Decoupling of paramagnetic and ferrimagnetic AMS development during the experimental chemical compaction of illite shale powder

Physics & Astronomy

• illite 100%
• shales 84%
• Alpha Magnetic Spectrometer 78%
• decoupling 60%
• mud 49%
• magnetization 30%
• mica 27%
• iron 25%
• sulfides 25%
• confining 24%
• minerals 23%
• pyrites 16%
• compacting 15%
• strata 15%
• sediments 14%
• remanence 13%
• thermodynamic equilibrium 13%
• magnetite 13%
• clays 13%
• torsion 11%
• grade 11%
• inclination 11%
• sulfur 11%
• stress distribution 11%
• acquisition 10%
• histories 9%
• magnetic permeability 8%
• porosity 8%
• magnetic properties 8%
• anisotropy 7%
• temperature 7%
• room temperature 6%
• curves 6%

Chemistry

• Ferrimagnetic 76%
• Magnetization 55%
• Iron Sulfides 52%
• Mineral 32%
• Fugacity 27%
• Dehydroxylation 25%
• Pyrite 24%
• Pressure 22%
• Environment 22%
• Torsion 20%
• Magnetite 20%
• Magnetic Susceptibility 19%
• Anisotropy 18%
• Reduction 18%
• Magnetic Property 15%
• Chemical Transformation 12%
• Simulation 12%
• Thermodynamics 12%
• Porosity 11%
• Ambient Reaction Temperature 11%

Earth & Environmental Sciences

• accelerator mass spectrometry 65%
• decoupling 65%
• illite 59%
• compaction 53%
• shale 46%
• chemical 29%
• remanent magnetization 16%
• mud 11%
• iron sulfide 11%
• confining pressure 9%
• mica 9%
• diagenesis 8%
• compression 7%
• pelite 6%
• dehydroxylation 6%
• low grade metamorphism 6%
• torsion 5%
• magnetic property 5%
• granulite facies 5%
• temperature 5%
• fugacity 5%
• mineral 5%