The orbital-thermal evolution and global expansion of Ganymede

Physics & Astronomy

• causes 9%
• dissipation 19%
• eccentric orbits 10%
• eccentricity 16%
• expansion 40%
• Galilean satellites 12%
• Ganymede 100%
• grain size 17%
• heating 10%
• histories 19%
• ice 54%
• inclusions 6%
• Jupiter (planet) 8%
• oceans 17%
• orbitals 45%
• pulses 3%
• tensile stress 8%
• time measurement 6%
• violence 13%

Earth & Environmental Sciences

• dissipation 21%
• eccentricity 17%
• effect 3%
• Ganymede 94%
• grain size 19%
• heating 11%
• history 13%
• ice 37%
• Jupiter 9%
• melt 11%
• ocean 9%
• parameter 2%
• shell 31%
• tensile stress 9%
• thermal evolution 76%
• violence 10%