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Дата публикацииНазваниеАвторы
2020Assessment of Pyrometallurgical Scheme Options of Red Mud and Scale Co-processingChesnokov, Y. A.; Marshuk, L. A.; Tanutrov, I. N.; Sviridova, M. N.
2020Concentration of rare earth elements (Sc, y, la, ce, nd, sm) in bauxite residue (red mud) obtained by water and alkali leaching of bauxite sintering dustChaikin, L.; Shoppert, A.; Valeev, D.; Loginova, I.; Napol’skikh, J.
2022High-Iron Bauxite Residue (Red Mud) Valorization Using Hydrochemical Conversion of Goethite to MagnetiteShoppert, A.; Valeev, D.; Diallo, M. M.; Loginova, I.; Beavogui, M. C.; Rakhmonov, A.; Ovchenkov, Y.; Pankratov, D.
2022High‐Selective Extraction of Scandium (Sc) from Bauxite Residue (Red Mud) by Acid Leaching with MgSO4Shoppert, A.; Loginova, I.; Napol’skikh, J.; Valeev, D.
2020Hydrothermal Resource-saving Processes in Complex Processing of Bauxite and Red MudPasechnik, L. A.; Yatsenko, S. P.; Skachkov, V. M.; Bibanayeva, S. A.
2019Increased as adsorption on maghemite-containing red mud prepared by the alkali fusion-leaching methodShoppert, A. A.; Loginova, I. V.; Rogozhnikov, D. A.; Karimov, K. A.; Chaikin, L. I.
2017Limestone Addition Effect on Phase Composition of Red Mud Reduction Roasting ProductsMikheenkov, M. A.; Sheshukov, O. Yu.; Lobanov, D. A.; Nerkasov, I. V.; Egiazaryan, D. K.; Ovchinnikova, L. A.
2023Low-Temperature Treatment of Boehmitic Bauxite Using the Bayer Reductive Method with the Formation of High-Iron Magnetite ConcentrateShoppert, A.; Valeev, D.; Loginova, I.; Pankratov, D.
2023Novel Method of Bauxite Treatment Using Electroreductive Bayer ProcessShoppert, A.; Valeev, D.; Loginova, I.
2020Obtaining of Maghemite Containing Red Mud for Effective As(V) AdsorptionShoppert, A. A.; Loginova, I. V.; Rogozhnikov, D. A.
2020Promising Methods for Red Mud ProcessingBibanaeva, S. A.
2017Red Mud as an Additional Source of Titanium Raw MaterialsShoppert, A. A.; Loginova, I. V.
2020The Research of the Carbothermic Solid–Phase Red Mud Reduction Process in the Presence of Sodium SulphateZinoveev, D.; Grudinsky, P.; Semenov, A.; Dyubanov, V.; Petelin, A.
2020Research to Develop a Promising Technology for the Joint Disposal of Man-made WastesTanutrov, I. N.; Sviridova, M. N.; Lyamkin, S. A.; Chesnokov, Y. A.; Ovchinnikova, L. A.; Marshuk, L. A.
2017Scandium Recovery from Red Mud by Carbonate AssistRychkov, V. N.; Kirillov, E. V.; Kirillov, S. V.; Bunkov, G. M.; Titova, S. M.
2024Selective Recovery of Scandium (Sc) from Sulfate Solution of Bauxite Residue Leaching Using Puromet MTS9580 Ion-Exchange SorptionNapol’skikh, J.; Shoppert, A.; Loginova, I.; Kirillov, S.; Valeev, D.
2022Selective Scandium (Sc) Extraction from Bauxite Residue (Red Mud) Obtained by Alkali Fusion-Leaching MethodShoppert, A.; Loginova, I.; Napol’skikh, J.; Kyrchikov, A.; Chaikin, L.; Rogozhnikov, D.; Valeev, D.
2020A Study of the Potential Use of Red Mud to Obtain Compositions Based on Portland CementGerasimova, E.; Gumirova, E.
2015Варианты переработки красных шламов методами пирометаллургииЛогинов, Ю. Н.; Логинова, И. В.
2015Переработка отходов глиноземного производстваЛогинова, И. В.; Шопперт, А. А.; Медянкина, И. С.