Cooling of dense gas by H₂O line emission and an assessment of its effects in chondrule-forming shocks

Physics & Astronomy

• chondrule 100%
• dust 51%
• shock 47%
• cooling 41%
• gases 31%
• escape 25%
• optical thickness 18%
• photons 14%
• inclusions 13%
• solar nebula 12%
• meteorites 11%
• protoplanetary disks 10%
• shock fronts 10%
• gas mixtures 8%
• radiation 4%
• molecules 4%
• temperature 2%

Earth & Environmental Sciences

• chondrule 80%
• dust 45%
• cooling 43%
• gas 31%
• optical depth 17%
• effect 14%
• rate 11%
• gas mixture 10%
• meteorite 9%
• droplet 7%
• melt 6%
• radiation 6%
• temperature 3%
• parameter 3%