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The response spectra decrease due to hysteretic damping effect of connections.
While the normalized power spectra decrease to −90 dB, the CPM signals with frequency pulses of raised cosine pulse and optimized pulse show the bandwidths of 6.8/T and 5/T, respectively.
The power spectra of the CPM signal with different frequency pulses are calculated and the normalized power spectra are shown in Fig. 4. The CPM signals with the proposed frequency pulse and the raised cosine pulse have high bandwidth efficiency when the normalized power spectra decrease to −60 dB.
For example, if the bandwidth is compared when the normalized spectra decrease to −80 dB, the CPM signals with frequency pulses of half-sine pulse, raised cosine pulse, and optimized pulse show the bandwidths of 7.8/T, 5.3/T, and 4.6/T, respectively.
For example, if the bandwidth is compared when the normalized power spectra decrease to −60 dB, the optimized CPM signal show a bandwidth of 3.2/T (when n=3, m=4), while the bandwidth is decreased by 2.43 times compared to the MSK signal, thus well inhibiting the out-of-band energy radiation of signals.
However, the relative weights of the peaks in the central region of the spectra decrease indicating a parallel reduction in the relative importance of these regions for the protein stabilization (data not shown).
Similar(53)
As the molar concentration of R6G decreases, the intensity of the Raman spectra decreases.
For this kind of transitions along eight equivalent Λ axes 〈111〉 direction of the Brillouin zone, the FWHM of the spectra decreases with the temperature decreasing.
After this point the slope of the spectra decreases up to E=1 eV, the minimum of the upper conduction sub-band.
The full width at half maximum of (002) spectra decreases for the GAZO films post-annealed in both vacuum and hydrogen microwave plasma are observed from Table 1.
Meanwhile, when x < 0.42, the intensity of the Raman spectra decreases significantly; the ГTO and the ITA/TO values increase, and the ωТО shifts to the lower frequencies.
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Justyna Jupowicz-Kozak
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