论文部分内容阅读
(七)试验操作程序图:(八)此较小结:以高浓度氧化时,不需再磨矿,或可减少磨矿时间。因再磨矿后矿泥量增多,被覆于铜粒表面,易使铜表面氧化不充分,且对于 MoS_2的浮游度也有影响,而致MoS_2的采收率低下。又精选操作四次即可达到要求。只是采收率受铜氧化程度的限制,须以铜面充分氧化为最适宜。而铜的氧化应以表面是暗红色为度,即应以颜色为决定,不受时间的约束。且洗矿不净对浮选影响极大,这一点更要注意。(九)现场操作:依试验者的意见,以45～50%的矿液浓度行氧化为最妥当。
(G) test procedures: (eight) this smaller knot: high concentrations of oxidation, no longer grinding, or can reduce grinding time. Due to the increase of the amount of sludge after regrounding, it is easy to make the copper surface oxidized inadequately and the MoS_2 flooding rate is affected, and the recovery of MoS_2 is low. Again select the operation four times to meet the requirements. Only the recovery rate is limited by the degree of copper oxidation, copper surface to be fully oxidized to the most appropriate. The oxidation of copper should be the surface is dark red for the degree, that is, the color should be determined, without time constraints. And net cleaning of flotation is not a great impact, it is even more attention. (Ix) on-site operation: According to the experimenter’s opinion, 45 ~ 50% of the mineral concentration line oxidation is the most appropriate.