Morphology investigation indicates that the doped graphene is of few-layered thickness, and the prepared films exhibit layered structure through cross-section.
Packing of the molecules when viewed down along the a axis indicates that the molecules exhibit layered stacking and several hydrogen bonds as seen in Fig. 3.
Compounds 1, 2, 4 and 5 exhibit layered structures with two-dimensional networks of hydrogen bonds from which the organic tails point out.
Analysis of the crystal structures and packings were analyzed in details, showing that the INH salts exhibit layered structures stabilized by NH⋯O, CH⋯O and π···π interactions.
For example, several genes have been shown to exhibit layer- and area-specific expression profiles during development or in adulthood [5], [10], [11], [13] [23].
As expected, these tests have exhibited layer thickness influence on onset stress.
This is particularly true when the solution exhibits layer type behavior, i.e., there are narrow regions of rapid variation.
These protrusions still exhibited layer-like features in the initial stage.
The dotted lines indicate hydrogen bonds Fig. 3 A crystal packing of complex 1 exhibiting layered stacking when viewed (perspective) along the crystallographic a axis.
With regard to mechanical properties, the microhardness and wear resistance of the Fe Co B Si C Nb amorphous composite coating also exhibited layered characteristics.
