These velocity waveforms were derived by integrating the accelerograms, shown in Fig. 2, by using a linear acceleration method in the time domain Fig. 4 Fourier amplitude spectra and spectral ratios.
The original array data are provided as Additional files 1, 2, 3, and 4. We derived the velocity waveforms by integrating the sensor-response corrected accelerograms with a linear acceleration method in the time domain (Fig. 3).
It has a very effective switching structure and composed of three modules, a motion acceleration detector, a pseudo-accelerometer output estimator, and a linear acceleration estimator.
Such a linear acceleration is a characteristic of self-similar rupture expansion in a three-dimensional problem.
Each trial lasted a maximum of 5 min, while the rotating rod underwent a linear acceleration from 4 to 40 rpm.
Conversely, high-frequency (shorter lasting) signals are interpreted as related to a linear acceleration.
In the presence of excess FGF19, the low level of kidney excretion of I-FGF19 showed a linear acceleration.
Each trial lasted for a maximum of 2 minutes, during which the Rotarod undergoes a linear acceleration from 0 to 50 r.p.m.
In order to secure the dynamic analysis credible, both a step-by-step linear acceleration algorithm and Wilson-θ method are employed in the solution process.
It is noteworthy that the number of Fos-ir DMCC neurons activated by vertical linear acceleration was significantly higher than that by horizontal interaural linear acceleration (Fig. 2).
