Mineralogy, ore genesis and zircon U[sbnd]Pb age characteristics of the Cerattepe Cu[sbnd]Au (±Zn) deposit (Artvin, NE Turkey)

Keyphrases

• Pyrite 100%
• Mineralogy 100%
• Artvin 100%
• NE Turkey 100%
• VMS Deposits 100%
• U-Pb Age 100%
• Zircon U 100%
• Aging Characteristics 100%
• Zn Deposit 100%
• Ore Genesis 100%
• Sphalerite 66%
• Sodium Chloride 66%
• Silica 33%
• Carbonate Rocks 33%
• Gypsum 33%
• Eastern Pontides 33%
• Chalcopyrite 33%
• Ore-forming Fluid 33%
• Galena 33%
• Leaching 33%
• Seawater 33%
• Marine Environment 33%
• Sulfide 33%
• Chalcocite 33%
• Bornite 33%
• Covellite 33%
• Hydrothermal Solutions 33%
• Goethite 33%
• Calcium Chloride 33%
• Lepidocrocite 33%
• Gangue Minerals 33%
• Oxide Zone 33%
• Jarosite 33%
• Barite 33%
• Mineral Paragenesis 33%
• Young Age 33%
• Sulfide Ores 33%
• Reduced Sulfur 33%
• Eastern Pontides Orogenic Belt 33%
• Remobilization 33%
• Oxide Minerals 33%
• Deformation Process 33%
• Sulfur Source 33%
• Local Deformation 33%
• Felsic Volcanics 33%
• Hematite-limonite 33%
• Pb Dating 33%
• Formation Age 33%
• Fluid Inclusion Study 33%
• Magmatic Source 33%
• Kuroko 33%
• Rapid Cooling 33%
• Refinement Process 33%
• Replacement Method 33%
• CO2 Phase 33%
• Cooling Zone 33%
• Dominated Solution 33%
• Gold Enrichment 33%
• Fahlore 33%
• Textural Relationship 33%

Earth and Planetary Sciences

• Zircon 100%
• Zincblende 100%
• Salinity 100%
• Sodium Chloride 100%
• Calcite 50%
• Orogenic Belt 50%
• Chalcopyrite 50%
• Ore-Forming Fluid 50%
• Marine Environment 50%
• Bornite 50%
• Goethite 50%
• Lepidocrocite 50%
• Fluid Inclusion 50%
• Marcasite 50%
• Paragenesis 50%
• Jarosite 50%
• Barite 50%
• Remobilization 50%
• Oxide Mineral 50%
• Carbonate Rock 50%
• Fahlore 50%
• Boiling 50%
• Carbon Dioxide 50%