The potential of a corroding surface in an electrolyte relative to a reference electrode under open-circuit conditions.
在断路情况下，在与基准电极相关的电解液中，表面受到侵蚀的潜在可能性。
The current density and potential distributions were obtained by measuring the IR drop in electrolyte on the two kinds of negative plates.
利用测量电解液中IR降以计算电流密度的方法，测量了两种负极板的电流电势分布。
Potential variation of thin oil film in electrolyte is an electrochemical process.
薄层油膜在电解质中的电位变化是一个电化学过程。
The results indicate that the reducing reaction of electrolyte on the foil with rough surface is much visible than on that with shiny surface, the dissolution potential of matte copper foil is 0.
结果表明，电解液在毛面铜箔表面发生还原反应的程度比在光面铜箔表面显著，其阳极溶解电位比光面铜箔约低0。
Solid polymer electrolytes have emerged as an exciting class of novel electrolyte membrane materials with potential applications in solid-state batteries and other devices.
高分子固体电解质（SPE）是一类新兴的电解质薄膜材料，在固态电池和其它领域都有着极大的应用潜力。
Electrochemical results indicate that the kinds of the aqueous electrolyte, potential limit, scan rate, current density have influence on V2O5 capacitive performance.
电化学性能测试结果表明，水基电解液种类及浓度、电压范围、扫描速度、电流密度均对无定形V2O5电容性能产生影响。
The selection of conditions on controlled potential, the kinds of supporting electrolyte and so on lessns the background current and makes the standard deviation less than 0.
进行了控制电位、支持电解质种类等条件选择，使得测定背景电流小，标准偏差低于0。
The appearance of the polypyrrole nanowires is affected by polymerization potential, electrochemical method, pyrrole and electrolyte concentration and polymerization time.
聚吡咯纳米线的形貌受聚合电位、电化学方法、单体浓度、支持电解质浓度及聚合时间等合成条件的影响。
The high negative potential of lithium does make corresponding demands on the reduction stability of the electrolyte.
锂的负电位高，使得对电解质的还原稳定性需提出相应的要求。
The potential-time curves under constant current and cyclic voltammetry curves were measured, and the potential activation process of copper plating on iron substrate in cyanide electrolyte was shown.
进行了恒电流电位-时间曲线和循环伏安曲线的测定，显示了铁电极进行氰化物镀铜时，镀层沉积前铁表面的电位活化过程。
The process for minimising reoxidation includes applying an electrical potential to reduced material at least while the reduced material remains immersed in the molten electrolyte.
用于最小化再氧化的方法包括至少当还原材料仍然浸渍在熔融电解质中时对还原材料施加电位。
The origination potential of oxygen reduction reaction being more positive, larger electrolyte concentration and higher temperature could promote the reaction.
增加硫酸电解液浓度，开路电位正移，升高温度有利于反应进行。
The origination potential of oxygen reduction reaction being more positive, larger electrolyte concentration and higher temperature could promote the reaction.
增加硫酸电解液浓度，开路电位正移，升高温度有利于反应进行。
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