Sentence examples for degree of oscillation from inspiring English sources
The phrase 'degree of oscillation' is correct and can be used in written English
You can use it to describe the range or amount of a periodic fluctuation or variation in values. For example: "The degree of oscillation of the stock market over the past 10 years has been greater than in any other decade."
One can see clearly that the degree of oscillation decreases as k increases, as is predicted by our analysis.
Of specific importance is the degree of oscillation damping exhibited by the core during transients, which involves axial variations in the local power density.
Four important issues are considered in developing control schemes, including: (1) economics; (2) steady-state deviation of key product purities; (3) controllability in terms of degree of oscillation and settling time; and (4) feasible region of disturbances for effective control.
The patterns created by noises of several SNRs can be observed on the log-energy sequences of an underlying clean utterance in the Aurora 2.0 database, as shown at the top of Figure 2. We can see that the degree of oscillation of the speech feature sequence increases with the noise level.
In fact, by a simple calculation, it is easy to see when (d_{1}=d_{2}=d_{3}=0) that the oscillation of the rumor propagation is 2.7396 and the oscillation decreases to 2.5639 when (d_{1}=0.2), (d_{2}=1), (d_{3}= 2), which means the mobility of nodes decreases the degree of oscillation of the rumor propagation.
(Interestingly, lesion type appeared to depend on the degree of oscillation of the shear).
Taken together, these observations suggest that the stem cell state is composed of a discrete set of sub-states with a substantial degree of oscillations in gene expression, which includes genes thought of as central regulators of stem cell fate.
The degree of synchronous oscillations between pairs of time series was also evaluated by computing a frequency domain measure known as coherence, defined as: where S x(f) and S y(f) are the multitapered power spectrum estimates of the time series x n(t) and y n(t) averaged over n repetitions, respectively, and S yx(f) is the cross-power of these 2 time series.
This paper is concerned with one-degree-of-freedom aeroelastic oscillations of a seesaw- type structure in a steady wind flow.
The results indicate that better ballistic repeatability is achieved with the stepped-wall structure for the combustion chamber of the BLPG and a useful degree of controlling pressure oscillation is also achieved by this stepped-wall geometry.
They found that the Magic Wand displayed a high degree of movement and oscillation.
