However, for higher-order radial modes it falls off as the overlap of the interacting wave functions decreases.
The amplitude of these wave packets is also determined by initial conditions, and decreases with (38b).
As f falls below unity p0 /f 2 increases and 0 f decreases.
In opening up the torus, the non-circularity of the cross section is assumed small and decreasing to zero with increasing diameter of the torus.
They found that the amplitude of the dust-acoustic soliton structures decreases significantly with an increase in the dust streaming velocity.
If p c, the spectrum shape has a falling form : the first harmonic is maximum, then the amplitude decreases as n increases.
As 2 decreases, the amplitude of the soliton is enhanced.
Rapidly decreasing separation between adjacent bifurcation points did not allow the identification of higher periodicities.
