Derivation of fluid conservation relations to infer near-Sun properties of coronal mass ejections from in situ measurements

Physics & Astronomy

• coronal mass ejection 97%
• in situ measurement 90%
• conservation 75%
• sun 71%
• derivation 67%
• fluids 47%
• ejecta 31%
• plasma pressure 17%
• thermal plasmas 16%
• energy conservation 15%
• transit time 15%
• sheaths 13%
• solar wind 13%
• shock 10%
• momentum 9%
• estimates 7%
• magnetic fields 6%

Earth & Environmental Sciences

• coronal mass ejection 100%
• in situ measurement 78%
• fluid 46%
• ejecta 31%
• speed 26%
• plasma 20%
• in situ 16%
• energy conservation 14%
• solar wind 13%
• magnetic field 11%
• momentum 11%