中国资源综合利用
中國資源綜閤利用
중국자원종합이용
CHINA RESOURCES COMPREHENSIVE UTILIZATION
2013年
11期
28-30
,共3页
张晓东%刘晓静%冷士良%刘兵%李宗磊
張曉東%劉曉靜%冷士良%劉兵%李宗磊
장효동%류효정%랭사량%류병%리종뢰
废干电池%锰锌铁氧体%锰%滴定法
廢榦電池%錳鋅鐵氧體%錳%滴定法
폐간전지%맹자철양체%맹%적정법
waste dry batteries%manganese zinc ferrite%manganese%titration
利用废干电池制取锰锌铁氧体过程中需要准确测定锰含量。以硝酸银作催化剂,采用硫酸亚铁铵滴定法测定锰含量,并对氧化剂用量、硝酸银用量、铁锌的影响等进行了试验。结果表明,该法操作简单、快速准确,锰回收率为98.7%~102.8%。
利用廢榦電池製取錳鋅鐵氧體過程中需要準確測定錳含量。以硝痠銀作催化劑,採用硫痠亞鐵銨滴定法測定錳含量,併對氧化劑用量、硝痠銀用量、鐵鋅的影響等進行瞭試驗。結果錶明,該法操作簡單、快速準確,錳迴收率為98.7%~102.8%。
이용폐간전지제취맹자철양체과정중수요준학측정맹함량。이초산은작최화제,채용류산아철안적정법측정맹함량,병대양화제용량、초산은용량、철자적영향등진행료시험。결과표명,해법조작간단、쾌속준학,맹회수솔위98.7%~102.8%。
Manganese content must be determined accurately in the process of preparing manganese zinc ferrite from waste dry batteries. A method is used to determine manganese content by titration of ammonium ferrous sulfate with silver nitrate as catalyst. Meanwhile, the dosage of oxidant and silver nitrate, as well as the effect on iron and zinc is tested. The results show that this method is simple, rapid and accurate. The recovery rate of manganese is in the range of 98.7%~102.8%.