Sentence examples for time of oscillation from inspiring English sources

One of the experimental procedures employs the relation between the period (time) of oscillation of a torsion pendulum and the moment of inertia of the suspended mass.

That brilliant work contained a theory on the mathematics of curvatures, as well as complete solutions to such problems of dynamics as the derivation of the formula for the time of oscillation of the simple pendulum, the oscillation of a body about a stationary axis, and the laws of centrifugal force for uniform circular motion.

Large β leads to over-damping, which results in slow convergence and susceptibilities to local minimum; on the other hand, small β leads to under-damping, which causes a long time of oscillation and slow convergence.

The number of oscillations (n) and whole time of oscillations (t) described the ease of knee motion.

n: number of oscillations, t: whole time of oscillations, T: period of oscillations (T = t/ n), λ: logarithm decrement of suppression (λ = ln⁡ X2/ X4, where X2 is a second amplitude during oscillations and X4 is a fourth amplitude during oscillations, β: suppression index (β = λ/ T).

A similar method in [24] utilizes the PMU data to locate the source, which employs the least mean square method to estimate the time differences of oscillation arrival times between different locations.

Examples of these online WAMS applications include the real time estimation of oscillation parameters (e.g. inter area oscillations), the dynamic rating of transmission lines, and hybrid and linear state estimation.

Fig. 7A shows the time dependence of oscillation periods when groups of bacteria were exposed to different Ca++ concentrations at pH = 7.0.

However the time scale of oscillation of intracellular calcium or calcium-dependent currents is in the order of seconds to minutes, whereas oscillations in osteoclast numbers occur with the periodicity in the order of days, suggesting that the association between the two phenomena is unlikely.

Figure  6 plots the time course of oscillation and peristalsis during yakuchinone A treatment.

Detailed analysis of the time course of oscillation components in the two models showed that the longer total period in the reporter-containing model was mainly derived from the period where the rate of protein decay exceeded that of protein production.