CAJ | 학술논문

研究导电聚苯胺作为海水电池正极性能,通过与镁合金负极组成电池进行电性能实验,并与 Mg/氯化银电池进行性能比较.结果表明导电聚苯胺作为海水电池正极具有较好的放电性能,其工作电压可达到1.2~1.35 V;导电聚苯胺自身的导电性使其在激活初始时期能在短时间内耐受较大电流;增加导电添加剂和减薄电极厚度后可增加 Mg/导电聚苯胺电池的电压稳定时间;导电聚苯胺与聚四氟乙烯溶液(5%wt)比例在3.7:1~4:1时有利于正极成型.
연구도전취분알작위해수전지정겁성능,통과여미합금부겁조성전지진행전성능실험,병여 Mg/록화은전지진행성능비교.결과표명도전취분알작위해수전지정겁구유교호적방전성능,기공작전압가체도1.2~1.35 V;도전취분알자신적도전성사기재격활초시시기능재단시간내내수교대전류;증가도전첨가제화감박전겁후도후가증가 Mg/도전취분알전지적전압은정시간;도전취분알여취사불을희용액(5%wt)비례재3.7:1~4:1시유리우정겁성형.
The performance of conducting polyamide for the seawater batteries cathode is studied. A battery performance experiments with magnesium alloy anode, and compares with Mg/silver chloride batteries. The results show that the conducting polyamide for the seawater batteries cathode has a good discharging performance. The working voltage is high upto of 1.2 ~ 1.35 V. The conductivity of conducting polyamide itself in the activation of the initial period can tolerate larger electric current in a short time. Voltage stability time of Mg/conducting polyamide battery can be increased by increasing the conductive agent additives and thinning thickness. The ratio between conducting polyamide to teflon solution (5% wt) ratio is 3.7:1 ~ 4:1 is good for the cathode shaped.