CAJ | 학술논문

分别以SBS、EVA、LLDPE、LLDPE/EVA为基体，以聚苯胺/导电炭黑复合粒子为导电填料，采用机械共混法制备钒电池用复合电极板，研究不同基体复合电极板的拉伸性能及其在钒电池电解液中的电化学行为。研究结果表明：以EVA为基体的复合电极板具有较好的电化学活性及耐腐蚀性，更适合应用于钒电池中。
분별이SBS、EVA、LLDPE、LLDPE/EVA위기체，이취분알/도전탄흑복합입자위도전전료，채용궤계공혼법제비범전지용복합전겁판，연구불동기체복합전겁판적랍신성능급기재범전지전해액중적전화학행위。연구결과표명：이EVA위기체적복합전겁판구유교호적전화학활성급내부식성，경괄합응용우범전지중。
In this paper,the composite electrode plates for vanadium battery were prepared by mechani-cal blending,with SBS,EVA,LLDPE and LLDPE/EVA as the resin matrix respectively and PANI/CB composite particles as the conductive filler. The tensile properties and the electrochemical behavior in the electrolyte of the vanadium battery of the composite electrode plates with different matrix were studied. The experimental results showed that the composite electrode plate with EVA as the resin matrix had excellent electrochemical activity and corrosion resistance,and was more suitable for the vanadium battery.