The reasons for the efficiency of this frequency range are not clear but it is possible that this frequency allows for the full activation of perisynaptic mGluR5 [46].
Note that the LP estimator and UQDE are not designed to work for this frequency.
The area of antenna A for this frequency was estimated as ( A=frac{lambda^2}{left(4pi right)}=3.7*{10}^{-3}{mathrm{cm}}^2 ).
A general procedure is provided for this frequency domain analysis and design.
Respectively, the expressions for this frequency in this study are quite different from those in Miura et al. (1989).
This choice is determined by readily available microwave devices and techniques for this frequency band, such as low noise cryogenic amplifiers, down converters, network analysers, among others.
Since detailed performance curves for this frequency are not available, the use of published 50 Hz curves and the Affinity Laws is required.
For this frequency, the error is caused mainly by the transient behaviour of the filters contained in the IEC flickermeter, which becomes non-negligible for interharmonic frequencies very close to the fundamental.
This allows for this frequency to become the phase crossover frequency in the closed-loop system with a PID controller if the tuning rules are formulated as non-parametric rules in terms of the "ultimate frequency" and "ultimate gain".
In order to account for this frequency dispersion, both simulations and experiments were performed to explore the influence of a recessed electrode on the local and global impedance response.
It's normal for this frequency to change depending on what we drink throughout the day, as healthy kidneys will create more urine with increased fluid intake.
