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Oxide mineral

  • Characterization of Sulfide Minerals from Gabbroic and Ultramafic Rocks by Electron Microscopy1 D.J

    Characterization of Sulfide Minerals from Gabbroic and Ultramafic Rocks by Electron Microscopy1 D.J

  • 16 /75 / 7 ~ -% in +~ In

    16 /75 / 7 ~ -% in +~ In

  • Moon Minerals a Visual Guide

    Moon Minerals a Visual Guide

  • Europass CV

    Europass CV

  • Technologic Tests of Turkey-Gordes Zeolite Minerals

    Technologic Tests of Turkey-Gordes Zeolite Minerals

  • Distribution and Chemistry of Fracture-Lining Minerals at Yucca Mountain, Nevada

    Distribution and Chemistry of Fracture-Lining Minerals at Yucca Mountain, Nevada

  • An Unusual Titanium-Rich Oxide Mineral from Oslo, Norway Tovr Vrcron

    An Unusual Titanium-Rich Oxide Mineral from Oslo, Norway Tovr Vrcron

  • Interfacial Precipitation of Phosphate on Hematite and Goethite

    Interfacial Precipitation of Phosphate on Hematite and Goethite

  • Mineralogy of Mafic and Fe.Ti Oxide-Rich Differentiates of The

    Mineralogy of Mafic and Fe.Ti Oxide-Rich Differentiates of The

  • Studies of the Manganese Oxides. Iv. Todorokite* J. A

    Studies of the Manganese Oxides. Iv. Todorokite* J. A

  • Mineral Replacement Reactions in Naturally Occurring Hydrated Uranyl Phosphates from the Tarabau Deposit: Examples in the Eu-Ba Uranyl Phosphate System

    Mineral Replacement Reactions in Naturally Occurring Hydrated Uranyl Phosphates from the Tarabau Deposit: Examples in the Eu-Ba Uranyl Phosphate System

  • Table of Contents

    Table of Contents

  • NEW OCCURRENCES of TODOROKITE* C. Fnonlnr

    NEW OCCURRENCES of TODOROKITE* C. Fnonlnr

  • Changes in Phosphate Bonding As Affected by Level of Adsorption On

    Changes in Phosphate Bonding As Affected by Level of Adsorption On

  • Chemical and Petrographic Characterization of Ilmenite and Magnetite in Oxide-Rich Cumulates of the Sokndal Region, Rogaland, Norway

    Chemical and Petrographic Characterization of Ilmenite and Magnetite in Oxide-Rich Cumulates of the Sokndal Region, Rogaland, Norway

  • Chapter 5: Lunar Minerals

    Chapter 5: Lunar Minerals

  • Formation of Nano-Crystalline Todorokite from Biogenic Mn Oxides

    Formation of Nano-Crystalline Todorokite from Biogenic Mn Oxides

  • 4. SITE 213 the Shipboard Scientific Party1

    4. SITE 213 the Shipboard Scientific Party1

Top View
  • The Role of Carbonate Minerals in Arsenic Mobility in a Shallow Aquifer Influenced Yb a Seasonally Fluctuating Groundwater Table
  • SEDIMENTARY MN DEPOSITS (MODEL 34B; Cannon and Force, 1986)
  • 1 What Is a Mineral? Critical Thinking
  • 1 Geological Association of Canada Mineralogical
  • Pb Mineral Precipitation in Solutions of Sulfate, Carbonate and Phosphate: Measured and Modeled Pb Solubility and Pb2+ Activity
  • Manganese Oxide Minerals: Crystal Structures and Economic and Environmental Significance
  • Understanding the Lunar Surface and Space-Moon Interactions Paul Lucey1, Randy L
  • Oxides and Hydroxides
  • NEW ADVANCES in BORON SOIL CHEMISTRY Sabine Goldberg1
  • Ilmenite and Iron Oxide Scale For
  • United States Patent (19) 11 Patent Number: 4,789,392 Klimpel Et Al
  • Preliminary Compilation of Descriptive Geoenvironmental Mineral Deposit Models
  • The Role of Hematite–Ilmenite Solid Solution in the Production of Magnetic Anomalies in Ground- and Satellite-Based Data
  • Oxide, Halides and Sulfide Minerals
  • Sn, W and Ti Minerals in Intra-Granitic Quartz Veins
  • Estimation and Improvement of Recovery of Low Grade Copper Oxide Using Sulfide Activation Flotation Method Based on GA–BPNN
  • Nb-Ta-(Ti-Sn) Oxide Mineral Chemistry As Tracer of Rare-Element Granitic Pegmatite Fractionation in the Borborema Province, Northeastern Brazil
  • Opaque Oxide Mineral Crystallization in Lunar High-Titanium Mare Basalts


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