… various forms of motions will play an important role in future nanosystem applications.
Motion converters have been widely used for millennia to transmit actuator motion at different …

… Motion converters have been widely used for millennia to transmit actuator motion at … (c)
A linear motion to rotary motion converter using a DCHNB. (d) A transmission converting …

… motion based on nanohelices [3]. Helical nanobelts have the capacity to convert rotating
magnetic fields to translational motion … linear-to-rotation converters with a high conversion ratio …

… motion of a normal dual-chirality helical nanohelix with the same parameters as those of the
binormal SiGe/Si/Cr nanohelix. It … the actuation of the motion converters. A spring constant of …

… To make this method generally adapted to generate NHs made from various metals,
nanohelix electrochemical lithography is introduced, where the Pd NHs function as a second …

… in SiGe/Si and SiGe/Si/Cr nanohelices. Specifically, as the width … of strained semiconductor
nanohelices change under certain … , inductors, 18 and motion converters. Interestingly, when …

… The onset of plasmonic resonance in metal nanohelices has been described within the …
With this model, they calculated the electric field distribution along an Ag nanohelix, excited by …

… to the scratch drive actuator in order to switch between forward motion and turning motion. …
There are two phases to the motion, the contraction phase, in which there is rapid motion of …

… Furthermore, such resonances are mainly determined by the motion patterns of the electrons
… a) The simulated transmittance and current distributions of gold nanohelices under the …

… with mobile adatoms, such as metallic 2-turn nanohelices with a total height <100 nm (bottom …
Through co-evaporation of the source material with the dopant together, Ag nanohelices …