Sentence examples for an actuation from inspiring English sources

In particular, when the graphene resonator is actuated with an actuation amplitude of 5 fN, the parameter θ becomes θ = 0.75, indicating that the resonance behavior is highly nonlinear.

The nonlinear vibration of a graphene resonator actuated with an actuation amplitude p0 even in the order of 1 fN is attributed to the fact that the deflection amplitude of a graphene resonator is typically much larger than the thickness of a graphene resonator.

For a graphene resonator actuated by an actuation amplitude of 1 fN, the dimensionless parameter for a bare graphene resonator (i.e. N0 = 0) is in the order of 10, which indicates that the vibration behavior of a bare graphene is almost nonlinear oscillation.

A maximum flow rate of 1260μL/min is achieved for the petal-actuated diaphragm pump under an actuation voltage of 4 V, while in comparison, the pump with traditional diaphragm design generates no observable flow under the same voltage.

Paraffin which forms the actuating material is filled into an actuation cavity using dispensing methods.

On the other hand, when a graphene resonator is actuated by the amplitude of an actuation force in the order of >0.05 fN, the graphene resonator experiences nonlinear vibration (Figure 3a).

In this configuration, the actuator generates an eccentric actuation force on the structure and induces both axial and transverse motions.

A micro-hydraulic actuator using a novel actuation principle (termed hydrostatic actuation) for MEMS is presented.

Future microrobotic applications require actuators that can generate a high actuation force and stroke in a limited volume.

The system consists of a DC-motor, the transmission mechanism, a control actuation surface (fin), and a position feedback device.

This paper presents a novel architecture micropump based on a piezoelectric actuation with active valves and an integrated flow sensor.