New technology for joint beneficiation of magnetite and oxidized iron ores on the base of magnetic hydroseparation processes

Poturaev V. N; Nadutyi V. P; Chelyshkina V. V

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New technology for joint beneficiation of magnetite and oxidized iron ores on the base of magnetic hydroseparation processes

机译：磁铁矿和氧化铁矿石在磁性补液过程基础上的新技术

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Principally new combined magnetic-gravitation technology for concentration of iron ores is proposed; it includes usage of high-gradient magnetic separation and flotation.

机译：提出了基本上，提出了一种用于浓度的铁矿石的磁力重力技术; 它包括使用高梯度磁分离和浮选的用途。

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《Горный　журнал》 |2001年第1期|共4页
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Poturaev V. N; Nadutyi V. P; Chelyshkina V. V;
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入库时间 2022-08-19 21:21:56

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1. New technology for joint beneficiation of magnetite and oxidized iron ores on the base of magnetic hydroseparation processes [J] . Poturaev V. N, Nadutyi V. P, Chelyshkina V. V Горный　журнал . 2001,第1期

机译：基于磁水分离工艺的磁铁矿与氧化铁矿联合选矿新技术
2. EXPERIENCE OF BLENDED IRON ORES ENRICHMENT ON A BASE OF A WAY OF MAGNETIC HYDROSEPARATION [J] . Naduty V.P. Металлургическая　игорнорудная　промышленность.(на　рус.　яз.) . 2003,第2期

机译：基于磁性加氢分离法的铁矿石混合富集的经验
3. EXPERIENCE OF BLENDED IRON ORES ENRICHMENT ON A BASE OF A WAY OF MAGNETIC HYDROSEPARATION [J] . Naduty V.P. Металлургическая　игорнорудная　промышленность.(на　рус.　яз.) . 2003,第2期

机译：混合铁矿石在磁性加氢方法的基础上的经验
4. A Study on Beneficiation Technology for Fine-grained Oxidized Iron Ore [C] . DENG Lin, ZHANG Xiaori International Mineral Processing Congress . 2008

机译：细粒氧化铁矿选矿工艺研究
5. Depositional processes and geological significance of biogenic magnetite and iron-sulfide by iron bacteria at Anthony's Nose, Westchester County, New York: A proposed method of remediation of biogenic iron from water systems using applied magnetic fields. [D] . Diouf, Arona. 2004

机译：纽约韦斯特切斯特县安东尼鼻子上的铁细菌对生物磁铁矿和硫化铁的沉积过程及其地质意义：一种使用外加磁场修复水系统中生物铁的拟议方法。
6. Biogenic nano-magnetite and nano-zero valent iron treatment of alkaline Cr(VI) leachate and chromite ore processing residue [O] . Mathew P. Watts, Victoria S. Coker, Stephen A. Parry, -1

机译：碱性六价铬浸出液和铬铁矿加工残渣的生物纳米磁铁矿和零价铁的纳米处理
7. Fluoride Technology for Obtaining Magnetic Materials Based on Nd-Fe-B. Kinetics of Fluorination Processes of Neodymium and Iron Oxides [O] . Sofronov V.L., Buynovskiy A.S., Makaseev Yu.N., 2014

机译：基于Nd-Fe-B的氟获得磁性材料的技术。钕铁氧化物氟化过程的动力学
8. Beneficiation of Western Mesabi Range Oxidized Taconites: A Comparison of the Anionic and Cationic Flotation Systems and an Evaluation of Potential Iron Ore Reserves [R] . Jacobs, H. D. 1981

机译：Western mesabi系列氧化Taconites的选矿：阴离子和阳离子浮选系统的比较以及潜在铁矿石储量的评价

New technology for joint beneficiation of magnetite and oxidized iron ores on the base of magnetic hydroseparation processes

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