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This article presents the experimental observations and characterization ofIon Acoustic Soliton (IAS) in a unique Multi-pole line cusp Plasma Device (MPD)device in which the magnitude of the pole-cusp magnetic field can be varied.And by varying the magnitude of the pole-cusp magnetic field, the proportionsof two-electron-temperature components in the filament-produced plasmas of MPDcan be varied. The solitons are experimentally characterized by measuring theiramplitude-width relation and Mach numbers. The nature of the solitons isfurther established by making two counter-propagating solitons interact witheach other. Later, the effect of the two-temperature electron population onsoliton amplitude and width is studied by varying the magnitude of the polecusp-magnetic field. It has been observed that different proportions oftwo-electron-temperature significantly influence the propagation of IAS. Theamplitude of the soliton has been found to be following inversely with theeffective electron temperature (Teff)

Behaviour of Ion Acoustic Soliton in a two-electron temperature plasmas of Multi-pole line cusp Plasma Device (MPD)