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The exact frequency cannot be determined.
For example, in radio-interferometry the spatial frequency cannot be chosen at random.
In addition, the excitation frequency cannot be the same with the natural frequency of the cantilever.
SPP modes with lower frequencies than this cutoff frequency cannot propagate along the waveguide.
This makes it clear that a frequency cannot be reused among the repeaters.
The frequency cannot be measured around 1200 2500 s where the signal is too week.
Similar(19)
Second, consider an argument that frequencies cannot capture the relational structure among the pitches.
Therefore, the information encoded in these high frequencies cannot be recovered by any reconstruction technique.
In other words, the two frequencies cannot maintain equilibrium once they are equal to each other.
It is shown that the vibration at these resonance frequencies cannot be suppressed using a simple velocity feedback control strategy.
The results show that the cut-off frequencies cannot be influenced by the small size of carbon nanotubes.
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