Hydrometallurgy of Non-ferrous and Rare Metals: A Collection of ArticlesM. I. Pavlova |
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Contents
EXTRACTION OF MOLYBDENUM AND NITRIC ACID WITH | 36 |
MECHANISM OF METAL EXTRACTION WITH FATTY ACIDS | 49 |
EXTRACTION OF IRON ALUMINUM AND BERYLLIUM | 58 |
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alkali aluminum and beryllium ammonia ammonium nitrate amount anodic anodic potential curves aqueous phase aqueous solutions arsenic As(III benzene beryllium caproic acid chloric acid chloride concen concentration of acid concentration of nitric content of molybdenum current density curves representing decrease denum determined dissolution of molybdenum dissolved distribution coefficient electrodes extraction of arsenic extraction of iron extraction of metals fatty acids froth hydrochloric acid solutions hydrogen peroxide hydrogen peroxide solutions hydroxide formation industrial solutions influence ionic flotation iron and aluminum khimii mercury mg/l molecules molybdate molybdenum and tungsten molybdenum blue Moskva n-butyl alcohol nitric acid solutions organic phase oxides pH terminal pH values polarization curves precipitation of molybdenum precipitation of zinc ratio salt background salting-out agents Sb(III separation sodium sulfide sodium tungstate solu solubility solutions containing sorption of tungsten starting solution studied sulfuric acid Table tion tration tungsten and molybdenum urotropine volume ZhNKh zinc sulfide