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METHOD glow discharge between the liquid electrolyte and solid-state electrodes
METHOD glow discharge between the liquid electrolyte and solid-state electrodes
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机译:方法液体电解质和固态电极之间的辉光放电
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摘要
FIELD: electricity.;SUBSTANCE: in method for ignition of glow discharge between liquid electrolyte and solid-state electrolyte, which consists in establishment of electrolyte contact with solid-state electrode and supply of voltage to current contact jaw of liquid electrolyte and solid-state electrode, voltage between current contact jaw of liquid electrolyte and solid-state electrode increases stepwise in two stages, from which at the first stage voltage is supplied to current contact jaw of liquid electrolyte and solid-state electrode providing for current density of 0.5±0.25 A/cm2 in discharge, and at the second stage this value is 0.9±0.1 A/cm2. In initial condition liquid electrolyte and solid-state electrode are in contact with each other. There is no voltage at terminals. After the first stage of stepwise voltage increase, steam-gas shell is generated between liquid electrolyte and solid-state electrode. To generate such shell, it is necessary that current density is within the limits of 0.5±0.25 A/cm2. When current density is 0.5±0.25 A/cm2, steam generation starts, and steam-gas shell is produced.;EFFECT: improved stability and controllability of glow discharge ignition process between liquid electrolyte and solid-state electrode.;3 dwg
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机译:领域:电力。物质:用于点燃液体电解质和固态电解质之间的辉光放电的方法,该方法包括建立与固态电极的电解质接触并将电压提供给液体电解质和固态的电流接触钳口电极,液体电解质的电流接触钳口和固态电极之间的电压分两阶段逐步增加,从第一阶段开始,将电压提供给液体电解质和固体电极的电流接触钳口,提供的电流密度为0.5±0.25放电时为A / cm 2 Sup>,在第二阶段该值为0.9±0.1 A / cm 2 Sup>。在初始状态下,液体电解质和固态电极彼此接触。端子无电压。在第一阶段的逐步升高电压之后,在液态电解质和固态电极之间会产生蒸汽壳。为了产生这样的壳,必须使电流密度在0.5±0.25A / cm 2 Sup>的范围内。当电流密度为0.5±0.25 A / cm 2 Sup>时,开始产生蒸汽,并产生蒸汽气壳。效果:提高了液体电解质与固态之间辉光放电点火过程的稳定性和可控性电极。; 3 dwg
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