We found that the system supports the compressive as well as rarefactive excitations (solitary and double-layer structures), due to the particular set of plasma parameters.
Ion acoustic solitary waves and double layer structures are studied in a bi-ion plasma consisting of cold and warm fluid ions and quantum electrons.
Ion acoustic solitary waves and double layers in a dense e p i magnetoplasma have been studied by Chatterjee et al. [20].
The existence of solitary waves and double layers is shown to be dependent on the different parameters such as quantum parameter, ion concentration and ion temperature in detail.
For the last many years, various types of nonlinear structures such as solitary waves, shocks, double layers and vortices have been studied theoretically as well as experimentally under different plasma conditions.
Propagation of dustion acoustic solitary waves (DIASWs) and double layers is discussed in earth atmosphere, using the Sagdeev potential method.
Here, our aim is the study of solitary as well as double-layer structures in a bi-ion plasma, consisting of warm ions, cool ions and Maxwellian electrons.
There are more than a thousand known planetary nebulae, and few have the simple, spherical shape that would be expected from the dying gasps of a solitary star expelling its outer layers.
Suntoyo and Tanaka have used a boundary-layer approach to assess bed stress under solitary waves.
Sahu and Singha [52] investigated the arbitrary amplitude ion acoustic solitary waves as well as double-layer structures for an ultra-relativistic degenerate dense plasma comprising cold and hot electrons and inertial ultra-cold ions.
