Pb-Ca合金粘状渣的组织特征及形成机理的研究  

Study on the microstructure and formation mechanism of sticky smelting slag of Pb-Ca alloy

作　　者：毕晓军 许长洪 袁志莉 

机构地区：[1]风帆股份有限公司有色金属分公司,河北保定071100

出　　处：《蓄电池》2015年第6期260-263,共4页Chinese LABAT Man

摘　　要：铅钙系合金的熔炼过程中存在熔渣粘度大,铅、渣分离困难等问题,导致合金利用率较低。本文通过研究合金熔炼过程中合金熔渣的组成及其形成机理,找出熔渣粘稠的成因,提出粘性熔渣的控制方法,从而实现合金利用率的提高。High viscosity and difficultly separating smelting slag from lead calcium alloy during the smelting process lead to low utilization rate of lead-calcium alloy. In this paper, by studying the microstructure and formation mechanism of the smelting slag, the cause of high viscosity of the smelting slag is found, and the control methods are proposed, so as to realize the improvement of utilization rate of Pb-Ca alloy.

关 键 词：铅钙系合金 熔渣 粘度 铅渣 铅钙合金利用率 多元素氧化物 

分 类 号：TM912.1[电气工程—电力电子与电力传动]