Propagation of various K-dV solitary waves in an inhomogeneous two temperature electron plasma

Despite several observations on soliton propagation in plasmas a satisfactory account in actual situations is still needed. As a sequel to the observations in laboratory plasmas, we consider a generalized multi-component inhomogeneous plasma embedded by a simple effect of ionization with a view to bringing out the salient features of soliton structures most expeditiously in relation to the interest there could be in laboratory plasmas. Based on the occurrence of various plasma situations in nature, the Boltzmann relation is modified to take account of the non-isothermality of the plasma and later the results have been used to provide an adequate theoretical basis for observing an enhancement in the soliton propagation for providing a theoretical basis for future experiments.