Toward predicting the position of the magnetopause within geosynchronous orbit

Physics & Astronomy

• estimates 4%
• examination 6%
• false alarms 20%
• forecasting 35%
• geosynchronous orbits 100%
• interplanetary magnetic fields 9%
• magnetopause 86%
• magnetosheath 40%
• monitors 7%
• platforms 6%
• preconditioning 10%
• predictions 16%
• solar wind 7%

Earth & Environmental Sciences

• alarm 16%
• detection 8%
• forecast 10%
• forecasting 11%
• in situ 4%
• magnetic field 6%
• magnetopause 89%
• plasma 5%
• prediction 15%
• rate 5%
• solar wind 7%

Chemical Compounds

• Environment 39%
• Magnetic Field 64%
• Plasma 42%