Passive and active means are sought to reduce the level of oscillation and eliminate the instability.
Small otoliths were also greatly influenced by changes in vaterite replacement, such that their maximum level of oscillation loss varied by 39% within one standard deviation from the mean.
In other cases, the aim is to extend the stability domain by reducing the level of oscillation induced by coupling between resonance modes and combustion.
Its power consumption has been simulated to be as low as 15.3 mW and the variation of its DC level of oscillation is 20 mV, which corresponds to 1.3% of its mean value.
Midline estimating statistic of rhythm (MESOR) is the mean level of oscillation that is the average value of the rhythmic function (e.g., cosine curve) fitted to the data.
The blue curve shows the model without (s_beta); this exhibits some small oscillations, whereas the light brown (no (s_{mathrm{Tsensor}})) and green (no (delta vec {B}_mathrm {Sun})) curves show much higher level of oscillations indicating they are inadequate to capture the behaviour of the measurements.
An analogous electronic waveform-shaping circuit is constructed by a series of genetic buffers to shape logic high/low levels of an oscillation input in a basic sinusoidal cycle and generate a pulse-width-modulated (PWM) output with various duty cycles.
At the same time, assuming ñ = 10, we find from (6) that n ∼ 10 is a characteristic quantum level of the oscillator excited by magnetic field, i.e., there are transitions from the ground level to upper energy levels of the oscillation spectrum of vertical BL.
For the analysis of daily rhythmic parameters, the body temperature data for each animal were evaluated for mean level, range of oscillation, acrophase (time of the daily peak), and rhythm robustness.
Indeed, by superimposing magnetic field that provides quantum oscillation mode of VBL pair in the domain wall of SD, we can form a q-bit with the ground state and another level of VBL oscillation spectrum, excited by magnetic field.
