Sentence examples for generator rotation from inspiring English sources

Thus, in the design stage of the power technology based on the horizontal axis river current, the turbine rotational speed characteristics should conform to that of the generator rotation speed; otherwise, the rate on the flux change will fail to meet its requirement, and thus, the energy production in the generator is highly possibly unsatisfactory, resulting in an inefficient power technology.

This regenerative damper can transform the reciprocating suspension vibration into unidirectional generator rotation, and meanwhile achieve approximately asymmetric rebound/compression damping force in a wide controllable region.

Finally, we decompose the discrete triangle velocity gradient into trace v k k m, traceless, symmetric part v ∼ i j m, and antisymmetric part ω m : (17) v i j m = 1 2 v k k m δ i j + v ∼ i j m − ω m ϵ i j, with the generator of rotations defined by (18) ϵ = (0 − 1 1 0 ).

The framework consists of a rule-based rotation generator and a set of algorithms to calculate impact indicators.

In this study a novel rotation generator of hydrodynamic cavitation is presented, which is used as a tool for pharmaceuticals removal in water.

Its membrane-embedded F0 sector has a rotation generator fueled by the proton-motive force, which provides the energy required for the synthesis of ATP by the F1 domain.

Here (hat {mathbf {n}}(t cdot boldsymbol {sigma }equiv n_{x}hat {sigma }_{x}+n_{y}hat {sigma }_{y}+n_{z}hat {sigma }_{z}) is the rotation generator, (hat {mathbf {n}}(t)inmathbb{R}) is a unit vector defining the instantaneous axis of rotation, and (Omega(t)) is the instantaneous rate of rotation (Rabi rate) for the Bloch vector.

The rotation generator (hat {sigma }_{hat {mathbf {n}}} equiv hat {mathbf {n}}cdot boldsymbol {sigma }equiv n_{x}hat {sigma }_{x}+n_{y}hat {sigma }_{y}+n_{z}hat {sigma }_{z}) produces a rotation though an angle θ about the axis defined by the unit vector (hat {mathbf {n}}inmathbb{R}^{3}).

Modern wind turbines extract energy from the wind, mostly for electricity generation, by rotation of a propeller-like set of blades that drive a generator through appropriate shafts and gears.

This work presents a new platform of hybrid generators for harvesting rotation energy in broad frequency band and building up self-powered wireless sensing systems.

The resulting equations are solved by splitting the reaction and advection steps so as to allow the combination of numerical techniques from quantum mechanics and computational fluid dynamics by identifying the skew-hermitian reaction matrix as a generator of unitary rotations.