The magnetodynamic interactions with ion conducting polymers

Summary form only given. The polymers such as BIS(DITIIIZONATE) Titanium(IV) Cp/sub 2/ Ti(HD/sub 2) & TiCl/sub 2/(HD/sub 2/)/sub 2/ etc. possess subionic characteristics in normal solid state. However the magnetodynamic treatment under organic solvent, profundly promotes their ionic activity transforming them to be superionic. The magneto potential over such polymeric systems reveals to possess on oscillatory character with magnetic field. The parameters like R/sub H/_factors, ionic drift and Hall mobilities carrier distribution etc. have been computed. The carrier-ionic concentrations when plotted with magnetic field also shows oscillatory behaviors. The first and second derivatives of R/sub H/ factors seems to prove Sh-dH-oscillations even at room temperature which was a low temperature phenomenon. The imphase & quadrature susceptibility component may also be plotted and compared with the prevailing superionic solids and solid electrolytes. The interesting characteristics and this study seems to prove the Ti(IV) polymeric systems to be the future alternate of Si(IV) technological world.