1) high Zinc slag
高锌渣
1.
In accordance with the problem of high sulfur content in dust produced by 30?m 2 fluid-bed furnace of 40 kt/a sulfuric acid system,suggustion of mixing high zinc slag into zinc concentrate was put forward to recovery high zinc slay,reduce impurity of roasted ore and improve benefit.
根据 40kt/a硫酸系列的 30m2 沸腾炉产出焙尘含硫高的问题 ,提出了在入炉锌精矿原料中配入高锌渣的生产方案 ,回收高锌渣和减少焙烧矿杂质含量创造的效
2) cobalt-rich zinc residue
高钴锌渣
1.
In the experimental work,the process was carried out:ratio of sulfuric acid to cobalt-rich zinc residue 0.
提出了一种适合锌湿法冶金高钴锌渣浸出的工艺流程:酸料比为0。
3) 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
4) Zinc Slag
锌渣
1.
Practice of producing cement with Zinc slag substitute for iron cinder;
锌渣代替铁粉生产水泥的实践
2.
Spectrophotometric determination of trace gallium in zinc slag with GaⅢ-5-Br-PADAP-OP system;
GaⅢ-5-Br-PADAP-OP体系分光光度法测定锌渣中微量镓
3.
It is a new kind of technology for treating zinc slag to produce ZnO by continuous converting in the fuming furnace.
烟化炉连续吹炼生产氧化锌是一种锌渣处理的新的工艺方法,具有工艺流程短,降低能耗,改善作业环境,降低加工成本的优势,具备较高的应用推广价值。
5) zinc metallurgical slag
锌渣
1.
Experimental study on solidification and leaching toxicity test of zinc metallurgical slag;
锌渣的固化处理及浸出毒性试验研究
6) Zinc dross
锌渣
1.
The composition, phase structure and formation mechanism of zinc dross are also studied.
本文研究了含硅低碳钢与液态锌及锌镍合金的反应,铁锌和铁镍锌金属间化合物相层的形成过程及生长动力学规律,含硅低碳钢中的硅和锌浴中的镍对金属间化合物相层生长的影响;研究了各种锌渣相的成分、相结构及其形成机制;采用预镀镍的方法,研究了含硅低碳钢预镀镍后与液态锌的反应以及金属间化合物组织的形成和变化规律。
2.
The microstructure and phase composition of zinc dross formed in Zn-Ni alloy bath at 435 ℃ was studied by SEM and EDS.
通过扫描电镜(SEM)和X射线能谱(EDS)研究了在435℃下锌镍合金镀液中形成的锌渣微观形貌和相成分。
补充资料：从锌浸出渣中浮选银的装置(株洲冶炼厂)
从锌浸出渣中浮选银的装置(株洲冶炼厂)
从锌浸出渣中浮选银的装置(株洲冶炼厂)
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