Equivalent Circuit Models: An Effective Tool to Simulate Electric/Dielectric Properties of Ores—An Example Using Granite

Engineering & Materials Science

• Granite 91%
• Dielectric properties 87%
• Minerals 73%
• Equivalent circuits 69%
• Rocks 41%
• Electric properties 38%
• Electric potential 18%
• Dielectric losses 15%
• Spectrometers 14%
• Fluorescence 13%
• Resistors 11%
• X rays 10%
• Insulation 10%
• Energy efficiency 9%
• Capacitors 9%
• Chemical analysis 7%
• Networks (circuits) 6%

Physics & Astronomy

• granite 100%
• equivalent circuits 74%
• minerals 71%
• dielectric properties 60%
• rocks 46%
• high voltages 31%
• electric pulses 15%
• resistors 12%
• dielectric loss 11%
• insulation 11%
• voids 10%
• capacitors 10%
• spectrometers 9%
• trends 9%
• fluorescence 8%
• engineering 8%
• conductivity 7%
• x rays 5%
• simulation 4%
• energy 3%

Chemical Compounds

• Dielectric Property 72%
• Mineral 58%
• Dielectric Material 31%
• Electrical Property 30%
• Size Reduction 15%
• Dielectric Loss 13%
• Capacitor 12%
• Conductivity 8%
• Simulation 7%
• Application 7%
• Fluorescence 6%
• Energy 5%