4) green solution from sintering process
拜尔法溶出液
1.
Thus the desilication technology of confluence of the green solution from sintering process and the digested solution from Bayer process is put forward in the article, which can greatly simplify the alumina production and reduce the energy consumption in combined process.
为此,本文提出了将拜尔法溶出液与烧结法粗液混合脱硅的工艺流程。
5) Bayer process
拜耳法
1.
The improvement of disposing diaspore with Bayer process;
拜耳法处理一水硬铝石工艺改进
2.
Precipitation additives to improve the product strength of Bayer process with dressing;
添加分解助剂提高选矿——拜耳法产品强度的试验研究
6) Bayer method
拜耳法
1.
Influence of material flow in alumina manufacturing process w ith Bayer method on its energy intensity;
拜耳法生产氧化铝流程的物流对能耗的影响
2.
This paper combined with the condition of lime Bayer method industrial test, the test pointed out that the problem was the lime quality was bad, the digester was temperature too low and crude slurry fineness over target.
本文结合石灰拜耳法工业试运行情况指出工业试验中存在的主要问题是石灰质量差,溶出机组反应温度低和原矿浆细度超标,针对工业试验中暴露出来的问题提出了相应措施,对石灰拜耳法成功应用于生产实践有一定的指导意义。
3.
This paper combined with the condition of lime Bayer method test and traditional Bayer method, detailed analysing the harmfulness of additional lime.
本文结合石灰拜耳法试验和当前常规拜耳法的生产情况,详细分析了添加固体石灰的危害性,提出利用循环母液化灰添加石灰乳的新工艺,对拜耳法生产节能降耗有一定的指导意义。
补充资料：拜表早出，赠皇甫宾客
【诗文】：
一月一回同拜表，莫辞侵早过中桥。
老于君者应无数，犹趁西京十五朝。
【注释】：
【出处】：
全唐诗：卷462-28
一月一回同拜表，莫辞侵早过中桥。
老于君者应无数，犹趁西京十五朝。
【注释】：
【出处】：
全唐诗：卷462-28
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