Sentence examples for effective frequency of the from inspiring English sources
The results show that the effect of the spanwise gust and blade sweep are very similar and reduce the effective frequency of the incoming gust.
The strength, the type of coupling between the quantum system and classical controller and the effective frequency of the controller emerge as crucial factors in shaping the nature and extent of the control.
Considering transmission frequency of the mud pulse signal is 0.5 Hz, and the effective frequency of the mud pulse signal is 0.2 Hz ~ 1 Hz, noise frequency that the mud pulse signal contains is larger than 1 Hz; design a low-pass digital filter with 1 Hz cut-off frequency can effectively eliminate noise signal.
It is shown that in the limit when reaction is controlled by the solvent dynamics the effective frequency of the medium fluctuations consists of the sum of two contributions the contribution of the solvent dipoles rotation and the contribution of the solvent polarization diffusion.
Indeed, the same Gaussian free energy dependence as in Marcus theory was obtained by Hopfield, but kB T was replaced by (1/2)λℏωcoth(ℏω/2 kB T), where ω is the effective frequency of the nuclear oscillator.
(6) (7)Here, Δν (AKARI band) stands for the frequency range of the AKARI bands, and ν @GALEX band) stands for the effective frequencies of the GALEX bands.
This prediction is founded on three factors: firstly, that inbreeding reduces effective population size relative to outbreeding populations; secondly, high homozygosity reduces the effective frequency of recombination throughout the genome; and thirdly, isolation between populations is increased with inbreeding [ 4].
The number of interventions required to complete each virtual patient was counted, yielding a distribution of solution lengths that were then rank ordered by appearance frequency, and the effective frequency of a "space" was determined within the dataset.
The basic idea of both schemes is to establish a resonance condition between the induced effective frequency of a driven NV spin and the Larmor frequency of nuclear spins, via tuning either the inter-pulse time interval (in pulsed schemes) or the Rabi frequency of microwave driving field (in continuous driving schemes).
The cavity length is found to be the most crucial parameter that determines the effective frequency range of the ossicular silencer.
Using these solutions, critical bifurcations in the parameters׳ space are identified and used to define an effective frequency bandwidth of the harvester.
