蓄电池
蓄電池
축전지
CHINESE LABAT MAN
2014年
1期
41-44
,共4页
牛义生%陈志雪%李亚辉%张志伟%任建华
牛義生%陳誌雪%李亞輝%張誌偉%任建華
우의생%진지설%리아휘%장지위%임건화
铅酸蓄电池%快速化成%电流密度%蓄电池性能%电池化成
鉛痠蓄電池%快速化成%電流密度%蓄電池性能%電池化成
연산축전지%쾌속화성%전류밀도%축전지성능%전지화성
lead-acid battery%quick formation%current density%battery performance%container formation
根据电极活性物质结构特点及其在化成充电过程中的反应特性，试验研究提高电池化成中的电流密度，缩短充电时间，实现快速化成。并通过实例，验证了提高电流密度对电池化成过程及电池性能的影响。
根據電極活性物質結構特點及其在化成充電過程中的反應特性，試驗研究提高電池化成中的電流密度，縮短充電時間，實現快速化成。併通過實例，驗證瞭提高電流密度對電池化成過程及電池性能的影響。
근거전겁활성물질결구특점급기재화성충전과정중적반응특성，시험연구제고전지화성중적전류밀도，축단충전시간，실현쾌속화성。병통과실례，험증료제고전류밀도대전지화성과정급전지성능적영향。
According to the structural characteristics and the reaction characteristics of the active material in the formatting process, the current density during the container formation was increased and the charging time was shortened in the experiment, in order to realize the quick formation. And through an example, the effects of the increase of current density on the formation process and performance of lead-acid battery were veriifed.
