Stability of Bottom Armoring Under the Attack of Solitary Waves

In particular, interval 4 is in a range which is potentially of physical inter- est, since it contains a slow magnetosonic family (warm case) (Mjølhus, 2006), which is the kind

It fol- lows that the proper nonlinearisation of the linear dispersive waves is bounded below in wavenumber space by | L | , and is, therefore, distinctly different from the analysis

Propagating along the magnetic field lines with a speed on the order of the elec- tron drift, they appear as positive potential pulses of the or- der of hundreds of volts and create

Positive potential pulses detected in the au- roral downward current region (Ergun et al., 1998a, 1998b, 1999) show features that are consistent with BGK electron mode solitary

Earth Planets Space, 52, 495?502, 2000 Automatic Waveform Selection method for Electrostatic Solitary Waves H Kojima1, Y Omura1, H Matsumoto1, K Miyaguti1, and T Mukai2 1 Radio

i) We have first investigate d the nonlinear properties o f dust-acoustic waves in a dust y plasma whose constituents are col d dust particulates and thermal ions having the

Experimental (symbols; ◦ , + and dots mark vectors from three neighbouring velocity columns) and computational (red solid line) velocity profile u ( z ) /c , and computational Ri ( z

In the classical use of this technique (Polya and Szego [8], Weinberger [15]), the integrands are quadratic, the equation is linear and the domain is bounded. However, the proof