2002 · 12 citations · 2 references
Natural SciencesElectrical EngineeringMaterials ScienceEnergy MaterialsTransport PhenomenaDielectric MaterialsDielectric PropertiesDielectric ResponseDielectricsEnergy StorageEnergy Storage MaterialsDielectric Charging EffectsDielectric Energy StorageDielectric Properties Of FluidsDielectric StrengthEnergy DensityEnergy ReleaseEnergy Release RatePulse Release
Our study is intended to increase the energy density of liquid dielectric energy storage to about 1 MJ per cubic meter in large volumes of liquids with charging times up to 50-100 /spl mu/s. To accomplish this, we studied different physical processes limiting the pulse energy density in liquid dielectrics.
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