1) zinc acid-leaching residue
高酸浸出锌渣
1.
Recovery silver from zinc acid-leaching residue;
从高酸浸出锌渣中回收银研究
2) Zinc leaching residue
锌浸出渣
1.
Introduction is given to experiment on changing reaction zone lining into Mg Cr Al bricks in volatilization kiln for treating zinc leaching residue and practice for achieving domestic leads in same industry after continuous operation for 244 days by using this kind of brick lined volatilization kiln.
介绍了挥发窑处理锌浸出渣时 ,反应带改用镁铬铝砖的试验及使用该砖种挥发窑连续运行了 2 44 d达到国内同行业领先水平的实践情
3) zinc leached residue
锌浸出渣
1.
Study on sticking mechanism of kiln crusts in zinc leached residue volatile kiln;
锌浸出渣挥发窑窑皮粘挂机理研究
4) zinc residue
锌渣浸出渣
1.
An experimental study of the enrichment of indium and germanium via high temperature volatilization of zinc residue;
锌渣浸出渣高温挥发富集铟锗试验研究
5) acid lixivium of zinc residue
锌渣酸浸液
1.
The modified meerschaum was first used to recover gallium from acid lixivium of zinc residues and the experimental results were satisfactory.
采用改性海泡石从锌渣酸浸液中提取、回收稀散金属镓,取得了良好的试验结果。
6) resdue of zinc dross leaching
锌渣浸渣
补充资料:酸浸出
分子式:
CAS号:
性质:以无机酸(硫酸、盐酸、硝酸)为浸取剂的浸出过程。硫酸浸出是最常用的铀矿浸出过程,它对铀浸出率高,价格便宜。含硅酸盐型、硫化物型脉石矿物的铀矿石适宜用酸浸出。最常采用的酸浸出方式是搅拌浸取,可在机械搅拌浸取槽或空气搅拌浸取槽(巴秋卡槽)中进行。此外,还有拌酸熟化法、加压水浸法等酸浸方法,前者特别适用于液-固分离非常困难的铀矿石,而后者则适用于含有硫化物矿物的铀矿石。
CAS号:
性质:以无机酸(硫酸、盐酸、硝酸)为浸取剂的浸出过程。硫酸浸出是最常用的铀矿浸出过程,它对铀浸出率高,价格便宜。含硅酸盐型、硫化物型脉石矿物的铀矿石适宜用酸浸出。最常采用的酸浸出方式是搅拌浸取,可在机械搅拌浸取槽或空气搅拌浸取槽(巴秋卡槽)中进行。此外,还有拌酸熟化法、加压水浸法等酸浸方法,前者特别适用于液-固分离非常困难的铀矿石,而后者则适用于含有硫化物矿物的铀矿石。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条