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- Gemstones of New Mexico
- The Surface Chemistry Spodumene, Lepidolite And
- Characterization of Lithium (Li) Minerals from the Fregeneda
- Interpretation of the Composition of Lithium Micas
- Recovery of Lithium from Lepidolite by Sulfuric Acid and Separation of Al/Li by Nanofiltration
- Crystal Structure and Crystal Chemistry of Lithium-Bearing Muscovite-2M1
- Understanding Gems
- Distinguishing Lepidolite from Muscovite
- Beryllium, Lithium and Magnesium and Their Alloys, with Reference to the Possibility of Their Manufacture in India
- Step 1 Turn up the Heat Facial Scrub Formulation Ref: AB001/01
- Lithium, World Survey of Production and Consumption with Special Reference to Future Demand and Prices
- Cation Ordering in Lepidolite
- Leaching of Lithium and Rubidium Elements from Boron Production Wastes
- Water-Sorption Characteristics of Clay Minerals
- Processing Hard Rock Lithium
- The Role of Clays in Fixing Lithium
- An Overview of Lithium: Geology to Markets
- Borocookeite, a New Member of the Chlorite Group from the Malkhan Gem Tourmaline Deposit, Central Transbaikalia, Russia
- Hand-Held Ratioing Radiometer Data for 66 Selected Mineral Samples By
- Some Standard Thermal Dehydration Curves of Minerals
- Part 4 Sheet Silicates Sheet Silicates = Phyllosilicates
- Lepidolite K(Li; Al)3(Si; Al)4O10(F; OH)2 C 2001 Mineral Data Publishing, Version 1.2 ° Crystal Data: Monoclinic
- Developing High Purity Lithium Chemicals from Lepidolite Corporate Update
- Mineral-Deposit Model for Lithium-Cesium-Tantalum Pegmatites: U.S
- Developing High Purity Lithium Chemicals from Lepidolite
- LEPIDOLITE with SIMULATED MATRIX by Iohn I
- Lithiumcarbonatecontent(Li Other Commoncompounds,Are Shownintable 2
- Part 1 Lithium
- United States Patent Office Patented May 28, 1974 2 Three Materials, I.E
- Proceedings of Spie
- Zoned Lithium-Aluminum Mica Crystals from the Pala Pegmatite
- Mineral Localities Of
- Extraction of Lithium from Lepidolite Using Chlorination Roasting−Water Leaching Process
- Ordering of the Stacking Sequence in Cookeite with Increasing Pressure: an HRTEM Study*