Recently, DS/CDMA with frequency domain equalization (FDE) has attracted much attention for its ability to obtain an excellent performance even in strong frequency selective fading channels.
Screening effect is strong in the microwave range, and it decreases with increasing frequency resulting in a strong frequency dependence of the effective conductivity of the composite.
This property simplifies equalization, as only ICI remains, but on the other hand reduces frequency diversity in channels with strong frequency selectivity.
A rapid increase in complex permittivity and strong frequency dependence characteristics was observed for the composite filled with high content of TiC.
This is in contrast to a strong frequency effect of SP on preBötC slices.
Indeed, LFP responsiveness to novelty in A0023 was also defective, most resembling D0067 by the absence of a strong frequency component in the LFP response (Figure 3D).
Such strong frequency dispersion in dielectric constant appears to be a common feature in ferroelectrics associated with non-negligible ionic conductivity.
Dark lines indicate existence of strong frequency components in the spectrum.
Such strong frequency dispersion in the dielectric constant appears to be a common feature in ferroelectrics associated with non-negligible ionic conductivity.
The presence of strong frequency aliases in the power spectra of so many chromossomes is presently unique to P. falciparum.
