A model of the thermal processing of particles in solar nebula shocks: Application to the cooling rates of chondrules

Physics & Astronomy

• chondrule 100%
• solar nebula 87%
• shock 47%
• cooling 41%
• shock waves 14%
• melting 13%
• gases 8%
• gravitational instability 7%
• protoplanetary disks 6%
• high temperature gases 6%
• gas density 6%
• thermal radiation 6%
• encounters 5%
• radiative transfer 5%
• drag 5%
• dust 4%
• dissociation 4%
• histories 4%
• evaporation 4%
• momentum 3%
• heating 3%
• energy 3%
• geometry 3%
• radiation 3%
• temperature 1%

Earth & Environmental Sciences

• chondrule 80%
• cooling 43%
• particle 30%
• rate 20%
• shock wave 19%
• gas 14%
• melting 12%
• radiation 7%
• recombination 6%
• energy flux 6%
• radiative transfer 5%
• drag 5%
• slab 4%
• momentum 4%
• evaporation 4%
• dust 4%
• heating 3%
• geometry 3%
• speed 3%
• history 3%
• energy 2%
• temperature 2%
• effect 1%