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- New Mineral Names*
- Study on Processing of Rare Earth Oxide from Monazite, Mongmit Myitsone Region
- Petrography and Origin of Xenotime and Monazite Concentrations Central City District Colorado
- Bulletin 30, Gem Stone Resources of South Carolina
- Conserve O Gram Volume 11 Issue 10: Radioactive Minerals
- Monazite As a Monitor of Melting, Garnet Growth, and Feldspar
- REVISION 1 Magmatic Graphite Inclusions in Mn-Fe-Rich Fluorapatite
- X"^ the Journal of "I Y Volume 27 No
- Monazite, Chevkinite-Perrierite and Xenotime in Martian Breccia Meteorite Nwa 7034
- A Solar Optical Hyperspectral Library of Rare Earth-Bearing Minerals, RE-Oxides, Copper-Bearing Minerals and Apliki Mine Surface Samples
- Crystal Structure Refinements of Four Monazite Samples from Different Localities
- Bioleaching of Phosphate Minerals Using Aspergillus Niger: Recovery of Copper and Rare Earth Elements
- Submission Cover Sheets
- Critical Materials Rare Earths Supply Chain: a Situational White Paper
- Rare Earth Elements: Overview of Mining, Mineralogy, Uses, Sustainability and Environmental Impact
- Material Safety Data Sheet
- Mineral Deposits of the Central Connecticut Pegmatite District
- THORIUM Occurrences, Geological Deposits and Resources by F.H.BARTHEL, Germany and H.TULSIDAS, IAEA
- Rare-Earth Elements
- Rare Earth Elements and Other Critical Metals in Idaho
- Extraction of Rare Earth Metals from Monazite Mineral Using Acid Method
- Recovery of Thorium from Monazite Ore for Applications in Clean, Sustainable Nuclear Power
- ACXRI'96 MY9700787 ANALYSIS of MONAZITE SAMPLES Kartiwa
- Thermochemistry of Monazite-(La) and Dissakisite-(La): Implications for Monazite and Allanite Stability in Metapelites
- Safety Data Sheet Monazite Sand Ore Materials
- Optimal Monazite Concentration Processes for the Extraction of Uranium and Thorium Fuel Material
- Minerals in a Smartphone Poster
- Coastal Deposits of Heavy Mineral Sands; Global Significance and US Resources by Bradley S
- Reviewing the Properties of Rare Earth Element-Bearing Minerals, Rare Earth Elements and Cerium Oxide Compound
- Monazite-Xenotime Thermobarometry: Experimental Calibration of the Miscibility Gap In
- A Possible Radiation-Induced Transition from Monazite-(Ce) to Xenotime-(Y)
- Based Approaches to Investigate Targeted Microbial Processes
- Abstracts 0.25 S Reflectors
- Surface Chemistry and Flotation Behavior of Monazite, Apatite, Ilmenite, Quartz, Rutile, and Zircon Using Octanohydroxamic Acid Collector
- Mineral Commodity Summaries 2020
- Group 3 Element
- Optimization of Acid Leaching of Rare-Earth Elements from Mongolian Apatite-Based Ore
- Monazite–Xenotime–Garnet Equilibrium in Metapelites and a New Monazite–Garnet Thermometer
- Rare Earth Element Prospects and Occurrences in Utah
- Geology of Rare Earth Deposits Tracy Bank, Elliot Roth, Bret Howard, Evan Granite Rare Earth Elements Are Not Rare…
- Annotated Bibliography of Rare Earth Elements Deposits and Occurrences in New Mexico
- Rare Earth Mineralization of Southern Clark County, Nevada
- Mineral Index
- Compositional Variability of Monazite–Cheralite–Huttonite Solid
- Monazite-Type Ceramics As Nuclear Waste Form
- The Mineralogy, Geochemistry and Phosphate Paragenesis of the Palermo #2 Pegmatite, North Groton, New Hampshire
- Formation of Monazite-(Ce, La) by Fluid-Apatite Interaction