Geochemical studies of W-Mo vein deposits in Susan area, Hwanggangri district, Korea: metal zoning related to progressive meteoric water mixing in a granitic hydrothermal system

Engineering & Materials Science

• Fluorspar 100%
• Zoning 82%
• Sulfides 70%
• Carbonates 68%
• Molybdenum deposits 68%
• Biotite 61%
• Metals 38%
• Fluids 38%
• Granite 38%
• Isotopes 37%
• Limestone 34%
• Quartz 33%
• Water 32%
• Tungsten 32%
• Cooling 21%
• Temperature 12%

Earth & Environmental Sciences

• hydrothermal system 67%
• meteoric water 65%
• zoning 58%
• mineralization 45%
• metal 36%
• greisen 34%
• fluorite 28%
• base metal 26%
• sulfide 18%
• carbonate 16%
• scheelite 16%
• molybdenite 15%
• quartz vein 13%
• tungsten 13%
• molybdenum 12%
• fluid inclusion 12%
• pluton 12%
• biotite 11%
• stable isotope 10%
• Paleozoic 10%
• granite 9%
• limestone 9%
• Cretaceous 8%
• cooling 8%
• salinity 8%
• fluid 6%
• temperature 4%

Chemical Compounds

• Sulfide 48%
• Stable Isotope 33%
• Metal 27%
• Cooling 26%
• Quartz 26%