Behavior of leaching and precipitation of weathering crust ion-absorbed type by magnetic field
来源期刊：JOURNAL OF RARE EARTHS2008年第2期
论文作者：FANG Yanxi QIU Tingsheng CUI Lifeng FANG Xihui
Key words：ion-absorbed type rare earth; magnetic treatment; leaching; deposit; rare earths;
Abstract: With weathering crust Ion-Absorbed Type Rare Earth (IATRE) ores in southern Jiangxi as an example, rare earth percolation leaching and leaching solution precipitation process research were carried out under conditions of magnetic field. The effect on the rare earth leaching process such as magnetic field strength, magnetization time, magnetization manner, and other factors were discussed. The effect on the mother rare earth liquor sedimentation rate, purity, and crystallization behavior such as magnetic field strength, magnetization time, and magnetization manner were investigated. Leaching and precipitation mechanism of magnetization on IATRE were analyzed. The results showed that the magnetic treatment can improve leaching rate of weathering crust IATRE and the sedimentation rate, and reduce consumption of reagents.
FANG Yanxi1，QIU Tingsheng1，CUI Lifeng1，FANG Xihui1
(1.Jiangxi University of Science and Technology, Resources and Environment Engineering Institute, Ganzhou 341000, China)
Abstract:With weathering crust Ion-Absorbed Type Rare Earth (IATRE) ores in southern Jiangxi as an example, rare earth percolation leaching and leaching solution precipitation process research were carried out under conditions of magnetic field. The effect on the rare earth leaching process such as magnetic field strength, magnetization time, magnetization manner, and other factors were discussed. The effect on the mother rare earth liquor sedimentation rate, purity, and crystallization behavior such as magnetic field strength, magnetization time, and magnetization manner were investigated. Leaching and precipitation mechanism of magnetization on IATRE were analyzed. The results showed that the magnetic treatment can improve leaching rate of weathering crust IATRE and the sedimentation rate, and reduce consumption of reagents.
Key words:ion-absorbed type rare earth; magnetic treatment; leaching; deposit; rare earths;
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