Thermo-dielectric effect

The thermo-dielectric effect is the production of electric currents and charge separation during phase transition.The Brazilian physicist observed that solidification and melting of many dielectrics are accompanied by charge separation.A thermo-dielectric effect was demonstrated with carnauba wax, naphthalene and paraffin.Effect was measured by many researches - Bernhard Gross, Armando Dias Tavares, Sergio Mascarenhas etc.César Lattes (co-discoverer of the pion) supposed that this was the only effect ever to be discovered entirely in Brazil.
electric currentschargephase transitionphysicistsolidificationmeltingdielectricscarnauba waxnaphthaleneparaffinfreezingelectrical stormphenomenonSergio MascarenhasCésar LattesBrazilBibcodeStates of matterLiquidSupercritical fluidPlasmaBose–Einstein condensateFermionic condensateDegenerate matterQuantum HallRydberg matterStrange matterSuperfluidSupersolidPhotonic moleculeQCD matterQuark–gluon plasmaColor-glass condensateColloidCrystalLiquid crystalTime crystalQuantum spin liquidExotic matterProgrammable matterDark matterAntimatterAntiferromagnetFerrimagnetFerromagnetString-net liquidSuperglassPhase transitionsBoilingBoiling pointCondensationCritical lineCritical pointCrystallizationDepositionEvaporationFlash evaporationChemical ionizationIonizationLambda pointMelting pointRecombinationRegelationSaturated fluidSublimationSupercoolingTriple pointVaporizationVitrificationEnthalpy of fusionEnthalpy of sublimationEnthalpy of vaporizationLatent heatLatent internal energyTrouton's ruleVolatilityBaryonic matterBinodalCompressed fluidCooling curveEquation of stateLeidenfrost effectMacroscopic quantum phenomenaMpemba effectOrder and disorder (physics)SpinodalSuperconductivitySuperheated vaporSuperheating