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Kainite

  • S40645-019-0306-X.Pdf

    S40645-019-0306-X.Pdf

  • United States Patent (11) 3,615,174

    United States Patent (11) 3,615,174

  • Crystallization of Kainite from Solutions in Syste

    Crystallization of Kainite from Solutions in Syste

  • Gases in Evaporites: Part 2 of 3: Nature, Distribution and Sources

    Gases in Evaporites: Part 2 of 3: Nature, Distribution and Sources

  • Assessment of the Molecular Structure of the Borate Mineral Boracite

    Assessment of the Molecular Structure of the Borate Mineral Boracite

  • Congolite and Trembathite from the Kłodawa Salt Mine, Central Poland: Records of the Thermal History of the Parental Salt Dome

    Congolite and Trembathite from the Kłodawa Salt Mine, Central Poland: Records of the Thermal History of the Parental Salt Dome

  • A Specific Gravity Index for Minerats

    A Specific Gravity Index for Minerats

  • K2SO4 Across the Neogene: Implications, Part 4 of 4

    K2SO4 Across the Neogene: Implications, Part 4 of 4

  • Conversion of Langbeinite and Kieserite in Schoenite With

    Conversion of Langbeinite and Kieserite in Schoenite With

  • THE STABILITY of GYPSUM and ANHYDRITE in the GEOLOGIC ENVIRONMENT by Leonard S

    THE STABILITY of GYPSUM and ANHYDRITE in the GEOLOGIC ENVIRONMENT by Leonard S

  • 4%-44, 2444 F2

    4%-44, 2444 F2

  • Spectral Evolution Identifying Minerals Associated with Potash

    Spectral Evolution Identifying Minerals Associated with Potash

  • US2862788.Pdf

    US2862788.Pdf

  • Data of Geochemistry

    Data of Geochemistry

  • Evaporite Geology of Fifth Ore Zone Carlsbad District Southeastern New Mexico

    Evaporite Geology of Fifth Ore Zone Carlsbad District Southeastern New Mexico

  • Evaporite Minerals of the Zechstein Sequence

    Evaporite Minerals of the Zechstein Sequence

  • Dissolution of Evaporites in and Around the Delaware Basin, Southeastern New Mexico and West Texas

    Dissolution of Evaporites in and Around the Delaware Basin, Southeastern New Mexico and West Texas

  • The Microscopic Determination of the Nonopaque Minerals

    The Microscopic Determination of the Nonopaque Minerals

Top View
  • California Journal of Mines and Geology
  • United States Patent 1 Patented Sept
  • Potassium Sulfate – a Precious By- Product for Solar Salt Works
  • High Carnallite-Bearing Material for Thermochemical Energy Storage
  • The Global Potassium Market
  • Physical Properties of Evaporite Minerals*
  • Dioskouriite, Cacu4cl6(OH)44H2O: a New Mineral Description, Crystal
  • Overflow-17-16- Thickener-15
  • Potash Recovery from Process and Waste Brines by Solar Evaporation and Flotation
  • Crystallization of Kainite from Processing Solutions Of
  • Past, Present and Future
  • Danakhil Potash, Ethiopia: Beds of Kainite/Carnallite, 2 of 4)
  • Economic and ® Social Council
  • Geochemical Reaction Models Quantify the Composition of Transition Zones Between Brine Occurrence and Unaffected Salt Rock
  • Kainite Kmg(SO4)Cl • 3H2O C 2001-2005 Mineral Data Publishing, Version 1
  • Synthesis, Characterization, and Electrical and Optical Properties of Magnesium-Type Boracite
  • What We Know and Still Not Know About Oceanic Salts
  • Boracite Mg3b7o13cl C 2001-2005 Mineral Data Publishing, Version 1


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