E. V. Yanshin, S. Korobeynikov, I. T. Ovchinnikov, S. Sarin, K. V. Yanshin, V. Kopylov, A. Klepikov
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引用次数: 11
Abstract
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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