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The signal intensity of each peak is sensitive to the mobility and environment of that residue; upon binding to a TF, the effects of slower motion and of differing environment result in the signal of the corresponding peak decreasing.
Since there are as many phonon wavelengths as there are repeat units in any one direction, these satellites merge to produce a redistribution of intensity from the Bragg peak that diminishes in magnitude further from the peak (decreasing in phonon wavelength).
Phase 1 consists of an initial velocity peak, decreasing transiently to 0 at the end of phase 1 before a second angular velocity peak of opposite sign associated with phase 2, again decreasing to 0 at the completion of this phase (Domenici and Blake, 1997; Tytell et al., 2008).
Below this critical value, there is a single peak in the frequency response with the amplitude peaking at resonance and the peak decreasing as k decreases.
Similar(56)
That is, the peaking time decreases and the amplitude of the peak decreases as θ reduces.
However, intensity of the vibration peak decreases when xAg increases.
The intensity of the graphite Raman peak decreased as the sintering temperature increased from 1130 to 1350 °C.
Furthermore, the intensity of fluorescence emission peak decreases monotonously with the increasing gold nanoparticles content.
For all compositions, the FWHH of this peak decreases with increasing temperature and pressure (Fig. 3).
However, the intensity of vibration peak decreases when the atomic ratio Ag/(Ca + Ag) is 20%.
On compressive side, the first peak increases while the second peak decreases with pre-stress level.
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