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浮选柱浮选:理论与实践浮选柱浮选应用的发展:欧洲研究计划ImpexFlotCol的结果充填式浮选柱-浮选槽——一种梯降模型在浮选柱中搅拌对颗粒捕收的影响在智利埃尔特尼恩特选厂铜精选回路中大型浮选柱的实践在21世纪设计的浮选厂大型浮选机(127.5m~3威姆柯Smart浮选机)的功率消耗EKOF充气浮选技术:金属矿石粗选、扫选和精选的代替方案采用自由喷射浮选分法选细粒煤采用快速浮选法从尾矿中扫选锌关于阳离子和阴离子药剂混合物浮选效率和吸附机理的研究硫赶类捕收剂混合物用于黄铁矿浮选时的协合效应关于矿物表面吸附捕收剂的SIMS研究羧酸盐捕收剂在磁铁矿上的吸附及其对球团工艺的影响关于利用强磁场改善矿物浮选指标研究
Flotation Flotation: Theory and Practice Flotation Flotation Development of Flotation Applications: Results of the European Study ImpexFlotCol Fill Flotation Column - Flotation Cell - A Ladder-Down Model Fetches Pellets in a Flotation Column The Effect of Large Flotation Poles in the Copper Selective Loop of the Eltiente Select Plant in Chile The Power of the Flotation Plant Large Flotation Machine (127.5m ~ 3 Wmco Smart Flotation Machine) Designed in the 21st Century Consumption of EKOF Flotation Flotation Technologies: Rough Selection, Sweep and Refinement of Metal Ore Flotation of Fine Coal by Free Jet Flotation Process Zinc Scouring of Tailings by Rapid Flotation Method About Mixtures of Cationic and Anionic Phases Float Selective efficiency and adsorption mechanism of Sulfur-catchable collector mixture for the flotation of pyrite when the synergistic effect on the mineral surface adsorption collector SIMS study of the carboxylate collector on the magnetite adsorption and Its impact on pellet technology on the use of strong magnetic field to improve the mineral flotation index research