Reactive transport modelling of ore mineral zoning and the paragenesis of copper sulfides in sediment-hosted stratiform ore deposits, the Katanga Copperbelt (DRC)

Keyphrases

• Chalcopyrite 100%
• Paragenesis 100%
• Reactive Transport 100%
• Ore Deposits 100%
• Ore Minerals 100%
• Katanga Copperbelt 100%
• Sediment-hosted 100%
• Mineral Zoning 100%
• Digenite 100%
• Sulfide 50%
• Host Rock 50%
• Pyrite 50%
• Chalcocite 50%
• Transport Conditions 25%
• Halo 25%
• Anhydrite 25%
• Flow Direction 25%
• Copper Sulfide Minerals 25%
• Bornite 25%
• General Distribution 25%
• Cu5FeS4 25%
• Sediment-hosted Ore Deposit 25%
• Pyrite FeS2 25%
• Precipitation Conditions 25%
• Central African Copperbelt 25%
• Continuous Supply 25%

Earth and Planetary Sciences

• Paragenesis 100%
• Ore Mineral 100%
• Reactive Transport Modeling 100%
• Chalcopyrite 100%
• Copper Sulfide 100%
• Ore Deposit 100%
• Host Rock 66%
• Anhydrite 33%
• Bornite 33%
• Sulfide Mineral 33%