On the basis of the structural and morphological studies, a possible rolling formation mechanism is proposed to explain the formation of Sb nanotubes.
As direct experimental evidences, the nanotube structures of half-rolled and wholly rolled lamellar layers can fully support the rolling formation of Sb nanotube from the above images of SEM and TEM.
Figure 1b schematically illustrated GO of the flat sheets, which rolling formation-like tubular structure in the manner of shock cooling by liquid nitrogen, which promoting the transformation from the original 2D flat structure gradually into 1D nanoscrolls.
In our experiment, when the suspension contained flexible GO nanosheets, the frozen casting in liquid nitrogen can result in the formation of a rolling 1D nanostructure around a reel due to the anisotropic crystallization of ice.
The Wave, a rolling network of rust-colored rock formations in the Arizona desert, attracts photographers from all over the world.
The appearance of distinct bands in some of the amplified lanes might be due to the formation of very large sized molecules after a rolling circle amplification of circular DNA tmeplates, which are beyond the resolution limits of agarose gel.
It investigates the mechanism of the capture condition formation for particles of loose material by the inclined walls of a cell for a rolling press.
Moreover, the stimulation of DNA synthesis by RPA might be explained by possible prevention of the formation of secondary structures and promotion of strand displacement, indicating that this reaction may even proceed via a rolling circle mechanism.
