Subsurface deposition of Cu-rich massive sulphide underneath a Palaeoproterozoic seafloor hydrothermal system—the Red Bore prospect, Western Australia

Physics & Astronomy

• sulfides 91%
• deposits 77%
• rocks 62%
• volcanology 61%
• pyrites 59%
• cavities 52%
• sulfur isotopes 38%
• fluids 38%
• isotopes 37%
• inductively coupled plasma mass spectrometry 31%
• sea water 29%
• trace elements 28%
• leaching 28%
• fractionation 26%
• noble metals 24%
• magnetite 23%
• laser ablation 20%
• grade 20%
• fluid flow 20%
• proximity 20%
• halos 19%
• geometry 12%
• metals 10%

Earth & Environmental Sciences

• massive sulfide 100%
• seafloor 70%
• mineralization 64%
• chalcopyrite 34%
• volcanic rock 19%
• pyrite 19%
• fluid 18%
• isotope 16%
• precious metal 12%
• sulfur isotope 12%
• remobilization 12%
• diabase 11%
• base metal 11%
• ablation 10%
• host rock 10%
• Proterozoic 10%
• magmatism 9%
• magnetite 9%
• fluid flow 9%
• fractionation 9%
• leaching 8%
• trace element 8%
• laser 8%
• seawater 7%
• geometry 7%
• metal 6%
• world 6%
• basin 5%
• rock 5%

Chemical Compounds

• Chalcopyrite 80%
• Sulfide 68%
• Red 59%
• Pyrite 52%
• Isotope 37%
• Laser Ablation 23%
• Magnetite 21%
• Leaching 19%
• Metal 19%
• Fractionation 19%
• Reaction Yield 8%
• Surface 6%