Interplanetary Coronal Mass Ejection effects on thermospheric density as inferred from International Space Station orbital data

Physics & Astronomy

• atmospheric models 37%
• coronal mass ejection 97%
• Earth atmosphere 16%
• high altitude 16%
• in situ measurement 15%
• inference 15%
• interactions 5%
• International Space Station 98%
• low Earth orbits 16%
• magnetospheres 14%
• neutral atmospheres 20%
• orbitals 57%
• perturbation 9%
• planets 12%
• solar activity 31%
• sun 11%
• thermosphere 57%
• trajectories 10%
• upper atmosphere 17%

Engineering & Materials Science

• Chemical analysis 17%
• Earth (planet) 45%
• Earth atmosphere 40%
• Magnetosphere 43%
• Orbits 23%
• Planets 31%
• Space stations 90%
• Sun 27%
• Trajectories 18%
• Upper atmosphere 74%

Earth & Environmental Sciences

• atmosphere 7%
• atmospheric model 28%
• coronal mass ejection 100%
• effect 18%
• in situ measurement 13%
• magnetosphere 14%
• method 5%
• parameter 4%
• perturbation 10%
• planet 12%
• solar activity 28%
• station 45%
• thermosphere 45%
• trajectory 10%
• upper atmosphere 30%