蓄电池
蓄電池
축전지
Chinese Labat Man
2015年
5期
206-208,246
,共4页
刘志鹏%张凯%马永泉%顾大明%强亮生%吴永新%王振波
劉誌鵬%張凱%馬永泉%顧大明%彊亮生%吳永新%王振波
류지붕%장개%마영천%고대명%강량생%오영신%왕진파
铅酸蓄电池%内化成%传荷阻抗%传质阻抗%真实表面积%正极板
鉛痠蓄電池%內化成%傳荷阻抗%傳質阻抗%真實錶麵積%正極闆
연산축전지%내화성%전하조항%전질조항%진실표면적%정겁판
lead-acid battery%container formation%charge transfer impedance%mass transfer impedance%real surface area%positive plate
从电化学角度解析内化成过程充电阶段，研究正极板阻抗变化和极板真实表面积的变化规律。实验结果表明：蓄电池在不断充电化成过程中，传荷阻抗和传质阻抗都不断减小，而正极板活物质的真实表面积不断增大。
從電化學角度解析內化成過程充電階段，研究正極闆阻抗變化和極闆真實錶麵積的變化規律。實驗結果錶明：蓄電池在不斷充電化成過程中，傳荷阻抗和傳質阻抗都不斷減小，而正極闆活物質的真實錶麵積不斷增大。
종전화학각도해석내화성과정충전계단，연구정겁판조항변화화겁판진실표면적적변화규률。실험결과표명：축전지재불단충전화성과정중，전하조항화전질조항도불단감소，이정겁판활물질적진실표면적불단증대。
We analyze the process of container formation from the perspective of electrochemistry, and study the change of the impedance and the change of the real surface area on the positive plate. The results show that during the process of formation charging, the mass transfer impedance and charge transfer impedance continue to decrease, and the real surface area of the active material of the positive plate increases.
