REE concentration processes in ion adsorption deposits: Evidence from the Ambohimirahavavy alkaline complex in Madagascar

Keyphrases

• Madagascar 100%
• Rare Earth Elements 100%
• Rare Earth Element Concentrations 100%
• Concentration Process 100%
• Alkaline Complex 100%
• Ion-adsorption Deposits 100%
• Leachables 28%
• Silica 14%
• Weathering Profile 14%
• Heavy Rare Earth Elements 14%
• Total Rare Earth 14%
• Protolith 14%
• Granitic Pegmatite 14%
• Undersaturated 14%
• Magnesium Chloride 14%
• Ammonium Sulfate 14%
• Lithology 14%
• Laterite 14%
• Clay Mineral Surface 14%
• Agpaitic 14%
• Ferric Hydroxide 7%
• Mineralogy 7%
• Carbonate 7%
• Infrared Spectroscopy 7%
• Volcanic 7%
• Leaching 7%
• Zircon 7%
• Clay Minerals 7%
• Allanite 7%
• Dyke 7%
• Solid Surface 7%
• Ion Adsorption 7%
• Hydrology 7%
• Oversaturated 7%
• Kaolinite 7%
• Weathered Material 7%
• Mudstone 7%
• Gibbsite 7%
• Lateritic Profile 7%
• Cenozoic 7%
• Element Content 7%
• Mn Oxyhydroxides 7%
• Atomic number 7%
• Late Magmatic Fluid 7%
• Autometasomatism 7%
• Recovery Rate 7%
• Mineral Surface 7%
• Enrichment Method 7%
• Element Release 7%
• Eudialyte 7%
• Peralkaline 7%
• Rare Earth Element Gd 7%
• Clay Fraction 7%
• Supergene Processes 7%
• Degradable 7%
• X-ray Diffraction Spectroscopy 7%
• Halloysite 7%
• Fluorcarbonate 7%
• Alkaline Igneous Rocks 7%
• Saprock 7%

Earth and Planetary Sciences

• Ion Adsorption 100%
• Concentration (Process) 100%
• Rare Earth Element 100%
• Madagascar 100%
• Mineral Surface 16%
• Clay Mineral 16%
• Laterite 16%
• Weathering Profile 11%
• Petrography 11%
• Protolith 11%
• Mineralogy 5%
• X Ray Diffraction 5%
• Zircon 5%
• Allanite 5%
• Mudstone 5%
• Kaolinite 5%
• Gibbsite 5%
• Eudialyte 5%
• Supergene Process 5%
• Halloysite 5%
• Solid Surface 5%
• Infrared Spectroscopy 5%
• Ammonia 5%
• Igneous Rocks 5%