Access the full text.
Sign up today, get DeepDyve free for 14 days.
(1982)
Kompleksnaya azotnokislotnaya pererabotka fosfatnogo syr’ya (Integrated Nitric Acid Processing of Phosphate Raw Materials)
(2000)
Recovery of Rare - Earth Elements by Ion Flotation Method in Nitric Acid Processing of Apatite
(2000)
Recovery of Rare-Earth Elements by Ion Flotation Method in Nitric Acid Processing of Apatite, Cand
E.P. Lokshin, O.A. Tareeva (2015)
Razrabotka tekhnologii izvlecheniya redkozemel’nykh elementov pri sernokislotnoi pererabotke khibinskogo apatitovogo kontsentrata na mineral’nye udobreniya (Development of Technology for Recovery of Rare-Earth Elements in Sulfuric Acid Processing of Khibiny Apatite Concentrate to Mineral Fertilizers)
E. Lokshin, O. Tareeva, I. Elizarova (2014)
Sorption conversion of phosphate concentrates of rare-earth metalsRussian Journal of Applied Chemistry, 87
Fundamental aspects of the sorption recovery of rare-earth elements with a sulfocationite from a nitric-phosphoric acid solution formed as intermediate product in the nitric acid processing of Khibiny apatite concentrate were studied. It was confirmed that rare-earth elements can be effectively sorbed from a nitric-phosphoric acid solution without its preliminary neutralization. It was found that polyvalent metals can be sorbed from a nitric-phosphoric acid solution in the form of positively charged (possibly, single-charged) complexes containing nitrate and(or) phosphate ligands.
Russian Journal of Applied Chemistry – Springer Journals
Published: Jul 15, 2016
Access the full text.
Sign up today, get DeepDyve free for 14 days.