marmatite

Cupric ions (Cu2+) play an important role in the oxidative dissolution process of marmatite in an acidic environment. In this… Expand

The mechanism of ZnO sulfidation with sulfur and iron oxide at high temperatures was studied. The thermodynamic analysis… Expand

The hydrophobic flocculation of marmatite fines in aqueous suspensions induced by butyl xanthate (KBX) and ammonium dibutyl… Expand

Abstract The effects of several variables on the bioleaching of marmatite with pure L. ferrooxidans were investigated. The… Expand

Ten kinds of organic depressants were used to investigate the depressing performance on marmatite and pyrite. Flotation results… Expand

The effect of L-cysteine in different concentrations on the bioleaching of Ni-Cu sulfide and marmatite were studied with a… Expand

Abstract The effect of Cu2+ ions on bioleaching of marmatite was investigated through shake leaching experiments. The bacteria… Expand

The electrochemical behaviors of a marmatite-carbon paste electrode with the chemical leaching of Fe3+ ions, or the microbial… Expand

当为铜的分离的镇静剂面对丁基黄原酸盐从磁黄铁矿激活铁闪锌矿， Mercapto 有机化合物 DMPS 被使用。筹款测试 DMPS 让强壮的压抑在铜离子的缺席和存在在磁黄铁矿上完成，但是面对铜离子在铁闪锌矿上激活效果的 ofs… Expand

Bioleaching of marmatite with a culture of Thiobacillus ferrooxidans and Thiobacillus thiooxidans in high concentration of iron… Expand