Sentence examples for motion of carbon from inspiring English sources

The twisting motion of carbon nanotube yarns is driven rapidly by the melting and expansion of a surrounding solid wax.

Controlling the motion of carbon nanotubes is critical in manipulating nanodevices, including nanorobots.

One hypothesis for this may be that higher amount of Fe could restrict the motion of carbon vapors towards cathode.

The reason is similar to that the introduced hydroxyl groups between surfaces can tune the motion of carbon nanotube.

When the hydroxyl groups' ratio on carbon nanotube and Si substrate are small (< 10%/20%), the motion of carbon nanotube depends on interface potential barrier and kinetic energy.

When the hydroxyl groups' ratio on carbon nanotube and silicon substrate surfaces is larger than 10 and 20%, respectively, the motion of carbon nanotube transforms from sliding to rolling.

However, the effect of introduced hydroxyl groups on the motion behavior of carbon nanotubes has not been reported until now.

Our study suggests a new route to control the motion behavior of carbon nanotube via hydroxyl groups.

Meanwhile, researchers studied the factors that might influence the motion behavior of carbon nanotubes, including the commensurate or incommensurate state between interfaces [12], the deformation of the carbon nanotubes [13 15], and the introduced groups such as hydrogens at the ends of a motor [16].

The motion behavior of carbon nanotube is influenced not only by the hydroxyl groups between interfaces but also by the velocity of carbon nanotubes, especially when an interfacial potential barrier is relatively low due to the small number of interfacial hydroxyl groups.

Reduction of height of the potential barrier for the carbon atom depending on the nickel atom position creates energetically favourable preconditions for the motion of the carbon atom to the surface in the direction of the nickel atom.