“HEAD/TAIL PLASMON” PRODUCED BY A GAUSSIAN EJECTION VELOCITY PULSE

We present an analytic model of a collimated ejection with “single pulse” Gaussian velocity. This flow produces dense “head” (the leading working surface) joined to the outflow source by “tail” lower velocity material. For times greater than duration pulse, this tail develops linear radial vs. position structure. “head/tail plasmon” structure is interesting for modelling astrophysical “bullets” their sources structures “Hubble law” dependencies. study case law constant and density history, compare these two cases, find that main effect different histories change mass stratification plasmon tail.