We provide the phase diagram of shapes in the microcirculation.
This number is then integrated to provide the phase error, whose average is forced to be zero by the loop.
The phase difference between records of different sensors is calculated for all frequencies which in turn provide the phase velocity of that frequency, as the distance between the sensors is known.
The structure of this ANF that is similar to that of a phase-locked loop (PLL), however, differs in the method of phase detection by incorporating an adaptive law to provide the phase and frequency discrimination.
The daily averages are obtained from the non-missing entries each day, and are then combined to provide the phase average the same way as the daytime activity count.
Each island ensures observability and provides the phase angle difference between adjacent stations using the WAMS.
Table 2 provides the phase composition of such sample together with the structural information about the new metastable phase.
The function (mathcal{P}) provides the phase as a function of the time since phase 0 was crossed.
The ring-cavity provides the phase shifts needed to achieve a flat-top spectral passband at the output.
The experimental results can quantitatively be predicted by a model published earlier, provided the phase dimensions are measured separately.
