Sentence examples for atomic sheets from inspiring English sources
MoS2, a layered structure consisting of Mo and S atoms arranged in hexagonal structure of atomic sheets of molybdenum and sulphur atoms, attracts numerous attentions due to the excellent electrical, mechanical, and optical properties, such as satisfied bandgap, thermal stability, carrier mobility, and so on [10, 11, 12].
This work demonstrates the conversion of graphene oxide into BCN hybrid nanosheets by reaction with boric acid and urea at 900 °C, during which boron and nitrogen atoms are incorporated into the graphene atomic sheets.
A hexagonally arrangement of atomic sheets of MoS2 containing Mo and S atoms set as an S Mo S sandwich forms MoS2 monolayer.
"It has a layered structure, so it forms two-dimensional atomic sheets that are weakly coupled between them, and it's very different from what a conventional metal would look like," Comin says.
Positively charged atomic sheets of layered double hydroxide (LDH) such as hydrotalcite mineral with weakly bound anions have known intercalation and anion exchange properties, while reduced graphene oxide (rGO) are known to be negatively charged.
46) International Workshop on 2D Atomic Sheets, "Harnessing the Unique Usefulness of 2D Materials Through Scaling, Stacking, and Printing," College Park, MD, July 2017.
The single-layer atomic sheet of magnesium fluoride (MgF2) having 1H and 1T phase structure (hexagonal and tetragonal phase) has been calculated by density functional theory (DFT).
However, to be able to study the intrinsic properties of graphene or make an electronic device, the single atomic sheet is often required to sit or be grown on a semiconductor or metallic substrate [3, 4].
Graphene is similar to carbon nanotubes in that it has similar electrical, optical, and thermal properties, although the structure of graphene is two-dimensional atomic sheet different from carbon nanotubes [ 151].
Graphene is a single planar sheet structured carbon-based material, which is a single atomic plane of graphite, in a honey comb crystal lattice [ 149].
The main advantage of graphene oxide (GO) over its non-oxidized counterpart, is its ability to form stable solutions, due to exfoliation to single-atomic-layer sheets.
