摘要
在一定条件下,以氯酸镁氧化Mn2+沉积法制化学MnO2(简称(CMD),对其进行MnO2含量、视密度、肼指数、放电性能以及红外与差热等分析。结果表明,制得的CMD电化活性较高,有望替代电解MnO2(简称EMD)作为干电池的阴极活性材料。
Mn 2+ is oxidized by Mg(ClO 3) 2 under certain conditions.The MnO 2 sample so obtained are characterised by chemical analysis (such as MnO 2 contents,apparent density,hydrazine activity,and discharge performance etc.), infrared studies and differential thermal analysis.The results obtained from the above studies show that the MnO 2 sample promises as an active cathode material in dry cells.
出处
《化学世界》
CAS
CSCD
1999年第5期236-238,共3页
Chemical World