO-SH sheets, while the films from DA subphase by photopolymerization reaction demonstrate crosslinked films with embedded GO sheets.