1) soda leaching
纯碱浸出
1.
The Mo recovery process was tested from the smelting slag of Bi reverberatory furnace by water quench leaching,and the tested process was compared with the present soda leaching process.
进行了铋反射炉熔炼渣水淬浸出回收钼的工艺试验研究,并将试验工艺与现有的纯碱浸出提钼工艺做了对比分析。
2) alkaline leaching
碱法浸出
1.
Treatment of hazardous waste bearing Zn by alkaline leaching;
含锌危险废物碱法浸出处理研究
2.
In this paper,the present state and shortages of multipurpose utilization of hazardous waste bearing Zn are outlined,and a new method for alkaline leaching of hazardous waste bearing Zn is put forward.
简述了针对含锌废渣综合利用工艺的现状和不足,提出含锌废渣碱法浸出的新方法,试验得到了较佳工艺:当氢氧化钠浓度为6mol/L、温度为90℃、浸出液固比为10:1时,锌浸出率达91。
3.
In this paper, the present state and shortages of multipurpose utilization of hazardous waste bearing Zn are outlined, and a new method for alkaline leaching of hazardous waste bearing Zn is put forward.
简述了针对含锌废渣综合利用工艺的现状和不足,提出含锌废渣碱法浸出的新方法,试验得到了较佳工艺:当氢氧化钠浓度为6mol／L、温度为90％、浸出液固比为10:1时,锌浸出率达91。
3) alkaline leaching
碱浸出
1.
The process of alkaline leaching cooperating with acid leaching is introduced to recycle the Spent Pot-lining in this thesis.
研究采用碱浸出与酸浸出两步联合浸出法来处理铝电解废旧阴极,并将浸出液中有价值的电解质成分进行回收处理。
4) alkaline leaching
碱性浸出
5) alkali leaching
碱浸出
1.
The effects of soda roasting temperature and alkali concentration on Al and Mo leaching rate,and influence of chlorine leaching potential,leaching time,residue particle size,additives and other factors on leaching of Ni and Co from alkali leaching residue have been examined mainly.
研究了采用"苏打焙烧—碱浸出铝、钼—氯气浸出钴、镍、铁等—TBP萃取除铁—中和水解除铬—P204萃取除微量杂质—N235萃取分离镍、钴"工艺处理废高温镍钴合金,重点考察了从废镍钴合金中浸出镍和钴,讨论了苏打焙烧温度和碱浓度对铝、钼浸出率的影响,碱浸渣氯气浸出电位、浸出时间、废合金粒度、添加剂的加入等因素对镍、钴浸出率的影响。
6) leaching liquor of arsenic-containing alkaline dregs
砷碱渣浸出液
1.
The removal of arsenic from leaching liquor of arsenic-containing alkaline dregs by precipitation as ferric arsenates is studied.
对砷碱渣浸出液铁盐沉砷过程进行了研究,考察了在常温(30℃)、搅拌强度300 rpm的条件下pH值、Fe/As比、反应时间对硫酸铁处理砷碱渣浸出液处理效果的影响,试验结果表明:当pH值在3。
补充资料：浸碱
分子式：
分子量：
CAS号：
性质：见浸渍。
分子量：
CAS号：
性质：见浸渍。
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