蓄电池
蓄電池
축전지
CHINESE LABAT MAN
2014年
3期
126-128
,共3页
李立新%苏雨萌%叶奔%刘升%雷浩%方燕子
李立新%囌雨萌%葉奔%劉升%雷浩%方燕子
리립신%소우맹%협분%류승%뢰호%방연자
蓄电池%Pb-Ca-Sn-A1合金%腐蚀%轧制%热处理%晶界设计与控制
蓄電池%Pb-Ca-Sn-A1閤金%腐蝕%軋製%熱處理%晶界設計與控製
축전지%Pb-Ca-Sn-A1합금%부식%알제%열처리%정계설계여공제
lead-acid battery%Pb-Ca-Sn-Al alloy%chemical corrosion%rolling%heat treatment%grain boudary design and control
为研究确定热处理工艺对蓄电池用铅合金带腐蚀性能的影响，通过测定不同热处理参数条件下 Pb-Ca-Sn-A1合金于硫酸环境不同时间段里腐蚀重量的变化，并与未进行热处理试样的对比分析，结果表明：通过轧制和热处理工艺的有机结合，P b-C a-S n-A1合金带可以获得更为理想的抗腐蚀能力。
為研究確定熱處理工藝對蓄電池用鉛閤金帶腐蝕性能的影響，通過測定不同熱處理參數條件下 Pb-Ca-Sn-A1閤金于硫痠環境不同時間段裏腐蝕重量的變化，併與未進行熱處理試樣的對比分析，結果錶明：通過軋製和熱處理工藝的有機結閤，P b-C a-S n-A1閤金帶可以穫得更為理想的抗腐蝕能力。
위연구학정열처리공예대축전지용연합금대부식성능적영향，통과측정불동열처리삼수조건하 Pb-Ca-Sn-A1합금우류산배경불동시간단리부식중량적변화，병여미진행열처리시양적대비분석，결과표명：통과알제화열처리공예적유궤결합，P b-C a-S n-A1합금대가이획득경위이상적항부식능력。
The inlfuence of heat-treatment process on the corrosion performance of lead alloy strip used as battery grid manufacture was researched in this paper. The weight changes of Pb-Ca-Sn-Al alloy specimen in sulfuric acid with the corrosion time were measured, and a comparison and analysis with non-heat-treatment specimen was made in the meantime. The results showed that it is possible to obtain better corrosion resistance through a combination of rolling and heat-treatment parameters.
