The non-linear propagation of different kinds of ion-acoustic waves (IAWs) in multi-
component plasma involving proton beam, positive ions and isothermal electrons has been …

The propagation properties of ion acoustic waves (IAW) have been studied in magnetized
collisional dusty plasmas consisted by cold ions, charged dust and q-nonextensive velocity …

Both linear and weakly nonlinear dust‐acoustic (DA) solitons propagation are revisited in
the presence of adiabatically trapped‐nonextensive ions. A physically relevant distribution …

The propagation characteristics of solitons and double layers associated with the dust-
acoustic waves (DAWs) are studied in superthermal un-magnetized plasma through solitary …

The diagnostic of magnetized radio frequency complex plasma via probing techniques and
spectroscopy is challenging. However, a self-excited dust ion acoustic waves (DIAWs) have …

Observation of a dip in plasma density with the rise of ion plasma waves demonstrates the
process of detrapping electrons under the double-layer conditions in a DC glow discharge …

Employing the Sagdeev pseudopotential technique, we have investigated ion-acoustic
double layers (IADLs) in multicomponent plasma comprising adiabatic ions (positive and …

In this paper we have discussed the consequence of superthermal electrons and negative
ion concentration on the arbitrary amplitude ion-acoustic double layers (IA-DLs) for plasma …

The existence and polarity of dust acoustic double layers (DADLs) in a magnetized self-
gravitating opposite polarity dusty plasma (OPDP) have been investigated. The constituents …

The ion-acoustic Gardner solitons in negative ion plasma have been studied. The Gardner
equation is deduced by employing the reductive perturbation technique. We have …